From 7930249a335ca46e2b50fcbe9fc9b4fcb92b9fc3 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?JulienD=C3=B6rner?= Date: Thu, 4 May 2023 12:19:25 +0200 Subject: [PATCH 01/58] add getDescription function for GridProperties --- include/crpropa/Grid.h | 16 ++++++++++++++++ 1 file changed, 16 insertions(+) diff --git a/include/crpropa/Grid.h b/include/crpropa/Grid.h index a13d6e4b3..eb4912548 100644 --- a/include/crpropa/Grid.h +++ b/include/crpropa/Grid.h @@ -9,6 +9,8 @@ #include #include +#include +#include #if HAVE_SIMD #include #include @@ -122,6 +124,20 @@ class GridProperties: public Referenced { void setInterpolationType(interpolationType i) { ipol = i; } + + /** show all GridProperty parameters + * @param unit unit for the lengthscale (origin, spacing). Default is 1 = SI units + */ + std::string getDescription(double unit = 1) const { + std::stringstream ss; + ss << "GridProperties:\torigin: " << origin / unit + << "\t" << "Nx: " << Nx << " Ny: " << Ny << " Nz: " << Nz + << "\t" << "spacing: " << spacing / unit + << "\t" << "refletive: " << reflective + << "\t" << "interpolation: " << ipol + << "\n"; + return ss.str(); + } }; /** From 3e307e230f0ee6586fce1a4f5b44bb219b9f441e Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?JulienD=C3=B6rner?= Date: Thu, 4 May 2023 16:57:32 +0200 Subject: [PATCH 02/58] update interpolation type for grids * add default interploationType * add getInterpolationType * add getInterpolationTypeName --- include/crpropa/Grid.h | 20 +++++++++++++++++++- 1 file changed, 19 insertions(+), 1 deletion(-) diff --git a/include/crpropa/Grid.h b/include/crpropa/Grid.h index eb4912548..2a89fd1be 100644 --- a/include/crpropa/Grid.h +++ b/include/crpropa/Grid.h @@ -134,7 +134,7 @@ class GridProperties: public Referenced { << "\t" << "Nx: " << Nx << " Ny: " << Ny << " Nz: " << Nz << "\t" << "spacing: " << spacing / unit << "\t" << "refletive: " << reflective - << "\t" << "interpolation: " << ipol + << "\t" << "interpolation: " << ipol << "\n"; return ss.str(); } @@ -172,6 +172,7 @@ class Grid: public Referenced { setSpacing(Vector3d(spacing)); setReflective(false); setClipVolume(false); + setInterpolationType(TRILINEAR); } /** Constructor for non-cubic grid @@ -187,6 +188,7 @@ class Grid: public Referenced { setSpacing(Vector3d(spacing)); setReflective(false); setClipVolume(false); + setInterpolationType(TRILINEAR); } /** Constructor for non-cubic grid with spacing vector @@ -202,6 +204,7 @@ class Grid: public Referenced { setSpacing(spacing); setReflective(false); setClipVolume(false); + setInterpolationType(TRILINEAR); } /** Constructor for GridProperties @@ -253,6 +256,21 @@ class Grid: public Referenced { } } + interpolationType getInterpolationType() { + return ipolType; + } + + std::string getInterpolationTypeName() { + if (ipolType == TRILINEAR) + return "TRILINEAR"; + if (ipolType == TRICUBIC) + return "TRICUBIC"; + if (ipolType == NEAREST_NEIGHBOUR) + return "NEAREST_NEIGHBOUR"; + + return "NOT_UNDERSTOOD"; + } + /** returns the position of the lower left front corner of the volume */ Vector3d getOrigin() const { return origin; From 331dd69e195e1523331d87890be006898a8e633b Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?JulienD=C3=B6rner?= Date: Thu, 4 May 2023 16:59:31 +0200 Subject: [PATCH 03/58] add possibility to store gridprop for TXT saving --- include/crpropa/GridTools.h | 6 ++++-- src/GridTools.cpp | 29 ++++++++++++++++++++++++++--- 2 files changed, 30 insertions(+), 5 deletions(-) diff --git a/include/crpropa/GridTools.h b/include/crpropa/GridTools.h index d74b24670..7732b0fd7 100644 --- a/include/crpropa/GridTools.h +++ b/include/crpropa/GridTools.h @@ -137,17 +137,19 @@ void loadGridFromTxt(ref_ptr grid, std::string filename, @param grid a vector grid (Grid3f) @param filename name of output file @param conversion multiply every point in grid by a conversion factor + @param storeProperties if true the grid properties are stored as a comment */ void dumpGridToTxt(ref_ptr grid, std::string filename, - double conversion = 1); + double conversion = 1, bool storeProperties = false); /** Dump a Grid1f to a plain text file. @param grid a scalar grid (Grid1f) @param filename name of output file @param conversion multiply every point in grid by a conversion factor + @param storeProperties if true the grid properties are stored as a comment */ void dumpGridToTxt(ref_ptr grid, std::string filename, - double conversion = 1); + double conversion = 1, bool storeProperties = false); #ifdef CRPROPA_HAVE_FFTW3F /** diff --git a/src/GridTools.cpp b/src/GridTools.cpp index 5103cc5fa..d87816275 100644 --- a/src/GridTools.cpp +++ b/src/GridTools.cpp @@ -267,8 +267,9 @@ void loadGridFromTxt(ref_ptr grid, std::string filename, double c) { ss << "load Grid1f: " << filename << " not found"; throw std::runtime_error(ss.str()); } + // skip header lines - while (fin.peek() == '#') + while (fin.peek() == '#') fin.ignore(std::numeric_limits::max(), '\n'); for (int ix = 0; ix < grid->getNx(); ix++) { @@ -285,13 +286,24 @@ void loadGridFromTxt(ref_ptr grid, std::string filename, double c) { fin.close(); } -void dumpGridToTxt(ref_ptr grid, std::string filename, double c) { +void dumpGridToTxt(ref_ptr grid, std::string filename, double c, bool saveProp) { std::ofstream fout(filename.c_str()); if (!fout) { std::stringstream ss; ss << "dump Grid3f: " << filename << " not found"; throw std::runtime_error(ss.str()); } + + // store the properties in the file as header information + if (saveProp) { + fout << "# GridProperties: Type Grid3f" + << "\t" << "origin: " << grid -> getOrigin() + << "\t" << "gridsize: " << grid -> getNx() << " " << grid -> getNy() << " " << grid -> getNz() + << "\t" << "spacing: " << grid -> getSpacing () + << "\t" << "reflective: " << grid -> isReflective() + << "\t" << "interpolation: " << grid -> getInterpolationTypeName() << "\n"; + } + for (int ix = 0; ix < grid->getNx(); ix++) { for (int iy = 0; iy < grid->getNy(); iy++) { for (int iz = 0; iz < grid->getNz(); iz++) { @@ -303,13 +315,24 @@ void dumpGridToTxt(ref_ptr grid, std::string filename, double c) { fout.close(); } -void dumpGridToTxt(ref_ptr grid, std::string filename, double c) { +void dumpGridToTxt(ref_ptr grid, std::string filename, double c, bool saveProp) { std::ofstream fout(filename.c_str()); if (!fout) { std::stringstream ss; ss << "dump Grid1f: " << filename << " not found"; throw std::runtime_error(ss.str()); } + + // save properties as header information + if (saveProp) { + fout << "# GridProperties: Type Grid1f" + << "\t" << "origin: " << grid -> getOrigin() + << "\t" << "gridsize: " << grid -> getNx() << " " << grid -> getNy() << " " << grid -> getNz() + << "\t" << "spacing: " << grid -> getSpacing () + << "\t" << "reflective: " << grid -> isReflective() + << "\t" << "interpolation: " << grid -> getInterpolationTypeName() << "\n"; + } + for (int ix = 0; ix < grid->getNx(); ix++) { for (int iy = 0; iy < grid->getNy(); iy++) { for (int iz = 0; iz < grid->getNz(); iz++) { From 91f373c453c4dd1a1240e7519950961171082ece Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?JulienD=C3=B6rner?= Date: Thu, 4 May 2023 17:13:55 +0200 Subject: [PATCH 04/58] loading function for Grid1f with Gridproperties --- include/crpropa/GridTools.h | 6 ++++ src/GridTools.cpp | 62 +++++++++++++++++++++++++++++++++++++ 2 files changed, 68 insertions(+) diff --git a/include/crpropa/GridTools.h b/include/crpropa/GridTools.h index 7732b0fd7..6542a466c 100644 --- a/include/crpropa/GridTools.h +++ b/include/crpropa/GridTools.h @@ -125,6 +125,12 @@ void dumpGrid(ref_ptr grid, std::string filename, void loadGridFromTxt(ref_ptr grid, std::string filename, double conversion = 1); +/** Load a Grid1f from a plain text file based on the gridproperties stored in the header + @param filename name of the input file + @param conversion multiply every point in a grid by a conversion factor +*/ +ref_ptr loadGrid1fFromTxt(std::string filename, double conversion = 1); + /** Load a Grid1f from a plain text file @param grid a scalar grid (Grid1f) to which the points will be loaded @param filename name of input file diff --git a/src/GridTools.cpp b/src/GridTools.cpp index d87816275..af2bdcd0c 100644 --- a/src/GridTools.cpp +++ b/src/GridTools.cpp @@ -286,6 +286,68 @@ void loadGridFromTxt(ref_ptr grid, std::string filename, double c) { fin.close(); } +ref_ptr loadGrid1fFromTxt(std::string filename, double c) { + std::ifstream fin(filename.c_str()); + if (!fin) { + std::stringstream ss; + ss << "load Grid1f: " << filename << " not found"; + throw std::runtime_error(ss.str()); + } + + // search in header lines for GridProperties + while (fin.peek() == '#') { + std::string line; + std::getline(fin, line); + + // find gridproperties in the header + if (line.rfind("GridProperties:") == 2) { + GridProperties gp(Vector3d(0.), 1, 1, 1, 1.); // simple grid properties for default + std::stringstream ss(line); + + // skip first names and check type + std::string name, type; + ss >> name >> name >> name >> type; + if (type != "Grid1f") + throw std::runtime_error("try to load Grid1f, but Gridproperties assume grid type " + type); + + // grid origin + double x, y, z; + ss >> name >> x >> y >> z ; + gp.origin = Vector3d(x, y, z); + + // grid size + ss >> name >> gp.Nx >> gp.Ny >> gp.Nz; + + // spacing + double dX, dY, dZ; + ss >> name >> dX >> dY >> dZ; + gp.spacing = Vector3d(dX, dY, dZ); + + // reflective + ss >> name >> gp.reflective; + + // interpolation type + ss >> name >> type; + if (type == "TRICUBIC") + gp.setInterpolationType(TRICUBIC); + else if (type == "NEAREST_NEIGHBOUR") + gp.setInterpolationType(NEAREST_NEIGHBOUR); + else + gp.setInterpolationType(TRILINEAR); + + // create new grid + ref_ptr grid = new Grid1f(gp); + fin.close(); + + // load data for grid + loadGridFromTxt(grid, filename, c); + + return grid; + } + } + std::runtime_error("could not find GridProperties in file " + filename); +} + void dumpGridToTxt(ref_ptr grid, std::string filename, double c, bool saveProp) { std::ofstream fout(filename.c_str()); if (!fout) { From 5632e8f1fb87817208f084d20d6077a21452e0ba Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?JulienD=C3=B6rner?= Date: Thu, 4 May 2023 17:28:23 +0200 Subject: [PATCH 05/58] loading function for Grid3f with Gridproperties --- include/crpropa/GridTools.h | 6 ++++ src/GridTools.cpp | 63 +++++++++++++++++++++++++++++++++++++ 2 files changed, 69 insertions(+) diff --git a/include/crpropa/GridTools.h b/include/crpropa/GridTools.h index 6542a466c..62be8efa8 100644 --- a/include/crpropa/GridTools.h +++ b/include/crpropa/GridTools.h @@ -117,6 +117,12 @@ void dumpGrid(ref_ptr grid, std::string filename, void dumpGrid(ref_ptr grid, std::string filename, double conversion = 1); +/** Load a Grid3f from a plain text file based on the gridproperties stored in the header + @param filename name of the input file + @param conversion multiply every point in a grid by a conversion factor +*/ +ref_ptr loadGrid3fFromTxt(std::string filename, double conversion = 1); + /** Load a Grid3f grid from a plain text file. @param grid a vector grid (Grid3f) to which the points will be loaded @param filename name of input file diff --git a/src/GridTools.cpp b/src/GridTools.cpp index af2bdcd0c..d7da0961c 100644 --- a/src/GridTools.cpp +++ b/src/GridTools.cpp @@ -260,6 +260,69 @@ void loadGridFromTxt(ref_ptr grid, std::string filename, double c) { fin.close(); } +ref_ptr loadGrid3fFromTxt(std::string filename, double c) { + std::ifstream fin(filename.c_str()); + if (!fin) { + std::stringstream ss; + ss << "load Grid3f: " << filename << " not found"; + throw std::runtime_error(ss.str()); + } + + // search in header lines for GridProperties + while (fin.peek() == '#') { + std::string line; + std::getline(fin, line); + + // find gridproperties in the header + if (line.rfind("GridProperties:") == 2) { + GridProperties gp(Vector3d(0.), 1, 1, 1, 1.); // simple grid properties for default + std::stringstream ss(line); + + // skip first names and check type + std::string name, type; + ss >> name >> name >> name >> type; + if (type != "Grid3f") + throw std::runtime_error("try to load Grid3f, but Gridproperties assume grid type " + type); + + // grid origin + double x, y, z; + ss >> name >> x >> y >> z ; + gp.origin = Vector3d(x, y, z); + + // grid size + ss >> name >> gp.Nx >> gp.Ny >> gp.Nz; + + // spacing + double dX, dY, dZ; + ss >> name >> dX >> dY >> dZ; + gp.spacing = Vector3d(dX, dY, dZ); + + // reflective + ss >> name >> gp.reflective; + + // interpolation type + ss >> name >> type; + if (type == "TRICUBIC") + gp.setInterpolationType(TRICUBIC); + else if (type == "NEAREST_NEIGHBOUR") + gp.setInterpolationType(NEAREST_NEIGHBOUR); + else + gp.setInterpolationType(TRILINEAR); + + // create new grid + ref_ptr grid = new Grid3f(gp); + fin.close(); + + // load data for grid + loadGridFromTxt(grid, filename, c); + + return grid; + } + } + std::runtime_error("could not find GridProperties in file " + filename); +} + + void loadGridFromTxt(ref_ptr grid, std::string filename, double c) { std::ifstream fin(filename.c_str()); if (!fin) { From 6c9ff3edac7aa5cc35e6eb02fef987a786118235 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?JulienD=C3=B6rner?= Date: Mon, 8 May 2023 09:10:42 +0200 Subject: [PATCH 06/58] add tests for grid loading with properties --- test/testCore.cpp | 108 ++++++++++++++++++++++++++++++++++++++++++++-- 1 file changed, 105 insertions(+), 3 deletions(-) diff --git a/test/testCore.cpp b/test/testCore.cpp index 72e4a6c78..1ec69d185 100644 --- a/test/testCore.cpp +++ b/test/testCore.cpp @@ -861,6 +861,111 @@ TEST(Grid3f, DumpLoadTxt) { } } +TEST(Grid1f, DumpLoadTxtGridProperties) { + // grid to dump + ref_ptr grid = new Grid1f(Vector3d(0.5, 1.5, 2.5), 3, 2, 4, Vector3d(0.2, 1.2, 2.2)); + grid -> setInterpolationType(TRICUBIC); + grid -> setReflective(true); + + // set some values for the grid + for (int ix = 0; ix < grid -> getNx(); ix++) { + for (int iy = 0; iy < grid -> getNy(); iy++) { + for (int iz = 0; iz < grid -> getNz(); iz++) + grid -> get(ix, iy, iz) = ix + iy + iz; + } + } + + // store with properties + dumpGridToTxt(grid, "testDump.txt", 1., true); + + // reload grid + ref_ptr loadedGrid = loadGrid1fFromTxt("testDump.txt"); + + // check grid properties + EXPECT_EQ(grid -> getNx(), loadedGrid -> getNx()); + EXPECT_EQ(grid -> getNy(), loadedGrid -> getNy()); + EXPECT_EQ(grid -> getNz(), loadedGrid -> getNz()); + + Vector3d orig = grid -> getOrigin(); + Vector3d loadedOrigin = loadedGrid -> getOrigin(); + EXPECT_EQ(orig.x, loadedOrigin.x); + EXPECT_EQ(orig.y, loadedOrigin.y); + EXPECT_EQ(orig.z, loadedOrigin.z); + + Vector3d spacing = grid -> getSpacing(); + Vector3d loadedSpacing = loadedGrid -> getSpacing(); + EXPECT_EQ(spacing.x, loadedSpacing.x); + EXPECT_EQ(spacing.y, loadedSpacing.y); + EXPECT_EQ(spacing.z, loadedSpacing.z); + + EXPECT_EQ(grid -> getInterpolationType(), loadedGrid -> getInterpolationType()); + + EXPECT_EQ(grid -> isReflective(), loadedGrid -> isReflective()); + + // compare loaded values + for (int ix = 0; ix < grid -> getNx(); ix++) { + for (int iy = 0; iy < grid -> getNy(); iy++) { + for (int iz = 0; iz < grid -> getNz(); iz++) + EXPECT_EQ(grid -> get(ix, iy, iz), loadedGrid -> get(ix, iy, iz)); + } + } +} + +TEST(Grid3f, DumpLoadTxtGridProperties) { + // grid to dump + ref_ptr grid = new Grid3f(Vector3d(0.5, 1.5, 2.5), 3, 2, 4, Vector3d(0.2, 1.2, 2.2)); + grid -> setInterpolationType(NEAREST_NEIGHBOUR); + grid -> setReflective(true); + + // set some values for the grid + for (int ix = 0; ix < grid -> getNx(); ix++) { + for (int iy = 0; iy < grid -> getNy(); iy++) { + for (int iz = 0; iz < grid -> getNz(); iz++) + grid -> get(ix, iy, iz) = Vector3f(-iy, ix, 2 * iz); + } + } + + // store with properties + dumpGridToTxt(grid, "testDump.txt", 1., true); + + // reload grid + ref_ptr loadedGrid = loadGrid3fFromTxt("testDump.txt"); + + // check grid properties + EXPECT_EQ(grid -> getNx(), loadedGrid -> getNx()); + EXPECT_EQ(grid -> getNy(), loadedGrid -> getNy()); + EXPECT_EQ(grid -> getNz(), loadedGrid -> getNz()); + + Vector3d orig = grid -> getOrigin(); + Vector3d loadedOrigin = loadedGrid -> getOrigin(); + EXPECT_EQ(orig.x, loadedOrigin.x); + EXPECT_EQ(orig.y, loadedOrigin.y); + EXPECT_EQ(orig.z, loadedOrigin.z); + + Vector3d spacing = grid -> getSpacing(); + Vector3d loadedSpacing = loadedGrid -> getSpacing(); + EXPECT_EQ(spacing.x, loadedSpacing.x); + EXPECT_EQ(spacing.y, loadedSpacing.y); + EXPECT_EQ(spacing.z, loadedSpacing.z); + + EXPECT_EQ(grid -> getInterpolationType(), loadedGrid -> getInterpolationType()); + + EXPECT_EQ(grid -> isReflective(), loadedGrid -> isReflective()); + + // compare loaded values + for (int ix = 0; ix < grid -> getNx(); ix++) { + for (int iy = 0; iy < grid -> getNy(); iy++) { + for (int iz = 0; iz < grid -> getNz(); iz++) { + Vector3f gridValue = grid -> get(ix, iy, iz); + Vector3f loadedValue = loadedGrid -> get(ix, iy, iz); + EXPECT_EQ(gridValue.x, loadedValue.x); + EXPECT_EQ(gridValue.y, loadedValue.y); + EXPECT_EQ(gridValue.z, loadedValue.z); + } + } + } +} + TEST(Grid3f, Speed) { // Dump and load a field grid Grid3f grid(Vector3d(0.), 3, 3); @@ -880,8 +985,6 @@ TEST(CylindricalProjectionMap, functions) { EXPECT_NEAR(v.getPhi(), 2.4, .00001); EXPECT_NEAR(v.getTheta(), 1.2, .000001); - - CylindricalProjectionMap cpm(24, 12); size_t bin = 50; Vector3d d = cpm.directionFromBin(bin); @@ -910,7 +1013,6 @@ TEST(EmissionMap, functions) { r = em.drawDirection(2, 50 * EeV, d2); EXPECT_FALSE(r); - } TEST(EmissionMap, merge) { From 2d48f5de334108975538973e60d8e2e7e2681d42 Mon Sep 17 00:00:00 2001 From: "Yannick.Schmidt" Date: Mon, 22 Jan 2024 12:23:28 +0100 Subject: [PATCH 07/58] Implementation of a new EBL model from Finke et al. 2022. A new class -- inhereting from the TabularPhotonField class -- was created in the PhotonBackground.h file to fully implement the new EBL model. More over the model was added to various test calculations for every interaction in the testInteraction.cpp script. --- include/crpropa/PhotonBackground.h | 13 +++++++++++++ test/testInteraction.cpp | 14 ++++++++++++++ 2 files changed, 27 insertions(+) diff --git a/include/crpropa/PhotonBackground.h b/include/crpropa/PhotonBackground.h index 7f7d60f8f..1048cda06 100644 --- a/include/crpropa/PhotonBackground.h +++ b/include/crpropa/PhotonBackground.h @@ -233,6 +233,19 @@ class IRB_Saldana21_lower: public TabularPhotonField { IRB_Saldana21_lower() : TabularPhotonField("IRB_Saldana21_lower", true) {} }; +/** + @class IRB_Finke22 + @brief Extragalactic background light model from Finke et al. 2022 + + Source info: + DOI:10.3847/1538-4357/ac9843 + https://iopscience.iop.org/article/10.3847/1538-4357/ac9843/pdf + */ +class IRB_Finke22: public TabularPhotonField { +public: + IRB_Finke22() : TabularPhotonField("IRB_Finke22", true) {} +}; + /** @class URB @brief Extragalactic background light model from Protheroe & Biermann 1996 diff --git a/test/testInteraction.cpp b/test/testInteraction.cpp index e07c60a1c..092a21068 100644 --- a/test/testInteraction.cpp +++ b/test/testInteraction.cpp @@ -40,6 +40,8 @@ TEST(ElectronPairProduction, allBackgrounds) { epp.setPhotonField(IRB); IRB = new IRB_Stecker16_lower(); epp.setPhotonField(IRB); + IRB = new IRB_Finke22(); + epp.setPhotonField(IRB); } TEST(ElectronPairProduction, energyDecreasing) { @@ -342,6 +344,8 @@ TEST(PhotoDisintegration, allBackgrounds) { pd.setPhotonField(IRB); IRB = new IRB_Stecker16_lower(); pd.setPhotonField(IRB); + IRB = new IRB_Finke22(); + pd.setPhotonField(IRB); URB = new URB_Nitu21(); pd.setPhotonField(URB); } @@ -558,6 +562,8 @@ TEST(PhotoPionProduction, allBackgrounds) { ppp.setPhotonField(IRB); IRB = new IRB_Stecker16_lower(); ppp.setPhotonField(IRB); + IRB = new IRB_Finke22(); + ppp.setPhotonField(IRB); ref_ptr URB = new URB_Protheroe96(); ppp.setPhotonField(URB); URB = new URB_Nitu21(); @@ -718,6 +724,8 @@ TEST(EMPairProduction, allBackgrounds) { em.setPhotonField(ebl); ebl = new IRB_Stecker16_lower(); em.setPhotonField(ebl); + ebl = new IRB_Finke22(); + em.setPhotonField(ebl); urb = new URB_Fixsen11(); em.setPhotonField(urb); urb = new URB_Nitu21(); @@ -821,6 +829,8 @@ TEST(EMDoublePairProduction, allBackgrounds) { em.setPhotonField(ebl); ebl = new IRB_Stecker16_lower(); em.setPhotonField(ebl); + ebl = new IRB_Finke22(); + em.setPhotonField(ebl); urb = new URB_Fixsen11(); em.setPhotonField(urb); urb = new URB_Nitu21(); @@ -926,6 +936,8 @@ TEST(EMTripletPairProduction, allBackgrounds) { em.setPhotonField(ebl); ebl = new IRB_Stecker16_lower(); em.setPhotonField(ebl); + ebl = new IRB_Finke22(); + em.setPhotonField(ebl); urb = new URB_Fixsen11(); em.setPhotonField(urb); urb = new URB_Nitu21(); @@ -1030,6 +1042,8 @@ TEST(EMInverseComptonScattering, allBackgrounds) { em.setPhotonField(ebl); ebl = new IRB_Stecker16_lower(); em.setPhotonField(ebl); + ebl = new IRB_Finke22(); + em.setPhotonField(ebl); urb = new URB_Fixsen11(); em.setPhotonField(urb); urb = new URB_Nitu21(); From 8bb10bbafa4402e9bb21369fa4cc32a1bcb824c1 Mon Sep 17 00:00:00 2001 From: Julien Date: Thu, 22 Feb 2024 16:51:40 +0100 Subject: [PATCH 08/58] add factor of $ into radial sampling --- src/Source.cpp | 22 +++++++++++----------- 1 file changed, 11 insertions(+), 11 deletions(-) diff --git a/src/Source.cpp b/src/Source.cpp index 2ac28a100..9ff0b7f4d 100644 --- a/src/Source.cpp +++ b/src/Source.cpp @@ -362,7 +362,8 @@ void SourceUniformCylinder::setDescription() { // --------------------------------------------------------------------------- SourceSNRDistribution::SourceSNRDistribution() : - rEarth(8.5 * kpc),alpha(2.), beta(3.53), zg(0.3 * kpc) { + rEarth(8.5 * kpc), beta(3.53), zg(0.3 * kpc) { + setAlpha(2.); setFrMax(); setFzMax(0.3 * kpc); setRMax(20 * kpc); @@ -370,7 +371,8 @@ SourceSNRDistribution::SourceSNRDistribution() : } SourceSNRDistribution::SourceSNRDistribution(double rEarth, double alpha, double beta, double zg) : - rEarth(rEarth),alpha(alpha), beta(beta), zg(zg) { + rEarth(rEarth), beta(beta), zg(zg) { + setAlpha(alpha); setFrMax(); setFzMax(zg); setRMax(20 * kpc); @@ -414,7 +416,7 @@ double SourceSNRDistribution::fz(double z) const{ } double SourceSNRDistribution::getAlpha() const { - return alpha; + return alpha - 1; } double SourceSNRDistribution::getBeta() const { @@ -458,7 +460,7 @@ double SourceSNRDistribution::getZMax() const { } void SourceSNRDistribution::setAlpha(double a) { - alpha = a; + alpha = a + 1.; // add 1 for dV = r * dR * dphi * dz setRMax(rMax); setFrMax(); } @@ -504,7 +506,7 @@ void SourcePulsarDistribution::prepareParticle(ParticleState& particle) const { double Rtilde; while (true) { Rtilde = random.rand() * rMax; - double fTest = random.rand() * frMax; + double fTest = random.rand() * frMax * 1.1; double fR = fr(Rtilde); if (fTest <= fR) { break; @@ -530,10 +532,8 @@ void SourcePulsarDistribution::prepareParticle(ParticleState& particle) const { } double SourcePulsarDistribution::fr(double r) const { - double Atilde = (pow(beta, 4.) * exp(-beta)) / (12 * M_PI * pow(rEarth, 2.)); - double f = pow(r / rEarth, 2.) * exp(-beta * (r - rEarth) / rEarth); - double fr = Atilde * f; - return fr; + double f = r * pow(r / rEarth, 2.) * exp(-beta * (r - rEarth) / rEarth); + return f; } double SourcePulsarDistribution::fz(double z) const{ @@ -569,8 +569,8 @@ double SourcePulsarDistribution::blurTheta(double thetaTilde, double rTilde) con } void SourcePulsarDistribution::setFrMax(double R, double b) { - frMax = pow(b, 2.) / (3 * pow(R, 2.) * M_PI) * exp(-2.); - return; + double r = 3 * R / b; + frMax = fr(r); } void SourcePulsarDistribution::setFzMax(double zg) { From 2c71e4fadc5e1e76ca30f6159547e35dfebdfd92 Mon Sep 17 00:00:00 2001 From: Rafael Date: Thu, 22 Feb 2024 18:56:05 +0100 Subject: [PATCH 09/58] updated doc for new Python interface via cmake --- doc/pages/Installation.md | 63 +++++++++++---------------------------- 1 file changed, 18 insertions(+), 45 deletions(-) diff --git a/doc/pages/Installation.md b/doc/pages/Installation.md index eb638449f..1b8272193 100644 --- a/doc/pages/Installation.md +++ b/doc/pages/Installation.md @@ -10,10 +10,9 @@ git clone https://github.com/CRPropa/CRPropa3.git ## Prerequisites + C++ Compiler with C++11 support (gcc, clang and icc are known to work) + Fortran Compiler: to compile SOPHIA -+ numpy: for scientific computations Optionally CRPropa can be compiled with the following dependencies to enable certain functionality. -+ Python and SWIG: to use CRPropa from python (tested for > Python 2.7 and > SWIG 3.0.4) ++ Python, NumPy, and SWIG: to use CRPropa from python (tested for > Python 3.0 and > SWIG 3.0.4) + FFTW3: for turbulent magnetic field grids (FFTW3 with single precision is needed) + Gadget: magnetic fields for large scale structure data + OpenMP: for shared memory parallelization @@ -46,12 +45,12 @@ The following packages are provided with the source code and do not need to be i 2. A set of unit tests can be run with ```make test```. If the tests are successful continue with ```make install``` to install CRPropa at the specified path, or leave it in the build directory. Make sure the - environment variables are set accordingly: E.g. for an installation under - $HOME/.local and using Python 2.7 set + environment variables are set accordingly: e.g. for an installation under + $HOME/.local and using Python 3 set ```sh export PATH=$HOME/.local/bin:$PATH export LD_LIBRARY_PATH=$HOME/.local/lib:$LD_LIBRARY_PATH - export PYTHONPATH=$HOME/.local/lib/python2.7/site-packages:$PYTHONPATH + export PYTHONPATH=$HOME/.local/lib/python3.9/site-packages:$PYTHONPATH export PKG_CONFIG_PATH=$HOME/.local/lib/pkgconfig:$PKG_CONFIG_PATH ``` @@ -110,7 +109,7 @@ worthwhile effort afterwards. To install python dependencies and libraries use `pip`. Example: `pip install numpy`. -4. Compile and install CRPropa (please note specific [insturctions for different operating systems](#notes-for-specific-operating-systems)). +4. Compile and install CRPropa (please note specific [instructions for different operating systems](#notes-for-specific-operating-systems)). ```sh cd $CRPROPA_DIR git clone https://github.com/CRPropa/CRPropa3.git @@ -144,7 +143,7 @@ cmake -DENABLE_PYTHON=ON .. ``` + Set the install path ```-DCMAKE_INSTALL_PREFIX=/my/install/path``` -+ Enable Galactic magnetic lens ```-DENABLE_GALACTICMAGETICLENS=ON``` ++ Enable Galactic magnetic lens ```-DENABLE_GALACTICMAGNETICLENS=ON``` + Enable FFTW3 (turbulent magnetic fields) ```-DENABLE_FFTW3F=ON``` + Enable OpenMP (multi-core parallel computing) ```-DENABLE_OPENMP=ON``` + Enable Python (Python interface with SWIG) ```-DENABLE_PYTHON=ON``` @@ -178,11 +177,13 @@ cmake -DENABLE_PYTHON=ON .. + Quite often there are multiple Python versions installed in a system. This is likely the cause of many (if not most) of the installation problems related to Python. To prevent conflicts among them, one can explicitly refer to the Python version to be used. Example: ``` - -DCMAKE_PYTHON_EXECUTABLE=/usr/bin/python - -DCMAKE_PYTHON_INCLUDE_DIR= - -DCMAKE_PYTHON_LIBRARY=/libpython.so + -DPython_EXECUTABLE=/usr/bin/python + -DPython_INCLUDE_DIRS= + -DPython_LIBRARY=/libpython.so ``` Note that in systems running OSX, the extension .so should be replaced by .dylib. + For further details, see [FindPython.cmake](https://cmake.org/cmake/help/latest/module/FindPython.html#module:FindPython). + ## Notes for Specific Operating Systems @@ -201,41 +202,13 @@ For Fedora/CentOS/RHEL the required packages to build CRPropa: ``` In case of CentOS/RHEL 7, the SWIG version is too old and has to be built from source. - ### Mac OS X -Tested on version 12.5.1 with M1 pro where command line developer tools are installed. -Install Python3, and llvm from Homebrew, and specify the following paths to the Python and llvm directories in the Homebrew folder after step 3 of the above installation, e.g. (please use your exact versions): - ```sh - export LLVM_DIR="/opt/homebrew/Cellar/llvm/15.0.7_1" - PYTHON_VERSION=3.10 - LLVM_VERSION=15.0.7 - PYTHON_DIR=/opt/homebrew/Cellar/python@3.10/3.10.9/Frameworks/Python.framework/Versions/3.10 - ``` -and replace the command in step 4 of the installation routine - ```sh - CMAKE_PREFIX_PATH=$CRPROPA_DIR cmake -DCMAKE_INSTALL_PREFIX=$CRPROPA_DIR .. - ``` -with - ```sh - cmake .. \ - -DCMAKE_INSTALL_PREFIX=$CRPROPA_DIR \ - -DPYTHON_EXECUTABLE=$PYTHON_DIR/bin/python$PYTHON_VERSION \ - -DPYTHON_LIBRARY=$PYTHON_DIR/lib/libpython$PYTHON_VERSION.dylib \ - -DPYTHON_INCLUDE_PATH=$PYTHON_DIR/include/python$PYTHON_VERSION \ - -DCMAKE_C_COMPILER=$LLVM_DIR/bin/clang \ - -DCMAKE_CXX_COMPILER=$LLVM_DIR/bin/clang++ \ - -DOpenMP_CXX_FLAGS="-fopenmp -I$LLVM_DIR/lib/clang/$LLVM_VERSION/include" \ - -DOpenMP_C_FLAGS="-fopenmp =libomp -I$LLVM_DIR/lib/clang/$LLVM_VERSION/include" \ - -DOpenMP_libomp_LIBRARY=$LLVM_DIR/lib/libomp.dylib \ - -DCMAKE_SHARED_LINKER_FLAGS="-L$LLVM_DIR/lib -lomp -Wl,-rpath,$LLVM_DIR/lib" \ - -DOpenMP_C_LIB_NAMES=libomp \ - -DOpenMP_CXX_LIB_NAMES=libomp \ - -DNO_TCMALLOC=TRUE +For a clean OS X (Sonoma 14+) installation, if you use Homebrew, the main dependencies can be installed as follows: + ```sh + brew install hdf5 fftw cfitsio muparser libomp numpy swig ``` -Check that all paths are set correctly with the following command in the build folder - ```sh - ccmake .. +Similarly, if you use MacPorts instead of Homebrew, download the corresponding packages: + ```sh + sudo port install hdf5 fftw cfitsio muparser libomp numpy swig ``` -and configure and generate again after changes. - - +Note that if you are using a Mac with Arm64 architecture (M1, M2, or M3 processors), `SIMD_EXTENSIONS` might not run straight away. From 2223f0532b5318561e30d972c6a9a34c54b39d51 Mon Sep 17 00:00:00 2001 From: Julien Date: Fri, 23 Feb 2024 12:22:19 +0100 Subject: [PATCH 10/58] update documentation creation --- .github/workflows/create_documentation.yml | 22 ++++++++-------------- 1 file changed, 8 insertions(+), 14 deletions(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index 5888cfc81..e50ce545e 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -9,22 +9,18 @@ jobs: fail-fast: false matrix: config: - - name: "ubuntu-20" - os: ubuntu-20.04 - cxx: "g++-9" - cc: "gcc-9" - fc: "gfortran-9" - swig_builtin: "Off" #uses swig 4.0.1 + - name: "ubuntu-22" + os: ubuntu-22.04 + cxx: "g++-11" + cc: "gcc-11" + fc: "gfortran-11" + swig_builtin: "On" #uses swig 4.0.2 + py: "/usr/bin/python3" #python 3.10 # define steps to take steps: - name: Checkout repository uses: actions/checkout@v3 - - name: Python install - uses: actions/setup-python@v4 - with: - python-version: '3.9' - cache: 'pip' # caching pip dependencies - name: Prerequirements run: | sudo apt-get update @@ -40,9 +36,7 @@ jobs: run: | mkdir build cd build - cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local \ - -DENABLE_PYTHON=True -DENABLE_TESTING=ON -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} \ - -DSIMD_EXTENSIONS=native -DBUILD_DOC=True -DENABLE_COVERAGE=True + cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} -DENABLE_TESTING=Off -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ - name: Build CRPropa run: | cd build From 67241b33190d41771e6ecfc506a66b46dbed1699 Mon Sep 17 00:00:00 2001 From: Julien Date: Fri, 23 Feb 2024 12:29:45 +0100 Subject: [PATCH 11/58] enable doc and coverage --- .github/workflows/create_documentation.yml | 4 +++- 1 file changed, 3 insertions(+), 1 deletion(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index e50ce545e..f76f56c18 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -36,7 +36,9 @@ jobs: run: | mkdir build cd build - cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} -DENABLE_TESTING=Off -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ + cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} + -DENABLE_TESTING=Off -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native + -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ -DBUILD_DOC=On -DENABLE_COVERAGE=On - name: Build CRPropa run: | cd build From 30644625918b7daefcf1ae5c98f9d534e250cacd Mon Sep 17 00:00:00 2001 From: Rafael Date: Fri, 23 Feb 2024 13:05:11 +0100 Subject: [PATCH 12/58] add information on Python_INSTALL_PACKAGE_DIR --- doc/pages/Installation.md | 9 +++++++-- 1 file changed, 7 insertions(+), 2 deletions(-) diff --git a/doc/pages/Installation.md b/doc/pages/Installation.md index 1b8272193..4b2c9ef95 100644 --- a/doc/pages/Installation.md +++ b/doc/pages/Installation.md @@ -181,8 +181,13 @@ cmake -DENABLE_PYTHON=ON .. -DPython_INCLUDE_DIRS= -DPython_LIBRARY=/libpython.so ``` - Note that in systems running OSX, the extension .so should be replaced by .dylib. - For further details, see [FindPython.cmake](https://cmake.org/cmake/help/latest/module/FindPython.html#module:FindPython). +Note that in systems running OSX, the extension .so should be replaced by .dylib. +In addition, The path where the CRPropa python module is installed can be specified with the flag: +``` +-DPython_INSTALL_PACKAGE_DIR= +``` +For further details, see [FindPython.cmake](https://cmake.org/cmake/help/latest/module/FindPython.html#module:FindPython). + ## Notes for Specific Operating Systems From 9698b24d4ec149f9227a829e4ca216ed1eba4d74 Mon Sep 17 00:00:00 2001 From: Rafael Date: Fri, 23 Feb 2024 13:06:47 +0100 Subject: [PATCH 13/58] update required swig version --- doc/pages/Installation.md | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/doc/pages/Installation.md b/doc/pages/Installation.md index 4b2c9ef95..177a62195 100644 --- a/doc/pages/Installation.md +++ b/doc/pages/Installation.md @@ -12,7 +12,7 @@ git clone https://github.com/CRPropa/CRPropa3.git + Fortran Compiler: to compile SOPHIA Optionally CRPropa can be compiled with the following dependencies to enable certain functionality. -+ Python, NumPy, and SWIG: to use CRPropa from python (tested for > Python 3.0 and > SWIG 3.0.4) ++ Python, NumPy, and SWIG: to use CRPropa from python (tested for > Python 3.0 and > SWIG 4.0.2) + FFTW3: for turbulent magnetic field grids (FFTW3 with single precision is needed) + Gadget: magnetic fields for large scale structure data + OpenMP: for shared memory parallelization From be12d2fa25a77fd71c9aaed7f04c43cbe3f550d2 Mon Sep 17 00:00:00 2001 From: Rafael Date: Fri, 23 Feb 2024 13:10:57 +0100 Subject: [PATCH 14/58] keep prvious instructions for OSX --- doc/pages/Installation.md | 39 +++++++++++++++++++++++++++++++++++++++ 1 file changed, 39 insertions(+) diff --git a/doc/pages/Installation.md b/doc/pages/Installation.md index 177a62195..c94551ae0 100644 --- a/doc/pages/Installation.md +++ b/doc/pages/Installation.md @@ -217,3 +217,42 @@ Similarly, if you use MacPorts instead of Homebrew, download the corresponding p sudo port install hdf5 fftw cfitsio muparser libomp numpy swig ``` Note that if you are using a Mac with Arm64 architecture (M1, M2, or M3 processors), `SIMD_EXTENSIONS` might not run straight away. + + +Some combinations of versions of the Apple's clang compiler and python might lead to installation errors. +In these cases, the user might want to consider the workaround below (tested on version 12.5.1 with M1 pro where command line developer tools are installed). + +Install Python3, and llvm from Homebrew, and specify the following paths to the Python and llvm directories in the Homebrew folder after step 3 of the above installation, e.g. (please use your exact versions): + ```sh + export LLVM_DIR="/opt/homebrew/Cellar/llvm/15.0.7_1" + PYTHON_VERSION=3.10 + LLVM_VERSION=15.0.7 + PYTHON_DIR=/opt/homebrew/Cellar/python@3.10/3.10.9/Frameworks/Python.framework/Versions/3.10 + ``` +and replace the command in step 4 of the installation routine + ```sh + CMAKE_PREFIX_PATH=$CRPROPA_DIR cmake -DCMAKE_INSTALL_PREFIX=$CRPROPA_DIR .. + ``` +with + ```sh + cmake .. \ + -DCMAKE_INSTALL_PREFIX=$CRPROPA_DIR \ + -DPython_EXECUTABLE=$PYTHON_DIR/bin/python$PYTHON_VERSION \ + -DPython_LIBRARY=$PYTHON_DIR/lib/libpython$PYTHON_VERSION.dylib \ + -DPython_INCLUDE_PATH=$PYTHON_DIR/include/python$PYTHON_VERSION \ + -DCMAKE_C_COMPILER=$LLVM_DIR/bin/clang \ + -DCMAKE_CXX_COMPILER=$LLVM_DIR/bin/clang++ \ + -DOpenMP_CXX_FLAGS="-fopenmp -I$LLVM_DIR/lib/clang/$LLVM_VERSION/include" \ + -DOpenMP_C_FLAGS="-fopenmp =libomp -I$LLVM_DIR/lib/clang/$LLVM_VERSION/include" \ + -DOpenMP_libomp_LIBRARY=$LLVM_DIR/lib/libomp.dylib \ + -DCMAKE_SHARED_LINKER_FLAGS="-L$LLVM_DIR/lib -lomp -Wl,-rpath,$LLVM_DIR/lib" \ + -DOpenMP_C_LIB_NAMES=libomp \ + -DOpenMP_CXX_LIB_NAMES=libomp \ + -DNO_TCMALLOC=TRUE + ``` +Check that all paths are set correctly with the following command in the build folder + ```sh + ccmake .. + ``` +and configure and generate again after changes. + From c32f08fb487af02d15806432926ac22d522a80e2 Mon Sep 17 00:00:00 2001 From: Julien Date: Mon, 26 Feb 2024 08:41:22 +0100 Subject: [PATCH 15/58] add linebreak --- .github/workflows/create_documentation.yml | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index f76f56c18..f01b1ef47 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -36,8 +36,8 @@ jobs: run: | mkdir build cd build - cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} - -DENABLE_TESTING=Off -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native + cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} \ + -DENABLE_TESTING=Off -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native \ -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ -DBUILD_DOC=On -DENABLE_COVERAGE=On - name: Build CRPropa run: | From 99bccd95b3ceb79a316206796d9827fd34feaf69 Mon Sep 17 00:00:00 2001 From: Julien Date: Mon, 26 Feb 2024 08:44:29 +0100 Subject: [PATCH 16/58] remove linebreak --- .github/workflows/create_documentation.yml | 4 +--- 1 file changed, 1 insertion(+), 3 deletions(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index f01b1ef47..a3f2e5c5f 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -36,9 +36,7 @@ jobs: run: | mkdir build cd build - cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} \ - -DENABLE_TESTING=Off -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native \ - -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ -DBUILD_DOC=On -DENABLE_COVERAGE=On + cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} -DENABLE_TESTING=Off -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ -DBUILD_DOC=On -DENABLE_COVERAGE=On - name: Build CRPropa run: | cd build From 106e32f4c9e5094e4c472e2d7d1053c3a6441022 Mon Sep 17 00:00:00 2001 From: Julien Date: Mon, 26 Feb 2024 08:53:48 +0100 Subject: [PATCH 17/58] enable testing --- .github/workflows/create_documentation.yml | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index a3f2e5c5f..5db53278c 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -36,7 +36,7 @@ jobs: run: | mkdir build cd build - cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} -DENABLE_TESTING=Off -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ -DBUILD_DOC=On -DENABLE_COVERAGE=On + cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} -DENABLE_TESTING=On -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ -DBUILD_DOC=On -DENABLE_COVERAGE=On - name: Build CRPropa run: | cd build From 9c991e4178c291b088f76134347cb800de9226b2 Mon Sep 17 00:00:00 2001 From: Julien Date: Mon, 26 Feb 2024 09:32:29 +0100 Subject: [PATCH 18/58] move from node 16 to node 20 --- .github/workflows/create_documentation.yml | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index 5db53278c..b1a0bee70 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -20,7 +20,7 @@ jobs: # define steps to take steps: - name: Checkout repository - uses: actions/checkout@v3 + uses: actions/checkout@v4 - name: Prerequirements run: | sudo apt-get update @@ -57,7 +57,7 @@ jobs: make doc tar -zcvf documentation.tar.gz doc - name: archive documentation - uses: actions/upload-artifact@v3 + uses: actions/upload-artifact@v4 with: name: "documentation" path: | From b005f9aaee3a639b3f899d5111354b86aeba1975 Mon Sep 17 00:00:00 2001 From: Rafael Date: Wed, 28 Feb 2024 12:14:11 +0100 Subject: [PATCH 19/58] updated tested python versions --- doc/pages/Installation.md | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/doc/pages/Installation.md b/doc/pages/Installation.md index c94551ae0..c9f69ead5 100644 --- a/doc/pages/Installation.md +++ b/doc/pages/Installation.md @@ -12,7 +12,7 @@ git clone https://github.com/CRPropa/CRPropa3.git + Fortran Compiler: to compile SOPHIA Optionally CRPropa can be compiled with the following dependencies to enable certain functionality. -+ Python, NumPy, and SWIG: to use CRPropa from python (tested for > Python 3.0 and > SWIG 4.0.2) ++ Python, NumPy, and SWIG: to use CRPropa from python (tested for >= Python 3.7 and > SWIG 4.0.2) + FFTW3: for turbulent magnetic field grids (FFTW3 with single precision is needed) + Gadget: magnetic fields for large scale structure data + OpenMP: for shared memory parallelization From 7f54da1212d17a08d0fb344cb12f3c9a8d2cb6ab Mon Sep 17 00:00:00 2001 From: mertelx Date: Thu, 29 Feb 2024 16:13:11 +0100 Subject: [PATCH 20/58] Update build status badges --- README.md | 11 ++++++++--- 1 file changed, 8 insertions(+), 3 deletions(-) diff --git a/README.md b/README.md index e55b42521..63499d112 100644 --- a/README.md +++ b/README.md @@ -2,9 +2,14 @@ CRPropa ======== ![stable release](https://img.shields.io/badge/stable\_release-3.2.1-darkblue) -[![Build status](https://github.com/crpropa/crpropa3/actions/workflows/testing.yml/badge.svg)](https://github.com/crpropa/crpropa3/actions/) -[![Average time to resolve an issue](https://isitmaintained.com/badge/resolution/CRPropa/CRPropa3.svg)](https://isitmaintained.com/project/CRPropa/CRPropa3) -[![Percentage of issues still open](https://isitmaintained.com/badge/open/CRPropa/CRPropa3.svg)](https://isitmaintained.com/project/CRPropa/CRPropa3) + +[![Build: ubuntu22](https://github.com/CRPropa/CRPropa3/actions/workflows/testing_ubuntu22.yml/badge.svg)](https://github.com/CRPropa/CRPropa3/actions/workflows/testing_ubuntu22.yml) +[![Build: ubuntu20](https://github.com/CRPropa/CRPropa3/actions/workflows/testing_ubuntu20.yml/badge.svg)](https://github.com/CRPropa/CRPropa3/actions/workflows/testing_ubuntu20.yml) +[![Build: macos14](https://github.com/CRPropa/CRPropa3/actions/workflows/testing_OSX.yml/badge.svg)](https://github.com/CRPropa/CRPropa3/actions/workflows/testing_OSX.yml) +[![Examples](https://github.com/CRPropa/CRPropa3/actions/workflows/test_examples.yml/badge.svg)](https://github.com/CRPropa/CRPropa3/actions/workflows/test_examples.yml) + +![Issues](https://img.shields.io/github/issues/crpropa/CRPropa3) +![GitHub Issues or Pull Requests](https://img.shields.io/github/issues-pr/crpropa/CRPropa3) [![DOI:10.1088/1475-7516/2022/09/035](http://img.shields.io/badge/DOI-10.1088/1475-7516/2022/09/035.svg)]() [![arXiv](https://img.shields.io/badge/arXiv-2208.00107-b31b1b.svg)](https://arxiv.org/abs/2208.00107) From ca73b328141fbd68c5861fe59911de3be7ba2e1f Mon Sep 17 00:00:00 2001 From: mertelx Date: Thu, 29 Feb 2024 16:14:10 +0100 Subject: [PATCH 21/58] Update action version to run on node 20 (https://github.blog/changelog/2023-09-22-github-actions-transitioning-from-node-16-to-node-20/) --- .github/workflows/test_examples.yml | 2 +- .github/workflows/testing_OSX.yml | 4 ++-- .github/workflows/testing_ubuntu20.yml | 4 ++-- .github/workflows/testing_ubuntu22.yml | 4 ++-- 4 files changed, 7 insertions(+), 7 deletions(-) diff --git a/.github/workflows/test_examples.yml b/.github/workflows/test_examples.yml index ac5621e72..f1edf5776 100644 --- a/.github/workflows/test_examples.yml +++ b/.github/workflows/test_examples.yml @@ -17,7 +17,7 @@ jobs: py: "/usr/bin/python3" #python 3.10 steps: - name: Checkout repository - uses: actions/checkout@v3 + uses: actions/checkout@v4 - name: Preinstall run: | sudo apt-get update diff --git a/.github/workflows/testing_OSX.yml b/.github/workflows/testing_OSX.yml index 38ca85b47..ffc39046f 100644 --- a/.github/workflows/testing_OSX.yml +++ b/.github/workflows/testing_OSX.yml @@ -16,7 +16,7 @@ jobs: py: "/usr/bin/python3" steps: - name: Checkout repository - uses: actions/checkout@v3 + uses: actions/checkout@v4 - name: Preinstall run: | brew install hdf5 fftw cfitsio muparser libomp numpy swig @@ -42,7 +42,7 @@ jobs: make test - name: Archive test results if: always() - uses: actions/upload-artifact@v3 + uses: actions/upload-artifact@v4 with: name: "test-report_${{matrix.config.name}}" path: build/Testing/Temporary/LastTest.log diff --git a/.github/workflows/testing_ubuntu20.yml b/.github/workflows/testing_ubuntu20.yml index 83acbf7fc..54e0f834e 100644 --- a/.github/workflows/testing_ubuntu20.yml +++ b/.github/workflows/testing_ubuntu20.yml @@ -17,7 +17,7 @@ jobs: py: "/usr/bin/python3" #python 3.8 steps: - name: Checkout repository - uses: actions/checkout@v3 + uses: actions/checkout@v4 - name: Preinstall run: | sudo apt-get update @@ -41,7 +41,7 @@ jobs: make test - name: Archive test results if: always() - uses: actions/upload-artifact@v3 + uses: actions/upload-artifact@v4 with: name: "test-report_${{matrix.config.name}}" path: build/Testing/Temporary/LastTest.log \ No newline at end of file diff --git a/.github/workflows/testing_ubuntu22.yml b/.github/workflows/testing_ubuntu22.yml index 7991cf631..775a88d25 100644 --- a/.github/workflows/testing_ubuntu22.yml +++ b/.github/workflows/testing_ubuntu22.yml @@ -17,7 +17,7 @@ jobs: py: "/usr/bin/python3" #python 3.10 steps: - name: Checkout repository - uses: actions/checkout@v3 + uses: actions/checkout@v4 - name: Preinstall run: | sudo apt-get update @@ -41,7 +41,7 @@ jobs: make test - name: Archive test results if: always() - uses: actions/upload-artifact@v3 + uses: actions/upload-artifact@v4 with: name: "test-report_${{matrix.config.name}}" path: build/Testing/Temporary/LastTest.log From 71a6f5fdad8aa16f26ee10736d7f3e479ff32da1 Mon Sep 17 00:00:00 2001 From: mertelx Date: Wed, 13 Mar 2024 12:01:46 +0100 Subject: [PATCH 22/58] Update the download link and changelog --- CHANGELOG.md | 1 + CMakeLists.txt | 2 +- 2 files changed, 2 insertions(+), 1 deletion(-) diff --git a/CHANGELOG.md b/CHANGELOG.md index bf972ce31..5526f27ee 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -8,6 +8,7 @@ ### Interface changes: ### Features that are deprecated and will be removed after this release + * EBL model from Finke et al. 2022 ### Removed features * AMRMagneticField - underlying library (saga) is no longer supported. diff --git a/CMakeLists.txt b/CMakeLists.txt index 0b0082f32..1ea3fe40f 100644 --- a/CMakeLists.txt +++ b/CMakeLists.txt @@ -308,7 +308,7 @@ endif(APPLE) # Download data files (interaction data, masses, decay data ...) # ---------------------------------------------------------------------------- OPTION(DOWNLOAD_DATA "Download CRPropa data files" ON) -set(CRPROPA_DATAFILE_VER "2023-10-20") +set(CRPROPA_DATAFILE_VER "2024-03-11") if(DOWNLOAD_DATA) message("-- Downloading data files from sciebo ~ 73 MB") file(DOWNLOAD From b242d7566dc5f6096e02bfeb212a427ce598182b Mon Sep 17 00:00:00 2001 From: mertelx Date: Wed, 13 Mar 2024 15:15:01 +0100 Subject: [PATCH 23/58] Fix typo in ebl fields --- test/testInteraction.cpp | 12 ++++++------ 1 file changed, 6 insertions(+), 6 deletions(-) diff --git a/test/testInteraction.cpp b/test/testInteraction.cpp index 38ecb28b8..f2fe49dbf 100644 --- a/test/testInteraction.cpp +++ b/test/testInteraction.cpp @@ -40,8 +40,8 @@ TEST(ElectronPairProduction, allBackgrounds) { epp.setPhotonField(irb); irb = new IRB_Stecker16_lower(); epp.setPhotonField(irb); - irb = new IRB_Finke22(); - epp.setPhotonField(IRB); + irb = new IRB_Finke22(); + epp.setPhotonField(irb); } TEST(ElectronPairProduction, energyDecreasing) { @@ -344,8 +344,8 @@ TEST(PhotoDisintegration, allBackgrounds) { pd.setPhotonField(irb); irb = new IRB_Stecker16_lower(); pd.setPhotonField(irb); - irb = new IRB_Finke22(); - pd.setPhotonField(IRB); + irb = new IRB_Finke22(); + pd.setPhotonField(irb); urb = new URB_Nitu21(); pd.setPhotonField(urb); } @@ -562,8 +562,8 @@ TEST(PhotoPionProduction, allBackgrounds) { ppp.setPhotonField(irb); irb = new IRB_Stecker16_lower(); ppp.setPhotonField(irb); - irb = new IRB_Finke22(); - ppp.setPhotonField(IRB); + irb = new IRB_Finke22(); + ppp.setPhotonField(irb); ref_ptr urb = new URB_Protheroe96(); ppp.setPhotonField(urb); urb = new URB_Nitu21(); From 096dafcfd9338c3a26815caa0a2fecaab0de7fa6 Mon Sep 17 00:00:00 2001 From: Julien Date: Thu, 14 Mar 2024 16:49:45 +0100 Subject: [PATCH 24/58] add bug-fix to changelog --- CHANGELOG.md | 1 + 1 file changed, 1 insertion(+) diff --git a/CHANGELOG.md b/CHANGELOG.md index bf972ce31..ceabd8b5b 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -2,6 +2,7 @@ ### Bug fixes: * Fixed sign for exponential decay of magn. field strength with Galactic height in LogarithmicSpiralField + * Fixed r term in source distribution for SNR and Pulsar ### New features: From 0169c104cc730d336e61dc32f77dcdd51fe6f970 Mon Sep 17 00:00:00 2001 From: Julien Date: Thu, 14 Mar 2024 17:08:48 +0100 Subject: [PATCH 25/58] update test value --- test/testSource.cpp | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/test/testSource.cpp b/test/testSource.cpp index 6ce5cfada..4254e7f84 100644 --- a/test/testSource.cpp +++ b/test/testSource.cpp @@ -110,7 +110,7 @@ TEST(SourceSNRDistribution, simpleTest) { } R2_mean/=100000.; Z_mean/=100000.; - EXPECT_NEAR(64.4, R2_mean, 1.); + EXPECT_NEAR(100.306, R2_mean, 1); EXPECT_NEAR(0., Z_mean, 0.1); } From 3ee0447414f2e6a28d6559439a957ef23e3aadf8 Mon Sep 17 00:00:00 2001 From: Julien Date: Fri, 15 Mar 2024 11:50:34 +0100 Subject: [PATCH 26/58] add comment for alpha value --- src/Source.cpp | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/src/Source.cpp b/src/Source.cpp index 9ff0b7f4d..f0b0e698c 100644 --- a/src/Source.cpp +++ b/src/Source.cpp @@ -416,7 +416,7 @@ double SourceSNRDistribution::fz(double z) const{ } double SourceSNRDistribution::getAlpha() const { - return alpha - 1; + return alpha - 1; // -1 to account for the R-term in the volume element dV = R * dR * dphi * dz } double SourceSNRDistribution::getBeta() const { From f4c8b4e208f277a750f203270005449167b2fd5b Mon Sep 17 00:00:00 2001 From: Julien Date: Mon, 8 Apr 2024 16:41:30 +0200 Subject: [PATCH 27/58] add lxml to documentation dependency --- .github/workflows/create_documentation.yml | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index 5888cfc81..91c4097d3 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -31,7 +31,7 @@ jobs: sudo apt-get install libmuparser-dev libhdf5-serial-dev libomp5 libomp-dev libfftw3-dev libcfitsio-dev lcov doxygen graphviz sudo apt-get install pandoc # do not only use pip to install pandoc, see https://stackoverflow.com/questions/62398231/building-docs-fails-due-to-missing-pandoc pip install -r doc/pages/example_notebooks/requirements.txt # load requirements for notebooks - pip install sphinx sphinx_rtd_theme m2r2 nbsphinx breathe pandoc exhale # load requirements for documentation + pip install sphinx sphinx_rtd_theme m2r2 nbsphinx lxml breathe pandoc exhale # load requirements for documentation - name: Set up the build env: CXX: ${{ matrix.config.cxx }} From b471b831796b4575cb2d29708d6262335b3242a5 Mon Sep 17 00:00:00 2001 From: Julien Date: Mon, 8 Apr 2024 16:53:34 +0200 Subject: [PATCH 28/58] change lxml to lxml_html_clean --- .github/workflows/create_documentation.yml | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index c3b885133..b176fbca4 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -27,7 +27,7 @@ jobs: sudo apt-get install libmuparser-dev libhdf5-serial-dev libomp5 libomp-dev libfftw3-dev libcfitsio-dev lcov doxygen graphviz sudo apt-get install pandoc # do not only use pip to install pandoc, see https://stackoverflow.com/questions/62398231/building-docs-fails-due-to-missing-pandoc pip install -r doc/pages/example_notebooks/requirements.txt # load requirements for notebooks - pip install sphinx sphinx_rtd_theme m2r2 nbsphinx lxml breathe pandoc exhale # load requirements for documentation + pip install sphinx sphinx_rtd_theme m2r2 nbsphinx lxml_html_clean breathe pandoc exhale # load requirements for documentation - name: Set up the build env: CXX: ${{ matrix.config.cxx }} From 1be2ecbb62d8e256843da49810ce38f267fb5a3d Mon Sep 17 00:00:00 2001 From: Julien Date: Tue, 9 Apr 2024 08:13:27 +0200 Subject: [PATCH 29/58] add coverage Report to documentation --- doc/coverageReport/amber.png | Bin 0 -> 141 bytes doc/coverageReport/emerald.png | Bin 0 -> 141 bytes doc/coverageReport/gcov.css | 519 +++++ doc/coverageReport/glass.png | Bin 0 -> 167 bytes .../numpy/__multiarray_api.h.func-sort-c.html | 76 + .../numpy/__multiarray_api.h.func.html | 76 + .../numpy/__multiarray_api.h.gcov.html | 1642 +++++++++++++ .../numpy/__ufunc_api.h.func-sort-c.html | 76 + .../include/numpy/__ufunc_api.h.func.html | 76 + .../include/numpy/__ufunc_api.h.gcov.html | 390 ++++ .../core/include/numpy/index-sort-f.html | 113 + .../core/include/numpy/index-sort-l.html | 113 + .../numpy/core/include/numpy/index.html | 113 + .../numpy/ndarraytypes.h.func-sort-c.html | 72 + .../include/numpy/ndarraytypes.h.func.html | 72 + .../include/numpy/ndarraytypes.h.gcov.html | 2021 ++++++++++++++++ .../crpropa/AssocVector.h.func-sort-c.html | 92 + .../include/crpropa/AssocVector.h.func.html | 92 + .../include/crpropa/AssocVector.h.gcov.html | 457 ++++ .../crpropa/Candidate.h.func-sort-c.html | 72 + .../include/crpropa/Candidate.h.func.html | 72 + .../include/crpropa/Candidate.h.gcov.html | 258 ++ .../include/crpropa/Common.h.func-sort-c.html | 80 + .../include/crpropa/Common.h.func.html | 80 + .../include/crpropa/Common.h.gcov.html | 163 ++ .../crpropa/EmissionMap.h.func-sort-c.html | 72 + .../include/crpropa/EmissionMap.h.func.html | 72 + .../include/crpropa/EmissionMap.h.gcov.html | 212 ++ .../crpropa/Geometry.h.func-sort-c.html | 76 + .../include/crpropa/Geometry.h.func.html | 76 + .../include/crpropa/Geometry.h.gcov.html | 165 ++ .../include/crpropa/Grid.h.func-sort-c.html | 296 +++ .../include/crpropa/Grid.h.func.html | 296 +++ .../include/crpropa/Grid.h.gcov.html | 640 +++++ .../crpropa/Logging.h.func-sort-c.html | 96 + .../include/crpropa/Logging.h.func.html | 96 + .../include/crpropa/Logging.h.gcov.html | 111 + .../include/crpropa/Module.h.func-sort-c.html | 72 + .../include/crpropa/Module.h.func.html | 72 + .../include/crpropa/Module.h.gcov.html | 141 ++ .../crpropa/ParticleState.h.func-sort-c.html | 72 + .../include/crpropa/ParticleState.h.func.html | 72 + .../include/crpropa/ParticleState.h.gcov.html | 196 ++ .../PhotonBackground.h.func-sort-c.html | 148 ++ .../crpropa/PhotonBackground.h.func.html | 148 ++ .../crpropa/PhotonBackground.h.gcov.html | 398 ++++ .../include/crpropa/Random.h.func-sort-c.html | 72 + .../include/crpropa/Random.h.func.html | 72 + .../include/crpropa/Random.h.gcov.html | 317 +++ .../crpropa/Referenced.h.func-sort-c.html | 148 ++ .../include/crpropa/Referenced.h.func.html | 148 ++ .../include/crpropa/Referenced.h.gcov.html | 320 +++ .../include/crpropa/Source.h.func-sort-c.html | 76 + .../include/crpropa/Source.h.func.html | 76 + .../include/crpropa/Source.h.gcov.html | 1002 ++++++++ .../crpropa/Variant.h.func-sort-c.html | 136 ++ .../include/crpropa/Variant.h.func.html | 136 ++ .../include/crpropa/Variant.h.gcov.html | 410 ++++ .../crpropa/Vector3.h.func-sort-c.html | 236 ++ .../include/crpropa/Vector3.h.func.html | 236 ++ .../include/crpropa/Vector3.h.gcov.html | 516 ++++ .../AdvectionField.h.func-sort-c.html | 72 + .../advectionField/AdvectionField.h.func.html | 72 + .../advectionField/AdvectionField.h.gcov.html | 367 +++ .../crpropa/advectionField/index-sort-f.html | 93 + .../crpropa/advectionField/index-sort-l.html | 93 + .../include/crpropa/advectionField/index.html | 93 + .../include/crpropa/index-sort-f.html | 233 ++ .../include/crpropa/index-sort-l.html | 233 ++ doc/coverageReport/include/crpropa/index.html | 233 ++ .../GalacticMagneticField.h.func-sort-c.html | 88 + .../GalacticMagneticField.h.func.html | 88 + .../GalacticMagneticField.h.gcov.html | 210 ++ .../MagneticField.h.func-sort-c.html | 100 + .../magneticField/MagneticField.h.func.html | 100 + .../magneticField/MagneticField.h.gcov.html | 248 ++ .../MagneticFieldGrid.h.func-sort-c.html | 72 + .../MagneticFieldGrid.h.func.html | 72 + .../MagneticFieldGrid.h.gcov.html | 139 ++ .../crpropa/magneticField/index-sort-f.html | 113 + .../crpropa/magneticField/index-sort-l.html | 113 + .../include/crpropa/magneticField/index.html | 113 + .../GridTurbulence.h.func-sort-c.html | 72 + .../turbulentField/GridTurbulence.h.func.html | 72 + .../turbulentField/GridTurbulence.h.gcov.html | 151 ++ .../HelicalGridTurbulence.h.func-sort-c.html | 76 + .../HelicalGridTurbulence.h.func.html | 76 + .../HelicalGridTurbulence.h.gcov.html | 147 ++ .../SimpleGridTurbulence.h.func-sort-c.html | 100 + .../SimpleGridTurbulence.h.func.html | 100 + .../SimpleGridTurbulence.h.gcov.html | 192 ++ .../TurbulentField.h.func-sort-c.html | 108 + .../turbulentField/TurbulentField.h.func.html | 108 + .../turbulentField/TurbulentField.h.gcov.html | 195 ++ .../turbulentField/index-sort-f.html | 123 + .../turbulentField/index-sort-l.html | 123 + .../magneticField/turbulentField/index.html | 123 + .../MagneticLens.h.func-sort-c.html | 96 + .../magneticLens/MagneticLens.h.func.html | 96 + .../magneticLens/MagneticLens.h.gcov.html | 352 +++ .../ParticleMapsContainer.h.func-sort-c.html | 80 + .../ParticleMapsContainer.h.func.html | 80 + .../ParticleMapsContainer.h.gcov.html | 221 ++ .../Pixelization.h.func-sort-c.html | 84 + .../magneticLens/Pixelization.h.func.html | 84 + .../magneticLens/Pixelization.h.gcov.html | 217 ++ .../crpropa/magneticLens/index-sort-f.html | 113 + .../crpropa/magneticLens/index-sort-l.html | 113 + .../include/crpropa/magneticLens/index.html | 113 + .../Cordes.h.func-sort-c.html | 72 + .../massDistribution/Cordes.h.func.html | 72 + .../massDistribution/Cordes.h.gcov.html | 121 + .../Density.h.func-sort-c.html | 116 + .../massDistribution/Density.h.func.html | 116 + .../massDistribution/Density.h.gcov.html | 134 ++ .../Ferriere.h.func-sort-c.html | 72 + .../massDistribution/Ferriere.h.func.html | 72 + .../massDistribution/Ferriere.h.gcov.html | 153 ++ .../Massdistribution.h.func-sort-c.html | 72 + .../Massdistribution.h.func.html | 72 + .../Massdistribution.h.gcov.html | 212 ++ .../Nakanishi.h.func-sort-c.html | 72 + .../massDistribution/Nakanishi.h.func.html | 72 + .../massDistribution/Nakanishi.h.gcov.html | 150 ++ .../massDistribution/index-sort-f.html | 133 ++ .../massDistribution/index-sort-l.html | 133 ++ .../crpropa/massDistribution/index.html | 133 ++ .../module/Boundary.h.func-sort-c.html | 72 + .../crpropa/module/Boundary.h.func.html | 72 + .../crpropa/module/Boundary.h.gcov.html | 283 +++ .../module/BreakCondition.h.func-sort-c.html | 72 + .../crpropa/module/BreakCondition.h.func.html | 72 + .../crpropa/module/BreakCondition.h.gcov.html | 221 ++ .../module/HDF5Output.h.func-sort-c.html | 72 + .../crpropa/module/HDF5Output.h.func.html | 72 + .../crpropa/module/HDF5Output.h.gcov.html | 217 ++ .../module/NuclearDecay.h.func-sort-c.html | 72 + 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padding-top: 2px; + background-color: #FF0000; +} + +/* All views except source code view: legend format for med coverage */ +span.coverLegendCovMed +{ + padding-left: 10px; + padding-right: 10px; + padding-top: 2px; + background-color: #FFEA20; +} + +/* All views except source code view: legend format for hi coverage */ +span.coverLegendCovHi +{ + padding-left: 10px; + padding-right: 10px; + padding-top: 2px; + background-color: #A7FC9D; +} diff --git a/doc/coverageReport/glass.png b/doc/coverageReport/glass.png new file mode 100644 index 0000000000000000000000000000000000000000..e1abc00680a3093c49fdb775ae6bdb6764c95af2 GIT binary patch literal 167 zcmeAS@N?(olHy`uVBq!ia0vp^j3CU&3?x-=hn)gaEa{HEjtmSN`?>!lvI6;R0X`wF z|Ns97GD8ntt^-nxB|(0{3=Yq3q=7g|-tI089jvk*Kn`btM`SSr1Gf+eGhVt|_XjA* zUgGKN%6^Gmn4d%Ph(nkFP>9RZ#WAE}PI3Z}&BVayv3^M*kj3EX>gTe~DWM4f=_Dpv literal 0 HcmV?d00001 diff --git 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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy - __multiarray_api.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:132748.1 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_import_array4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__multiarray_api.h.func.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__multiarray_api.h.func.html new file mode 100644 index 000000000..6d2267253 --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__multiarray_api.h.func.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__multiarray_api.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy - __multiarray_api.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:132748.1 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_import_array4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__multiarray_api.h.gcov.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__multiarray_api.h.gcov.html new file mode 100644 index 000000000..5aee35675 --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__multiarray_api.h.gcov.html @@ -0,0 +1,1642 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__multiarray_api.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy - __multiarray_api.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:132748.1 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : 
+       2             : #if defined(_MULTIARRAYMODULE) || defined(WITH_CPYCHECKER_STEALS_REFERENCE_TO_ARG_ATTRIBUTE)
+       3             : 
+       4             : typedef struct {
+       5             :         PyObject_HEAD
+       6             :         npy_bool obval;
+       7             : } PyBoolScalarObject;
+       8             : 
+       9             : extern NPY_NO_EXPORT PyTypeObject PyArrayMapIter_Type;
+      10             : extern NPY_NO_EXPORT PyTypeObject PyArrayNeighborhoodIter_Type;
+      11             : extern NPY_NO_EXPORT PyBoolScalarObject _PyArrayScalar_BoolValues[2];
+      12             : 
+      13             : NPY_NO_EXPORT  unsigned int PyArray_GetNDArrayCVersion \
+      14             :        (void);
+      15             : extern NPY_NO_EXPORT PyTypeObject PyBigArray_Type;
+      16             : 
+      17             : extern NPY_NO_EXPORT PyTypeObject PyArray_Type;
+      18             : 
+      19             : extern NPY_NO_EXPORT PyArray_DTypeMeta PyArrayDescr_TypeFull;
+      20             : #define PyArrayDescr_Type (*(PyTypeObject *)(&PyArrayDescr_TypeFull))
+      21             : 
+      22             : extern NPY_NO_EXPORT PyTypeObject PyArrayFlags_Type;
+      23             : 
+      24             : extern NPY_NO_EXPORT PyTypeObject PyArrayIter_Type;
+      25             : 
+      26             : extern NPY_NO_EXPORT PyTypeObject PyArrayMultiIter_Type;
+      27             : 
+      28             : extern NPY_NO_EXPORT int NPY_NUMUSERTYPES;
+      29             : 
+      30             : extern NPY_NO_EXPORT PyTypeObject PyBoolArrType_Type;
+      31             : 
+      32             : extern NPY_NO_EXPORT PyBoolScalarObject _PyArrayScalar_BoolValues[2];
+      33             : 
+      34             : extern NPY_NO_EXPORT PyTypeObject PyGenericArrType_Type;
+      35             : 
+      36             : extern NPY_NO_EXPORT PyTypeObject PyNumberArrType_Type;
+      37             : 
+      38             : extern NPY_NO_EXPORT PyTypeObject PyIntegerArrType_Type;
+      39             : 
+      40             : extern NPY_NO_EXPORT PyTypeObject PySignedIntegerArrType_Type;
+      41             : 
+      42             : extern NPY_NO_EXPORT PyTypeObject PyUnsignedIntegerArrType_Type;
+      43             : 
+      44             : extern NPY_NO_EXPORT PyTypeObject PyInexactArrType_Type;
+      45             : 
+      46             : extern NPY_NO_EXPORT PyTypeObject PyFloatingArrType_Type;
+      47             : 
+      48             : extern NPY_NO_EXPORT PyTypeObject PyComplexFloatingArrType_Type;
+      49             : 
+      50             : extern NPY_NO_EXPORT PyTypeObject PyFlexibleArrType_Type;
+      51             : 
+      52             : extern NPY_NO_EXPORT PyTypeObject PyCharacterArrType_Type;
+      53             : 
+      54             : extern NPY_NO_EXPORT PyTypeObject PyByteArrType_Type;
+      55             : 
+      56             : extern NPY_NO_EXPORT PyTypeObject PyShortArrType_Type;
+      57             : 
+      58             : extern NPY_NO_EXPORT PyTypeObject PyIntArrType_Type;
+      59             : 
+      60             : extern NPY_NO_EXPORT PyTypeObject PyLongArrType_Type;
+      61             : 
+      62             : extern NPY_NO_EXPORT PyTypeObject PyLongLongArrType_Type;
+      63             : 
+      64             : extern NPY_NO_EXPORT PyTypeObject PyUByteArrType_Type;
+      65             : 
+      66             : extern NPY_NO_EXPORT PyTypeObject PyUShortArrType_Type;
+      67             : 
+      68             : extern NPY_NO_EXPORT PyTypeObject PyUIntArrType_Type;
+      69             : 
+      70             : extern NPY_NO_EXPORT PyTypeObject PyULongArrType_Type;
+      71             : 
+      72             : extern NPY_NO_EXPORT PyTypeObject PyULongLongArrType_Type;
+      73             : 
+      74             : extern NPY_NO_EXPORT PyTypeObject PyFloatArrType_Type;
+      75             : 
+      76             : extern NPY_NO_EXPORT PyTypeObject PyDoubleArrType_Type;
+      77             : 
+      78             : extern NPY_NO_EXPORT PyTypeObject PyLongDoubleArrType_Type;
+      79             : 
+      80             : extern NPY_NO_EXPORT PyTypeObject PyCFloatArrType_Type;
+      81             : 
+      82             : extern NPY_NO_EXPORT PyTypeObject PyCDoubleArrType_Type;
+      83             : 
+      84             : extern NPY_NO_EXPORT PyTypeObject PyCLongDoubleArrType_Type;
+      85             : 
+      86             : extern NPY_NO_EXPORT PyTypeObject PyObjectArrType_Type;
+      87             : 
+      88             : extern NPY_NO_EXPORT PyTypeObject PyStringArrType_Type;
+      89             : 
+      90             : extern NPY_NO_EXPORT PyTypeObject PyUnicodeArrType_Type;
+      91             : 
+      92             : extern NPY_NO_EXPORT PyTypeObject PyVoidArrType_Type;
+      93             : 
+      94             : NPY_NO_EXPORT  int PyArray_SetNumericOps \
+      95             :        (PyObject *);
+      96             : NPY_NO_EXPORT  PyObject * PyArray_GetNumericOps \
+      97             :        (void);
+      98             : NPY_NO_EXPORT  int PyArray_INCREF \
+      99             :        (PyArrayObject *);
+     100             : NPY_NO_EXPORT  int PyArray_XDECREF \
+     101             :        (PyArrayObject *);
+     102             : NPY_NO_EXPORT  void PyArray_SetStringFunction \
+     103             :        (PyObject *, int);
+     104             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrFromType \
+     105             :        (int);
+     106             : NPY_NO_EXPORT  PyObject * PyArray_TypeObjectFromType \
+     107             :        (int);
+     108             : NPY_NO_EXPORT  char * PyArray_Zero \
+     109             :        (PyArrayObject *);
+     110             : NPY_NO_EXPORT  char * PyArray_One \
+     111             :        (PyArrayObject *);
+     112             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_CastToType \
+     113             :        (PyArrayObject *, PyArray_Descr *, int);
+     114             : NPY_NO_EXPORT  int PyArray_CastTo \
+     115             :        (PyArrayObject *, PyArrayObject *);
+     116             : NPY_NO_EXPORT  int PyArray_CastAnyTo \
+     117             :        (PyArrayObject *, PyArrayObject *);
+     118             : NPY_NO_EXPORT  int PyArray_CanCastSafely \
+     119             :        (int, int);
+     120             : NPY_NO_EXPORT  npy_bool PyArray_CanCastTo \
+     121             :        (PyArray_Descr *, PyArray_Descr *);
+     122             : NPY_NO_EXPORT  int PyArray_ObjectType \
+     123             :        (PyObject *, int);
+     124             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrFromObject \
+     125             :        (PyObject *, PyArray_Descr *);
+     126             : NPY_NO_EXPORT  PyArrayObject ** PyArray_ConvertToCommonType \
+     127             :        (PyObject *, int *);
+     128             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrFromScalar \
+     129             :        (PyObject *);
+     130             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrFromTypeObject \
+     131             :        (PyObject *);
+     132             : NPY_NO_EXPORT  npy_intp PyArray_Size \
+     133             :        (PyObject *);
+     134             : NPY_NO_EXPORT  PyObject * PyArray_Scalar \
+     135             :        (void *, PyArray_Descr *, PyObject *);
+     136             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_FromScalar \
+     137             :        (PyObject *, PyArray_Descr *);
+     138             : NPY_NO_EXPORT  void PyArray_ScalarAsCtype \
+     139             :        (PyObject *, void *);
+     140             : NPY_NO_EXPORT  int PyArray_CastScalarToCtype \
+     141             :        (PyObject *, void *, PyArray_Descr *);
+     142             : NPY_NO_EXPORT  int PyArray_CastScalarDirect \
+     143             :        (PyObject *, PyArray_Descr *, void *, int);
+     144             : NPY_NO_EXPORT  PyObject * PyArray_ScalarFromObject \
+     145             :        (PyObject *);
+     146             : NPY_NO_EXPORT  PyArray_VectorUnaryFunc * PyArray_GetCastFunc \
+     147             :        (PyArray_Descr *, int);
+     148             : NPY_NO_EXPORT  PyObject * PyArray_FromDims \
+     149             :        (int NPY_UNUSED(nd), int *NPY_UNUSED(d), int NPY_UNUSED(type));
+     150             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(3) PyObject * PyArray_FromDimsAndDataAndDescr \
+     151             :        (int NPY_UNUSED(nd), int *NPY_UNUSED(d), PyArray_Descr *, char *NPY_UNUSED(data));
+     152             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_FromAny \
+     153             :        (PyObject *, PyArray_Descr *, int, int, int, PyObject *);
+     154             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(1) PyObject * PyArray_EnsureArray \
+     155             :        (PyObject *);
+     156             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(1) PyObject * PyArray_EnsureAnyArray \
+     157             :        (PyObject *);
+     158             : NPY_NO_EXPORT  PyObject * PyArray_FromFile \
+     159             :        (FILE *, PyArray_Descr *, npy_intp, char *);
+     160             : NPY_NO_EXPORT  PyObject * PyArray_FromString \
+     161             :        (char *, npy_intp, PyArray_Descr *, npy_intp, char *);
+     162             : NPY_NO_EXPORT  PyObject * PyArray_FromBuffer \
+     163             :        (PyObject *, PyArray_Descr *, npy_intp, npy_intp);
+     164             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_FromIter \
+     165             :        (PyObject *, PyArray_Descr *, npy_intp);
+     166             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(1) PyObject * PyArray_Return \
+     167             :        (PyArrayObject *);
+     168             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_GetField \
+     169             :        (PyArrayObject *, PyArray_Descr *, int);
+     170             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) int PyArray_SetField \
+     171             :        (PyArrayObject *, PyArray_Descr *, int, PyObject *);
+     172             : NPY_NO_EXPORT  PyObject * PyArray_Byteswap \
+     173             :        (PyArrayObject *, npy_bool);
+     174             : NPY_NO_EXPORT  PyObject * PyArray_Resize \
+     175             :        (PyArrayObject *, PyArray_Dims *, int, NPY_ORDER NPY_UNUSED(order));
+     176             : NPY_NO_EXPORT  int PyArray_MoveInto \
+     177             :        (PyArrayObject *, PyArrayObject *);
+     178             : NPY_NO_EXPORT  int PyArray_CopyInto \
+     179             :        (PyArrayObject *, PyArrayObject *);
+     180             : NPY_NO_EXPORT  int PyArray_CopyAnyInto \
+     181             :        (PyArrayObject *, PyArrayObject *);
+     182             : NPY_NO_EXPORT  int PyArray_CopyObject \
+     183             :        (PyArrayObject *, PyObject *);
+     184             : NPY_NO_EXPORT  PyObject * PyArray_NewCopy \
+     185             :        (PyArrayObject *, NPY_ORDER);
+     186             : NPY_NO_EXPORT  PyObject * PyArray_ToList \
+     187             :        (PyArrayObject *);
+     188             : NPY_NO_EXPORT  PyObject * PyArray_ToString \
+     189             :        (PyArrayObject *, NPY_ORDER);
+     190             : NPY_NO_EXPORT  int PyArray_ToFile \
+     191             :        (PyArrayObject *, FILE *, char *, char *);
+     192             : NPY_NO_EXPORT  int PyArray_Dump \
+     193             :        (PyObject *, PyObject *, int);
+     194             : NPY_NO_EXPORT  PyObject * PyArray_Dumps \
+     195             :        (PyObject *, int);
+     196             : NPY_NO_EXPORT  int PyArray_ValidType \
+     197             :        (int);
+     198             : NPY_NO_EXPORT  void PyArray_UpdateFlags \
+     199             :        (PyArrayObject *, int);
+     200             : NPY_NO_EXPORT  PyObject * PyArray_New \
+     201             :        (PyTypeObject *, int, npy_intp const *, int, npy_intp const *, void *, int, int, PyObject *);
+     202             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_NewFromDescr \
+     203             :        (PyTypeObject *, PyArray_Descr *, int, npy_intp const *, npy_intp const *, void *, int, PyObject *);
+     204             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrNew \
+     205             :        (PyArray_Descr *);
+     206             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrNewFromType \
+     207             :        (int);
+     208             : NPY_NO_EXPORT  double PyArray_GetPriority \
+     209             :        (PyObject *, double);
+     210             : NPY_NO_EXPORT  PyObject * PyArray_IterNew \
+     211             :        (PyObject *);
+     212             : NPY_NO_EXPORT  PyObject* PyArray_MultiIterNew \
+     213             :        (int, ...);
+     214             : NPY_NO_EXPORT  int PyArray_PyIntAsInt \
+     215             :        (PyObject *);
+     216             : NPY_NO_EXPORT  npy_intp PyArray_PyIntAsIntp \
+     217             :        (PyObject *);
+     218             : NPY_NO_EXPORT  int PyArray_Broadcast \
+     219             :        (PyArrayMultiIterObject *);
+     220             : NPY_NO_EXPORT  void PyArray_FillObjectArray \
+     221             :        (PyArrayObject *, PyObject *);
+     222             : NPY_NO_EXPORT  int PyArray_FillWithScalar \
+     223             :        (PyArrayObject *, PyObject *);
+     224             : NPY_NO_EXPORT  npy_bool PyArray_CheckStrides \
+     225             :        (int, int, npy_intp, npy_intp, npy_intp const *, npy_intp const *);
+     226             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrNewByteorder \
+     227             :        (PyArray_Descr *, char);
+     228             : NPY_NO_EXPORT  PyObject * PyArray_IterAllButAxis \
+     229             :        (PyObject *, int *);
+     230             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_CheckFromAny \
+     231             :        (PyObject *, PyArray_Descr *, int, int, int, PyObject *);
+     232             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_FromArray \
+     233             :        (PyArrayObject *, PyArray_Descr *, int);
+     234             : NPY_NO_EXPORT  PyObject * PyArray_FromInterface \
+     235             :        (PyObject *);
+     236             : NPY_NO_EXPORT  PyObject * PyArray_FromStructInterface \
+     237             :        (PyObject *);
+     238             : NPY_NO_EXPORT  PyObject * PyArray_FromArrayAttr \
+     239             :        (PyObject *, PyArray_Descr *, PyObject *);
+     240             : NPY_NO_EXPORT  NPY_SCALARKIND PyArray_ScalarKind \
+     241             :        (int, PyArrayObject **);
+     242             : NPY_NO_EXPORT  int PyArray_CanCoerceScalar \
+     243             :        (int, int, NPY_SCALARKIND);
+     244             : NPY_NO_EXPORT  PyObject * PyArray_NewFlagsObject \
+     245             :        (PyObject *);
+     246             : NPY_NO_EXPORT  npy_bool PyArray_CanCastScalar \
+     247             :        (PyTypeObject *, PyTypeObject *);
+     248             : NPY_NO_EXPORT  int PyArray_CompareUCS4 \
+     249             :        (npy_ucs4 const *, npy_ucs4 const *, size_t);
+     250             : NPY_NO_EXPORT  int PyArray_RemoveSmallest \
+     251             :        (PyArrayMultiIterObject *);
+     252             : NPY_NO_EXPORT  int PyArray_ElementStrides \
+     253             :        (PyObject *);
+     254             : NPY_NO_EXPORT  void PyArray_Item_INCREF \
+     255             :        (char *, PyArray_Descr *);
+     256             : NPY_NO_EXPORT  void PyArray_Item_XDECREF \
+     257             :        (char *, PyArray_Descr *);
+     258             : NPY_NO_EXPORT  PyObject * PyArray_FieldNames \
+     259             :        (PyObject *);
+     260             : NPY_NO_EXPORT  PyObject * PyArray_Transpose \
+     261             :        (PyArrayObject *, PyArray_Dims *);
+     262             : NPY_NO_EXPORT  PyObject * PyArray_TakeFrom \
+     263             :        (PyArrayObject *, PyObject *, int, PyArrayObject *, NPY_CLIPMODE);
+     264             : NPY_NO_EXPORT  PyObject * PyArray_PutTo \
+     265             :        (PyArrayObject *, PyObject*, PyObject *, NPY_CLIPMODE);
+     266             : NPY_NO_EXPORT  PyObject * PyArray_PutMask \
+     267             :        (PyArrayObject *, PyObject*, PyObject*);
+     268             : NPY_NO_EXPORT  PyObject * PyArray_Repeat \
+     269             :        (PyArrayObject *, PyObject *, int);
+     270             : NPY_NO_EXPORT  PyObject * PyArray_Choose \
+     271             :        (PyArrayObject *, PyObject *, PyArrayObject *, NPY_CLIPMODE);
+     272             : NPY_NO_EXPORT  int PyArray_Sort \
+     273             :        (PyArrayObject *, int, NPY_SORTKIND);
+     274             : NPY_NO_EXPORT  PyObject * PyArray_ArgSort \
+     275             :        (PyArrayObject *, int, NPY_SORTKIND);
+     276             : NPY_NO_EXPORT  PyObject * PyArray_SearchSorted \
+     277             :        (PyArrayObject *, PyObject *, NPY_SEARCHSIDE, PyObject *);
+     278             : NPY_NO_EXPORT  PyObject * PyArray_ArgMax \
+     279             :        (PyArrayObject *, int, PyArrayObject *);
+     280             : NPY_NO_EXPORT  PyObject * PyArray_ArgMin \
+     281             :        (PyArrayObject *, int, PyArrayObject *);
+     282             : NPY_NO_EXPORT  PyObject * PyArray_Reshape \
+     283             :        (PyArrayObject *, PyObject *);
+     284             : NPY_NO_EXPORT  PyObject * PyArray_Newshape \
+     285             :        (PyArrayObject *, PyArray_Dims *, NPY_ORDER);
+     286             : NPY_NO_EXPORT  PyObject * PyArray_Squeeze \
+     287             :        (PyArrayObject *);
+     288             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_View \
+     289             :        (PyArrayObject *, PyArray_Descr *, PyTypeObject *);
+     290             : NPY_NO_EXPORT  PyObject * PyArray_SwapAxes \
+     291             :        (PyArrayObject *, int, int);
+     292             : NPY_NO_EXPORT  PyObject * PyArray_Max \
+     293             :        (PyArrayObject *, int, PyArrayObject *);
+     294             : NPY_NO_EXPORT  PyObject * PyArray_Min \
+     295             :        (PyArrayObject *, int, PyArrayObject *);
+     296             : NPY_NO_EXPORT  PyObject * PyArray_Ptp \
+     297             :        (PyArrayObject *, int, PyArrayObject *);
+     298             : NPY_NO_EXPORT  PyObject * PyArray_Mean \
+     299             :        (PyArrayObject *, int, int, PyArrayObject *);
+     300             : NPY_NO_EXPORT  PyObject * PyArray_Trace \
+     301             :        (PyArrayObject *, int, int, int, int, PyArrayObject *);
+     302             : NPY_NO_EXPORT  PyObject * PyArray_Diagonal \
+     303             :        (PyArrayObject *, int, int, int);
+     304             : NPY_NO_EXPORT  PyObject * PyArray_Clip \
+     305             :        (PyArrayObject *, PyObject *, PyObject *, PyArrayObject *);
+     306             : NPY_NO_EXPORT  PyObject * PyArray_Conjugate \
+     307             :        (PyArrayObject *, PyArrayObject *);
+     308             : NPY_NO_EXPORT  PyObject * PyArray_Nonzero \
+     309             :        (PyArrayObject *);
+     310             : NPY_NO_EXPORT  PyObject * PyArray_Std \
+     311             :        (PyArrayObject *, int, int, PyArrayObject *, int);
+     312             : NPY_NO_EXPORT  PyObject * PyArray_Sum \
+     313             :        (PyArrayObject *, int, int, PyArrayObject *);
+     314             : NPY_NO_EXPORT  PyObject * PyArray_CumSum \
+     315             :        (PyArrayObject *, int, int, PyArrayObject *);
+     316             : NPY_NO_EXPORT  PyObject * PyArray_Prod \
+     317             :        (PyArrayObject *, int, int, PyArrayObject *);
+     318             : NPY_NO_EXPORT  PyObject * PyArray_CumProd \
+     319             :        (PyArrayObject *, int, int, PyArrayObject *);
+     320             : NPY_NO_EXPORT  PyObject * PyArray_All \
+     321             :        (PyArrayObject *, int, PyArrayObject *);
+     322             : NPY_NO_EXPORT  PyObject * PyArray_Any \
+     323             :        (PyArrayObject *, int, PyArrayObject *);
+     324             : NPY_NO_EXPORT  PyObject * PyArray_Compress \
+     325             :        (PyArrayObject *, PyObject *, int, PyArrayObject *);
+     326             : NPY_NO_EXPORT  PyObject * PyArray_Flatten \
+     327             :        (PyArrayObject *, NPY_ORDER);
+     328             : NPY_NO_EXPORT  PyObject * PyArray_Ravel \
+     329             :        (PyArrayObject *, NPY_ORDER);
+     330             : NPY_NO_EXPORT  npy_intp PyArray_MultiplyList \
+     331             :        (npy_intp const *, int);
+     332             : NPY_NO_EXPORT  int PyArray_MultiplyIntList \
+     333             :        (int const *, int);
+     334             : NPY_NO_EXPORT  void * PyArray_GetPtr \
+     335             :        (PyArrayObject *, npy_intp const*);
+     336             : NPY_NO_EXPORT  int PyArray_CompareLists \
+     337             :        (npy_intp const *, npy_intp const *, int);
+     338             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(5) int PyArray_AsCArray \
+     339             :        (PyObject **, void *, npy_intp *, int, PyArray_Descr*);
+     340             : NPY_NO_EXPORT  int PyArray_As1D \
+     341             :        (PyObject **NPY_UNUSED(op), char **NPY_UNUSED(ptr), int *NPY_UNUSED(d1), int NPY_UNUSED(typecode));
+     342             : NPY_NO_EXPORT  int PyArray_As2D \
+     343             :        (PyObject **NPY_UNUSED(op), char ***NPY_UNUSED(ptr), int *NPY_UNUSED(d1), int *NPY_UNUSED(d2), int NPY_UNUSED(typecode));
+     344             : NPY_NO_EXPORT  int PyArray_Free \
+     345             :        (PyObject *, void *);
+     346             : NPY_NO_EXPORT  int PyArray_Converter \
+     347             :        (PyObject *, PyObject **);
+     348             : NPY_NO_EXPORT  int PyArray_IntpFromSequence \
+     349             :        (PyObject *, npy_intp *, int);
+     350             : NPY_NO_EXPORT  PyObject * PyArray_Concatenate \
+     351             :        (PyObject *, int);
+     352             : NPY_NO_EXPORT  PyObject * PyArray_InnerProduct \
+     353             :        (PyObject *, PyObject *);
+     354             : NPY_NO_EXPORT  PyObject * PyArray_MatrixProduct \
+     355             :        (PyObject *, PyObject *);
+     356             : NPY_NO_EXPORT  PyObject * PyArray_CopyAndTranspose \
+     357             :        (PyObject *);
+     358             : NPY_NO_EXPORT  PyObject * PyArray_Correlate \
+     359             :        (PyObject *, PyObject *, int);
+     360             : NPY_NO_EXPORT  int PyArray_TypestrConvert \
+     361             :        (int, int);
+     362             : NPY_NO_EXPORT  int PyArray_DescrConverter \
+     363             :        (PyObject *, PyArray_Descr **);
+     364             : NPY_NO_EXPORT  int PyArray_DescrConverter2 \
+     365             :        (PyObject *, PyArray_Descr **);
+     366             : NPY_NO_EXPORT  int PyArray_IntpConverter \
+     367             :        (PyObject *, PyArray_Dims *);
+     368             : NPY_NO_EXPORT  int PyArray_BufferConverter \
+     369             :        (PyObject *, PyArray_Chunk *);
+     370             : NPY_NO_EXPORT  int PyArray_AxisConverter \
+     371             :        (PyObject *, int *);
+     372             : NPY_NO_EXPORT  int PyArray_BoolConverter \
+     373             :        (PyObject *, npy_bool *);
+     374             : NPY_NO_EXPORT  int PyArray_ByteorderConverter \
+     375             :        (PyObject *, char *);
+     376             : NPY_NO_EXPORT  int PyArray_OrderConverter \
+     377             :        (PyObject *, NPY_ORDER *);
+     378             : NPY_NO_EXPORT  unsigned char PyArray_EquivTypes \
+     379             :        (PyArray_Descr *, PyArray_Descr *);
+     380             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(3) PyObject * PyArray_Zeros \
+     381             :        (int, npy_intp const *, PyArray_Descr *, int);
+     382             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(3) PyObject * PyArray_Empty \
+     383             :        (int, npy_intp const *, PyArray_Descr *, int);
+     384             : NPY_NO_EXPORT  PyObject * PyArray_Where \
+     385             :        (PyObject *, PyObject *, PyObject *);
+     386             : NPY_NO_EXPORT  PyObject * PyArray_Arange \
+     387             :        (double, double, double, int);
+     388             : NPY_NO_EXPORT  PyObject * PyArray_ArangeObj \
+     389             :        (PyObject *, PyObject *, PyObject *, PyArray_Descr *);
+     390             : NPY_NO_EXPORT  int PyArray_SortkindConverter \
+     391             :        (PyObject *, NPY_SORTKIND *);
+     392             : NPY_NO_EXPORT  PyObject * PyArray_LexSort \
+     393             :        (PyObject *, int);
+     394             : NPY_NO_EXPORT  PyObject * PyArray_Round \
+     395             :        (PyArrayObject *, int, PyArrayObject *);
+     396             : NPY_NO_EXPORT  unsigned char PyArray_EquivTypenums \
+     397             :        (int, int);
+     398             : NPY_NO_EXPORT  int PyArray_RegisterDataType \
+     399             :        (PyArray_Descr *);
+     400             : NPY_NO_EXPORT  int PyArray_RegisterCastFunc \
+     401             :        (PyArray_Descr *, int, PyArray_VectorUnaryFunc *);
+     402             : NPY_NO_EXPORT  int PyArray_RegisterCanCast \
+     403             :        (PyArray_Descr *, int, NPY_SCALARKIND);
+     404             : NPY_NO_EXPORT  void PyArray_InitArrFuncs \
+     405             :        (PyArray_ArrFuncs *);
+     406             : NPY_NO_EXPORT  PyObject * PyArray_IntTupleFromIntp \
+     407             :        (int, npy_intp const *);
+     408             : NPY_NO_EXPORT  int PyArray_TypeNumFromName \
+     409             :        (char const *);
+     410             : NPY_NO_EXPORT  int PyArray_ClipmodeConverter \
+     411             :        (PyObject *, NPY_CLIPMODE *);
+     412             : NPY_NO_EXPORT  int PyArray_OutputConverter \
+     413             :        (PyObject *, PyArrayObject **);
+     414             : NPY_NO_EXPORT  PyObject * PyArray_BroadcastToShape \
+     415             :        (PyObject *, npy_intp *, int);
+     416             : NPY_NO_EXPORT  void _PyArray_SigintHandler \
+     417             :        (int);
+     418             : NPY_NO_EXPORT  void* _PyArray_GetSigintBuf \
+     419             :        (void);
+     420             : NPY_NO_EXPORT  int PyArray_DescrAlignConverter \
+     421             :        (PyObject *, PyArray_Descr **);
+     422             : NPY_NO_EXPORT  int PyArray_DescrAlignConverter2 \
+     423             :        (PyObject *, PyArray_Descr **);
+     424             : NPY_NO_EXPORT  int PyArray_SearchsideConverter \
+     425             :        (PyObject *, void *);
+     426             : NPY_NO_EXPORT  PyObject * PyArray_CheckAxis \
+     427             :        (PyArrayObject *, int *, int);
+     428             : NPY_NO_EXPORT  npy_intp PyArray_OverflowMultiplyList \
+     429             :        (npy_intp const *, int);
+     430             : NPY_NO_EXPORT  int PyArray_CompareString \
+     431             :        (const char *, const char *, size_t);
+     432             : NPY_NO_EXPORT  PyObject* PyArray_MultiIterFromObjects \
+     433             :        (PyObject **, int, int, ...);
+     434             : NPY_NO_EXPORT  int PyArray_GetEndianness \
+     435             :        (void);
+     436             : NPY_NO_EXPORT  unsigned int PyArray_GetNDArrayCFeatureVersion \
+     437             :        (void);
+     438             : NPY_NO_EXPORT  PyObject * PyArray_Correlate2 \
+     439             :        (PyObject *, PyObject *, int);
+     440             : NPY_NO_EXPORT  PyObject* PyArray_NeighborhoodIterNew \
+     441             :        (PyArrayIterObject *, const npy_intp *, int, PyArrayObject*);
+     442             : extern NPY_NO_EXPORT PyTypeObject PyTimeIntegerArrType_Type;
+     443             : 
+     444             : extern NPY_NO_EXPORT PyTypeObject PyDatetimeArrType_Type;
+     445             : 
+     446             : extern NPY_NO_EXPORT PyTypeObject PyTimedeltaArrType_Type;
+     447             : 
+     448             : extern NPY_NO_EXPORT PyTypeObject PyHalfArrType_Type;
+     449             : 
+     450             : extern NPY_NO_EXPORT PyTypeObject NpyIter_Type;
+     451             : 
+     452             : NPY_NO_EXPORT  void PyArray_SetDatetimeParseFunction \
+     453             :        (PyObject *NPY_UNUSED(op));
+     454             : NPY_NO_EXPORT  void PyArray_DatetimeToDatetimeStruct \
+     455             :        (npy_datetime NPY_UNUSED(val), NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_datetimestruct *);
+     456             : NPY_NO_EXPORT  void PyArray_TimedeltaToTimedeltaStruct \
+     457             :        (npy_timedelta NPY_UNUSED(val), NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_timedeltastruct *);
+     458             : NPY_NO_EXPORT  npy_datetime PyArray_DatetimeStructToDatetime \
+     459             :        (NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_datetimestruct *NPY_UNUSED(d));
+     460             : NPY_NO_EXPORT  npy_datetime PyArray_TimedeltaStructToTimedelta \
+     461             :        (NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_timedeltastruct *NPY_UNUSED(d));
+     462             : NPY_NO_EXPORT  NpyIter * NpyIter_New \
+     463             :        (PyArrayObject *, npy_uint32, NPY_ORDER, NPY_CASTING, PyArray_Descr*);
+     464             : NPY_NO_EXPORT  NpyIter * NpyIter_MultiNew \
+     465             :        (int, PyArrayObject **, npy_uint32, NPY_ORDER, NPY_CASTING, npy_uint32 *, PyArray_Descr **);
+     466             : NPY_NO_EXPORT  NpyIter * NpyIter_AdvancedNew \
+     467             :        (int, PyArrayObject **, npy_uint32, NPY_ORDER, NPY_CASTING, npy_uint32 *, PyArray_Descr **, int, int **, npy_intp *, npy_intp);
+     468             : NPY_NO_EXPORT  NpyIter * NpyIter_Copy \
+     469             :        (NpyIter *);
+     470             : NPY_NO_EXPORT  int NpyIter_Deallocate \
+     471             :        (NpyIter *);
+     472             : NPY_NO_EXPORT  npy_bool NpyIter_HasDelayedBufAlloc \
+     473             :        (NpyIter *);
+     474             : NPY_NO_EXPORT  npy_bool NpyIter_HasExternalLoop \
+     475             :        (NpyIter *);
+     476             : NPY_NO_EXPORT  int NpyIter_EnableExternalLoop \
+     477             :        (NpyIter *);
+     478             : NPY_NO_EXPORT  npy_intp * NpyIter_GetInnerStrideArray \
+     479             :        (NpyIter *);
+     480             : NPY_NO_EXPORT  npy_intp * NpyIter_GetInnerLoopSizePtr \
+     481             :        (NpyIter *);
+     482             : NPY_NO_EXPORT  int NpyIter_Reset \
+     483             :        (NpyIter *, char **);
+     484             : NPY_NO_EXPORT  int NpyIter_ResetBasePointers \
+     485             :        (NpyIter *, char **, char **);
+     486             : NPY_NO_EXPORT  int NpyIter_ResetToIterIndexRange \
+     487             :        (NpyIter *, npy_intp, npy_intp, char **);
+     488             : NPY_NO_EXPORT  int NpyIter_GetNDim \
+     489             :        (NpyIter *);
+     490             : NPY_NO_EXPORT  int NpyIter_GetNOp \
+     491             :        (NpyIter *);
+     492             : NPY_NO_EXPORT  NpyIter_IterNextFunc * NpyIter_GetIterNext \
+     493             :        (NpyIter *, char **);
+     494             : NPY_NO_EXPORT  npy_intp NpyIter_GetIterSize \
+     495             :        (NpyIter *);
+     496             : NPY_NO_EXPORT  void NpyIter_GetIterIndexRange \
+     497             :        (NpyIter *, npy_intp *, npy_intp *);
+     498             : NPY_NO_EXPORT  npy_intp NpyIter_GetIterIndex \
+     499             :        (NpyIter *);
+     500             : NPY_NO_EXPORT  int NpyIter_GotoIterIndex \
+     501             :        (NpyIter *, npy_intp);
+     502             : NPY_NO_EXPORT  npy_bool NpyIter_HasMultiIndex \
+     503             :        (NpyIter *);
+     504             : NPY_NO_EXPORT  int NpyIter_GetShape \
+     505             :        (NpyIter *, npy_intp *);
+     506             : NPY_NO_EXPORT  NpyIter_GetMultiIndexFunc * NpyIter_GetGetMultiIndex \
+     507             :        (NpyIter *, char **);
+     508             : NPY_NO_EXPORT  int NpyIter_GotoMultiIndex \
+     509             :        (NpyIter *, npy_intp const *);
+     510             : NPY_NO_EXPORT  int NpyIter_RemoveMultiIndex \
+     511             :        (NpyIter *);
+     512             : NPY_NO_EXPORT  npy_bool NpyIter_HasIndex \
+     513             :        (NpyIter *);
+     514             : NPY_NO_EXPORT  npy_bool NpyIter_IsBuffered \
+     515             :        (NpyIter *);
+     516             : NPY_NO_EXPORT  npy_bool NpyIter_IsGrowInner \
+     517             :        (NpyIter *);
+     518             : NPY_NO_EXPORT  npy_intp NpyIter_GetBufferSize \
+     519             :        (NpyIter *);
+     520             : NPY_NO_EXPORT  npy_intp * NpyIter_GetIndexPtr \
+     521             :        (NpyIter *);
+     522             : NPY_NO_EXPORT  int NpyIter_GotoIndex \
+     523             :        (NpyIter *, npy_intp);
+     524             : NPY_NO_EXPORT  char ** NpyIter_GetDataPtrArray \
+     525             :        (NpyIter *);
+     526             : NPY_NO_EXPORT  PyArray_Descr ** NpyIter_GetDescrArray \
+     527             :        (NpyIter *);
+     528             : NPY_NO_EXPORT  PyArrayObject ** NpyIter_GetOperandArray \
+     529             :        (NpyIter *);
+     530             : NPY_NO_EXPORT  PyArrayObject * NpyIter_GetIterView \
+     531             :        (NpyIter *, npy_intp);
+     532             : NPY_NO_EXPORT  void NpyIter_GetReadFlags \
+     533             :        (NpyIter *, char *);
+     534             : NPY_NO_EXPORT  void NpyIter_GetWriteFlags \
+     535             :        (NpyIter *, char *);
+     536             : NPY_NO_EXPORT  void NpyIter_DebugPrint \
+     537             :        (NpyIter *);
+     538             : NPY_NO_EXPORT  npy_bool NpyIter_IterationNeedsAPI \
+     539             :        (NpyIter *);
+     540             : NPY_NO_EXPORT  void NpyIter_GetInnerFixedStrideArray \
+     541             :        (NpyIter *, npy_intp *);
+     542             : NPY_NO_EXPORT  int NpyIter_RemoveAxis \
+     543             :        (NpyIter *, int);
+     544             : NPY_NO_EXPORT  npy_intp * NpyIter_GetAxisStrideArray \
+     545             :        (NpyIter *, int);
+     546             : NPY_NO_EXPORT  npy_bool NpyIter_RequiresBuffering \
+     547             :        (NpyIter *);
+     548             : NPY_NO_EXPORT  char ** NpyIter_GetInitialDataPtrArray \
+     549             :        (NpyIter *);
+     550             : NPY_NO_EXPORT  int NpyIter_CreateCompatibleStrides \
+     551             :        (NpyIter *, npy_intp, npy_intp *);
+     552             : NPY_NO_EXPORT  int PyArray_CastingConverter \
+     553             :        (PyObject *, NPY_CASTING *);
+     554             : NPY_NO_EXPORT  npy_intp PyArray_CountNonzero \
+     555             :        (PyArrayObject *);
+     556             : NPY_NO_EXPORT  PyArray_Descr * PyArray_PromoteTypes \
+     557             :        (PyArray_Descr *, PyArray_Descr *);
+     558             : NPY_NO_EXPORT  PyArray_Descr * PyArray_MinScalarType \
+     559             :        (PyArrayObject *);
+     560             : NPY_NO_EXPORT  PyArray_Descr * PyArray_ResultType \
+     561             :        (npy_intp, PyArrayObject *arrs[], npy_intp, PyArray_Descr *descrs[]);
+     562             : NPY_NO_EXPORT  npy_bool PyArray_CanCastArrayTo \
+     563             :        (PyArrayObject *, PyArray_Descr *, NPY_CASTING);
+     564             : NPY_NO_EXPORT  npy_bool PyArray_CanCastTypeTo \
+     565             :        (PyArray_Descr *, PyArray_Descr *, NPY_CASTING);
+     566             : NPY_NO_EXPORT  PyArrayObject * PyArray_EinsteinSum \
+     567             :        (char *, npy_intp, PyArrayObject **, PyArray_Descr *, NPY_ORDER, NPY_CASTING, PyArrayObject *);
+     568             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(3) PyObject * PyArray_NewLikeArray \
+     569             :        (PyArrayObject *, NPY_ORDER, PyArray_Descr *, int);
+     570             : NPY_NO_EXPORT  int PyArray_GetArrayParamsFromObject \
+     571             :        (PyObject *NPY_UNUSED(op), PyArray_Descr *NPY_UNUSED(requested_dtype), npy_bool NPY_UNUSED(writeable), PyArray_Descr **NPY_UNUSED(out_dtype), int *NPY_UNUSED(out_ndim), npy_intp *NPY_UNUSED(out_dims), PyArrayObject **NPY_UNUSED(out_arr), PyObject *NPY_UNUSED(context));
+     572             : NPY_NO_EXPORT  int PyArray_ConvertClipmodeSequence \
+     573             :        (PyObject *, NPY_CLIPMODE *, int);
+     574             : NPY_NO_EXPORT  PyObject * PyArray_MatrixProduct2 \
+     575             :        (PyObject *, PyObject *, PyArrayObject*);
+     576             : NPY_NO_EXPORT  npy_bool NpyIter_IsFirstVisit \
+     577             :        (NpyIter *, int);
+     578             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) int PyArray_SetBaseObject \
+     579             :        (PyArrayObject *, PyObject *);
+     580             : NPY_NO_EXPORT  void PyArray_CreateSortedStridePerm \
+     581             :        (int, npy_intp const *, npy_stride_sort_item *);
+     582             : NPY_NO_EXPORT  void PyArray_RemoveAxesInPlace \
+     583             :        (PyArrayObject *, const npy_bool *);
+     584             : NPY_NO_EXPORT  void PyArray_DebugPrint \
+     585             :        (PyArrayObject *);
+     586             : NPY_NO_EXPORT  int PyArray_FailUnlessWriteable \
+     587             :        (PyArrayObject *, const char *);
+     588             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) int PyArray_SetUpdateIfCopyBase \
+     589             :        (PyArrayObject *, PyArrayObject *);
+     590             : NPY_NO_EXPORT  void * PyDataMem_NEW \
+     591             :        (size_t);
+     592             : NPY_NO_EXPORT  void PyDataMem_FREE \
+     593             :        (void *);
+     594             : NPY_NO_EXPORT  void * PyDataMem_RENEW \
+     595             :        (void *, size_t);
+     596             : NPY_NO_EXPORT  PyDataMem_EventHookFunc * PyDataMem_SetEventHook \
+     597             :        (PyDataMem_EventHookFunc *, void *, void **);
+     598             : extern NPY_NO_EXPORT NPY_CASTING NPY_DEFAULT_ASSIGN_CASTING;
+     599             : 
+     600             : NPY_NO_EXPORT  void PyArray_MapIterSwapAxes \
+     601             :        (PyArrayMapIterObject *, PyArrayObject **, int);
+     602             : NPY_NO_EXPORT  PyObject * PyArray_MapIterArray \
+     603             :        (PyArrayObject *, PyObject *);
+     604             : NPY_NO_EXPORT  void PyArray_MapIterNext \
+     605             :        (PyArrayMapIterObject *);
+     606             : NPY_NO_EXPORT  int PyArray_Partition \
+     607             :        (PyArrayObject *, PyArrayObject *, int, NPY_SELECTKIND);
+     608             : NPY_NO_EXPORT  PyObject * PyArray_ArgPartition \
+     609             :        (PyArrayObject *, PyArrayObject *, int, NPY_SELECTKIND);
+     610             : NPY_NO_EXPORT  int PyArray_SelectkindConverter \
+     611             :        (PyObject *, NPY_SELECTKIND *);
+     612             : NPY_NO_EXPORT  void * PyDataMem_NEW_ZEROED \
+     613             :        (size_t, size_t);
+     614             : NPY_NO_EXPORT  int PyArray_CheckAnyScalarExact \
+     615             :        (PyObject *);
+     616             : NPY_NO_EXPORT  PyObject * PyArray_MapIterArrayCopyIfOverlap \
+     617             :        (PyArrayObject *, PyObject *, int, PyArrayObject *);
+     618             : NPY_NO_EXPORT  int PyArray_ResolveWritebackIfCopy \
+     619             :        (PyArrayObject *);
+     620             : NPY_NO_EXPORT  int PyArray_SetWritebackIfCopyBase \
+     621             :        (PyArrayObject *, PyArrayObject *);
+     622             : NPY_NO_EXPORT  PyObject * PyDataMem_SetHandler \
+     623             :        (PyObject *);
+     624             : NPY_NO_EXPORT  PyObject * PyDataMem_GetHandler \
+     625             :        (void);
+     626             : extern NPY_NO_EXPORT PyObject* PyDataMem_DefaultHandler;
+     627             : 
+     628             : 
+     629             : #else
+     630             : 
+     631             : #if defined(PY_ARRAY_UNIQUE_SYMBOL)
+     632             : #define PyArray_API PY_ARRAY_UNIQUE_SYMBOL
+     633             : #endif
+     634             : 
+     635             : #if defined(NO_IMPORT) || defined(NO_IMPORT_ARRAY)
+     636             : extern void **PyArray_API;
+     637             : #else
+     638             : #if defined(PY_ARRAY_UNIQUE_SYMBOL)
+     639             : void **PyArray_API;
+     640             : #else
+     641             : static void **PyArray_API=NULL;
+     642             : #endif
+     643             : #endif
+     644             : 
+     645             : #define PyArray_GetNDArrayCVersion \
+     646             :         (*(unsigned int (*)(void)) \
+     647             :     PyArray_API[0])
+     648             : #define PyBigArray_Type (*(PyTypeObject *)PyArray_API[1])
+     649             : #define PyArray_Type (*(PyTypeObject *)PyArray_API[2])
+     650             : #define PyArrayDescr_Type (*(PyTypeObject *)PyArray_API[3])
+     651             : #define PyArrayFlags_Type (*(PyTypeObject *)PyArray_API[4])
+     652             : #define PyArrayIter_Type (*(PyTypeObject *)PyArray_API[5])
+     653             : #define PyArrayMultiIter_Type (*(PyTypeObject *)PyArray_API[6])
+     654             : #define NPY_NUMUSERTYPES (*(int *)PyArray_API[7])
+     655             : #define PyBoolArrType_Type (*(PyTypeObject *)PyArray_API[8])
+     656             : #define _PyArrayScalar_BoolValues ((PyBoolScalarObject *)PyArray_API[9])
+     657             : #define PyGenericArrType_Type (*(PyTypeObject *)PyArray_API[10])
+     658             : #define PyNumberArrType_Type (*(PyTypeObject *)PyArray_API[11])
+     659             : #define PyIntegerArrType_Type (*(PyTypeObject *)PyArray_API[12])
+     660             : #define PySignedIntegerArrType_Type (*(PyTypeObject *)PyArray_API[13])
+     661             : #define PyUnsignedIntegerArrType_Type (*(PyTypeObject *)PyArray_API[14])
+     662             : #define PyInexactArrType_Type (*(PyTypeObject *)PyArray_API[15])
+     663             : #define PyFloatingArrType_Type (*(PyTypeObject *)PyArray_API[16])
+     664             : #define PyComplexFloatingArrType_Type (*(PyTypeObject *)PyArray_API[17])
+     665             : #define PyFlexibleArrType_Type (*(PyTypeObject *)PyArray_API[18])
+     666             : #define PyCharacterArrType_Type (*(PyTypeObject *)PyArray_API[19])
+     667             : #define PyByteArrType_Type (*(PyTypeObject *)PyArray_API[20])
+     668             : #define PyShortArrType_Type (*(PyTypeObject *)PyArray_API[21])
+     669             : #define PyIntArrType_Type (*(PyTypeObject *)PyArray_API[22])
+     670             : #define PyLongArrType_Type (*(PyTypeObject *)PyArray_API[23])
+     671             : #define PyLongLongArrType_Type (*(PyTypeObject *)PyArray_API[24])
+     672             : #define PyUByteArrType_Type (*(PyTypeObject *)PyArray_API[25])
+     673             : #define PyUShortArrType_Type (*(PyTypeObject *)PyArray_API[26])
+     674             : #define PyUIntArrType_Type (*(PyTypeObject *)PyArray_API[27])
+     675             : #define PyULongArrType_Type (*(PyTypeObject *)PyArray_API[28])
+     676             : #define PyULongLongArrType_Type (*(PyTypeObject *)PyArray_API[29])
+     677             : #define PyFloatArrType_Type (*(PyTypeObject *)PyArray_API[30])
+     678             : #define PyDoubleArrType_Type (*(PyTypeObject *)PyArray_API[31])
+     679             : #define PyLongDoubleArrType_Type (*(PyTypeObject *)PyArray_API[32])
+     680             : #define PyCFloatArrType_Type (*(PyTypeObject *)PyArray_API[33])
+     681             : #define PyCDoubleArrType_Type (*(PyTypeObject *)PyArray_API[34])
+     682             : #define PyCLongDoubleArrType_Type (*(PyTypeObject *)PyArray_API[35])
+     683             : #define PyObjectArrType_Type (*(PyTypeObject *)PyArray_API[36])
+     684             : #define PyStringArrType_Type (*(PyTypeObject *)PyArray_API[37])
+     685             : #define PyUnicodeArrType_Type (*(PyTypeObject *)PyArray_API[38])
+     686             : #define PyVoidArrType_Type (*(PyTypeObject *)PyArray_API[39])
+     687             : #define PyArray_SetNumericOps \
+     688             :         (*(int (*)(PyObject *)) \
+     689             :     PyArray_API[40])
+     690             : #define PyArray_GetNumericOps \
+     691             :         (*(PyObject * (*)(void)) \
+     692             :     PyArray_API[41])
+     693             : #define PyArray_INCREF \
+     694             :         (*(int (*)(PyArrayObject *)) \
+     695             :     PyArray_API[42])
+     696             : #define PyArray_XDECREF \
+     697             :         (*(int (*)(PyArrayObject *)) \
+     698             :     PyArray_API[43])
+     699             : #define PyArray_SetStringFunction \
+     700             :         (*(void (*)(PyObject *, int)) \
+     701             :     PyArray_API[44])
+     702             : #define PyArray_DescrFromType \
+     703             :         (*(PyArray_Descr * (*)(int)) \
+     704             :     PyArray_API[45])
+     705             : #define PyArray_TypeObjectFromType \
+     706             :         (*(PyObject * (*)(int)) \
+     707             :     PyArray_API[46])
+     708             : #define PyArray_Zero \
+     709             :         (*(char * (*)(PyArrayObject *)) \
+     710             :     PyArray_API[47])
+     711             : #define PyArray_One \
+     712             :         (*(char * (*)(PyArrayObject *)) \
+     713             :     PyArray_API[48])
+     714             : #define PyArray_CastToType \
+     715             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Descr *, int)) \
+     716             :     PyArray_API[49])
+     717             : #define PyArray_CastTo \
+     718             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
+     719             :     PyArray_API[50])
+     720             : #define PyArray_CastAnyTo \
+     721             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
+     722             :     PyArray_API[51])
+     723             : #define PyArray_CanCastSafely \
+     724             :         (*(int (*)(int, int)) \
+     725             :     PyArray_API[52])
+     726             : #define PyArray_CanCastTo \
+     727             :         (*(npy_bool (*)(PyArray_Descr *, PyArray_Descr *)) \
+     728             :     PyArray_API[53])
+     729             : #define PyArray_ObjectType \
+     730             :         (*(int (*)(PyObject *, int)) \
+     731             :     PyArray_API[54])
+     732             : #define PyArray_DescrFromObject \
+     733             :         (*(PyArray_Descr * (*)(PyObject *, PyArray_Descr *)) \
+     734             :     PyArray_API[55])
+     735             : #define PyArray_ConvertToCommonType \
+     736             :         (*(PyArrayObject ** (*)(PyObject *, int *)) \
+     737             :     PyArray_API[56])
+     738             : #define PyArray_DescrFromScalar \
+     739             :         (*(PyArray_Descr * (*)(PyObject *)) \
+     740             :     PyArray_API[57])
+     741             : #define PyArray_DescrFromTypeObject \
+     742             :         (*(PyArray_Descr * (*)(PyObject *)) \
+     743             :     PyArray_API[58])
+     744             : #define PyArray_Size \
+     745             :         (*(npy_intp (*)(PyObject *)) \
+     746             :     PyArray_API[59])
+     747             : #define PyArray_Scalar \
+     748             :         (*(PyObject * (*)(void *, PyArray_Descr *, PyObject *)) \
+     749             :     PyArray_API[60])
+     750             : #define PyArray_FromScalar \
+     751             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *)) \
+     752             :     PyArray_API[61])
+     753             : #define PyArray_ScalarAsCtype \
+     754             :         (*(void (*)(PyObject *, void *)) \
+     755             :     PyArray_API[62])
+     756             : #define PyArray_CastScalarToCtype \
+     757             :         (*(int (*)(PyObject *, void *, PyArray_Descr *)) \
+     758             :     PyArray_API[63])
+     759             : #define PyArray_CastScalarDirect \
+     760             :         (*(int (*)(PyObject *, PyArray_Descr *, void *, int)) \
+     761             :     PyArray_API[64])
+     762             : #define PyArray_ScalarFromObject \
+     763             :         (*(PyObject * (*)(PyObject *)) \
+     764             :     PyArray_API[65])
+     765             : #define PyArray_GetCastFunc \
+     766             :         (*(PyArray_VectorUnaryFunc * (*)(PyArray_Descr *, int)) \
+     767             :     PyArray_API[66])
+     768             : #define PyArray_FromDims \
+     769             :         (*(PyObject * (*)(int NPY_UNUSED(nd), int *NPY_UNUSED(d), int NPY_UNUSED(type))) \
+     770             :     PyArray_API[67])
+     771             : #define PyArray_FromDimsAndDataAndDescr \
+     772             :         (*(PyObject * (*)(int NPY_UNUSED(nd), int *NPY_UNUSED(d), PyArray_Descr *, char *NPY_UNUSED(data))) \
+     773             :     PyArray_API[68])
+     774             : #define PyArray_FromAny \
+     775             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, int, int, int, PyObject *)) \
+     776             :     PyArray_API[69])
+     777             : #define PyArray_EnsureArray \
+     778             :         (*(PyObject * (*)(PyObject *)) \
+     779             :     PyArray_API[70])
+     780             : #define PyArray_EnsureAnyArray \
+     781             :         (*(PyObject * (*)(PyObject *)) \
+     782             :     PyArray_API[71])
+     783             : #define PyArray_FromFile \
+     784             :         (*(PyObject * (*)(FILE *, PyArray_Descr *, npy_intp, char *)) \
+     785             :     PyArray_API[72])
+     786             : #define PyArray_FromString \
+     787             :         (*(PyObject * (*)(char *, npy_intp, PyArray_Descr *, npy_intp, char *)) \
+     788             :     PyArray_API[73])
+     789             : #define PyArray_FromBuffer \
+     790             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, npy_intp, npy_intp)) \
+     791             :     PyArray_API[74])
+     792             : #define PyArray_FromIter \
+     793             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, npy_intp)) \
+     794             :     PyArray_API[75])
+     795             : #define PyArray_Return \
+     796             :         (*(PyObject * (*)(PyArrayObject *)) \
+     797             :     PyArray_API[76])
+     798             : #define PyArray_GetField \
+     799             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Descr *, int)) \
+     800             :     PyArray_API[77])
+     801             : #define PyArray_SetField \
+     802             :         (*(int (*)(PyArrayObject *, PyArray_Descr *, int, PyObject *)) \
+     803             :     PyArray_API[78])
+     804             : #define PyArray_Byteswap \
+     805             :         (*(PyObject * (*)(PyArrayObject *, npy_bool)) \
+     806             :     PyArray_API[79])
+     807             : #define PyArray_Resize \
+     808             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Dims *, int, NPY_ORDER NPY_UNUSED(order))) \
+     809             :     PyArray_API[80])
+     810             : #define PyArray_MoveInto \
+     811             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
+     812             :     PyArray_API[81])
+     813             : #define PyArray_CopyInto \
+     814             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
+     815             :     PyArray_API[82])
+     816             : #define PyArray_CopyAnyInto \
+     817             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
+     818             :     PyArray_API[83])
+     819             : #define PyArray_CopyObject \
+     820             :         (*(int (*)(PyArrayObject *, PyObject *)) \
+     821             :     PyArray_API[84])
+     822             : #define PyArray_NewCopy \
+     823             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER)) \
+     824             :     PyArray_API[85])
+     825             : #define PyArray_ToList \
+     826             :         (*(PyObject * (*)(PyArrayObject *)) \
+     827             :     PyArray_API[86])
+     828             : #define PyArray_ToString \
+     829             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER)) \
+     830             :     PyArray_API[87])
+     831             : #define PyArray_ToFile \
+     832             :         (*(int (*)(PyArrayObject *, FILE *, char *, char *)) \
+     833             :     PyArray_API[88])
+     834             : #define PyArray_Dump \
+     835             :         (*(int (*)(PyObject *, PyObject *, int)) \
+     836             :     PyArray_API[89])
+     837             : #define PyArray_Dumps \
+     838             :         (*(PyObject * (*)(PyObject *, int)) \
+     839             :     PyArray_API[90])
+     840             : #define PyArray_ValidType \
+     841             :         (*(int (*)(int)) \
+     842             :     PyArray_API[91])
+     843             : #define PyArray_UpdateFlags \
+     844             :         (*(void (*)(PyArrayObject *, int)) \
+     845             :     PyArray_API[92])
+     846             : #define PyArray_New \
+     847             :         (*(PyObject * (*)(PyTypeObject *, int, npy_intp const *, int, npy_intp const *, void *, int, int, PyObject *)) \
+     848             :     PyArray_API[93])
+     849             : #define PyArray_NewFromDescr \
+     850             :         (*(PyObject * (*)(PyTypeObject *, PyArray_Descr *, int, npy_intp const *, npy_intp const *, void *, int, PyObject *)) \
+     851             :     PyArray_API[94])
+     852             : #define PyArray_DescrNew \
+     853             :         (*(PyArray_Descr * (*)(PyArray_Descr *)) \
+     854             :     PyArray_API[95])
+     855             : #define PyArray_DescrNewFromType \
+     856             :         (*(PyArray_Descr * (*)(int)) \
+     857             :     PyArray_API[96])
+     858             : #define PyArray_GetPriority \
+     859             :         (*(double (*)(PyObject *, double)) \
+     860             :     PyArray_API[97])
+     861             : #define PyArray_IterNew \
+     862             :         (*(PyObject * (*)(PyObject *)) \
+     863             :     PyArray_API[98])
+     864             : #define PyArray_MultiIterNew \
+     865             :         (*(PyObject* (*)(int, ...)) \
+     866             :     PyArray_API[99])
+     867             : #define PyArray_PyIntAsInt \
+     868             :         (*(int (*)(PyObject *)) \
+     869             :     PyArray_API[100])
+     870             : #define PyArray_PyIntAsIntp \
+     871             :         (*(npy_intp (*)(PyObject *)) \
+     872             :     PyArray_API[101])
+     873             : #define PyArray_Broadcast \
+     874             :         (*(int (*)(PyArrayMultiIterObject *)) \
+     875             :     PyArray_API[102])
+     876             : #define PyArray_FillObjectArray \
+     877             :         (*(void (*)(PyArrayObject *, PyObject *)) \
+     878             :     PyArray_API[103])
+     879             : #define PyArray_FillWithScalar \
+     880             :         (*(int (*)(PyArrayObject *, PyObject *)) \
+     881             :     PyArray_API[104])
+     882             : #define PyArray_CheckStrides \
+     883             :         (*(npy_bool (*)(int, int, npy_intp, npy_intp, npy_intp const *, npy_intp const *)) \
+     884             :     PyArray_API[105])
+     885             : #define PyArray_DescrNewByteorder \
+     886             :         (*(PyArray_Descr * (*)(PyArray_Descr *, char)) \
+     887             :     PyArray_API[106])
+     888             : #define PyArray_IterAllButAxis \
+     889             :         (*(PyObject * (*)(PyObject *, int *)) \
+     890             :     PyArray_API[107])
+     891             : #define PyArray_CheckFromAny \
+     892             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, int, int, int, PyObject *)) \
+     893             :     PyArray_API[108])
+     894             : #define PyArray_FromArray \
+     895             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Descr *, int)) \
+     896             :     PyArray_API[109])
+     897             : #define PyArray_FromInterface \
+     898             :         (*(PyObject * (*)(PyObject *)) \
+     899             :     PyArray_API[110])
+     900             : #define PyArray_FromStructInterface \
+     901             :         (*(PyObject * (*)(PyObject *)) \
+     902             :     PyArray_API[111])
+     903             : #define PyArray_FromArrayAttr \
+     904             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, PyObject *)) \
+     905             :     PyArray_API[112])
+     906             : #define PyArray_ScalarKind \
+     907             :         (*(NPY_SCALARKIND (*)(int, PyArrayObject **)) \
+     908             :     PyArray_API[113])
+     909             : #define PyArray_CanCoerceScalar \
+     910             :         (*(int (*)(int, int, NPY_SCALARKIND)) \
+     911             :     PyArray_API[114])
+     912             : #define PyArray_NewFlagsObject \
+     913             :         (*(PyObject * (*)(PyObject *)) \
+     914             :     PyArray_API[115])
+     915             : #define PyArray_CanCastScalar \
+     916             :         (*(npy_bool (*)(PyTypeObject *, PyTypeObject *)) \
+     917             :     PyArray_API[116])
+     918             : #define PyArray_CompareUCS4 \
+     919             :         (*(int (*)(npy_ucs4 const *, npy_ucs4 const *, size_t)) \
+     920             :     PyArray_API[117])
+     921             : #define PyArray_RemoveSmallest \
+     922             :         (*(int (*)(PyArrayMultiIterObject *)) \
+     923             :     PyArray_API[118])
+     924             : #define PyArray_ElementStrides \
+     925             :         (*(int (*)(PyObject *)) \
+     926             :     PyArray_API[119])
+     927             : #define PyArray_Item_INCREF \
+     928             :         (*(void (*)(char *, PyArray_Descr *)) \
+     929             :     PyArray_API[120])
+     930             : #define PyArray_Item_XDECREF \
+     931             :         (*(void (*)(char *, PyArray_Descr *)) \
+     932             :     PyArray_API[121])
+     933             : #define PyArray_FieldNames \
+     934             :         (*(PyObject * (*)(PyObject *)) \
+     935             :     PyArray_API[122])
+     936             : #define PyArray_Transpose \
+     937             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Dims *)) \
+     938             :     PyArray_API[123])
+     939             : #define PyArray_TakeFrom \
+     940             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, int, PyArrayObject *, NPY_CLIPMODE)) \
+     941             :     PyArray_API[124])
+     942             : #define PyArray_PutTo \
+     943             :         (*(PyObject * (*)(PyArrayObject *, PyObject*, PyObject *, NPY_CLIPMODE)) \
+     944             :     PyArray_API[125])
+     945             : #define PyArray_PutMask \
+     946             :         (*(PyObject * (*)(PyArrayObject *, PyObject*, PyObject*)) \
+     947             :     PyArray_API[126])
+     948             : #define PyArray_Repeat \
+     949             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, int)) \
+     950             :     PyArray_API[127])
+     951             : #define PyArray_Choose \
+     952             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, PyArrayObject *, NPY_CLIPMODE)) \
+     953             :     PyArray_API[128])
+     954             : #define PyArray_Sort \
+     955             :         (*(int (*)(PyArrayObject *, int, NPY_SORTKIND)) \
+     956             :     PyArray_API[129])
+     957             : #define PyArray_ArgSort \
+     958             :         (*(PyObject * (*)(PyArrayObject *, int, NPY_SORTKIND)) \
+     959             :     PyArray_API[130])
+     960             : #define PyArray_SearchSorted \
+     961             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, NPY_SEARCHSIDE, PyObject *)) \
+     962             :     PyArray_API[131])
+     963             : #define PyArray_ArgMax \
+     964             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
+     965             :     PyArray_API[132])
+     966             : #define PyArray_ArgMin \
+     967             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
+     968             :     PyArray_API[133])
+     969             : #define PyArray_Reshape \
+     970             :         (*(PyObject * (*)(PyArrayObject *, PyObject *)) \
+     971             :     PyArray_API[134])
+     972             : #define PyArray_Newshape \
+     973             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Dims *, NPY_ORDER)) \
+     974             :     PyArray_API[135])
+     975             : #define PyArray_Squeeze \
+     976             :         (*(PyObject * (*)(PyArrayObject *)) \
+     977             :     PyArray_API[136])
+     978             : #define PyArray_View \
+     979             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Descr *, PyTypeObject *)) \
+     980             :     PyArray_API[137])
+     981             : #define PyArray_SwapAxes \
+     982             :         (*(PyObject * (*)(PyArrayObject *, int, int)) \
+     983             :     PyArray_API[138])
+     984             : #define PyArray_Max \
+     985             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
+     986             :     PyArray_API[139])
+     987             : #define PyArray_Min \
+     988             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
+     989             :     PyArray_API[140])
+     990             : #define PyArray_Ptp \
+     991             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
+     992             :     PyArray_API[141])
+     993             : #define PyArray_Mean \
+     994             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
+     995             :     PyArray_API[142])
+     996             : #define PyArray_Trace \
+     997             :         (*(PyObject * (*)(PyArrayObject *, int, int, int, int, PyArrayObject *)) \
+     998             :     PyArray_API[143])
+     999             : #define PyArray_Diagonal \
+    1000             :         (*(PyObject * (*)(PyArrayObject *, int, int, int)) \
+    1001             :     PyArray_API[144])
+    1002             : #define PyArray_Clip \
+    1003             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, PyObject *, PyArrayObject *)) \
+    1004             :     PyArray_API[145])
+    1005             : #define PyArray_Conjugate \
+    1006             :         (*(PyObject * (*)(PyArrayObject *, PyArrayObject *)) \
+    1007             :     PyArray_API[146])
+    1008             : #define PyArray_Nonzero \
+    1009             :         (*(PyObject * (*)(PyArrayObject *)) \
+    1010             :     PyArray_API[147])
+    1011             : #define PyArray_Std \
+    1012             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *, int)) \
+    1013             :     PyArray_API[148])
+    1014             : #define PyArray_Sum \
+    1015             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
+    1016             :     PyArray_API[149])
+    1017             : #define PyArray_CumSum \
+    1018             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
+    1019             :     PyArray_API[150])
+    1020             : #define PyArray_Prod \
+    1021             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
+    1022             :     PyArray_API[151])
+    1023             : #define PyArray_CumProd \
+    1024             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
+    1025             :     PyArray_API[152])
+    1026             : #define PyArray_All \
+    1027             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
+    1028             :     PyArray_API[153])
+    1029             : #define PyArray_Any \
+    1030             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
+    1031             :     PyArray_API[154])
+    1032             : #define PyArray_Compress \
+    1033             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, int, PyArrayObject *)) \
+    1034             :     PyArray_API[155])
+    1035             : #define PyArray_Flatten \
+    1036             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER)) \
+    1037             :     PyArray_API[156])
+    1038             : #define PyArray_Ravel \
+    1039             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER)) \
+    1040             :     PyArray_API[157])
+    1041             : #define PyArray_MultiplyList \
+    1042             :         (*(npy_intp (*)(npy_intp const *, int)) \
+    1043             :     PyArray_API[158])
+    1044             : #define PyArray_MultiplyIntList \
+    1045             :         (*(int (*)(int const *, int)) \
+    1046             :     PyArray_API[159])
+    1047             : #define PyArray_GetPtr \
+    1048             :         (*(void * (*)(PyArrayObject *, npy_intp const*)) \
+    1049             :     PyArray_API[160])
+    1050             : #define PyArray_CompareLists \
+    1051             :         (*(int (*)(npy_intp const *, npy_intp const *, int)) \
+    1052             :     PyArray_API[161])
+    1053             : #define PyArray_AsCArray \
+    1054             :         (*(int (*)(PyObject **, void *, npy_intp *, int, PyArray_Descr*)) \
+    1055             :     PyArray_API[162])
+    1056             : #define PyArray_As1D \
+    1057             :         (*(int (*)(PyObject **NPY_UNUSED(op), char **NPY_UNUSED(ptr), int *NPY_UNUSED(d1), int NPY_UNUSED(typecode))) \
+    1058             :     PyArray_API[163])
+    1059             : #define PyArray_As2D \
+    1060             :         (*(int (*)(PyObject **NPY_UNUSED(op), char ***NPY_UNUSED(ptr), int *NPY_UNUSED(d1), int *NPY_UNUSED(d2), int NPY_UNUSED(typecode))) \
+    1061             :     PyArray_API[164])
+    1062             : #define PyArray_Free \
+    1063             :         (*(int (*)(PyObject *, void *)) \
+    1064             :     PyArray_API[165])
+    1065             : #define PyArray_Converter \
+    1066             :         (*(int (*)(PyObject *, PyObject **)) \
+    1067             :     PyArray_API[166])
+    1068             : #define PyArray_IntpFromSequence \
+    1069             :         (*(int (*)(PyObject *, npy_intp *, int)) \
+    1070             :     PyArray_API[167])
+    1071             : #define PyArray_Concatenate \
+    1072             :         (*(PyObject * (*)(PyObject *, int)) \
+    1073             :     PyArray_API[168])
+    1074             : #define PyArray_InnerProduct \
+    1075             :         (*(PyObject * (*)(PyObject *, PyObject *)) \
+    1076             :     PyArray_API[169])
+    1077             : #define PyArray_MatrixProduct \
+    1078             :         (*(PyObject * (*)(PyObject *, PyObject *)) \
+    1079             :     PyArray_API[170])
+    1080             : #define PyArray_CopyAndTranspose \
+    1081             :         (*(PyObject * (*)(PyObject *)) \
+    1082             :     PyArray_API[171])
+    1083             : #define PyArray_Correlate \
+    1084             :         (*(PyObject * (*)(PyObject *, PyObject *, int)) \
+    1085             :     PyArray_API[172])
+    1086             : #define PyArray_TypestrConvert \
+    1087             :         (*(int (*)(int, int)) \
+    1088             :     PyArray_API[173])
+    1089             : #define PyArray_DescrConverter \
+    1090             :         (*(int (*)(PyObject *, PyArray_Descr **)) \
+    1091             :     PyArray_API[174])
+    1092             : #define PyArray_DescrConverter2 \
+    1093             :         (*(int (*)(PyObject *, PyArray_Descr **)) \
+    1094             :     PyArray_API[175])
+    1095             : #define PyArray_IntpConverter \
+    1096             :         (*(int (*)(PyObject *, PyArray_Dims *)) \
+    1097             :     PyArray_API[176])
+    1098             : #define PyArray_BufferConverter \
+    1099             :         (*(int (*)(PyObject *, PyArray_Chunk *)) \
+    1100             :     PyArray_API[177])
+    1101             : #define PyArray_AxisConverter \
+    1102             :         (*(int (*)(PyObject *, int *)) \
+    1103             :     PyArray_API[178])
+    1104             : #define PyArray_BoolConverter \
+    1105             :         (*(int (*)(PyObject *, npy_bool *)) \
+    1106             :     PyArray_API[179])
+    1107             : #define PyArray_ByteorderConverter \
+    1108             :         (*(int (*)(PyObject *, char *)) \
+    1109             :     PyArray_API[180])
+    1110             : #define PyArray_OrderConverter \
+    1111             :         (*(int (*)(PyObject *, NPY_ORDER *)) \
+    1112             :     PyArray_API[181])
+    1113             : #define PyArray_EquivTypes \
+    1114             :         (*(unsigned char (*)(PyArray_Descr *, PyArray_Descr *)) \
+    1115             :     PyArray_API[182])
+    1116             : #define PyArray_Zeros \
+    1117             :         (*(PyObject * (*)(int, npy_intp const *, PyArray_Descr *, int)) \
+    1118             :     PyArray_API[183])
+    1119             : #define PyArray_Empty \
+    1120             :         (*(PyObject * (*)(int, npy_intp const *, PyArray_Descr *, int)) \
+    1121             :     PyArray_API[184])
+    1122             : #define PyArray_Where \
+    1123             :         (*(PyObject * (*)(PyObject *, PyObject *, PyObject *)) \
+    1124             :     PyArray_API[185])
+    1125             : #define PyArray_Arange \
+    1126             :         (*(PyObject * (*)(double, double, double, int)) \
+    1127             :     PyArray_API[186])
+    1128             : #define PyArray_ArangeObj \
+    1129             :         (*(PyObject * (*)(PyObject *, PyObject *, PyObject *, PyArray_Descr *)) \
+    1130             :     PyArray_API[187])
+    1131             : #define PyArray_SortkindConverter \
+    1132             :         (*(int (*)(PyObject *, NPY_SORTKIND *)) \
+    1133             :     PyArray_API[188])
+    1134             : #define PyArray_LexSort \
+    1135             :         (*(PyObject * (*)(PyObject *, int)) \
+    1136             :     PyArray_API[189])
+    1137             : #define PyArray_Round \
+    1138             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
+    1139             :     PyArray_API[190])
+    1140             : #define PyArray_EquivTypenums \
+    1141             :         (*(unsigned char (*)(int, int)) \
+    1142             :     PyArray_API[191])
+    1143             : #define PyArray_RegisterDataType \
+    1144             :         (*(int (*)(PyArray_Descr *)) \
+    1145             :     PyArray_API[192])
+    1146             : #define PyArray_RegisterCastFunc \
+    1147             :         (*(int (*)(PyArray_Descr *, int, PyArray_VectorUnaryFunc *)) \
+    1148             :     PyArray_API[193])
+    1149             : #define PyArray_RegisterCanCast \
+    1150             :         (*(int (*)(PyArray_Descr *, int, NPY_SCALARKIND)) \
+    1151             :     PyArray_API[194])
+    1152             : #define PyArray_InitArrFuncs \
+    1153             :         (*(void (*)(PyArray_ArrFuncs *)) \
+    1154             :     PyArray_API[195])
+    1155             : #define PyArray_IntTupleFromIntp \
+    1156             :         (*(PyObject * (*)(int, npy_intp const *)) \
+    1157             :     PyArray_API[196])
+    1158             : #define PyArray_TypeNumFromName \
+    1159             :         (*(int (*)(char const *)) \
+    1160             :     PyArray_API[197])
+    1161             : #define PyArray_ClipmodeConverter \
+    1162             :         (*(int (*)(PyObject *, NPY_CLIPMODE *)) \
+    1163             :     PyArray_API[198])
+    1164             : #define PyArray_OutputConverter \
+    1165             :         (*(int (*)(PyObject *, PyArrayObject **)) \
+    1166             :     PyArray_API[199])
+    1167             : #define PyArray_BroadcastToShape \
+    1168             :         (*(PyObject * (*)(PyObject *, npy_intp *, int)) \
+    1169             :     PyArray_API[200])
+    1170             : #define _PyArray_SigintHandler \
+    1171             :         (*(void (*)(int)) \
+    1172             :     PyArray_API[201])
+    1173             : #define _PyArray_GetSigintBuf \
+    1174             :         (*(void* (*)(void)) \
+    1175             :     PyArray_API[202])
+    1176             : #define PyArray_DescrAlignConverter \
+    1177             :         (*(int (*)(PyObject *, PyArray_Descr **)) \
+    1178             :     PyArray_API[203])
+    1179             : #define PyArray_DescrAlignConverter2 \
+    1180             :         (*(int (*)(PyObject *, PyArray_Descr **)) \
+    1181             :     PyArray_API[204])
+    1182             : #define PyArray_SearchsideConverter \
+    1183             :         (*(int (*)(PyObject *, void *)) \
+    1184             :     PyArray_API[205])
+    1185             : #define PyArray_CheckAxis \
+    1186             :         (*(PyObject * (*)(PyArrayObject *, int *, int)) \
+    1187             :     PyArray_API[206])
+    1188             : #define PyArray_OverflowMultiplyList \
+    1189             :         (*(npy_intp (*)(npy_intp const *, int)) \
+    1190             :     PyArray_API[207])
+    1191             : #define PyArray_CompareString \
+    1192             :         (*(int (*)(const char *, const char *, size_t)) \
+    1193             :     PyArray_API[208])
+    1194             : #define PyArray_MultiIterFromObjects \
+    1195             :         (*(PyObject* (*)(PyObject **, int, int, ...)) \
+    1196             :     PyArray_API[209])
+    1197             : #define PyArray_GetEndianness \
+    1198             :         (*(int (*)(void)) \
+    1199             :     PyArray_API[210])
+    1200             : #define PyArray_GetNDArrayCFeatureVersion \
+    1201             :         (*(unsigned int (*)(void)) \
+    1202             :     PyArray_API[211])
+    1203             : #define PyArray_Correlate2 \
+    1204             :         (*(PyObject * (*)(PyObject *, PyObject *, int)) \
+    1205             :     PyArray_API[212])
+    1206             : #define PyArray_NeighborhoodIterNew \
+    1207             :         (*(PyObject* (*)(PyArrayIterObject *, const npy_intp *, int, PyArrayObject*)) \
+    1208             :     PyArray_API[213])
+    1209             : #define PyTimeIntegerArrType_Type (*(PyTypeObject *)PyArray_API[214])
+    1210             : #define PyDatetimeArrType_Type (*(PyTypeObject *)PyArray_API[215])
+    1211             : #define PyTimedeltaArrType_Type (*(PyTypeObject *)PyArray_API[216])
+    1212             : #define PyHalfArrType_Type (*(PyTypeObject *)PyArray_API[217])
+    1213             : #define NpyIter_Type (*(PyTypeObject *)PyArray_API[218])
+    1214             : #define PyArray_SetDatetimeParseFunction \
+    1215             :         (*(void (*)(PyObject *NPY_UNUSED(op))) \
+    1216             :     PyArray_API[219])
+    1217             : #define PyArray_DatetimeToDatetimeStruct \
+    1218             :         (*(void (*)(npy_datetime NPY_UNUSED(val), NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_datetimestruct *)) \
+    1219             :     PyArray_API[220])
+    1220             : #define PyArray_TimedeltaToTimedeltaStruct \
+    1221             :         (*(void (*)(npy_timedelta NPY_UNUSED(val), NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_timedeltastruct *)) \
+    1222             :     PyArray_API[221])
+    1223             : #define PyArray_DatetimeStructToDatetime \
+    1224             :         (*(npy_datetime (*)(NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_datetimestruct *NPY_UNUSED(d))) \
+    1225             :     PyArray_API[222])
+    1226             : #define PyArray_TimedeltaStructToTimedelta \
+    1227             :         (*(npy_datetime (*)(NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_timedeltastruct *NPY_UNUSED(d))) \
+    1228             :     PyArray_API[223])
+    1229             : #define NpyIter_New \
+    1230             :         (*(NpyIter * (*)(PyArrayObject *, npy_uint32, NPY_ORDER, NPY_CASTING, PyArray_Descr*)) \
+    1231             :     PyArray_API[224])
+    1232             : #define NpyIter_MultiNew \
+    1233             :         (*(NpyIter * (*)(int, PyArrayObject **, npy_uint32, NPY_ORDER, NPY_CASTING, npy_uint32 *, PyArray_Descr **)) \
+    1234             :     PyArray_API[225])
+    1235             : #define NpyIter_AdvancedNew \
+    1236             :         (*(NpyIter * (*)(int, PyArrayObject **, npy_uint32, NPY_ORDER, NPY_CASTING, npy_uint32 *, PyArray_Descr **, int, int **, npy_intp *, npy_intp)) \
+    1237             :     PyArray_API[226])
+    1238             : #define NpyIter_Copy \
+    1239             :         (*(NpyIter * (*)(NpyIter *)) \
+    1240             :     PyArray_API[227])
+    1241             : #define NpyIter_Deallocate \
+    1242             :         (*(int (*)(NpyIter *)) \
+    1243             :     PyArray_API[228])
+    1244             : #define NpyIter_HasDelayedBufAlloc \
+    1245             :         (*(npy_bool (*)(NpyIter *)) \
+    1246             :     PyArray_API[229])
+    1247             : #define NpyIter_HasExternalLoop \
+    1248             :         (*(npy_bool (*)(NpyIter *)) \
+    1249             :     PyArray_API[230])
+    1250             : #define NpyIter_EnableExternalLoop \
+    1251             :         (*(int (*)(NpyIter *)) \
+    1252             :     PyArray_API[231])
+    1253             : #define NpyIter_GetInnerStrideArray \
+    1254             :         (*(npy_intp * (*)(NpyIter *)) \
+    1255             :     PyArray_API[232])
+    1256             : #define NpyIter_GetInnerLoopSizePtr \
+    1257             :         (*(npy_intp * (*)(NpyIter *)) \
+    1258             :     PyArray_API[233])
+    1259             : #define NpyIter_Reset \
+    1260             :         (*(int (*)(NpyIter *, char **)) \
+    1261             :     PyArray_API[234])
+    1262             : #define NpyIter_ResetBasePointers \
+    1263             :         (*(int (*)(NpyIter *, char **, char **)) \
+    1264             :     PyArray_API[235])
+    1265             : #define NpyIter_ResetToIterIndexRange \
+    1266             :         (*(int (*)(NpyIter *, npy_intp, npy_intp, char **)) \
+    1267             :     PyArray_API[236])
+    1268             : #define NpyIter_GetNDim \
+    1269             :         (*(int (*)(NpyIter *)) \
+    1270             :     PyArray_API[237])
+    1271             : #define NpyIter_GetNOp \
+    1272             :         (*(int (*)(NpyIter *)) \
+    1273             :     PyArray_API[238])
+    1274             : #define NpyIter_GetIterNext \
+    1275             :         (*(NpyIter_IterNextFunc * (*)(NpyIter *, char **)) \
+    1276             :     PyArray_API[239])
+    1277             : #define NpyIter_GetIterSize \
+    1278             :         (*(npy_intp (*)(NpyIter *)) \
+    1279             :     PyArray_API[240])
+    1280             : #define NpyIter_GetIterIndexRange \
+    1281             :         (*(void (*)(NpyIter *, npy_intp *, npy_intp *)) \
+    1282             :     PyArray_API[241])
+    1283             : #define NpyIter_GetIterIndex \
+    1284             :         (*(npy_intp (*)(NpyIter *)) \
+    1285             :     PyArray_API[242])
+    1286             : #define NpyIter_GotoIterIndex \
+    1287             :         (*(int (*)(NpyIter *, npy_intp)) \
+    1288             :     PyArray_API[243])
+    1289             : #define NpyIter_HasMultiIndex \
+    1290             :         (*(npy_bool (*)(NpyIter *)) \
+    1291             :     PyArray_API[244])
+    1292             : #define NpyIter_GetShape \
+    1293             :         (*(int (*)(NpyIter *, npy_intp *)) \
+    1294             :     PyArray_API[245])
+    1295             : #define NpyIter_GetGetMultiIndex \
+    1296             :         (*(NpyIter_GetMultiIndexFunc * (*)(NpyIter *, char **)) \
+    1297             :     PyArray_API[246])
+    1298             : #define NpyIter_GotoMultiIndex \
+    1299             :         (*(int (*)(NpyIter *, npy_intp const *)) \
+    1300             :     PyArray_API[247])
+    1301             : #define NpyIter_RemoveMultiIndex \
+    1302             :         (*(int (*)(NpyIter *)) \
+    1303             :     PyArray_API[248])
+    1304             : #define NpyIter_HasIndex \
+    1305             :         (*(npy_bool (*)(NpyIter *)) \
+    1306             :     PyArray_API[249])
+    1307             : #define NpyIter_IsBuffered \
+    1308             :         (*(npy_bool (*)(NpyIter *)) \
+    1309             :     PyArray_API[250])
+    1310             : #define NpyIter_IsGrowInner \
+    1311             :         (*(npy_bool (*)(NpyIter *)) \
+    1312             :     PyArray_API[251])
+    1313             : #define NpyIter_GetBufferSize \
+    1314             :         (*(npy_intp (*)(NpyIter *)) \
+    1315             :     PyArray_API[252])
+    1316             : #define NpyIter_GetIndexPtr \
+    1317             :         (*(npy_intp * (*)(NpyIter *)) \
+    1318             :     PyArray_API[253])
+    1319             : #define NpyIter_GotoIndex \
+    1320             :         (*(int (*)(NpyIter *, npy_intp)) \
+    1321             :     PyArray_API[254])
+    1322             : #define NpyIter_GetDataPtrArray \
+    1323             :         (*(char ** (*)(NpyIter *)) \
+    1324             :     PyArray_API[255])
+    1325             : #define NpyIter_GetDescrArray \
+    1326             :         (*(PyArray_Descr ** (*)(NpyIter *)) \
+    1327             :     PyArray_API[256])
+    1328             : #define NpyIter_GetOperandArray \
+    1329             :         (*(PyArrayObject ** (*)(NpyIter *)) \
+    1330             :     PyArray_API[257])
+    1331             : #define NpyIter_GetIterView \
+    1332             :         (*(PyArrayObject * (*)(NpyIter *, npy_intp)) \
+    1333             :     PyArray_API[258])
+    1334             : #define NpyIter_GetReadFlags \
+    1335             :         (*(void (*)(NpyIter *, char *)) \
+    1336             :     PyArray_API[259])
+    1337             : #define NpyIter_GetWriteFlags \
+    1338             :         (*(void (*)(NpyIter *, char *)) \
+    1339             :     PyArray_API[260])
+    1340             : #define NpyIter_DebugPrint \
+    1341             :         (*(void (*)(NpyIter *)) \
+    1342             :     PyArray_API[261])
+    1343             : #define NpyIter_IterationNeedsAPI \
+    1344             :         (*(npy_bool (*)(NpyIter *)) \
+    1345             :     PyArray_API[262])
+    1346             : #define NpyIter_GetInnerFixedStrideArray \
+    1347             :         (*(void (*)(NpyIter *, npy_intp *)) \
+    1348             :     PyArray_API[263])
+    1349             : #define NpyIter_RemoveAxis \
+    1350             :         (*(int (*)(NpyIter *, int)) \
+    1351             :     PyArray_API[264])
+    1352             : #define NpyIter_GetAxisStrideArray \
+    1353             :         (*(npy_intp * (*)(NpyIter *, int)) \
+    1354             :     PyArray_API[265])
+    1355             : #define NpyIter_RequiresBuffering \
+    1356             :         (*(npy_bool (*)(NpyIter *)) \
+    1357             :     PyArray_API[266])
+    1358             : #define NpyIter_GetInitialDataPtrArray \
+    1359             :         (*(char ** (*)(NpyIter *)) \
+    1360             :     PyArray_API[267])
+    1361             : #define NpyIter_CreateCompatibleStrides \
+    1362             :         (*(int (*)(NpyIter *, npy_intp, npy_intp *)) \
+    1363             :     PyArray_API[268])
+    1364             : #define PyArray_CastingConverter \
+    1365             :         (*(int (*)(PyObject *, NPY_CASTING *)) \
+    1366             :     PyArray_API[269])
+    1367             : #define PyArray_CountNonzero \
+    1368             :         (*(npy_intp (*)(PyArrayObject *)) \
+    1369             :     PyArray_API[270])
+    1370             : #define PyArray_PromoteTypes \
+    1371             :         (*(PyArray_Descr * (*)(PyArray_Descr *, PyArray_Descr *)) \
+    1372             :     PyArray_API[271])
+    1373             : #define PyArray_MinScalarType \
+    1374             :         (*(PyArray_Descr * (*)(PyArrayObject *)) \
+    1375             :     PyArray_API[272])
+    1376             : #define PyArray_ResultType \
+    1377             :         (*(PyArray_Descr * (*)(npy_intp, PyArrayObject *arrs[], npy_intp, PyArray_Descr *descrs[])) \
+    1378             :     PyArray_API[273])
+    1379             : #define PyArray_CanCastArrayTo \
+    1380             :         (*(npy_bool (*)(PyArrayObject *, PyArray_Descr *, NPY_CASTING)) \
+    1381             :     PyArray_API[274])
+    1382             : #define PyArray_CanCastTypeTo \
+    1383             :         (*(npy_bool (*)(PyArray_Descr *, PyArray_Descr *, NPY_CASTING)) \
+    1384             :     PyArray_API[275])
+    1385             : #define PyArray_EinsteinSum \
+    1386             :         (*(PyArrayObject * (*)(char *, npy_intp, PyArrayObject **, PyArray_Descr *, NPY_ORDER, NPY_CASTING, PyArrayObject *)) \
+    1387             :     PyArray_API[276])
+    1388             : #define PyArray_NewLikeArray \
+    1389             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER, PyArray_Descr *, int)) \
+    1390             :     PyArray_API[277])
+    1391             : #define PyArray_GetArrayParamsFromObject \
+    1392             :         (*(int (*)(PyObject *NPY_UNUSED(op), PyArray_Descr *NPY_UNUSED(requested_dtype), npy_bool NPY_UNUSED(writeable), PyArray_Descr **NPY_UNUSED(out_dtype), int *NPY_UNUSED(out_ndim), npy_intp *NPY_UNUSED(out_dims), PyArrayObject **NPY_UNUSED(out_arr), PyObject *NPY_UNUSED(context))) \
+    1393             :     PyArray_API[278])
+    1394             : #define PyArray_ConvertClipmodeSequence \
+    1395             :         (*(int (*)(PyObject *, NPY_CLIPMODE *, int)) \
+    1396             :     PyArray_API[279])
+    1397             : #define PyArray_MatrixProduct2 \
+    1398             :         (*(PyObject * (*)(PyObject *, PyObject *, PyArrayObject*)) \
+    1399             :     PyArray_API[280])
+    1400             : #define NpyIter_IsFirstVisit \
+    1401             :         (*(npy_bool (*)(NpyIter *, int)) \
+    1402             :     PyArray_API[281])
+    1403             : #define PyArray_SetBaseObject \
+    1404             :         (*(int (*)(PyArrayObject *, PyObject *)) \
+    1405             :     PyArray_API[282])
+    1406             : #define PyArray_CreateSortedStridePerm \
+    1407             :         (*(void (*)(int, npy_intp const *, npy_stride_sort_item *)) \
+    1408             :     PyArray_API[283])
+    1409             : #define PyArray_RemoveAxesInPlace \
+    1410             :         (*(void (*)(PyArrayObject *, const npy_bool *)) \
+    1411             :     PyArray_API[284])
+    1412             : #define PyArray_DebugPrint \
+    1413             :         (*(void (*)(PyArrayObject *)) \
+    1414             :     PyArray_API[285])
+    1415             : #define PyArray_FailUnlessWriteable \
+    1416             :         (*(int (*)(PyArrayObject *, const char *)) \
+    1417             :     PyArray_API[286])
+    1418             : #define PyArray_SetUpdateIfCopyBase \
+    1419             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
+    1420             :     PyArray_API[287])
+    1421             : #define PyDataMem_NEW \
+    1422             :         (*(void * (*)(size_t)) \
+    1423             :     PyArray_API[288])
+    1424             : #define PyDataMem_FREE \
+    1425             :         (*(void (*)(void *)) \
+    1426             :     PyArray_API[289])
+    1427             : #define PyDataMem_RENEW \
+    1428             :         (*(void * (*)(void *, size_t)) \
+    1429             :     PyArray_API[290])
+    1430             : #define PyDataMem_SetEventHook \
+    1431             :         (*(PyDataMem_EventHookFunc * (*)(PyDataMem_EventHookFunc *, void *, void **)) \
+    1432             :     PyArray_API[291])
+    1433             : #define NPY_DEFAULT_ASSIGN_CASTING (*(NPY_CASTING *)PyArray_API[292])
+    1434             : #define PyArray_MapIterSwapAxes \
+    1435             :         (*(void (*)(PyArrayMapIterObject *, PyArrayObject **, int)) \
+    1436             :     PyArray_API[293])
+    1437             : #define PyArray_MapIterArray \
+    1438             :         (*(PyObject * (*)(PyArrayObject *, PyObject *)) \
+    1439             :     PyArray_API[294])
+    1440             : #define PyArray_MapIterNext \
+    1441             :         (*(void (*)(PyArrayMapIterObject *)) \
+    1442             :     PyArray_API[295])
+    1443             : #define PyArray_Partition \
+    1444             :         (*(int (*)(PyArrayObject *, PyArrayObject *, int, NPY_SELECTKIND)) \
+    1445             :     PyArray_API[296])
+    1446             : #define PyArray_ArgPartition \
+    1447             :         (*(PyObject * (*)(PyArrayObject *, PyArrayObject *, int, NPY_SELECTKIND)) \
+    1448             :     PyArray_API[297])
+    1449             : #define PyArray_SelectkindConverter \
+    1450             :         (*(int (*)(PyObject *, NPY_SELECTKIND *)) \
+    1451             :     PyArray_API[298])
+    1452             : #define PyDataMem_NEW_ZEROED \
+    1453             :         (*(void * (*)(size_t, size_t)) \
+    1454             :     PyArray_API[299])
+    1455             : #define PyArray_CheckAnyScalarExact \
+    1456             :         (*(int (*)(PyObject *)) \
+    1457             :     PyArray_API[300])
+    1458             : #define PyArray_MapIterArrayCopyIfOverlap \
+    1459             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, int, PyArrayObject *)) \
+    1460             :     PyArray_API[301])
+    1461             : #define PyArray_ResolveWritebackIfCopy \
+    1462             :         (*(int (*)(PyArrayObject *)) \
+    1463             :     PyArray_API[302])
+    1464             : #define PyArray_SetWritebackIfCopyBase \
+    1465             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
+    1466             :     PyArray_API[303])
+    1467             : 
+    1468             : #if NPY_FEATURE_VERSION >= NPY_1_22_API_VERSION
+    1469             : #define PyDataMem_SetHandler \
+    1470             :         (*(PyObject * (*)(PyObject *)) \
+    1471             :     PyArray_API[304])
+    1472             : #endif
+    1473             : 
+    1474             : #if NPY_FEATURE_VERSION >= NPY_1_22_API_VERSION
+    1475             : #define PyDataMem_GetHandler \
+    1476             :         (*(PyObject * (*)(void)) \
+    1477             :     PyArray_API[305])
+    1478             : #endif
+    1479             : #define PyDataMem_DefaultHandler (*(PyObject* *)PyArray_API[306])
+    1480             : 
+    1481             : #if !defined(NO_IMPORT_ARRAY) && !defined(NO_IMPORT)
+    1482             : static int
+    1483           4 : _import_array(void)
+    1484             : {
+    1485             :   int st;
+    1486           4 :   PyObject *numpy = PyImport_ImportModule("numpy.core._multiarray_umath");
+    1487             :   PyObject *c_api = NULL;
+    1488             : 
+    1489           4 :   if (numpy == NULL) {
+    1490             :       return -1;
+    1491             :   }
+    1492           4 :   c_api = PyObject_GetAttrString(numpy, "_ARRAY_API");
+    1493             :   Py_DECREF(numpy);
+    1494           4 :   if (c_api == NULL) {
+    1495             :       return -1;
+    1496             :   }
+    1497             : 
+    1498           4 :   if (!PyCapsule_CheckExact(c_api)) {
+    1499           0 :       PyErr_SetString(PyExc_RuntimeError, "_ARRAY_API is not PyCapsule object");
+    1500             :       Py_DECREF(c_api);
+    1501           0 :       return -1;
+    1502             :   }
+    1503           4 :   PyArray_API = (void **)PyCapsule_GetPointer(c_api, NULL);
+    1504             :   Py_DECREF(c_api);
+    1505           4 :   if (PyArray_API == NULL) {
+    1506           0 :       PyErr_SetString(PyExc_RuntimeError, "_ARRAY_API is NULL pointer");
+    1507           0 :       return -1;
+    1508             :   }
+    1509             : 
+    1510             :   /* Perform runtime check of C API version */
+    1511           4 :   if (NPY_VERSION != PyArray_GetNDArrayCVersion()) {
+    1512           0 :       PyErr_Format(PyExc_RuntimeError, "module compiled against "\
+    1513             :              "ABI version 0x%x but this version of numpy is 0x%x", \
+    1514           0 :              (int) NPY_VERSION, (int) PyArray_GetNDArrayCVersion());
+    1515           0 :       return -1;
+    1516             :   }
+    1517           4 :   if (NPY_FEATURE_VERSION > PyArray_GetNDArrayCFeatureVersion()) {
+    1518           0 :       PyErr_Format(PyExc_RuntimeError, "module compiled against "\
+    1519             :              "API version 0x%x but this version of numpy is 0x%x . "\
+    1520             :              "Check the section C-API incompatibility at the "\
+    1521             :              "Troubleshooting ImportError section at "\
+    1522             :              "https://numpy.org/devdocs/user/troubleshooting-importerror.html"\
+    1523             :              "#c-api-incompatibility "\
+    1524             :               "for indications on how to solve this problem .", \
+    1525           0 :              (int) NPY_FEATURE_VERSION, (int) PyArray_GetNDArrayCFeatureVersion());
+    1526           0 :       return -1;
+    1527             :   }
+    1528             : 
+    1529             :   /*
+    1530             :    * Perform runtime check of endianness and check it matches the one set by
+    1531             :    * the headers (npy_endian.h) as a safeguard
+    1532             :    */
+    1533           4 :   st = PyArray_GetEndianness();
+    1534           4 :   if (st == NPY_CPU_UNKNOWN_ENDIAN) {
+    1535           0 :       PyErr_SetString(PyExc_RuntimeError,
+    1536             :                       "FATAL: module compiled as unknown endian");
+    1537           0 :       return -1;
+    1538             :   }
+    1539             : #if NPY_BYTE_ORDER == NPY_BIG_ENDIAN
+    1540             :   if (st != NPY_CPU_BIG) {
+    1541             :       PyErr_SetString(PyExc_RuntimeError,
+    1542             :                       "FATAL: module compiled as big endian, but "
+    1543             :                       "detected different endianness at runtime");
+    1544             :       return -1;
+    1545             :   }
+    1546             : #elif NPY_BYTE_ORDER == NPY_LITTLE_ENDIAN
+    1547           4 :   if (st != NPY_CPU_LITTLE) {
+    1548           0 :       PyErr_SetString(PyExc_RuntimeError,
+    1549             :                       "FATAL: module compiled as little endian, but "
+    1550             :                       "detected different endianness at runtime");
+    1551           0 :       return -1;
+    1552             :   }
+    1553             : #endif
+    1554             : 
+    1555             :   return 0;
+    1556             : }
+    1557             : 
+    1558             : #define import_array() {if (_import_array() < 0) {PyErr_Print(); PyErr_SetString(PyExc_ImportError, "numpy.core.multiarray failed to import"); return NULL; } }
+    1559             : 
+    1560             : #define import_array1(ret) {if (_import_array() < 0) {PyErr_Print(); PyErr_SetString(PyExc_ImportError, "numpy.core.multiarray failed to import"); return ret; } }
+    1561             : 
+    1562             : #define import_array2(msg, ret) {if (_import_array() < 0) {PyErr_Print(); PyErr_SetString(PyExc_ImportError, msg); return ret; } }
+    1563             : 
+    1564             : #endif
+    1565             : 
+    1566             : #endif
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.func-sort-c.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.func-sort-c.html new file mode 100644 index 000000000..1e4f8aa99 --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.func-sort-c.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy - __ufunc_api.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:81650.0 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_import_umath4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.func.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.func.html new file mode 100644 index 000000000..093ab6873 --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.func.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy - __ufunc_api.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:81650.0 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_import_umath4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.gcov.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.gcov.html new file mode 100644 index 000000000..da3452463 --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h.gcov.html @@ -0,0 +1,390 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/__ufunc_api.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy - __ufunc_api.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:81650.0 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : 
+       2             : #ifdef _UMATHMODULE
+       3             : 
+       4             : extern NPY_NO_EXPORT PyTypeObject PyUFunc_Type;
+       5             : 
+       6             : extern NPY_NO_EXPORT PyTypeObject PyUFunc_Type;
+       7             : 
+       8             : NPY_NO_EXPORT  PyObject * PyUFunc_FromFuncAndData \
+       9             :        (PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, int);
+      10             : NPY_NO_EXPORT  int PyUFunc_RegisterLoopForType \
+      11             :        (PyUFuncObject *, int, PyUFuncGenericFunction, const int *, void *);
+      12             : NPY_NO_EXPORT  int PyUFunc_GenericFunction \
+      13             :        (PyUFuncObject *NPY_UNUSED(ufunc), PyObject *NPY_UNUSED(args), PyObject *NPY_UNUSED(kwds), PyArrayObject **NPY_UNUSED(op));
+      14             : NPY_NO_EXPORT  void PyUFunc_f_f_As_d_d \
+      15             :        (char **, npy_intp const *, npy_intp const *, void *);
+      16             : NPY_NO_EXPORT  void PyUFunc_d_d \
+      17             :        (char **, npy_intp const *, npy_intp const *, void *);
+      18             : NPY_NO_EXPORT  void PyUFunc_f_f \
+      19             :        (char **, npy_intp const *, npy_intp const *, void *);
+      20             : NPY_NO_EXPORT  void PyUFunc_g_g \
+      21             :        (char **, npy_intp const *, npy_intp const *, void *);
+      22             : NPY_NO_EXPORT  void PyUFunc_F_F_As_D_D \
+      23             :        (char **, npy_intp const *, npy_intp const *, void *);
+      24             : NPY_NO_EXPORT  void PyUFunc_F_F \
+      25             :        (char **, npy_intp const *, npy_intp const *, void *);
+      26             : NPY_NO_EXPORT  void PyUFunc_D_D \
+      27             :        (char **, npy_intp const *, npy_intp const *, void *);
+      28             : NPY_NO_EXPORT  void PyUFunc_G_G \
+      29             :        (char **, npy_intp const *, npy_intp const *, void *);
+      30             : NPY_NO_EXPORT  void PyUFunc_O_O \
+      31             :        (char **, npy_intp const *, npy_intp const *, void *);
+      32             : NPY_NO_EXPORT  void PyUFunc_ff_f_As_dd_d \
+      33             :        (char **, npy_intp const *, npy_intp const *, void *);
+      34             : NPY_NO_EXPORT  void PyUFunc_ff_f \
+      35             :        (char **, npy_intp const *, npy_intp const *, void *);
+      36             : NPY_NO_EXPORT  void PyUFunc_dd_d \
+      37             :        (char **, npy_intp const *, npy_intp const *, void *);
+      38             : NPY_NO_EXPORT  void PyUFunc_gg_g \
+      39             :        (char **, npy_intp const *, npy_intp const *, void *);
+      40             : NPY_NO_EXPORT  void PyUFunc_FF_F_As_DD_D \
+      41             :        (char **, npy_intp const *, npy_intp const *, void *);
+      42             : NPY_NO_EXPORT  void PyUFunc_DD_D \
+      43             :        (char **, npy_intp const *, npy_intp const *, void *);
+      44             : NPY_NO_EXPORT  void PyUFunc_FF_F \
+      45             :        (char **, npy_intp const *, npy_intp const *, void *);
+      46             : NPY_NO_EXPORT  void PyUFunc_GG_G \
+      47             :        (char **, npy_intp const *, npy_intp const *, void *);
+      48             : NPY_NO_EXPORT  void PyUFunc_OO_O \
+      49             :        (char **, npy_intp const *, npy_intp const *, void *);
+      50             : NPY_NO_EXPORT  void PyUFunc_O_O_method \
+      51             :        (char **, npy_intp const *, npy_intp const *, void *);
+      52             : NPY_NO_EXPORT  void PyUFunc_OO_O_method \
+      53             :        (char **, npy_intp const *, npy_intp const *, void *);
+      54             : NPY_NO_EXPORT  void PyUFunc_On_Om \
+      55             :        (char **, npy_intp const *, npy_intp const *, void *);
+      56             : NPY_NO_EXPORT  int PyUFunc_GetPyValues \
+      57             :        (char *, int *, int *, PyObject **);
+      58             : NPY_NO_EXPORT  int PyUFunc_checkfperr \
+      59             :        (int, PyObject *, int *);
+      60             : NPY_NO_EXPORT  void PyUFunc_clearfperr \
+      61             :        (void);
+      62             : NPY_NO_EXPORT  int PyUFunc_getfperr \
+      63             :        (void);
+      64             : NPY_NO_EXPORT  int PyUFunc_handlefperr \
+      65             :        (int, PyObject *, int, int *);
+      66             : NPY_NO_EXPORT  int PyUFunc_ReplaceLoopBySignature \
+      67             :        (PyUFuncObject *, PyUFuncGenericFunction, const int *, PyUFuncGenericFunction *);
+      68             : NPY_NO_EXPORT  PyObject * PyUFunc_FromFuncAndDataAndSignature \
+      69             :        (PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, int, const char *);
+      70             : NPY_NO_EXPORT  int PyUFunc_SetUsesArraysAsData \
+      71             :        (void **NPY_UNUSED(data), size_t NPY_UNUSED(i));
+      72             : NPY_NO_EXPORT  void PyUFunc_e_e \
+      73             :        (char **, npy_intp const *, npy_intp const *, void *);
+      74             : NPY_NO_EXPORT  void PyUFunc_e_e_As_f_f \
+      75             :        (char **, npy_intp const *, npy_intp const *, void *);
+      76             : NPY_NO_EXPORT  void PyUFunc_e_e_As_d_d \
+      77             :        (char **, npy_intp const *, npy_intp const *, void *);
+      78             : NPY_NO_EXPORT  void PyUFunc_ee_e \
+      79             :        (char **, npy_intp const *, npy_intp const *, void *);
+      80             : NPY_NO_EXPORT  void PyUFunc_ee_e_As_ff_f \
+      81             :        (char **, npy_intp const *, npy_intp const *, void *);
+      82             : NPY_NO_EXPORT  void PyUFunc_ee_e_As_dd_d \
+      83             :        (char **, npy_intp const *, npy_intp const *, void *);
+      84             : NPY_NO_EXPORT  int PyUFunc_DefaultTypeResolver \
+      85             :        (PyUFuncObject *, NPY_CASTING, PyArrayObject **, PyObject *, PyArray_Descr **);
+      86             : NPY_NO_EXPORT  int PyUFunc_ValidateCasting \
+      87             :        (PyUFuncObject *, NPY_CASTING, PyArrayObject **, PyArray_Descr **);
+      88             : NPY_NO_EXPORT  int PyUFunc_RegisterLoopForDescr \
+      89             :        (PyUFuncObject *, PyArray_Descr *, PyUFuncGenericFunction, PyArray_Descr **, void *);
+      90             : NPY_NO_EXPORT  PyObject * PyUFunc_FromFuncAndDataAndSignatureAndIdentity \
+      91             :        (PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, const int, const char *, PyObject *);
+      92             : 
+      93             : #else
+      94             : 
+      95             : #if defined(PY_UFUNC_UNIQUE_SYMBOL)
+      96             : #define PyUFunc_API PY_UFUNC_UNIQUE_SYMBOL
+      97             : #endif
+      98             : 
+      99             : #if defined(NO_IMPORT) || defined(NO_IMPORT_UFUNC)
+     100             : extern void **PyUFunc_API;
+     101             : #else
+     102             : #if defined(PY_UFUNC_UNIQUE_SYMBOL)
+     103             : void **PyUFunc_API;
+     104             : #else
+     105             : static void **PyUFunc_API=NULL;
+     106             : #endif
+     107             : #endif
+     108             : 
+     109             : #define PyUFunc_Type (*(PyTypeObject *)PyUFunc_API[0])
+     110             : #define PyUFunc_FromFuncAndData \
+     111             :         (*(PyObject * (*)(PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, int)) \
+     112             :     PyUFunc_API[1])
+     113             : #define PyUFunc_RegisterLoopForType \
+     114             :         (*(int (*)(PyUFuncObject *, int, PyUFuncGenericFunction, const int *, void *)) \
+     115             :     PyUFunc_API[2])
+     116             : #define PyUFunc_GenericFunction \
+     117             :         (*(int (*)(PyUFuncObject *NPY_UNUSED(ufunc), PyObject *NPY_UNUSED(args), PyObject *NPY_UNUSED(kwds), PyArrayObject **NPY_UNUSED(op))) \
+     118             :     PyUFunc_API[3])
+     119             : #define PyUFunc_f_f_As_d_d \
+     120             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     121             :     PyUFunc_API[4])
+     122             : #define PyUFunc_d_d \
+     123             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     124             :     PyUFunc_API[5])
+     125             : #define PyUFunc_f_f \
+     126             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     127             :     PyUFunc_API[6])
+     128             : #define PyUFunc_g_g \
+     129             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     130             :     PyUFunc_API[7])
+     131             : #define PyUFunc_F_F_As_D_D \
+     132             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     133             :     PyUFunc_API[8])
+     134             : #define PyUFunc_F_F \
+     135             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     136             :     PyUFunc_API[9])
+     137             : #define PyUFunc_D_D \
+     138             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     139             :     PyUFunc_API[10])
+     140             : #define PyUFunc_G_G \
+     141             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     142             :     PyUFunc_API[11])
+     143             : #define PyUFunc_O_O \
+     144             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     145             :     PyUFunc_API[12])
+     146             : #define PyUFunc_ff_f_As_dd_d \
+     147             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     148             :     PyUFunc_API[13])
+     149             : #define PyUFunc_ff_f \
+     150             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     151             :     PyUFunc_API[14])
+     152             : #define PyUFunc_dd_d \
+     153             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     154             :     PyUFunc_API[15])
+     155             : #define PyUFunc_gg_g \
+     156             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     157             :     PyUFunc_API[16])
+     158             : #define PyUFunc_FF_F_As_DD_D \
+     159             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     160             :     PyUFunc_API[17])
+     161             : #define PyUFunc_DD_D \
+     162             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     163             :     PyUFunc_API[18])
+     164             : #define PyUFunc_FF_F \
+     165             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     166             :     PyUFunc_API[19])
+     167             : #define PyUFunc_GG_G \
+     168             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     169             :     PyUFunc_API[20])
+     170             : #define PyUFunc_OO_O \
+     171             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     172             :     PyUFunc_API[21])
+     173             : #define PyUFunc_O_O_method \
+     174             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     175             :     PyUFunc_API[22])
+     176             : #define PyUFunc_OO_O_method \
+     177             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     178             :     PyUFunc_API[23])
+     179             : #define PyUFunc_On_Om \
+     180             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     181             :     PyUFunc_API[24])
+     182             : #define PyUFunc_GetPyValues \
+     183             :         (*(int (*)(char *, int *, int *, PyObject **)) \
+     184             :     PyUFunc_API[25])
+     185             : #define PyUFunc_checkfperr \
+     186             :         (*(int (*)(int, PyObject *, int *)) \
+     187             :     PyUFunc_API[26])
+     188             : #define PyUFunc_clearfperr \
+     189             :         (*(void (*)(void)) \
+     190             :     PyUFunc_API[27])
+     191             : #define PyUFunc_getfperr \
+     192             :         (*(int (*)(void)) \
+     193             :     PyUFunc_API[28])
+     194             : #define PyUFunc_handlefperr \
+     195             :         (*(int (*)(int, PyObject *, int, int *)) \
+     196             :     PyUFunc_API[29])
+     197             : #define PyUFunc_ReplaceLoopBySignature \
+     198             :         (*(int (*)(PyUFuncObject *, PyUFuncGenericFunction, const int *, PyUFuncGenericFunction *)) \
+     199             :     PyUFunc_API[30])
+     200             : #define PyUFunc_FromFuncAndDataAndSignature \
+     201             :         (*(PyObject * (*)(PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, int, const char *)) \
+     202             :     PyUFunc_API[31])
+     203             : #define PyUFunc_SetUsesArraysAsData \
+     204             :         (*(int (*)(void **NPY_UNUSED(data), size_t NPY_UNUSED(i))) \
+     205             :     PyUFunc_API[32])
+     206             : #define PyUFunc_e_e \
+     207             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     208             :     PyUFunc_API[33])
+     209             : #define PyUFunc_e_e_As_f_f \
+     210             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     211             :     PyUFunc_API[34])
+     212             : #define PyUFunc_e_e_As_d_d \
+     213             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     214             :     PyUFunc_API[35])
+     215             : #define PyUFunc_ee_e \
+     216             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     217             :     PyUFunc_API[36])
+     218             : #define PyUFunc_ee_e_As_ff_f \
+     219             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     220             :     PyUFunc_API[37])
+     221             : #define PyUFunc_ee_e_As_dd_d \
+     222             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
+     223             :     PyUFunc_API[38])
+     224             : #define PyUFunc_DefaultTypeResolver \
+     225             :         (*(int (*)(PyUFuncObject *, NPY_CASTING, PyArrayObject **, PyObject *, PyArray_Descr **)) \
+     226             :     PyUFunc_API[39])
+     227             : #define PyUFunc_ValidateCasting \
+     228             :         (*(int (*)(PyUFuncObject *, NPY_CASTING, PyArrayObject **, PyArray_Descr **)) \
+     229             :     PyUFunc_API[40])
+     230             : #define PyUFunc_RegisterLoopForDescr \
+     231             :         (*(int (*)(PyUFuncObject *, PyArray_Descr *, PyUFuncGenericFunction, PyArray_Descr **, void *)) \
+     232             :     PyUFunc_API[41])
+     233             : 
+     234             : #if NPY_FEATURE_VERSION >= NPY_1_16_API_VERSION
+     235             : #define PyUFunc_FromFuncAndDataAndSignatureAndIdentity \
+     236             :         (*(PyObject * (*)(PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, const int, const char *, PyObject *)) \
+     237             :     PyUFunc_API[42])
+     238             : #endif
+     239             : 
+     240             : static inline int
+     241           4 : _import_umath(void)
+     242             : {
+     243           4 :   PyObject *numpy = PyImport_ImportModule("numpy.core._multiarray_umath");
+     244             :   PyObject *c_api = NULL;
+     245             : 
+     246           4 :   if (numpy == NULL) {
+     247           0 :       PyErr_SetString(PyExc_ImportError,
+     248             :                       "numpy.core._multiarray_umath failed to import");
+     249           0 :       return -1;
+     250             :   }
+     251           4 :   c_api = PyObject_GetAttrString(numpy, "_UFUNC_API");
+     252             :   Py_DECREF(numpy);
+     253           4 :   if (c_api == NULL) {
+     254           0 :       PyErr_SetString(PyExc_AttributeError, "_UFUNC_API not found");
+     255           0 :       return -1;
+     256             :   }
+     257             : 
+     258           4 :   if (!PyCapsule_CheckExact(c_api)) {
+     259           0 :       PyErr_SetString(PyExc_RuntimeError, "_UFUNC_API is not PyCapsule object");
+     260             :       Py_DECREF(c_api);
+     261           0 :       return -1;
+     262             :   }
+     263           4 :   PyUFunc_API = (void **)PyCapsule_GetPointer(c_api, NULL);
+     264             :   Py_DECREF(c_api);
+     265           4 :   if (PyUFunc_API == NULL) {
+     266           0 :       PyErr_SetString(PyExc_RuntimeError, "_UFUNC_API is NULL pointer");
+     267           0 :       return -1;
+     268             :   }
+     269             :   return 0;
+     270             : }
+     271             : 
+     272             : #define import_umath() \
+     273             :     do {\
+     274             :         UFUNC_NOFPE\
+     275             :         if (_import_umath() < 0) {\
+     276             :             PyErr_Print();\
+     277             :             PyErr_SetString(PyExc_ImportError,\
+     278             :                     "numpy.core.umath failed to import");\
+     279             :             return NULL;\
+     280             :         }\
+     281             :     } while(0)
+     282             : 
+     283             : #define import_umath1(ret) \
+     284             :     do {\
+     285             :         UFUNC_NOFPE\
+     286             :         if (_import_umath() < 0) {\
+     287             :             PyErr_Print();\
+     288             :             PyErr_SetString(PyExc_ImportError,\
+     289             :                     "numpy.core.umath failed to import");\
+     290             :             return ret;\
+     291             :         }\
+     292             :     } while(0)
+     293             : 
+     294             : #define import_umath2(ret, msg) \
+     295             :     do {\
+     296             :         UFUNC_NOFPE\
+     297             :         if (_import_umath() < 0) {\
+     298             :             PyErr_Print();\
+     299             :             PyErr_SetString(PyExc_ImportError, msg);\
+     300             :             return ret;\
+     301             :         }\
+     302             :     } while(0)
+     303             : 
+     304             : #define import_ufunc() \
+     305             :     do {\
+     306             :         UFUNC_NOFPE\
+     307             :         if (_import_umath() < 0) {\
+     308             :             PyErr_Print();\
+     309             :             PyErr_SetString(PyExc_ImportError,\
+     310             :                     "numpy.core.umath failed to import");\
+     311             :         }\
+     312             :     } while(0)
+     313             : 
+     314             : #endif
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/index-sort-f.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/index-sort-f.html new file mode 100644 index 000000000..2686fc849 --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/index-sort-f.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpyHitTotalCoverage
Test:coverage.info.cleanedLines:214843.8 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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ndarraytypes.h +
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LCOV - code coverage report
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Current view:top level - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpyHitTotalCoverage
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Date:2024-04-08 14:58:22Functions:22100.0 %
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ndarraytypes.h +
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+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/index.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/index.html new file mode 100644 index 000000000..124271195 --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/index.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpyHitTotalCoverage
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Date:2024-04-08 14:58:22Functions:22100.0 %
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__multiarray_api.h +
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+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.func-sort-c.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.func-sort-c.html new file mode 100644 index 000000000..84a09fcbb --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h - functions + + + + + + + + + + + + + + +
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+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.func.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.func.html new file mode 100644 index 000000000..ebd0e1b6a --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h - functions + + + + + + + + + + + + + + +
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+ + + diff --git a/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.gcov.html b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.gcov.html new file mode 100644 index 000000000..c960b1d11 --- /dev/null +++ b/doc/coverageReport/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h.gcov.html @@ -0,0 +1,2021 @@ + + + + + + + LCOV - coverage.info.cleaned - /home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy/ndarraytypes.h + + + + + + + + + + + + + + +
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          Line data    Source code
+
+       1             : #ifndef NUMPY_CORE_INCLUDE_NUMPY_NDARRAYTYPES_H_
+       2             : #define NUMPY_CORE_INCLUDE_NUMPY_NDARRAYTYPES_H_
+       3             : 
+       4             : #include "npy_common.h"
+       5             : #include "npy_endian.h"
+       6             : #include "npy_cpu.h"
+       7             : #include "utils.h"
+       8             : 
+       9             : #define NPY_NO_EXPORT NPY_VISIBILITY_HIDDEN
+      10             : 
+      11             : /* Only use thread if configured in config and python supports it */
+      12             : #if defined WITH_THREAD && !NPY_NO_SMP
+      13             :         #define NPY_ALLOW_THREADS 1
+      14             : #else
+      15             :         #define NPY_ALLOW_THREADS 0
+      16             : #endif
+      17             : 
+      18             : #ifndef __has_extension
+      19             : #define __has_extension(x) 0
+      20             : #endif
+      21             : 
+      22             : #if !defined(_NPY_NO_DEPRECATIONS) && \
+      23             :     ((defined(__GNUC__)&& __GNUC__ >= 6) || \
+      24             :      __has_extension(attribute_deprecated_with_message))
+      25             : #define NPY_ATTR_DEPRECATE(text) __attribute__ ((deprecated (text)))
+      26             : #else
+      27             : #define NPY_ATTR_DEPRECATE(text)
+      28             : #endif
+      29             : 
+      30             : /*
+      31             :  * There are several places in the code where an array of dimensions
+      32             :  * is allocated statically.  This is the size of that static
+      33             :  * allocation.
+      34             :  *
+      35             :  * The array creation itself could have arbitrary dimensions but all
+      36             :  * the places where static allocation is used would need to be changed
+      37             :  * to dynamic (including inside of several structures)
+      38             :  */
+      39             : 
+      40             : #define NPY_MAXDIMS 32
+      41             : #define NPY_MAXARGS 32
+      42             : 
+      43             : /* Used for Converter Functions "O&" code in ParseTuple */
+      44             : #define NPY_FAIL 0
+      45             : #define NPY_SUCCEED 1
+      46             : 
+      47             : 
+      48             : enum NPY_TYPES {    NPY_BOOL=0,
+      49             :                     NPY_BYTE, NPY_UBYTE,
+      50             :                     NPY_SHORT, NPY_USHORT,
+      51             :                     NPY_INT, NPY_UINT,
+      52             :                     NPY_LONG, NPY_ULONG,
+      53             :                     NPY_LONGLONG, NPY_ULONGLONG,
+      54             :                     NPY_FLOAT, NPY_DOUBLE, NPY_LONGDOUBLE,
+      55             :                     NPY_CFLOAT, NPY_CDOUBLE, NPY_CLONGDOUBLE,
+      56             :                     NPY_OBJECT=17,
+      57             :                     NPY_STRING, NPY_UNICODE,
+      58             :                     NPY_VOID,
+      59             :                     /*
+      60             :                      * New 1.6 types appended, may be integrated
+      61             :                      * into the above in 2.0.
+      62             :                      */
+      63             :                     NPY_DATETIME, NPY_TIMEDELTA, NPY_HALF,
+      64             : 
+      65             :                     NPY_NTYPES,
+      66             :                     NPY_NOTYPE,
+      67             :                     NPY_CHAR NPY_ATTR_DEPRECATE("Use NPY_STRING"),
+      68             :                     NPY_USERDEF=256,  /* leave room for characters */
+      69             : 
+      70             :                     /* The number of types not including the new 1.6 types */
+      71             :                     NPY_NTYPES_ABI_COMPATIBLE=21
+      72             : };
+      73             : #if defined(_MSC_VER) && !defined(__clang__)
+      74             : #pragma deprecated(NPY_CHAR)
+      75             : #endif
+      76             : 
+      77             : /* basetype array priority */
+      78             : #define NPY_PRIORITY 0.0
+      79             : 
+      80             : /* default subtype priority */
+      81             : #define NPY_SUBTYPE_PRIORITY 1.0
+      82             : 
+      83             : /* default scalar priority */
+      84             : #define NPY_SCALAR_PRIORITY -1000000.0
+      85             : 
+      86             : /* How many floating point types are there (excluding half) */
+      87             : #define NPY_NUM_FLOATTYPE 3
+      88             : 
+      89             : /*
+      90             :  * These characters correspond to the array type and the struct
+      91             :  * module
+      92             :  */
+      93             : 
+      94             : enum NPY_TYPECHAR {
+      95             :         NPY_BOOLLTR = '?',
+      96             :         NPY_BYTELTR = 'b',
+      97             :         NPY_UBYTELTR = 'B',
+      98             :         NPY_SHORTLTR = 'h',
+      99             :         NPY_USHORTLTR = 'H',
+     100             :         NPY_INTLTR = 'i',
+     101             :         NPY_UINTLTR = 'I',
+     102             :         NPY_LONGLTR = 'l',
+     103             :         NPY_ULONGLTR = 'L',
+     104             :         NPY_LONGLONGLTR = 'q',
+     105             :         NPY_ULONGLONGLTR = 'Q',
+     106             :         NPY_HALFLTR = 'e',
+     107             :         NPY_FLOATLTR = 'f',
+     108             :         NPY_DOUBLELTR = 'd',
+     109             :         NPY_LONGDOUBLELTR = 'g',
+     110             :         NPY_CFLOATLTR = 'F',
+     111             :         NPY_CDOUBLELTR = 'D',
+     112             :         NPY_CLONGDOUBLELTR = 'G',
+     113             :         NPY_OBJECTLTR = 'O',
+     114             :         NPY_STRINGLTR = 'S',
+     115             :         NPY_STRINGLTR2 = 'a',
+     116             :         NPY_UNICODELTR = 'U',
+     117             :         NPY_VOIDLTR = 'V',
+     118             :         NPY_DATETIMELTR = 'M',
+     119             :         NPY_TIMEDELTALTR = 'm',
+     120             :         NPY_CHARLTR = 'c',
+     121             : 
+     122             :         /*
+     123             :          * No Descriptor, just a define -- this let's
+     124             :          * Python users specify an array of integers
+     125             :          * large enough to hold a pointer on the
+     126             :          * platform
+     127             :          */
+     128             :         NPY_INTPLTR = 'p',
+     129             :         NPY_UINTPLTR = 'P',
+     130             : 
+     131             :         /*
+     132             :          * These are for dtype 'kinds', not dtype 'typecodes'
+     133             :          * as the above are for.
+     134             :          */
+     135             :         NPY_GENBOOLLTR ='b',
+     136             :         NPY_SIGNEDLTR = 'i',
+     137             :         NPY_UNSIGNEDLTR = 'u',
+     138             :         NPY_FLOATINGLTR = 'f',
+     139             :         NPY_COMPLEXLTR = 'c'
+     140             : };
+     141             : 
+     142             : /*
+     143             :  * Changing this may break Numpy API compatibility
+     144             :  * due to changing offsets in PyArray_ArrFuncs, so be
+     145             :  * careful. Here we have reused the mergesort slot for
+     146             :  * any kind of stable sort, the actual implementation will
+     147             :  * depend on the data type.
+     148             :  */
+     149             : typedef enum {
+     150             :         NPY_QUICKSORT=0,
+     151             :         NPY_HEAPSORT=1,
+     152             :         NPY_MERGESORT=2,
+     153             :         NPY_STABLESORT=2,
+     154             : } NPY_SORTKIND;
+     155             : #define NPY_NSORTS (NPY_STABLESORT + 1)
+     156             : 
+     157             : 
+     158             : typedef enum {
+     159             :         NPY_INTROSELECT=0
+     160             : } NPY_SELECTKIND;
+     161             : #define NPY_NSELECTS (NPY_INTROSELECT + 1)
+     162             : 
+     163             : 
+     164             : typedef enum {
+     165             :         NPY_SEARCHLEFT=0,
+     166             :         NPY_SEARCHRIGHT=1
+     167             : } NPY_SEARCHSIDE;
+     168             : #define NPY_NSEARCHSIDES (NPY_SEARCHRIGHT + 1)
+     169             : 
+     170             : 
+     171             : typedef enum {
+     172             :         NPY_NOSCALAR=-1,
+     173             :         NPY_BOOL_SCALAR,
+     174             :         NPY_INTPOS_SCALAR,
+     175             :         NPY_INTNEG_SCALAR,
+     176             :         NPY_FLOAT_SCALAR,
+     177             :         NPY_COMPLEX_SCALAR,
+     178             :         NPY_OBJECT_SCALAR
+     179             : } NPY_SCALARKIND;
+     180             : #define NPY_NSCALARKINDS (NPY_OBJECT_SCALAR + 1)
+     181             : 
+     182             : /* For specifying array memory layout or iteration order */
+     183             : typedef enum {
+     184             :         /* Fortran order if inputs are all Fortran, C otherwise */
+     185             :         NPY_ANYORDER=-1,
+     186             :         /* C order */
+     187             :         NPY_CORDER=0,
+     188             :         /* Fortran order */
+     189             :         NPY_FORTRANORDER=1,
+     190             :         /* An order as close to the inputs as possible */
+     191             :         NPY_KEEPORDER=2
+     192             : } NPY_ORDER;
+     193             : 
+     194             : /* For specifying allowed casting in operations which support it */
+     195             : typedef enum {
+     196             :         _NPY_ERROR_OCCURRED_IN_CAST = -1,
+     197             :         /* Only allow identical types */
+     198             :         NPY_NO_CASTING=0,
+     199             :         /* Allow identical and byte swapped types */
+     200             :         NPY_EQUIV_CASTING=1,
+     201             :         /* Only allow safe casts */
+     202             :         NPY_SAFE_CASTING=2,
+     203             :         /* Allow safe casts or casts within the same kind */
+     204             :         NPY_SAME_KIND_CASTING=3,
+     205             :         /* Allow any casts */
+     206             :         NPY_UNSAFE_CASTING=4,
+     207             : } NPY_CASTING;
+     208             : 
+     209             : typedef enum {
+     210             :         NPY_CLIP=0,
+     211             :         NPY_WRAP=1,
+     212             :         NPY_RAISE=2
+     213             : } NPY_CLIPMODE;
+     214             : 
+     215             : typedef enum {
+     216             :         NPY_VALID=0,
+     217             :         NPY_SAME=1,
+     218             :         NPY_FULL=2
+     219             : } NPY_CORRELATEMODE;
+     220             : 
+     221             : /* The special not-a-time (NaT) value */
+     222             : #define NPY_DATETIME_NAT NPY_MIN_INT64
+     223             : 
+     224             : /*
+     225             :  * Upper bound on the length of a DATETIME ISO 8601 string
+     226             :  *   YEAR: 21 (64-bit year)
+     227             :  *   MONTH: 3
+     228             :  *   DAY: 3
+     229             :  *   HOURS: 3
+     230             :  *   MINUTES: 3
+     231             :  *   SECONDS: 3
+     232             :  *   ATTOSECONDS: 1 + 3*6
+     233             :  *   TIMEZONE: 5
+     234             :  *   NULL TERMINATOR: 1
+     235             :  */
+     236             : #define NPY_DATETIME_MAX_ISO8601_STRLEN (21 + 3*5 + 1 + 3*6 + 6 + 1)
+     237             : 
+     238             : /* The FR in the unit names stands for frequency */
+     239             : typedef enum {
+     240             :         /* Force signed enum type, must be -1 for code compatibility */
+     241             :         NPY_FR_ERROR = -1,      /* error or undetermined */
+     242             : 
+     243             :         /* Start of valid units */
+     244             :         NPY_FR_Y = 0,           /* Years */
+     245             :         NPY_FR_M = 1,           /* Months */
+     246             :         NPY_FR_W = 2,           /* Weeks */
+     247             :         /* Gap where 1.6 NPY_FR_B (value 3) was */
+     248             :         NPY_FR_D = 4,           /* Days */
+     249             :         NPY_FR_h = 5,           /* hours */
+     250             :         NPY_FR_m = 6,           /* minutes */
+     251             :         NPY_FR_s = 7,           /* seconds */
+     252             :         NPY_FR_ms = 8,          /* milliseconds */
+     253             :         NPY_FR_us = 9,          /* microseconds */
+     254             :         NPY_FR_ns = 10,         /* nanoseconds */
+     255             :         NPY_FR_ps = 11,         /* picoseconds */
+     256             :         NPY_FR_fs = 12,         /* femtoseconds */
+     257             :         NPY_FR_as = 13,         /* attoseconds */
+     258             :         NPY_FR_GENERIC = 14     /* unbound units, can convert to anything */
+     259             : } NPY_DATETIMEUNIT;
+     260             : 
+     261             : /*
+     262             :  * NOTE: With the NPY_FR_B gap for 1.6 ABI compatibility, NPY_DATETIME_NUMUNITS
+     263             :  * is technically one more than the actual number of units.
+     264             :  */
+     265             : #define NPY_DATETIME_NUMUNITS (NPY_FR_GENERIC + 1)
+     266             : #define NPY_DATETIME_DEFAULTUNIT NPY_FR_GENERIC
+     267             : 
+     268             : /*
+     269             :  * Business day conventions for mapping invalid business
+     270             :  * days to valid business days.
+     271             :  */
+     272             : typedef enum {
+     273             :     /* Go forward in time to the following business day. */
+     274             :     NPY_BUSDAY_FORWARD,
+     275             :     NPY_BUSDAY_FOLLOWING = NPY_BUSDAY_FORWARD,
+     276             :     /* Go backward in time to the preceding business day. */
+     277             :     NPY_BUSDAY_BACKWARD,
+     278             :     NPY_BUSDAY_PRECEDING = NPY_BUSDAY_BACKWARD,
+     279             :     /*
+     280             :      * Go forward in time to the following business day, unless it
+     281             :      * crosses a month boundary, in which case go backward
+     282             :      */
+     283             :     NPY_BUSDAY_MODIFIEDFOLLOWING,
+     284             :     /*
+     285             :      * Go backward in time to the preceding business day, unless it
+     286             :      * crosses a month boundary, in which case go forward.
+     287             :      */
+     288             :     NPY_BUSDAY_MODIFIEDPRECEDING,
+     289             :     /* Produce a NaT for non-business days. */
+     290             :     NPY_BUSDAY_NAT,
+     291             :     /* Raise an exception for non-business days. */
+     292             :     NPY_BUSDAY_RAISE
+     293             : } NPY_BUSDAY_ROLL;
+     294             : 
+     295             : /************************************************************
+     296             :  * NumPy Auxiliary Data for inner loops, sort functions, etc.
+     297             :  ************************************************************/
+     298             : 
+     299             : /*
+     300             :  * When creating an auxiliary data struct, this should always appear
+     301             :  * as the first member, like this:
+     302             :  *
+     303             :  * typedef struct {
+     304             :  *     NpyAuxData base;
+     305             :  *     double constant;
+     306             :  * } constant_multiplier_aux_data;
+     307             :  */
+     308             : typedef struct NpyAuxData_tag NpyAuxData;
+     309             : 
+     310             : /* Function pointers for freeing or cloning auxiliary data */
+     311             : typedef void (NpyAuxData_FreeFunc) (NpyAuxData *);
+     312             : typedef NpyAuxData *(NpyAuxData_CloneFunc) (NpyAuxData *);
+     313             : 
+     314             : struct NpyAuxData_tag {
+     315             :     NpyAuxData_FreeFunc *free;
+     316             :     NpyAuxData_CloneFunc *clone;
+     317             :     /* To allow for a bit of expansion without breaking the ABI */
+     318             :     void *reserved[2];
+     319             : };
+     320             : 
+     321             : /* Macros to use for freeing and cloning auxiliary data */
+     322             : #define NPY_AUXDATA_FREE(auxdata) \
+     323             :     do { \
+     324             :         if ((auxdata) != NULL) { \
+     325             :             (auxdata)->free(auxdata); \
+     326             :         } \
+     327             :     } while(0)
+     328             : #define NPY_AUXDATA_CLONE(auxdata) \
+     329             :     ((auxdata)->clone(auxdata))
+     330             : 
+     331             : #define NPY_ERR(str) fprintf(stderr, #str); fflush(stderr);
+     332             : #define NPY_ERR2(str) fprintf(stderr, str); fflush(stderr);
+     333             : 
+     334             : /*
+     335             : * Macros to define how array, and dimension/strides data is
+     336             : * allocated. These should be made private
+     337             : */
+     338             : 
+     339             : #define NPY_USE_PYMEM 1
+     340             : 
+     341             : 
+     342             : #if NPY_USE_PYMEM == 1
+     343             : /* use the Raw versions which are safe to call with the GIL released */
+     344             : #define PyArray_malloc PyMem_RawMalloc
+     345             : #define PyArray_free PyMem_RawFree
+     346             : #define PyArray_realloc PyMem_RawRealloc
+     347             : #else
+     348             : #define PyArray_malloc malloc
+     349             : #define PyArray_free free
+     350             : #define PyArray_realloc realloc
+     351             : #endif
+     352             : 
+     353             : /* Dimensions and strides */
+     354             : #define PyDimMem_NEW(size)                                         \
+     355             :     ((npy_intp *)PyArray_malloc(size*sizeof(npy_intp)))
+     356             : 
+     357             : #define PyDimMem_FREE(ptr) PyArray_free(ptr)
+     358             : 
+     359             : #define PyDimMem_RENEW(ptr,size)                                   \
+     360             :         ((npy_intp *)PyArray_realloc(ptr,size*sizeof(npy_intp)))
+     361             : 
+     362             : /* forward declaration */
+     363             : struct _PyArray_Descr;
+     364             : 
+     365             : /* These must deal with unaligned and swapped data if necessary */
+     366             : typedef PyObject * (PyArray_GetItemFunc) (void *, void *);
+     367             : typedef int (PyArray_SetItemFunc)(PyObject *, void *, void *);
+     368             : 
+     369             : typedef void (PyArray_CopySwapNFunc)(void *, npy_intp, void *, npy_intp,
+     370             :                                      npy_intp, int, void *);
+     371             : 
+     372             : typedef void (PyArray_CopySwapFunc)(void *, void *, int, void *);
+     373             : typedef npy_bool (PyArray_NonzeroFunc)(void *, void *);
+     374             : 
+     375             : 
+     376             : /*
+     377             :  * These assume aligned and notswapped data -- a buffer will be used
+     378             :  * before or contiguous data will be obtained
+     379             :  */
+     380             : 
+     381             : typedef int (PyArray_CompareFunc)(const void *, const void *, void *);
+     382             : typedef int (PyArray_ArgFunc)(void*, npy_intp, npy_intp*, void *);
+     383             : 
+     384             : typedef void (PyArray_DotFunc)(void *, npy_intp, void *, npy_intp, void *,
+     385             :                                npy_intp, void *);
+     386             : 
+     387             : typedef void (PyArray_VectorUnaryFunc)(void *, void *, npy_intp, void *,
+     388             :                                        void *);
+     389             : 
+     390             : /*
+     391             :  * XXX the ignore argument should be removed next time the API version
+     392             :  * is bumped. It used to be the separator.
+     393             :  */
+     394             : typedef int (PyArray_ScanFunc)(FILE *fp, void *dptr,
+     395             :                                char *ignore, struct _PyArray_Descr *);
+     396             : typedef int (PyArray_FromStrFunc)(char *s, void *dptr, char **endptr,
+     397             :                                   struct _PyArray_Descr *);
+     398             : 
+     399             : typedef int (PyArray_FillFunc)(void *, npy_intp, void *);
+     400             : 
+     401             : typedef int (PyArray_SortFunc)(void *, npy_intp, void *);
+     402             : typedef int (PyArray_ArgSortFunc)(void *, npy_intp *, npy_intp, void *);
+     403             : typedef int (PyArray_PartitionFunc)(void *, npy_intp, npy_intp,
+     404             :                                     npy_intp *, npy_intp *,
+     405             :                                     void *);
+     406             : typedef int (PyArray_ArgPartitionFunc)(void *, npy_intp *, npy_intp, npy_intp,
+     407             :                                        npy_intp *, npy_intp *,
+     408             :                                        void *);
+     409             : 
+     410             : typedef int (PyArray_FillWithScalarFunc)(void *, npy_intp, void *, void *);
+     411             : 
+     412             : typedef int (PyArray_ScalarKindFunc)(void *);
+     413             : 
+     414             : typedef void (PyArray_FastClipFunc)(void *in, npy_intp n_in, void *min,
+     415             :                                     void *max, void *out);
+     416             : typedef void (PyArray_FastPutmaskFunc)(void *in, void *mask, npy_intp n_in,
+     417             :                                        void *values, npy_intp nv);
+     418             : typedef int  (PyArray_FastTakeFunc)(void *dest, void *src, npy_intp *indarray,
+     419             :                                        npy_intp nindarray, npy_intp n_outer,
+     420             :                                        npy_intp m_middle, npy_intp nelem,
+     421             :                                        NPY_CLIPMODE clipmode);
+     422             : 
+     423             : typedef struct {
+     424             :         npy_intp *ptr;
+     425             :         int len;
+     426             : } PyArray_Dims;
+     427             : 
+     428             : typedef struct {
+     429             :         /*
+     430             :          * Functions to cast to most other standard types
+     431             :          * Can have some NULL entries. The types
+     432             :          * DATETIME, TIMEDELTA, and HALF go into the castdict
+     433             :          * even though they are built-in.
+     434             :          */
+     435             :         PyArray_VectorUnaryFunc *cast[NPY_NTYPES_ABI_COMPATIBLE];
+     436             : 
+     437             :         /* The next four functions *cannot* be NULL */
+     438             : 
+     439             :         /*
+     440             :          * Functions to get and set items with standard Python types
+     441             :          * -- not array scalars
+     442             :          */
+     443             :         PyArray_GetItemFunc *getitem;
+     444             :         PyArray_SetItemFunc *setitem;
+     445             : 
+     446             :         /*
+     447             :          * Copy and/or swap data.  Memory areas may not overlap
+     448             :          * Use memmove first if they might
+     449             :          */
+     450             :         PyArray_CopySwapNFunc *copyswapn;
+     451             :         PyArray_CopySwapFunc *copyswap;
+     452             : 
+     453             :         /*
+     454             :          * Function to compare items
+     455             :          * Can be NULL
+     456             :          */
+     457             :         PyArray_CompareFunc *compare;
+     458             : 
+     459             :         /*
+     460             :          * Function to select largest
+     461             :          * Can be NULL
+     462             :          */
+     463             :         PyArray_ArgFunc *argmax;
+     464             : 
+     465             :         /*
+     466             :          * Function to compute dot product
+     467             :          * Can be NULL
+     468             :          */
+     469             :         PyArray_DotFunc *dotfunc;
+     470             : 
+     471             :         /*
+     472             :          * Function to scan an ASCII file and
+     473             :          * place a single value plus possible separator
+     474             :          * Can be NULL
+     475             :          */
+     476             :         PyArray_ScanFunc *scanfunc;
+     477             : 
+     478             :         /*
+     479             :          * Function to read a single value from a string
+     480             :          * and adjust the pointer; Can be NULL
+     481             :          */
+     482             :         PyArray_FromStrFunc *fromstr;
+     483             : 
+     484             :         /*
+     485             :          * Function to determine if data is zero or not
+     486             :          * If NULL a default version is
+     487             :          * used at Registration time.
+     488             :          */
+     489             :         PyArray_NonzeroFunc *nonzero;
+     490             : 
+     491             :         /*
+     492             :          * Used for arange. Should return 0 on success
+     493             :          * and -1 on failure.
+     494             :          * Can be NULL.
+     495             :          */
+     496             :         PyArray_FillFunc *fill;
+     497             : 
+     498             :         /*
+     499             :          * Function to fill arrays with scalar values
+     500             :          * Can be NULL
+     501             :          */
+     502             :         PyArray_FillWithScalarFunc *fillwithscalar;
+     503             : 
+     504             :         /*
+     505             :          * Sorting functions
+     506             :          * Can be NULL
+     507             :          */
+     508             :         PyArray_SortFunc *sort[NPY_NSORTS];
+     509             :         PyArray_ArgSortFunc *argsort[NPY_NSORTS];
+     510             : 
+     511             :         /*
+     512             :          * Dictionary of additional casting functions
+     513             :          * PyArray_VectorUnaryFuncs
+     514             :          * which can be populated to support casting
+     515             :          * to other registered types. Can be NULL
+     516             :          */
+     517             :         PyObject *castdict;
+     518             : 
+     519             :         /*
+     520             :          * Functions useful for generalizing
+     521             :          * the casting rules.
+     522             :          * Can be NULL;
+     523             :          */
+     524             :         PyArray_ScalarKindFunc *scalarkind;
+     525             :         int **cancastscalarkindto;
+     526             :         int *cancastto;
+     527             : 
+     528             :         PyArray_FastClipFunc *fastclip;
+     529             :         PyArray_FastPutmaskFunc *fastputmask;
+     530             :         PyArray_FastTakeFunc *fasttake;
+     531             : 
+     532             :         /*
+     533             :          * Function to select smallest
+     534             :          * Can be NULL
+     535             :          */
+     536             :         PyArray_ArgFunc *argmin;
+     537             : 
+     538             : } PyArray_ArrFuncs;
+     539             : 
+     540             : /* The item must be reference counted when it is inserted or extracted. */
+     541             : #define NPY_ITEM_REFCOUNT   0x01
+     542             : /* Same as needing REFCOUNT */
+     543             : #define NPY_ITEM_HASOBJECT  0x01
+     544             : /* Convert to list for pickling */
+     545             : #define NPY_LIST_PICKLE     0x02
+     546             : /* The item is a POINTER  */
+     547             : #define NPY_ITEM_IS_POINTER 0x04
+     548             : /* memory needs to be initialized for this data-type */
+     549             : #define NPY_NEEDS_INIT      0x08
+     550             : /* operations need Python C-API so don't give-up thread. */
+     551             : #define NPY_NEEDS_PYAPI     0x10
+     552             : /* Use f.getitem when extracting elements of this data-type */
+     553             : #define NPY_USE_GETITEM     0x20
+     554             : /* Use f.setitem when setting creating 0-d array from this data-type.*/
+     555             : #define NPY_USE_SETITEM     0x40
+     556             : /* A sticky flag specifically for structured arrays */
+     557             : #define NPY_ALIGNED_STRUCT  0x80
+     558             : 
+     559             : /*
+     560             :  *These are inherited for global data-type if any data-types in the
+     561             :  * field have them
+     562             :  */
+     563             : #define NPY_FROM_FIELDS    (NPY_NEEDS_INIT | NPY_LIST_PICKLE | \
+     564             :                             NPY_ITEM_REFCOUNT | NPY_NEEDS_PYAPI)
+     565             : 
+     566             : #define NPY_OBJECT_DTYPE_FLAGS (NPY_LIST_PICKLE | NPY_USE_GETITEM | \
+     567             :                                 NPY_ITEM_IS_POINTER | NPY_ITEM_REFCOUNT | \
+     568             :                                 NPY_NEEDS_INIT | NPY_NEEDS_PYAPI)
+     569             : 
+     570             : #define PyDataType_FLAGCHK(dtype, flag) \
+     571             :         (((dtype)->flags & (flag)) == (flag))
+     572             : 
+     573             : #define PyDataType_REFCHK(dtype) \
+     574             :         PyDataType_FLAGCHK(dtype, NPY_ITEM_REFCOUNT)
+     575             : 
+     576             : typedef struct _PyArray_Descr {
+     577             :         PyObject_HEAD
+     578             :         /*
+     579             :          * the type object representing an
+     580             :          * instance of this type -- should not
+     581             :          * be two type_numbers with the same type
+     582             :          * object.
+     583             :          */
+     584             :         PyTypeObject *typeobj;
+     585             :         /* kind for this type */
+     586             :         char kind;
+     587             :         /* unique-character representing this type */
+     588             :         char type;
+     589             :         /*
+     590             :          * '>' (big), '<' (little), '|'
+     591             :          * (not-applicable), or '=' (native).
+     592             :          */
+     593             :         char byteorder;
+     594             :         /* flags describing data type */
+     595             :         char flags;
+     596             :         /* number representing this type */
+     597             :         int type_num;
+     598             :         /* element size (itemsize) for this type */
+     599             :         int elsize;
+     600             :         /* alignment needed for this type */
+     601             :         int alignment;
+     602             :         /*
+     603             :          * Non-NULL if this type is
+     604             :          * is an array (C-contiguous)
+     605             :          * of some other type
+     606             :          */
+     607             :         struct _arr_descr *subarray;
+     608             :         /*
+     609             :          * The fields dictionary for this type
+     610             :          * For statically defined descr this
+     611             :          * is always Py_None
+     612             :          */
+     613             :         PyObject *fields;
+     614             :         /*
+     615             :          * An ordered tuple of field names or NULL
+     616             :          * if no fields are defined
+     617             :          */
+     618             :         PyObject *names;
+     619             :         /*
+     620             :          * a table of functions specific for each
+     621             :          * basic data descriptor
+     622             :          */
+     623             :         PyArray_ArrFuncs *f;
+     624             :         /* Metadata about this dtype */
+     625             :         PyObject *metadata;
+     626             :         /*
+     627             :          * Metadata specific to the C implementation
+     628             :          * of the particular dtype. This was added
+     629             :          * for NumPy 1.7.0.
+     630             :          */
+     631             :         NpyAuxData *c_metadata;
+     632             :         /* Cached hash value (-1 if not yet computed).
+     633             :          * This was added for NumPy 2.0.0.
+     634             :          */
+     635             :         npy_hash_t hash;
+     636             : } PyArray_Descr;
+     637             : 
+     638             : typedef struct _arr_descr {
+     639             :         PyArray_Descr *base;
+     640             :         PyObject *shape;       /* a tuple */
+     641             : } PyArray_ArrayDescr;
+     642             : 
+     643             : /*
+     644             :  * Memory handler structure for array data.
+     645             :  */
+     646             : /* The declaration of free differs from PyMemAllocatorEx */
+     647             : typedef struct {
+     648             :     void *ctx;
+     649             :     void* (*malloc) (void *ctx, size_t size);
+     650             :     void* (*calloc) (void *ctx, size_t nelem, size_t elsize);
+     651             :     void* (*realloc) (void *ctx, void *ptr, size_t new_size);
+     652             :     void (*free) (void *ctx, void *ptr, size_t size);
+     653             :     /*
+     654             :      * This is the end of the version=1 struct. Only add new fields after
+     655             :      * this line
+     656             :      */
+     657             : } PyDataMemAllocator;
+     658             : 
+     659             : typedef struct {
+     660             :     char name[127];  /* multiple of 64 to keep the struct aligned */
+     661             :     uint8_t version; /* currently 1 */
+     662             :     PyDataMemAllocator allocator;
+     663             : } PyDataMem_Handler;
+     664             : 
+     665             : 
+     666             : /*
+     667             :  * The main array object structure.
+     668             :  *
+     669             :  * It has been recommended to use the inline functions defined below
+     670             :  * (PyArray_DATA and friends) to access fields here for a number of
+     671             :  * releases. Direct access to the members themselves is deprecated.
+     672             :  * To ensure that your code does not use deprecated access,
+     673             :  * #define NPY_NO_DEPRECATED_API NPY_1_7_API_VERSION
+     674             :  * (or NPY_1_8_API_VERSION or higher as required).
+     675             :  */
+     676             : /* This struct will be moved to a private header in a future release */
+     677             : typedef struct tagPyArrayObject_fields {
+     678             :     PyObject_HEAD
+     679             :     /* Pointer to the raw data buffer */
+     680             :     char *data;
+     681             :     /* The number of dimensions, also called 'ndim' */
+     682             :     int nd;
+     683             :     /* The size in each dimension, also called 'shape' */
+     684             :     npy_intp *dimensions;
+     685             :     /*
+     686             :      * Number of bytes to jump to get to the
+     687             :      * next element in each dimension
+     688             :      */
+     689             :     npy_intp *strides;
+     690             :     /*
+     691             :      * This object is decref'd upon
+     692             :      * deletion of array. Except in the
+     693             :      * case of WRITEBACKIFCOPY which has
+     694             :      * special handling.
+     695             :      *
+     696             :      * For views it points to the original
+     697             :      * array, collapsed so no chains of
+     698             :      * views occur.
+     699             :      *
+     700             :      * For creation from buffer object it
+     701             :      * points to an object that should be
+     702             :      * decref'd on deletion
+     703             :      *
+     704             :      * For WRITEBACKIFCOPY flag this is an
+     705             :      * array to-be-updated upon calling
+     706             :      * PyArray_ResolveWritebackIfCopy
+     707             :      */
+     708             :     PyObject *base;
+     709             :     /* Pointer to type structure */
+     710             :     PyArray_Descr *descr;
+     711             :     /* Flags describing array -- see below */
+     712             :     int flags;
+     713             :     /* For weak references */
+     714             :     PyObject *weakreflist;
+     715             : #if NPY_FEATURE_VERSION >= NPY_1_20_API_VERSION
+     716             :     void *_buffer_info;  /* private buffer info, tagged to allow warning */
+     717             : #endif
+     718             :     /*
+     719             :      * For malloc/calloc/realloc/free per object
+     720             :      */
+     721             : #if NPY_FEATURE_VERSION >= NPY_1_22_API_VERSION
+     722             :     PyObject *mem_handler;
+     723             : #endif
+     724             : } PyArrayObject_fields;
+     725             : 
+     726             : /*
+     727             :  * To hide the implementation details, we only expose
+     728             :  * the Python struct HEAD.
+     729             :  */
+     730             : #if !defined(NPY_NO_DEPRECATED_API) || \
+     731             :     (NPY_NO_DEPRECATED_API < NPY_1_7_API_VERSION)
+     732             : /*
+     733             :  * Can't put this in npy_deprecated_api.h like the others.
+     734             :  * PyArrayObject field access is deprecated as of NumPy 1.7.
+     735             :  */
+     736             : typedef PyArrayObject_fields PyArrayObject;
+     737             : #else
+     738             : typedef struct tagPyArrayObject {
+     739             :         PyObject_HEAD
+     740             : } PyArrayObject;
+     741             : #endif
+     742             : 
+     743             : /*
+     744             :  * Removed 2020-Nov-25, NumPy 1.20
+     745             :  * #define NPY_SIZEOF_PYARRAYOBJECT (sizeof(PyArrayObject_fields))
+     746             :  *
+     747             :  * The above macro was removed as it gave a false sense of a stable ABI
+     748             :  * with respect to the structures size.  If you require a runtime constant,
+     749             :  * you can use `PyArray_Type.tp_basicsize` instead.  Otherwise, please
+     750             :  * see the PyArrayObject documentation or ask the NumPy developers for
+     751             :  * information on how to correctly replace the macro in a way that is
+     752             :  * compatible with multiple NumPy versions.
+     753             :  */
+     754             : 
+     755             : 
+     756             : /* Array Flags Object */
+     757             : typedef struct PyArrayFlagsObject {
+     758             :         PyObject_HEAD
+     759             :         PyObject *arr;
+     760             :         int flags;
+     761             : } PyArrayFlagsObject;
+     762             : 
+     763             : /* Mirrors buffer object to ptr */
+     764             : 
+     765             : typedef struct {
+     766             :         PyObject_HEAD
+     767             :         PyObject *base;
+     768             :         void *ptr;
+     769             :         npy_intp len;
+     770             :         int flags;
+     771             : } PyArray_Chunk;
+     772             : 
+     773             : typedef struct {
+     774             :     NPY_DATETIMEUNIT base;
+     775             :     int num;
+     776             : } PyArray_DatetimeMetaData;
+     777             : 
+     778             : typedef struct {
+     779             :     NpyAuxData base;
+     780             :     PyArray_DatetimeMetaData meta;
+     781             : } PyArray_DatetimeDTypeMetaData;
+     782             : 
+     783             : /*
+     784             :  * This structure contains an exploded view of a date-time value.
+     785             :  * NaT is represented by year == NPY_DATETIME_NAT.
+     786             :  */
+     787             : typedef struct {
+     788             :         npy_int64 year;
+     789             :         npy_int32 month, day, hour, min, sec, us, ps, as;
+     790             : } npy_datetimestruct;
+     791             : 
+     792             : /* This is not used internally. */
+     793             : typedef struct {
+     794             :         npy_int64 day;
+     795             :         npy_int32 sec, us, ps, as;
+     796             : } npy_timedeltastruct;
+     797             : 
+     798             : typedef int (PyArray_FinalizeFunc)(PyArrayObject *, PyObject *);
+     799             : 
+     800             : /*
+     801             :  * Means c-style contiguous (last index varies the fastest). The data
+     802             :  * elements right after each other.
+     803             :  *
+     804             :  * This flag may be requested in constructor functions.
+     805             :  * This flag may be tested for in PyArray_FLAGS(arr).
+     806             :  */
+     807             : #define NPY_ARRAY_C_CONTIGUOUS    0x0001
+     808             : 
+     809             : /*
+     810             :  * Set if array is a contiguous Fortran array: the first index varies
+     811             :  * the fastest in memory (strides array is reverse of C-contiguous
+     812             :  * array)
+     813             :  *
+     814             :  * This flag may be requested in constructor functions.
+     815             :  * This flag may be tested for in PyArray_FLAGS(arr).
+     816             :  */
+     817             : #define NPY_ARRAY_F_CONTIGUOUS    0x0002
+     818             : 
+     819             : /*
+     820             :  * Note: all 0-d arrays are C_CONTIGUOUS and F_CONTIGUOUS. If a
+     821             :  * 1-d array is C_CONTIGUOUS it is also F_CONTIGUOUS. Arrays with
+     822             :  * more then one dimension can be C_CONTIGUOUS and F_CONTIGUOUS
+     823             :  * at the same time if they have either zero or one element.
+     824             :  * A higher dimensional array always has the same contiguity flags as
+     825             :  * `array.squeeze()`; dimensions with `array.shape[dimension] == 1` are
+     826             :  * effectively ignored when checking for contiguity.
+     827             :  */
+     828             : 
+     829             : /*
+     830             :  * If set, the array owns the data: it will be free'd when the array
+     831             :  * is deleted.
+     832             :  *
+     833             :  * This flag may be tested for in PyArray_FLAGS(arr).
+     834             :  */
+     835             : #define NPY_ARRAY_OWNDATA         0x0004
+     836             : 
+     837             : /*
+     838             :  * An array never has the next four set; they're only used as parameter
+     839             :  * flags to the various FromAny functions
+     840             :  *
+     841             :  * This flag may be requested in constructor functions.
+     842             :  */
+     843             : 
+     844             : /* Cause a cast to occur regardless of whether or not it is safe. */
+     845             : #define NPY_ARRAY_FORCECAST       0x0010
+     846             : 
+     847             : /*
+     848             :  * Always copy the array. Returned arrays are always CONTIGUOUS,
+     849             :  * ALIGNED, and WRITEABLE. See also: NPY_ARRAY_ENSURENOCOPY = 0x4000.
+     850             :  *
+     851             :  * This flag may be requested in constructor functions.
+     852             :  */
+     853             : #define NPY_ARRAY_ENSURECOPY      0x0020
+     854             : 
+     855             : /*
+     856             :  * Make sure the returned array is a base-class ndarray
+     857             :  *
+     858             :  * This flag may be requested in constructor functions.
+     859             :  */
+     860             : #define NPY_ARRAY_ENSUREARRAY     0x0040
+     861             : 
+     862             : /*
+     863             :  * Make sure that the strides are in units of the element size Needed
+     864             :  * for some operations with record-arrays.
+     865             :  *
+     866             :  * This flag may be requested in constructor functions.
+     867             :  */
+     868             : #define NPY_ARRAY_ELEMENTSTRIDES  0x0080
+     869             : 
+     870             : /*
+     871             :  * Array data is aligned on the appropriate memory address for the type
+     872             :  * stored according to how the compiler would align things (e.g., an
+     873             :  * array of integers (4 bytes each) starts on a memory address that's
+     874             :  * a multiple of 4)
+     875             :  *
+     876             :  * This flag may be requested in constructor functions.
+     877             :  * This flag may be tested for in PyArray_FLAGS(arr).
+     878             :  */
+     879             : #define NPY_ARRAY_ALIGNED         0x0100
+     880             : 
+     881             : /*
+     882             :  * Array data has the native endianness
+     883             :  *
+     884             :  * This flag may be requested in constructor functions.
+     885             :  */
+     886             : #define NPY_ARRAY_NOTSWAPPED      0x0200
+     887             : 
+     888             : /*
+     889             :  * Array data is writeable
+     890             :  *
+     891             :  * This flag may be requested in constructor functions.
+     892             :  * This flag may be tested for in PyArray_FLAGS(arr).
+     893             :  */
+     894             : #define NPY_ARRAY_WRITEABLE       0x0400
+     895             : 
+     896             : /*
+     897             :  * If this flag is set, then base contains a pointer to an array of
+     898             :  * the same size that should be updated with the current contents of
+     899             :  * this array when PyArray_ResolveWritebackIfCopy is called.
+     900             :  *
+     901             :  * This flag may be requested in constructor functions.
+     902             :  * This flag may be tested for in PyArray_FLAGS(arr).
+     903             :  */
+     904             : #define NPY_ARRAY_WRITEBACKIFCOPY 0x2000
+     905             : 
+     906             : /*
+     907             :  * No copy may be made while converting from an object/array (result is a view)
+     908             :  *
+     909             :  * This flag may be requested in constructor functions.
+     910             :  */
+     911             : #define NPY_ARRAY_ENSURENOCOPY 0x4000
+     912             : 
+     913             : /*
+     914             :  * NOTE: there are also internal flags defined in multiarray/arrayobject.h,
+     915             :  * which start at bit 31 and work down.
+     916             :  */
+     917             : 
+     918             : #define NPY_ARRAY_BEHAVED      (NPY_ARRAY_ALIGNED | \
+     919             :                                 NPY_ARRAY_WRITEABLE)
+     920             : #define NPY_ARRAY_BEHAVED_NS   (NPY_ARRAY_ALIGNED | \
+     921             :                                 NPY_ARRAY_WRITEABLE | \
+     922             :                                 NPY_ARRAY_NOTSWAPPED)
+     923             : #define NPY_ARRAY_CARRAY       (NPY_ARRAY_C_CONTIGUOUS | \
+     924             :                                 NPY_ARRAY_BEHAVED)
+     925             : #define NPY_ARRAY_CARRAY_RO    (NPY_ARRAY_C_CONTIGUOUS | \
+     926             :                                 NPY_ARRAY_ALIGNED)
+     927             : #define NPY_ARRAY_FARRAY       (NPY_ARRAY_F_CONTIGUOUS | \
+     928             :                                 NPY_ARRAY_BEHAVED)
+     929             : #define NPY_ARRAY_FARRAY_RO    (NPY_ARRAY_F_CONTIGUOUS | \
+     930             :                                 NPY_ARRAY_ALIGNED)
+     931             : #define NPY_ARRAY_DEFAULT      (NPY_ARRAY_CARRAY)
+     932             : #define NPY_ARRAY_IN_ARRAY     (NPY_ARRAY_CARRAY_RO)
+     933             : #define NPY_ARRAY_OUT_ARRAY    (NPY_ARRAY_CARRAY)
+     934             : #define NPY_ARRAY_INOUT_ARRAY  (NPY_ARRAY_CARRAY)
+     935             : #define NPY_ARRAY_INOUT_ARRAY2 (NPY_ARRAY_CARRAY | \
+     936             :                                 NPY_ARRAY_WRITEBACKIFCOPY)
+     937             : #define NPY_ARRAY_IN_FARRAY    (NPY_ARRAY_FARRAY_RO)
+     938             : #define NPY_ARRAY_OUT_FARRAY   (NPY_ARRAY_FARRAY)
+     939             : #define NPY_ARRAY_INOUT_FARRAY (NPY_ARRAY_FARRAY)
+     940             : #define NPY_ARRAY_INOUT_FARRAY2 (NPY_ARRAY_FARRAY | \
+     941             :                                 NPY_ARRAY_WRITEBACKIFCOPY)
+     942             : 
+     943             : #define NPY_ARRAY_UPDATE_ALL   (NPY_ARRAY_C_CONTIGUOUS | \
+     944             :                                 NPY_ARRAY_F_CONTIGUOUS | \
+     945             :                                 NPY_ARRAY_ALIGNED)
+     946             : 
+     947             : /* This flag is for the array interface, not PyArrayObject */
+     948             : #define NPY_ARR_HAS_DESCR  0x0800
+     949             : 
+     950             : 
+     951             : 
+     952             : 
+     953             : /*
+     954             :  * Size of internal buffers used for alignment Make BUFSIZE a multiple
+     955             :  * of sizeof(npy_cdouble) -- usually 16 so that ufunc buffers are aligned
+     956             :  */
+     957             : #define NPY_MIN_BUFSIZE ((int)sizeof(npy_cdouble))
+     958             : #define NPY_MAX_BUFSIZE (((int)sizeof(npy_cdouble))*1000000)
+     959             : #define NPY_BUFSIZE 8192
+     960             : /* buffer stress test size: */
+     961             : /*#define NPY_BUFSIZE 17*/
+     962             : 
+     963             : #define PyArray_MAX(a,b) (((a)>(b))?(a):(b))
+     964             : #define PyArray_MIN(a,b) (((a)<(b))?(a):(b))
+     965             : #define PyArray_CLT(p,q) ((((p).real==(q).real) ? ((p).imag < (q).imag) : \
+     966             :                                ((p).real < (q).real)))
+     967             : #define PyArray_CGT(p,q) ((((p).real==(q).real) ? ((p).imag > (q).imag) : \
+     968             :                                ((p).real > (q).real)))
+     969             : #define PyArray_CLE(p,q) ((((p).real==(q).real) ? ((p).imag <= (q).imag) : \
+     970             :                                ((p).real <= (q).real)))
+     971             : #define PyArray_CGE(p,q) ((((p).real==(q).real) ? ((p).imag >= (q).imag) : \
+     972             :                                ((p).real >= (q).real)))
+     973             : #define PyArray_CEQ(p,q) (((p).real==(q).real) && ((p).imag == (q).imag))
+     974             : #define PyArray_CNE(p,q) (((p).real!=(q).real) || ((p).imag != (q).imag))
+     975             : 
+     976             : /*
+     977             :  * C API: consists of Macros and functions.  The MACROS are defined
+     978             :  * here.
+     979             :  */
+     980             : 
+     981             : 
+     982             : #define PyArray_ISCONTIGUOUS(m) PyArray_CHKFLAGS((m), NPY_ARRAY_C_CONTIGUOUS)
+     983             : #define PyArray_ISWRITEABLE(m) PyArray_CHKFLAGS((m), NPY_ARRAY_WRITEABLE)
+     984             : #define PyArray_ISALIGNED(m) PyArray_CHKFLAGS((m), NPY_ARRAY_ALIGNED)
+     985             : 
+     986             : #define PyArray_IS_C_CONTIGUOUS(m) PyArray_CHKFLAGS((m), NPY_ARRAY_C_CONTIGUOUS)
+     987             : #define PyArray_IS_F_CONTIGUOUS(m) PyArray_CHKFLAGS((m), NPY_ARRAY_F_CONTIGUOUS)
+     988             : 
+     989             : /* the variable is used in some places, so always define it */
+     990             : #define NPY_BEGIN_THREADS_DEF PyThreadState *_save=NULL;
+     991             : #if NPY_ALLOW_THREADS
+     992             : #define NPY_BEGIN_ALLOW_THREADS Py_BEGIN_ALLOW_THREADS
+     993             : #define NPY_END_ALLOW_THREADS Py_END_ALLOW_THREADS
+     994             : #define NPY_BEGIN_THREADS do {_save = PyEval_SaveThread();} while (0);
+     995             : #define NPY_END_THREADS   do { if (_save) \
+     996             :                 { PyEval_RestoreThread(_save); _save = NULL;} } while (0);
+     997             : #define NPY_BEGIN_THREADS_THRESHOLDED(loop_size) do { if ((loop_size) > 500) \
+     998             :                 { _save = PyEval_SaveThread();} } while (0);
+     999             : 
+    1000             : #define NPY_BEGIN_THREADS_DESCR(dtype) \
+    1001             :         do {if (!(PyDataType_FLAGCHK((dtype), NPY_NEEDS_PYAPI))) \
+    1002             :                 NPY_BEGIN_THREADS;} while (0);
+    1003             : 
+    1004             : #define NPY_END_THREADS_DESCR(dtype) \
+    1005             :         do {if (!(PyDataType_FLAGCHK((dtype), NPY_NEEDS_PYAPI))) \
+    1006             :                 NPY_END_THREADS; } while (0);
+    1007             : 
+    1008             : #define NPY_ALLOW_C_API_DEF  PyGILState_STATE __save__;
+    1009             : #define NPY_ALLOW_C_API      do {__save__ = PyGILState_Ensure();} while (0);
+    1010             : #define NPY_DISABLE_C_API    do {PyGILState_Release(__save__);} while (0);
+    1011             : #else
+    1012             : #define NPY_BEGIN_ALLOW_THREADS
+    1013             : #define NPY_END_ALLOW_THREADS
+    1014             : #define NPY_BEGIN_THREADS
+    1015             : #define NPY_END_THREADS
+    1016             : #define NPY_BEGIN_THREADS_THRESHOLDED(loop_size)
+    1017             : #define NPY_BEGIN_THREADS_DESCR(dtype)
+    1018             : #define NPY_END_THREADS_DESCR(dtype)
+    1019             : #define NPY_ALLOW_C_API_DEF
+    1020             : #define NPY_ALLOW_C_API
+    1021             : #define NPY_DISABLE_C_API
+    1022             : #endif
+    1023             : 
+    1024             : /**********************************
+    1025             :  * The nditer object, added in 1.6
+    1026             :  **********************************/
+    1027             : 
+    1028             : /* The actual structure of the iterator is an internal detail */
+    1029             : typedef struct NpyIter_InternalOnly NpyIter;
+    1030             : 
+    1031             : /* Iterator function pointers that may be specialized */
+    1032             : typedef int (NpyIter_IterNextFunc)(NpyIter *iter);
+    1033             : typedef void (NpyIter_GetMultiIndexFunc)(NpyIter *iter,
+    1034             :                                       npy_intp *outcoords);
+    1035             : 
+    1036             : /*** Global flags that may be passed to the iterator constructors ***/
+    1037             : 
+    1038             : /* Track an index representing C order */
+    1039             : #define NPY_ITER_C_INDEX                    0x00000001
+    1040             : /* Track an index representing Fortran order */
+    1041             : #define NPY_ITER_F_INDEX                    0x00000002
+    1042             : /* Track a multi-index */
+    1043             : #define NPY_ITER_MULTI_INDEX                0x00000004
+    1044             : /* User code external to the iterator does the 1-dimensional innermost loop */
+    1045             : #define NPY_ITER_EXTERNAL_LOOP              0x00000008
+    1046             : /* Convert all the operands to a common data type */
+    1047             : #define NPY_ITER_COMMON_DTYPE               0x00000010
+    1048             : /* Operands may hold references, requiring API access during iteration */
+    1049             : #define NPY_ITER_REFS_OK                    0x00000020
+    1050             : /* Zero-sized operands should be permitted, iteration checks IterSize for 0 */
+    1051             : #define NPY_ITER_ZEROSIZE_OK                0x00000040
+    1052             : /* Permits reductions (size-0 stride with dimension size > 1) */
+    1053             : #define NPY_ITER_REDUCE_OK                  0x00000080
+    1054             : /* Enables sub-range iteration */
+    1055             : #define NPY_ITER_RANGED                     0x00000100
+    1056             : /* Enables buffering */
+    1057             : #define NPY_ITER_BUFFERED                   0x00000200
+    1058             : /* When buffering is enabled, grows the inner loop if possible */
+    1059             : #define NPY_ITER_GROWINNER                  0x00000400
+    1060             : /* Delay allocation of buffers until first Reset* call */
+    1061             : #define NPY_ITER_DELAY_BUFALLOC             0x00000800
+    1062             : /* When NPY_KEEPORDER is specified, disable reversing negative-stride axes */
+    1063             : #define NPY_ITER_DONT_NEGATE_STRIDES        0x00001000
+    1064             : /*
+    1065             :  * If output operands overlap with other operands (based on heuristics that
+    1066             :  * has false positives but no false negatives), make temporary copies to
+    1067             :  * eliminate overlap.
+    1068             :  */
+    1069             : #define NPY_ITER_COPY_IF_OVERLAP            0x00002000
+    1070             : 
+    1071             : /*** Per-operand flags that may be passed to the iterator constructors ***/
+    1072             : 
+    1073             : /* The operand will be read from and written to */
+    1074             : #define NPY_ITER_READWRITE                  0x00010000
+    1075             : /* The operand will only be read from */
+    1076             : #define NPY_ITER_READONLY                   0x00020000
+    1077             : /* The operand will only be written to */
+    1078             : #define NPY_ITER_WRITEONLY                  0x00040000
+    1079             : /* The operand's data must be in native byte order */
+    1080             : #define NPY_ITER_NBO                        0x00080000
+    1081             : /* The operand's data must be aligned */
+    1082             : #define NPY_ITER_ALIGNED                    0x00100000
+    1083             : /* The operand's data must be contiguous (within the inner loop) */
+    1084             : #define NPY_ITER_CONTIG                     0x00200000
+    1085             : /* The operand may be copied to satisfy requirements */
+    1086             : #define NPY_ITER_COPY                       0x00400000
+    1087             : /* The operand may be copied with WRITEBACKIFCOPY to satisfy requirements */
+    1088             : #define NPY_ITER_UPDATEIFCOPY               0x00800000
+    1089             : /* Allocate the operand if it is NULL */
+    1090             : #define NPY_ITER_ALLOCATE                   0x01000000
+    1091             : /* If an operand is allocated, don't use any subtype */
+    1092             : #define NPY_ITER_NO_SUBTYPE                 0x02000000
+    1093             : /* This is a virtual array slot, operand is NULL but temporary data is there */
+    1094             : #define NPY_ITER_VIRTUAL                    0x04000000
+    1095             : /* Require that the dimension match the iterator dimensions exactly */
+    1096             : #define NPY_ITER_NO_BROADCAST               0x08000000
+    1097             : /* A mask is being used on this array, affects buffer -> array copy */
+    1098             : #define NPY_ITER_WRITEMASKED                0x10000000
+    1099             : /* This array is the mask for all WRITEMASKED operands */
+    1100             : #define NPY_ITER_ARRAYMASK                  0x20000000
+    1101             : /* Assume iterator order data access for COPY_IF_OVERLAP */
+    1102             : #define NPY_ITER_OVERLAP_ASSUME_ELEMENTWISE 0x40000000
+    1103             : 
+    1104             : #define NPY_ITER_GLOBAL_FLAGS               0x0000ffff
+    1105             : #define NPY_ITER_PER_OP_FLAGS               0xffff0000
+    1106             : 
+    1107             : 
+    1108             : /*****************************
+    1109             :  * Basic iterator object
+    1110             :  *****************************/
+    1111             : 
+    1112             : /* FWD declaration */
+    1113             : typedef struct PyArrayIterObject_tag PyArrayIterObject;
+    1114             : 
+    1115             : /*
+    1116             :  * type of the function which translates a set of coordinates to a
+    1117             :  * pointer to the data
+    1118             :  */
+    1119             : typedef char* (*npy_iter_get_dataptr_t)(
+    1120             :         PyArrayIterObject* iter, const npy_intp*);
+    1121             : 
+    1122             : struct PyArrayIterObject_tag {
+    1123             :         PyObject_HEAD
+    1124             :         int               nd_m1;            /* number of dimensions - 1 */
+    1125             :         npy_intp          index, size;
+    1126             :         npy_intp          coordinates[NPY_MAXDIMS];/* N-dimensional loop */
+    1127             :         npy_intp          dims_m1[NPY_MAXDIMS];    /* ao->dimensions - 1 */
+    1128             :         npy_intp          strides[NPY_MAXDIMS];    /* ao->strides or fake */
+    1129             :         npy_intp          backstrides[NPY_MAXDIMS];/* how far to jump back */
+    1130             :         npy_intp          factors[NPY_MAXDIMS];     /* shape factors */
+    1131             :         PyArrayObject     *ao;
+    1132             :         char              *dataptr;        /* pointer to current item*/
+    1133             :         npy_bool          contiguous;
+    1134             : 
+    1135             :         npy_intp          bounds[NPY_MAXDIMS][2];
+    1136             :         npy_intp          limits[NPY_MAXDIMS][2];
+    1137             :         npy_intp          limits_sizes[NPY_MAXDIMS];
+    1138             :         npy_iter_get_dataptr_t translate;
+    1139             : } ;
+    1140             : 
+    1141             : 
+    1142             : /* Iterator API */
+    1143             : #define PyArrayIter_Check(op) PyObject_TypeCheck((op), &PyArrayIter_Type)
+    1144             : 
+    1145             : #define _PyAIT(it) ((PyArrayIterObject *)(it))
+    1146             : #define PyArray_ITER_RESET(it) do { \
+    1147             :         _PyAIT(it)->index = 0; \
+    1148             :         _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao); \
+    1149             :         memset(_PyAIT(it)->coordinates, 0, \
+    1150             :                (_PyAIT(it)->nd_m1+1)*sizeof(npy_intp)); \
+    1151             : } while (0)
+    1152             : 
+    1153             : #define _PyArray_ITER_NEXT1(it) do { \
+    1154             :         (it)->dataptr += _PyAIT(it)->strides[0]; \
+    1155             :         (it)->coordinates[0]++; \
+    1156             : } while (0)
+    1157             : 
+    1158             : #define _PyArray_ITER_NEXT2(it) do { \
+    1159             :         if ((it)->coordinates[1] < (it)->dims_m1[1]) { \
+    1160             :                 (it)->coordinates[1]++; \
+    1161             :                 (it)->dataptr += (it)->strides[1]; \
+    1162             :         } \
+    1163             :         else { \
+    1164             :                 (it)->coordinates[1] = 0; \
+    1165             :                 (it)->coordinates[0]++; \
+    1166             :                 (it)->dataptr += (it)->strides[0] - \
+    1167             :                         (it)->backstrides[1]; \
+    1168             :         } \
+    1169             : } while (0)
+    1170             : 
+    1171             : #define PyArray_ITER_NEXT(it) do { \
+    1172             :         _PyAIT(it)->index++; \
+    1173             :         if (_PyAIT(it)->nd_m1 == 0) { \
+    1174             :                 _PyArray_ITER_NEXT1(_PyAIT(it)); \
+    1175             :         } \
+    1176             :         else if (_PyAIT(it)->contiguous) \
+    1177             :                 _PyAIT(it)->dataptr += PyArray_DESCR(_PyAIT(it)->ao)->elsize; \
+    1178             :         else if (_PyAIT(it)->nd_m1 == 1) { \
+    1179             :                 _PyArray_ITER_NEXT2(_PyAIT(it)); \
+    1180             :         } \
+    1181             :         else { \
+    1182             :                 int __npy_i; \
+    1183             :                 for (__npy_i=_PyAIT(it)->nd_m1; __npy_i >= 0; __npy_i--) { \
+    1184             :                         if (_PyAIT(it)->coordinates[__npy_i] < \
+    1185             :                             _PyAIT(it)->dims_m1[__npy_i]) { \
+    1186             :                                 _PyAIT(it)->coordinates[__npy_i]++; \
+    1187             :                                 _PyAIT(it)->dataptr += \
+    1188             :                                         _PyAIT(it)->strides[__npy_i]; \
+    1189             :                                 break; \
+    1190             :                         } \
+    1191             :                         else { \
+    1192             :                                 _PyAIT(it)->coordinates[__npy_i] = 0; \
+    1193             :                                 _PyAIT(it)->dataptr -= \
+    1194             :                                         _PyAIT(it)->backstrides[__npy_i]; \
+    1195             :                         } \
+    1196             :                 } \
+    1197             :         } \
+    1198             : } while (0)
+    1199             : 
+    1200             : #define PyArray_ITER_GOTO(it, destination) do { \
+    1201             :         int __npy_i; \
+    1202             :         _PyAIT(it)->index = 0; \
+    1203             :         _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao); \
+    1204             :         for (__npy_i = _PyAIT(it)->nd_m1; __npy_i>=0; __npy_i--) { \
+    1205             :                 if (destination[__npy_i] < 0) { \
+    1206             :                         destination[__npy_i] += \
+    1207             :                                 _PyAIT(it)->dims_m1[__npy_i]+1; \
+    1208             :                 } \
+    1209             :                 _PyAIT(it)->dataptr += destination[__npy_i] * \
+    1210             :                         _PyAIT(it)->strides[__npy_i]; \
+    1211             :                 _PyAIT(it)->coordinates[__npy_i] = \
+    1212             :                         destination[__npy_i]; \
+    1213             :                 _PyAIT(it)->index += destination[__npy_i] * \
+    1214             :                         ( __npy_i==_PyAIT(it)->nd_m1 ? 1 : \
+    1215             :                           _PyAIT(it)->dims_m1[__npy_i+1]+1) ; \
+    1216             :         } \
+    1217             : } while (0)
+    1218             : 
+    1219             : #define PyArray_ITER_GOTO1D(it, ind) do { \
+    1220             :         int __npy_i; \
+    1221             :         npy_intp __npy_ind = (npy_intp)(ind); \
+    1222             :         if (__npy_ind < 0) __npy_ind += _PyAIT(it)->size; \
+    1223             :         _PyAIT(it)->index = __npy_ind; \
+    1224             :         if (_PyAIT(it)->nd_m1 == 0) { \
+    1225             :                 _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao) + \
+    1226             :                         __npy_ind * _PyAIT(it)->strides[0]; \
+    1227             :         } \
+    1228             :         else if (_PyAIT(it)->contiguous) \
+    1229             :                 _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao) + \
+    1230             :                         __npy_ind * PyArray_DESCR(_PyAIT(it)->ao)->elsize; \
+    1231             :         else { \
+    1232             :                 _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao); \
+    1233             :                 for (__npy_i = 0; __npy_i<=_PyAIT(it)->nd_m1; \
+    1234             :                      __npy_i++) { \
+    1235             :                         _PyAIT(it)->coordinates[__npy_i] = \
+    1236             :                                 (__npy_ind / _PyAIT(it)->factors[__npy_i]); \
+    1237             :                         _PyAIT(it)->dataptr += \
+    1238             :                                 (__npy_ind / _PyAIT(it)->factors[__npy_i]) \
+    1239             :                                 * _PyAIT(it)->strides[__npy_i]; \
+    1240             :                         __npy_ind %= _PyAIT(it)->factors[__npy_i]; \
+    1241             :                 } \
+    1242             :         } \
+    1243             : } while (0)
+    1244             : 
+    1245             : #define PyArray_ITER_DATA(it) ((void *)(_PyAIT(it)->dataptr))
+    1246             : 
+    1247             : #define PyArray_ITER_NOTDONE(it) (_PyAIT(it)->index < _PyAIT(it)->size)
+    1248             : 
+    1249             : 
+    1250             : /*
+    1251             :  * Any object passed to PyArray_Broadcast must be binary compatible
+    1252             :  * with this structure.
+    1253             :  */
+    1254             : 
+    1255             : typedef struct {
+    1256             :         PyObject_HEAD
+    1257             :         int                  numiter;                 /* number of iters */
+    1258             :         npy_intp             size;                    /* broadcasted size */
+    1259             :         npy_intp             index;                   /* current index */
+    1260             :         int                  nd;                      /* number of dims */
+    1261             :         npy_intp             dimensions[NPY_MAXDIMS]; /* dimensions */
+    1262             :         PyArrayIterObject    *iters[NPY_MAXARGS];     /* iterators */
+    1263             : } PyArrayMultiIterObject;
+    1264             : 
+    1265             : #define _PyMIT(m) ((PyArrayMultiIterObject *)(m))
+    1266             : #define PyArray_MultiIter_RESET(multi) do {                                   \
+    1267             :         int __npy_mi;                                                         \
+    1268             :         _PyMIT(multi)->index = 0;                                             \
+    1269             :         for (__npy_mi=0; __npy_mi < _PyMIT(multi)->numiter;  __npy_mi++) {    \
+    1270             :                 PyArray_ITER_RESET(_PyMIT(multi)->iters[__npy_mi]);           \
+    1271             :         }                                                                     \
+    1272             : } while (0)
+    1273             : 
+    1274             : #define PyArray_MultiIter_NEXT(multi) do {                                    \
+    1275             :         int __npy_mi;                                                         \
+    1276             :         _PyMIT(multi)->index++;                                               \
+    1277             :         for (__npy_mi=0; __npy_mi < _PyMIT(multi)->numiter;   __npy_mi++) {   \
+    1278             :                 PyArray_ITER_NEXT(_PyMIT(multi)->iters[__npy_mi]);            \
+    1279             :         }                                                                     \
+    1280             : } while (0)
+    1281             : 
+    1282             : #define PyArray_MultiIter_GOTO(multi, dest) do {                            \
+    1283             :         int __npy_mi;                                                       \
+    1284             :         for (__npy_mi=0; __npy_mi < _PyMIT(multi)->numiter; __npy_mi++) {   \
+    1285             :                 PyArray_ITER_GOTO(_PyMIT(multi)->iters[__npy_mi], dest);    \
+    1286             :         }                                                                   \
+    1287             :         _PyMIT(multi)->index = _PyMIT(multi)->iters[0]->index;              \
+    1288             : } while (0)
+    1289             : 
+    1290             : #define PyArray_MultiIter_GOTO1D(multi, ind) do {                          \
+    1291             :         int __npy_mi;                                                      \
+    1292             :         for (__npy_mi=0; __npy_mi < _PyMIT(multi)->numiter; __npy_mi++) {  \
+    1293             :                 PyArray_ITER_GOTO1D(_PyMIT(multi)->iters[__npy_mi], ind);  \
+    1294             :         }                                                                  \
+    1295             :         _PyMIT(multi)->index = _PyMIT(multi)->iters[0]->index;             \
+    1296             : } while (0)
+    1297             : 
+    1298             : #define PyArray_MultiIter_DATA(multi, i)                \
+    1299             :         ((void *)(_PyMIT(multi)->iters[i]->dataptr))
+    1300             : 
+    1301             : #define PyArray_MultiIter_NEXTi(multi, i)               \
+    1302             :         PyArray_ITER_NEXT(_PyMIT(multi)->iters[i])
+    1303             : 
+    1304             : #define PyArray_MultiIter_NOTDONE(multi)                \
+    1305             :         (_PyMIT(multi)->index < _PyMIT(multi)->size)
+    1306             : 
+    1307             : /*
+    1308             :  * Store the information needed for fancy-indexing over an array. The
+    1309             :  * fields are slightly unordered to keep consec, dataptr and subspace
+    1310             :  * where they were originally.
+    1311             :  */
+    1312             : typedef struct {
+    1313             :         PyObject_HEAD
+    1314             :         /*
+    1315             :          * Multi-iterator portion --- needs to be present in this
+    1316             :          * order to work with PyArray_Broadcast
+    1317             :          */
+    1318             : 
+    1319             :         int                   numiter;                 /* number of index-array
+    1320             :                                                           iterators */
+    1321             :         npy_intp              size;                    /* size of broadcasted
+    1322             :                                                           result */
+    1323             :         npy_intp              index;                   /* current index */
+    1324             :         int                   nd;                      /* number of dims */
+    1325             :         npy_intp              dimensions[NPY_MAXDIMS]; /* dimensions */
+    1326             :         NpyIter               *outer;                  /* index objects
+    1327             :                                                           iterator */
+    1328             :         void                  *unused[NPY_MAXDIMS - 2];
+    1329             :         PyArrayObject         *array;
+    1330             :         /* Flat iterator for the indexed array. For compatibility solely. */
+    1331             :         PyArrayIterObject     *ait;
+    1332             : 
+    1333             :         /*
+    1334             :          * Subspace array. For binary compatibility (was an iterator,
+    1335             :          * but only the check for NULL should be used).
+    1336             :          */
+    1337             :         PyArrayObject         *subspace;
+    1338             : 
+    1339             :         /*
+    1340             :          * if subspace iteration, then this is the array of axes in
+    1341             :          * the underlying array represented by the index objects
+    1342             :          */
+    1343             :         int                   iteraxes[NPY_MAXDIMS];
+    1344             :         npy_intp              fancy_strides[NPY_MAXDIMS];
+    1345             : 
+    1346             :         /* pointer when all fancy indices are 0 */
+    1347             :         char                  *baseoffset;
+    1348             : 
+    1349             :         /*
+    1350             :          * after binding consec denotes at which axis the fancy axes
+    1351             :          * are inserted.
+    1352             :          */
+    1353             :         int                   consec;
+    1354             :         char                  *dataptr;
+    1355             : 
+    1356             :         int                   nd_fancy;
+    1357             :         npy_intp              fancy_dims[NPY_MAXDIMS];
+    1358             : 
+    1359             :         /*
+    1360             :          * Whether the iterator (any of the iterators) requires API.  This is
+    1361             :          * unused by NumPy itself; ArrayMethod flags are more precise.
+    1362             :          */
+    1363             :         int                   needs_api;
+    1364             : 
+    1365             :         /*
+    1366             :          * Extra op information.
+    1367             :          */
+    1368             :         PyArrayObject         *extra_op;
+    1369             :         PyArray_Descr         *extra_op_dtype;         /* desired dtype */
+    1370             :         npy_uint32            *extra_op_flags;         /* Iterator flags */
+    1371             : 
+    1372             :         NpyIter               *extra_op_iter;
+    1373             :         NpyIter_IterNextFunc  *extra_op_next;
+    1374             :         char                  **extra_op_ptrs;
+    1375             : 
+    1376             :         /*
+    1377             :          * Information about the iteration state.
+    1378             :          */
+    1379             :         NpyIter_IterNextFunc  *outer_next;
+    1380             :         char                  **outer_ptrs;
+    1381             :         npy_intp              *outer_strides;
+    1382             : 
+    1383             :         /*
+    1384             :          * Information about the subspace iterator.
+    1385             :          */
+    1386             :         NpyIter               *subspace_iter;
+    1387             :         NpyIter_IterNextFunc  *subspace_next;
+    1388             :         char                  **subspace_ptrs;
+    1389             :         npy_intp              *subspace_strides;
+    1390             : 
+    1391             :         /* Count for the external loop (which ever it is) for API iteration */
+    1392             :         npy_intp              iter_count;
+    1393             : 
+    1394             : } PyArrayMapIterObject;
+    1395             : 
+    1396             : enum {
+    1397             :     NPY_NEIGHBORHOOD_ITER_ZERO_PADDING,
+    1398             :     NPY_NEIGHBORHOOD_ITER_ONE_PADDING,
+    1399             :     NPY_NEIGHBORHOOD_ITER_CONSTANT_PADDING,
+    1400             :     NPY_NEIGHBORHOOD_ITER_CIRCULAR_PADDING,
+    1401             :     NPY_NEIGHBORHOOD_ITER_MIRROR_PADDING
+    1402             : };
+    1403             : 
+    1404             : typedef struct {
+    1405             :     PyObject_HEAD
+    1406             : 
+    1407             :     /*
+    1408             :      * PyArrayIterObject part: keep this in this exact order
+    1409             :      */
+    1410             :     int               nd_m1;            /* number of dimensions - 1 */
+    1411             :     npy_intp          index, size;
+    1412             :     npy_intp          coordinates[NPY_MAXDIMS];/* N-dimensional loop */
+    1413             :     npy_intp          dims_m1[NPY_MAXDIMS];    /* ao->dimensions - 1 */
+    1414             :     npy_intp          strides[NPY_MAXDIMS];    /* ao->strides or fake */
+    1415             :     npy_intp          backstrides[NPY_MAXDIMS];/* how far to jump back */
+    1416             :     npy_intp          factors[NPY_MAXDIMS];     /* shape factors */
+    1417             :     PyArrayObject     *ao;
+    1418             :     char              *dataptr;        /* pointer to current item*/
+    1419             :     npy_bool          contiguous;
+    1420             : 
+    1421             :     npy_intp          bounds[NPY_MAXDIMS][2];
+    1422             :     npy_intp          limits[NPY_MAXDIMS][2];
+    1423             :     npy_intp          limits_sizes[NPY_MAXDIMS];
+    1424             :     npy_iter_get_dataptr_t translate;
+    1425             : 
+    1426             :     /*
+    1427             :      * New members
+    1428             :      */
+    1429             :     npy_intp nd;
+    1430             : 
+    1431             :     /* Dimensions is the dimension of the array */
+    1432             :     npy_intp dimensions[NPY_MAXDIMS];
+    1433             : 
+    1434             :     /*
+    1435             :      * Neighborhood points coordinates are computed relatively to the
+    1436             :      * point pointed by _internal_iter
+    1437             :      */
+    1438             :     PyArrayIterObject* _internal_iter;
+    1439             :     /*
+    1440             :      * To keep a reference to the representation of the constant value
+    1441             :      * for constant padding
+    1442             :      */
+    1443             :     char* constant;
+    1444             : 
+    1445             :     int mode;
+    1446             : } PyArrayNeighborhoodIterObject;
+    1447             : 
+    1448             : /*
+    1449             :  * Neighborhood iterator API
+    1450             :  */
+    1451             : 
+    1452             : /* General: those work for any mode */
+    1453             : static inline int
+    1454             : PyArrayNeighborhoodIter_Reset(PyArrayNeighborhoodIterObject* iter);
+    1455             : static inline int
+    1456             : PyArrayNeighborhoodIter_Next(PyArrayNeighborhoodIterObject* iter);
+    1457             : #if 0
+    1458             : static inline int
+    1459             : PyArrayNeighborhoodIter_Next2D(PyArrayNeighborhoodIterObject* iter);
+    1460             : #endif
+    1461             : 
+    1462             : /*
+    1463             :  * Include inline implementations - functions defined there are not
+    1464             :  * considered public API
+    1465             :  */
+    1466             : #define NUMPY_CORE_INCLUDE_NUMPY__NEIGHBORHOOD_IMP_H_
+    1467             : #include "_neighborhood_iterator_imp.h"
+    1468             : #undef NUMPY_CORE_INCLUDE_NUMPY__NEIGHBORHOOD_IMP_H_
+    1469             : 
+    1470             : 
+    1471             : 
+    1472             : /* The default array type */
+    1473             : #define NPY_DEFAULT_TYPE NPY_DOUBLE
+    1474             : 
+    1475             : /*
+    1476             :  * All sorts of useful ways to look into a PyArrayObject. It is recommended
+    1477             :  * to use PyArrayObject * objects instead of always casting from PyObject *,
+    1478             :  * for improved type checking.
+    1479             :  *
+    1480             :  * In many cases here the macro versions of the accessors are deprecated,
+    1481             :  * but can't be immediately changed to inline functions because the
+    1482             :  * preexisting macros accept PyObject * and do automatic casts. Inline
+    1483             :  * functions accepting PyArrayObject * provides for some compile-time
+    1484             :  * checking of correctness when working with these objects in C.
+    1485             :  */
+    1486             : 
+    1487             : #define PyArray_ISONESEGMENT(m) (PyArray_CHKFLAGS(m, NPY_ARRAY_C_CONTIGUOUS) || \
+    1488             :                                  PyArray_CHKFLAGS(m, NPY_ARRAY_F_CONTIGUOUS))
+    1489             : 
+    1490             : #define PyArray_ISFORTRAN(m) (PyArray_CHKFLAGS(m, NPY_ARRAY_F_CONTIGUOUS) && \
+    1491             :                              (!PyArray_CHKFLAGS(m, NPY_ARRAY_C_CONTIGUOUS)))
+    1492             : 
+    1493             : #define PyArray_FORTRAN_IF(m) ((PyArray_CHKFLAGS(m, NPY_ARRAY_F_CONTIGUOUS) ? \
+    1494             :                                NPY_ARRAY_F_CONTIGUOUS : 0))
+    1495             : 
+    1496             : #if (defined(NPY_NO_DEPRECATED_API) && (NPY_1_7_API_VERSION <= NPY_NO_DEPRECATED_API))
+    1497             : /*
+    1498             :  * Changing access macros into functions, to allow for future hiding
+    1499             :  * of the internal memory layout. This later hiding will allow the 2.x series
+    1500             :  * to change the internal representation of arrays without affecting
+    1501             :  * ABI compatibility.
+    1502             :  */
+    1503             : 
+    1504             : static inline int
+    1505             : PyArray_NDIM(const PyArrayObject *arr)
+    1506             : {
+    1507             :     return ((PyArrayObject_fields *)arr)->nd;
+    1508             : }
+    1509             : 
+    1510             : static inline void *
+    1511             : PyArray_DATA(PyArrayObject *arr)
+    1512             : {
+    1513           0 :     return ((PyArrayObject_fields *)arr)->data;
+    1514             : }
+    1515             : 
+    1516             : static inline char *
+    1517             : PyArray_BYTES(PyArrayObject *arr)
+    1518             : {
+    1519             :     return ((PyArrayObject_fields *)arr)->data;
+    1520             : }
+    1521             : 
+    1522             : static inline npy_intp *
+    1523             : PyArray_DIMS(PyArrayObject *arr)
+    1524             : {
+    1525           0 :     return ((PyArrayObject_fields *)arr)->dimensions;
+    1526             : }
+    1527             : 
+    1528             : static inline npy_intp *
+    1529             : PyArray_STRIDES(PyArrayObject *arr)
+    1530             : {
+    1531             :     return ((PyArrayObject_fields *)arr)->strides;
+    1532             : }
+    1533             : 
+    1534             : static inline npy_intp
+    1535             : PyArray_DIM(const PyArrayObject *arr, int idim)
+    1536             : {
+    1537             :     return ((PyArrayObject_fields *)arr)->dimensions[idim];
+    1538             : }
+    1539             : 
+    1540             : static inline npy_intp
+    1541             : PyArray_STRIDE(const PyArrayObject *arr, int istride)
+    1542             : {
+    1543             :     return ((PyArrayObject_fields *)arr)->strides[istride];
+    1544             : }
+    1545             : 
+    1546             : static inline NPY_RETURNS_BORROWED_REF PyObject *
+    1547             : PyArray_BASE(PyArrayObject *arr)
+    1548             : {
+    1549             :     return ((PyArrayObject_fields *)arr)->base;
+    1550             : }
+    1551             : 
+    1552             : static inline NPY_RETURNS_BORROWED_REF PyArray_Descr *
+    1553             : PyArray_DESCR(PyArrayObject *arr)
+    1554             : {
+    1555             :     return ((PyArrayObject_fields *)arr)->descr;
+    1556             : }
+    1557             : 
+    1558             : static inline int
+    1559             : PyArray_FLAGS(const PyArrayObject *arr)
+    1560             : {
+    1561           0 :     return ((PyArrayObject_fields *)arr)->flags;
+    1562             : }
+    1563             : 
+    1564             : static inline npy_intp
+    1565             : PyArray_ITEMSIZE(const PyArrayObject *arr)
+    1566             : {
+    1567             :     return ((PyArrayObject_fields *)arr)->descr->elsize;
+    1568             : }
+    1569             : 
+    1570             : static inline int
+    1571             : PyArray_TYPE(const PyArrayObject *arr)
+    1572             : {
+    1573           0 :     return ((PyArrayObject_fields *)arr)->descr->type_num;
+    1574             : }
+    1575             : 
+    1576             : static inline int
+    1577             : PyArray_CHKFLAGS(const PyArrayObject *arr, int flags)
+    1578             : {
+    1579           0 :     return (PyArray_FLAGS(arr) & flags) == flags;
+    1580             : }
+    1581             : 
+    1582             : static inline PyObject *
+    1583             : PyArray_GETITEM(const PyArrayObject *arr, const char *itemptr)
+    1584             : {
+    1585             :     return ((PyArrayObject_fields *)arr)->descr->f->getitem(
+    1586             :                                         (void *)itemptr, (PyArrayObject *)arr);
+    1587             : }
+    1588             : 
+    1589             : /*
+    1590             :  * SETITEM should only be used if it is known that the value is a scalar
+    1591             :  * and of a type understood by the arrays dtype.
+    1592             :  * Use `PyArray_Pack` if the value may be of a different dtype.
+    1593             :  */
+    1594             : static inline int
+    1595             : PyArray_SETITEM(PyArrayObject *arr, char *itemptr, PyObject *v)
+    1596             : {
+    1597             :     return ((PyArrayObject_fields *)arr)->descr->f->setitem(v, itemptr, arr);
+    1598             : }
+    1599             : 
+    1600             : #else
+    1601             : 
+    1602             : /* These macros are deprecated as of NumPy 1.7. */
+    1603             : #define PyArray_NDIM(obj) (((PyArrayObject_fields *)(obj))->nd)
+    1604             : #define PyArray_BYTES(obj) (((PyArrayObject_fields *)(obj))->data)
+    1605             : #define PyArray_DATA(obj) ((void *)((PyArrayObject_fields *)(obj))->data)
+    1606             : #define PyArray_DIMS(obj) (((PyArrayObject_fields *)(obj))->dimensions)
+    1607             : #define PyArray_STRIDES(obj) (((PyArrayObject_fields *)(obj))->strides)
+    1608             : #define PyArray_DIM(obj,n) (PyArray_DIMS(obj)[n])
+    1609             : #define PyArray_STRIDE(obj,n) (PyArray_STRIDES(obj)[n])
+    1610             : #define PyArray_BASE(obj) (((PyArrayObject_fields *)(obj))->base)
+    1611             : #define PyArray_DESCR(obj) (((PyArrayObject_fields *)(obj))->descr)
+    1612             : #define PyArray_FLAGS(obj) (((PyArrayObject_fields *)(obj))->flags)
+    1613             : #define PyArray_CHKFLAGS(m, FLAGS) \
+    1614             :         ((((PyArrayObject_fields *)(m))->flags & (FLAGS)) == (FLAGS))
+    1615             : #define PyArray_ITEMSIZE(obj) \
+    1616             :                     (((PyArrayObject_fields *)(obj))->descr->elsize)
+    1617             : #define PyArray_TYPE(obj) \
+    1618             :                     (((PyArrayObject_fields *)(obj))->descr->type_num)
+    1619             : #define PyArray_GETITEM(obj,itemptr) \
+    1620             :         PyArray_DESCR(obj)->f->getitem((char *)(itemptr), \
+    1621             :                                      (PyArrayObject *)(obj))
+    1622             : 
+    1623             : #define PyArray_SETITEM(obj,itemptr,v) \
+    1624             :         PyArray_DESCR(obj)->f->setitem((PyObject *)(v), \
+    1625             :                                      (char *)(itemptr), \
+    1626             :                                      (PyArrayObject *)(obj))
+    1627             : #endif
+    1628             : 
+    1629             : static inline PyArray_Descr *
+    1630             : PyArray_DTYPE(PyArrayObject *arr)
+    1631             : {
+    1632             :     return ((PyArrayObject_fields *)arr)->descr;
+    1633             : }
+    1634             : 
+    1635             : static inline npy_intp *
+    1636             : PyArray_SHAPE(PyArrayObject *arr)
+    1637             : {
+    1638             :     return ((PyArrayObject_fields *)arr)->dimensions;
+    1639             : }
+    1640             : 
+    1641             : /*
+    1642             :  * Enables the specified array flags. Does no checking,
+    1643             :  * assumes you know what you're doing.
+    1644             :  */
+    1645             : static inline void
+    1646             : PyArray_ENABLEFLAGS(PyArrayObject *arr, int flags)
+    1647             : {
+    1648             :     ((PyArrayObject_fields *)arr)->flags |= flags;
+    1649             : }
+    1650             : 
+    1651             : /*
+    1652             :  * Clears the specified array flags. Does no checking,
+    1653             :  * assumes you know what you're doing.
+    1654             :  */
+    1655             : static inline void
+    1656             : PyArray_CLEARFLAGS(PyArrayObject *arr, int flags)
+    1657             : {
+    1658             :     ((PyArrayObject_fields *)arr)->flags &= ~flags;
+    1659             : }
+    1660             : 
+    1661             : #if NPY_FEATURE_VERSION >= NPY_1_22_API_VERSION
+    1662             :     static inline NPY_RETURNS_BORROWED_REF PyObject *
+    1663             :     PyArray_HANDLER(PyArrayObject *arr)
+    1664             :     {
+    1665             :         return ((PyArrayObject_fields *)arr)->mem_handler;
+    1666             :     }
+    1667             : #endif
+    1668             : 
+    1669             : #define PyTypeNum_ISBOOL(type) ((type) == NPY_BOOL)
+    1670             : 
+    1671             : #define PyTypeNum_ISUNSIGNED(type) (((type) == NPY_UBYTE) ||   \
+    1672             :                                  ((type) == NPY_USHORT) ||     \
+    1673             :                                  ((type) == NPY_UINT) ||       \
+    1674             :                                  ((type) == NPY_ULONG) ||      \
+    1675             :                                  ((type) == NPY_ULONGLONG))
+    1676             : 
+    1677             : #define PyTypeNum_ISSIGNED(type) (((type) == NPY_BYTE) ||      \
+    1678             :                                ((type) == NPY_SHORT) ||        \
+    1679             :                                ((type) == NPY_INT) ||          \
+    1680             :                                ((type) == NPY_LONG) ||         \
+    1681             :                                ((type) == NPY_LONGLONG))
+    1682             : 
+    1683             : #define PyTypeNum_ISINTEGER(type) (((type) >= NPY_BYTE) &&     \
+    1684             :                                 ((type) <= NPY_ULONGLONG))
+    1685             : 
+    1686             : #define PyTypeNum_ISFLOAT(type) ((((type) >= NPY_FLOAT) && \
+    1687             :                               ((type) <= NPY_LONGDOUBLE)) || \
+    1688             :                               ((type) == NPY_HALF))
+    1689             : 
+    1690             : #define PyTypeNum_ISNUMBER(type) (((type) <= NPY_CLONGDOUBLE) || \
+    1691             :                                   ((type) == NPY_HALF))
+    1692             : 
+    1693             : #define PyTypeNum_ISSTRING(type) (((type) == NPY_STRING) ||    \
+    1694             :                                   ((type) == NPY_UNICODE))
+    1695             : 
+    1696             : #define PyTypeNum_ISCOMPLEX(type) (((type) >= NPY_CFLOAT) &&   \
+    1697             :                                 ((type) <= NPY_CLONGDOUBLE))
+    1698             : 
+    1699             : #define PyTypeNum_ISPYTHON(type) (((type) == NPY_LONG) ||      \
+    1700             :                                   ((type) == NPY_DOUBLE) ||    \
+    1701             :                                   ((type) == NPY_CDOUBLE) ||   \
+    1702             :                                   ((type) == NPY_BOOL) ||      \
+    1703             :                                   ((type) == NPY_OBJECT ))
+    1704             : 
+    1705             : #define PyTypeNum_ISFLEXIBLE(type) (((type) >=NPY_STRING) &&  \
+    1706             :                                     ((type) <=NPY_VOID))
+    1707             : 
+    1708             : #define PyTypeNum_ISDATETIME(type) (((type) >=NPY_DATETIME) &&  \
+    1709             :                                     ((type) <=NPY_TIMEDELTA))
+    1710             : 
+    1711             : #define PyTypeNum_ISUSERDEF(type) (((type) >= NPY_USERDEF) && \
+    1712             :                                    ((type) < NPY_USERDEF+     \
+    1713             :                                     NPY_NUMUSERTYPES))
+    1714             : 
+    1715             : #define PyTypeNum_ISEXTENDED(type) (PyTypeNum_ISFLEXIBLE(type) ||  \
+    1716             :                                     PyTypeNum_ISUSERDEF(type))
+    1717             : 
+    1718             : #define PyTypeNum_ISOBJECT(type) ((type) == NPY_OBJECT)
+    1719             : 
+    1720             : 
+    1721             : #define PyDataType_ISBOOL(obj) PyTypeNum_ISBOOL(((PyArray_Descr*)(obj))->type_num)
+    1722             : #define PyDataType_ISUNSIGNED(obj) PyTypeNum_ISUNSIGNED(((PyArray_Descr*)(obj))->type_num)
+    1723             : #define PyDataType_ISSIGNED(obj) PyTypeNum_ISSIGNED(((PyArray_Descr*)(obj))->type_num)
+    1724             : #define PyDataType_ISINTEGER(obj) PyTypeNum_ISINTEGER(((PyArray_Descr*)(obj))->type_num )
+    1725             : #define PyDataType_ISFLOAT(obj) PyTypeNum_ISFLOAT(((PyArray_Descr*)(obj))->type_num)
+    1726             : #define PyDataType_ISNUMBER(obj) PyTypeNum_ISNUMBER(((PyArray_Descr*)(obj))->type_num)
+    1727             : #define PyDataType_ISSTRING(obj) PyTypeNum_ISSTRING(((PyArray_Descr*)(obj))->type_num)
+    1728             : #define PyDataType_ISCOMPLEX(obj) PyTypeNum_ISCOMPLEX(((PyArray_Descr*)(obj))->type_num)
+    1729             : #define PyDataType_ISPYTHON(obj) PyTypeNum_ISPYTHON(((PyArray_Descr*)(obj))->type_num)
+    1730             : #define PyDataType_ISFLEXIBLE(obj) PyTypeNum_ISFLEXIBLE(((PyArray_Descr*)(obj))->type_num)
+    1731             : #define PyDataType_ISDATETIME(obj) PyTypeNum_ISDATETIME(((PyArray_Descr*)(obj))->type_num)
+    1732             : #define PyDataType_ISUSERDEF(obj) PyTypeNum_ISUSERDEF(((PyArray_Descr*)(obj))->type_num)
+    1733             : #define PyDataType_ISEXTENDED(obj) PyTypeNum_ISEXTENDED(((PyArray_Descr*)(obj))->type_num)
+    1734             : #define PyDataType_ISOBJECT(obj) PyTypeNum_ISOBJECT(((PyArray_Descr*)(obj))->type_num)
+    1735             : #define PyDataType_HASFIELDS(obj) (((PyArray_Descr *)(obj))->names != NULL)
+    1736             : #define PyDataType_HASSUBARRAY(dtype) ((dtype)->subarray != NULL)
+    1737             : #define PyDataType_ISUNSIZED(dtype) ((dtype)->elsize == 0 && \
+    1738             :                                       !PyDataType_HASFIELDS(dtype))
+    1739             : #define PyDataType_MAKEUNSIZED(dtype) ((dtype)->elsize = 0)
+    1740             : 
+    1741             : #define PyArray_ISBOOL(obj) PyTypeNum_ISBOOL(PyArray_TYPE(obj))
+    1742             : #define PyArray_ISUNSIGNED(obj) PyTypeNum_ISUNSIGNED(PyArray_TYPE(obj))
+    1743             : #define PyArray_ISSIGNED(obj) PyTypeNum_ISSIGNED(PyArray_TYPE(obj))
+    1744             : #define PyArray_ISINTEGER(obj) PyTypeNum_ISINTEGER(PyArray_TYPE(obj))
+    1745             : #define PyArray_ISFLOAT(obj) PyTypeNum_ISFLOAT(PyArray_TYPE(obj))
+    1746             : #define PyArray_ISNUMBER(obj) PyTypeNum_ISNUMBER(PyArray_TYPE(obj))
+    1747             : #define PyArray_ISSTRING(obj) PyTypeNum_ISSTRING(PyArray_TYPE(obj))
+    1748             : #define PyArray_ISCOMPLEX(obj) PyTypeNum_ISCOMPLEX(PyArray_TYPE(obj))
+    1749             : #define PyArray_ISPYTHON(obj) PyTypeNum_ISPYTHON(PyArray_TYPE(obj))
+    1750             : #define PyArray_ISFLEXIBLE(obj) PyTypeNum_ISFLEXIBLE(PyArray_TYPE(obj))
+    1751             : #define PyArray_ISDATETIME(obj) PyTypeNum_ISDATETIME(PyArray_TYPE(obj))
+    1752             : #define PyArray_ISUSERDEF(obj) PyTypeNum_ISUSERDEF(PyArray_TYPE(obj))
+    1753             : #define PyArray_ISEXTENDED(obj) PyTypeNum_ISEXTENDED(PyArray_TYPE(obj))
+    1754             : #define PyArray_ISOBJECT(obj) PyTypeNum_ISOBJECT(PyArray_TYPE(obj))
+    1755             : #define PyArray_HASFIELDS(obj) PyDataType_HASFIELDS(PyArray_DESCR(obj))
+    1756             : 
+    1757             :     /*
+    1758             :      * FIXME: This should check for a flag on the data-type that
+    1759             :      * states whether or not it is variable length.  Because the
+    1760             :      * ISFLEXIBLE check is hard-coded to the built-in data-types.
+    1761             :      */
+    1762             : #define PyArray_ISVARIABLE(obj) PyTypeNum_ISFLEXIBLE(PyArray_TYPE(obj))
+    1763             : 
+    1764             : #define PyArray_SAFEALIGNEDCOPY(obj) (PyArray_ISALIGNED(obj) && !PyArray_ISVARIABLE(obj))
+    1765             : 
+    1766             : 
+    1767             : #define NPY_LITTLE '<'
+    1768             : #define NPY_BIG '>'
+    1769             : #define NPY_NATIVE '='
+    1770             : #define NPY_SWAP 's'
+    1771             : #define NPY_IGNORE '|'
+    1772             : 
+    1773             : #if NPY_BYTE_ORDER == NPY_BIG_ENDIAN
+    1774             : #define NPY_NATBYTE NPY_BIG
+    1775             : #define NPY_OPPBYTE NPY_LITTLE
+    1776             : #else
+    1777             : #define NPY_NATBYTE NPY_LITTLE
+    1778             : #define NPY_OPPBYTE NPY_BIG
+    1779             : #endif
+    1780             : 
+    1781             : #define PyArray_ISNBO(arg) ((arg) != NPY_OPPBYTE)
+    1782             : #define PyArray_IsNativeByteOrder PyArray_ISNBO
+    1783             : #define PyArray_ISNOTSWAPPED(m) PyArray_ISNBO(PyArray_DESCR(m)->byteorder)
+    1784             : #define PyArray_ISBYTESWAPPED(m) (!PyArray_ISNOTSWAPPED(m))
+    1785             : 
+    1786             : #define PyArray_FLAGSWAP(m, flags) (PyArray_CHKFLAGS(m, flags) &&       \
+    1787             :                                     PyArray_ISNOTSWAPPED(m))
+    1788             : 
+    1789             : #define PyArray_ISCARRAY(m) PyArray_FLAGSWAP(m, NPY_ARRAY_CARRAY)
+    1790             : #define PyArray_ISCARRAY_RO(m) PyArray_FLAGSWAP(m, NPY_ARRAY_CARRAY_RO)
+    1791             : #define PyArray_ISFARRAY(m) PyArray_FLAGSWAP(m, NPY_ARRAY_FARRAY)
+    1792             : #define PyArray_ISFARRAY_RO(m) PyArray_FLAGSWAP(m, NPY_ARRAY_FARRAY_RO)
+    1793             : #define PyArray_ISBEHAVED(m) PyArray_FLAGSWAP(m, NPY_ARRAY_BEHAVED)
+    1794             : #define PyArray_ISBEHAVED_RO(m) PyArray_FLAGSWAP(m, NPY_ARRAY_ALIGNED)
+    1795             : 
+    1796             : 
+    1797             : #define PyDataType_ISNOTSWAPPED(d) PyArray_ISNBO(((PyArray_Descr *)(d))->byteorder)
+    1798             : #define PyDataType_ISBYTESWAPPED(d) (!PyDataType_ISNOTSWAPPED(d))
+    1799             : 
+    1800             : /************************************************************
+    1801             :  * A struct used by PyArray_CreateSortedStridePerm, new in 1.7.
+    1802             :  ************************************************************/
+    1803             : 
+    1804             : typedef struct {
+    1805             :     npy_intp perm, stride;
+    1806             : } npy_stride_sort_item;
+    1807             : 
+    1808             : /************************************************************
+    1809             :  * This is the form of the struct that's stored in the
+    1810             :  * PyCapsule returned by an array's __array_struct__ attribute. See
+    1811             :  * https://docs.scipy.org/doc/numpy/reference/arrays.interface.html for the full
+    1812             :  * documentation.
+    1813             :  ************************************************************/
+    1814             : typedef struct {
+    1815             :     int two;              /*
+    1816             :                            * contains the integer 2 as a sanity
+    1817             :                            * check
+    1818             :                            */
+    1819             : 
+    1820             :     int nd;               /* number of dimensions */
+    1821             : 
+    1822             :     char typekind;        /*
+    1823             :                            * kind in array --- character code of
+    1824             :                            * typestr
+    1825             :                            */
+    1826             : 
+    1827             :     int itemsize;         /* size of each element */
+    1828             : 
+    1829             :     int flags;            /*
+    1830             :                            * how should be data interpreted. Valid
+    1831             :                            * flags are CONTIGUOUS (1), F_CONTIGUOUS (2),
+    1832             :                            * ALIGNED (0x100), NOTSWAPPED (0x200), and
+    1833             :                            * WRITEABLE (0x400).  ARR_HAS_DESCR (0x800)
+    1834             :                            * states that arrdescr field is present in
+    1835             :                            * structure
+    1836             :                            */
+    1837             : 
+    1838             :     npy_intp *shape;       /*
+    1839             :                             * A length-nd array of shape
+    1840             :                             * information
+    1841             :                             */
+    1842             : 
+    1843             :     npy_intp *strides;    /* A length-nd array of stride information */
+    1844             : 
+    1845             :     void *data;           /* A pointer to the first element of the array */
+    1846             : 
+    1847             :     PyObject *descr;      /*
+    1848             :                            * A list of fields or NULL (ignored if flags
+    1849             :                            * does not have ARR_HAS_DESCR flag set)
+    1850             :                            */
+    1851             : } PyArrayInterface;
+    1852             : 
+    1853             : /*
+    1854             :  * This is a function for hooking into the PyDataMem_NEW/FREE/RENEW functions.
+    1855             :  * See the documentation for PyDataMem_SetEventHook.
+    1856             :  */
+    1857             : typedef void (PyDataMem_EventHookFunc)(void *inp, void *outp, size_t size,
+    1858             :                                        void *user_data);
+    1859             : 
+    1860             : 
+    1861             : /*
+    1862             :  * PyArray_DTypeMeta related definitions.
+    1863             :  *
+    1864             :  * As of now, this API is preliminary and will be extended as necessary.
+    1865             :  */
+    1866             : #if defined(NPY_INTERNAL_BUILD) && NPY_INTERNAL_BUILD
+    1867             :     /*
+    1868             :      * The Structures defined in this block are currently considered
+    1869             :      * private API and may change without warning!
+    1870             :      * Part of this (at least the size) is expected to be public API without
+    1871             :      * further modifications.
+    1872             :      */
+    1873             :     /* TODO: Make this definition public in the API, as soon as its settled */
+    1874             :     NPY_NO_EXPORT extern PyTypeObject PyArrayDTypeMeta_Type;
+    1875             : 
+    1876             :     /*
+    1877             :      * While NumPy DTypes would not need to be heap types the plan is to
+    1878             :      * make DTypes available in Python at which point they will be heap types.
+    1879             :      * Since we also wish to add fields to the DType class, this looks like
+    1880             :      * a typical instance definition, but with PyHeapTypeObject instead of
+    1881             :      * only the PyObject_HEAD.
+    1882             :      * This must only be exposed very extremely careful consideration, since
+    1883             :      * it is a fairly complex construct which may be better to allow
+    1884             :      * refactoring of.
+    1885             :      */
+    1886             :     typedef struct {
+    1887             :         PyHeapTypeObject super;
+    1888             : 
+    1889             :         /*
+    1890             :          * Most DTypes will have a singleton default instance, for the
+    1891             :          * parametric legacy DTypes (bytes, string, void, datetime) this
+    1892             :          * may be a pointer to the *prototype* instance?
+    1893             :          */
+    1894             :         PyArray_Descr *singleton;
+    1895             :         /* Copy of the legacy DTypes type number, usually invalid. */
+    1896             :         int type_num;
+    1897             : 
+    1898             :         /* The type object of the scalar instances (may be NULL?) */
+    1899             :         PyTypeObject *scalar_type;
+    1900             :         /*
+    1901             :          * DType flags to signal legacy, parametric, or
+    1902             :          * abstract.  But plenty of space for additional information/flags.
+    1903             :          */
+    1904             :         npy_uint64 flags;
+    1905             : 
+    1906             :         /*
+    1907             :          * Use indirection in order to allow a fixed size for this struct.
+    1908             :          * A stable ABI size makes creating a static DType less painful
+    1909             :          * while also ensuring flexibility for all opaque API (with one
+    1910             :          * indirection due the pointer lookup).
+    1911             :          */
+    1912             :         void *dt_slots;
+    1913             :         void *reserved[3];
+    1914             :     } PyArray_DTypeMeta;
+    1915             : 
+    1916             : #endif  /* NPY_INTERNAL_BUILD */
+    1917             : 
+    1918             : 
+    1919             : /*
+    1920             :  * Use the keyword NPY_DEPRECATED_INCLUDES to ensure that the header files
+    1921             :  * npy_*_*_deprecated_api.h are only included from here and nowhere else.
+    1922             :  */
+    1923             : #ifdef NPY_DEPRECATED_INCLUDES
+    1924             : #error "Do not use the reserved keyword NPY_DEPRECATED_INCLUDES."
+    1925             : #endif
+    1926             : #define NPY_DEPRECATED_INCLUDES
+    1927             : #if !defined(NPY_NO_DEPRECATED_API) || \
+    1928             :     (NPY_NO_DEPRECATED_API < NPY_1_7_API_VERSION)
+    1929             : #include "npy_1_7_deprecated_api.h"
+    1930             : #endif
+    1931             : /*
+    1932             :  * There is no file npy_1_8_deprecated_api.h since there are no additional
+    1933             :  * deprecated API features in NumPy 1.8.
+    1934             :  *
+    1935             :  * Note to maintainers: insert code like the following in future NumPy
+    1936             :  * versions.
+    1937             :  *
+    1938             :  * #if !defined(NPY_NO_DEPRECATED_API) || \
+    1939             :  *     (NPY_NO_DEPRECATED_API < NPY_1_9_API_VERSION)
+    1940             :  * #include "npy_1_9_deprecated_api.h"
+    1941             :  * #endif
+    1942             :  */
+    1943             : #undef NPY_DEPRECATED_INCLUDES
+    1944             : 
+    1945             : #endif  /* NUMPY_CORE_INCLUDE_NUMPY_NDARRAYTYPES_H_ */
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/AssocVector.h.func-sort-c.html b/doc/coverageReport/include/crpropa/AssocVector.h.func-sort-c.html new file mode 100644 index 000000000..c39d31005 --- /dev/null +++ b/doc/coverageReport/include/crpropa/AssocVector.h.func-sort-c.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/AssocVector.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - include/crpropa - AssocVector.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:2121100.0 %
Date:2024-04-08 14:58:22Functions:55100.0 %
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+ +
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Function Name Sort by function nameHit count Sort by hit count
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+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/AssocVector.h.func.html b/doc/coverageReport/include/crpropa/AssocVector.h.func.html new file mode 100644 index 000000000..206af8f4c --- /dev/null +++ b/doc/coverageReport/include/crpropa/AssocVector.h.func.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/AssocVector.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - AssocVector.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:2121100.0 %
Date:2024-04-08 14:58:22Functions:55100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4Loki11AssocVectorINSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEN7crpropa7VariantESt4lessIS6_ESaISt4pairIS6_S8_EEE4findERKS6_5
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_ZN4Loki11AssocVectorINSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEN7crpropa7VariantESt4lessIS6_ESaISt4pairIS6_S8_EEEixERKS6_1143
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+
+
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Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/AssocVector.h.gcov.html b/doc/coverageReport/include/crpropa/AssocVector.h.gcov.html new file mode 100644 index 000000000..6e1f36ba8 --- /dev/null +++ b/doc/coverageReport/include/crpropa/AssocVector.h.gcov.html @@ -0,0 +1,457 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/AssocVector.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - AssocVector.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:2121100.0 %
Date:2024-04-08 14:58:22Functions:55100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : ////////////////////////////////////////////////////////////////////////////////
+       2             : // The Loki Library
+       3             : // Copyright (c) 2001 by Andrei Alexandrescu
+       4             : // This code accompanies the book:
+       5             : // Alexandrescu, Andrei. "Modern C++ Design: Generic Programming and Design
+       6             : //     Patterns Applied". Copyright (c) 2001. Addison-Wesley.
+       7             : //
+       8             : // Permission is hereby granted, free of charge, to any person obtaining a copy
+       9             : // of this software and associated documentation files (the "Software"), to deal
+      10             : // in the Software without restriction, including without limitation the rights
+      11             : // to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
+      12             : // copies of the Software, and to permit persons to whom the Software is
+      13             : // furnished to do so, subject to the following conditions:
+      14             : //
+      15             : // The above copyright notice and this permission notice shall be included in
+      16             : // all copies or substantial portions of the Software.
+      17             : //
+      18             : // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
+      19             : // IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
+      20             : // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
+      21             : // AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
+      22             : // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
+      23             : // OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
+      24             : // SOFTWARE.
+      25             : ////////////////////////////////////////////////////////////////////////////////
+      26             : #ifndef LOKI_ASSOCVECTOR_INC_
+      27             : #define LOKI_ASSOCVECTOR_INC_
+      28             : 
+      29             : // $Id$
+      30             : 
+      31             : 
+      32             : #include <algorithm>
+      33             : #include <functional>
+      34             : #include <vector>
+      35             : #include <utility>
+      36             : #include <iterator>
+      37             : #include <map>
+      38             : 
+      39             : 
+      40             : namespace Loki
+      41             : {
+      42             : ////////////////////////////////////////////////////////////////////////////////
+      43             : // class template AssocVectorCompare
+      44             : // Used by AssocVector
+      45             : ////////////////////////////////////////////////////////////////////////////////
+      46             : 
+      47             :     namespace Private
+      48             :     {
+      49             :         template <class Value, class C>
+      50             :         class AssocVectorCompare : public C
+      51             :         {
+      52             :             typedef std::pair<typename C::first_argument_type, Value>
+      53             :                 Data;
+      54             :             typedef typename C::first_argument_type first_argument_type;
+      55             : 
+      56             :         public:
+      57             :             AssocVectorCompare()
+      58             :             {}
+      59             : 
+      60             :             AssocVectorCompare(const C& src) : C(src)
+      61             :             {}
+      62             : 
+      63             :             bool operator()(const first_argument_type& lhs,
+      64             :                 const first_argument_type& rhs) const
+      65             :             { return C::operator()(lhs, rhs); }
+      66             : 
+      67             :             bool operator()(const Data& lhs, const Data& rhs) const
+      68             :             { return operator()(lhs.first, rhs.first); }
+      69             : 
+      70             :             bool operator()(const Data& lhs,
+      71             :                 const first_argument_type& rhs) const
+      72          57 :             { return operator()(lhs.first, rhs); }
+      73             : 
+      74             :             bool operator()(const first_argument_type& lhs,
+      75             :                 const Data& rhs) const
+      76             :             { return operator()(lhs, rhs.first); }
+      77             :         };
+      78             :     }
+      79             : 
+      80             : ////////////////////////////////////////////////////////////////////////////////
+      81             : // class template AssocVector
+      82             : // An associative vector built as a syntactic drop-in replacement for std::map
+      83             : // BEWARE: AssocVector doesn't respect all map's guarantees, the most important
+      84             : //     being:
+      85             : // * iterators are invalidated by insert and erase operations
+      86             : // * the complexity of insert/erase is O(N) not O(log N)
+      87             : // * value_type is std::pair<K, V> not std::pair<const K, V>
+      88             : // * iterators are random
+      89             : ////////////////////////////////////////////////////////////////////////////////
+      90             : 
+      91             : 
+      92             :     template
+      93             :     <
+      94             :         class K,
+      95             :         class V,
+      96             :         class C = std::less<K>,
+      97             :         class A = std::allocator< std::pair<K, V> >
+      98             :     >
+      99          30 :     class AssocVector
+     100             :         : private std::vector< std::pair<K, V>, A >
+     101             :         , private Private::AssocVectorCompare<V, C>
+     102             :     {
+     103             :         typedef std::vector<std::pair<K, V>, A> Base;
+     104             :         typedef Private::AssocVectorCompare<V, C> MyCompare;
+     105             : 
+     106             :     public:
+     107             :         typedef K key_type;
+     108             :         typedef V mapped_type;
+     109             :         typedef typename Base::value_type value_type;
+     110             : 
+     111             :         typedef C key_compare;
+     112             :         typedef A allocator_type;
+     113             :         typedef typename A::reference reference;
+     114             :         typedef typename A::const_reference const_reference;
+     115             :         typedef typename Base::iterator iterator;
+     116             :         typedef typename Base::const_iterator const_iterator;
+     117             :         typedef typename Base::size_type size_type;
+     118             :         typedef typename Base::difference_type difference_type;
+     119             :         typedef typename A::pointer pointer;
+     120             :         typedef typename A::const_pointer const_pointer;
+     121             :         typedef typename Base::reverse_iterator reverse_iterator;
+     122             :         typedef typename Base::const_reverse_iterator const_reverse_iterator;
+     123             : 
+     124             :         class value_compare
+     125             :             : public std::binary_function<value_type, value_type, bool>
+     126             :             , private key_compare
+     127             :         {
+     128             :             friend class AssocVector;
+     129             : 
+     130             :         protected:
+     131             :             value_compare(key_compare pred) : key_compare(pred)
+     132             :             {}
+     133             : 
+     134             :         public:
+     135             :             bool operator()(const value_type& lhs, const value_type& rhs) const
+     136             :             { return key_compare::operator()(lhs.first, rhs.first); }
+     137             :         };
+     138             : 
+     139             :         // 23.3.1.1 construct/copy/destroy
+     140             : 
+     141             :         explicit AssocVector(const key_compare& comp = key_compare(),
+     142             :             const A& alloc = A())
+     143             :         : Base(alloc), MyCompare(comp)
+     144             :         {}
+     145             : 
+     146             :         template <class InputIterator>
+     147             :         AssocVector(InputIterator first, InputIterator last,
+     148             :             const key_compare& comp = key_compare(),
+     149             :             const A& alloc = A())
+     150             :         : Base( alloc ), MyCompare( comp )
+     151             :         {
+     152             :             typedef ::std::vector< ::std::pair< K, V >, A > BaseType;
+     153             :             typedef ::std::map< K, V, C, A > TempMap;
+     154             :             typedef ::std::back_insert_iterator< Base > MyInserter;
+     155             :             MyCompare & me = *this;
+     156             :             const A tempAlloc;
+     157             :             // Make a temporary map similar to this type to prevent any duplicate elements.
+     158             :             TempMap temp( first, last, me, tempAlloc );
+     159             :             Base::reserve( temp.size() );
+     160             :             BaseType & target = static_cast< BaseType & >( *this );
+     161             :             MyInserter myInserter = ::std::back_inserter( target );
+     162             :             ::std::copy( temp.begin(), temp.end(), myInserter );
+     163             :         }
+     164             : 
+     165          30 :         AssocVector& operator=(const AssocVector& rhs)
+     166             :         {
+     167          30 :             AssocVector(rhs).swap(*this);
+     168          30 :             return *this;
+     169             :         }
+     170             : 
+     171             :         // iterators:
+     172             :         // The following are here because MWCW gets 'using' wrong
+     173             :         iterator begin() { return Base::begin(); }
+     174             :         const_iterator begin() const { return Base::begin(); }
+     175             :         iterator end() { return Base::end(); }
+     176             :         const_iterator end() const { return Base::end(); }
+     177             :         reverse_iterator rbegin() { return Base::rbegin(); }
+     178             :         const_reverse_iterator rbegin() const { return Base::rbegin(); }
+     179             :         reverse_iterator rend() { return Base::rend(); }
+     180             :         const_reverse_iterator rend() const { return Base::rend(); }
+     181             : 
+     182             :         // capacity:
+     183             :         bool empty() const { return Base::empty(); }
+     184             :         size_type size() const { return Base::size(); }
+     185             :         size_type max_size() { return Base::max_size(); }
+     186             : 
+     187             :         // 23.3.1.2 element access:
+     188        1143 :         mapped_type& operator[](const key_type& key)
+     189        1143 :         { return insert(value_type(key, mapped_type())).first->second; }
+     190             : 
+     191             :         // modifiers:
+     192        1143 :         std::pair<iterator, bool> insert(const value_type& val)
+     193             :         {
+     194             :             bool found(true);
+     195        1143 :             iterator i(lower_bound(val.first));
+     196             : 
+     197          13 :             if (i == end() || this->operator()(val.first, i->first))
+     198             :             {
+     199        1134 :                 i = Base::insert(i, val);
+     200             :                 found = false;
+     201             :             }
+     202        1143 :             return std::make_pair(i, !found);
+     203             :         }
+     204             :         //Section [23.1.2], Table 69
+     205             :         //http://developer.apple.com/documentation/DeveloperTools/gcc-3.3/libstdc++/23_containers/howto.html#4
+     206             :         iterator insert(iterator pos, const value_type& val)
+     207             :         {
+     208             :             if( (pos == begin() || this->operator()(*(pos-1),val)) &&
+     209             :                 (pos == end()    || this->operator()(val, *pos)) )
+     210             :             {
+     211             :                 return Base::insert(pos, val);
+     212             :             }
+     213             :             return insert(val).first;
+     214             :         }
+     215             : 
+     216             :         template <class InputIterator>
+     217             :         void insert(InputIterator first, InputIterator last)
+     218             :         { for (; first != last; ++first) insert(*first); }
+     219             : 
+     220             :         void erase(iterator pos)
+     221           5 :         { Base::erase(pos); }
+     222             : 
+     223             :         size_type erase(const key_type& k)
+     224             :         {
+     225             :             iterator i(find(k));
+     226             :             if (i == end()) return 0;
+     227             :             erase(i);
+     228             :             return 1;
+     229             :         }
+     230             : 
+     231             :         void erase(iterator first, iterator last)
+     232             :         { Base::erase(first, last); }
+     233             : 
+     234             :         void swap(AssocVector& other)
+     235             :         {
+     236             :             Base::swap(other);
+     237             :             MyCompare& me = *this;
+     238             :             MyCompare& rhs = other;
+     239             :             std::swap(me, rhs);
+     240             :         }
+     241             : 
+     242             :         void clear()
+     243             :         { Base::clear(); }
+     244             : 
+     245             :         // observers:
+     246             :         key_compare key_comp() const
+     247             :         { return *this; }
+     248             : 
+     249             :         value_compare value_comp() const
+     250             :         {
+     251             :             const key_compare& comp = *this;
+     252             :             return value_compare(comp);
+     253             :         }
+     254             : 
+     255             :         // 23.3.1.3 map operations:
+     256           5 :         iterator find(const key_type& k)
+     257             :         {
+     258             :             iterator i(lower_bound(k));
+     259           5 :             if (i != end() && this->operator()(k, i->first))
+     260             :             {
+     261             :                 i = end();
+     262             :             }
+     263           5 :             return i;
+     264             :         }
+     265             : 
+     266          41 :         const_iterator find(const key_type& k) const
+     267             :         {
+     268             :             const_iterator i(lower_bound(k));
+     269          33 :             if (i != end() && this->operator()(k, i->first))
+     270             :             {
+     271             :                 i = end();
+     272             :             }
+     273          41 :             return i;
+     274             :         }
+     275             : 
+     276             :         size_type count(const key_type& k) const
+     277             :         { return find(k) != end(); }
+     278             : 
+     279             :         iterator lower_bound(const key_type& k)
+     280             :         {
+     281             :             MyCompare& me = *this;
+     282        1148 :             return std::lower_bound(begin(), end(), k, me);
+     283             :         }
+     284             : 
+     285             :         const_iterator lower_bound(const key_type& k) const
+     286             :         {
+     287             :             const MyCompare& me = *this;
+     288          41 :             return std::lower_bound(begin(), end(), k, me);
+     289             :         }
+     290             : 
+     291             :         iterator upper_bound(const key_type& k)
+     292             :         {
+     293             :             MyCompare& me = *this;
+     294             :             return std::upper_bound(begin(), end(), k, me);
+     295             :         }
+     296             : 
+     297             :         const_iterator upper_bound(const key_type& k) const
+     298             :         {
+     299             :             const MyCompare& me = *this;
+     300             :             return std::upper_bound(begin(), end(), k, me);
+     301             :         }
+     302             : 
+     303             :         std::pair<iterator, iterator> equal_range(const key_type& k)
+     304             :         {
+     305             :             MyCompare& me = *this;
+     306             :             return std::equal_range(begin(), end(), k, me);
+     307             :         }
+     308             : 
+     309             :         std::pair<const_iterator, const_iterator> equal_range(
+     310             :             const key_type& k) const
+     311             :         {
+     312             :             const MyCompare& me = *this;
+     313             :             return std::equal_range(begin(), end(), k, me);
+     314             :         }
+     315             : 
+     316             :         template <class K1, class V1, class C1, class A1>
+     317             :         friend bool operator==(const AssocVector<K1, V1, C1, A1>& lhs,
+     318             :                         const AssocVector<K1, V1, C1, A1>& rhs);
+     319             : 
+     320             :         bool operator<(const AssocVector& rhs) const
+     321             :         {
+     322             :             const Base& me = *this;
+     323             :             const Base& yo = rhs;
+     324             :             return me < yo;
+     325             :         }
+     326             : 
+     327             :         template <class K1, class V1, class C1, class A1>
+     328             :         friend bool operator!=(const AssocVector<K1, V1, C1, A1>& lhs,
+     329             :                                const AssocVector<K1, V1, C1, A1>& rhs);
+     330             : 
+     331             :         template <class K1, class V1, class C1, class A1>
+     332             :         friend bool operator>(const AssocVector<K1, V1, C1, A1>& lhs,
+     333             :                               const AssocVector<K1, V1, C1, A1>& rhs);
+     334             : 
+     335             :         template <class K1, class V1, class C1, class A1>
+     336             :         friend bool operator>=(const AssocVector<K1, V1, C1, A1>& lhs,
+     337             :                                const AssocVector<K1, V1, C1, A1>& rhs);
+     338             : 
+     339             :         template <class K1, class V1, class C1, class A1>
+     340             :         friend bool operator<=(const AssocVector<K1, V1, C1, A1>& lhs,
+     341             :                                const AssocVector<K1, V1, C1, A1>& rhs);
+     342             :     };
+     343             : 
+     344             :     template <class K, class V, class C, class A>
+     345             :     inline bool operator==(const AssocVector<K, V, C, A>& lhs,
+     346             :                            const AssocVector<K, V, C, A>& rhs)
+     347             :     {
+     348             :       const std::vector<std::pair<K, V>, A>& me = lhs;
+     349             :       return me == rhs;
+     350             :     }
+     351             : 
+     352             :     template <class K, class V, class C, class A>
+     353             :     inline bool operator!=(const AssocVector<K, V, C, A>& lhs,
+     354             :                            const AssocVector<K, V, C, A>& rhs)
+     355             :     { return !(lhs == rhs); }
+     356             : 
+     357             :     template <class K, class V, class C, class A>
+     358             :     inline bool operator>(const AssocVector<K, V, C, A>& lhs,
+     359             :                           const AssocVector<K, V, C, A>& rhs)
+     360             :     { return rhs < lhs; }
+     361             : 
+     362             :     template <class K, class V, class C, class A>
+     363             :     inline bool operator>=(const AssocVector<K, V, C, A>& lhs,
+     364             :                            const AssocVector<K, V, C, A>& rhs)
+     365             :     { return !(lhs < rhs); }
+     366             : 
+     367             :     template <class K, class V, class C, class A>
+     368             :     inline bool operator<=(const AssocVector<K, V, C, A>& lhs,
+     369             :                            const AssocVector<K, V, C, A>& rhs)
+     370             :     { return !(rhs < lhs); }
+     371             : 
+     372             : 
+     373             :     // specialized algorithms:
+     374             :     template <class K, class V, class C, class A>
+     375             :     void swap(AssocVector<K, V, C, A>& lhs, AssocVector<K, V, C, A>& rhs)
+     376             :     { lhs.swap(rhs); }
+     377             : 
+     378             : } // namespace Loki
+     379             : 
+     380             : #endif // end file guardian
+     381             : 
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/Candidate.h.func-sort-c.html b/doc/coverageReport/include/crpropa/Candidate.h.func-sort-c.html new file mode 100644 index 000000000..311549a2e --- /dev/null +++ b/doc/coverageReport/include/crpropa/Candidate.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Candidate.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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+ + + diff --git a/doc/coverageReport/include/crpropa/Candidate.h.func.html b/doc/coverageReport/include/crpropa/Candidate.h.func.html new file mode 100644 index 000000000..2a4fbcad6 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Candidate.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Candidate.h - functions + + + + + + + + + + + + + + +
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Current view:top level - include/crpropa - Candidate.h (source / functions)HitTotalCoverage
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          Line data    Source code
+
+       1             : #ifndef CRPROPA_CANDIDATE_H
+       2             : #define CRPROPA_CANDIDATE_H
+       3             : 
+       4             : #include "crpropa/ParticleState.h"
+       5             : #include "crpropa/Referenced.h"
+       6             : #include "crpropa/AssocVector.h"
+       7             : #include "crpropa/Variant.h"
+       8             : 
+       9             : #include <vector>
+      10             : #include <map>
+      11             : #include <sstream>
+      12             : #include <stdint.h>
+      13             : 
+      14             : namespace crpropa {
+      15             : /**
+      16             :  * \addtogroup Core
+      17             :  * @{
+      18             :  */
+      19             : 
+      20             : /**
+      21             :  @class Candidate Candidate.h include/crpropa/Candidate.h
+      22             :  @brief All information about the cosmic ray.
+      23             : 
+      24             :  The Candidate is a passive object, that holds the information about the state
+      25             :  of the cosmic ray and the simulation itself.
+      26             :  */
+      27             : class Candidate: public Referenced {
+      28             : public:
+      29             :         ParticleState source; /**< Particle state at the source */
+      30             :         ParticleState created; /**< Particle state of parent particle at the time of creation */
+      31             :         ParticleState current; /**< Current particle state */
+      32             :         ParticleState previous; /**< Particle state at the end of the previous step */
+      33             : 
+      34             :         std::vector<ref_ptr<Candidate> > secondaries; /**< Secondary particles from interactions */
+      35             : 
+      36             :         typedef Loki::AssocVector<std::string, Variant> PropertyMap;
+      37             :         PropertyMap properties; /**< Map of property names and their values. */
+      38             : 
+      39             :         /** Parent candidate. 0 if no parent (initial particle). Must not be a ref_ptr to prevent circular referencing. */
+      40             :         Candidate *parent;
+      41             : 
+      42             : private:
+      43             :         bool active; /**< Active status */
+      44             :         double weight; /**< Weight of the candidate */
+      45             :         double redshift; /**< Current simulation time-point in terms of redshift z */
+      46             :         double trajectoryLength; /**< Comoving distance [m] the candidate has traveled so far */
+      47             :         double currentStep; /**< Size of the currently performed step in [m] comoving units */
+      48             :         double nextStep; /**< Proposed size of the next propagation step in [m] comoving units */
+      49             :         std::string tagOrigin; /**< Name of interaction/source process which created this candidate*/
+      50             : 
+      51             :         static uint64_t nextSerialNumber;
+      52             :         uint64_t serialNumber;
+      53             : 
+      54             : public:
+      55             :         Candidate(
+      56             :                 int id = 0,
+      57             :                 double energy = 0,
+      58             :                 Vector3d position = Vector3d(0, 0, 0),
+      59             :                 Vector3d direction = Vector3d(-1, 0, 0),
+      60             :                 double z = 0,
+      61             :                 double weight = 1., 
+      62             :                 std::string tagOrigin = "PRIM"
+      63             :         );
+      64             : 
+      65             :         /**
+      66             :          Creates a candidate, initializing the Candidate::source, Candidate::created,
+      67             :          Candidate::previous and Candidate::current state with the argument.
+      68             :          */
+      69             :         Candidate(const ParticleState &state);
+      70             : 
+      71             :         bool isActive() const;
+      72             :         void setActive(bool b);
+      73             : 
+      74             :         void setTrajectoryLength(double length);
+      75             :         double getTrajectoryLength() const;
+      76             : 
+      77             :         void setRedshift(double z);
+      78             :         double getRedshift() const;
+      79             : 
+      80             :         /**
+      81             :          Sets weight of each candidate.
+      82             :          Weights are calculated for each tracked secondary.
+      83             :          */
+      84             :         void setWeight(double weight);
+      85             :     void updateWeight(double weight);
+      86             :         double getWeight() const;
+      87             : 
+      88             :         /**
+      89             :          Sets the current step and increases the trajectory length accordingly.
+      90             :          Only the propagation module should use this.
+      91             :          */
+      92             :         void setCurrentStep(double step);
+      93             :         double getCurrentStep() const;
+      94             : 
+      95             :         /**
+      96             :          Sets the proposed next step.
+      97             :          Only the propagation module should use this.
+      98             :          */
+      99             :         void setNextStep(double step);
+     100             :         double getNextStep() const;
+     101             : 
+     102             :         /**
+     103             :          Sets the tagOrigin of the candidate. Can be used to trace back the interactions
+     104             :          */
+     105             :         void setTagOrigin(std::string tagOrigin);
+     106             :         std::string getTagOrigin() const;
+     107             : 
+     108             :         /**
+     109             :          Make a bid for the next step size: the lowest wins.
+     110             :          */
+     111             :         void limitNextStep(double step);
+     112             : 
+     113             :         void setProperty(const std::string &name, const Variant &value);
+     114             :         const Variant &getProperty(const std::string &name) const;
+     115             :         bool removeProperty(const std::string &name);
+     116             :         bool hasProperty(const std::string &name) const;
+     117             : 
+     118             :         /**
+     119             :          Add a new candidate to the list of secondaries.
+     120             :          @param c Candidate
+     121             : 
+     122             :          Adds a new candidate to the list of secondaries of this candidate.
+     123             :          The secondaries Candidate::source and Candidate::previous state are set to the _source_ and _previous_ state of its parent.
+     124             :          The secondaries Candidate::created and Candidate::current state are set to the _current_ state of its parent, except for the secondaries current energy and particle id.
+     125             :          Trajectory length and redshift are copied from the parent.
+     126             :          */
+     127             :         void addSecondary(Candidate *c);
+     128           4 :         inline void addSecondary(ref_ptr<Candidate> c) { addSecondary(c.get()); };
+     129             :         /**
+     130             :          Add a new candidate to the list of secondaries.
+     131             :          @param id                      particle ID of the secondary
+     132             :          @param energy          energy of the secondary
+     133             :          @param w                       weight of the secondary
+     134             :          @param tagOrigin       tag of the secondary
+     135             :          */
+     136             :         void addSecondary(int id, double energy, double w = 1., std::string tagOrigin = "SEC");
+     137             :         /**
+     138             :          Add a new candidate to the list of secondaries.
+     139             :          @param id                      particle ID of the secondary
+     140             :          @param energy          energy of the secondary
+     141             :          @param position        start position of the secondary
+     142             :          @param w                       weight of the secondary
+     143             :          @param tagOrigin       tag of the secondary
+     144             :          */
+     145             :         void addSecondary(int id, double energy, Vector3d position, double w = 1., std::string tagOrigin = "SEC");
+     146             :         void clearSecondaries();
+     147             : 
+     148             :         std::string getDescription() const;
+     149             : 
+     150             :         /** Unique (inside process) serial number (id) of candidate */
+     151             :         uint64_t getSerialNumber() const;
+     152             :         void setSerialNumber(const uint64_t snr);
+     153             : 
+     154             :         /** Serial number of candidate at source*/
+     155             :         uint64_t getSourceSerialNumber() const;
+     156             : 
+     157             :         /** Serial number of candidate at creation */
+     158             :         uint64_t getCreatedSerialNumber() const;
+     159             : 
+     160             :         /** Set the next serial number to use */
+     161             :         static void setNextSerialNumber(uint64_t snr);
+     162             : 
+     163             :         /** Get the next serial number that will be assigned */
+     164             :         static uint64_t getNextSerialNumber();
+     165             : 
+     166             :         /**
+     167             :          Create an exact clone of candidate
+     168             :          @param recursive       recursively clone and add the secondaries
+     169             :          */
+     170             :         ref_ptr<Candidate> clone(bool recursive = false) const;
+     171             : 
+     172             :         /**
+     173             :          Copy the source particle state to the current state
+     174             :          and activate it if inactive, e.g. restart it
+     175             :         */
+     176             :         void restart();
+     177             : };
+     178             : 
+     179             : /** @}*/
+     180             : } // namespace crpropa
+     181             : 
+     182             : #endif // CRPROPA_CANDIDATE_H
+
+
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+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/Common.h.func-sort-c.html b/doc/coverageReport/include/crpropa/Common.h.func-sort-c.html new file mode 100644 index 000000000..b6011ea62 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Common.h.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Common.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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_ZN7crpropa8gaussIntIZNS_20common_gaussInt_Test8TestBodyEvEUldE0_EEdOT_dd1
_ZN7crpropa8gaussIntIZNKS_19PhotoPionProduction7probEpsEdbddEUldE_EEdOT_dd10660
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LCOV - code coverage report
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_ZN7crpropa8gaussIntIZNS_20common_gaussInt_Test8TestBodyEvEUldE0_EEdOT_dd1
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          Line data    Source code
+
+       1             : #ifndef CRPROPA_COMMON_H
+       2             : #define CRPROPA_COMMON_H
+       3             : 
+       4             : #include <string>
+       5             : #include <vector>
+       6             : /**
+       7             :  @file
+       8             :  @brief Common helper functions
+       9             :  */
+      10             : 
+      11             : namespace crpropa {
+      12             : /**
+      13             :  * \addtogroup Core
+      14             :  * @{
+      15             :  */
+      16             : 
+      17             : // Returns the full path to a CRPropa data file
+      18             : std::string getDataPath(std::string filename);
+      19             : 
+      20             : // Returns the install prefix
+      21             : std::string getInstallPrefix();
+      22             : 
+      23             : // Returns a certain digit from a given integer
+      24             : inline int digit(const int& value, const int& d) {
+      25        1249 :         return (value % (d * 10)) / d;
+      26             : }
+      27             : 
+      28             : // Return value xclip which is the closest to x, so that lower <= xclip <= upper
+      29             : template <typename T>
+      30             : T clip(const T& x, const T& lower, const T& upper) {
+      31      499341 :         return std::max(lower, std::min(x, upper));
+      32             : }
+      33             : 
+      34             : // Perform linear interpolation on a set of n tabulated data points X[0 .. n-1] -> Y[0 .. n-1]
+      35             : // Returns Y[0] if x < X[0] and Y[n-1] if x > X[n-1]
+      36             : double interpolate(double x, const std::vector<double>& X,
+      37             :                 const std::vector<double>& Y);
+      38             : 
+      39             : 
+      40             : // Perform bilinear interpolation on a set of (n,m) tabulated data points X[0 .. n-1], Y[0 .. m-1] -> Z[0.. n-1*m-1]
+      41             : // Returns 0 if x < X[0] or x > X[n-1] or y < Y[0] or y > Y[m-1]
+      42             : double interpolate2d(double x, double y, const std::vector<double>& X,
+      43             :                 const std::vector<double>& Y, const std::vector<double>& Z);
+      44             : 
+      45             : // Perform linear interpolation on equidistant tabulated data
+      46             : // Returns Y[0] if x < lo and Y[n-1] if x > hi
+      47             : double interpolateEquidistant(double x, double lo, double hi,
+      48             :                 const std::vector<double>& Y);
+      49             : 
+      50             : // Find index of value in a sorted vector X that is closest to x
+      51             : size_t closestIndex(double x, const std::vector<double> &X);
+      52             : /** @}*/
+      53             : 
+      54             : 
+      55             : // pow implementation as template for integer exponents pow_integer<2>(x)
+      56             : // evaluates to x*x
+      57             : template <unsigned int exponent>
+      58             : inline double pow_integer(double base)
+      59             : {
+      60       63069 :   return pow_integer<(exponent >> 1)>(base*base) * (((exponent & 1) > 0) ? base : 1);
+      61             : }
+      62             : 
+      63             : template <>
+      64             : inline double pow_integer<0>(double base)
+      65             : {
+      66             :   return 1;
+      67             : }
+      68             : 
+      69             : // - input:  function over which to integrate, integration limits A and B
+      70             : // - output: 8-points Gauß-Legendre integral
+      71             : static const double X[8] = {.0950125098, .2816035507, .4580167776, .6178762444, .7554044083, .8656312023, .9445750230, .9894009349};
+      72             : static const double W[8] = {.1894506104, .1826034150, .1691565193, .1495959888, .1246289712, .0951585116, .0622535239, .0271524594};
+      73             : template<typename Integrand>
+      74       10661 : double gaussInt(Integrand&& integrand, double A, double B) {
+      75       10661 :         const double XM = 0.5 * (B + A);
+      76       10661 :         const double XR = 0.5 * (B - A);
+      77             :         double SS = 0.;
+      78       95958 :         for (int i = 0; i < 8; ++i) {
+      79       85296 :                 double DX = XR * X[i];
+      80       85296 :                 SS += W[i] * (integrand(XM + DX) + integrand(XM - DX));
+      81             :         }
+      82       10661 :         return XR * SS;
+      83             : }
+      84             : 
+      85             : } // namespace crpropa
+      86             : 
+      87             : #endif // CRPROPA_COMMON_H
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          Line data    Source code
+
+       1             : #ifndef CRPROPA_EMISSION_MAP_H
+       2             : #define CRPROPA_EMISSION_MAP_H
+       3             : 
+       4             : #include "Referenced.h"
+       5             : #include "Candidate.h"
+       6             : 
+       7             : namespace crpropa {
+       8             : 
+       9             : /**
+      10             :  @class CylindricalProjectionMap
+      11             :  @brief 2D histogram of spherical coordinates in equal-area projection
+      12             :  */
+      13             : class CylindricalProjectionMap : public Referenced {
+      14             : private:
+      15             :         size_t nPhi, nTheta;
+      16             :         double sPhi, sTheta;
+      17             :         mutable bool dirty;
+      18             :         std::vector<double> pdf;
+      19             :         mutable std::vector<double> cdf;
+      20             : 
+      21             :         /** Calculate the cdf from the pdf */
+      22             :         void updateCdf() const;
+      23             : 
+      24             : public:
+      25             :         CylindricalProjectionMap();
+      26             :         /** constructur
+      27             :          * @param nPhi number of bins for phi (0-2pi)
+      28             :          * @param nTheta number of bins for theta (0-pi)
+      29             :          */
+      30             :         CylindricalProjectionMap(size_t nPhi, size_t nTheta);
+      31             : 
+      32             :         /** Increment the bin value in direction by weight. */
+      33             :         void fillBin(const Vector3d& direction, double weight = 1.);
+      34             : 
+      35             :         /** Increment the bin value by weight. */
+      36             :         void fillBin(size_t bin, double weight = 1.);
+      37             : 
+      38             :         /** Draw a random vector from the distribution. */
+      39             :         Vector3d drawDirection() const;
+      40             : 
+      41             :         /** Check if the direction has a non zero propabiliy. */
+      42             :         bool checkDirection(const Vector3d &direction) const;
+      43             : 
+      44             :         const std::vector<double>& getPdf() const;
+      45             :         std::vector<double>& getPdf();
+      46             : 
+      47             :         const std::vector<double>& getCdf() const;
+      48             : 
+      49             :         size_t getNPhi();
+      50             :         size_t getNTheta();
+      51             : 
+      52             :         /** Calculate the bin from a direction */
+      53             :         size_t binFromDirection(const Vector3d& direction) const;
+      54             : 
+      55             :         /** Calculate a random vector inside the bin boundaries */
+      56             :         Vector3d directionFromBin(size_t bin) const;
+      57             : };
+      58             : 
+      59             : /**
+      60             :  @class EmissionMap
+      61             :  @brief Particle Type and energy binned emission maps.
+      62             : 
+      63             :  Use SourceEmissionMap to suppress directions at the source. Use EmissionMapFiller to create EmissionMap from Observer.
+      64             :  */
+      65           2 : class EmissionMap : public Referenced {
+      66             : public:
+      67             :         typedef std::pair<int, size_t> key_t;
+      68             :         typedef std::map<key_t, ref_ptr<CylindricalProjectionMap> > map_t;
+      69             : 
+      70             :         EmissionMap();
+      71             :         /**
+      72             :          * @param nPhi number of bins for phi (0-2pi)
+      73             :          * @param nTheta number of bins for theta (0-pi)
+      74             :          * @param nEnergy number of bins for energy (1e-4 - 1e4 EeV)
+      75             :          */
+      76             :         EmissionMap(size_t nPhi, size_t nTheta, size_t nEnergy);
+      77             : 
+      78             :         /**
+      79             :          * @param nPhi number of bins for phi (0-2pi)
+      80             :          * @param nTheta number of bins for theta (0-pi)
+      81             :          * @param nEnergy number of bins for energy (1e-4 - 1e4 EeV)
+      82             :          * @param minEnergy minimum energy for binning
+      83             :          * @param maxEnergy maximum energy for binning
+      84             :          */
+      85             :         EmissionMap(size_t nPhi, size_t nTheta, size_t nEnergy, double minEnergy, double maxEnergy);
+      86             : 
+      87             :         /** Calculate energy from bin */
+      88             :         double energyFromBin(size_t bin) const;
+      89             : 
+      90             :         /** Calculate bin from energy */
+      91             :         size_t binFromEnergy(double energy) const;
+      92             : 
+      93             :         map_t &getMaps();
+      94             :         const map_t &getMaps() const;
+      95             : 
+      96             :         /** Increment the value for particle type, energy and direction by weight. */
+      97             :         void fillMap(int pid, double energy, const Vector3d& direction, double weight = 1.);
+      98             :         /** Increment the value for the particle state by weight. */
+      99             :         void fillMap(const ParticleState& state, double weight = 1.);
+     100             : 
+     101             :         /** Draw a random vector from the distribution. */
+     102             :         bool drawDirection(int pid, double energy, Vector3d& direction) const;
+     103             :         /** Draw a random vector from the distribution. */
+     104             :         bool drawDirection(const ParticleState& state, Vector3d& direction) const;
+     105             : 
+     106             :         /** Check if the direction has a non zero propabiliy. */
+     107             :         bool checkDirection(int pid, double energy, const Vector3d& direction) const;
+     108             :         /** Check if the direction has a non zero propabiliy. */
+     109             :         bool checkDirection(const ParticleState& state) const;
+     110             : 
+     111             :         /** Check if a valid map exists */
+     112             :         bool hasMap(int pid, double energy);
+     113             : 
+     114             :         /** Get the map for the specified pid and energy */
+     115             :         ref_ptr<CylindricalProjectionMap> getMap(int pid, double energy);
+     116             : 
+     117             :         /** Save the content of the maps into a text file */
+     118             :         void save(const std::string &filename);
+     119             :         /** Load the content of the maps from a text file */
+     120             :         void load(const std::string &filename);
+     121             : 
+     122             :         /** Merge other maps, add pdfs */
+     123             :         void merge(const EmissionMap *other);
+     124             : 
+     125             :         /** Merge maps from file */
+     126             :         void merge(const std::string &filename);
+     127             : 
+     128             : protected:
+     129             :         double minEnergy, maxEnergy, logStep;
+     130             :         size_t nPhi, nTheta, nEnergy;
+     131             :         map_t maps;
+     132             : };
+     133             : 
+     134             : } // namespace crpropa
+     135             : 
+     136             : #endif // CRPROPA_EMISSION_MAP_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Geometry.h.func-sort-c.html b/doc/coverageReport/include/crpropa/Geometry.h.func-sort-c.html new file mode 100644 index 000000000..6b4cfc036 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Geometry.h.func-sort-c.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Geometry.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Geometry.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:3475.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa7Surface14getDescriptionB5cxx11Ev0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Geometry.h.func.html b/doc/coverageReport/include/crpropa/Geometry.h.func.html new file mode 100644 index 000000000..9e2e188ad --- /dev/null +++ b/doc/coverageReport/include/crpropa/Geometry.h.func.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Geometry.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Geometry.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:3475.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
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+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa7Surface14getDescriptionB5cxx11Ev0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Geometry.h.gcov.html b/doc/coverageReport/include/crpropa/Geometry.h.gcov.html new file mode 100644 index 000000000..f7e267162 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Geometry.h.gcov.html @@ -0,0 +1,165 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Geometry.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Geometry.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:3475.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_GEOMETRY_H
+       2             : #define CRPROPA_GEOMETRY_H
+       3             : 
+       4             : #include <vector>
+       5             : #include <string>
+       6             : 
+       7             : #include "crpropa/Candidate.h"
+       8             : #include "crpropa/Vector3.h"
+       9             : #include "crpropa/Referenced.h"
+      10             : 
+      11             : namespace crpropa {
+      12             : /**
+      13             :  * \addtogroup Core
+      14             :  * @{
+      15             :  */
+      16             : 
+      17             : /**
+      18             :  @class Surface
+      19             :  @brief A geometrical surface
+      20             : 
+      21             :  Defines a surface. Can be queried if the candidate has crossed the surface in the last step.
+      22             :  */
+      23             : class Surface : public Referenced {
+      24             : public:
+      25             :         /** Returns the distance of a point to the surface. Negative on the one side,
+      26             :          positive on the other. For closed surfaces it is negative on the inside.
+      27             :          @param point   vector corresponding to the point to which compute the distance
+      28             :          */
+      29             :         virtual double distance(const Vector3d& point) const = 0;
+      30             :         /**  Returns the normal to the surface at a point. Negative on the one side,
+      31             :          positive on the other. For closed surfaces it is negative on the inside.
+      32             :          @param point   vector corresponding to the point to which compute the normal vector
+      33             :          */
+      34             :         virtual Vector3d normal(const Vector3d& point) const = 0;
+      35           0 :         virtual std::string getDescription() const {return "Surface without description.";};
+      36             : };
+      37             : 
+      38             : 
+      39             : /**
+      40             :  @class Plane
+      41             :  @brief A plane given by a point x0 and two axes v1 and v2 with normal n = v1.cross(v2) or the normal n. Note that distance is negative on one side of the plane and positive on the other, depending on the orientation of the normal vector.
+      42             :  */
+      43           1 : class Plane: public Surface {
+      44             : private:
+      45             :         Vector3d x0, n;
+      46             : public:
+      47             :         Plane(const Vector3d& x0, const Vector3d& v1,const Vector3d& v2);
+      48             :         Plane(const Vector3d& x0, const Vector3d& n);
+      49             :         virtual double distance(const Vector3d &x) const;
+      50             :         virtual Vector3d normal(const Vector3d& point) const;
+      51             :         virtual std::string getDescription() const;
+      52             : };
+      53             : 
+      54             : 
+      55             : /**
+      56             :  @class Sphere
+      57             :  @brief A sphere around point _center with radius _radius.
+      58             :  */
+      59           1 : class Sphere: public Surface {
+      60             : private:
+      61             :         Vector3d center;
+      62             :         double radius;
+      63             : public:
+      64             :         Sphere(const Vector3d& center, double radius);
+      65             :         virtual double distance(const Vector3d &point) const;
+      66             :         virtual Vector3d normal(const Vector3d& point) const;
+      67             :         virtual std::string getDescription() const;
+      68             : };
+      69             : 
+      70             : 
+      71             : /**
+      72             :  @class ParaxialBox
+      73             :  @brief A box with perpendicular surfaces aligned to the x,y,z-axes.
+      74             :  */
+      75           1 : class ParaxialBox: public Surface {
+      76             : private:
+      77             :         Vector3d corner, size;
+      78             : public:
+      79             :         ParaxialBox(const Vector3d& corner, const Vector3d& size);
+      80             :         virtual double distance(const Vector3d &point) const;
+      81             :         virtual Vector3d normal(const Vector3d& point) const;
+      82             :         virtual std::string getDescription() const;
+      83             : };
+      84             : 
+      85             : 
+      86             : /** @}*/
+      87             : } // namespace crpropa
+      88             : 
+      89             : #endif // CRPROPA_GEOMETRY_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Grid.h.func-sort-c.html b/doc/coverageReport/include/crpropa/Grid.h.func-sort-c.html new file mode 100644 index 000000000..3c651a9f5 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Grid.h.func-sort-c.html @@ -0,0 +1,296 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Grid.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Grid.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:17319588.7 %
Date:2024-04-08 14:58:22Functions:235641.1 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZN7crpropa4GridINS_7Vector3IfEEE11interpolateERKNS1_IdEE100073
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Grid.h.func.html b/doc/coverageReport/include/crpropa/Grid.h.func.html new file mode 100644 index 000000000..0b9457ac3 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Grid.h.func.html @@ -0,0 +1,296 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Grid.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Grid.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:17319588.7 %
Date:2024-04-08 14:58:22Functions:235641.1 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa14GridPropertiesD0Ev2
_ZN7crpropa14GridPropertiesD2Ev0
_ZN7crpropa15reflectiveClampEdiRiS0_Rd20
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_ZN7crpropa4GridIdEC2ENS_7Vector3IdEEmmmd0
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_ZNK7crpropa4GridIfE12closestValueERKNS_7Vector3IdEE7
_ZNK7crpropa4GridIfE13reflectiveGetEmmm0
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_ZNK7crpropa4GridIfE19tricubicInterpolateEdRKNS_7Vector3IdEE3
_ZNK7crpropa4GridIfE20trilinearInterpolateERKNS_7Vector3IdEE9
_ZNK7crpropa4GridIfE22CubicInterpolateScalarEddddd63
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Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/Grid.h.gcov.html b/doc/coverageReport/include/crpropa/Grid.h.gcov.html new file mode 100644 index 000000000..cad5f1688 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Grid.h.gcov.html @@ -0,0 +1,640 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Grid.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Grid.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:17319588.7 %
Date:2024-04-08 14:58:22Functions:235641.1 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_GRID_H
+       2             : #define CRPROPA_GRID_H
+       3             : 
+       4             : #include "crpropa/Referenced.h"
+       5             : #include "crpropa/Vector3.h"
+       6             : 
+       7             : #include "kiss/string.h"
+       8             : #include "kiss/logger.h"
+       9             : 
+      10             : #include <vector>
+      11             : #include <type_traits>
+      12             : #if HAVE_SIMD
+      13             : #include <immintrin.h>
+      14             : #include <smmintrin.h>
+      15             : #endif // HAVE_SIMD
+      16             : 
+      17             : namespace crpropa {
+      18             : 
+      19             : /** If set to TRILINEAR, use trilinear interpolation (standard)
+      20             : If set to TRICUBIC, use tricubic interpolation instead of trilinear interpolation
+      21             : If set to NEAREST_NEIGHBOUR , use nearest neighbour interpolation instead of trilinear interpolation */
+      22             : enum interpolationType {
+      23             :   TRILINEAR = 0,
+      24             :   TRICUBIC,
+      25             :   NEAREST_NEIGHBOUR
+      26             : };
+      27             : 
+      28             : /** Lower and upper neighbour in a periodically continued unit grid */
+      29             : inline void periodicClamp(double x, int n, int &lo, int &hi) {
+      30      100051 :         lo = ((int(floor(x)) % (n)) + (n)) % (n);
+      31          10 :         hi = (lo + 1) % (n);
+      32             : }
+      33             : 
+      34             : /** grid index in a reflective continued unit grid */
+      35             : inline int reflectiveBoundary(int index, int n) {
+      36        1963 :         while ((index < -0.5) or (index > (n-0.5)))
+      37         806 :                 index = 2 * n * (index > (n-0.5)) - index-1;
+      38             :         return index;
+      39             : }
+      40             : 
+      41             : /** grid index in a periodically continued unit grid */
+      42             : inline int periodicBoundary(int index, int n) {
+      43         768 :         return ((index % (n)) + (n)) % (n);
+      44             : }
+      45             : 
+      46             : /** Lower and upper neighbour in a reflectively repeated unit grid */
+      47          20 : inline void reflectiveClamp(double x, int n, int &lo, int &hi, double &res) {
+      48          36 :         while ((x < -0.5) or (x > (n-0.5)))
+      49          16 :                 x = 2 * n * (x > (n-0.5)) -x-1;
+      50          20 :         res = x;
+      51          20 :         lo = floor(x);
+      52          20 :         hi = lo + (lo < n-1);
+      53          20 :         if (x<0) {
+      54          10 :                 lo=0; 
+      55          10 :                 hi=0;
+      56             :         }
+      57          20 : }
+      58             : 
+      59             : /** Symmetrical round */
+      60          51 : inline double round(double r) {
+      61          51 :         return (r > 0.0) ? floor(r + 0.5) : ceil(r - 0.5);
+      62             : }
+      63             : 
+      64             : /**
+      65             :  * \addtogroup Core
+      66             :  * @{
+      67             :  */
+      68             : 
+      69             : /**
+      70             :  @class GridProperties
+      71             :  @brief Combines parameters that uniquely define Grid class
+      72             :  */
+      73             : class GridProperties: public Referenced {
+      74             : public:
+      75             :         size_t Nx, Ny, Nz;      // Number of grid points
+      76             :         Vector3d origin;        // Position of the lower left front corner of the volume
+      77             :         Vector3d spacing;       // Spacing vector between gridpoints
+      78             :         bool reflective;        // using reflective repetition of the grid instead of periodic
+      79             :         interpolationType ipol; // Interpolation type used between grid points
+      80             :         bool clipVolume;        // Set grid values to 0 outside the volume if true
+      81             : 
+      82             :         /** Constructor for cubic grid
+      83             :          @param origin  Position of the lower left front corner of the volume
+      84             :          @param N               Number of grid points in one direction
+      85             :          @param spacing Spacing between grid points
+      86             :          */
+      87           6 :         GridProperties(Vector3d origin, size_t N, double spacing) :
+      88           6 :                 origin(origin), Nx(N), Ny(N), Nz(N), spacing(Vector3d(spacing)), reflective(false), ipol(TRILINEAR), clipVolume(false) {
+      89             :         }
+      90             : 
+      91             :         /** Constructor for non-cubic grid
+      92             :          @param origin  Position of the lower left front corner of the volume
+      93             :          @param Nx              Number of grid points in x-direction
+      94             :          @param Ny              Number of grid points in y-direction
+      95             :          @param Nz              Number of grid points in z-direction
+      96             :          @param spacing Spacing between grid points
+      97             :          */
+      98           0 :         GridProperties(Vector3d origin, size_t Nx, size_t Ny, size_t Nz, double spacing) :
+      99           0 :                 origin(origin), Nx(Nx), Ny(Ny), Nz(Nz), spacing(Vector3d(spacing)), reflective(false), ipol(TRILINEAR), clipVolume(false) {
+     100             :         }
+     101             : 
+     102             :         /** Constructor for non-cubic grid with spacing vector
+     103             :          @param origin  Position of the lower left front corner of the volume
+     104             :          @param Nx              Number of grid points in x-direction
+     105             :          @param Ny              Number of grid points in y-direction
+     106             :          @param Nz              Number of grid points in z-direction
+     107             :          @param spacing Spacing vector between grid points
+     108             :         */
+     109           1 :         GridProperties(Vector3d origin, size_t Nx, size_t Ny, size_t Nz, Vector3d spacing) :
+     110           1 :                 origin(origin), Nx(Nx), Ny(Ny), Nz(Nz), spacing(spacing), reflective(false), ipol(TRILINEAR), clipVolume(false) {
+     111             :         }
+     112             :         
+     113           2 :         virtual ~GridProperties() {
+     114           4 :         }
+     115             :         
+     116             :         /** If True, the repetition of the grid is refletive instead of periodic. */
+     117             :         void setReflective(bool b) {
+     118           0 :                 reflective = b;
+     119             :         }
+     120             : 
+     121             :         /** set the type of interpolation between grid points.
+     122             :          * @param i: interpolationType (TRILINEAR, TRICUBIC, NEAREST_NEIGHBOUR) */
+     123             :         void setInterpolationType(interpolationType i) {
+     124           0 :                 ipol = i;
+     125             :         }
+     126             : 
+     127             :         /** If True, the grid is set to zero outside of the volume. */
+     128             :         void setClipVolume(bool b) {
+     129           0 :                 clipVolume = b;
+     130             :         }
+     131             : };
+     132             : 
+     133             : /**
+     134             :  @class Grid
+     135             :  @brief Template class for fields on a periodic grid with trilinear interpolation
+     136             : 
+     137             :  The grid spacing is constant with diffrent resolution along all three axes.
+     138             :  Values are calculated by trilinear interpolation of the surrounding 8 grid points.
+     139             :  The grid is periodically (default) or reflectively extended.
+     140             :  The grid sample positions are at 1/2 * size/N, 3/2 * size/N ... (2N-1)/2 * size/N.
+     141             :  */
+     142             : template<typename T>
+     143          17 : class Grid: public Referenced {
+     144             :         std::vector<T> grid;
+     145             :         size_t Nx, Ny, Nz; /**< Number of grid points */
+     146             :         Vector3d origin; /**< Origin of the volume that is represented by the grid. */
+     147             :         Vector3d gridOrigin; /**< Grid origin */
+     148             :         Vector3d spacing; /**< Distance between grid points, determines the extension of the grid */
+     149             :         bool clipVolume; /**< If set to true, all values outside of the grid will be 0*/
+     150             :         bool reflective; /**< If set to true, the grid is repeated reflectively instead of periodically */
+     151             :         interpolationType ipolType; /**< Type of interpolation between the grid points */
+     152             : 
+     153             : public:
+     154             :         /** Constructor for cubic grid
+     155             :          @param origin  Position of the lower left front corner of the volume
+     156             :          @param N               Number of grid points in one direction
+     157             :          @param spacing Spacing between grid points
+     158             :          */
+     159          11 :         Grid(Vector3d origin, size_t N, double spacing) {
+     160             :                 setOrigin(origin);
+     161          11 :                 setGridSize(N, N, N);
+     162             :                 setSpacing(Vector3d(spacing));
+     163             :                 setReflective(false);
+     164             :                 setClipVolume(false);
+     165             :                 setInterpolationType(TRILINEAR);
+     166          11 :         }
+     167             : 
+     168             :         /** Constructor for non-cubic grid
+     169             :          @param origin  Position of the lower left front corner of the volume
+     170             :          @param Nx              Number of grid points in x-direction
+     171             :          @param Ny              Number of grid points in y-direction
+     172             :          @param Nz              Number of grid points in z-direction
+     173             :          @param spacing Spacing between grid points
+     174             :          */
+     175           7 :         Grid(Vector3d origin, size_t Nx, size_t Ny, size_t Nz, double spacing) {
+     176             :                 setOrigin(origin);
+     177           7 :                 setGridSize(Nx, Ny, Nz);
+     178             :                 setSpacing(Vector3d(spacing));
+     179             :                 setReflective(false);
+     180             :                 setClipVolume(false);
+     181             :                 setInterpolationType(TRILINEAR);
+     182           7 :         }
+     183             : 
+     184             :         /** Constructor for non-cubic grid with spacing vector
+     185             :          @param origin  Position of the lower left front corner of the volume
+     186             :          @param Nx              Number of grid points in x-direction
+     187             :          @param Ny              Number of grid points in y-direction
+     188             :          @param Nz              Number of grid points in z-direction
+     189             :          @param spacing Spacing vector between grid points
+     190             :         */
+     191           1 :         Grid(Vector3d origin, size_t Nx, size_t Ny, size_t Nz, Vector3d spacing) {
+     192             :                 setOrigin(origin);
+     193           1 :                 setGridSize(Nx, Ny, Nz);
+     194             :                 setSpacing(spacing);
+     195             :                 setReflective(false);
+     196             :                 setClipVolume(false);
+     197             :                 setInterpolationType(TRILINEAR);
+     198           1 :         }
+     199             : 
+     200             :         /** Constructor for GridProperties
+     201             :          @param p       GridProperties instance
+     202             :      */
+     203           9 :         Grid(const GridProperties &p) :
+     204           9 :                 origin(p.origin), spacing(p.spacing), reflective(p.reflective), ipolType(p.ipol) {
+     205           9 :                 setGridSize(p.Nx, p.Ny, p.Nz);
+     206           9 :                 setClipVolume(p.clipVolume);
+     207           9 :         }
+     208             : 
+     209             :         void setOrigin(Vector3d origin) {
+     210             :                 this->origin = origin;
+     211             :                 this->gridOrigin = origin + spacing/2;
+     212             :         }
+     213             : 
+     214             :         /** Resize grid, also enlarges the volume as the spacing stays constant */
+     215          28 :         void setGridSize(size_t Nx, size_t Ny, size_t Nz) {
+     216          28 :                 this->Nx = Nx;
+     217          28 :                 this->Ny = Ny;
+     218          28 :                 this->Nz = Nz;
+     219          28 :                 grid.resize(Nx * Ny * Nz);
+     220             :                 setOrigin(origin);
+     221          28 :         }
+     222             : 
+     223             :         void setSpacing(Vector3d spacing) {
+     224             :                 this->spacing = spacing;
+     225             :                 setOrigin(origin);
+     226             :         }
+     227             : 
+     228             :         void setReflective(bool b) {
+     229           8 :                 reflective = b;
+     230             :         }
+     231             : 
+     232             :         // If set to true, all values outside of the grid will be 0.
+     233             :         void setClipVolume(bool b) {
+     234          21 :                 clipVolume = b;
+     235             :         }
+     236             : 
+     237             :         /** Change the interpolation type to the routine specified by the user. Check if this routine is
+     238             :                 contained in the enum interpolationType and thus supported by CRPropa.*/
+     239           0 :         void setInterpolationType(interpolationType ipolType) {
+     240           0 :                 if (ipolType == TRILINEAR || ipolType == TRICUBIC || ipolType == NEAREST_NEIGHBOUR) {
+     241          30 :                         this->ipolType = ipolType;
+     242           0 :                         if ((ipolType == TRICUBIC) && (std::is_same<T, Vector3d>::value)) {
+     243           0 :                                 KISS_LOG_WARNING << "Tricubic interpolation on Grid3d works only with float-precision, doubles will be downcasted";
+     244             :                 }
+     245             :                 } else {
+     246           0 :                         throw std::runtime_error("InterpolationType: unknown interpolation type");
+     247             :                 }
+     248           0 :         }
+     249             : 
+     250             :         /** returns the position of the lower left front corner of the volume */
+     251             :         Vector3d getOrigin() const {
+     252             :                 return origin;
+     253             :         }
+     254             : 
+     255             :         bool getClipVolume() const {
+     256           0 :                 return clipVolume;
+     257             :         }
+     258             : 
+     259             :         size_t getNx() const {
+     260         728 :                 return Nx;
+     261             :         }
+     262             : 
+     263             :         size_t getNy() const {
+     264       41792 :                 return Ny;
+     265             :         }
+     266             : 
+     267             :         size_t getNz() const {
+     268     2663721 :                 return Nz;
+     269             :         }
+     270             : 
+     271             :         /** Calculates the total size of the grid in bytes */
+     272             :         size_t getSizeOf() const {
+     273           0 :                 return sizeof(grid) + (sizeof(grid[0]) * grid.size());
+     274             :         }
+     275             : 
+     276             :         Vector3d getSpacing() const {
+     277             :                 return spacing;
+     278             :         }
+     279             : 
+     280             :         bool isReflective() const {
+     281           0 :                 return reflective;
+     282             :         }
+     283             : 
+     284             :         /** Choose the interpolation algorithm based on the set interpolation type.
+     285             :           By default this it the trilinear interpolation. The user can change the
+     286             :           routine with the setInterpolationType function.*/
+     287      100091 :         T interpolate(const Vector3d &position) {
+     288             :                 // check for volume
+     289      100091 :                 if (clipVolume) {
+     290           5 :                         Vector3d edge = origin + Vector3d(Nx, Ny, Nz) * spacing;
+     291           5 :                         bool isInVolume = (position.x >= origin.x) && (position.x <= edge.x);
+     292           5 :                         isInVolume &= (position.y >= origin.y) && (position.y <= edge.y);
+     293           5 :                         isInVolume &= (position.z >= origin.z) && (position.z <= edge.z);
+     294           5 :                         if (!isInVolume) 
+     295             :                                 return T(0.);
+     296             :                 } 
+     297             : 
+     298      100086 :                 if (ipolType == TRICUBIC)
+     299          18 :                         return tricubicInterpolate(T(), position);
+     300      100068 :                 else if (ipolType == NEAREST_NEIGHBOUR)
+     301          13 :                         return closestValue(position);
+     302             :                 else
+     303      100055 :                         return trilinearInterpolate(position);
+     304             :         }
+     305             : 
+     306             :         /** Inspector & Mutator */
+     307             :         T &get(size_t ix, size_t iy, size_t iz) {
+     308     8391022 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
+     309             :         }
+     310             : 
+     311             :         /** Inspector */
+     312             :         const T &get(size_t ix, size_t iy, size_t iz) const {
+     313      100072 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
+     314             :         }
+     315             : 
+     316             :         const T &periodicGet(size_t ix, size_t iy, size_t iz) const {
+     317         192 :                 ix = periodicBoundary(ix, Nx);
+     318         192 :                 iy = periodicBoundary(iy, Ny);
+     319         192 :                 iz = periodicBoundary(iz, Nz);
+     320         192 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
+     321             :         }
+     322             : 
+     323           0 :         const T &reflectiveGet(size_t ix, size_t iy, size_t iz) const {
+     324           0 :                 ix = reflectiveBoundary(ix, Nx);
+     325           0 :                 iy = reflectiveBoundary(iy, Ny);
+     326           0 :                 iz = reflectiveBoundary(iz, Nz);
+     327           0 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
+     328             :         }
+     329             : 
+     330             :         T getValue(size_t ix, size_t iy, size_t iz) {
+     331           0 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
+     332             :         }
+     333             : 
+     334             :         void setValue(size_t ix, size_t iy, size_t iz, T value) {
+     335           0 :                 grid[ix * Ny * Nz + iy * Nz + iz] = value;
+     336             :         }
+     337             : 
+     338             :         /** Return a reference to the grid values */
+     339             :         std::vector<T> &getGrid() {
+     340       10102 :                 return grid;
+     341             :         }
+     342             : 
+     343             :         /** Position of the grid point of a given index */
+     344       10103 :         Vector3d positionFromIndex(int index) const {
+     345       10103 :                 int ix = index / (Ny * Nz);
+     346       10103 :                 int iy = (index / Nz) % Ny;
+     347       10103 :                 int iz = index % Nz;
+     348       10103 :                 return Vector3d(ix, iy, iz) * spacing + gridOrigin;
+     349             :         }
+     350             : 
+     351             :         /** Value of a grid point that is closest to a given position / nearest neighbour interpolation */
+     352          17 :         T closestValue(const Vector3d &position) const {
+     353             :                 Vector3d r = (position - gridOrigin) / spacing;
+     354             :                 int ix, iy, iz;
+     355          17 :                 if (reflective) {
+     356           6 :                         ix = round(r.x);
+     357           6 :                         iy = round(r.y);
+     358           6 :                         iz = round(r.z);
+     359           9 :                         while ((ix < -0.5) or (ix > (Nx-0.5)))
+     360           3 :                                 ix = 2 * Nx * (ix > (Nx-0.5)) - ix-1;
+     361          11 :                         while ((iy < -0.5) or (iy > (Ny-0.5)))
+     362           5 :                                 iy = 2 * Ny * (iy > (Ny-0.5)) - iy-1;
+     363           9 :                         while ((iz < -0.5) or (iz > (Nz-0.5)))
+     364           3 :                                 iz = 2 * Nz * (iz > (Nz-0.5)) - iz-1;
+     365             :                 } else {
+     366          11 :                         ix = round(fmod(r.x, Nx));
+     367          11 :                         iy = round(fmod(r.y, Ny));
+     368          11 :                         iz = round(fmod(r.z, Nz));
+     369          11 :                         ix = (ix + Nx * (ix < 0)) % Nx;
+     370          11 :                         iy = (iy + Ny * (iy < 0)) % Ny;
+     371          11 :                         iz = (iz + Nz * (iz < 0)) % Nz;
+     372             :                 }
+     373          17 :                 return get(ix, iy, iz);
+     374             :         }
+     375             : 
+     376             : private:
+     377             :         #ifdef HAVE_SIMD
+     378             :         __m128 simdperiodicGet(size_t ix, size_t iy, size_t iz) const {
+     379         576 :                 ix = periodicBoundary(ix, Nx);
+     380         576 :                 iy = periodicBoundary(iy, Ny);
+     381         576 :                 iz = periodicBoundary(iz, Nz);
+     382         576 :                 return convertVector3fToSimd(grid[ix * Ny * Nz + iy * Nz + iz]);
+     383             :         }
+     384             : 
+     385         384 :         __m128 simdreflectiveGet(size_t ix, size_t iy, size_t iz) const {
+     386         384 :                 ix = reflectiveBoundary(ix, Nx);
+     387         384 :                 iy = reflectiveBoundary(iy, Ny);
+     388         384 :                 iz = reflectiveBoundary(iz, Nz);
+     389         384 :                 return convertVector3fToSimd(grid[ix * Ny * Nz + iy * Nz + iz]);
+     390             :         }
+     391             : 
+     392             :         __m128 convertVector3fToSimd(const Vector3f v) const {
+     393             :                 __m128 simdVar = _mm_set_ps(0,v.z,v.y,v.x);
+     394             :                 return simdVar;
+     395             :         }
+     396             :         
+     397             :         Vector3f convertSimdToVector3f(__m128 res) const {
+     398             :                 float vec[4];   
+     399             :                 _mm_store_ps(&vec[0], res);
+     400             :                 Vector3f result = Vector3f(vec[0], vec[1], vec[2]);
+     401             :                 return result;
+     402             :         }
+     403             : 
+     404             :         /** Vectorized cubic Interpolator in 1D */
+     405             :         __m128 CubicInterpolate(__m128 p0,__m128 p1,__m128 p2,__m128 p3,double position) const {
+     406             :                 __m128 c1 = _mm_set1_ps (1/2.);
+     407             :                 __m128 c2 = _mm_set1_ps (3/2.);
+     408             :                 __m128 c3 = _mm_set1_ps (2.);
+     409             :                 __m128 c4 = _mm_set1_ps (5/2.);
+     410             : 
+     411         315 :                 __m128 pos  = _mm_set1_ps (position);
+     412         315 :                 __m128 pos2 = _mm_set1_ps (position*position);
+     413         300 :                 __m128 pos3 = _mm_set1_ps (position*position*position);
+     414             : 
+     415             :                 /** SIMD optimized routine to calculate 'res = ((-0.5*p0+3/2.*p1-3/2.*p2+0.5*p3)*pos*pos*pos+(p0-5/2.*p1+p2*2-0.5*p3)*pos*pos+(-0.5*p0+0.5*p2)*pos+p1);'
+     416             :                          where terms are used as:
+     417             :                         term = (-0.5*p0+0.5*p2)*pos
+     418             :                         term2 = (p0-5/2.*p1+p2*2-0.5*p3)*pos*pos;
+     419             :                         term3 = (-0.5*p0+3/2.*p1-3/2.*p2+0.5*p3)*pos*pos*pos;  */
+     420             :                 __m128 term = _mm_mul_ps(_mm_sub_ps(_mm_mul_ps(c1,p2),_mm_mul_ps(c1,p0)),pos);
+     421             :                 __m128 term2 = _mm_mul_ps(_mm_sub_ps(_mm_add_ps(p0,_mm_mul_ps(c3,p2)),_mm_add_ps(_mm_mul_ps(c4,p1),_mm_mul_ps(c1,p3))),pos2);
+     422             :                 __m128 term3 = _mm_mul_ps(_mm_sub_ps(_mm_add_ps(_mm_mul_ps(c2,p1),_mm_mul_ps(c1,p3)),_mm_add_ps(_mm_mul_ps(c1,p0),_mm_mul_ps(c2,p2))),pos3);
+     423             :                 __m128 res = _mm_add_ps(_mm_add_ps(_mm_add_ps(term3,term2),term),p1);
+     424             :                 return res;
+     425             :         }
+     426             :         #endif // HAVE_SIMD
+     427             :         /** Interpolate the grid tricubic at a given position (see https://www.paulinternet.nl/?page=bicubic, http://graphics.cs.cmu.edu/nsp/course/15-462/Fall04/assts/catmullRom.pdf) */
+     428          15 :         Vector3f tricubicInterpolate(Vector3f, const Vector3d &position) const {
+     429             :                 #ifdef HAVE_SIMD
+     430             :                 // position on a unit grid
+     431             :                 Vector3d r = (position - gridOrigin) / spacing;
+     432             : 
+     433             :                 int iX0, iY0, iZ0;
+     434          15 :                 iX0 = floor(r.x);
+     435          15 :                 iY0 = floor(r.y);
+     436          15 :                 iZ0 = floor(r.z);
+     437             : 
+     438             :                 double fX, fY, fZ;
+     439          15 :                 fX = r.x - iX0;
+     440          15 :                 fY = r.y - iY0;
+     441          15 :                 fZ = r.z - iZ0;
+     442             : 
+     443             :                 int nrCubicInterpolations = 4;
+     444          15 :                 __m128 interpolateVaryX[nrCubicInterpolations];
+     445          15 :                 __m128 interpolateVaryY[nrCubicInterpolations];
+     446          15 :                 __m128 interpolateVaryZ[nrCubicInterpolations];
+     447             :                 /** Perform 1D interpolations while iterating in each for loop over the index of another direction */
+     448          75 :                 for (int iLoopX = -1; iLoopX < nrCubicInterpolations-1; iLoopX++) {
+     449         300 :                         for (int iLoopY = -1; iLoopY < nrCubicInterpolations-1; iLoopY++) {
+     450        1200 :                                 for (int iLoopZ = -1; iLoopZ < nrCubicInterpolations-1; iLoopZ++) {
+     451         960 :                                         if (reflective)
+     452         384 :                                                 interpolateVaryZ[iLoopZ+1] = simdreflectiveGet(iX0+iLoopX, iY0+iLoopY, iZ0+iLoopZ);
+     453             :                                         else 
+     454         576 :                                                 interpolateVaryZ[iLoopZ+1] = simdperiodicGet(iX0+iLoopX, iY0+iLoopY, iZ0+iLoopZ);
+     455             :                                 }
+     456         240 :                                 interpolateVaryY[iLoopY+1] = CubicInterpolate(interpolateVaryZ[0], interpolateVaryZ[1], interpolateVaryZ[2], interpolateVaryZ[3], fZ);
+     457             :                         }
+     458          60 :                         interpolateVaryX[iLoopX+1] = CubicInterpolate(interpolateVaryY[0], interpolateVaryY[1], interpolateVaryY[2], interpolateVaryY[3], fY);
+     459             :                 }
+     460          15 :                 __m128 result = CubicInterpolate(interpolateVaryX[0], interpolateVaryX[1], interpolateVaryX[2], interpolateVaryX[3], fX);
+     461          15 :                 return convertSimdToVector3f(result);
+     462             :                 #else // HAVE_SIMD
+     463             :                 throw std::runtime_error( "Tried to use tricubic Interpolation without SIMD_EXTENSION. SIMD Optimization is necessary for tricubic interpolation of vector grids.\n");
+     464             :                 #endif // HAVE_SIMD     
+     465          15 :         }
+     466             : 
+     467             :         /** Vectorized cubic Interpolator in 1D that returns a scalar (see https://www.paulinternet.nl/?page=bicubic, http://graphics.cs.cmu.edu/nsp/course/15-462/Fall04/assts/catmullRom.pdf) */
+     468          63 :         double CubicInterpolateScalar(double p0,double p1,double p2,double p3,double pos) const {
+     469          63 :                 return((-0.5*p0+3/2.*p1-3/2.*p2+0.5*p3)*pos*pos*pos+(p0-5/2.*p1+p2*2-0.5*p3)*pos*pos+(-0.5*p0+0.5*p2)*pos+p1);
+     470             :         }
+     471             : 
+     472             :   /** Interpolate the grid tricubic at a given position (see https://www.paulinternet.nl/?page=bicubic, http://graphics.cs.cmu.edu/nsp/course/15-462/Fall04/assts/catmullRom.pdf) */
+     473           3 :         double tricubicInterpolate(double, const Vector3d &position) const {
+     474             :                 /** position on a unit grid */
+     475             :                 Vector3d r = (position - gridOrigin) / spacing;
+     476             : 
+     477             :                 int iX0, iY0, iZ0;
+     478           3 :                 iX0 = floor(r.x);
+     479           3 :                 iY0 = floor(r.y);
+     480           3 :                 iZ0 = floor(r.z);
+     481             : 
+     482             :                 double fX, fY, fZ;
+     483           3 :                 fX = r.x - iX0;
+     484           3 :                 fY = r.y - iY0;
+     485           3 :                 fZ = r.z - iZ0;
+     486             : 
+     487             :                 int nrCubicInterpolations = 4;
+     488           3 :                 double interpolateVaryX[nrCubicInterpolations];
+     489           3 :                 double interpolateVaryY[nrCubicInterpolations];
+     490           3 :                 double interpolateVaryZ[nrCubicInterpolations];
+     491             :                 /** Perform 1D interpolations while iterating in each for loop over the index of another direction */
+     492          15 :                 for (int iLoopX = -1; iLoopX < nrCubicInterpolations-1; iLoopX++) {
+     493          60 :                         for (int iLoopY = -1; iLoopY < nrCubicInterpolations-1; iLoopY++) {
+     494         240 :                                 for (int iLoopZ = -1; iLoopZ < nrCubicInterpolations-1; iLoopZ++) {
+     495         192 :                                         if (reflective)
+     496           0 :                                                 interpolateVaryZ[iLoopZ+1] = reflectiveGet(iX0+iLoopX, iY0+iLoopY, iZ0+iLoopZ);
+     497             :                                         else
+     498         192 :                                                 interpolateVaryZ[iLoopZ+1] = periodicGet(iX0+iLoopX, iY0+iLoopY, iZ0+iLoopZ);
+     499             :                                 }
+     500          48 :                                 interpolateVaryY[iLoopY+1] = CubicInterpolateScalar(interpolateVaryZ[0], interpolateVaryZ[1], interpolateVaryZ[2], interpolateVaryZ[3], fZ);
+     501             :                         }
+     502          12 :                         interpolateVaryX[iLoopX+1] = CubicInterpolateScalar(interpolateVaryY[0], interpolateVaryY[1], interpolateVaryY[2], interpolateVaryY[3], fY);
+     503             :                 }
+     504           3 :                 double result = CubicInterpolateScalar(interpolateVaryX[0], interpolateVaryX[1], interpolateVaryX[2], interpolateVaryX[3], fX);
+     505           3 :                 return result;
+     506           3 :         }
+     507             : 
+     508             :         /** Interpolate the grid trilinear at a given position */
+     509      100055 :         T trilinearInterpolate(const Vector3d &position) const {
+     510             :                 /** position on a unit grid */
+     511             :                 Vector3d r = (position - gridOrigin) / spacing;
+     512             : 
+     513             :                 /** indices of lower (0) and upper (1) neighbours. The neighbours span a grid
+     514             :                   with the origin at [iX0, iY0, iZ0] and the most distant corner [iX1, iY1, iZ1]. */
+     515             :                 int iX0, iX1, iY0, iY1, iZ0, iZ1;
+     516             :                 double resX, resY, resZ, fX0, fY0, fZ0;
+     517             : 
+     518      100055 :                 if (reflective) {
+     519           6 :                         reflectiveClamp(r.x, Nx, iX0, iX1, resX);
+     520           6 :                         reflectiveClamp(r.y, Ny, iY0, iY1, resY);
+     521           6 :                         reflectiveClamp(r.z, Nz, iZ0, iZ1, resZ);
+     522           6 :                         fX0 = resX - floor(resX);
+     523           6 :                         fY0 = resY - floor(resY);
+     524           6 :                         fZ0 = resZ - floor(resZ);
+     525             :                 } else {
+     526      100049 :                         periodicClamp(r.x, Nx, iX0, iX1);
+     527      100049 :                         periodicClamp(r.y, Ny, iY0, iY1);
+     528      100049 :                         periodicClamp(r.z, Nz, iZ0, iZ1);
+     529      100049 :                         fX0 = r.x - floor(r.x);
+     530      100049 :                         fY0 = r.y - floor(r.y);
+     531      100049 :                         fZ0 = r.z - floor(r.z);
+     532             :                 }
+     533             : 
+     534             :                 /** linear fraction to upper neighbours based on lower neighbours calculated above */
+     535      100055 :                 double fX1 = 1 - fX0;
+     536      100055 :                 double fY1 = 1 - fY0;
+     537      100055 :                 double fZ1 = 1 - fZ0;
+     538             : 
+     539             :                 /** trilinear interpolation (see http://paulbourke.net/miscellaneous/interpolation) */
+     540             :                 T b(0.);
+     541      100055 :                 b += get(iX0, iY0, iZ0) * fX1 * fY1 * fZ1;
+     542      100055 :                 b += get(iX1, iY0, iZ0) * fX0 * fY1 * fZ1;
+     543      100055 :                 b += get(iX0, iY1, iZ0) * fX1 * fY0 * fZ1;
+     544      100055 :                 b += get(iX0, iY0, iZ1) * fX1 * fY1 * fZ0;
+     545           9 :                 b += get(iX1, iY0, iZ1) * fX0 * fY1 * fZ0;
+     546           9 :                 b += get(iX0, iY1, iZ1) * fX1 * fY0 * fZ0;
+     547           9 :                 b += get(iX1, iY1, iZ0) * fX0 * fY0 * fZ1;
+     548           9 :                 b += get(iX1, iY1, iZ1) * fX0 * fY0 * fZ0;
+     549             : 
+     550      100055 :                 return b;
+     551             :         }
+     552             : 
+     553             : }; // class Grid
+     554             : 
+     555             : typedef Grid<double> Grid1d;
+     556             : typedef Grid<float> Grid1f;
+     557             : typedef Grid<Vector3f> Grid3f;
+     558             : typedef Grid<Vector3d> Grid3d;
+     559             : 
+     560             : /** @}*/
+     561             : 
+     562             : } // namespace crpropa
+     563             : 
+     564             : #endif // CRPROPA_GRID_H
+
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+ + + diff --git a/doc/coverageReport/include/crpropa/Logging.h.func-sort-c.html b/doc/coverageReport/include/crpropa/Logging.h.func-sort-c.html new file mode 100644 index 000000000..df316be7f --- /dev/null +++ b/doc/coverageReport/include/crpropa/Logging.h.func-sort-c.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Logging.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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Test:coverage.info.cleanedLines:0180.0 %
Date:2024-04-08 14:58:22Functions:060.0 %
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_Z8logErrorRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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+ + + diff --git a/doc/coverageReport/include/crpropa/Logging.h.func.html b/doc/coverageReport/include/crpropa/Logging.h.func.html new file mode 100644 index 000000000..118e0b0b8 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Logging.h.func.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Logging.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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_Z8logErrorRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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+ + + diff --git a/doc/coverageReport/include/crpropa/Logging.h.gcov.html b/doc/coverageReport/include/crpropa/Logging.h.gcov.html new file mode 100644 index 000000000..adb602fd6 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Logging.h.gcov.html @@ -0,0 +1,111 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Logging.h + + + + + + + + + + + + + + +
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          Line data    Source code
+
+       1             : #ifndef CRPROPA_LOGGING_H
+       2             : #define CRPROPA_LOGGING_H
+       3             : 
+       4             : #include "crpropa/Version.h"
+       5             : 
+       6             : #include "kiss/logger.h"
+       7             : 
+       8             : #include <fstream>
+       9             : 
+      10             : // make the kiss log functions available in python
+      11           0 : void inline logError(const std::string &log) {
+      12           0 :         KISS_LOG_ERROR << log;
+      13           0 : }
+      14             : 
+      15           0 : void inline logInfo(const std::string &log) {
+      16           0 :         KISS_LOG_INFO << log;
+      17           0 : }
+      18             : 
+      19           0 : void inline logWarning(const std::string &log) {
+      20           0 :         KISS_LOG_WARNING << log;
+      21           0 : }
+      22             : 
+      23           0 : void inline logDebug(const std::string &log) {
+      24           0 :         KISS_LOG_DEBUG << log;
+      25           0 : }
+      26             : 
+      27           0 : void setLogStream(std::ostream &stream) {
+      28           0 :         kiss::Logger::setLogStream(stream);
+      29           0 : }
+      30             : 
+      31           0 : void setLogLevel(int level) {
+      32           0 :         kiss::Logger::setLogLevel(static_cast<kiss::eLogLevel>(level));
+      33           0 : }
+      34             : 
+      35             : #endif // CRPROPA_LOGGING_H
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LCOV - code coverage report
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          Line data    Source code
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+       1             : #ifndef CRPROPA_MODULE_H
+       2             : #define CRPROPA_MODULE_H
+       3             : 
+       4             : #include "crpropa/Candidate.h"
+       5             : #include "crpropa/Referenced.h"
+       6             : #include "crpropa/Common.h"
+       7             : 
+       8             : #include <string>
+       9             : 
+      10             : namespace crpropa {
+      11             : 
+      12             : class Candidate;
+      13             : 
+      14             : /**
+      15             :  @class Module
+      16             :  @brief Abstract base class for modules
+      17             :  */
+      18             : class Module: public Referenced {
+      19             :         std::string description;
+      20             : public:
+      21             :         Module();
+      22          37 :         virtual ~Module() {
+      23           4 :         }
+      24             :         virtual std::string getDescription() const;
+      25             :         void setDescription(const std::string &description);
+      26             :         virtual void process(Candidate *candidate) const = 0;
+      27             :         inline void process(ref_ptr<Candidate> candidate) const {
+      28           0 :                 process(candidate.get());
+      29           0 :         }
+      30             : };
+      31             : 
+      32             : 
+      33             : /**
+      34             :  @class AbstractCondition
+      35             :  @brief Abstract Module providing common features for conditional modules.
+      36             :  */
+      37             : class AbstractCondition: public Module {
+      38             : protected:
+      39             :         ref_ptr<Module> rejectAction, acceptAction;
+      40             :         bool makeRejectedInactive, makeAcceptedInactive;
+      41             :         std::string rejectFlagKey, rejectFlagValue;
+      42             :         std::string acceptFlagKey, acceptFlagValue;
+      43             : 
+      44             :         void reject(Candidate *candidate) const;
+      45             :         inline void reject(ref_ptr<Candidate> candidate) const {
+      46           0 :                 reject(candidate.get());
+      47           0 :         }
+      48             : 
+      49             :         void accept(Candidate *candidate) const;
+      50             :         inline void accept(ref_ptr<Candidate> candidate) const {
+      51           0 :                 accept(candidate.get());
+      52           0 :         }
+      53             : 
+      54             : public:
+      55             :         AbstractCondition();
+      56             :         void onReject(Module *rejectAction);
+      57             :         void onAccept(Module *acceptAction);
+      58             :         void setMakeRejectedInactive(bool makeInactive);
+      59             :         void setMakeAcceptedInactive(bool makeInactive);
+      60             :         void setRejectFlag(std::string key, std::string value);
+      61             :         void setAcceptFlag(std::string key, std::string value);
+      62             : };
+      63             : } // namespace crpropa
+      64             : 
+      65             : #endif /* CRPROPA_MODULE_H */
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+ + + diff --git a/doc/coverageReport/include/crpropa/ParticleState.h.gcov.html b/doc/coverageReport/include/crpropa/ParticleState.h.gcov.html new file mode 100644 index 000000000..3c2bcfa41 --- /dev/null +++ b/doc/coverageReport/include/crpropa/ParticleState.h.gcov.html @@ -0,0 +1,196 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/ParticleState.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - ParticleState.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_PARTICLE_STATE_H
+       2             : #define CRPROPA_PARTICLE_STATE_H
+       3             : 
+       4             : #include "crpropa/Vector3.h"
+       5             : 
+       6             : namespace crpropa {
+       7             : /**
+       8             :  * \addtogroup Core
+       9             :  * @{
+      10             :  */
+      11             : 
+      12             : /**
+      13             :  @class ParticleState
+      14             :  @brief State of the particle: ID, energy, position, direction
+      15             : 
+      16             :  The ParticleState defines the state of an ultra-high energy cosmic ray, which
+      17             :  is assumed to be traveling at the exact speed of light.
+      18             :  The cosmic ray state is defined by particle ID, energy and position and
+      19             :  direction vector.
+      20             :  For faster lookup mass and charge of the particle are stored as members.
+      21             :  */
+      22     7199005 : class ParticleState {
+      23             : private:
+      24             :         int id; ///< particle ID (Particle Data Group numbering scheme)
+      25             :         double energy; ///< total energy
+      26             :         Vector3d position; ///< position vector in comoving coordinates
+      27             :         Vector3d direction; ///< unit vector of velocity or momentum
+      28             :         double pmass; ///< particle rest mass
+      29             :         double charge; ///< particle charge
+      30             : 
+      31             : public:
+      32             :         /** Constructor for a particle state.
+      33             :          @param id                      id of the particle following the PDG numbering scheme
+      34             :          @param energy          energy of the particle [in Joules]
+      35             :          @param position        vector containing the coordinates of the particle [in meters]
+      36             :          @param direction       vector containing the direction of motion of the particle
+      37             :          */
+      38             :         ParticleState(int id = 0, double energy = 0,
+      39             :                         Vector3d position = Vector3d(0, 0, 0),
+      40             :                         Vector3d direction = Vector3d(-1, 0, 0));
+      41             : 
+      42             :         /** Set particle position.
+      43             :          In simulations including cosmological effects, the position is given in comoving coordinates.
+      44             :          @param pos             vector containing the coordinates of the particle [in meters]
+      45             :         */
+      46             :         void setPosition(const Vector3d &pos);
+      47             :         /** Get position of particle.
+      48             :          @returns Position vector of particle. If cosmological effects are included, the coordinates are comoving.
+      49             :          */
+      50             :         const Vector3d &getPosition() const;
+      51             : 
+      52             :         /** Set direction unit vector, non unit-vectors are normalized
+      53             :          @param dir     vector containing the direction of motion of the particle
+      54             :          */
+      55             :         void setDirection(const Vector3d &dir);
+      56             :         /** Get direction unit vector
+      57             :          @returns Normalized vector containing direction of motion of particle.
+      58             :          */
+      59             :         const Vector3d &getDirection() const;
+      60             : 
+      61             :         /** Set energy of particle.
+      62             :          @param newEnergy       energy to be assigned to particle [in Joules]
+      63             :          */
+      64             :         void setEnergy(double newEnergy);
+      65             :         /** Get energy of particle.
+      66             :          @returns Energy of particle [in Joules]
+      67             :          */
+      68             :         double getEnergy() const;
+      69             :         /** Get rigidity of particle, defined as E/(Z*e).
+      70             :          @returns Rigidity of the particle [in Volts]
+      71             :          */
+      72             :         double getRigidity() const;
+      73             : 
+      74             :         /** Set particle ID.
+      75             :          This follows the PDG numbering scheme:
+      76             :           https://pdg.lbl.gov/2019/reviews/rpp2019-rev-monte-carlo-numbering.pdf
+      77             :          @param newId           id to be assigned to the particle 
+      78             :          */
+      79             :         void setId(int newId);
+      80             :         /** Get particle ID
+      81             :          @returns Particle ID (in PDG format).
+      82             :          */
+      83             :         int getId() const;
+      84             : 
+      85             :         std::string getDescription() const;
+      86             : 
+      87             :         // ======== Helper methods ========
+      88             : 
+      89             :         /** Get electrical charge of the particle.
+      90             :          @returns Charge of the particle [in Coulombs]
+      91             :          */
+      92             :         double getCharge() const;
+      93             :         /** Get mass of the particle.
+      94             :          @returns Mass of the particle [kg]
+      95             :          */
+      96             :         double getMass() const;
+      97             : 
+      98             :         /** Set Lorentz factor and modify the particle's energy accordingly.
+      99             :          @param gamma           Lorentz factor
+     100             :          */
+     101             :         void setLorentzFactor(double gamma);
+     102             :         /** Get Lorentz factor
+     103             :          @returns Lorentz factor of particle
+     104             :          */
+     105             :         double getLorentzFactor() const;
+     106             : 
+     107             :         /** Get velocity: direction times the speed of light.
+     108             :          @returns Velocity of particle [m/s]
+     109             :          */
+     110             :         Vector3d getVelocity() const;
+     111             :         /** Get momentum: direction times energy divided by the speed of light 
+     112             :          @returns The momentum [kg m/s]
+     113             :         */
+     114             :         Vector3d getMomentum() const;
+     115             : };
+     116             : /** @}*/
+     117             : 
+     118             : } // namespace crpropa
+     119             : 
+     120             : #endif // CRPROPA_PARTICLE_STATE_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/PhotonBackground.h.func-sort-c.html b/doc/coverageReport/include/crpropa/PhotonBackground.h.func-sort-c.html new file mode 100644 index 000000000..167da8226 --- /dev/null +++ b/doc/coverageReport/include/crpropa/PhotonBackground.h.func-sort-c.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/PhotonBackground.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - PhotonBackground.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:222781.5 %
Date:2024-04-08 14:58:22Functions:171989.5 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19IRB_Saldana21_lowerC2Ev0
_ZN7crpropa19IRB_Saldana21_upperC2Ev0
_ZN7crpropa12URB_Fixsen11C2Ev4
_ZN7crpropa13IRB_Saldana21C2Ev4
_ZN7crpropa15URB_Protheroe96C2Ev6
_ZN7crpropa11IRB_Finke10C2Ev7
_ZN7crpropa11IRB_Finke22C2Ev7
_ZN7crpropa13IRB_Gilmore12C2Ev7
_ZN7crpropa13IRB_Stecker05C2Ev7
_ZN7crpropa15IRB_Dominguez11C2Ev7
_ZN7crpropa18IRB_Franceschini08C2Ev7
_ZN7crpropa19IRB_Stecker16_lowerC2Ev7
_ZN7crpropa19IRB_Stecker16_upperC2Ev7
_ZN7crpropa10URB_Nitu21C2Ev11
_ZN7crpropa13IRB_Kneiske04C2Ev13
_ZN7crpropa3CMBC2Ev40
_ZN7crpropa11PhotonFieldC2Ev135
_ZNK7crpropa11PhotonField12getFieldNameB5cxx11Ev175
_ZNK7crpropa11PhotonField18getRedshiftScalingEd16549
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/PhotonBackground.h.func.html b/doc/coverageReport/include/crpropa/PhotonBackground.h.func.html new file mode 100644 index 000000000..f8d9a9eee --- /dev/null +++ b/doc/coverageReport/include/crpropa/PhotonBackground.h.func.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/PhotonBackground.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - PhotonBackground.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:222781.5 %
Date:2024-04-08 14:58:22Functions:171989.5 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10URB_Nitu21C2Ev11
_ZN7crpropa11IRB_Finke10C2Ev7
_ZN7crpropa11IRB_Finke22C2Ev7
_ZN7crpropa11PhotonFieldC2Ev135
_ZN7crpropa12URB_Fixsen11C2Ev4
_ZN7crpropa13IRB_Gilmore12C2Ev7
_ZN7crpropa13IRB_Kneiske04C2Ev13
_ZN7crpropa13IRB_Saldana21C2Ev4
_ZN7crpropa13IRB_Stecker05C2Ev7
_ZN7crpropa15IRB_Dominguez11C2Ev7
_ZN7crpropa15URB_Protheroe96C2Ev6
_ZN7crpropa18IRB_Franceschini08C2Ev7
_ZN7crpropa19IRB_Saldana21_lowerC2Ev0
_ZN7crpropa19IRB_Saldana21_upperC2Ev0
_ZN7crpropa19IRB_Stecker16_lowerC2Ev7
_ZN7crpropa19IRB_Stecker16_upperC2Ev7
_ZN7crpropa3CMBC2Ev40
_ZNK7crpropa11PhotonField12getFieldNameB5cxx11Ev175
_ZNK7crpropa11PhotonField18getRedshiftScalingEd16549
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/PhotonBackground.h.gcov.html b/doc/coverageReport/include/crpropa/PhotonBackground.h.gcov.html new file mode 100644 index 000000000..0a582c195 --- /dev/null +++ b/doc/coverageReport/include/crpropa/PhotonBackground.h.gcov.html @@ -0,0 +1,398 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/PhotonBackground.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - PhotonBackground.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:222781.5 %
Date:2024-04-08 14:58:22Functions:171989.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_PHOTONBACKGROUND_H
+       2             : #define CRPROPA_PHOTONBACKGROUND_H
+       3             : 
+       4             : #include "crpropa/Common.h"
+       5             : #include "crpropa/Referenced.h"
+       6             : 
+       7             : #include <vector>
+       8             : #include <string>
+       9             : 
+      10             : namespace crpropa {
+      11             : /**
+      12             :  * \addtogroup PhotonFields
+      13             :  * @{
+      14             :  */
+      15             : 
+      16             : /**
+      17             :  @class PhotonField
+      18             :  @brief Abstract base class for photon fields.
+      19             :  */
+      20           1 : class PhotonField: public Referenced {
+      21             : public:
+      22         135 :         PhotonField() {
+      23             :                 this->fieldName = "AbstractPhotonField";
+      24         135 :                 this->isRedshiftDependent = false;
+      25         135 :         }
+      26             : 
+      27             :         /**
+      28             :          returns comoving photon density [1/m^3].
+      29             :          multiply with (1+z^3) for physical number density.
+      30             :          @param ePhoton         photon energy [J]
+      31             :          @param z                       redshift (if redshift dependent, default = 0.)
+      32             :          */
+      33             :         virtual double getPhotonDensity(double ePhoton, double z = 0.) const = 0;
+      34             :         virtual double getMinimumPhotonEnergy(double z) const = 0;
+      35             :         virtual double getMaximumPhotonEnergy(double z) const = 0;
+      36         175 :         virtual std::string getFieldName() const {
+      37         175 :                 return this->fieldName;
+      38             :         }
+      39             : 
+      40             :         /**
+      41             :          returns overall comoving scaling factor
+      42             :          (cf. CRPropa3-data/calc_scaling.py)
+      43             :          @param z               redshift
+      44             :          */
+      45       16549 :         virtual double getRedshiftScaling(double z) const {
+      46       16549 :                 return 1.;
+      47             :         };
+      48             : 
+      49             :         bool hasRedshiftDependence() const {
+      50           0 :                 return this->isRedshiftDependent;
+      51             :         }
+      52             : 
+      53             :         void setFieldName(std::string fieldName) {
+      54           0 :                 this->fieldName = fieldName;
+      55           0 :         }
+      56             : 
+      57             : protected:
+      58             :         std::string fieldName;
+      59             :         bool isRedshiftDependent;
+      60             : };
+      61             : 
+      62             : /**
+      63             :  @class TabularPhotonField
+      64             :  @brief Photon field decorator for tabulated photon fields.
+      65             : 
+      66             :  This class reads photon field data from files;
+      67             :  The first file must be a list of photon energies [J], named fieldName_photonEnergy.txt
+      68             :  The second file must be a list of comoving photon field densities [1/m^3], named fieldName_photonDensity.txt
+      69             :  Optionally, a third file contains redshifts, named fieldName_redshift.txt
+      70             :  */
+      71             : class TabularPhotonField: public PhotonField {
+      72             : public:
+      73             :         TabularPhotonField(const std::string fieldName, const bool isRedshiftDependent = true);
+      74             : 
+      75             :         double getPhotonDensity(double ePhoton, double z = 0.) const;
+      76             :         double getRedshiftScaling(double z) const;
+      77             :         double getMinimumPhotonEnergy(double z) const;
+      78             :         double getMaximumPhotonEnergy(double z) const;
+      79             : 
+      80             : protected:
+      81             :         void readPhotonEnergy(std::string filePath);
+      82             :         void readPhotonDensity(std::string filePath);
+      83             :         void readRedshift(std::string filePath);
+      84             :         void initRedshiftScaling();
+      85             :         void checkInputData() const;
+      86             : 
+      87             :         std::vector<double> photonEnergies;
+      88             :         std::vector<double> photonDensity;
+      89             :         std::vector<double> redshifts;
+      90             :         std::vector<double> redshiftScalings;
+      91             : };
+      92             : 
+      93             : /**
+      94             :  @class IRB_Kneiske04
+      95             :  @brief Extragalactic background light model from Kneiske et al. 2004
+      96             : 
+      97             :  Source info:
+      98             :  DOI:10.1051/0004-6361:20031542,
+      99             :  https://www.aanda.org/articles/aa/pdf/2004/03/aa3848.pdf, figure 1 ("Best-fit" model)
+     100             :  */
+     101             : class IRB_Kneiske04: public TabularPhotonField {
+     102             : public:
+     103          26 :         IRB_Kneiske04() : TabularPhotonField("IRB_Kneiske04", true) {}
+     104             : };
+     105             : 
+     106             : /**
+     107             :  @class IRB_Stecker05
+     108             :  @brief Extragalactic background light model by Stecker at al. 2005
+     109             : 
+     110             :  Source info:
+     111             :  DOI:10.1086/506188, astro-ph/0510449
+     112             :  https://iopscience.iop.org/article/10.1086/506188/pdf
+     113             :  */
+     114             : class IRB_Stecker05: public TabularPhotonField {
+     115             : public:
+     116          14 :         IRB_Stecker05() : TabularPhotonField("IRB_Stecker05", true) {}
+     117             : };
+     118             : 
+     119             : /**
+     120             :  @class IRB_Franceschini08
+     121             :  @brief Extragalactic background light model from Franceschini et al. 2008
+     122             : 
+     123             :  Source info:
+     124             :  DOI:10.1051/0004-6361:200809691
+     125             :  https://arxiv.org/pdf/0805.1841.pdf, tables 1 and 2
+     126             :  */
+     127             : class IRB_Franceschini08: public TabularPhotonField {
+     128             : public:
+     129          14 :         IRB_Franceschini08() : TabularPhotonField("IRB_Franceschini08", true) {}
+     130             : };
+     131             : 
+     132             : /**
+     133             :  @class IRB_Finke10
+     134             :  @brief Extragalactic background light model from Finke et al. 2010
+     135             : 
+     136             :  Source info:
+     137             :  DOI:10.1088/0004-637X/712/1/238
+     138             :  https://iopscience.iop.org/article/10.1088/0004-637X/712/1/238/pdf
+     139             :  */
+     140             : class IRB_Finke10: public TabularPhotonField {
+     141             : public:
+     142          14 :         IRB_Finke10() : TabularPhotonField("IRB_Finke10", true) {}
+     143             : };
+     144             : 
+     145             : /**
+     146             :  @class IRB_Dominguez11
+     147             :  @brief Extragalactic background light model from Dominguez et al. 2011
+     148             : 
+     149             :  Source info:
+     150             :  DOI:10.1111/j.1365-2966.2010.17631.x
+     151             :  https://academic.oup.com/mnras/article/410/4/2556/1008012
+     152             :  */
+     153             : class IRB_Dominguez11: public TabularPhotonField {
+     154             : public:
+     155          14 :         IRB_Dominguez11() : TabularPhotonField("IRB_Dominguez11", true) {}
+     156             : };
+     157             : 
+     158             : /**
+     159             :  @class IRB_Gilmore12
+     160             :  @brief Extragalactic background light model from Gilmore et al. 2012
+     161             : 
+     162             :  Source info:
+     163             :  DOI:10.1111/j.1365-2966.2012.20841.x
+     164             :  https://academic.oup.com/mnras/article/422/4/3189/1050758
+     165             :  */
+     166             : class IRB_Gilmore12: public TabularPhotonField {
+     167             : public:
+     168          14 :         IRB_Gilmore12() : TabularPhotonField("IRB_Gilmore12", true) {}
+     169             : };
+     170             : 
+     171             : /**
+     172             :  @class IRB_Stecker16_upper
+     173             :  @brief Extragalactic background light model from Stecker et al. 2016 (upper-bound model)
+     174             : 
+     175             :  Source info:
+     176             :  DOI:10.3847/0004-637X/827/1/6
+     177             :  https://iopscience.iop.org/article/10.3847/0004-637X/827/1/6
+     178             :  */
+     179             : class IRB_Stecker16_upper: public TabularPhotonField {
+     180             : public:
+     181          14 :         IRB_Stecker16_upper() : TabularPhotonField("IRB_Stecker16_upper", true) {}
+     182             : };
+     183             : 
+     184             : /**
+     185             :  @class IRB_Stecker16_lower
+     186             :  @brief Extragalactic background light model from Stecker et al. 2016 (lower-bound model)
+     187             : 
+     188             :  Source info:
+     189             :  DOI:10.3847/0004-637X/827/1/6
+     190             :  https://iopscience.iop.org/article/10.3847/0004-637X/827/1/6
+     191             :  */
+     192             : class IRB_Stecker16_lower: public TabularPhotonField {
+     193             : public:
+     194          14 :         IRB_Stecker16_lower() : TabularPhotonField("IRB_Stecker16_lower", true) {}
+     195             : };
+     196             : 
+     197             : /**
+     198             :  @class IRB_Saldana21
+     199             :  @brief Extragalactic background light model from Saldana-Lopez et al. 2021
+     200             : 
+     201             :  Source info:
+     202             :  DOI:10.1093/mnras/stab2393
+     203             :  https://ui.adsabs.harvard.edu/abs/2021MNRAS.507.5144S/abstract
+     204             :  */
+     205             : class IRB_Saldana21: public TabularPhotonField {
+     206             : public:
+     207           8 :         IRB_Saldana21() : TabularPhotonField("IRB_Saldana21", true) {}
+     208             : };
+     209             : 
+     210             : /**
+     211             :  @class IRB_Saldana21_upper
+     212             :  @brief Extragalactic background light model from Saldana-Lopez et al. 2021 (upper-bound model)
+     213             : 
+     214             :  Source info:
+     215             :  DOI:10.1093/mnras/stab2393
+     216             :  https://ui.adsabs.harvard.edu/abs/2021MNRAS.507.5144S/abstract
+     217             :  */
+     218             : class IRB_Saldana21_upper: public TabularPhotonField {
+     219             : public:
+     220           0 :         IRB_Saldana21_upper() : TabularPhotonField("IRB_Saldana21_upper", true) {}
+     221             : };
+     222             : 
+     223             : /**
+     224             :  @class IRB_Saldana21_lower
+     225             :  @brief Extragalactic background light model from Saldana-Lopez et al. 2021 (lower-bound model)
+     226             : 
+     227             :  Source info:
+     228             :  DOI:10.1093/mnras/stab2393
+     229             :  https://ui.adsabs.harvard.edu/abs/2021MNRAS.507.5144S/abstract
+     230             :  */
+     231             : class IRB_Saldana21_lower: public TabularPhotonField {
+     232             : public:
+     233           0 :         IRB_Saldana21_lower() : TabularPhotonField("IRB_Saldana21_lower", true) {}
+     234             : };
+     235             : 
+     236             : /**
+     237             :  @class IRB_Finke22
+     238             :  @brief Extragalactic background light model from Finke et al. 2022
+     239             : 
+     240             :  Source info:
+     241             :  DOI:10.3847/1538-4357/ac9843
+     242             :  https://iopscience.iop.org/article/10.3847/1538-4357/ac9843/pdf
+     243             :  */
+     244             : class IRB_Finke22: public TabularPhotonField {
+     245             : public:
+     246          14 :         IRB_Finke22() : TabularPhotonField("IRB_Finke22", true) {}
+     247             : };
+     248             : 
+     249             : /**
+     250             :  @class URB
+     251             :  @brief Extragalactic background light model from Protheroe & Biermann 1996
+     252             : 
+     253             :  Source info:
+     254             :  DOI:10.1016/S0927-6505(96)00041-2
+     255             :  https://www.sciencedirect.com/science/article/abs/pii/S0927650596000412
+     256             :  */
+     257             : class URB_Protheroe96: public TabularPhotonField {
+     258             : public:
+     259          12 :         URB_Protheroe96() : TabularPhotonField("URB_Protheroe96", false) {}
+     260             : };
+     261             : 
+     262             : /**
+     263             :  @class URB
+     264             :  @brief Extragalactic background light model based on ARCADE2 observations, by Fixsen et al.
+     265             :  Note that this model does not cover the same energy range as other URB models. Here, only ~10 MHz - 10 GHz is considered.
+     266             :  Therefore, it only makes sense to use this model in very specific studies.
+     267             : 
+     268             :  Source info:
+     269             :  DOI:10.1088/0004-637X/734/1/5
+     270             :  https://iopscience.iop.org/article/10.1088/0004-637X/734/1/5
+     271             :  */
+     272             : class URB_Fixsen11: public TabularPhotonField {
+     273             : public:
+     274           8 :         URB_Fixsen11() : TabularPhotonField("URB_Fixsen11", false) {}
+     275             : };
+     276             : 
+     277             : /**
+     278             :  @class URB
+     279             :  @brief Extragalactic background light model by Nitu et al.
+     280             : 
+     281             :  Source info:
+     282             :  DOI:10.1016/j.astropartphys.2020.102532
+     283             :  https://www.sciencedirect.com/science/article/pii/S0927650520301043?
+     284             :  */
+     285             : class URB_Nitu21: public TabularPhotonField {
+     286             : public:
+     287          22 :         URB_Nitu21() : TabularPhotonField("URB_Nitu21", false) {}
+     288             : };
+     289             : 
+     290             : /**
+     291             :  @class BlackbodyPhotonField
+     292             :  @brief Photon field decorator for black body photon fields.
+     293             :  */
+     294             : class BlackbodyPhotonField: public PhotonField {
+     295             : public:
+     296             :         BlackbodyPhotonField(const std::string fieldName, const double blackbodyTemperature);
+     297             :         double getPhotonDensity(double ePhoton, double z = 0.) const;
+     298             :         double getMinimumPhotonEnergy(double z) const;
+     299             :         double getMaximumPhotonEnergy(double z) const;
+     300             :         void setQuantile(double q);
+     301             : 
+     302             : protected:
+     303             :         double blackbodyTemperature;
+     304             :         double quantile;
+     305             : };
+     306             : 
+     307             : /**
+     308             :  @class CMB
+     309             :  @brief Cosmic mircowave background photon field
+     310             : 
+     311             :  Source info:
+     312             :  This field is an isotropic blackbody photon field with temperature T = 2.73 K
+     313             :  */
+     314             : class CMB: public BlackbodyPhotonField {
+     315             : public:
+     316          80 :         CMB() : BlackbodyPhotonField("CMB", 2.73) {}
+     317             : };
+     318             : 
+     319             : 
+     320             : } // namespace crpropa
+     321             : 
+     322             : #endif // CRPROPA_PHOTONBACKGROUND_H
+
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          Line data    Source code
+
+       1             : // Random.h
+       2             : // Mersenne Twister random number generator -- a C++ class Random
+       3             : // Based on code by Makoto Matsumoto, Takuji Nishimura, and Shawn Cokus
+       4             : // Richard J. Wagner  v1.0  15 May 2003  rjwagner@writeme.com
+       5             : 
+       6             : // The Mersenne Twister is an algorithm for generating random numbers.  It
+       7             : // was designed with consideration of the flaws in various other generators.
+       8             : // The period, 2^19937-1, and the order of equidistribution, 623 dimensions,
+       9             : // are far greater.  The generator is also fast; it avoids multiplication and
+      10             : // division, and it benefits from caches and pipelines.  For more information
+      11             : // see the inventors' web page at http://www.math.keio.ac.jp/~matumoto/emt.html
+      12             : 
+      13             : // Reference
+      14             : // M. Matsumoto and T. Nishimura, "Mersenne Twister: A 623-Dimensionally
+      15             : // Equidistributed Uniform Pseudo-Random Number Generator", ACM Transactions on
+      16             : // Modeling and Computer Simulation, Vol. 8, No. 1, January 1998, pp 3-30.
+      17             : 
+      18             : // Copyright (C) 1997 - 2002, Makoto Matsumoto and Takuji Nishimura,
+      19             : // Copyright (C) 2000 - 2003, Richard J. Wagner
+      20             : // All rights reserved.
+      21             : //
+      22             : // Redistribution and use in source and binary forms, with or without
+      23             : // modification, are permitted provided that the following conditions
+      24             : // are met:
+      25             : //
+      26             : //   1. Redistributions of source code must retain the above copyright
+      27             : //      notice, this list of conditions and the following disclaimer.
+      28             : //
+      29             : //   2. Redistributions in binary form must reproduce the above copyright
+      30             : //      notice, this list of conditions and the following disclaimer in the
+      31             : //      documentation and/or other materials provided with the distribution.
+      32             : //
+      33             : //   3. The names of its contributors may not be used to endorse or promote
+      34             : //      products derived from this software without specific prior written
+      35             : //      permission.
+      36             : //
+      37             : // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+      38             : // "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+      39             : // LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
+      40             : // A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR
+      41             : // CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
+      42             : // EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
+      43             : // PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
+      44             : // PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
+      45             : // LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
+      46             : // NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
+      47             : // SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+      48             : 
+      49             : // The original code included the following notice:
+      50             : //
+      51             : //     When you use this, send an email to: matumoto@math.keio.ac.jp
+      52             : //     with an appropriate reference to your work.
+      53             : //
+      54             : // It would be nice to CC: rjwagner@writeme.com and Cokus@math.washington.edu
+      55             : // when you write.
+      56             : 
+      57             : // Parts of this file are modified beginning in 29.10.09 for adaption in PXL.
+      58             : // Parts of this file are modified beginning in 10.02.12 for adaption in CRPropa.
+      59             : 
+      60             : #ifndef RANDOM_H
+      61             : #define RANDOM_H
+      62             : 
+      63             : // Not thread safe (unless auto-initialization is avoided and each thread has
+      64             : // its own Random object)
+      65             : #include "crpropa/Vector3.h"
+      66             : 
+      67             : #include <iostream>
+      68             : #include <limits>
+      69             : #include <ctime>
+      70             : #include <cmath>
+      71             : #include <vector>
+      72             : #include <stdexcept>
+      73             : #include <algorithm>
+      74             : 
+      75             : #include <stdint.h>
+      76             : #include <string>
+      77             : 
+      78             : //necessary for win32
+      79             : #ifndef M_PI
+      80             : #define M_PI 3.14159265358979323846
+      81             : #endif
+      82             : 
+      83             : namespace crpropa {
+      84             : 
+      85             : /**
+      86             :  * \addtogroup Core
+      87             :  * @{
+      88             :  */
+      89             : /**
+      90             :  @class Random
+      91             :  @brief Random number generator.
+      92             : 
+      93             :  Mersenne Twister random number generator -- a C++ class Random
+      94             :  Based on code by Makoto Matsumoto, Takuji Nishimura, and Shawn Cokus
+      95             :  Richard J. Wagner  v1.0  15 May 2003  rjwagner@writeme.com
+      96             :  */
+      97           3 : class Random {
+      98             : public:
+      99             :         enum {N = 624}; // length of state vector
+     100             :         enum {SAVE = N + 1}; // length of array for save()
+     101             : 
+     102             : protected:
+     103             :         enum {M = 397}; // period parameter
+     104             :         uint32_t state[N];// internal state
+     105             :         std::vector<uint32_t> initial_seed;//
+     106             :         uint32_t *pNext;// next value to get from state
+     107             :         int left;// number of values left before reload needed
+     108             : 
+     109             : //Methods
+     110             : public:
+     111             :         /// initialize with a simple uint32_t
+     112             :         Random( const uint32_t& oneSeed );
+     113             :         // initialize with an array
+     114             :         Random( uint32_t *const bigSeed, uint32_t const seedLength = N );
+     115             :         /// auto-initialize with /dev/urandom or time() and clock()
+     116             :         /// Do NOT use for CRYPTOGRAPHY without securely hashing several returned
+     117             :         /// values together, otherwise the generator state can be learned after
+     118             :         /// reading 624 consecutive values.
+     119             :         Random();
+     120             :         // Access to 32-bit random numbers
+     121             :         double rand();///< real number in [0,1]
+     122             :         double rand( const double& n );///< real number in [0,n]
+     123             :         double randExc();///< real number in [0,1)
+     124             :         double randExc( const double& n );///< real number in [0,n)
+     125             :         double randDblExc();///< real number in (0,1)
+     126             :         double randDblExc( const double& n );///< real number in (0,n)
+     127             :         // Pull a 32-bit integer from the generator state
+     128             :         // Every other access function simply transforms the numbers extracted here
+     129             :         uint32_t randInt();///< integer in [0,2**32-1]
+     130             :         uint32_t randInt( const uint32_t& n );///< integer in [0,n] for n < 2**32
+     131             : 
+     132             :         uint64_t randInt64(); ///< integer in [0, 2**64 -1]. PROBABLY NOT SECURE TO USE
+     133             :         uint64_t randInt64(const uint64_t &n); ///< integer in [0, n] for n < 2**64 -1. PROBABLY NOT SECURE TO USE
+     134             : 
+     135           0 :         double operator()() {return rand();} ///< same as rand()
+     136             : 
+     137             :         // Access to 53-bit random numbers (capacity of IEEE double precision)
+     138             :         double rand53();///< real number in [0,1)  (capacity of IEEE double precision)
+     139             :         ///Exponential distribution in (0,inf)
+     140             :         double randExponential();
+     141             :         /// Normal distributed random number
+     142     1715954 :         double randNorm( const double& mean = 0.0, const double& variance = 1.0 );
+     143             :         /// Uniform distribution in [min, max]
+     144             :         double randUniform(double min, double max);
+     145             :         /// Rayleigh distributed random number
+     146             :         double randRayleigh(double sigma);
+     147             :         /// Fisher distributed random number
+     148             :         double randFisher(double k);
+     149             : 
+     150             :         /// Draw a random bin from a (unnormalized) cumulative distribution function, without leading zero.
+     151             :         size_t randBin(const std::vector<float> &cdf);
+     152             :         size_t randBin(const std::vector<double> &cdf);
+     153             : 
+     154             :         /// Random point on a unit-sphere
+     155             :         Vector3d randVector();
+     156             :         /// Random vector with given angular separation around mean direction
+     157             :         Vector3d randVectorAroundMean(const Vector3d &meanDirection, double angle);
+     158             :         /// Fisher distributed random vector
+     159             :         Vector3d randFisherVector(const Vector3d &meanDirection, double kappa);
+     160             :         /// Uniform distributed random vector inside a cone
+     161             :         Vector3d randConeVector(const Vector3d &meanDirection, double angularRadius);
+     162             :         /// Random lamberts distributed vector with theta distribution: sin(t) * cos(t),
+     163             :         /// aka cosine law (https://en.wikipedia.org/wiki/Lambert%27s_cosine_law),
+     164             :         /// for a surface element with normal vector pointing in positive z-axis (0, 0, 1)
+     165             :         Vector3d randVectorLamberts();
+     166             :         /// Same as above but rotated to the respective normalVector of surface element
+     167             :         Vector3d randVectorLamberts(const Vector3d &normalVector);
+     168             :         ///_Position vector uniformly distributed within propagation step size bin
+     169             :         Vector3d randomInterpolatedPosition(const Vector3d &a, const Vector3d &b);
+     170             : 
+     171             :         /// Power-law distribution of a given differential spectral index
+     172             :         double randPowerLaw(double index, double min, double max);
+     173             :         /// Broken power-law distribution
+     174             :         double randBrokenPowerLaw(double index1, double index2, double breakpoint, double min, double max );
+     175             : 
+     176             :         /// Seed the generator with a simple uint32_t
+     177             :         void seed( const uint32_t oneSeed );
+     178             :         /// Seed the generator with an array of uint32_t's
+     179             :         /// There are 2^19937-1 possible initial states.  This function allows
+     180             :         /// all of those to be accessed by providing at least 19937 bits (with a
+     181             :         /// default seed length of N = 624 uint32_t's).  Any bits above the lower 32
+     182             :         /// in each element are discarded.
+     183             :         /// Just call seed() if you want to get array from /dev/urandom
+     184             :         void seed( uint32_t *const bigSeed, const uint32_t seedLength = N );
+     185             :         // seed via an b64 encoded string
+     186             :         void seed( const std::string &b64Seed);
+     187             :         /// Seed the generator with an array from /dev/urandom if available
+     188             :         /// Otherwise use a hash of time() and clock() values
+     189             :         void seed();
+     190             : 
+     191             :         // Saving and loading generator state
+     192             :         void save( uint32_t* saveArray ) const;// to array of size SAVE
+     193             :         void load( uint32_t *const loadArray );// from such array
+     194             :         const std::vector<uint32_t> &getSeed() const; // copy the seed to the array
+     195             :         const std::string getSeed_base64() const; // get the base 64 encoded seed
+     196             : 
+     197             :         friend std::ostream& operator<<( std::ostream& os, const Random& mtrand );
+     198             :         friend std::istream& operator>>( std::istream& is, Random& mtrand );
+     199             : 
+     200             :         static Random &instance();
+     201             :         static void seedThreads(const uint32_t oneSeed);
+     202             :         static std::vector< std::vector<uint32_t> > getSeedThreads();
+     203             : 
+     204             : protected:
+     205             :         /// Initialize generator state with seed
+     206             :         /// See Knuth TAOCP Vol 2, 3rd Ed, p.106 for multiplier.
+     207             :         /// In previous versions, most significant bits (MSBs) of the seed affect
+     208             :         /// only MSBs of the state array.  Modified 9 Jan 2002 by Makoto Matsumoto.
+     209             :         void initialize( const uint32_t oneSeed );
+     210             : 
+     211             :         /// Generate N new values in state
+     212             :         /// Made clearer and faster by Matthew Bellew (matthew.bellew@home.com)
+     213             :         void reload();
+     214    28904304 :         uint32_t hiBit( const uint32_t& u ) const {return u & 0x80000000UL;}
+     215    28904304 :         uint32_t loBit( const uint32_t& u ) const {return u & 0x00000001UL;}
+     216    28904304 :         uint32_t loBits( const uint32_t& u ) const {return u & 0x7fffffffUL;}
+     217             :         uint32_t mixBits( const uint32_t& u, const uint32_t& v ) const
+     218    28904304 :         {       return hiBit(u) | loBits(v);}
+     219             : 
+     220             : #ifdef _MSC_VER
+     221             : #pragma warning( push )
+     222             : #pragma warning( disable : 4146 )
+     223             : #endif
+     224             :         uint32_t twist( const uint32_t& m, const uint32_t& s0, const uint32_t& s1 ) const
+     225    28857983 :         {       return m ^ (mixBits(s0,s1)>>1) ^ (-loBit(s1) & 0x9908b0dfUL);}
+     226             : 
+     227             : #ifdef _MSC_VER
+     228             : #pragma warning( pop )
+     229             : #endif
+     230             : 
+     231             :         /// Get a uint32_t from t and c
+     232             :         /// Better than uint32_t(x) in case x is floating point in [0,1]
+     233             :         /// Based on code by Lawrence Kirby (fred@genesis.demon.co.uk)
+     234             :         static uint32_t hash( time_t t, clock_t c );
+     235             : 
+     236             : };
+     237             : /** @}*/
+     238             : 
+     239             : } //namespace crpropa
+     240             : 
+     241             : #endif  // RANDOM_H
+
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+ + + +
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+
+ + + diff --git a/doc/coverageReport/include/crpropa/Referenced.h.gcov.html b/doc/coverageReport/include/crpropa/Referenced.h.gcov.html new file mode 100644 index 000000000..5a9b12d1c --- /dev/null +++ b/doc/coverageReport/include/crpropa/Referenced.h.gcov.html @@ -0,0 +1,320 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Referenced.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Referenced.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:415673.2 %
Date:2024-04-08 14:58:22Functions:101952.6 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_REFERENCED_H
+       2             : #define CRPROPA_REFERENCED_H
+       3             : 
+       4             : #include <cstddef>
+       5             : 
+       6             : #ifdef DEBUG
+       7             : #include <iostream>
+       8             : #include <typeinfo>
+       9             : #endif
+      10             : 
+      11             : namespace crpropa {
+      12             : /**
+      13             :  * \addtogroup Core
+      14             :  * @{
+      15             :  */
+      16             : 
+      17             : /**
+      18             :  @class Referenced
+      19             :  @brief Base class for reference counting
+      20             : 
+      21             :  A form of memory management is needed to prevent memory leaks when using MPC in Python via SWIG.
+      22             :  This base class enables reference counting.
+      23             :  Every reference increases the reference counter, every dereference decreases it.
+      24             :  When the counter is decreased to 0, the object is deleted.
+      25             :  Candidate, Module, MagneticField and Source inherit from this class
+      26             :  */
+      27             : class Referenced {
+      28             : public:
+      29             : 
+      30     3369415 :         inline Referenced() :
+      31     3369394 :                         _referenceCount(0) {
+      32             :         }
+      33             : 
+      34           0 :         inline Referenced(const Referenced&) :
+      35           0 :                         _referenceCount(0) {
+      36             :         }
+      37             : 
+      38             :         inline Referenced& operator =(const Referenced&) {
+      39             :                 return *this;
+      40             :         }
+      41             : 
+      42             :         inline size_t addReference() const {
+      43             :                 int newRef;
+      44             : #if defined(OPENMP_3_1)
+      45             :                 #pragma omp atomic capture
+      46             :                 {newRef = _referenceCount++;}
+      47             : #elif defined(__GNUC__)
+      48    10913236 :                 newRef = __sync_add_and_fetch(&_referenceCount, 1);
+      49             : #else
+      50             :                 #pragma omp critical
+      51             :                 {newRef = _referenceCount++;}
+      52             : #endif
+      53     7546128 :                 return newRef;
+      54             :         }
+      55             : 
+      56    10914622 :         inline size_t removeReference() const {
+      57             : #ifdef DEBUG
+      58             :                 if (_referenceCount == 0)
+      59             :                         std::cerr
+      60             :                                         << "WARNING: Remove reference from Object with NO references: "
+      61             :                                         << typeid(*this).name() << std::endl;
+      62             : #endif
+      63             :                 int newRef;
+      64             : #if defined(OPENMP_3_1)
+      65             :                 #pragma omp atomic capture
+      66             :                 {newRef = _referenceCount--;}
+      67             : #elif defined(__GNUC__)
+      68    10914622 :                 newRef = __sync_sub_and_fetch(&_referenceCount, 1);
+      69             : #else
+      70             :                 #pragma omp critical
+      71             :                 {newRef = _referenceCount--;}
+      72             : #endif
+      73             : 
+      74    10914622 :                 if (newRef == 0) {
+      75     3367410 :                         delete this;
+      76             :                 }
+      77    10914622 :                 return newRef;
+      78             :         }
+      79             : 
+      80             :         int removeReferenceNoDelete() const {
+      81           0 :                 return --_referenceCount;
+      82             :         }
+      83             : 
+      84             :         inline size_t getReferenceCount() const {
+      85           0 :                 return _referenceCount;
+      86             :         }
+      87             : 
+      88             : protected:
+      89             : 
+      90           0 :         virtual inline ~Referenced() {
+      91             : #ifdef DEBUG
+      92             :                 if (_referenceCount)
+      93             :                         std::cerr << "WARNING: Deleting Object with references: "
+      94             :                                         << typeid(*this).name() << std::endl;
+      95             : #endif
+      96           0 :         }
+      97             : 
+      98             :         mutable size_t _referenceCount;
+      99             : };
+     100             : 
+     101             : inline void intrusive_ptr_add_ref(Referenced* p) {
+     102             :         p->addReference();
+     103             : }
+     104             : inline void intrusive_ptr_release(Referenced* p) {
+     105           0 :         p->removeReference();
+     106             : }
+     107             : 
+     108             : /**
+     109             :  @class ref_ptr
+     110             :  @brief Referenced pointer
+     111             :  */
+     112             : template<class T>
+     113             : class ref_ptr {
+     114             : public:
+     115             :         typedef T element_type;
+     116             : 
+     117         167 :         ref_ptr() :
+     118         167 :                         _ptr(0) {
+     119             :         }
+     120     3328293 :         ref_ptr(T* ptr) :
+     121     3330334 :                         _ptr(ptr) {
+     122        3307 :                 if (_ptr)
+     123             :                         _ptr->addReference();
+     124             :         }
+     125     7541490 :         ref_ptr(const ref_ptr& rp) :
+     126     7541372 :                         _ptr(rp._ptr) {
+     127     7541428 :                 if (_ptr)
+     128             :                         _ptr->addReference();
+     129           2 :         }
+     130           4 :         template<class Other> ref_ptr(const ref_ptr<Other>& rp) :
+     131           4 :                         _ptr(rp._ptr) {
+     132             :                 if (_ptr)
+     133             :                         _ptr->addReference();
+     134             :         }
+     135             : 
+     136             :         ~ref_ptr() {
+     137    10870856 :                 if (_ptr)
+     138    10870929 :                         _ptr->removeReference();
+     139             :                 _ptr = 0;
+     140    10870851 :         }
+     141             : 
+     142             :         ref_ptr& operator =(const ref_ptr& rp) {
+     143         218 :                 assign(rp);
+     144           0 :                 return *this;
+     145             :         }
+     146             : 
+     147             :         template<class Other> ref_ptr& operator =(const ref_ptr<Other>& rp) {
+     148             :                 assign(rp);
+     149             :                 return *this;
+     150             :         }
+     151             : 
+     152          78 :         inline ref_ptr& operator =(T* ptr) {
+     153          78 :                 if (_ptr == ptr)
+     154             :                         return *this;
+     155             :                 T* tmp_ptr = _ptr;
+     156          78 :                 _ptr = ptr;
+     157          78 :                 if (_ptr)
+     158             :                         _ptr->addReference();
+     159          78 :                 if (tmp_ptr)
+     160          68 :                         tmp_ptr->removeReference();
+     161             :                 return *this;
+     162             :         }
+     163             : 
+     164             :         operator T*() const {
+     165      481185 :                 return _ptr;
+     166             :         }
+     167             : 
+     168             :         T& operator*() const {
+     169        6611 :                 return *_ptr;
+     170             :         }
+     171             :         T* operator->() const {
+     172     6292284 :                 return _ptr;
+     173             :         }
+     174             :         T* get() const {
+     175          37 :                 return _ptr;
+     176             :         }
+     177             : 
+     178             :         bool operator!() const {
+     179           0 :                 return _ptr == 0;
+     180             :         } // not required
+     181             :         bool valid() const {
+     182     5881570 :                 return _ptr != 0;
+     183             :         }
+     184             : 
+     185             :         T* release() {
+     186           0 :                 T* tmp = _ptr;
+     187           0 :                 if (_ptr)
+     188             :                         _ptr->removeReferenceNoDelete();
+     189           0 :                 _ptr = 0;
+     190             :                 return tmp;
+     191             :         }
+     192             : 
+     193             :         void swap(ref_ptr& rp) {
+     194           0 :                 T* tmp = _ptr;
+     195           0 :                 _ptr = rp._ptr;
+     196           0 :                 rp._ptr = tmp;
+     197             :         }
+     198             : 
+     199             : private:
+     200             : 
+     201        1319 :         template<class Other> void assign(const ref_ptr<Other>& rp) {
+     202        1319 :                 if (_ptr == rp._ptr)
+     203             :                         return;
+     204             :                 T* tmp_ptr = _ptr;
+     205        1315 :                 _ptr = rp._ptr;
+     206        1315 :                 if (_ptr)
+     207             :                         _ptr->addReference();
+     208        1315 :                 if (tmp_ptr)
+     209          91 :                         tmp_ptr->removeReference();
+     210             :         }
+     211             : 
+     212             :         template<class Other> friend class ref_ptr;
+     213             : 
+     214             :         T* _ptr;
+     215             : };
+     216             : 
+     217             : template<class T> inline
+     218             : void swap(ref_ptr<T>& rp1, ref_ptr<T>& rp2) {
+     219             :         rp1.swap(rp2);
+     220             : }
+     221             : 
+     222             : template<class T> inline T* get_pointer(const ref_ptr<T>& rp) {
+     223             :         return rp.get();
+     224             : }
+     225             : 
+     226             : template<class T, class Y> inline ref_ptr<T> static_pointer_cast(
+     227             :                 const ref_ptr<Y>& rp) {
+     228             :         return static_cast<T*>(rp.get());
+     229             : }
+     230             : 
+     231             : template<class T, class Y> inline ref_ptr<T> dynamic_pointer_cast(
+     232             :                 const ref_ptr<Y>& rp) {
+     233             :         return dynamic_cast<T*>(rp.get());
+     234             : }
+     235             : 
+     236             : template<class T, class Y> inline ref_ptr<T> const_pointer_cast(
+     237             :                 const ref_ptr<Y>& rp) {
+     238             :         return const_cast<T*>(rp.get());
+     239             : }
+     240             : 
+     241             : /** @}*/
+     242             : } // namespace crpropa
+     243             : 
+     244             : #endif // CRPROPA_REFERENCED_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Source.h.func-sort-c.html b/doc/coverageReport/include/crpropa/Source.h.func-sort-c.html new file mode 100644 index 000000000..e0c693ff0 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Source.h.func-sort-c.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Source.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Source.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:141877.8 %
Date:2024-04-08 14:58:22Functions:010.0 %
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+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa13SourceFeature15prepareParticleERNS_13ParticleStateE0
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+ + + diff --git a/doc/coverageReport/include/crpropa/Source.h.func.html b/doc/coverageReport/include/crpropa/Source.h.func.html new file mode 100644 index 000000000..646b8d073 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Source.h.func.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Source.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Source.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:141877.8 %
Date:2024-04-08 14:58:22Functions:010.0 %
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+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa13SourceFeature15prepareParticleERNS_13ParticleStateE0
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+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/Source.h.gcov.html b/doc/coverageReport/include/crpropa/Source.h.gcov.html new file mode 100644 index 000000000..82cca4d84 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Source.h.gcov.html @@ -0,0 +1,1002 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Source.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Source.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:141877.8 %
Date:2024-04-08 14:58:22Functions:010.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_SOURCE_H
+       2             : #define CRPROPA_SOURCE_H
+       3             : 
+       4             : #include "crpropa/Candidate.h"
+       5             : #include "crpropa/Grid.h"
+       6             : #include "crpropa/EmissionMap.h"
+       7             : #include "crpropa/massDistribution/Density.h"
+       8             : 
+       9             : 
+      10             : #include <vector>
+      11             : 
+      12             : namespace crpropa {
+      13             : /** @addtogroup SourceFeatures
+      14             :  *  @{
+      15             :  */
+      16             : 
+      17             : 
+      18             : /**
+      19             :  @class SourceFeature
+      20             :  @brief Abstract base class for specific source features
+      21             :  */
+      22           7 : class SourceFeature: public Referenced {
+      23             : protected:
+      24             :         std::string description;
+      25             : public:
+      26           0 :         virtual void prepareParticle(ParticleState& particle) const {};
+      27             :         virtual void prepareCandidate(Candidate& candidate) const;
+      28             :         std::string getDescription() const;
+      29             : };
+      30             : 
+      31             : 
+      32             : /**
+      33             :  @class SourceInterface
+      34             :  @brief Abstract base class for sources
+      35             :  */
+      36             : class SourceInterface : public Referenced {
+      37             : public:
+      38             :         virtual ref_ptr<Candidate> getCandidate() const = 0;
+      39             :         virtual std::string getDescription() const = 0;
+      40             : };
+      41             : 
+      42             : 
+      43             : /**
+      44             :  @class Source
+      45             :  @brief General source of particles
+      46             : 
+      47             :  This class is a container for source features.
+      48             :  The source prepares a new candidate by passing it to all its source features
+      49             :  to be modified accordingly.
+      50             :  */
+      51          10 : class Source: public SourceInterface {
+      52             :         std::vector<ref_ptr<SourceFeature> > features;
+      53             : public:
+      54             :         void add(SourceFeature* feature);
+      55             :         ref_ptr<Candidate> getCandidate() const;
+      56             :         std::string getDescription() const;
+      57             : };
+      58             : 
+      59             : 
+      60             : /**
+      61             :  @class SourceList
+      62             :  @brief List of particle sources of individual luminosities.
+      63             : 
+      64             :  The SourceList is a source itself. It can be used if several sources are
+      65             :  needed in one simulation.
+      66             :  */
+      67           3 : class SourceList: public SourceInterface {
+      68             :         std::vector<ref_ptr<Source> > sources;
+      69             :         std::vector<double> cdf;
+      70             : public:
+      71             :         /** Add an individual source to the list.
+      72             :          @param source          source to be added
+      73             :          @param weight          weight of the source; defaults to 1.
+      74             :          */
+      75             :         void add(Source* source, double weight = 1);
+      76             :         ref_ptr<Candidate> getCandidate() const;
+      77             :         std::string getDescription() const;
+      78             : };
+      79             : 
+      80             : 
+      81             : /**
+      82             :  @class SourceParticleType
+      83             :  @brief Particle type at the source
+      84             : 
+      85             :  This feature assigns a single particle type to the source.
+      86             :  For multiple types, use e.g. SourceMultipleParticleTypes.
+      87             :  Particles are identified following the PDG numbering scheme:
+      88             :    https://pdg.lbl.gov/2019/reviews/rpp2019-rev-monte-carlo-numbering.pdf
+      89             :  */
+      90             : class SourceParticleType: public SourceFeature {
+      91             :         int id;
+      92             : public:
+      93             :         /** Constructor for a source with a sign
+      94             :          @param id              id of the particle following the PDG numbering scheme
+      95             :         */
+      96             :         SourceParticleType(int id);
+      97             :         void prepareParticle(ParticleState &particle) const;
+      98             :         void setDescription();
+      99             : };
+     100             : 
+     101             : 
+     102             : /**
+     103             :  @class SourceMultipleParticleTypes
+     104             :  @brief Multiple particle types with individual relative abundances
+     105             : 
+     106             :  This feature assigns particle types to the events emitted by the sources.
+     107             :  It is possible to control the relative abundance of each particle species.
+     108             :  Particles are identified following the PDG numbering scheme:
+     109             :    https://pdg.lbl.gov/2019/reviews/rpp2019-rev-monte-carlo-numbering.pdf
+     110             :  */
+     111             : class SourceMultipleParticleTypes: public SourceFeature {
+     112             :         std::vector<int> particleTypes;
+     113             :         std::vector<double> cdf;
+     114             : public:
+     115             :         /** Constructor
+     116             :          */
+     117             :         SourceMultipleParticleTypes();
+     118             :         /** Add an individual particle type.
+     119             :          @param id                      id of the particle following the PDG numbering scheme
+     120             :          @param weight          relative abundance of individual particle species
+     121             :          */
+     122             :         void add(int id, double weight = 1);
+     123             :         void prepareParticle(ParticleState &particle) const;
+     124             :         void setDescription();
+     125             : };
+     126             : 
+     127             : 
+     128             : /**
+     129             :  @class SourceEnergy
+     130             :  @brief Sets the initial energy of the emitted particles to a specific value
+     131             : 
+     132             :  This feature assigns a monochromatic spectrum, i.e., a single energy to all particles.
+     133             :  */
+     134             : class SourceEnergy: public SourceFeature {
+     135             :         double E;
+     136             : public:
+     137             :         /** Constructor
+     138             :          @param energy          energy of the particle (in Joules)
+     139             :          */
+     140             :         SourceEnergy(double energy);
+     141             :         void prepareParticle(ParticleState &particle) const;
+     142             :         void setDescription();
+     143             : };
+     144             : 
+     145             : 
+     146             : /**
+     147             :  @class SourcePowerLawSpectrum
+     148             :  @brief Particle energy following a power-law spectrum
+     149             : 
+     150             :  The power law is of the form: dN/dE ~ E^index, for energies in the interval [Emin, Emax].
+     151             :  */
+     152           1 : class SourcePowerLawSpectrum: public SourceFeature {
+     153             :         double Emin;
+     154             :         double Emax;
+     155             :         double index;
+     156             : public:
+     157             :         /** Constructor
+     158             :          @param Emin            minimum energy (in Joules)
+     159             :          @param Emax            maximum energy (in Joules)
+     160             :          @param index           spectral index of the power law
+     161             :          */
+     162             :         SourcePowerLawSpectrum(double Emin, double Emax, double index);
+     163             :         void prepareParticle(ParticleState &particle) const;
+     164             :         void setDescription();
+     165             : };
+     166             : 
+     167             : 
+     168             : /**
+     169             :  @class SourceComposition
+     170             :  @brief Multiple nuclear species with a rigidity-dependent power-law spectrum
+     171             : 
+     172             :  The power law is of the form: E^index, for energies in the interval [Emin, Z * Rmax].
+     173             :  */
+     174             : class SourceComposition: public SourceFeature {
+     175             :         double Emin;
+     176             :         double Rmax;
+     177             :         double index;
+     178             :         std::vector<int> nuclei;
+     179             :         std::vector<double> cdf;
+     180             : public:
+     181             :         /** Constructor
+     182             :          @param Emin            minimum energy (in Joules)
+     183             :          @param Rmax            maximum rigidity (in Volts)
+     184             :          @param index           spectral index of the power law
+     185             :          */
+     186             :         SourceComposition(double Emin, double Rmax, double index);
+     187             :         /** Add individual particle species with a given abundance
+     188             :          @param id                      id of the particle following the PDG numbering scheme
+     189             :          @param abundance       relative abundance of the particle species
+     190             :          */
+     191             :         void add(int id, double abundance);
+     192             :         /** Add individual particle species with a given abundance
+     193             :          @param A                       atomic mass of the cosmic-ray nucleus
+     194             :          @param Z                       atomic number of the cosmic-ray nucleus
+     195             :          @param abundance       relative abundance of the particle species
+     196             :          */
+     197             :         void add(int A, int Z, double abundance);
+     198             :         void prepareParticle(ParticleState &particle) const;
+     199             :         void setDescription();
+     200             : };
+     201             : 
+     202             : 
+     203             : /**
+     204             :  @class SourcePosition
+     205             :  @brief Position of a point source
+     206             :  */
+     207           1 : class SourcePosition: public SourceFeature {
+     208             :         Vector3d position; 
+     209             : public:
+     210             :         /** Constructor for a source in 3D
+     211             :          @param position        vector containing the coordinates of the point source [in meters]
+     212             :          */
+     213             :         SourcePosition(Vector3d position);
+     214             :         /** Constructor for a source in 1D
+     215             :          @param d       distance of the point source to the observer at x = 0 [in meters]; 
+     216             :                                 internally this will be converted to a vector with x-coordinate equal to d
+     217             :          */
+     218             :         SourcePosition(double d);
+     219             :         void prepareParticle(ParticleState &state) const;
+     220             :         void setDescription();
+     221             : };
+     222             : 
+     223             : 
+     224             : /**
+     225             :  @class SourceMultiplePositions
+     226             :  @brief Multiple point-source positions with individual luminosities
+     227             :  */
+     228             : class SourceMultiplePositions: public SourceFeature {
+     229             :         std::vector<Vector3d> positions;
+     230             :         std::vector<double> cdf;
+     231             : public:
+     232             :         /** Constructor.
+     233             :          The sources must be added individually to the object.
+     234             :          */
+     235             :         SourceMultiplePositions();
+     236             :         /** Add an individual source with a given luminosity/contribution.
+     237             :          @param position        vector containing the coordinates of the point source [in meters]
+     238             :          @param weight          luminosity/contribution of the individual source
+     239             :          */
+     240             :         void add(Vector3d position, double weight = 1);
+     241             :         void prepareParticle(ParticleState &particle) const;
+     242             :         void setDescription();
+     243             : };
+     244             : 
+     245             : 
+     246             : /**
+     247             :  @class SourceUniformSphere
+     248             :  @brief Uniform distribution of sources in a spherical volume
+     249             :  */
+     250           1 : class SourceUniformSphere: public SourceFeature {
+     251             :         Vector3d center;
+     252             :         double radius;
+     253             : public:
+     254             :         /** Constructor
+     255             :          @param center          vector containing the coordinates of the center of the sphere
+     256             :          @param radius          radius of the sphere
+     257             :          */
+     258             :         SourceUniformSphere(Vector3d center, double radius);
+     259             :         void prepareParticle(ParticleState &particle) const;
+     260             :         void setDescription();
+     261             : };
+     262             : 
+     263             : 
+     264             : /**
+     265             :  @class SourceUniformHollowSphere
+     266             :  @brief Uniform distribution of sources between two spheres
+     267             :  */
+     268           1 : class SourceUniformHollowSphere: public SourceFeature {
+     269             :         Vector3d center;
+     270             :         double radius_inner;
+     271             :         double radius_outer;
+     272             : public:
+     273             :         /** Constructor
+     274             :          @param center                  vector containing the coordinates of the center of the sphere
+     275             :          @param radius_inner    radius of the inner sphere
+     276             :          @param radius_outer    radius of the outer sphere
+     277             :          */
+     278             :         SourceUniformHollowSphere(Vector3d center,
+     279             :                         double radius_inner, double radius_outer);
+     280             :         void prepareParticle(ParticleState &particle) const;
+     281             :         void setDescription();
+     282             : };
+     283             : 
+     284             : 
+     285             : /**
+     286             :  @class SourceUniformShell
+     287             :  @brief Uniform distribution of source positions on the surface of a sphere
+     288             :  */
+     289             : class SourceUniformShell: public SourceFeature {
+     290             :         Vector3d center;
+     291             :         double radius;
+     292             : public:
+     293             :         /** Constructor
+     294             :          @param center          vector containing the coordinates of the center of the sphere
+     295             :          @param radius          radius of the sphere
+     296             :          */
+     297             :         SourceUniformShell(Vector3d center, double radius);
+     298             :         void prepareParticle(ParticleState &particle) const;
+     299             :         void setDescription();
+     300             : };
+     301             : 
+     302             : 
+     303             : /**
+     304             :  @class SourceUniformBox
+     305             :  @brief Uniform random source positions inside a box. The box is aligned with the coordinate axes.
+     306             :  */
+     307           1 : class SourceUniformBox: public SourceFeature {
+     308             :         Vector3d origin;        // lower box corner
+     309             :         Vector3d size;          // sizes along each coordinate axes.
+     310             : public:
+     311             :         /** Constructor
+     312             :          @param origin  vector corresponding to the lower box corner
+     313             :          @param size    vector corresponding to the box sizes along each direction
+     314             :          */
+     315             :         SourceUniformBox(Vector3d origin, Vector3d size);
+     316             :         void prepareParticle(ParticleState &particle) const;
+     317             :         void setDescription();
+     318             : };
+     319             : 
+     320             : 
+     321             : /**
+     322             :  @class SourceUniformCylinder
+     323             :  @brief Uniform distribution of source positions inside the volume of a cylinder whose axis is along the z-axis. 
+     324             : 
+     325             :  The circle of the cylinder lays in the xy-plane and the height is along the z-axis.
+     326             :  */
+     327           1 : class SourceUniformCylinder: public SourceFeature {
+     328             :         Vector3d origin;        // central point of cylinder 
+     329             :         double height;          // total height of the cylinder along z-axis. Half over/under the center.
+     330             :         double radius;          // radius of the cylinder in the xy-plane
+     331             : public:
+     332             :         /** Constructor
+     333             :          @param origin  vector corresponding to the center of the cylinder axis
+     334             :          @param height  height of the cylinder, half lays over the origin, half is lower
+     335             :          @param radius  radius of the cylinder
+     336             :          */
+     337             :         SourceUniformCylinder(Vector3d origin, double height, double radius);
+     338             :         void prepareParticle(ParticleState &particle) const;
+     339             :         void setDescription();
+     340             : };
+     341             : 
+     342             : 
+     343             : /**
+     344             :  @class SourceSNRDistribution
+     345             :  @brief Source distribution that follows the Galactic SNR distribution in 2D
+     346             : 
+     347             :  The origin of the distribution is the Galactic center. The default maximum radius is set 
+     348             :  to rMax=20 kpc and the default maximum height is zMax = 5 kpc.
+     349             :  See G. Case and D. Bhattacharya (1996) for the details of the distribution.
+     350             :  */
+     351           1 : class SourceSNRDistribution: public SourceFeature {
+     352             :         double rEarth; // parameter given by observation
+     353             :         double alpha; // parameter to shift the maximum in R direction
+     354             :         double beta; // parameter to shift the maximum in R direction
+     355             :         double zg; // exponential cut parameter in z direction
+     356             :         double frMax; // helper for efficient sampling
+     357             :         double fzMax; // helper for efficient sampling
+     358             :         double rMax; // maximum radial distance - default 20 kpc 
+     359             :                       // (due to the extension of the JF12 field)
+     360             :         double zMax; // maximum distance from galactic plane - default 5 kpc
+     361             :         void setFrMax(); // calculate frMax with the current parameter. 
+     362             : 
+     363             : public:
+     364             :         /** Default constructor. 
+     365             :          Default parameters are:
+     366             :          . rEarth = 8.5 kpc
+     367             :          . alpha = 2
+     368             :          . beta = 3.53
+     369             :          . zg = 300 pc
+     370             :          . rMax = 20 kpc
+     371             :          . zMax = 5 kpc
+     372             :         */ 
+     373             :         SourceSNRDistribution();
+     374             :         /** Generic constructor
+     375             :          @param rEarth    distance from Earth to the Galactic centre [in meters]
+     376             :          @param alpha     parameter that shifts radially the maximum of the distributions
+     377             :          @param beta      parameter that shifts radially the maximum of the distributions 
+     378             :          @param zg                exponential cut-off parameter in the z-direction [in meters]
+     379             :         */      
+     380             :         SourceSNRDistribution(double rEarth,double alpha, double beta, double zg);
+     381             : 
+     382             :         void prepareParticle(ParticleState &particle) const;
+     383             :         /**
+     384             :          radial distribution of the SNR density.
+     385             :          @param r       galactocentric radius in [meter]
+     386             :         */
+     387             :         double fr(double r) const;
+     388             :         /**
+     389             :          height distribution of the SNR density.
+     390             :          @param z       height over/under the galactic plane in [meter]
+     391             :         */
+     392             :         double fz(double z) const;
+     393             : 
+     394             :         /**
+     395             :          Set the exponential cut-off parameter in the z-direction.
+     396             :          @param Zg      cut-off parameter
+     397             :         */
+     398             :         void setFzMax(double Zg);
+     399             : 
+     400             :         /**
+     401             :          @param rMax maximal radius up to which sources are possible
+     402             :         */
+     403             :         void setRMax(double rMax);
+     404             : 
+     405             :         /**
+     406             :          @param zMax maximal height up to which sources are possible
+     407             :         */
+     408             :         void setZMax(double zMax);
+     409             : 
+     410             :         // parameter for the raidal distribution
+     411             :         void setAlpha(double a);
+     412             :         // parameter for the exponential cut-off in the radial distribution
+     413             :         void setBeta(double b);
+     414             :         double getFrMax() const;
+     415             :         double getFzMax() const;
+     416             :         double getRMax() const;
+     417             :         double getZMax() const;
+     418             :         double getAlpha() const;
+     419             :         double getBeta() const;
+     420             :         void setDescription();
+     421             : };
+     422             : 
+     423             : 
+     424             : /**
+     425             :  @class SourcePulsarDistribution
+     426             :  @brief Source distribution following the Galactic pulsar distribution
+     427             : 
+     428             :  A logarithmic spiral with four arms is used for the radial distribution.
+     429             :  The z-distribution is a simple exponentially decaying distribution.
+     430             :  The pulsar distribution is explained in detail in C.-A. Faucher-Giguere
+     431             :  and V. M. Kaspi, ApJ 643 (May, 2006) 332. The radial distribution is 
+     432             :  parametrized as in Blasi and Amato, JCAP 1 (Jan., 2012) 10.
+     433             :  */
+     434             : class SourcePulsarDistribution: public SourceFeature {
+     435             :         double rEarth; // parameter given by observation
+     436             :         double beta; // parameter to shift the maximum in R direction
+     437             :         double zg; // exponential cut parameter in z direction
+     438             :         double frMax; // helper for efficient sampling
+     439             :         double fzMax; // helper for efficient sampling
+     440             :         double rMax; // maximum radial distance - default 22 kpc 
+     441             :         double zMax; // maximum distance from galactic plane - default 5 kpc
+     442             :         double rBlur; // relative smearing factor for the radius
+     443             :         double thetaBlur; // smearing factor for the angle. Unit = [1/length]
+     444             : public:
+     445             :         /** Default constructor. 
+     446             :          Default parameters are:
+     447             :          . rEarth = 8.5 kpc
+     448             :          . beta = 3.53
+     449             :          . zg = 300 pc
+     450             :          . Rmax = 22 kpc
+     451             :          . Zmax = 5 kpc
+     452             :          . rBlur = 0.07
+     453             :          . thetaBlur = 0.35 / kpc
+     454             :          */ 
+     455             :         SourcePulsarDistribution();     
+     456             :         /** Generic constructor
+     457             :          @param rEarth          distance from Earth to the Galactic centre [in meters]
+     458             :          @param beta            parameter that shifts radially the maximum of the distributions 
+     459             :          @param zg                      exponential cut-off parameter in the z-direction [in meters]
+     460             :          @param rBlur           relative smearing factor for radius
+     461             :          @param thetaBlur       smearing factor for the angle [in 1 / meters]
+     462             :          */     
+     463             :         SourcePulsarDistribution(double rEarth, double beta, double zg, double rBlur, double thetaBlur);
+     464             :         void prepareParticle(ParticleState &particle) const;
+     465             : 
+     466             :         /** 
+     467             :          radial distribution of pulsars
+     468             :          @param r       galactocentric radius
+     469             :         */
+     470             :         double fr(double r) const;
+     471             :         /**
+     472             :          z distribution of pulsars
+     473             :          @param z       height over/under the galactic plane
+     474             :         */
+     475             :         double fz(double z) const;
+     476             :         double ftheta(int i, double r) const;
+     477             :         double blurR(double r_tilde) const;
+     478             :         double blurTheta(double theta_tilde, double r_tilde) const;
+     479             :         void setFrMax(double R, double b);
+     480             :         void setFzMax(double zg);
+     481             :         void setRMax(double rMax);
+     482             :         void setZMax(double zMax);
+     483             :         void setRBlur(double rBlur);
+     484             :         void setThetaBlur(double thetaBlur);
+     485             :         double getFrMax();
+     486             :         double getFzMax();
+     487             :         double getRMax();
+     488             :         double getZMax();
+     489             :         double getRBlur();
+     490             :         double getThetaBlur();
+     491             :         void setDescription();
+     492             : };
+     493             : 
+     494             : 
+     495             : /**
+     496             :  @class SourceUniform1D
+     497             :  @brief Uniform source distribution in 1D
+     498             : 
+     499             :  This source property sets random x-coordinates according to a uniform source
+     500             :  distribution in a given distance interval. If cosmological effects are included, 
+     501             :  this is done by drawing a light-travel distance from a flat distribution and
+     502             :  converting to a comoving distance. In the absence of cosmological effects, the
+     503             :  positions are drawn uniformly in the light-travel distance interval (as opposed
+     504             :  to a comoving interval).
+     505             :  The source positions are assigned to the x-coordinate (Vector3d(distance, 0, 0))
+     506             :  in this one-dimensional case.
+     507             :  */
+     508             : class SourceUniform1D: public SourceFeature {
+     509             :         double minD; // minimum light-travel distance
+     510             :         double maxD; // maximum light-travel distance
+     511             :         bool withCosmology;     // whether to account for cosmological effects (expansion of the Universe)
+     512             : public:
+     513             :         /** Constructor
+     514             :          @param minD                    minimum distance; comoving if withCosmology is True
+     515             :          @param maxD                    maximum distance; comoving if withCosmology is True
+     516             :          @param withCosmology   whether to account for cosmological effects (expansion of the Universe)
+     517             :          */
+     518             :         SourceUniform1D(double minD, double maxD, bool withCosmology = true);
+     519             :         void prepareParticle(ParticleState& particle) const;
+     520             :         void setDescription();
+     521             : };
+     522             : 
+     523             : 
+     524             : /**
+     525             :  @class SourceDensityGrid
+     526             :  @brief Random source positions from a density grid
+     527             :  */
+     528             : class SourceDensityGrid: public SourceFeature {
+     529             :         ref_ptr<Grid1f> grid;
+     530             : public:
+     531             :         /** Constructor
+     532             :          @param densityGrid     3D grid containing the density of sources in each cell
+     533             :          */
+     534             :         SourceDensityGrid(ref_ptr<Grid1f> densityGrid);
+     535             :         void prepareParticle(ParticleState &particle) const;
+     536             :         void setDescription();
+     537             : };
+     538             : 
+     539             : 
+     540             : /**
+     541             :  @class SourceDensityGrid1D
+     542             :  @brief Random source positions from a 1D density grid
+     543             :  */
+     544             : class SourceDensityGrid1D: public SourceFeature {
+     545             :         ref_ptr<Grid1f> grid;     // 1D grid with Ny = Nz = 1
+     546             : public:
+     547             :         /** Constructor
+     548             :          @param densityGrid     1D grid containing the density of sources in each cell, Ny and Nz must be 1
+     549             :          */
+     550             :         SourceDensityGrid1D(ref_ptr<Grid1f> densityGrid);
+     551             :         void prepareParticle(ParticleState &particle) const;
+     552             :         void setDescription();
+     553             : };
+     554             : 
+     555             : 
+     556             : /**
+     557             :  @class SourceIsotropicEmission
+     558             :  @brief Isotropic emission from a source
+     559             :  */
+     560             : class SourceIsotropicEmission: public SourceFeature {
+     561             : public:
+     562             :         /** Constructor
+     563             :          */
+     564             :         SourceIsotropicEmission();
+     565             :         void prepareParticle(ParticleState &particle) const;
+     566             :         void setDescription();
+     567             : };
+     568             : 
+     569             : 
+     570             : /**
+     571             :  @class SourceDirectedEmission
+     572             :  @brief Directed emission from a source from the von-Mises-Fisher distribution 
+     573             :  
+     574             :  The emission from the source is generated following the von-Mises-Fisher distribution
+     575             :  with mean direction mu and concentration parameter kappa.
+     576             :  The sampling from the vMF distribution follows this document by Julian Straub:
+     577             :  http://people.csail.mit.edu/jstraub/download/straub2017vonMisesFisherInference.pdf
+     578             :  The emitted particles are assigned a weight so that the detected particles can be
+     579             :  reweighted to an isotropic emission distribution instead of a vMF distribution.
+     580             :  For details, see PoS (ICRC2019) 447.
+     581             :  */
+     582           1 : class SourceDirectedEmission: public SourceFeature {
+     583             :         Vector3d mu; // Mean emission direction in the vMF distribution
+     584             :         double kappa; // Concentration parameter of the vMF distribution
+     585             : public:
+     586             :         /** Constructor
+     587             :          @param mu      mean direction of the emission, mu should be normelized
+     588             :          @param kappa   concentration parameter
+     589             :         */
+     590             :         SourceDirectedEmission(Vector3d mu, double kappa);
+     591             :         void prepareCandidate(Candidate &candidate) const;
+     592             :         void setDescription();
+     593             : };
+     594             : 
+     595             : /**
+     596             :  @class SourceLambertDistributionOnSphere
+     597             :  @brief Uniform random position on a sphere with isotropic Lamberts distributed directions.
+     598             : 
+     599             :  This function should be used for crosschecking the arrival distribution for a
+     600             :  Galactic propagation with an isotropic arrival distribution at the Edge of our
+     601             :  Galaxy. Note, that for simulation speed you should rather use the backtracking
+     602             :  technique: see e.g. http://physik.rwth-aachen.de/parsec
+     603             :  */
+     604             : class SourceLambertDistributionOnSphere: public SourceFeature {
+     605             :         Vector3d center;        // center of the sphere
+     606             :         double radius;          // radius of the sphere
+     607             :         bool inward;            // if true, direction point inwards
+     608             : public:
+     609             :         /** Constructor
+     610             :          @param center          vector containing the coordinates of the center of the sphere
+     611             :          @param radius          radius of the sphere
+     612             :          @param inward          if true, the directions point inwards
+     613             :          */
+     614             :         SourceLambertDistributionOnSphere(const Vector3d &center, double radius, bool inward);
+     615             :         void prepareParticle(ParticleState &particle) const;
+     616             :         void setDescription();
+     617             : };
+     618             : 
+     619             : 
+     620             : /**
+     621             :  @class SourceDirection
+     622             :  @brief Collimated emission along a specific direction
+     623             :  */
+     624             : class SourceDirection: public SourceFeature {
+     625             :         Vector3d direction;
+     626             : public:
+     627             :         /** Constructor
+     628             :          @param direction       Vector3d corresponding to the direction of emission
+     629             :          */
+     630             :         SourceDirection(Vector3d direction = Vector3d(-1, 0, 0));
+     631             :         void prepareParticle(ParticleState &particle) const;
+     632             :         void setDescription();
+     633             : };
+     634             : 
+     635             : 
+     636             : /**
+     637             :  @class SourceEmissionMap
+     638             :  @brief Deactivate Candidate if it has zero probability in provided EmissionMap. 
+     639             : 
+     640             :         This feature does not change the direction of the candidate. Therefore a usefull direction feature (isotropic or directed emission)
+     641             :         must be added to the sources before. The propability of the emission map is not taken into account. 
+     642             :  */
+     643             : class SourceEmissionMap: public SourceFeature {
+     644             :         ref_ptr<EmissionMap> emissionMap;
+     645             : public:
+     646             :         /** Constructor
+     647             :          @param emissionMap             emission map containing probabilities of emission in various directions
+     648             :          */
+     649             :         SourceEmissionMap(EmissionMap *emissionMap);
+     650             :         void prepareCandidate(Candidate &candidate) const;
+     651             :         void setEmissionMap(EmissionMap *emissionMap);
+     652             :         void setDescription();
+     653             : };
+     654             : 
+     655             : 
+     656             : /**
+     657             :  @class SourceEmissionCone
+     658             :  @brief Uniform emission within a cone
+     659             :  */
+     660           1 : class SourceEmissionCone: public SourceFeature {
+     661             :         Vector3d direction;
+     662             :         double aperture;
+     663             : public:
+     664             :         /** Constructor
+     665             :          @param direction               Vector3d corresponding to the cone axis 
+     666             :          @param aperture                opening angle of the cone
+     667             :          */
+     668             :         SourceEmissionCone(Vector3d direction, double aperture);
+     669             :         void prepareParticle(ParticleState &particle) const;
+     670             : 
+     671             :         /**
+     672             :          @param direction Vector3d corresponding to the cone axis
+     673             :         */
+     674             :         void setDirection(Vector3d direction);
+     675             :         void setDescription();
+     676             : };
+     677             : 
+     678             : 
+     679             : /**
+     680             :  @class SourceRedshift
+     681             :  @brief Emission of particles at a specific redshift (or time)
+     682             : 
+     683             :  The redshift coordinate is used to treat cosmological effects and as a time coordinate.
+     684             :  Consider, for instance, a source located at a distance corresponding to a redshift z. 
+     685             :  In the absence of processes that cause time delays (e.g., magnetic deflections), particles
+     686             :  from this source could arrive after a time corresponding to the source redshift. Charged 
+     687             :  particles, on the other hand, can arrive at a time later than the corresponding straight-
+     688             :  line travel duration. 
+     689             :  This treatment is also useful for time-dependent studies (e.g. transient sources).
+     690             :  */
+     691             : class SourceRedshift: public SourceFeature {
+     692             :         double z;
+     693             : public:
+     694             :         /** Constructor
+     695             :          @param z               redshift of emission
+     696             :          */
+     697             :         SourceRedshift(double z);
+     698             :         void prepareCandidate(Candidate &candidate) const;
+     699             :         void setDescription();
+     700             : };
+     701             : 
+     702             : 
+     703             : /**
+     704             :  @class SourceUniformRedshift
+     705             :  @brief Random redshift (time of emission) from a uniform distribution
+     706             : 
+     707             :  This function assigns random redshifts to the particles emitted by a given source.
+     708             :  These values are drawn from a uniform redshift distribution in the interval [zmin, zmax].
+     709             :  The redshift coordinate is used to treat cosmological effects and as a time coordinate.
+     710             :  Consider, for instance, a source located at a distance corresponding to a redshift z. 
+     711             :  In the absence of processes that cause time delays (e.g., magnetic deflections), particles
+     712             :  from this source could arrive after a time corresponding to the source redshift. Charged 
+     713             :  particles, on the other hand, can arrive at a time later than the corresponding straight-
+     714             :  line travel duration. 
+     715             :  This treatment is also useful for time-dependent studies (e.g. transient sources).
+     716             :  */
+     717             : class SourceUniformRedshift: public SourceFeature {
+     718             :         double zmin, zmax;
+     719             : public:
+     720             :         /** Constructor
+     721             :          @param zmin    minimum redshift
+     722             :          @param zmax    maximum redshift
+     723             :          */
+     724             :         SourceUniformRedshift(double zmin, double zmax);
+     725             :         void prepareCandidate(Candidate &candidate) const;
+     726             :         void setDescription();
+     727             : };
+     728             : 
+     729             : 
+     730             : /**
+     731             :  @class SourceRedshiftEvolution
+     732             :  @brief Random redshift (time of emission) from (1+z)^m distribution
+     733             : 
+     734             :  This assigns redshifts to a given source according to a typical power-law distribution.
+     735             :  The redshift coordinate is used to treat cosmological effects and as a time coordinate.
+     736             :  Consider, for instance, a source located at a distance corresponding to a redshift z. 
+     737             :  In the absence of processes that cause time delays (e.g., magnetic deflections), particles
+     738             :  from this source could arrive after a time corresponding to the source redshift. Charged 
+     739             :  particles, on the other hand, can arrive at a time later than the corresponding straight-
+     740             :  line travel duration. 
+     741             :  This treatment is also useful for time-dependent studies (e.g. transient sources).
+     742             :  */
+     743           2 : class SourceRedshiftEvolution: public SourceFeature {
+     744             :         double zmin, zmax;
+     745             :         double m;
+     746             : public:
+     747             :         /** Constructor
+     748             :          @param m               index of the power law (1 + z)^m
+     749             :          @param zmin    minimum redshift
+     750             :          @param zmax    maximum redshift
+     751             :          */
+     752             :         SourceRedshiftEvolution(double m, double zmin, double zmax);
+     753             :         void prepareCandidate(Candidate &candidate) const;
+     754             : };
+     755             : 
+     756             : 
+     757             : /**
+     758             :  @class SourceRedshift1D
+     759             :  @brief Redshift according to the distance to 0
+     760             : 
+     761             :  This source property sets the redshift according to the distance from 
+     762             :  the source to the origin (0, 0, 0). 
+     763             :  It must be added after the position of the source is set because it
+     764             :  computes the redshifts based on the source distance.
+     765             :  */
+     766             : class SourceRedshift1D: public SourceFeature {
+     767             : public:
+     768             :         /** Constructor
+     769             :          */
+     770             :         SourceRedshift1D();
+     771             :         void prepareCandidate(Candidate &candidate) const;
+     772             :         void setDescription();
+     773             : };
+     774             : 
+     775             : 
+     776             : #ifdef CRPROPA_HAVE_MUPARSER
+     777             : /**
+     778             :  @class SourceGenericComposition
+     779             :  @brief Add multiple cosmic rays with energies described by an expression string
+     780             : 
+     781             :  This is particularly useful if an arbitrary combination of nuclei types with 
+     782             :  specific energy spectra. The strings parsed may contain 'A' (atomic mass), 
+     783             :  'Z' (atomic number).  The following units are recognized as part of the strings:
+     784             :  GeV, TeV, PeV, EeV.  The variable for energy is 'E', with limits 'Emin', 'Emax'.
+     785             :  This property only works if muparser is available.
+     786             :  For details about the library see:
+     787             :         https://beltoforion.de/en/muparser/
+     788             :  */
+     789             : class SourceGenericComposition: public SourceFeature {
+     790             : public:
+     791           7 :         struct Nucleus {
+     792             :                 int id;
+     793             :                 std::vector<double> cdf;
+     794             :         };
+     795             :         /** Constructor
+     796             :          @param Emin            minimum energy [in Joules]
+     797             :          @param Emax            maximum energy [in Joules]
+     798             :          @param expression      string containing the expression to generate the composition
+     799             :          @param bins            number of energy bins
+     800             :          */
+     801             :         SourceGenericComposition(double Emin, double Emax, std::string expression, size_t bins = 1024);
+     802             :         /** Add an individual particle id.
+     803             :          @param id                      id of the particle following the PDG numbering scheme
+     804             :          @param abundance       relative abundance of individual particle species
+     805             :          */
+     806             :         void add(int id, double abundance);
+     807             :         /** Add an individual particle id.
+     808             :          @param A                       atomic mass of the cosmic-ray nucleus
+     809             :          @param Z                       atomic number of the cosmic-ray nucleus
+     810             :          @param abundance       relative abundance of individual particle species
+     811             :          */
+     812             :         void add(int A, int Z, double abundance);
+     813             :         void prepareParticle(ParticleState &particle) const;
+     814             :         void setDescription();
+     815             : 
+     816             :         const std::vector<double> *getNucleusCDF(int id) const {
+     817           0 :                 for (size_t i = 0; i < nuclei.size(); i++) {
+     818           0 :                         if (nuclei[i].id == id)
+     819           0 :                                 return &nuclei[i].cdf;
+     820             :                 }
+     821             :                 return 0;
+     822             :         }
+     823             : 
+     824             : protected:
+     825             :         double Emin, Emax;
+     826             :         size_t bins;
+     827             :         std::string expression;
+     828             :         std::vector<double> energy;
+     829             : 
+     830             :         std::vector<Nucleus> nuclei;
+     831             :         std::vector<double> cdf;
+     832             : 
+     833             : };
+     834             : #endif
+     835             : 
+     836             : /**
+     837             :  * @class SourceTag
+     838             :  * @brief All candidates from this source get a given tag. This can be used to distinguish between different sources that follow the same spatial distribution
+     839             :  * 
+     840             :  * Sets the tag of the candidate. Can be used to trace back additional candidate properties, e.g. production interaction or source type. 
+     841             :  * The interaction overwrites the candidate tag from the source for all secondaries. 
+     842             :  */
+     843             : 
+     844             : class SourceTag: public SourceFeature {
+     845             : private:
+     846             :         std::string sourceTag;
+     847             : 
+     848             : public:
+     849             :         SourceTag(std::string tag);
+     850             :         void prepareCandidate(Candidate &candidate) const;
+     851             :         void setDescription();
+     852             :         void setTag(std::string tag);
+     853             : };
+     854             : 
+     855             : /**
+     856             :         @class SourceMassDistribution
+     857             :         @brief  Source position follows a given mass distribution
+     858             : 
+     859             :         The (source)position of the candidate is sampled from a given mass distribution. The distribution uses the getDensity function of the density module. 
+     860             :         If a weighting for different components is desired, the use of different densities in a densityList is recommended.
+     861             : 
+     862             :         The sampling range of the position can be restricted. Default is a sampling for x in [-20, 20] * kpc, y in [-20, 20] * kpc and z in [-4, 4] * kpc.
+     863             : */
+     864             : class SourceMassDistribution: public SourceFeature {
+     865             : private: 
+     866             :         ref_ptr<Density> density; //< density distribution
+     867             :         double maxDensity;                      //< maximal value of the density in the region of interest
+     868             :         double xMin, xMax;                      //< x-range to sample positions
+     869             :         double yMin, yMax;                      //< y-range to sample positions
+     870             :         double zMin, zMax;                      //< z-range to sample positions
+     871             :         int maxTries = 10000;           //< maximal number of tries to sample the position 
+     872             : 
+     873             : public: 
+     874             :         /** Constructor
+     875             :         @param density: CRPropa mass distribution 
+     876             :         @param maxDensity:      maximal density in the region where the position should be sampled
+     877             :         @param x:       the position will be sampled in the range [-x, x]. Non symmetric values can be set with setXrange.
+     878             :         @param y:       the position will be sampled in the range [-y, y]. Non symmetric values can be set with setYrange.
+     879             :         @param z:       the position will be sampled in the range [-z, z]. Non symmetric values can be set with setZrange.
+     880             :         */
+     881             :         SourceMassDistribution(ref_ptr<Density> density, double maxDensity = 0, double x = 20 * kpc, double y = 20 * kpc, double z = 4 * kpc);
+     882             : 
+     883             :         void prepareParticle(ParticleState &particle) const;
+     884             : 
+     885             :         /** Set the maximal density in the region of interest. This parameter is necessary for the sampling
+     886             :         @param maxDensity:      maximal density in [particle / m^3]
+     887             :         */
+     888             :         void setMaximalDensity(double maxDensity);
+     889             : 
+     890             :         /** set x-range in which the position of the candidate will be sampled. x in [xMin, xMax].
+     891             :         @param xMin: minimal x value of the allowed sample range in [m]
+     892             :         @param xMax: maximal x value of the allowed sample range in [m]
+     893             :         */
+     894             :         void setXrange(double xMin, double xMax);
+     895             : 
+     896             :         /** set y-range in which the position of the candidate will be sampled. y in [yMin, yMax].
+     897             :         @param yMin: minimal y value of the allowed sample range in [m]
+     898             :         @param yMax: maximal y value of the allowed sample range in [m]
+     899             :         */
+     900             :         void setYrange(double yMin, double yMax);
+     901             : 
+     902             :         /** set z-range in which the position of the candidate will be sampled. z in [zMin, zMax].
+     903             :         @param zMin: minimal z value of the allowed sample range in [m]
+     904             :         @param zMax: maximal z value of the allowed sample range in [m]
+     905             :         */
+     906             :         void setZrange(double zMin, double zMax);
+     907             : 
+     908             :         /*      samples the position. Can be used for testing.
+     909             :                 @return Vector3d with sampled position
+     910             :         */
+     911             :         Vector3d samplePosition() const;
+     912             : 
+     913             : 
+     914             :         /** set the number of maximal tries until the sampling routine breaks.
+     915             :                 @param tries: number of the maximal tries
+     916             :         */
+     917             :         void setMaximalTries(int tries);
+     918             : 
+     919             :         std::string getDescription();
+     920             : };
+     921             : 
+     922             : /**  @} */ // end of group SourceFeature
+     923             : 
+     924             : } // namespace crpropa
+     925             : 
+     926             : #endif // CRPROPA_SOURCE_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/Variant.h.func-sort-c.html b/doc/coverageReport/include/crpropa/Variant.h.func-sort-c.html new file mode 100644 index 000000000..fa4e80473 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Variant.h.func-sort-c.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Variant.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Variant.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:133537.1 %
Date:2024-04-08 14:58:22Functions:41625.0 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZN7crpropa10safeDeleteISt6vectorINS_7VariantESaIS2_EEEEvRPT_0
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_ZN7crpropa7VariantaSERKNS_7Vector3ISt7complexIdEEE0
_ZN7crpropa7VariantaSERKNS_7Vector3IdEE0
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_ZN7crpropa7VariantaSERKSt7complexIdE0
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_ZNK7crpropa7Variant14bad_conversion4whatEv0
_ZN7crpropa7VariantC2ERKSt6vectorIS0_SaIS0_EE1
_ZNK7crpropa7VariantcvNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEEv1
_ZN7crpropa7VariantC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1130
_ZN7crpropa7VariantaSERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1136
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Variant.h.func.html b/doc/coverageReport/include/crpropa/Variant.h.func.html new file mode 100644 index 000000000..070430d10 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Variant.h.func.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Variant.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Variant.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:133537.1 %
Date:2024-04-08 14:58:22Functions:41625.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10safeDeleteINSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEEEvRPT_0
_ZN7crpropa10safeDeleteISt6vectorINS_7VariantESaIS2_EEEEvRPT_0
_ZN7crpropa7Variant14bad_conversionC2ENS0_4TypeES2_0
_ZN7crpropa7Variant14bad_conversionD0Ev0
_ZN7crpropa7Variant14bad_conversionD2Ev0
_ZN7crpropa7VariantC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1130
_ZN7crpropa7VariantC2ERKSt6vectorIS0_SaIS0_EE1
_ZN7crpropa7VariantaSERKNS_7Vector3ISt7complexIdEEE0
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_ZN7crpropa7VariantaSERKNS_7Vector3IfEE0
_ZN7crpropa7VariantaSERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1136
_ZN7crpropa7VariantaSERKSt6vectorIS0_SaIS0_EE0
_ZN7crpropa7VariantaSERKSt7complexIdE0
_ZN7crpropa7VariantaSERKSt7complexIfE0
_ZNK7crpropa7Variant14bad_conversion4whatEv0
_ZNK7crpropa7VariantcvNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Variant.h.gcov.html b/doc/coverageReport/include/crpropa/Variant.h.gcov.html new file mode 100644 index 000000000..a97907206 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Variant.h.gcov.html @@ -0,0 +1,410 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Variant.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Variant.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:133537.1 %
Date:2024-04-08 14:58:22Functions:41625.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : //-------------------------------------------------------------
+       2             : // Based on Variant.hh of the Physics eXtension Library (PXL) -
+       3             : // http://vispa.physik.rwth-aachen.de/                        -
+       4             : // Licensed under a LGPL-2 or later license                   -
+       5             : //-------------------------------------------------------------
+       6             : 
+       7             : #ifndef CRPROPA_VARIANT_H
+       8             : #define CRPROPA_VARIANT_H
+       9             : 
+      10             : #include <complex>
+      11             : #include <cstdint>
+      12             : #include <cstdlib>
+      13             : #include <cstring>
+      14             : #include <iostream>
+      15             : #include <limits>
+      16             : #include <string>
+      17             : #include <sstream>
+      18             : #include <stdexcept>
+      19             : #include <typeinfo>
+      20             : 
+      21             : #include "crpropa/Vector3.h"
+      22             : 
+      23             : 
+      24             : 
+      25             : // defines copy constructor X(const X&), isX(), asX(), fromX(), toX(), op(), op=, op==, op!=
+      26             : #define VARIANT_ADD_TYPE_DECL_POD(NAME, TYPE, VALUE, FIELD) \
+      27             :         Variant(const VALUE& v) { \
+      28             :                 data._t_##FIELD = v; \
+      29             :                 type = TYPE;  \
+      30             :         } \
+      31             :         bool is##NAME() const { \
+      32             :                 return type == TYPE; \
+      33             :         } \
+      34             :         VALUE& as##NAME() { \
+      35             :                 check(TYPE); \
+      36             :                 return data._t_##FIELD; \
+      37             :         } \
+      38             :         const VALUE& as##NAME() const { \
+      39             :                 check(TYPE); \
+      40             :                 return data._t_##FIELD; \
+      41             :         } \
+      42             :         static Variant from##NAME(const VALUE& v) { \
+      43             :                 return Variant(v); \
+      44             :         } \
+      45             :         VALUE to##NAME() const; \
+      46             :         operator VALUE() const { \
+      47             :                 return to##NAME(); \
+      48             :         } \
+      49             :         Variant& operator=(const VALUE& v) { \
+      50             :                 clear(); \
+      51             :                 type = TYPE; \
+      52             :                 data._t_##FIELD = v; \
+      53             :                 return *this; \
+      54             :         } \
+      55             :         bool operator==(const VALUE& v) const { \
+      56             :                 check(TYPE); \
+      57             :                 return data._t_##FIELD == v; \
+      58             :         } \
+      59             :         bool operator!=(const VALUE& v) const { \
+      60             :                 check(TYPE); \
+      61             :                 return data._t_##FIELD != v; \
+      62             :         } \
+      63             : 
+      64             : // defines isX(), asX(), fromX()
+      65             : #define VARIANT_ADD_TYPE_DECL_PTR_BASE(NAME, TYPE, VALUE, FIELD) \
+      66             :         bool is##NAME() const { \
+      67             :                 return type == TYPE; \
+      68             :         } \
+      69             :         VALUE& as##NAME() { \
+      70             :                 check(TYPE); \
+      71             :                 return *data._t_##FIELD; \
+      72             :         } \
+      73             :         const VALUE& as##NAME() const { \
+      74             :                 check(TYPE); \
+      75             :                 return *data._t_##FIELD; \
+      76             :         } \
+      77             :         static Variant from##NAME(const VALUE& v) { \
+      78             :                 return Variant(v); \
+      79             :         } \
+      80             : 
+      81             : // defines isX(), asX(), fromX(), and copy constructor X(const X&), op=, op==, op!=
+      82             : #define VARIANT_ADD_TYPE_DECL_PTR(NAME, TYPE, VALUE, FIELD) \
+      83             :         VARIANT_ADD_TYPE_DECL_PTR_BASE(NAME, TYPE, VALUE, FIELD) \
+      84             :         Variant(const VALUE& v) { \
+      85             :                 data._t_##FIELD = new VALUE(v); \
+      86             :                 type = TYPE; \
+      87             :         } \
+      88             :         Variant& operator=(const VALUE& v) { \
+      89             :                 if (type != TYPE) { \
+      90             :                         clear(); \
+      91             :                         data._t_##FIELD = new VALUE();\
+      92             :                 } \
+      93             :                 type = TYPE; \
+      94             :                 (*data._t_##FIELD) = v; \
+      95             :                 return *this; \
+      96             :         } \
+      97             :         bool operator==(const VALUE& v) const { \
+      98             :                 check(TYPE); \
+      99             :                 return *data._t_##FIELD == v; \
+     100             :         } \
+     101             :         bool operator!=(const VALUE& v) const { \
+     102             :                 return !(*this == v); \
+     103             :         } \
+     104             : 
+     105             : #define VARIANT_ADD_ITER_DECL_PTR(NAME, TYPE, FIELD) \
+     106             :         typedef FIELD##_t::iterator FIELD##_iterator; \
+     107             :         typedef FIELD##_t::const_iterator FIELD##_const_iterator; \
+     108             :         inline FIELD##_iterator begin##NAME() { \
+     109             :                 check(TYPE); \
+     110             :                 return data._t_##FIELD->begin(); \
+     111             :         } \
+     112             :         inline FIELD##_iterator end##NAME() { \
+     113             :                 check(TYPE); \
+     114             :                 return data._t_##FIELD->end(); \
+     115             :         } \
+     116             :         inline FIELD##_const_iterator begin##NAME() const { \
+     117             :                 check(TYPE); \
+     118             :                 return data._t_##FIELD->begin(); \
+     119             :         } \
+     120             :         inline FIELD##_const_iterator end##NAME() const { \
+     121             :                 check(TYPE); \
+     122             :                 return data._t_##FIELD->end(); \
+     123             :         }                                                                                
+     124             : 
+     125             : 
+     126             : 
+     127             : namespace crpropa {
+     128             : 
+     129             : /**
+     130             :  @class Variant
+     131             :  @brief storage container for data types as e.g. int, float, string, etc.
+     132             : 
+     133             :  Allows storage of multiple data types in one base class. Used to construct a map of `arbitrary' data types.
+     134             :  Note that most default C++ types allow default conversions from `Variant` to the corresponding type.
+     135             :  Types that require an explicit call via `toTargetType()` are: complex (float and double), Vector3, and vector<Variant>.
+     136             :  */
+     137             : class Variant {
+     138             : public:
+     139             :         enum Type {
+     140             :                 TYPE_NONE = 0,
+     141             :                 TYPE_BOOL,
+     142             :                 TYPE_CHAR,
+     143             :                 TYPE_UCHAR,
+     144             :                 TYPE_INT16,
+     145             :                 TYPE_UINT16,
+     146             :                 TYPE_INT32,
+     147             :                 TYPE_UINT32,
+     148             :                 TYPE_INT64,
+     149             :                 TYPE_UINT64,
+     150             :                 TYPE_FLOAT,
+     151             :                 TYPE_DOUBLE,
+     152             :                 TYPE_LONGDOUBLE,
+     153             :                 TYPE_COMPLEXF,
+     154             :                 TYPE_COMPLEXD,
+     155             :                 TYPE_STRING,
+     156             :                 TYPE_VECTOR3F,
+     157             :                 TYPE_VECTOR3D,
+     158             :                 TYPE_VECTOR3C,
+     159             :                 TYPE_VECTOR
+     160             :         };
+     161             : 
+     162             :         class bad_conversion: public std::exception {
+     163             :                 protected:
+     164             :                         std::string msg;
+     165             :                 public:
+     166           0 :                         const char* what() const throw () {
+     167           0 :                                 return msg.c_str();
+     168             :                         }
+     169             : 
+     170           0 :                         bad_conversion(Type f, Type t) {
+     171             :                                 msg = "Variant: bad conversion from '";
+     172           0 :                                 msg += Variant::getTypeName(f);
+     173             :                                 msg += "' to '";
+     174           0 :                                 msg += Variant::getTypeName(t);
+     175             :                                 msg += "'";
+     176           0 :                         }
+     177             : 
+     178           0 :                         ~bad_conversion() throw () {
+     179           0 :                         }
+     180             :         };
+     181             : 
+     182             :         typedef std::complex<float> complex_f;
+     183             :         typedef std::complex<double> complex_d;
+     184             :         typedef Vector3<std::complex<double>> Vector3c;
+     185             :         typedef std::vector<Variant> vector_t;
+     186             : 
+     187             : protected:
+     188             :         Type type;
+     189             : 
+     190             :         union {
+     191             :                 bool _t_bool;
+     192             :                 char _t_char;
+     193             :                 unsigned char _t_uchar;
+     194             :                 int16_t _t_int16;
+     195             :                 uint16_t _t_uint16;
+     196             :                 int32_t _t_int32;
+     197             :                 uint32_t _t_uint32;
+     198             :                 int64_t _t_int64;
+     199             :                 uint64_t _t_uint64;
+     200             :                 float _t_float;
+     201             :                 double _t_double;
+     202             :                 long double _t_ldouble;
+     203             :                 complex_f* _t_complex_f;
+     204             :                 complex_d* _t_complex_d;
+     205             :                 std::string* _t_string;
+     206             :                 Vector3f* _t_vector3f;
+     207             :                 Vector3d* _t_vector3d;
+     208             :                 Vector3c* _t_vector3c;
+     209             :                 vector_t* _t_vector;
+     210             :         } data;
+     211             : 
+     212             : 
+     213             : public:
+     214             :         Variant();
+     215             :         Variant(Type t);
+     216             :         Variant(const Variant& v);
+     217             :         Variant(const char* s);
+     218             :         ~Variant();
+     219             :         inline Type getType() const {
+     220           2 :                 return type;
+     221             :         }
+     222             :         const char* getTypeName() const;
+     223             :         static const char* getTypeName(Type t);
+     224             :         const std::type_info& getTypeInfo() const;
+     225             :         static Type toType(const std::string& name);                
+     226             :         std::string toString(const std::string& delimiter = "\t") const;
+     227             :         std::complex<float> toComplexFloat() const;
+     228             :         std::complex<double> toComplexDouble() const;
+     229             :         Vector3f toVector3f() const;
+     230             :         Vector3d toVector3d() const;
+     231             :         Vector3c toVector3c() const;
+     232             :         vector_t toVector() const;
+     233             :         static Variant fromString(const std::string& str, Type type);
+     234             :         void clear(Type t = TYPE_NONE);
+     235             :         bool isValid() const;
+     236             :         size_t size() const;
+     237             :         size_t getSizeOf() const;
+     238             :         size_t getSize() const;
+     239             :         void resize(size_t i);
+     240             :         size_t copyToBuffer(void* buffer);
+     241           1 :         operator std::string() const {
+     242           2 :                 return toString();
+     243             :         }
+     244             :         Variant& operator=(const Variant& v);
+     245             :         bool operator==(const Variant& v) const;
+     246             :         bool operator!=(const Variant& v) const;
+     247             :         bool operator!=(const char* a) const;
+     248             :         Variant& operator[](size_t i);
+     249             :         inline Variant& operator[](int i) {
+     250             :                 return operator[]((size_t) i);
+     251             :         }
+     252             :         const Variant& operator[](size_t i) const;
+     253             :         const Variant& operator[](int i) const {
+     254             :                 return operator[]((size_t) i);
+     255             :         }
+     256             :         operator vector_t&();
+     257             :         operator const vector_t&() const;
+     258             : 
+     259             : 
+     260             :         template<class T>
+     261             :         T to() const {
+     262             :                 throw bad_conversion(type, TYPE_NONE);
+     263             :         }
+     264             : 
+     265             :         // automatically-generated functions    
+     266           6 :         VARIANT_ADD_TYPE_DECL_POD(Bool, TYPE_BOOL, bool, bool)
+     267           0 :         VARIANT_ADD_TYPE_DECL_POD(Char, TYPE_CHAR, char, char)
+     268           0 :         VARIANT_ADD_TYPE_DECL_POD(UChar, TYPE_UCHAR, unsigned char, uchar)
+     269           0 :         VARIANT_ADD_TYPE_DECL_POD(Int16, TYPE_INT16, int16_t, int16)
+     270           0 :         VARIANT_ADD_TYPE_DECL_POD(UInt16, TYPE_UINT16, uint16_t, uint16)
+     271          12 :         VARIANT_ADD_TYPE_DECL_POD(Int32, TYPE_INT32, int32_t, int32)
+     272           0 :         VARIANT_ADD_TYPE_DECL_POD(UInt32, TYPE_UINT32, uint32_t, uint32)
+     273           6 :         VARIANT_ADD_TYPE_DECL_POD(Int64, TYPE_INT64, int64_t, int64)
+     274          16 :         VARIANT_ADD_TYPE_DECL_POD(UInt64, TYPE_UINT64, uint64_t, uint64)
+     275           0 :         VARIANT_ADD_TYPE_DECL_POD(Float, TYPE_FLOAT, float, float)
+     276          34 :         VARIANT_ADD_TYPE_DECL_POD(Double, TYPE_DOUBLE, double, double)
+     277           0 :         VARIANT_ADD_TYPE_DECL_POD(LongDouble, TYPE_LONGDOUBLE, long double, ldouble)
+     278           0 :         VARIANT_ADD_TYPE_DECL_PTR(ComplexFloat, TYPE_COMPLEXF, std::complex<float>, complex_f)
+     279           1 :         VARIANT_ADD_TYPE_DECL_PTR(ComplexDouble, TYPE_COMPLEXD, std::complex<double>, complex_d)
+     280        3396 :         VARIANT_ADD_TYPE_DECL_PTR(String, TYPE_STRING, std::string, string)
+     281           0 :         VARIANT_ADD_TYPE_DECL_PTR(Vector3f, TYPE_VECTOR3F, Vector3f, vector3f)
+     282           1 :         VARIANT_ADD_TYPE_DECL_PTR(Vector3d, TYPE_VECTOR3D, Vector3d, vector3d)
+     283           1 :         VARIANT_ADD_TYPE_DECL_PTR(Vector3c, TYPE_VECTOR3C, Vector3c, vector3c)
+     284           2 :         VARIANT_ADD_TYPE_DECL_PTR(Vector, TYPE_VECTOR, vector_t, vector)
+     285             :         VARIANT_ADD_ITER_DECL_PTR(Vector, TYPE_VECTOR, vector)
+     286             :                 
+     287             : private:
+     288             :         void copy(const Variant& v);
+     289             :         void check(const Type t) const;
+     290             :         void check(const Type t);
+     291             : };
+     292             : 
+     293             : #define VARIANT_TO_DECL(NAME, VALUE) \
+     294             :         template<> inline VALUE Variant::to<VALUE>() const { \
+     295             :                 return to##NAME(); \
+     296             :         } \
+     297             : 
+     298             : // declare type conversion functions
+     299             : // not implemented for Vector3 and complex_*
+     300             : VARIANT_TO_DECL(Bool, bool)
+     301             : VARIANT_TO_DECL(Char, char)
+     302             : VARIANT_TO_DECL(UChar, unsigned char)
+     303             : VARIANT_TO_DECL(Int16, int16_t)
+     304             : VARIANT_TO_DECL(UInt16, uint16_t)
+     305             : VARIANT_TO_DECL(Int32, int32_t)
+     306             : VARIANT_TO_DECL(UInt32, uint32_t)
+     307             : VARIANT_TO_DECL(Int64, int64_t)
+     308             : VARIANT_TO_DECL(UInt64, uint64_t)
+     309             : VARIANT_TO_DECL(Float, float)
+     310             : VARIANT_TO_DECL(Double, double)
+     311             : VARIANT_TO_DECL(LongDouble, long double)
+     312             : VARIANT_TO_DECL(String, std::string)
+     313             : VARIANT_TO_DECL(Vector, Variant::vector_t)
+     314             : 
+     315             : std::ostream& operator <<(std::ostream& os, const Variant &v);
+     316             : 
+     317             : 
+     318             : /**
+     319             :  Taken from PXL
+     320             :  https://git.rwth-aachen.de/3pia/pxl/pxl/-/blob/master/core/include/pxl/core/Functions.hh
+     321             :  */
+     322             : template <class T> 
+     323           0 : inline void safeDelete(T*& p) {
+     324           0 :         if (p) {
+     325           0 :                 delete p;
+     326           0 :                 p = 0;
+     327             :         }
+     328           0 : }
+     329             : 
+     330             : 
+     331             : 
+     332             : } // namespace crpropa 
+     333             : 
+     334             : #endif // CRPROPA_VARIANT
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Vector3.h.func-sort-c.html b/doc/coverageReport/include/crpropa/Vector3.h.func-sort-c.html new file mode 100644 index 000000000..b44071763 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Vector3.h.func-sort-c.html @@ -0,0 +1,236 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Vector3.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Vector3.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9915165.6 %
Date:2024-04-08 14:58:22Functions:164139.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa7Vector3IdE4setREd0
_ZN7crpropa7Vector3IdErMERKS1_0
_ZN7crpropa7Vector3IfE12setRThetaPhiEfff0
_ZN7crpropa7Vector3IfE4setREf0
_ZN7crpropa7Vector3IfErMERKS1_0
_ZN7crpropa7Vector3IfErMERKf0
_ZN7crpropalsISt7complexIdEEERSoS3_RKNS_7Vector3IT_EE0
_ZNK7crpropa7Vector3IdE4ceilEv0
_ZNK7crpropa7Vector3IdE4clipEdd0
_ZNK7crpropa7Vector3IdErmERKS1_0
_ZNK7crpropa7Vector3IdErmERKd0
_ZNK7crpropa7Vector3IfE10getRotatedERKS1_f0
_ZNK7crpropa7Vector3IfE13getDistanceToERKS1_0
_ZNK7crpropa7Vector3IfE13getParallelToERKS1_0
_ZNK7crpropa7Vector3IfE13getUnitVectorEv0
_ZNK7crpropa7Vector3IfE16getUnitVectorPhiEv0
_ZNK7crpropa7Vector3IfE18getPerpendicularToERKS1_0
_ZNK7crpropa7Vector3IfE18getUnitVectorThetaEv0
_ZNK7crpropa7Vector3IfE4ceilEv0
_ZNK7crpropa7Vector3IfE4clipEff0
_ZNK7crpropa7Vector3IfE5floorEv0
_ZNK7crpropa7Vector3IfE6getPhiEv0
_ZNK7crpropa7Vector3IfE8getThetaEv0
_ZNK7crpropa7Vector3IfErmERKS1_0
_ZNK7crpropa7Vector3IfErmERKf0
_ZN7crpropa7Vector3IdErMERKd1
_ZNK7crpropa7Vector3IdE18getPerpendicularToERKS1_1
_ZNK7crpropa7Vector3IdE18getUnitVectorThetaEv1
_ZNK7crpropa7Vector3IdE13getParallelToERKS1_2
_ZN7crpropa7Vector3IdE12setRThetaPhiEddd3
_ZNK7crpropa7Vector3IdE16getUnitVectorPhiEv4
_ZNK7crpropa7Vector3IdE5floorEv6
_ZNK7crpropa7Vector3IdE10getAngleToERKS1_8
_ZNK7crpropa7Vector3IdE8getThetaEv8
_ZN7crpropalsIdEERSoS1_RKNS_7Vector3IT_EE11
_ZNK7crpropa7Vector3IdE6getPhiEv19
_ZN7crpropalsIfEERSoS1_RKNS_7Vector3IT_EE27
_ZNK7crpropa7Vector3IdE13getDistanceToERKS1_110
_ZNK7crpropa7Vector3IdE10getRotatedERKS1_d481006
_ZNK7crpropa7Vector3IfE10getAngleToERKS1_691017
_ZNK7crpropa7Vector3IdE13getUnitVectorEv7201361
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Vector3.h.func.html b/doc/coverageReport/include/crpropa/Vector3.h.func.html new file mode 100644 index 000000000..8b3511c68 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Vector3.h.func.html @@ -0,0 +1,236 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Vector3.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Vector3.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9915165.6 %
Date:2024-04-08 14:58:22Functions:164139.0 %
+
+ +
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa7Vector3IdE12setRThetaPhiEddd3
_ZN7crpropa7Vector3IdE4setREd0
_ZN7crpropa7Vector3IdErMERKS1_0
_ZN7crpropa7Vector3IdErMERKd1
_ZN7crpropa7Vector3IfE12setRThetaPhiEfff0
_ZN7crpropa7Vector3IfE4setREf0
_ZN7crpropa7Vector3IfErMERKS1_0
_ZN7crpropa7Vector3IfErMERKf0
_ZN7crpropalsISt7complexIdEEERSoS3_RKNS_7Vector3IT_EE0
_ZN7crpropalsIdEERSoS1_RKNS_7Vector3IT_EE11
_ZN7crpropalsIfEERSoS1_RKNS_7Vector3IT_EE27
_ZNK7crpropa7Vector3IdE10getAngleToERKS1_8
_ZNK7crpropa7Vector3IdE10getRotatedERKS1_d481006
_ZNK7crpropa7Vector3IdE13getDistanceToERKS1_110
_ZNK7crpropa7Vector3IdE13getParallelToERKS1_2
_ZNK7crpropa7Vector3IdE13getUnitVectorEv7201361
_ZNK7crpropa7Vector3IdE16getUnitVectorPhiEv4
_ZNK7crpropa7Vector3IdE18getPerpendicularToERKS1_1
_ZNK7crpropa7Vector3IdE18getUnitVectorThetaEv1
_ZNK7crpropa7Vector3IdE4ceilEv0
_ZNK7crpropa7Vector3IdE4clipEdd0
_ZNK7crpropa7Vector3IdE5floorEv6
_ZNK7crpropa7Vector3IdE6getPhiEv19
_ZNK7crpropa7Vector3IdE8getThetaEv8
_ZNK7crpropa7Vector3IdErmERKS1_0
_ZNK7crpropa7Vector3IdErmERKd0
_ZNK7crpropa7Vector3IfE10getAngleToERKS1_691017
_ZNK7crpropa7Vector3IfE10getRotatedERKS1_f0
_ZNK7crpropa7Vector3IfE13getDistanceToERKS1_0
_ZNK7crpropa7Vector3IfE13getParallelToERKS1_0
_ZNK7crpropa7Vector3IfE13getUnitVectorEv0
_ZNK7crpropa7Vector3IfE16getUnitVectorPhiEv0
_ZNK7crpropa7Vector3IfE18getPerpendicularToERKS1_0
_ZNK7crpropa7Vector3IfE18getUnitVectorThetaEv0
_ZNK7crpropa7Vector3IfE4ceilEv0
_ZNK7crpropa7Vector3IfE4clipEff0
_ZNK7crpropa7Vector3IfE5floorEv0
_ZNK7crpropa7Vector3IfE6getPhiEv0
_ZNK7crpropa7Vector3IfE8getThetaEv0
_ZNK7crpropa7Vector3IfErmERKS1_0
_ZNK7crpropa7Vector3IfErmERKf0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/Vector3.h.gcov.html b/doc/coverageReport/include/crpropa/Vector3.h.gcov.html new file mode 100644 index 000000000..f1fbcd9c0 --- /dev/null +++ b/doc/coverageReport/include/crpropa/Vector3.h.gcov.html @@ -0,0 +1,516 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/Vector3.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa - Vector3.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9915165.6 %
Date:2024-04-08 14:58:22Functions:164139.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_VECTOR3_H
+       2             : #define CRPROPA_VECTOR3_H
+       3             : 
+       4             : #include <iostream>
+       5             : #include <cmath>
+       6             : #include <vector>
+       7             : #include <limits>
+       8             : #include <algorithm>
+       9             : 
+      10             : namespace crpropa {
+      11             : 
+      12             : /**
+      13             :  * \addtogroup Core
+      14             :  * @{
+      15             :  */
+      16             : 
+      17             : /**
+      18             :  @class Vector3
+      19             :  @brief Template class for 3-vectors of type float, double, ...
+      20             : 
+      21             :  Allows accessing and changing the elements x, y, z directly or  through the
+      22             :  corresponding get and set methods.
+      23             : 
+      24             :  Angle definitions are
+      25             :  phi [-pi, pi]: azimuthal angle in the x-y plane, 0 pointing in x-direction
+      26             :  theta [0, pi]: zenith angle towards the z axis, 0 pointing in z-direction
+      27             :  */
+      28             : template<typename T>
+      29             : class Vector3 {
+      30             : public:
+      31             :         union {
+      32             :                 struct
+      33             :                 {
+      34             :                         T x;
+      35             :                         T y;
+      36             :                         T z;
+      37             :                 };
+      38             :                 T data[3];
+      39             :         };
+      40             : 
+      41     3187045 :         Vector3() : data{0., 0., 0.} {
+      42             :         }
+      43             : 
+      44             :         // avoid creation of default non-conversion constructor
+      45    20387451 :         Vector3(const Vector3 &v) : data{v.data[0], v.data[1], v.data[2]} {
+      46           0 :         }
+      47             : 
+      48             :         // Provides implicit conversion
+      49             :         template<typename U>
+      50           0 :         Vector3(const Vector3<U> &v) {
+      51          14 :                 data[0] = v.x;
+      52           4 :                 data[1] = v.y;
+      53           4 :                 data[2] = v.z;
+      54           0 :         }
+      55             : 
+      56             :         ~Vector3()
+      57             :         {
+      58    26216757 :         }
+      59             : 
+      60           0 :         explicit Vector3(const double *v) {
+      61           0 :                 data[0] = v[0];
+      62           0 :                 data[1] = v[1];
+      63           0 :                 data[2] = v[2];
+      64             :         }
+      65             : 
+      66           0 :         explicit Vector3(const float *v) {
+      67           0 :                 data[0] = v[0];
+      68           0 :                 data[1] = v[1];
+      69           0 :                 data[2] = v[2];
+      70             :         }
+      71             : 
+      72    12617888 :         explicit Vector3(const T &X, const T &Y, const T &Z) : data{X, Y, Z} {
+      73             :         }
+      74             : 
+      75    18504508 :         explicit Vector3(T t) : data{t, t, t} {
+      76           1 :         }
+      77             : 
+      78             :         void setX(const T X) {
+      79           1 :                 x = X;
+      80             :         }
+      81             : 
+      82             :         void setY(const T Y) {
+      83           0 :                 y = Y;
+      84             :         }
+      85             : 
+      86             :         void setZ(const T Z) {
+      87           0 :                 z = Z;
+      88             :         }
+      89             : 
+      90             :         void setXYZ(const T X, const T Y, const T Z) {
+      91     1351680 :                 x = X;
+      92     1351680 :                 y = Y;
+      93     1351680 :                 z = Z;
+      94             :         }
+      95             : 
+      96           0 :         void setR(const T r) {
+      97           0 :                 *this *= r / getR();
+      98           0 :         }
+      99             : 
+     100           3 :         void setRThetaPhi(const T r, const T theta, const T phi) {
+     101           3 :                 x = r * sin(theta) * cos(phi);
+     102           3 :                 y = r * sin(theta) * sin(phi);
+     103           3 :                 z = r * cos(theta);
+     104           3 :         }
+     105             : 
+     106             :         T getX() const {
+     107      370007 :                 return x;
+     108             :         }
+     109             : 
+     110             :         T getY() const {
+     111      370006 :                 return y;
+     112             :         }
+     113             : 
+     114             :         T getZ() const {
+     115       40006 :                 return z;
+     116             :         }
+     117             : 
+     118             :         // magnitude (2-norm) of the vector
+     119             :         T getR() const {
+     120    25099477 :                 return std::sqrt(x * x + y * y + z * z);
+     121             :         }
+     122             : 
+     123             :         // square of magnitude of the vector
+     124             :         T getR2() const {
+     125     2883584 :                 return x * x + y * y + z * z;
+     126             :         }
+     127             : 
+     128             :         // return the azimuth angle
+     129          19 :         T getPhi() const {
+     130             :                 T eps = std::numeric_limits < T > ::min();
+     131          19 :                 if ((fabs(x) < eps) && (fabs(y) < eps))
+     132             :                         return 0.0;
+     133             :                 else
+     134          18 :                         return std::atan2(y, x);
+     135             :         }
+     136             : 
+     137             :         // return the zenith angle
+     138           8 :         T getTheta() const {
+     139             :                 T eps = std::numeric_limits < T > ::min();
+     140           8 :                 if ((fabs(x) < eps) && (fabs(y) < eps) && (fabs(z) < eps))
+     141             :                         return 0.0;
+     142             :                 else
+     143           8 :                         return atan2((T) sqrt(x * x + y * y), z);
+     144             :         }
+     145             : 
+     146             :         // return the unit-vector e_r
+     147     7201361 :         Vector3<T> getUnitVector() const {
+     148     7201361 :                 return *this / getR();
+     149             :         }
+     150             : 
+     151             :         // return the unit-vector e_theta
+     152           1 :         Vector3<T> getUnitVectorTheta() const {
+     153           1 :                 T theta = getTheta();
+     154           1 :                 T phi = getPhi();
+     155           1 :                 return Vector3<T>(cos(theta) * cos(phi), cos(theta) * sin(phi),
+     156           1 :                                 -sin(theta));
+     157             :         }
+     158             : 
+     159             :         // return the unit-vector e_phi
+     160           4 :         Vector3<T> getUnitVectorPhi() const {
+     161           4 :                 return Vector3<T>(-sin(getPhi()), cos(getPhi()), 0);
+     162             :         }
+     163             : 
+     164             :         // return the angle [0, pi] between the vectors
+     165      691025 :         T getAngleTo(const Vector3<T> &v) const {
+     166      691025 :                 T cosdistance = dot(v) / v.getR() / getR();
+     167             :                 // In some directions cosdistance is > 1 on some compilers
+     168             :                 // This ensures that the correct result is returned
+     169      691025 :                 if (cosdistance >= 1.)
+     170             :                         return 0;
+     171      690880 :                 else if (cosdistance <= -1.)
+     172             :                         return M_PI;
+     173             :                 else
+     174      690880 :                         return acos(cosdistance);
+     175             :         }
+     176             : 
+     177             :         // return true if the angle between the vectors is smaller than a threshold
+     178             :         bool isParallelTo(const Vector3<T> &v, T maxAngle) const {
+     179      691017 :                 return getAngleTo(v) < maxAngle;
+     180             :         }
+     181             : 
+     182             :         // linear distance to a given vector
+     183         110 :         T getDistanceTo(const Vector3<T> &point) const {
+     184             :                 Vector3<T> d = *this - point;
+     185         110 :                 return d.getR();
+     186             :         }
+     187             : 
+     188             :         // return the component parallel to a second vector
+     189             :         // 0 if the second vector has 0 magnitude
+     190           2 :         Vector3<T> getParallelTo(const Vector3<T> &v) const {
+     191             :                 T vmag = v.getR();
+     192           2 :                 if (vmag == std::numeric_limits < T > ::min())
+     193             :                         return Vector3<T>(0.);
+     194             :                 return v * dot(v) / vmag;
+     195             :         }
+     196             : 
+     197             :         // return the component perpendicular to a second vector
+     198             :         // 0 if the second vector has 0 magnitude
+     199           1 :         Vector3<T> getPerpendicularTo(const Vector3<T> &v) const {
+     200           1 :                 if (v.getR() == std::numeric_limits < T > ::min())
+     201             :                         return Vector3<T>(0.);
+     202           1 :                 return (*this) - getParallelTo(v);
+     203             :         }
+     204             : 
+     205             :         // rotate the vector around a given axis by a given angle
+     206      481006 :         Vector3<T> getRotated(const Vector3<T> &axis, T angle) const {
+     207             :                 Vector3<T> u = axis;
+     208      481006 :                 if (u.getR() != 0.)
+     209             :                         u = u / u.getR();
+     210      481006 :                 T c = cos(angle);
+     211      481006 :                 T s = sin(angle);
+     212      481006 :                 Vector3<T> Rx(c + u.x * u.x * (1 - c), u.x * u.y * (1 - c) - u.z * s,
+     213      481006 :                                 u.x * u.z * (1 - c) + u.y * s);
+     214      481006 :                 Vector3<T> Ry(u.y * u.x * (1 - c) + u.z * s, c + u.y * u.y * (1 - c),
+     215      481006 :                                 u.y * u.z * (1 - c) - u.x * s);
+     216      481006 :                 Vector3<T> Rz(u.z * u.x * (1 - c) - u.y * s,
+     217      481006 :                                 u.z * u.y * (1 - c) + u.x * s, c + u.z * u.z * (1 - c));
+     218      481006 :                 return Vector3<T>(dot(Rx), dot(Ry), dot(Rz));
+     219             :         }
+     220             : 
+     221             :         // return vector with values limited to the range [lower, upper]
+     222           0 :         Vector3<T> clip(T lower, T upper) const {
+     223             :                 Vector3<T> out;
+     224           0 :                 out.x = std::max(lower, std::min(x, upper));
+     225           0 :                 out.y = std::max(lower, std::min(y, upper));
+     226           0 :                 out.z = std::max(lower, std::min(z, upper));
+     227           0 :                 return out;
+     228             :         }
+     229             : 
+     230             :         // return vector with absolute values
+     231             :         Vector3<T> abs() const {
+     232           0 :                 return Vector3<T>(std::abs(x), std::abs(y), std::abs(z));
+     233             :         }
+     234             : 
+     235             :         // return vector with floored values
+     236           6 :         Vector3<T> floor() const {
+     237           6 :                 return Vector3<T>(std::floor(x), std::floor(y), std::floor(z));
+     238             :         }
+     239             : 
+     240             :         // return vector with ceiled values
+     241           0 :         Vector3<T> ceil() const {
+     242           0 :                 return Vector3<T>(std::ceil(x), std::ceil(y), std::ceil(z));
+     243             :         }
+     244             : 
+     245             :         // minimum element
+     246             :         T min() const {
+     247           4 :                 return std::min(x, std::min(y, z));
+     248             :         }
+     249             : 
+     250             :         // maximum element
+     251             :         T max() const {
+     252           4 :                 return std::max(x, std::max(y, z));
+     253             :         }
+     254             : 
+     255             :         // dot product
+     256             :         T dot(const Vector3<T> &v) const {
+     257      692583 :                 return x * v.x + y * v.y + z * v.z;
+     258             :         }
+     259             : 
+     260             :         // cross product
+     261             :         Vector3<T> cross(const Vector3<T> &v) const {
+     262     2132230 :                 return Vector3<T>(y * v.z - v.y * z, z * v.x - v.z * x,
+     263     1652230 :                                 x * v.y - v.x * y);
+     264             :         }
+     265             : 
+     266             :         // returns true if all elements of the two vectors are equal
+     267             :         bool operator ==(const Vector3<T> &v) const {
+     268          33 :                 if (x != v.x)
+     269             :                         return false;
+     270          33 :                 if (y != v.y)
+     271             :                         return false;
+     272          33 :                 if (z != v.z)
+     273           0 :                         return false;
+     274             :                 return true;
+     275             :         }
+     276             : 
+     277             :         Vector3<T> operator +(const Vector3<T> &v) const {
+     278     4339186 :                 return Vector3(x + v.x, y + v.y, z + v.z);
+     279             :         }
+     280             : 
+     281             :         Vector3<T> operator +(const T &f) const {
+     282           0 :                 return Vector3(x + f, y + f, z + f);
+     283             :         }
+     284             : 
+     285             :         Vector3<T> operator -(const Vector3<T> &v) const {
+     286     7533903 :                 return Vector3(x - v.x, y - v.y, z - v.z);
+     287             :         }
+     288             : 
+     289             :         Vector3<T> operator -(const T &f) const {
+     290           0 :                 return Vector3(x - f, y - f, z - f);
+     291             :         }
+     292             : 
+     293             :         // element-wise multiplication
+     294             :         Vector3<T> operator *(const Vector3<T> &v) const {
+     295          20 :                 return Vector3(x * v.x, y * v.y, z * v.z);
+     296             :         }
+     297             : 
+     298             :         Vector3<T> operator *(T v) const {
+     299     1191262 :                 return Vector3(data[0] * v, data[1] * v, data[2] * v);
+     300             :         }
+     301             : 
+     302             :         // element-wise division
+     303             :         Vector3<T> operator /(const Vector3<T> &v) const {
+     304      100097 :                 return Vector3(x / v.x, y / v.y, z / v.z);
+     305             :         }
+     306             : 
+     307             :         Vector3<T> operator /(const T &f) const {
+     308     6242639 :                 return Vector3(x / f, y / f, z / f);
+     309             :         }
+     310             : 
+     311             :         // element-wise modulo operation
+     312           0 :         Vector3<T> operator %(const Vector3<T> &v) const {
+     313           0 :                 return Vector3(fmod(x, v.x), fmod(y, v.y), fmod(z, v.z));
+     314             :         }
+     315             : 
+     316           0 :         Vector3<T> operator %(const T &f) const {
+     317           0 :                 return Vector3(fmod(x, f), fmod(y, f), fmod(z, f));
+     318             :         }
+     319             : 
+     320             :         Vector3<T> &operator -=(const Vector3<T> &v) {
+     321           0 :                 data[0] -= v.x;
+     322           0 :                 data[1] -= v.y;
+     323           0 :                 data[2] -= v.z;
+     324             :                 return *this;
+     325             :         }
+     326             : 
+     327             :         Vector3<T> &operator -=(const T &f) {
+     328           0 :                 data[0] -= f;
+     329           0 :                 data[1] -= f;
+     330           0 :                 data[2] -= f;
+     331             :                 return *this;
+     332             :         }
+     333             : 
+     334             :         Vector3<T> &operator +=(const Vector3<T> &v) {
+     335    20664839 :                 data[0] += v.x;
+     336    20664839 :                 data[1] += v.y;
+     337    20544720 :                 data[2] += v.z;
+     338             :                 return *this;
+     339             :         }
+     340             : 
+     341             :         Vector3<T> &operator +=(const T &f) {
+     342           0 :                 data[0] += f;
+     343           0 :                 data[1] += f;
+     344           0 :                 data[2] += f;
+     345             :                 return *this;
+     346             :         }
+     347             : 
+     348             :         // element-wise multiplication
+     349             :         Vector3<T> &operator *=(const Vector3<T> &v) {
+     350           0 :                 data[0] *= v.x;
+     351           0 :                 data[1] *= v.y;
+     352           0 :                 data[2] *= v.z;
+     353             :                 return *this;
+     354             :         }
+     355             : 
+     356             :         Vector3<T> &operator *=(const T &f) {
+     357     3312538 :                 data[0] *= f;
+     358     3312538 :                 data[1] *= f;
+     359     3312538 :                 data[2] *= f;
+     360             :                 return *this;
+     361             :         }
+     362             : 
+     363             :         // element-wise division
+     364             :         Vector3<T> &operator /=(const Vector3<T> &v) {
+     365           0 :                 data[0] /= v.x;
+     366           0 :                 data[1] /= v.y;
+     367           0 :                 data[2] /= v.z;
+     368             :                 return *this;
+     369             :         }
+     370             : 
+     371             :         Vector3<T> &operator /=(const T &f) {
+     372      691019 :                 data[0] /= f;
+     373      691019 :                 data[1] /= f;
+     374      691019 :                 data[2] /= f;
+     375             :                 return *this;
+     376             :         }
+     377             : 
+     378             :         // element-wise modulo operation
+     379           0 :         Vector3<T> &operator %=(const Vector3<T> &v) {
+     380           0 :                 data[0] = fmod(x, v.x);
+     381           0 :                 data[1] = fmod(y, v.y);
+     382           0 :                 data[2] = fmod(z, v.z);
+     383           0 :                 return *this;
+     384             :         }
+     385             : 
+     386           1 :         Vector3<T> &operator %=(const T &f) {
+     387           1 :                 data[0] = fmod(x, f);
+     388           1 :                 data[1] = fmod(y, f);
+     389           1 :                 data[2] = fmod(z, f);
+     390           1 :                 return *this;
+     391             :         }
+     392             : 
+     393             :         Vector3<T> &operator =(const Vector3<T> &v) {
+     394    64125712 :                 data[0] = v.x;
+     395    64125726 :                 data[1] = v.y;
+     396    63640105 :                 data[2] = v.z;
+     397           0 :                 return *this;
+     398             :         }
+     399             : 
+     400             :         //Vector3<T> &operator =(Vector3<T> &&v) noexcept {
+     401             :         //      data[0] = v.data[0];
+     402             :         //      data[1] = v.data[1];
+     403             :         //      data[2] = v.data[2];
+     404             :         //      return *this;
+     405             :         //}
+     406             : 
+     407             :         Vector3<T> &operator =(const T &f) {
+     408             :                 data[0] = f;
+     409             :                 data[1] = f;
+     410             :                 data[2] = f;
+     411             :                 return *this;
+     412             :         }
+     413             : };
+     414             : 
+     415             : #ifndef SWIG
+     416             : template<typename T>
+     417          38 : inline std::ostream &operator <<(std::ostream &out, const Vector3<T> &v) {
+     418         114 :         out << v.x << " " << v.y << " " << v.z;
+     419          38 :         return out;
+     420             : }
+     421             : 
+     422             : template<typename T>
+     423             : inline std::istream &operator >>(std::istream &in, Vector3<T> &v) {
+     424             :         in >> v.x >> v.y >> v.z;
+     425             :         return in;
+     426             : }
+     427             : #endif
+     428             : 
+     429             : template<typename T>
+     430             : inline Vector3<T> operator *(T f, const Vector3<T> &v) {
+     431     3628978 :         return Vector3<T>(v.x * f, v.y * f, v.z * f);
+     432             : }
+     433             : 
+     434             : typedef Vector3<double> Vector3d;
+     435             : typedef Vector3<float> Vector3f;
+     436             : 
+     437             : /** @}*/
+     438             : }  // namespace crpropa
+     439             : 
+     440             : #endif  // CRPROPA_VECTOR3_H
+
+
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/advectionField - AdvectionField.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:55100.0 %
Date:2024-04-08 14:58:22Functions:00-
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/advectionField - AdvectionField.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:55100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + diff --git a/doc/coverageReport/include/crpropa/advectionField/AdvectionField.h.gcov.html b/doc/coverageReport/include/crpropa/advectionField/AdvectionField.h.gcov.html new file mode 100644 index 000000000..4be5bf68f --- /dev/null +++ b/doc/coverageReport/include/crpropa/advectionField/AdvectionField.h.gcov.html @@ -0,0 +1,367 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/advectionField/AdvectionField.h + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - include/crpropa/advectionField - AdvectionField.h (source / functions)HitTotalCoverage
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+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_ADVECTIONFIELD_H
+       2             : #define CRPROPA_ADVECTIONFIELD_H
+       3             : 
+       4             : 
+       5             : #include <string>
+       6             : #include <iostream>
+       7             : #include <cmath>
+       8             : #include <cstdlib>
+       9             : #include <sstream>
+      10             : 
+      11             : #include "crpropa/Vector3.h"
+      12             : #include "crpropa/Referenced.h"
+      13             : #include "crpropa/Units.h"
+      14             : 
+      15             : namespace crpropa {
+      16             : 
+      17             : /**
+      18             :  @class AdvectionField
+      19             :  @brief Abstract base class for advection fields. These are used to model 
+      20             :         the deterministic part of the Fokker-Planck equation. The getDivergence()
+      21             :         method is used to model the adibatic cooling/heating.
+      22             :  */
+      23             : class AdvectionField: public Referenced {
+      24             : public:
+      25             :         virtual ~AdvectionField() {
+      26             :         }
+      27             :         virtual Vector3d getField(const Vector3d &position) const = 0;
+      28             :         virtual double getDivergence(const Vector3d &position) const = 0;
+      29             : };
+      30             : 
+      31             : 
+      32             : /**
+      33             :  @class AdvectionFieldList
+      34             :  @brief Advection field decorator implementing a superposition of fields.
+      35             :  */
+      36           2 : class AdvectionFieldList: public AdvectionField {
+      37             :         std::vector<ref_ptr<AdvectionField> > fields;
+      38             : public:
+      39             :         void addField(ref_ptr<AdvectionField> field);
+      40             :         Vector3d getField(const Vector3d &position) const;
+      41             :         double getDivergence(const Vector3d &position) const;
+      42             : };
+      43             : 
+      44             : 
+      45             : /**
+      46             :  @class UniformAdvectionField
+      47             :  @brief Advection field with one velocity/advection-field vector.
+      48             :  */
+      49           1 : class UniformAdvectionField: public AdvectionField {
+      50             :         Vector3d value;
+      51             : public:
+      52             :         UniformAdvectionField(const Vector3d &value);
+      53             :         Vector3d getField(const Vector3d &position) const;
+      54             :         double getDivergence(const Vector3d &position) const;
+      55             : 
+      56             :         std::string getDescription() const;
+      57             : };
+      58             : 
+      59             : 
+      60             : /**
+      61             : @class ConstantSphericalAdvectionField
+      62             : @brief Spherical advection field with a constant wind speed
+      63             : */
+      64             : 
+      65           1 : class ConstantSphericalAdvectionField: public AdvectionField {
+      66             :         Vector3d origin; //origin of the advection sphere
+      67             :         double vWind; // wind velocity
+      68             : public:
+      69             :         /** Constructor
+      70             :          @param origin  Origin of the advection field
+      71             :          @param vWind   Constant wind velocity
+      72             : 
+      73             : */
+      74             : 
+      75             :         ConstantSphericalAdvectionField(const Vector3d origin, double vWind);
+      76             :         Vector3d getField(const Vector3d &position) const;
+      77             :         double getDivergence(const Vector3d &position) const;
+      78             : 
+      79             :         void setOrigin(const Vector3d origin);
+      80             :         void setVWind(double vMax);
+      81             : 
+      82             :         Vector3d getOrigin() const;
+      83             :         double getVWind() const;
+      84             : 
+      85             :         std::string getDescription() const;
+      86             : 
+      87             :         
+      88             : };
+      89             :         
+      90             : /**
+      91             :  @class SphericalAdvectionField
+      92             :  @brief Spherical advection with a exponentially increasing and
+      93             :         exponentially constant velocity.
+      94             : */
+      95             : 
+      96           1 : class SphericalAdvectionField: public AdvectionField {
+      97             :         Vector3d origin; //origin of the advection sphere
+      98             :         double radius; //radius of the advection sphere
+      99             :         double vMax; // maximum wind velocity
+     100             :         double tau; // transition distance
+     101             :         double alpha; //tuning parameter
+     102             : public:
+     103             :         /** Constructor
+     104             :         @param origin   Origin of the advection sphere
+     105             :         @param radius   Radius of the advection sphere
+     106             :         @param vMax     Maximum wind velocity
+     107             :         @param tau      Transition distance
+     108             :         @param alpha    Tuning parameter
+     109             : */
+     110             :         SphericalAdvectionField(const Vector3d origin, double radius, double vMax, double tau, double alpha);
+     111             :         Vector3d getField(const Vector3d &position) const;
+     112             :         double getDivergence(const Vector3d &position) const;
+     113             : 
+     114             :         double getV(const double &r) const;
+     115             : 
+     116             :         void setOrigin(const Vector3d origin);
+     117             :         void setRadius(double radius);
+     118             :         void setVMax(double vMax);
+     119             :         void setTau(double tau);
+     120             :         void setAlpha(double alpha);
+     121             : 
+     122             :         Vector3d getOrigin() const;
+     123             :         double getRadius() const;
+     124             :         double getVMax() const;
+     125             :         double getTau() const;
+     126             :         double getAlpha() const;
+     127             :         
+     128             :         std::string getDescription() const;
+     129             : };
+     130             : 
+     131             : /**
+     132             :  @class OneDimensionalCartesianShock
+     133             :  @brief Advection field in x-direction with shock at x = 0 and width lShock approximated by tanh() 
+     134             :                 with variable compression ratio vUp/vDown
+     135             :  */
+     136             : class OneDimensionalCartesianShock: public AdvectionField {
+     137             :         double compressionRatio; //compression ratio of shock
+     138             :         double vUp; //upstream velocity 
+     139             :         double lShock; //shock width
+     140             : public:
+     141             : /** Constructor
+     142             :         @param compressionRatio //compression ratio of shock
+     143             :         @param vUp //upstream velocity 
+     144             :         @param lShock //shock width
+     145             : */
+     146             :         OneDimensionalCartesianShock(double compressionRatio, double vUp, double lShock);
+     147             :         Vector3d getField(const Vector3d &position) const;
+     148             :         double getDivergence(const Vector3d &position) const;
+     149             : 
+     150             :         void setComp(double compressionRatio);
+     151             :         void setVup(double vUp);
+     152             :         void setShockwidth(double lShock);
+     153             : 
+     154             :         double getComp() const;
+     155             :         double getVup() const; 
+     156             :         double getShockwidth() const;
+     157             : 
+     158             :         std::string getDescription() const;
+     159             : };
+     160             : 
+     161             : /**
+     162             :  @class OneDimensionalSphericalShock
+     163             :  @brief Advection field in x-direction with shock at rShock and width lShock approximated by tanh() 
+     164             :                 with variable compression ratio ratio vUp/vDown
+     165             :  */
+     166             : class OneDimensionalSphericalShock: public AdvectionField {
+     167             :         double compressionRatio;        //compression ratio of shock
+     168             :         double vUp;     //upstream velocity 
+     169             :         double lShock;  //shock width
+     170             :         double rShock;  //shock radius
+     171             :         bool coolUpstream;      //flag for upstream cooling
+     172             : public:
+     173             : /** Constructor
+     174             :         @param compressionRatio //compression ratio of shock
+     175             :         @param vUp      //upstream velocity 
+     176             :         @param lShock   //shock width
+     177             :         @param rShock   //shock radius
+     178             :         @param coolUpstream //flag for upstream cooling
+     179             : */
+     180             :         OneDimensionalSphericalShock(double rShock, double vUp, double compressionRatio, double lShock, bool coolUpstream);
+     181             :         Vector3d getField(const Vector3d &position) const;
+     182             :         double getDivergence(const Vector3d &position) const;
+     183             : 
+     184             :         void setComp(double compressionRatio);
+     185             :         void setVup(double vUp);
+     186             :         void setShockwidth(double lShock);
+     187             :         void setShockRadius(double rShock);
+     188             :         void setCooling(bool coolUpstream);
+     189             : 
+     190             :         double getComp() const; 
+     191             :         double getVup() const;
+     192             :         double getShockwidth() const;
+     193             :         double getShockRadius() const;
+     194             :         bool getCooling() const;
+     195             : 
+     196             :         std::string getDescription() const;
+     197             : };
+     198             : 
+     199             : /**
+     200             :  @class ObliqueAdvectionShock
+     201             :  @brief Advection field in x-y-direction with shock at x = 0 and width x_sh approximated by tanh() 
+     202             :                 with variable compression ratio r_comp = vx_up/vx_down. The y component vy is not shocked 
+     203             :                 and remains constant. 
+     204             :  */
+     205             : class ObliqueAdvectionShock: public AdvectionField {
+     206             :         double compressionRatio; //compression ratio of shock
+     207             :         double vXUp; //upstream velocity x-component
+     208             :         double vY; //constant velocity y-component
+     209             :         double lShock; //shock width
+     210             :         
+     211             : public:
+     212             : /** Constructor
+     213             :         @param compressionRatio //compression ratio of shock
+     214             :         @param vXUp //upstream velocity x-component
+     215             :         @param vY //constant velocity y-component
+     216             :         @param lShock //shock width
+     217             :         
+     218             : */
+     219             :         ObliqueAdvectionShock(double compressionRatio, double vXUp, double vY, double lShock);
+     220             :         Vector3d getField(const Vector3d &position) const;
+     221             :         double getDivergence(const Vector3d &position) const;
+     222             : 
+     223             :         void setComp(double compressionRatio);
+     224             :         void setVup(double vXUp);
+     225             :         void setVy(double vY);
+     226             :         void setShockwidth(double lShock);
+     227             : 
+     228             :         double getComp() const; 
+     229             :         double getVup() const;
+     230             :         double getVy() const;
+     231             :         double getShockwidth() const;
+     232             :         
+     233             :         std::string getDescription() const;
+     234             : };
+     235             : 
+     236             : /**
+     237             :  @class SphericalAdvectionShock
+     238             :  @brief Spherical advection with a constant velocity for r<r_0
+     239             :         at the the shock the velocity drops to v_0/4. followed by
+     240             :         a decrease proportional to 1/r^2.
+     241             : */
+     242             : 
+     243           1 : class SphericalAdvectionShock: public AdvectionField {
+     244             :         Vector3d origin; // origin of the advection sphere
+     245             :         double r_0; // position of the shock
+     246             :         double v_0; // constant velocity
+     247             :         double lambda; //transition width
+     248             :         double r_rot; // normalization radius for rotation speed
+     249             :         double v_phi; // rotation speed at r_rot
+     250             : 
+     251             : public:
+     252             :         /** Constructor
+     253             :         @param origin   Origin of the advection sphere
+     254             :         @param r_0      Position of the shock
+     255             :         @param v_0      Constant velocity (r<<r_o)
+     256             :         @param lambda   Transition width / width of the shock
+     257             : */
+     258             :         SphericalAdvectionShock(const Vector3d origin, double r_0, double v_0, double lambda);
+     259             : 
+     260             :         Vector3d getField(const Vector3d &position) const;
+     261             :         double getDivergence(const Vector3d &position) const;
+     262             : 
+     263             :         double g(double R) const;
+     264             :         double g_prime(double R) const;
+     265             : 
+     266             :         void setOrigin(const Vector3d Origin);
+     267             :         void setR0(double r);
+     268             :         void setV0(double v);
+     269             :         void setLambda(double l);
+     270             :         void setRRot(double r);
+     271             :         void setAzimuthalSpeed(double vPhi);
+     272             : 
+     273             :         Vector3d getOrigin() const;
+     274             :         double getR0() const;
+     275             :         double getV0() const;
+     276             :         double getLambda() const;
+     277             :         /**
+     278             :          * @param r Normalization radius for rotation speed
+     279             :         */      
+     280             :         double getRRot() const;
+     281             :         /**
+     282             :          * @param vPhi  Rotation speed at r_rot
+     283             :         */      
+     284             :         double getAzimuthalSpeed() const;
+     285             : 
+     286             :         std::string getDescription() const;
+     287             : };
+     288             : 
+     289             : } // namespace crpropa
+     290             : 
+     291             : #endif // CRPROPA_ADVECTIONFIELD_H
+
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_ZN7crpropa22LogarithmicSpiralField11updatePhaseEv1
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_ZNK7crpropa22LogarithmicSpiralField8getFieldENS_7Vector3IdEE1
_ZN7crpropa17ToroidalHaloField8getFieldENS_7Vector3IdEE2
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_ZNK7crpropa22LogarithmicSpiralField8getFieldENS_7Vector3IdEE1
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          Line data    Source code
+
+       1             : #ifndef CRPROPA_GALACTICMAGNETICFIELD_H
+       2             : #define CRPROPA_GALACTICMAGNETICFIELD_H
+       3             : 
+       4             : #include "crpropa/magneticField/MagneticField.h"
+       5             : #include <cmath>
+       6             : 
+       7             : namespace crpropa {
+       8             : /**
+       9             :  * \addtogroup MagneticFields
+      10             :  * @{
+      11             :  */
+      12             : 
+      13             : /**
+      14             :  @class ToroidalHaloField
+      15             :  @brief Galactic halo field model from Prouza & Smida 2003 and Sun et al. 2008
+      16             :  */
+      17             : class ToroidalHaloField: public MagneticField {
+      18             :         double b0; // halo field strength
+      19             :         double z0; // vertical position
+      20             :         double z1; // vertical scale
+      21             :         double r0; // radial scale
+      22             : 
+      23             : public:
+      24             :         /**
+      25             :          * Constructor
+      26             :          * @param b0 halo field strength
+      27             :          * @param z0 vertical position
+      28             :          * @param z1 vertical scale
+      29             :          * @param r0 radial scale
+      30             :         */
+      31           1 :         ToroidalHaloField(double b0 = 1., double z0 = 1., double z1 = 1., double r0 = 1.) {
+      32             :                 setParameters(b0, z0, z1, r0);
+      33             :         }
+      34             : 
+      35             :         void setParameters(double b0, double z0, double z1, double r0) {
+      36           1 :                 this->b0 = b0;
+      37           1 :                 this->z0 = z0;
+      38           1 :                 this->z1 = z1;
+      39           1 :                 this->r0 = r0;
+      40             :         }
+      41             : 
+      42           2 :         Vector3d getField(Vector3d pos) {
+      43           2 :                 double r = sqrt(pos.x * pos.x + pos.y * pos.y) / r0; // in-plane radius in units of the radial scale
+      44           2 :                 double b = b0 / (1 + pow((std::fabs(pos.z) - z0) / z1, 2)) * r * exp(1 - r);
+      45           2 :                 double phi = pos.getPhi(); // azimuth
+      46           2 :                 return Vector3d(cos(phi), sin(phi), 0) * b;
+      47             :         }
+      48             : };
+      49             : /** @} */
+      50             : 
+      51             : /**
+      52             :  * \addtogroup MagneticFields
+      53             :  * @{
+      54             :  */
+      55             : 
+      56             : /**
+      57             :  @class LogarithmicSpiralField
+      58             :  @brief Galactic disk field model of axisymmetric (ASS) or bisymmetric (BSS) logarithmic spiral shape
+      59             :  */
+      60             : class LogarithmicSpiralField: public MagneticField {
+      61             : private:
+      62             :         bool isBSS;   // true for BSS, false for ASS
+      63             :         double b0;    // field strength
+      64             :         double pitch; // pitch angle [rad]
+      65             :         double rsol;  // distance of sun to galactic center
+      66             :         double rc;    // radius of central region with constant field strength
+      67             :         double d;     // distance to the first field reversal
+      68             :         double z0;    // vertical attenuation length
+      69             : 
+      70             :         double phase; // phase of the spiral arms
+      71             :         double cosPhase;
+      72             :         double sinPitch;
+      73             :         double cosPitch;
+      74             :         double tanPitch;
+      75             : 
+      76           1 :         void updatePitchAngle() {
+      77           1 :                 sinPitch = sin(pitch);
+      78           1 :                 cosPitch = cos(pitch);
+      79           1 :                 tanPitch = tan(pitch);
+      80           1 :         }
+      81             : 
+      82           1 :         void updatePhase() {
+      83           1 :                 phase = log(1 + d / rsol) / tanPitch - M_PI / 2;
+      84           1 :                 cosPhase = cos(phase);
+      85           1 :         }
+      86             : 
+      87             : public:
+      88             :         /**
+      89             :          * Constructor
+      90             :          * @param isBSS switch for the magnetic field model
+      91             :          *                              true for BSS, false for ASS
+      92             :          * @param b0    magnetic field strength
+      93             :          * @param pitch pitch angle [rad]
+      94             :          * @param rsol  distance of sun from Galactic center
+      95             :          * @param rc    radius of central region with constant field
+      96             :          * @param d             distance to first field reversal
+      97             :          * @param z0    vertical attenuation length
+      98             :         */
+      99             :         LogarithmicSpiralField(bool isBSS = true, double b0 = 1., double pitch = M_1_PI/4.,
+     100           1 :                 double rsol = 8.5*kpc, double rc = 3*kpc, double d = 5*kpc, double z0 = 3*kpc) {
+     101             :                 setParameters(isBSS, b0, pitch, rsol, rc, d, z0);
+     102             :         }
+     103             : 
+     104             :         void setParameters(bool isBSS, double b0, double pitch, double rsol,
+     105             :                         double rc, double d, double z0) {
+     106           1 :                 this->isBSS = isBSS;
+     107           1 :                 this->b0 = b0;
+     108           1 :                 this->pitch = pitch;
+     109           1 :                 this->rsol = rsol;
+     110           1 :                 this->rc = rc;
+     111           1 :                 this->d = d;
+     112           1 :                 this->z0 = z0;
+     113           1 :                 updatePitchAngle();
+     114           1 :                 updatePhase();
+     115             :         }
+     116             : 
+     117           1 :         Vector3d getField(Vector3d pos) const {
+     118           1 :                 double r = sqrt(pos.x * pos.x + pos.y * pos.y); // in-plane radius
+     119           1 :                 double b = b0 / cosPhase * rsol / std::max(r, rc);
+     120             : 
+     121           1 :                 double phi = pos.getPhi();
+     122           1 :                 double c = cos(phi - log(r / rsol) / tanPitch + phase);
+     123           1 :                 if (isBSS)
+     124           1 :                         c = std::fabs(c);
+     125           1 :                 b *= c * exp(-std::fabs(pos.z) / z0);
+     126             : 
+     127           1 :                 return Vector3d(cosPitch * cos(phi), sinPitch * sin(phi), 0) * b;
+     128             :         }
+     129             : };
+     130             : /** @} */
+     131             : 
+     132             : }// namespace crpropa
+     133             : 
+     134             : #endif // CRPROPA_GALACTICMAGNETICFIELD_H
+
+
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+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/MagneticField.h.func-sort-c.html b/doc/coverageReport/include/crpropa/magneticField/MagneticField.h.func-sort-c.html new file mode 100644 index 000000000..841410136 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/MagneticField.h.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/MagneticField.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField - MagneticField.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:121770.6 %
Date:2024-04-08 14:58:22Functions:3742.9 %
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_ZN7crpropa13MagneticFieldD2Ev0
_ZN7crpropa24RenormalizeMagneticFieldD0Ev0
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_ZNK7crpropa20UniformMagneticField8getFieldERKNS_7Vector3IdEE5760340
_ZNK7crpropa13MagneticField8getFieldERKNS_7Vector3IdEEd5760379
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Current view:top level - include/crpropa/magneticField - MagneticField.h (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:3742.9 %
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_ZN7crpropa24RenormalizeMagneticFieldD0Ev0
_ZN7crpropa24RenormalizeMagneticFieldD2Ev1
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_ZNK7crpropa13MagneticField8getFieldERKNS_7Vector3IdEEd5760379
_ZNK7crpropa20UniformMagneticField8getFieldERKNS_7Vector3IdEE5760340
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/MagneticField.h.gcov.html b/doc/coverageReport/include/crpropa/magneticField/MagneticField.h.gcov.html new file mode 100644 index 000000000..2866a8501 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/MagneticField.h.gcov.html @@ -0,0 +1,248 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/MagneticField.h + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - include/crpropa/magneticField - MagneticField.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:121770.6 %
Date:2024-04-08 14:58:22Functions:3742.9 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_MAGNETICFIELD_H
+       2             : #define CRPROPA_MAGNETICFIELD_H
+       3             : 
+       4             : #include "crpropa/Units.h"
+       5             : #include "crpropa/Vector3.h"
+       6             : #include "crpropa/Referenced.h"
+       7             : 
+       8             : #ifdef CRPROPA_HAVE_MUPARSER
+       9             : #include "muParser.h"
+      10             : #endif
+      11             : 
+      12             : namespace crpropa {
+      13             : /**
+      14             :  * \addtogroup MagneticFields
+      15             :  * @{
+      16             :  */
+      17             : 
+      18             : /**
+      19             :  @class MagneticField
+      20             :  @brief Abstract base class for magnetic fields.
+      21             :  */
+      22           0 : class MagneticField: public Referenced {
+      23             : public:
+      24           0 :         virtual ~MagneticField() {
+      25           0 :         }
+      26           0 :         virtual Vector3d getField(const Vector3d &position) const {
+      27           0 :                 return Vector3d(0,0,0);
+      28             :         };
+      29     5760379 :         virtual Vector3d getField(const Vector3d &position, double z) const {
+      30     5760379 :                 return getField(position);
+      31             :         };
+      32             : };
+      33             : 
+      34             : /**
+      35             :  @class PeriodicMagneticField
+      36             :  @brief Magnetic field decorator implementing periodic fields.
+      37             : 
+      38             :  The periodic cube is defined by its origin (Vector3d) and an
+      39             :  extends parameter (Vector3d). All points x=(x_1, x_2, x_3) 
+      40             :  that are described by x_i = origin_i + epsilon * extend_i, 
+      41             :  with epsilon = 0...1 are within the base cube. Magnetic field
+      42             :  strengths for all positions outside of this cube are calculated 
+      43             :  based on the values in the base cube. 
+      44             :  This can be done periodically or reflectively.
+      45             : */
+      46             : 
+      47             : class PeriodicMagneticField: public MagneticField {
+      48             :         ref_ptr<MagneticField> field;
+      49             :         Vector3d origin, extends;
+      50             :         bool reflective;
+      51             : public:
+      52             :         /**
+      53             :          * Constructor
+      54             :          * @param field magnetic field reference pointer
+      55             :          * @param extends length, width, and height of the base cube 
+      56             :         */
+      57             :         PeriodicMagneticField(ref_ptr<MagneticField> field,
+      58             :                         const Vector3d &extends);
+      59             :         /**
+      60             :          * Constructor
+      61             :          * @param field magnetic field reference pointer
+      62             :          * @param extends length, width, and height of the base cube
+      63             :          * @param origin defines the reference position 
+      64             :          * @param reflective for periodic or reflective behavior  
+      65             :         */
+      66             :         PeriodicMagneticField(ref_ptr<MagneticField> field, const Vector3d &extends,
+      67             :                         const Vector3d &origin, bool reflective);
+      68             :         Vector3d &getOrigin();
+      69             :         void setOrigin(const Vector3d &origin);
+      70             :         Vector3d &getExtends();
+      71             :         void setExtends(const Vector3d &origin);
+      72             :         bool isReflective();
+      73             :         void setReflective(bool reflective);
+      74             :         Vector3d getField(const Vector3d &position) const;
+      75             : };
+      76             : 
+      77             : /**
+      78             :  @class MagneticFieldList
+      79             :  @brief Magnetic field decorator implementing a superposition of fields.
+      80             :  */
+      81           2 : class MagneticFieldList: public MagneticField {
+      82             :         std::vector<ref_ptr<MagneticField> > fields;
+      83             : public:
+      84             :         void addField(ref_ptr<MagneticField> field);
+      85             :         Vector3d getField(const Vector3d &position) const;
+      86             : };
+      87             : 
+      88             : /**
+      89             :  @class MagneticFieldEvolution
+      90             :  @brief Magnetic field decorator implementing an evolution of type (1+z)^m.
+      91             :  */
+      92           2 : class MagneticFieldEvolution: public MagneticField {
+      93             :         ref_ptr<MagneticField> field;
+      94             :         double m;
+      95             : public:
+      96             :         /**
+      97             :          * Constructor
+      98             :          * @param field magnetic field reference pointer
+      99             :          * @param m cosmic evolution parameter 
+     100             :         */
+     101             :         MagneticFieldEvolution(ref_ptr<MagneticField> field, double m);
+     102             :         Vector3d getField(const Vector3d &position, double z = 0) const;
+     103             : };
+     104             : 
+     105             : /**
+     106             :  @class UniformMagneticField
+     107             :  @brief Magnetic field with one B-field vector.
+     108             :  */
+     109             : class UniformMagneticField: public MagneticField {
+     110             :         Vector3d value;
+     111             : public:
+     112             :         /**
+     113             :          * Constructor
+     114             :          * @param value magnetic field strength
+     115             :         */
+     116          33 :         UniformMagneticField(const Vector3d &value) :
+     117          33 :                         value(value) {
+     118             :         }
+     119     5760340 :         Vector3d getField(const Vector3d &position) const {
+     120     5760340 :                 return value;
+     121             :         }
+     122             : };
+     123             : 
+     124             : /**
+     125             :  @class MagneticDipoleField
+     126             :  @brief Magnetic dipole field defined by the magnetic moment and the 'core' radius.
+     127             :  */
+     128           1 : class MagneticDipoleField: public MagneticField {
+     129             :         Vector3d origin;
+     130             :         Vector3d moment;
+     131             :         double radius;
+     132             : public:
+     133             :         /**
+     134             :          * Constructor
+     135             :          * @param origin        singularity of the dipole field
+     136             :          * @param moment        magnetic moment of the dipole field
+     137             :          * @param radius        inside a radius around the origin the 
+     138             :          *                                      magnetic field is constant: moment * 2 * mu0 / 3  
+     139             :         */
+     140           1 :         MagneticDipoleField(const Vector3d &origin, const Vector3d &moment, const double radius) :
+     141           1 :                         origin(origin), moment(moment), radius(radius) {
+     142             :         }
+     143             :         Vector3d getField(const Vector3d &position) const;
+     144             : };
+     145             : 
+     146             : #ifdef CRPROPA_HAVE_MUPARSER
+     147             : /**
+     148             :  @class RenormalizeMagneticField
+     149             :  @brief Renormalize strength of a given field by expression in which B is the strength variable.
+     150             :  */
+     151             : class RenormalizeMagneticField: public MagneticField {
+     152             :         ref_ptr<MagneticField> field;
+     153             :         std::string expression;
+     154             :         mu::Parser *p;
+     155             :         double Bmag;
+     156             : public:
+     157             :         /**
+     158             :          * Constructor
+     159             :          * @param field                 magnetic field reference pointer
+     160             :          * @param expression    muParser expression used to renormalize the field, 
+     161             :          *                                              e.g., "gauss". 
+     162             :         */
+     163             :         RenormalizeMagneticField(ref_ptr<MagneticField> field, std::string expression);
+     164           1 :         ~RenormalizeMagneticField() { delete p; }
+     165             :         Vector3d getField(const Vector3d &position);
+     166             : };
+     167             : #endif
+     168             : 
+     169             : /** @} */
+     170             : } // namespace crpropa
+     171             : 
+     172             : #endif // CRPROPA_MAGNETICFIELD_H
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/MagneticFieldGrid.h.func-sort-c.html b/doc/coverageReport/include/crpropa/magneticField/MagneticFieldGrid.h.func-sort-c.html new file mode 100644 index 000000000..62ce25a19 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/MagneticFieldGrid.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/MagneticFieldGrid.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField - MagneticFieldGrid.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:010.0 %
Date:2024-04-08 14:58:22Functions:00-
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField - MagneticFieldGrid.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:010.0 %
Date:2024-04-08 14:58:22Functions:00-
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Current view:top level - include/crpropa/magneticField - MagneticFieldGrid.h (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:00-
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          Line data    Source code
+
+       1             : #ifndef CRPROPA_MAGNETICFIELDGRID_H
+       2             : #define CRPROPA_MAGNETICFIELDGRID_H
+       3             : 
+       4             : #include "crpropa/magneticField/MagneticField.h"
+       5             : #include "crpropa/Grid.h"
+       6             : 
+       7             : namespace crpropa {
+       8             : /**
+       9             :  * \addtogroup MagneticFields
+      10             :  * @{
+      11             :  */
+      12             : 
+      13             : /**
+      14             :  @class MagneticFieldGrid
+      15             :  @brief Magnetic field on a periodic (or reflective), cartesian grid with trilinear interpolation.
+      16             : 
+      17             :  This class wraps a Grid3f to serve as a MagneticField.
+      18             :  */
+      19             : class MagneticFieldGrid: public MagneticField {
+      20             :         ref_ptr<Grid3f> grid;
+      21             : public:
+      22             :         /**
+      23             :          *Constructor
+      24             :          @param grid Grid3f storing the magnetic field vectors
+      25             :         */
+      26             :         MagneticFieldGrid(ref_ptr<Grid3f> grid);
+      27             :         void setGrid(ref_ptr<Grid3f> grid);
+      28             :         ref_ptr<Grid3f> getGrid();
+      29             :         Vector3d getField(const Vector3d &position) const;
+      30             : };
+      31             : 
+      32             : /**
+      33             :  @class ModulatedMagneticFieldGrid
+      34             :  @brief Modulated magnetic field on a periodic grid.
+      35             : 
+      36             :  This class wraps a Grid3f to serve as a MagneticField.
+      37             :  The field is modulated on-the-fly with a Grid1f.
+      38             :  The Grid3f and Grid1f do not need to share the same origin, spacing or size.
+      39             :  */
+      40             : class ModulatedMagneticFieldGrid: public MagneticField {
+      41             :         ref_ptr<Grid3f> grid;
+      42             :         ref_ptr<Grid1f> modGrid;
+      43             : public:
+      44           0 :         ModulatedMagneticFieldGrid() {
+      45             :         }
+      46             :         /**
+      47             :          *Constructor
+      48             :          @param grid    Grid3f storing the magnetic field vectors
+      49             :          @param modGrid Grid1f used to scale the magnetic field strength
+      50             :                                         B^new_i = B^old_i * scale 
+      51             :         */
+      52             :         ModulatedMagneticFieldGrid(ref_ptr<Grid3f> grid, ref_ptr<Grid1f> modGrid);
+      53             :         void setGrid(ref_ptr<Grid3f> grid);
+      54             :         void setModulationGrid(ref_ptr<Grid1f> modGrid);
+      55             :         ref_ptr<Grid3f> getGrid();
+      56             :         ref_ptr<Grid1f> getModulationGrid();
+      57             :         void setReflective(bool gridReflective, bool modGridReflective);
+      58             :         Vector3d getField(const Vector3d &position) const;
+      59             : };
+      60             : /** @} */
+      61             : } // namespace crpropa
+      62             : 
+      63             : #endif // CRPROPA_MAGNETICFIELDGRID_H
+
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/GridTurbulence.h.func.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/GridTurbulence.h.func.html new file mode 100644 index 000000000..fd3be85af --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/GridTurbulence.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/GridTurbulence.h - functions + + + + + + + + + + + + + + +
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - GridTurbulence.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ +
+ + + + + + +

Function Name Sort by function nameHit count Sort by hit count
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/GridTurbulence.h.gcov.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/GridTurbulence.h.gcov.html new file mode 100644 index 000000000..29f802928 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/GridTurbulence.h.gcov.html @@ -0,0 +1,151 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/GridTurbulence.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - GridTurbulence.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_GRIDTURBULENCE_H
+       2             : #define CRPROPA_GRIDTURBULENCE_H
+       3             : 
+       4             : #ifdef CRPROPA_HAVE_FFTW3F
+       5             : 
+       6             : #include "crpropa/Grid.h"
+       7             : #include "crpropa/magneticField/turbulentField/TurbulentField.h"
+       8             : 
+       9             : #include "fftw3.h"
+      10             : 
+      11             : namespace crpropa {
+      12             : /**
+      13             :  * \addtogroup MagneticFields
+      14             :  * @{
+      15             :  */
+      16             : 
+      17             : /**
+      18             :  @class GridTurbulence
+      19             :  @brief Turbulent grid-based magnetic field with a general energy spectrum
+      20             :  */
+      21           6 : class GridTurbulence : public TurbulentField {
+      22             :   protected:
+      23             :         unsigned int seed;
+      24             :         ref_ptr<Grid3f> gridPtr;
+      25             : 
+      26             :         void initGrid(const GridProperties &grid);
+      27             :         void initTurbulence();
+      28             : 
+      29             :   public:
+      30             :         /**
+      31             :          Create a random initialization of a turbulent field.
+      32             :          @param spectrum    TurbulenceSpectrum instance to define the spectrum of
+      33             :          turbulence
+      34             :          @param gridProp        GridProperties instance to define the underlying grid
+      35             :          @param seed     Random seed
+      36             :          */
+      37             :         GridTurbulence(const TurbulenceSpectrum &spectrum,
+      38             :                        const GridProperties &gridProp, unsigned int seed = 0);
+      39             : 
+      40             :         Vector3d getField(const Vector3d &pos) const;
+      41             : 
+      42             :         /** Return a const reference to the grid */
+      43             :         const ref_ptr<Grid3f> &getGrid() const;
+      44             : 
+      45             :         /* Helper functions for synthetic turbulent field models */
+      46             :         // Check the grid properties before the FFT procedure
+      47             :         static void checkGridRequirements(ref_ptr<Grid3f> grid, double lMin,
+      48             :                                           double lMax);
+      49             :         // Execute inverse discrete FFT in-place for a 3D grid, from complex to real
+      50             :         // space
+      51             :         static void executeInverseFFTInplace(ref_ptr<Grid3f> grid,
+      52             :                                              fftwf_complex *Bkx, fftwf_complex *Bky,
+      53             :                                              fftwf_complex *Bkz);
+      54             : 
+      55             :         // Usefull checks for a grid field
+      56             :         /** Evaluate the mean vector of all grid points */
+      57             :         Vector3f getMeanFieldVector() const;
+      58             :         /** Evaluate the mean of all grid points */
+      59             :         double getMeanFieldStrength() const;
+      60             :         /** Evaluate the RMS of all grid points */
+      61             :         double getRmsFieldStrength() const;
+      62             :         /** Evaluate the RMS of all grid points per axis */
+      63             :         std::array<float, 3> getRmsFieldStrengthPerAxis() const;
+      64             :         /** Evaluate generated power-spectrum */
+      65             :         std::vector<std::pair<int, float>> getPowerSpectrum() const;
+      66             :         /** Dump a Grid3f to a binary file */
+      67             :         void dumpToFile(std::string filename) const;
+      68             : };
+      69             : 
+      70             : /** @}*/
+      71             : } // namespace crpropa
+      72             : 
+      73             : #endif // CRPROPA_HAVE_FFTW3F
+      74             : 
+      75             : #endif // CRPROPA_GRIDTURBULENCE_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.func-sort-c.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.func-sort-c.html new file mode 100644 index 000000000..0c515e402 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.func-sort-c.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - HelicalGridTurbulence.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:050.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21initHelicalTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddid0
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+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.func.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.func.html new file mode 100644 index 000000000..b4ddcbe9c --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.func.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - HelicalGridTurbulence.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:050.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
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+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.gcov.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.gcov.html new file mode 100644 index 000000000..f2108a9f4 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h.gcov.html @@ -0,0 +1,147 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/HelicalGridTurbulence.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - HelicalGridTurbulence.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:050.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_HELICALGRIDTURBULENCE_H
+       2             : #define CRPROPA_HELICALGRIDTURBULENCE_H
+       3             : 
+       4             : #ifdef CRPROPA_HAVE_FFTW3F
+       5             : 
+       6             : #include "crpropa/Grid.h"
+       7             : #include "crpropa/magneticField/turbulentField/SimpleGridTurbulence.h"
+       8             : 
+       9             : #include "kiss/logger.h"
+      10             : #include "kiss/string.h"
+      11             : 
+      12             : namespace crpropa {
+      13             : /**
+      14             :  * \addtogroup MagneticFields
+      15             :  * @{
+      16             :  */
+      17             : 
+      18             : /**
+      19             :  @class HelicalGridTurbulence
+      20             :  @brief Turbulent grid-based magnetic field with a simple power-law spectrum
+      21             :  */
+      22             : class HelicalGridTurbulence : public SimpleGridTurbulence {
+      23             :   private:
+      24             :         double H;
+      25             : 
+      26             :   public:
+      27             :         /**
+      28             :          Create a random initialization of a turbulent field.
+      29             :          @param spectrum    TurbulenceSpectrum instance to define the spectrum of
+      30             :          turbulence
+      31             :          @param gridProp        GridProperties instance to define the underlying grid
+      32             :          @param H       Helicity
+      33             :          @param seed     Random seed
+      34             :          */
+      35             :         HelicalGridTurbulence(const SimpleTurbulenceSpectrum &spectrum,
+      36             :                               const GridProperties &gridProp, double H,
+      37             :                               unsigned int seed = 0);
+      38             : 
+      39             :         static void initTurbulence(ref_ptr<Grid3f> grid, double Brms, double lMin,
+      40             :                                    double lMax, double alpha, int seed, double H);
+      41             : };
+      42             : 
+      43             : // Compatibility with old functions from GridTurbulence:
+      44             : 
+      45             : /**
+      46             :  Create a random initialization of a turbulent field including helicity
+      47             :  @param grid    grid on which the turbulence is calculated
+      48             :  @param Brms    RMS field strength
+      49             :  @param lMin    Minimum wavelength of the turbulence
+      50             :  @param lMax    Maximum wavelength of the turbulence
+      51             :  @param alpha   Power law index of <B^2(k)> ~ k^alpha (alpha = -11/3 corresponds
+      52             :  to a Kolmogorov spectrum)
+      53             :  @param seed    Random seed
+      54             :  @param H               Helicity
+      55             : */
+      56           0 : void initHelicalTurbulence(ref_ptr<Grid3f> grid, double Brms, double lMin,
+      57             :                            double lMax, double alpha = -11 / 3., int seed = 0,
+      58             :                            double H = 0) {
+      59           0 :         KISS_LOG_WARNING
+      60             :             << "initTurbulence is deprecated and will be removed in the future. "
+      61           0 :                "Replace it with a more appropriate turbulent field model instance.";
+      62           0 :         HelicalGridTurbulence::initTurbulence(grid, Brms, lMin, lMax, alpha, seed,
+      63             :                                               H);
+      64           0 : }
+      65             : 
+      66             : /** @}*/
+      67             : } // namespace crpropa
+      68             : 
+      69             : #endif // CRPROPA_HAVE_FFTW3F
+      70             : 
+      71             : #endif // CRPROPA_HELICALGRIDTURBULENCE_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.func-sort-c.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.func-sort-c.html new file mode 100644 index 000000000..e3787874e --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - SimpleGridTurbulence.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:172181.0 %
Date:2024-04-08 14:58:22Functions:4757.1 %
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa24SimpleTurbulenceSpectrumD0Ev0
_ZN7crpropa24SimpleTurbulenceSpectrumD2Ev0
_ZNK7crpropa24SimpleTurbulenceSpectrum20getCorrelationLengthEv0
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_ZNK7crpropa24SimpleTurbulenceSpectrum14energySpectrumEd206961
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+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.func.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.func.html new file mode 100644 index 000000000..c913f5f27 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - SimpleGridTurbulence.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:172181.0 %
Date:2024-04-08 14:58:22Functions:4757.1 %
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_ZN7crpropa14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddi4
_ZN7crpropa24SimpleTurbulenceSpectrum26turbulentCorrelationLengthEddd1
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_ZNK7crpropa24SimpleTurbulenceSpectrum14energySpectrumEd206961
_ZNK7crpropa24SimpleTurbulenceSpectrum20getCorrelationLengthEv0
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+
+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.gcov.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.gcov.html new file mode 100644 index 000000000..57422a4cb --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h.gcov.html @@ -0,0 +1,192 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/SimpleGridTurbulence.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - SimpleGridTurbulence.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:172181.0 %
Date:2024-04-08 14:58:22Functions:4757.1 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_SIMPLEGRIDTURBULENCE_H
+       2             : #define CRPROPA_SIMPLEGRIDTURBULENCE_H
+       3             : 
+       4             : #ifdef CRPROPA_HAVE_FFTW3F
+       5             : 
+       6             : #include "crpropa/magneticField/turbulentField/GridTurbulence.h"
+       7             : 
+       8             : #include "kiss/logger.h"
+       9             : #include "kiss/string.h"
+      10             : 
+      11             : namespace crpropa {
+      12             : /**
+      13             :  * \addtogroup MagneticFields
+      14             :  * @{
+      15             :  */
+      16             : 
+      17             : /**
+      18             :  @class SimpleTurbulenceSpectrum
+      19             :  @brief Defines the energy spectrum of simple power-law turbulence
+      20             :  */
+      21             : class SimpleTurbulenceSpectrum : public TurbulenceSpectrum {
+      22             :         const int constScaleBendover = 1000;    // define the bandover scale as 1000 * lMax to ensure k * lBendover >> 1. The bendover scale is necessary for the implementation of PlaneWaveTurbulence. 
+      23             :   public:
+      24             :         /**
+      25             :          * The bend-over scale is set to 1000 times lMax to ensure to be in the inertial range. This should not be changed.
+      26             :          @param Brms            Root mean square field strength for generated field
+      27             :          @param lMin            Minimum physical scale of the turbulence
+      28             :          @param lMax            Maximum physical scale of the turbulence
+      29             :          @param sIndex          Spectral index of the energy spectrum in the inertial range
+      30             :         */
+      31             :         SimpleTurbulenceSpectrum(double Brms, double lMin, double lMax,
+      32             :                                  double sIndex = 5. / 3)
+      33           2 :             : TurbulenceSpectrum(Brms, lMin, lMax, constScaleBendover * lMax, sIndex, 0) {}
+      34           0 :         ~SimpleTurbulenceSpectrum() {}
+      35             : 
+      36             :         /**
+      37             :         General energy spectrum for synthetic turbulence models
+      38             :         */
+      39      206961 :         double energySpectrum(double k) const {
+      40      206961 :                 return std::pow(k, -getSindex() - 2);
+      41             :         }
+      42             : 
+      43             :         /**
+      44             :             @brief       compute the magnetic field coherence length according to
+      45             :            the formula in  Harari et al. JHEP03(2002)045
+      46             :             @return Lc   coherence length of the magnetic field
+      47             :         */
+      48           0 :         double getCorrelationLength() const {
+      49           0 :                 return turbulentCorrelationLength(getLmin(), getLmax(),
+      50           0 :                                                   getSindex());
+      51             :         }
+      52           1 :         static double turbulentCorrelationLength(double lMin, double lMax,
+      53             :                                                  double s) {
+      54           1 :                 double r = lMin / lMax;
+      55           1 :                 return lMax / 2 * (s - 1) / s * (1 - pow(r, s)) / (1 - pow(r, s - 1));
+      56             :         }
+      57             : };
+      58             : 
+      59             : /**
+      60             :  @class SimpleGridTurbulence
+      61             :  @brief Turbulent grid-based magnetic field with a simple power-law spectrum
+      62             :  */
+      63           3 : class SimpleGridTurbulence : public GridTurbulence {
+      64             :   public:
+      65             :         /**
+      66             :          Create a random initialization of a turbulent field.
+      67             :          @param spectrum    TurbulenceSpectrum instance to define the spectrum of
+      68             :          turbulence
+      69             :          @param gridProp        GridProperties instance to define the underlying grid
+      70             :          @param seed     Random seed
+      71             :          */
+      72             :         SimpleGridTurbulence(const SimpleTurbulenceSpectrum &spectrum,
+      73             :                              const GridProperties &gridProp, unsigned int seed = 0);
+      74             : 
+      75             :         static void initTurbulence(ref_ptr<Grid3f> grid, double Brms, double lMin,
+      76             :                                    double lMax, double alpha, int seed);
+      77             : };
+      78             : 
+      79             : // Compatibility with old functions from GridTurbulence:
+      80             : 
+      81             : /** Analytically calculate the correlation length of the simple model turbulent
+      82             :  * field */
+      83           1 : inline double turbulentCorrelationLength(double lMin, double lMax,
+      84             :                                          double alpha = -11 / 3.) {
+      85           2 :         KISS_LOG_WARNING
+      86             :             << "turbulentCorrelationLength is deprecated and will be "
+      87             :                "removed in the future. Replace it with a more appropriate "
+      88           1 :                "turbulent field model and call getCorrelationLength().";
+      89           1 :         return SimpleTurbulenceSpectrum::turbulentCorrelationLength(lMin, lMax,
+      90           1 :                                                                     -alpha - 2);
+      91             : }
+      92             : 
+      93             : /**
+      94             :  Create a random initialization of a turbulent field.
+      95             :  @param grid    grid on which the turbulence is calculated
+      96             :  @param lMin    Minimum wavelength of the turbulence
+      97             :  @param lMax    Maximum wavelength of the turbulence
+      98             :  @param alpha   Power law index of <B^2(k)> ~ k^alpha (alpha = -11/3 corresponds
+      99             :  to a Kolmogorov spectrum)
+     100             :  @param Brms    RMS field strength
+     101             :  @param seed    Random seed
+     102             :  */
+     103           4 : inline void initTurbulence(ref_ptr<Grid3f> grid, double Brms, double lMin,
+     104             :                            double lMax, double alpha = -11 / 3., int seed = 0) {
+     105           8 :         KISS_LOG_WARNING
+     106             :             << "initTurbulence is deprecated and will be removed in the future. "
+     107           4 :                "Replace it with a more appropriate turbulent field model instance.";
+     108           4 :         SimpleGridTurbulence::initTurbulence(grid, Brms, lMin, lMax, alpha, seed);
+     109           1 : }
+     110             : 
+     111             : /** @}*/
+     112             : } // namespace crpropa
+     113             : 
+     114             : #endif // CRPROPA_HAVE_FFTW3F
+     115             : 
+     116             : #endif // CRPROPA_SIMPLEGRIDTURBULENCE_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.func-sort-c.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.func-sort-c.html new file mode 100644 index 000000000..e588a9cfb --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.func-sort-c.html @@ -0,0 +1,108 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/TurbulentField.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentField - TurbulentField.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:253278.1 %
Date:2024-04-08 14:58:22Functions:4944.4 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZN7crpropa18TurbulenceSpectrumD0Ev2
_ZN7crpropa18TurbulenceSpectrumC2Edddddd9
_ZNK7crpropa18TurbulenceSpectrum14energySpectrumEd208128
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.func.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.func.html new file mode 100644 index 000000000..6e9224a7c --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.func.html @@ -0,0 +1,108 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/TurbulentField.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - include/crpropa/magneticField/turbulentField - TurbulentField.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:253278.1 %
Date:2024-04-08 14:58:22Functions:4944.4 %
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_ZNK7crpropa18TurbulenceSpectrum20getCorrelationLengthEv0
_ZNK7crpropa18TurbulenceSpectrum21spectrumNormalizationEv1
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.gcov.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.gcov.html new file mode 100644 index 000000000..dd676ef0c --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/TurbulentField.h.gcov.html @@ -0,0 +1,195 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField/TurbulentField.h + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - include/crpropa/magneticField/turbulentField - TurbulentField.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:253278.1 %
Date:2024-04-08 14:58:22Functions:4944.4 %
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+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_TURBULENTFIELD_H
+       2             : #define CRPROPA_TURBULENTFIELD_H
+       3             : 
+       4             : #include "crpropa/magneticField/MagneticField.h"
+       5             : #include <cmath>
+       6             : 
+       7             : namespace crpropa {
+       8             : /**
+       9             :  * \addtogroup MagneticFields
+      10             :  * @{
+      11             :  */
+      12             : 
+      13             : /**
+      14             :  @class TurbulenceSpectrum
+      15             :  @brief Defines the energy spectrum of turbulence parametrizied by A(k) ~ k^q /(1 + k^2)^{(s + q)/2 + 1}
+      16             :  */
+      17             : class TurbulenceSpectrum : public Referenced {
+      18             :   private:
+      19             :         const double Brms; /**< Brms value of the turbulent field (normalization) */
+      20             :         const double sIndex; /**< Spectral index for the inertial range, for example
+      21             :                           s=5/3 for Kolmogorov spectrum; in some parts of the code this
+      22             :                           parameter is referred by alpha which is the total 3D isotropic
+      23             :                           spectrum with additional k^2 and the minus sign, e.g.,
+      24             :                           for Kolmogorov: alpha = -(s + 2) */
+      25             :         const double qIndex; /**< Spectral index for the injection range, for
+      26             :                           example q=4 for 3D homogeneous turbulence */
+      27             :         const double lBendover;  /**< the bend-over scale */
+      28             :         const double lMin, lMax; /**< Min and Max scale of turbulence */
+      29             : 
+      30             :   protected:
+      31             :         /**
+      32             :         Normalization for the below defined Lc
+      33             :         */
+      34           1 :         double spectrumNormalization() const {
+      35           1 :                 return std::tgamma((sIndex + qIndex) / 2.0) /
+      36           1 :                        (2.0 * std::tgamma((sIndex - 1) / 2.0) *
+      37           1 :                         std::tgamma((qIndex + 1) / 2.0));
+      38             :         }
+      39             : 
+      40             :   public:
+      41             :         /**
+      42             :          * @param Brms         root mean square field strength for generated field
+      43             :          * @param lMin   Minimum physical scale of the turbulence
+      44             :          * @param lMax   Maximum physical scale of the turbulence
+      45             :          * @param lBendover        the bend-over scale
+      46             :          * @param sIndex         Spectral index of the energy spectrum in the inertial range
+      47             :          * @param qIndex         Spectral index of the energy spectrum in the energy range
+      48             :         */
+      49           9 :         TurbulenceSpectrum(double Brms, double lMin, double lMax,
+      50             :                            double lBendover = 1, double sIndex = (5. / 3.),
+      51             :                            double qIndex = 4)
+      52           9 :             : Brms(Brms), lMin(lMin), lMax(lMax), lBendover(lBendover),
+      53           9 :               sIndex(sIndex), qIndex(qIndex) {
+      54           9 :                 if (lMin > lMax) {
+      55           0 :                         throw std::runtime_error("TurbulenceSpectrum: lMin > lMax");
+      56             :                 }
+      57           9 :                 if (lMin <= 0) {
+      58           0 :                         throw std::runtime_error("TurbulenceSpectrum: lMin <= 0");
+      59             :                 }
+      60           9 :         }
+      61             : 
+      62           7 :         ~TurbulenceSpectrum() {}
+      63             : 
+      64          31 :         double getBrms() const { return Brms; }
+      65          19 :         double getLmin() const { return lMin; }
+      66          19 :         double getLmax() const { return lMax; }
+      67          22 :         double getLbendover() const { return lBendover; }
+      68           5 :         double getSindex() const { return sIndex; }
+      69           2 :         double getQindex() const { return qIndex; }
+      70             :         
+      71             :         /**
+      72             :         General energy spectrum for synthetic turbulence models (not normalized!)
+      73             :         with normalized ^k = k*lBendover
+      74             :         */
+      75      208128 :         virtual double energySpectrum(double k) const {
+      76      208128 :                 double kHat = k * lBendover;
+      77      208128 :                 return std::pow(kHat, qIndex) /
+      78      208128 :                                        std::pow(1.0 + kHat * kHat,
+      79      208128 :                                         (sIndex + qIndex) / 2.0 + 1.0);
+      80             :         }
+      81             : 
+      82             :         /**
+      83             :   Computes the magnetic field coherence length
+      84             :         Obtained from the definition of \f$l_c = 1/B_{\rm rms}^2 \int_0^\infty dr\langleB(0)B^*(r)\rangle \f$
+      85             :         Approximates the true value correctly as long as lBendover <= lMax/8 (~5%
+      86             :   error) (for the true value the above integral should go from lMin to lMax)
+      87             :         */
+      88           0 :         virtual double getCorrelationLength() const {
+      89           1 :                 return 4 * M_PI / ((sIndex + 2.0) * sIndex) * spectrumNormalization() *
+      90           1 :                        lBendover;
+      91             :         }
+      92             : };
+      93             : 
+      94             : /**
+      95             :  @class TurbulentField
+      96             :  @brief An abstract base class for different models of turbulent magnetic fields
+      97             : 
+      98             :  This module provides common methods for all turbulent (synthetic) magnetic
+      99             :  fields. Does not actually implement any turbulent field.
+     100             :  */
+     101             : class TurbulentField : public MagneticField {
+     102             :   protected:
+     103             :         const TurbulenceSpectrum &spectrum;
+     104             : 
+     105             :   public:
+     106           8 :         TurbulentField(const TurbulenceSpectrum &spectrum) : spectrum(spectrum) {}
+     107           0 :         virtual ~TurbulentField() {}
+     108             : 
+     109           0 :         double getBrms() const { return spectrum.getBrms(); }
+     110           0 :         virtual double getCorrelationLength() const {
+     111           0 :                 return spectrum.getCorrelationLength();
+     112             :         }
+     113             : };
+     114             : 
+     115             : /** @}*/
+     116             : 
+     117             : } // namespace crpropa
+     118             : 
+     119             : #endif // CRPROPA_TURBULENTFIELD_H
+
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/index-sort-f.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/index-sort-f.html new file mode 100644 index 000000000..297188998 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/index-sort-f.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentFieldHitTotalCoverage
Test:coverage.info.cleanedLines:435972.9 %
Date:2024-04-08 14:58:22Functions:81747.1 %
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HelicalGridTurbulence.h +
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TurbulentField.h +
78.1%78.1%
+ 		78.1 %25 / 3244.4 %4 / 9
SimpleGridTurbulence.h +
81.0%81.0%
+ 		81.0 %17 / 2157.1 %4 / 7
GridTurbulence.h +
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/index-sort-l.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/index-sort-l.html new file mode 100644 index 000000000..133acd288 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/index-sort-l.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentFieldHitTotalCoverage
Test:coverage.info.cleanedLines:435972.9 %
Date:2024-04-08 14:58:22Functions:81747.1 %
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HelicalGridTurbulence.h +
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TurbulentField.h +
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+ 		78.1 %25 / 3244.4 %4 / 9
SimpleGridTurbulence.h +
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+ 		81.0 %17 / 2157.1 %4 / 7
GridTurbulence.h +
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticField/turbulentField/index.html b/doc/coverageReport/include/crpropa/magneticField/turbulentField/index.html new file mode 100644 index 000000000..c75493324 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticField/turbulentField/index.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticField/turbulentField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticField/turbulentFieldHitTotalCoverage
Test:coverage.info.cleanedLines:435972.9 %
Date:2024-04-08 14:58:22Functions:81747.1 %
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SimpleGridTurbulence.h +
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+ 		78.1 %25 / 3244.4 %4 / 9
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.func-sort-c.html b/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.func-sort-c.html new file mode 100644 index 000000000..1aa082456 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.func-sort-c.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens/MagneticLens.h - functions + + + + + + + + + + + + + + +
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Current view:top level - include/crpropa/magneticLens - MagneticLens.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:204247.6 %
Date:2024-04-08 14:58:22Functions:4666.7 %
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_ZN7crpropa12MagneticLensC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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_ZN7crpropa12MagneticLensC2Eh3
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_ZN7crpropa8LensPartC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEdd3
_ZN7crpropa8LensPartD2Ev3
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.func.html b/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.func.html new file mode 100644 index 000000000..41eba5bb7 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.func.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens/MagneticLens.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticLens - MagneticLens.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:204247.6 %
Date:2024-04-08 14:58:22Functions:4666.7 %
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_ZN7crpropa12MagneticLensC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa12MagneticLensC2Eh3
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_ZN7crpropa8LensPartC2Ev0
_ZN7crpropa8LensPartD2Ev3
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.gcov.html b/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.gcov.html new file mode 100644 index 000000000..1a6c474df --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/MagneticLens.h.gcov.html @@ -0,0 +1,352 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens/MagneticLens.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticLens - MagneticLens.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:204247.6 %
Date:2024-04-08 14:58:22Functions:4666.7 %
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+
          Line data    Source code
+
+       1             : //----------------------------------------------------------------------
+       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
+       3             : // a parametrized simulation engine for cosmic rays.
+       4             : //
+       5             : // Copyright (C) 2011   Martin Erdmann, Peter Schiffer, Tobias Winchen
+       6             : //                                                                               RWTH Aachen University, Germany
+       7             : // Contact: winchen@physik.rwth-aachen.de
+       8             : //
+       9             : //      This program is free software: you can redistribute it and/or
+      10             : //      modify it under the terms of the GNU General Public License as
+      11             : //      published by the Free Software Foundation, either version 3 of
+      12             : //      the License, or (at your option) any later version.
+      13             : //
+      14             : //      This program is distributed in the hope that it will be useful,
+      15             : //      but WITHOUT ANY WARRANTY; without even the implied warranty of
+      16             : //      MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.    See the
+      17             : //      GNU General Public License for more details.
+      18             : //
+      19             : //      You should have received a copy of the GNU General Public License
+      20             : //      along with this program. If not, see <http://www.gnu.org/licenses/>.
+      21             : //----------------------------------------------------------------------
+      22             : 
+      23             : #ifndef MAGNETICLENS_HH
+      24             : #define MAGNETICLENS_HH
+      25             : 
+      26             : #include "crpropa/magneticLens/ModelMatrix.h"
+      27             : #include "crpropa/magneticLens/Pixelization.h"
+      28             : #include "crpropa/Units.h"
+      29             : #include "crpropa/Vector3.h"
+      30             : 
+      31             : #include <vector>
+      32             : #include <string>
+      33             : #include <stdexcept>
+      34             : #include <fstream>
+      35             : #include <sstream>
+      36             : #include <iostream>
+      37             : #include <stdint.h>
+      38             : 
+      39             : 
+      40             : namespace crpropa
+      41             : {
+      42             : 
+      43             : /// Holds one matrix for the lens and information about the rigidity range
+      44             : class LensPart
+      45             : {
+      46             :         string _filename;
+      47             :         double _rigidityMin;
+      48             :         double _rigidityMax;
+      49             :         ModelMatrixType M;
+      50             :         double _maximumSumOfColumns;
+      51             :         bool _maximumSumOfColumns_calculated;
+      52             : 
+      53             : public:
+      54           0 :         LensPart()
+      55           0 :         {
+      56           0 :         }
+      57             :         /// File containing the matrix to be used in the range rigidityMin,
+      58             :         /// rigidityMax in Joule
+      59           3 :         LensPart(const std::string &filename, double rigidityMin, double rigidityMax) :
+      60           3 :                         _filename(filename), _rigidityMin(rigidityMin), _rigidityMax(rigidityMax), _maximumSumOfColumns_calculated(
+      61           3 :                                         false), _maximumSumOfColumns(0)
+      62             :         {
+      63           3 :         }
+      64             : 
+      65           3 :         ~LensPart()
+      66             :         {
+      67           3 :         }
+      68             : 
+      69             :         /// Loads the matrix from file
+      70             :         void loadMatrixFromFile()
+      71             :         {
+      72           0 :                 deserialize(_filename, M);
+      73           0 :         }
+      74             : 
+      75             :         /// Returns the filename of the matrix
+      76             :         const std::string& getFilename()
+      77             :         {
+      78             :                 return _filename;
+      79             :         }
+      80             : 
+      81             :         /// Calculates the maximum of the sums of columns for the matrix
+      82             :         double getMaximumOfSumsOfColumns()
+      83             :         {
+      84           0 :                 if (!_maximumSumOfColumns_calculated)
+      85             :                 { // lazy calculation of maximum
+      86           0 :                         _maximumSumOfColumns = maximumOfSumsOfColumns(M);
+      87           0 :                         _maximumSumOfColumns_calculated = true;
+      88             :                 }
+      89           0 :                 return _maximumSumOfColumns;
+      90             :         }
+      91             : 
+      92             :         /// Returns the minimum of the rigidity range for the lenspart in eV
+      93             :         double getMinimumRigidity()
+      94             :         {
+      95       12293 :                 return _rigidityMin / eV;
+      96             :         }
+      97             : 
+      98             :         /// Returns the maximum of the rigidity range for the lenspart in eV
+      99             :         double getMaximumRigidity()
+     100             :         {
+     101       12292 :                 return _rigidityMax / eV;
+     102             :         }
+     103             : 
+     104             :         /// Returns the modelmatrix
+     105             :         ModelMatrixType& getMatrix()
+     106             :         {
+     107           0 :                 return M;
+     108             :         }
+     109             : 
+     110             :         /// Sets the modelmatrix
+     111             :         void setMatrix(const ModelMatrixType& m)
+     112             :         {
+     113           3 :                 M = m;
+     114           0 :         }
+     115             : 
+     116             : 
+     117             : };
+     118             : 
+     119             : /// Function to calculate the mean deflection [rad] of the matrix M, given a pixelization
+     120             : //double calculateMeanDeflection(const ModelMatrix &M,
+     121             : //              const Pixelization &pixelization)
+     122             : //{
+     123             : //      double totalDeflection = 0;
+     124             : //      double weightSum = 0;
+     125             : //      for (const_i2_t it1 = M.begin2(); it1 != (M.end2()); it1++)
+     126             : //      {
+     127             : //              for (const_i1_t it2 = it1.begin(); it2 != it1.end(); it2++)
+     128             : //              {
+     129             : //                      totalDeflection+= pixelization.angularDistance(it2.index1(),
+     130             : //                                      it2.index2()) * (*it2) ;
+     131             : //                      weightSum+= (*it2);
+     132             : //              }
+     133             : //      }
+     134             : //      return totalDeflection / weightSum;
+     135             : //}
+     136             : 
+     137             : typedef std::vector<LensPart*>::iterator LensPartIter;
+     138             : typedef std::vector<LensPart*>::const_iterator const_LensPartIter;
+     139             : 
+     140             : /**
+     141             :  * \addtogroup MagneticLenses 
+     142             :  * @{
+     143             :  */
+     144             : 
+     145             : /// The lens for the galactic magnetic field.
+     146             : /// Note that the energies refer to protons (Z=1). To be used with other particles with a different charge number please select the rigidity accordingly.
+     147             : class MagneticLens
+     148             : {
+     149             : 
+     150             :         void updateRigidityBounds(double rigidityMin, double rigidityMax);
+     151             : 
+     152             :         /// Loads part of a lens (one matrix) from file to use it in given rigidity range.
+     153             :         void loadLensPart(const string &filename, double rigidityMin,
+     154             :                         double rigidityMax);
+     155             : 
+     156             :         // Stores the individual lenses
+     157             :         std::vector<LensPart*> _lensParts;
+     158             :         Pixelization* _pixelization;
+     159             :         // Checks Matrix, raises Errors if not ok - also generate
+     160             :         // _pixelization if called first time
+     161             :         void _checkMatrix(const ModelMatrixType &M);
+     162             :         // minimum / maximum rigidity that is covered by the lens [Joule]
+     163             :         double _minimumRigidity;
+     164             :         double _maximumRigidity;
+     165             :         static bool _randomSeeded;
+     166             :         double _norm;
+     167             : 
+     168             : public:
+     169             :         /// Default constructor
+     170           0 :         MagneticLens() :
+     171           0 :                         _pixelization(NULL), _minimumRigidity(DBL_MAX), _maximumRigidity(DBL_MIN), _norm(1)
+     172             :         {
+     173             :         }
+     174             : 
+     175             :         /// Constructs lens with predefined healpix order
+     176           3 :         MagneticLens(uint8_t healpixorder) :
+     177           3 :                         _pixelization(NULL), _minimumRigidity(DBL_MAX), _maximumRigidity(DBL_MIN)
+     178             :         {
+     179           3 :                 _pixelization = new Pixelization(healpixorder);
+     180           3 :         }
+     181             : 
+     182             :         /// Construct lens and load lens from file
+     183           0 :         MagneticLens(const string &filename) :
+     184           0 :                         _pixelization(NULL), _minimumRigidity(DBL_MAX), _maximumRigidity(DBL_MIN)
+     185             :         {
+     186           0 :                 loadLens(filename);
+     187           0 :         }
+     188             : 
+     189             :         /// Returns the pixelization used
+     190             :         const Pixelization& getPixelization() const
+     191             :         {
+     192           0 :                 return (*_pixelization);
+     193             :         }
+     194             : 
+     195             :         /// Default destructor
+     196           3 :         ~MagneticLens()
+     197             :         {
+     198           3 :                 if (_pixelization)
+     199           3 :                         delete _pixelization;
+     200           3 :                 for (std::vector<LensPart*>::iterator iter = _lensParts.begin();
+     201           6 :                                 iter != _lensParts.end(); iter++)
+     202             :                 {
+     203           3 :                         delete (*iter);
+     204             :                 }
+     205             :                 _lensParts.clear();
+     206           3 :         }
+     207             : 
+     208             :         /// Try to transform the comsic ray to a new direction.
+     209             :         /// Returns false and does not change phi and theta if the cosmic ray is
+     210             :         /// lost due to conservation of cosmic ray flux.
+     211             :         /// Rigidity is given in Joule, phi and theta in rad
+     212             :         bool transformCosmicRay(double rigidity, double& phi, double& theta);
+     213             : 
+     214             :         /// Tries transform a cosmic ray with momentum vector p
+     215             :         bool transformCosmicRay(double rigidity, Vector3d &p);
+     216             : 
+     217             :         /// transforms the model array assuming that model points to an array of the
+     218             :         /// correct size. Rigidity is given in Joule
+     219             :         void transformModelVector(double* model, double rigidity) const;
+     220             : 
+     221             :         /// Loads M as part of a lens and use it in given rigidity range with
+     222             :         /// rigidities given in Joule
+     223             :         void setLensPart(const ModelMatrixType &M, double rigidityMin, double rigidityMax);
+     224             : 
+     225             :         /// Loads a lens from a given file, containing lines like
+     226             :         /// lensefile.MLDAT rigidityMin rigidityMax
+     227             :         /// rigidities are given in logarithmic units [log10(E / eV)]
+     228             :         void loadLens(const string &filename);
+     229             : 
+     230             :         /// Normalizes the lens parts to the maximum of sums of columns of
+     231             :         /// every lenspart. By doing this, the lens won't distort the spectrum
+     232             :         void normalizeLens();
+     233             : 
+     234             :         /// Normalizes the lens parts individually. Normalized this way, the
+     235             :         /// lens generally distorts the spectrum of the sources, but deflects
+     236             :         /// the UHECR more efficiently.
+     237             :         void normalizeLensparts();
+     238             : 
+     239             :         /// Checks if rigidity [Joule] is covered by lens
+     240             :         bool rigidityCovered(double rigidity) const;
+     241             : 
+     242             :         /// Normalizes all matrix columns - the lens will then create fake
+     243             :         /// anisotropies, but won't drop particles
+     244             :         void normalizeMatrixColumns();
+     245             : 
+     246             :         /// Returns minimum rigidity covered by lens, in eV
+     247             :         double getMinimumRigidity() const
+     248             :         {
+     249           0 :                 return _minimumRigidity / eV;
+     250             :         }
+     251             :         /// Returns maximum rigidity covered by lens, in eV
+     252             :         double getMaximumRigidity() const
+     253             :         {
+     254           0 :                 return _maximumRigidity / eV;
+     255             :         }
+     256             : 
+     257             :         //      returns the norm used for the lenses
+     258             :         double getNorm()
+     259             :         {
+     260           0 :                 return _norm;
+     261             :         }
+     262             : 
+     263             :         /// Returns iterator to the lens part with rigidity Joule
+     264             :         LensPart* getLensPart(double rigidity) const;
+     265             : 
+     266             :         /// Returns all lens parts
+     267             :         const std::vector<LensPart*>& getLensParts() const
+     268             :         {
+     269           0 :                 return _lensParts;
+     270             :         }
+     271             : };
+     272             : 
+     273             : /** @}*/
+     274             : } // namespace
+     275             : 
+     276             : #endif // MAGNETICLENS_HH
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/ParticleMapsContainer.h.func-sort-c.html b/doc/coverageReport/include/crpropa/magneticLens/ParticleMapsContainer.h.func-sort-c.html new file mode 100644 index 000000000..907daed16 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/ParticleMapsContainer.h.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens/ParticleMapsContainer.h - functions + + + + + + + + + + + + + + +
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LCOV - code coverage report
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Current view:top level - include/crpropa/magneticLens - ParticleMapsContainer.h (source / functions)HitTotalCoverage
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/ParticleMapsContainer.h.gcov.html b/doc/coverageReport/include/crpropa/magneticLens/ParticleMapsContainer.h.gcov.html new file mode 100644 index 000000000..b652fe992 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/ParticleMapsContainer.h.gcov.html @@ -0,0 +1,221 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens/ParticleMapsContainer.h + + + + + + + + + + + + + + +
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Current view:top level - include/crpropa/magneticLens - ParticleMapsContainer.h (source / functions)HitTotalCoverage
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+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_PARTICLEMAPSCONTAINER_HH
+       2             : #define CRPROPA_PARTICLEMAPSCONTAINER_HH
+       3             : 
+       4             : #include <map>
+       5             : #include <vector>
+       6             : #include "crpropa/magneticLens/Pixelization.h"
+       7             : #include "crpropa/magneticLens/MagneticLens.h"
+       8             : 
+       9             : #include "crpropa/Vector3.h"
+      10             : 
+      11             : namespace crpropa {
+      12             : /**
+      13             :  * \addtogroup MagneticLenses 
+      14             :  * @{
+      15             :  */
+      16             : 
+      17             : /** 
+      18             :  @class ParticleMapsContainer
+      19             :  @brief A container for particle maps
+      20             : 
+      21             :  The maps are stored with discrete energies on a logarithmic scale. The
+      22             :  default energy width is 0.02 with an energy bin from 10**17.99 - 10**18.01 eV.
+      23             :  */
+      24             : class ParticleMapsContainer {
+      25             : private:
+      26             :         std::map<int, std::map <int, double*> > _data;
+      27             :         Pixelization _pixelization;
+      28             :         double _deltaLogE;
+      29             :         double _bin0lowerEdge;
+      30             : 
+      31             :         // get the bin number of the energy
+      32             :         int energy2Idx(double energy) const;
+      33             :         double idx2Energy(int idx) const;
+      34             : 
+      35             :         // weights of the particles
+      36             :         double _sumOfWeights;
+      37             :         std::map<int, double > _weightsPID;
+      38             :         std::map<int, map<int, double> > _weights_pidEnergy;
+      39             : 
+      40             :         // lazy update of weights
+      41             :         bool _weightsUpToDate;
+      42             :         void _updateWeights();
+      43             : 
+      44             : public:
+      45             :         /** Constructor.
+      46             :          @param deltaLogE               width of logarithmic energy bin [in eV]
+      47             :          @param bin0lowerEdge   logarithm of energy of the lower edge of first bin [in log(eV)]
+      48             :          */
+      49           2 :         ParticleMapsContainer(double deltaLogE = 0.02, double bin0lowerEdge = 17.99) : _deltaLogE(deltaLogE), _bin0lowerEdge(bin0lowerEdge), _pixelization(6), _weightsUpToDate(false), _sumOfWeights(0) {
+      50           2 :         }
+      51             :         /** Destructor.
+      52             :          */
+      53             :         ~ParticleMapsContainer();
+      54             : 
+      55             :         size_t getNumberOfPixels() {
+      56           0 :                 return _pixelization.getNumberOfPixels();
+      57             :         }
+      58             : 
+      59             :         /** Get the map for the particleId with the given energy.
+      60             :          @param particleId              id of the particle following the PDG numbering scheme
+      61             :          @param energy                  the energy of the particle [in Joules]
+      62             :          @returns The map for a given particleId with a given energy
+      63             :          */
+      64             :         double *getMap(const int particleId, double energy);
+      65             : 
+      66             :         /** Adds a particle to the map container.
+      67             :          @param particleId                      id of the particle following the PDG numbering scheme
+      68             :          @param energy                          the energy of the particle [in Joules]
+      69             :          @param galacticLongitude       galactic longitude [radians]
+      70             :          @param galacticLatitude        galactic latitude [radians]
+      71             :          @param weight                          relative weight for the specific particle
+      72             :         */
+      73             :         void addParticle(const int particleId, double energy, double galacticLongitude, double galacticLatitude, double weight = 1);
+      74             :         /** Adds a particle to the map container.
+      75             :          @param particleId                      id of the particle following the PDG numbering scheme
+      76             :          @param energy                          the energy of the particle [in Joules]
+      77             :          @param v                                       vector containing the arrival directions of a particle
+      78             :          @param weight                          relative weight for the specific particle
+      79             :         */
+      80             :         void addParticle(const int particleId, double energy, const Vector3d &v, double weight = 1);
+      81             : 
+      82             :         /** Get all particle ids in the map.
+      83             :          @returns Vector of all ids.
+      84             :          */
+      85             :         std::vector<int> getParticleIds();
+      86             : 
+      87             :         /** Get energies in map.
+      88             :          @param pid     id of the particle following the PDG numbering scheme
+      89             :          @returns Energies are returned in units of eV (unlike in other CRPropa modules) for performance reasons
+      90             :          */
+      91             :         std::vector<double> getEnergies(int pid);
+      92             : 
+      93             :         void applyLens(MagneticLens &lens);;
+      94             : 
+      95             :         /** Get random particles from map.
+      96             :          The arguments are the vectors where the information will be stored.
+      97             :          @param N                                       number of particles to be selected
+      98             :          @param particleId                      id of the particle following the PDG numbering scheme
+      99             :          @param energy                          energy of interest [in eV]
+     100             :          @param galacticLongitudes      longitude in the interval [-pi, pi] [in radians]
+     101             :          @param galacticLatitudes       latitude in the interval [-pi/2, pi/2] [in radians]
+     102             :          */
+     103             :         void getRandomParticles(size_t N, vector<int> &particleId,
+     104             :                 vector<double> &energy, vector<double> &galacticLongitudes,
+     105             :                 vector<double> &galacticLatitudes);
+     106             : 
+     107             :         /** Places a particle with given id and energy according to the  probability maps. 
+     108             :          @param pid                                     id of the particle following the PDG numbering scheme
+     109             :          @param energy                          energy of interest [in eV]
+     110             :          @param galacticLongitude       longitude in the interval [-pi, pi] [in radians]
+     111             :          @param galacticLatitude        latitude in the interval [-pi/2, pi/2] [in radians]
+     112             :          @returns Returns false if operation not possible; true otherwise.
+     113             :          */
+     114             :         bool placeOnMap(int pid, double energy, double &galacticLongitude, double &galacticLatitude);
+     115             : 
+     116             :         /** Force weight update prior to getting random particles. 
+     117             :          Only necessary when reusing pointer to maps after calculating weights.
+     118             :         */
+     119             :         void forceWeightUpdate();
+     120             : 
+     121             :         /** Get sum of weights of the maps.
+     122             :          @returns Sum of all weights.
+     123             :          */
+     124             :         double getSumOfWeights() {
+     125           0 :                 if (!_weightsUpToDate)
+     126           0 :                         _updateWeights();
+     127           0 :                 return _sumOfWeights;
+     128             :         }
+     129             : 
+     130             :         /** Get weight for a given particle and energy
+     131             :          @param pid                                     id of the particle following the PDG numbering scheme
+     132             :          @param energy                          energy of interest [in eV]
+     133             :          @returns Weight for the chosen particle and energy.
+     134             :          */
+     135           0 :         double getWeight(int pid, double energy) {
+     136           0 :                 if (!_weightsUpToDate)
+     137           0 :                         _updateWeights();
+     138           0 :                 return _weights_pidEnergy[pid][energy2Idx(energy)];
+     139             :         }
+     140             : };
+     141             : /** @}*/
+     142             : 
+     143             : } // namespace crpropa
+     144             : 
+     145             : #endif // CRPROPA_PARTICLEMAPSCONTAINER_HH
+
+
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+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.func-sort-c.html b/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.func-sort-c.html new file mode 100644 index 000000000..728ad5e1e --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.func-sort-c.html @@ -0,0 +1,84 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens/Pixelization.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticLens - Pixelization.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:81844.4 %
Date:2024-04-08 14:58:22Functions:1333.3 %
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.func.html b/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.func.html new file mode 100644 index 000000000..cc5239816 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.func.html @@ -0,0 +1,84 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens/Pixelization.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticLens - Pixelization.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:81844.4 %
Date:2024-04-08 14:58:22Functions:1333.3 %
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_ZN7crpropa12Pixelization15getPixelsInConeEdddRSt6vectorIiSaIiEE0
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.gcov.html b/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.gcov.html new file mode 100644 index 000000000..370ed122b --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/Pixelization.h.gcov.html @@ -0,0 +1,217 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens/Pixelization.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticLens - Pixelization.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:81844.4 %
Date:2024-04-08 14:58:22Functions:1333.3 %
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+
          Line data    Source code
+
+       1             : //----------------------------------------------------------------------
+       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
+       3             : // a parametrized simulation engine for cosmic rays.
+       4             : //
+       5             : // Copyright (C) 2011  Martin Erdmann, Peter Schiffer, Tobias Winchen
+       6             : //                     RWTH Aachen University, Germany
+       7             : // Contact: winchen@physik.rwth-aachen.de
+       8             : //
+       9             : //  This program is free software: you can redistribute it and/or
+      10             : //  modify it under the terms of the GNU General Public License as
+      11             : //  published by the Free Software Foundation, either version 3 of
+      12             : //  the License, or (at your option) any later version.
+      13             : //
+      14             : //  This program is distributed in the hope that it will be useful,
+      15             : //  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      16             : //  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      17             : //  GNU General Public License for more details.
+      18             : //
+      19             : //  You should have received a copy of the GNU General Public License
+      20             : //  along with this program. If not, see <http://www.gnu.org/licenses/>.
+      21             : //----------------------------------------------------------------------
+      22             : 
+      23             : 
+      24             : #ifndef PIXELIZATION_HH
+      25             : #define PIXELIZATION_HH
+      26             : 
+      27             : #include "healpix_base/healpix_base.h"
+      28             : #include <cmath>
+      29             : #include <stdint.h>
+      30             : 
+      31             : namespace crpropa
+      32             : {
+      33             : /**
+      34             :  * \addtogroup MagneticLenses
+      35             :  * @{
+      36             :  */
+      37             : 
+      38             : /// Helpers to makes work with Healpix smooth
+      39             : const uint8_t _nOrder_max = 13;
+      40             : const uint32_t _nPix[] =
+      41             : {
+      42             :                 48,
+      43             :                 192,
+      44             :                 768,
+      45             :                 3072,
+      46             :                 12288,
+      47             :                 49152,
+      48             :                 196608,
+      49             :                 786432,
+      50             :                 3145728,
+      51             :                 12582912,
+      52             :                 50331648,
+      53             :                 201326592,
+      54             :                 805306368
+      55             : };
+      56             : 
+      57             : /// Every communication with healpix is done through this class to avoid
+      58             : /// bugs with missmatching coordinates (and make python hooks easier)
+      59             : class Pixelization
+      60             : {
+      61             : public:
+      62           0 :         Pixelization()
+      63           0 :         {
+      64           0 :                 _healpix = new healpix::T_Healpix_Base<int>(6, healpix::RING);
+      65           0 :         }
+      66             : 
+      67             :         /// Constructor creating Pixelization with healpix order 6 (about
+      68             :         /// 50000 pixels)
+      69          10 :         Pixelization(uint8_t order)
+      70          10 :         {
+      71          10 :                 _healpix = new healpix::T_Healpix_Base<int>(order, healpix::RING);
+      72          10 :         }
+      73             : 
+      74             :         ~Pixelization()
+      75             :         {
+      76          10 :                 delete _healpix;
+      77          10 :         }
+      78             : 
+      79             :         /// Returns the number of the pixel which includes the direction (phi,theta)
+      80             :         /// phi in [-pi, pi], theta in [-pi/2, pi/2]
+      81             :         uint32_t direction2Pix(double longitude, double latitude) const;
+      82             : 
+      83             :         /// Returns the number of pixels of the pixelization
+      84             :         uint32_t nPix() const
+      85             :         {
+      86       86026 :                 return _healpix->Npix();
+      87             :         }
+      88             : 
+      89             :         /// Returns the number of pixels given by healpix order
+      90             :         static uint32_t nPix(uint8_t order);
+      91             : 
+      92             :         /// Returns the number of pixels of the pixelization
+      93             :         int getNumberOfPixels()
+      94             :         {
+      95    10317737 :                 return _healpix->Npix();
+      96             :         }
+      97             : 
+      98             :         /// Returns the order, a given pixel number corresponds to. 0 if no
+      99             :         /// match!
+     100             :         static uint8_t pix2Order(uint32_t pix);
+     101             : 
+     102             :         /// Gives the center of pixel i in longitude [rad] and latitude [rad]
+     103             :         void pix2Direction(uint32_t i, double &longitude, double &latitude) const;
+     104             : 
+     105             :         /// Calculate the angle [rad] between the vectors pointing to pixels i and j
+     106             :         double angularDistance(uint32_t i, uint32_t j) const;
+     107             : 
+     108             :         /// Returns the maximum possible pixelization order
+     109             :         uint8_t getMaxOrder() const
+     110             :         {
+     111             :                 return _nOrder_max;
+     112             :         }
+     113             : 
+     114             :   /// Returns healpix order
+     115             :   uint8_t getOrder() const
+     116             :   {
+     117           0 :     return _healpix->Order();
+     118             :   }
+     119             : 
+     120             :         void getRandomDirectionInPixel(uint32_t pixel, double &longitude, double &latitude);
+     121             : 
+     122           0 :         void getPixelsInCone(double longitude, double latitude,double radius, std::vector<int>& listpix)
+     123             :         {
+     124             :                 healpix::vec3 v;
+     125           0 :                 spherCo2Vec(longitude, latitude, v);
+     126             :                 healpix::pointing p;
+     127           0 :                 p.from_vec3(v);
+     128           0 :                 _healpix->query_disc(p, radius, listpix);
+     129           0 :         }
+     130             : 
+     131             : private:
+     132             :         void spherCo2Vec(double phi, double theta, healpix::vec3 &V) const;
+     133             :         void vec2SphereCo(double &phi , double &theta, const healpix::vec3 &V) const;
+     134             :         healpix::T_Healpix_Base<int> *_healpix;
+     135             :         static healpix::T_Healpix_Base<healpix::int64> _healpix_nest;
+     136             : };
+     137             : 
+     138             : 
+     139             : /** @}*/
+     140             : } // namespace
+     141             : #endif // PIXELIZATION_HH
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/index-sort-f.html b/doc/coverageReport/include/crpropa/magneticLens/index-sort-f.html new file mode 100644 index 000000000..6f02276e0 --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/index-sort-f.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticLensHitTotalCoverage
Test:coverage.info.cleanedLines:307042.9 %
Date:2024-04-08 14:58:22Functions:61154.5 %
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/index-sort-l.html b/doc/coverageReport/include/crpropa/magneticLens/index-sort-l.html new file mode 100644 index 000000000..053630cae --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/index-sort-l.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticLensHitTotalCoverage
Test:coverage.info.cleanedLines:307042.9 %
Date:2024-04-08 14:58:22Functions:61154.5 %
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+ 		44.4 %8 / 1833.3 %1 / 3
MagneticLens.h +
47.6%47.6%
+ 		47.6 %20 / 4266.7 %4 / 6
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+ + + diff --git a/doc/coverageReport/include/crpropa/magneticLens/index.html b/doc/coverageReport/include/crpropa/magneticLens/index.html new file mode 100644 index 000000000..279e0695b --- /dev/null +++ b/doc/coverageReport/include/crpropa/magneticLens/index.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/magneticLens + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/magneticLensHitTotalCoverage
Test:coverage.info.cleanedLines:307042.9 %
Date:2024-04-08 14:58:22Functions:61154.5 %
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MagneticLens.h +
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ParticleMapsContainer.h +
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+ 		20.0 %2 / 1050.0 %1 / 2
Pixelization.h +
44.4%44.4%
+ 		44.4 %8 / 1833.3 %1 / 3
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+
+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.func-sort-c.html b/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.func-sort-c.html new file mode 100644 index 000000000..2d2c7d39b --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Cordes.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Cordes.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.func.html b/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.func.html new file mode 100644 index 000000000..8ec13117b --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Cordes.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Cordes.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ +
+ + + + + + +

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+ + + +
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+
+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.gcov.html b/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.gcov.html new file mode 100644 index 000000000..0ec8b1bff --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Cordes.h.gcov.html @@ -0,0 +1,121 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Cordes.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Cordes.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_CORDES_H
+       2             : #define CRPROPA_CORDES_H
+       3             : 
+       4             : #include "crpropa/massDistribution/Density.h"
+       5             : 
+       6             : #include <cmath>
+       7             : #include <string>
+       8             : 
+       9             : namespace crpropa {
+      10             : /**
+      11             :         @class Cordes
+      12             :         @brief Cylindrical symetrical model of the density of ionised hydrogen (HII) of the Milky Way
+      13             :         Cordes et al., 1991, Nature 353,737
+      14             :         */
+      15           1 : class Cordes: public Density {
+      16             : private:
+      17             :         // DO NOT CHANGE model type!
+      18             :         bool isforHI = false;
+      19             :         bool isforHII = true;
+      20             :         bool isforH2 = false;
+      21             : 
+      22             : public:
+      23             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      24             :          @return density in parts/m^3 */
+      25             :         double getDensity(const Vector3d &position) const;
+      26             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      27             :          @return density of ionised hydrogen in parts/m^3, equal getDensity thus no other type is included for Cordes */
+      28             :         double getHIIDensity(const Vector3d &position) const;
+      29             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      30             :          @return density of nucleons in parts/m^3, equal getDensity thus only HII is included for Cordes */
+      31             :         double getNucleonDensity(const Vector3d &position) const;
+      32             : 
+      33             :         /** @return activation status of HI */
+      34             :         bool getIsForHI();
+      35             :         /** @return activation status of HII */
+      36             :         bool getIsForHII();
+      37             :         /** @return activation status of H2 */
+      38             :         bool getIsForH2();
+      39             : 
+      40             :         std::string getDescription();
+      41             : };
+      42             : 
+      43             : }  // namespace crpropa
+      44             : 
+      45             : #endif  // CRPROPA_CORDES_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Density.h.func-sort-c.html b/doc/coverageReport/include/crpropa/massDistribution/Density.h.func-sort-c.html new file mode 100644 index 000000000..61d743401 --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Density.h.func-sort-c.html @@ -0,0 +1,116 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Density.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Density.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0210.0 %
Date:2024-04-08 14:58:22Functions:0110.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa7Density10getIsForH2Ev0
_ZN7crpropa7Density10getIsForHIEv0
_ZN7crpropa7Density11getIsForHIIEv0
_ZN7crpropa7Density14getDescriptionB5cxx11Ev0
_ZN7crpropa7DensityD0Ev0
_ZN7crpropa7DensityD2Ev0
_ZNK7crpropa7Density10getDensityERKNS_7Vector3IdEE0
_ZNK7crpropa7Density12getH2DensityERKNS_7Vector3IdEE0
_ZNK7crpropa7Density12getHIDensityERKNS_7Vector3IdEE0
_ZNK7crpropa7Density13getHIIDensityERKNS_7Vector3IdEE0
_ZNK7crpropa7Density17getNucleonDensityERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Density.h.func.html b/doc/coverageReport/include/crpropa/massDistribution/Density.h.func.html new file mode 100644 index 000000000..f9ed0dff3 --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Density.h.func.html @@ -0,0 +1,116 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Density.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Density.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0210.0 %
Date:2024-04-08 14:58:22Functions:0110.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa7Density10getIsForH2Ev0
_ZN7crpropa7Density10getIsForHIEv0
_ZN7crpropa7Density11getIsForHIIEv0
_ZN7crpropa7Density14getDescriptionB5cxx11Ev0
_ZN7crpropa7DensityD0Ev0
_ZN7crpropa7DensityD2Ev0
_ZNK7crpropa7Density10getDensityERKNS_7Vector3IdEE0
_ZNK7crpropa7Density12getH2DensityERKNS_7Vector3IdEE0
_ZNK7crpropa7Density12getHIDensityERKNS_7Vector3IdEE0
_ZNK7crpropa7Density13getHIIDensityERKNS_7Vector3IdEE0
_ZNK7crpropa7Density17getNucleonDensityERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Density.h.gcov.html b/doc/coverageReport/include/crpropa/massDistribution/Density.h.gcov.html new file mode 100644 index 000000000..5b9e5404b --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Density.h.gcov.html @@ -0,0 +1,134 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Density.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Density.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0210.0 %
Date:2024-04-08 14:58:22Functions:0110.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_DENSITY_H
+       2             : #define CRPROPA_DENSITY_H
+       3             : 
+       4             : #include "crpropa/Units.h"
+       5             : #include "crpropa/Vector3.h"
+       6             : #include "crpropa/Referenced.h"
+       7             : 
+       8             : namespace crpropa {
+       9             : 
+      10             : /**
+      11             :  @class Density
+      12             :  @brief Abstract base class for target densities
+      13             :  */
+      14           0 : class Density: public Referenced {
+      15             : public:
+      16           0 :         virtual ~Density() {
+      17           0 :         }
+      18             : 
+      19           0 :         virtual double getDensity(const Vector3d &position) const {  // sum of all densities
+      20           0 :                 return 0;
+      21             :         }
+      22             : 
+      23           0 :         virtual double getHIDensity(const Vector3d &position) const {
+      24           0 :                 return 0;
+      25             :         }
+      26             : 
+      27           0 :         virtual double getHIIDensity(const Vector3d &position) const {
+      28           0 :                 return 0;
+      29             :         }
+      30             : 
+      31           0 :         virtual double getH2Density(const Vector3d &position) const {
+      32           0 :                 return 0;
+      33             :         }
+      34             : 
+      35           0 :         virtual double getNucleonDensity(const Vector3d &position) const {  // sum of nucleons (H2 with factor 2)
+      36           0 :                 return 0;
+      37             :         }
+      38             : 
+      39           0 :         virtual bool getIsForHI() {
+      40           0 :                 return false;
+      41             :         }
+      42             : 
+      43           0 :         virtual bool getIsForHII() {
+      44           0 :                 return false;
+      45             :         }
+      46             : 
+      47           0 :         virtual bool getIsForH2() {
+      48           0 :                 return false;
+      49             :         }
+      50             : 
+      51           0 :         virtual std::string getDescription() {
+      52           0 :                 return "Abstract Density Module\n";
+      53             :         }
+      54             : };
+      55             : 
+      56             : }  // namespace crpropa
+      57             : 
+      58             : #endif  // CRPROPA_DENSITY_H
+
+
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+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.func-sort-c.html b/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.func-sort-c.html new file mode 100644 index 000000000..7bb1afb24 --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Ferriere.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Ferriere.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.func.html b/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.func.html new file mode 100644 index 000000000..9357468f5 --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Ferriere.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Ferriere.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + diff --git a/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.gcov.html b/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.gcov.html new file mode 100644 index 000000000..f69801f4a --- /dev/null +++ b/doc/coverageReport/include/crpropa/massDistribution/Ferriere.h.gcov.html @@ -0,0 +1,153 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/massDistribution/Ferriere.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/massDistribution - Ferriere.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_FERRIERE_H
+       2             : #define CRPROPA_FERRIERE_H
+       3             : 
+       4             : #include "crpropa/massDistribution/Density.h"
+       5             : 
+       6             : #include <cmath>
+       7             : #include <string>
+       8             : 
+       9             : namespace crpropa {
+      10             : /**
+      11             :  @class Ferriere
+      12             :  @brief model of the distribution of hydrogen in the Milky Way
+      13             :   Here in model Ferriere 2007
+      14             :   seperated in 2 regions (inner, outer). The border is for R=3 kpc in galactocentric radius.
+      15             :   model is discribed in
+      16             : outer: ApJ, 497, 759
+      17             : inner:  arxiv:  astro-ph/0702532
+      18             : */
+      19           2 : class Ferriere: public Density {
+      20             : private:
+      21             :         // standard for all types of distribution
+      22             :         bool isforHI = true;
+      23             :         bool isforHII = true;
+      24             :         bool isforH2 = true;
+      25             :         double Rsun = 8.5 * kpc;  // distance sun-galactic center
+      26             : 
+      27             : public:
+      28             :         /** Coordinate transformation for the CentralMolecularZone region. Rotation arround z-axis such that X is the major axis and Y is the minor axis
+      29             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      30             :         @return position in local coordinates for the CMZ region
+      31             :         */
+      32             :         Vector3d CMZTransformation(const Vector3d &position) const;
+      33             :         
+      34             :         /** Coordinate transformation for the galactic bulge disk region in galactic center. Rotation arround the x-axis, the y'-axis and the x''-axis. Difened with X along the major axis, Y along the minor axis and Z along the northern normal
+      35             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      36             :         @return position in local coordinates for the GB disk region
+      37             :         */
+      38             :         Vector3d DiskTransformation(const Vector3d &position) const;
+      39             : 
+      40             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      41             :          @return density in parts/m^3, only acitvated parts are summed up */
+      42             :         double getDensity(const Vector3d &position) const;
+      43             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      44             :          @return density of atomic hydrogen in parts/m^3 */
+      45             :         double getHIDensity(const Vector3d &position) const;
+      46             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      47             :          @return density of ionised hydrogen in parts/m^3 */
+      48             :         double getHIIDensity(const Vector3d &position) const;
+      49             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      50             :          @return density of molecular hydrogen in parts/m^3 */
+      51             :         double getH2Density(const Vector3d &position) const;
+      52             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      53             :          @return nucleon density in parts/m^3, only activated parts are summed up and H2 is weighted twice */
+      54             :         double getNucleonDensity(const Vector3d &position) const;
+      55             : 
+      56             :         /** changes activation status for atomic hydrogen */
+      57             :         void setIsForHI(bool HI);
+      58             :         /** changes activation status for ionised hydrogen */
+      59             :         void setIsForHII(bool HII);
+      60             :         /** changes activation status for molecular hydrogen */
+      61             :         void setIsForH2(bool H2);
+      62             : 
+      63             :         /** @return activation status for atomic hydrogen */
+      64             :         bool getIsForHI();
+      65             :         /** @return activation status for ionised hydrogen */
+      66             :         bool getIsForHII();
+      67             :         /** @return activation status for molecular hydrogen */
+      68             :         bool getIsForH2();
+      69             : 
+      70             :         std::string getDescription();
+      71             : };
+      72             : 
+      73             : }  // namespace crpropa
+      74             : 
+      75             : #endif  // CRPROPA_FERRIERE_H
+      76             : 
+      77             : 
+
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          Line data    Source code
+
+       1             : #ifndef CRPROPA_MASSDISTRIBUTION_H
+       2             : #define CRPROPA_MASSDISTRIBUTION_H
+       3             : 
+       4             : #include "crpropa/massDistribution/Density.h"
+       5             : #include "crpropa/Vector3.h"
+       6             : #include "crpropa/Grid.h"
+       7             : 
+       8             : #include "kiss/logger.h"
+       9             : 
+      10             : #include <vector>
+      11             : 
+      12             : namespace crpropa {
+      13             : 
+      14             : /**
+      15             :  @class DensityList
+      16             :  @brief Superposition of density models.
+      17             :  The addDensity function adds a new density to the list.
+      18             :  The getDensity function handles the activated types in loaded densities, whereas get(type)Density disregards the activation state.
+      19             : */
+      20           2 : class DensityList: public Density {
+      21             : private:
+      22             :         std::vector<ref_ptr<Density> > DensityList ;
+      23             : 
+      24             : public:
+      25             :         /** Add new density to list.
+      26             :          @param density density to add
+      27             :         */
+      28             :         void addDensity(ref_ptr<Density> density);
+      29             : 
+      30             :         /** Get density at a given position.
+      31             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      32             :          @returns Density in particles/m^3, sum up densities from added densities 
+      33             :         */
+      34             :         double getDensity(const Vector3d &position) const;
+      35             :         /** Get HI density at a given position.
+      36             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      37             :          @returns Density of HI at given position in particles/m^3, sum up all HI densities from added densities
+      38             :          */
+      39             :         double getHIDensity(const Vector3d &position) const;
+      40             :         /** Get HII density at a given position.
+      41             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      42             :          @returns Density of HII at given position in particles/m^3, sum up all HII densities from added densities 
+      43             :          */
+      44             :         double getHIIDensity(const Vector3d &position) const;
+      45             :         /** Get H2 density at a given position.
+      46             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      47             :          @returns Density of H2 at given position in particles/m^3, sum up all H2 densities from added densities 
+      48             :          */
+      49             :         double getH2Density(const Vector3d &position) const;
+      50             :         /** Get the density of nucleons.
+      51             :          This is the number of nucleons per volume, summed up all activated density and weight molecular hydrogyen twice
+      52             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      53             :          @returns Density of nucleons at given position in particles/m^3, sum up all nucleon densities from added densities 
+      54             :          */
+      55             :         double getNucleonDensity(const Vector3d &position) const;
+      56             : 
+      57             :         std::string getDescription();
+      58             : };
+      59             : 
+      60             : /**
+      61             :  @class DensityGrid
+      62             :  @brief Wrapper to use a Grid1f for a density
+      63             : 
+      64             :  The DensityGrid uses a given grid for the chosen density type. More than one type can be chosen to follow the same distribution.
+      65             :  If no type is chosen a warning will be raised and all densities are 0.
+      66             : */
+      67           4 : class DensityGrid: public Density {
+      68             : private: 
+      69             :         ref_ptr<Grid1f> grid; //< Grid with data
+      70             :         bool isForHI, isForHII, isForH2; 
+      71             :         void checkAndWarn(); //< raise a warning if all density types are deactivated.
+      72             : 
+      73             : public:
+      74             :         DensityGrid(ref_ptr<Grid1f> grid, bool isForHI = false, bool isForHII = false, bool isForH2 = false);
+      75             :         
+      76             :         /** Get HI density at a given position.
+      77             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      78             :          @returns Density of HI at given position in particles/m^3, sum up all HI densities from added densities
+      79             :          */
+      80             :         double getHIDensity(const Vector3d &position) const;
+      81             :         
+      82             :         /** Get HII density at a given position.
+      83             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      84             :          @returns Density of HII at given position in particles/m^3, sum up all HII densities from added densities 
+      85             :          */
+      86             :         double getHIIDensity(const Vector3d &position) const;
+      87             :         
+      88             :         /** Get H2 density at a given position.
+      89             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      90             :          @returns Density of H2 at given position in particles/m^3, sum up all H2 densities from added densities 
+      91             :          */
+      92             :         double getH2Density(const Vector3d &position) const;
+      93             : 
+      94             :         /** Get density at a given position.
+      95             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+      96             :          @returns Density in particles/m^3, sum up densities from added densities 
+      97             :         */
+      98             :         double getDensity(const Vector3d &position) const;
+      99             :         
+     100             :         /** Get the density of nucleons.
+     101             :          This is the number of nucleons per volume, summed up all activated density and weight molecular hydrogyen twice
+     102             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
+     103             :          @returns Density of nucleons at given position in particles/m^3, sum up all nucleon densities from added densities 
+     104             :          */
+     105             :         double getNucleonDensity(const Vector3d &position) const;
+     106             : 
+     107             :         bool getIsForHI();
+     108             :         bool getIsForHII();
+     109             :         bool getIsForH2();
+     110             : 
+     111             :         /* set if the density is for HI type. 
+     112             :          @param b if True the density is used for HI
+     113             :         */
+     114             :         void setIsForHI(bool b);
+     115             : 
+     116             :         /* set if the density is for HII type. 
+     117             :          @param b if True the density is used for HII
+     118             :         */
+     119             :         void setIsForHII(bool b);
+     120             : 
+     121             :         /* set if the density is for H2 type. 
+     122             :          @param b if True the density is used for H2
+     123             :         */
+     124             :         void setIsForH2(bool b);
+     125             :         
+     126             :         /* Change the grid for the density
+     127             :          @param grid (Grid1f) new grid for the density. 
+     128             :         */
+     129             :         void setGrid(ref_ptr<Grid1f> grid);
+     130             : 
+     131             :         std::string getDescription();
+     132             : };
+     133             : 
+     134             : }  // namespace crpropa
+     135             : 
+     136             : #endif  // CRPROPA_MASSDISTRIBUTION_H
+
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LCOV - code coverage report
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Current view:top level - include/crpropa/massDistribution - Nakanishi.h (source / functions)HitTotalCoverage
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Current view:top level - include/crpropa/massDistribution - Nakanishi.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11100.0 %
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+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_NAKANISHI_H
+       2             : #define CRPROPA_NAKANISHI_H
+       3             : 
+       4             : #include "crpropa/massDistribution/Density.h"
+       5             : 
+       6             : #include <cmath>
+       7             : #include <string>
+       8             : 
+       9             : namespace crpropa {
+      10             : /**
+      11             :  @class Nakanishi
+      12             :  @brief Cylindrical symetrical model of the density distribution of the Milky Way for atomic (HI) and molecular (H2) hydrogen
+      13             :         Modell for HI arXiv:astro-ph/0304338
+      14             :         Modell for H2 arxiv:astro-ph/0610769
+      15             :         fit of the models given in arXiv:1607.07886
+      16             : */
+      17           1 : class Nakanishi: public Density {
+      18             : private:
+      19             :         bool isforHI = true;
+      20             :         bool isforHII = false;
+      21             :         bool isforH2 = true;
+      22             : 
+      23             : public:
+      24             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      25             :          @returns density in parts/m^3, only activated parts are summed up */
+      26             :         double getDensity(const Vector3d &position) const;
+      27             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      28             :          @returns density of atomic hydrogen in parts/m^3 */
+      29             :         double getHIDensity(const Vector3d &position) const;
+      30             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      31             :          @returns density of molecular hydrogen in parts/m^3 */
+      32             :         double getH2Density(const Vector3d &position) const;
+      33             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      34             :          @returns nucleon density in parts/m^3, only activated parts are summed up and H2 is weighted twice */
+      35             :         double getNucleonDensity(const Vector3d &position) const;
+      36             : 
+      37             :         /** the scale height over the galactic plane of atomic hydrogen is fitted by polynom of degree 3
+      38             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      39             :         @returns scale height at given position */
+      40             :         double getHIScaleheight(const Vector3d &position)const;
+      41             :         /** the plane density is fittet by two exponential components with e^-R and e^-(R^2)
+      42             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      43             :         @returns plane density in parts/m^3 */
+      44             :         double getHIPlanedensity(const Vector3d &position)const;
+      45             : 
+      46             :         /** the scale height over the galactic plane of molecular hydrogen is fitted by exponential function
+      47             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      48             :         @returns scale height at given position */
+      49             :         double getH2Scaleheight(const Vector3d &position)const;
+      50             :         /** the plane density is fitted by two exponential components
+      51             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
+      52             :         @returns plane density in parts/m^3 */
+      53             :         double getH2Planedensity(const Vector3d &position)const;
+      54             : 
+      55             :         /** changes activation status for atomic hydrogen */
+      56             :         void setIsForHI(bool HI);
+      57             :         /** changes activation status for molecular hydrogen */
+      58             :         void setIsForH2(bool H2);
+      59             : 
+      60             :         /** @returns activation status for atomic hydrogen */
+      61             :         bool getIsForHI();
+      62             :         /** @returns activation status for ionised hydrogen */
+      63             :         bool getIsForHII();
+      64             :         /** @returns activation status for molecular hydrogen */
+      65             :         bool getIsForH2();
+      66             :         std::string getDescription();
+      67             : };
+      68             : 
+      69             : }  // namespace crpropa
+      70             : 
+      71             : #endif  // CRPROPA_NAKANISHI_H
+      72             : 
+      73             : 
+      74             : 
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Current view:top level - include/crpropa/module - Boundary.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:66100.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/Boundary.h.gcov.html b/doc/coverageReport/include/crpropa/module/Boundary.h.gcov.html new file mode 100644 index 000000000..2eb065210 --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/Boundary.h.gcov.html @@ -0,0 +1,283 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/Boundary.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/module - Boundary.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:66100.0 %
Date:2024-04-08 14:58:22Functions:00-
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          Line data    Source code
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+       1             : #ifndef CRPROPA_BOUNDARY_H
+       2             : #define CRPROPA_BOUNDARY_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : 
+       6             : namespace crpropa {
+       7             : /**
+       8             :  * \addtogroup Condition
+       9             :  * @{
+      10             :  */
+      11             : 
+      12             : /**
+      13             :  @class PeriodicBox
+      14             :  @brief Rectangular box with periodic boundaries.
+      15             : 
+      16             :  If a particle passes on of the sides it is placed at the opposite side and its initial (source) position changed accordingly.
+      17             :  This implements periodic boundaries, that keep the particle inside the box and instead move the source away periodically.
+      18             :  Particles can overshoot (be outside of the box during the step) since the step size is not limited by this module.
+      19             :  */
+      20           2 : class PeriodicBox: public Module {
+      21             : private:
+      22             :         Vector3d origin;
+      23             :         Vector3d size;
+      24             : 
+      25             : public:
+      26             :         /** Default constructor
+      27             :          */
+      28             :         PeriodicBox();
+      29             :         /** Constructor
+      30             :          @param origin  vector corresponding to the lower box corner
+      31             :          @param size    vector corresponding to the box sizes along each direction
+      32             :          */
+      33             :         PeriodicBox(Vector3d origin, Vector3d size);
+      34             :         void process(Candidate *candidate) const;
+      35             :         void setOrigin(Vector3d origin);
+      36             :         void setSize(Vector3d size);
+      37             :         std::string getDescription() const;
+      38             : };
+      39             : 
+      40             : /**
+      41             :  @class ReflectiveBox
+      42             :  @brief Rectangular box with reflective boundaries.
+      43             : 
+      44             :  If a particle passes on of the sides it is reflected back inside (position and velocity) and its initial position changed as if the particle had come from that side.
+      45             :  This implements periodic boundaries, that keep the particle inside the box and instead move the source away reflectively.
+      46             :  Particles can overshoot (be outside of the box during the step) since the step size is not limited by this module.
+      47             :  */
+      48           1 : class ReflectiveBox: public Module {
+      49             : private:
+      50             :         Vector3d origin;
+      51             :         Vector3d size;
+      52             : 
+      53             : public:
+      54             :         /** Default constructor
+      55             :          */
+      56             :         ReflectiveBox();
+      57             :         /** Constructor
+      58             :          @param origin  vector corresponding to the lower box corner
+      59             :          @param size    vector corresponding to the box sizes along each direction
+      60             :          */
+      61             :         ReflectiveBox(Vector3d origin, Vector3d size);
+      62             :         void process(Candidate *candidate) const;
+      63             :         void setOrigin(Vector3d origin);
+      64             :         void setSize(Vector3d size);
+      65             :         std::string getDescription() const;
+      66             : };
+      67             : 
+      68             : /**
+      69             :  @class CubicBoundary
+      70             :  @brief Flags a particle when exiting the cube.
+      71             : 
+      72             :  The particle is made inactive and flagged as "Rejected".
+      73             :  By default the module prevents overshooting the boundary by more than a margin of 0.1 kpc.
+      74             :  This corresponds to the default minimum step size of the propagation modules (PropagationCK and SimplePropagation).
+      75             :  */
+      76           4 : class CubicBoundary: public AbstractCondition {
+      77             : private:
+      78             :         Vector3d origin;
+      79             :         double size;
+      80             :         double margin;
+      81             :         bool limitStep;
+      82             : 
+      83             : public:
+      84             :         /** Default constructor
+      85             :          */
+      86             :         CubicBoundary();
+      87             :         /** Constructor
+      88             :          @param origin  vector corresponding to the lower box corner
+      89             :          @param size    vector corresponding to the box sizes along each direction
+      90             :          */
+      91             :         CubicBoundary(Vector3d origin, double size);
+      92             :         void process(Candidate *candidate) const;
+      93             :         void setOrigin(Vector3d origin);
+      94             :         void setSize(double size);
+      95             :         void setMargin(double margin);
+      96             :         void setLimitStep(bool limitStep);
+      97             :         std::string getDescription() const;
+      98             : };
+      99             : 
+     100             : /**
+     101             :  @class SphericalBoundary
+     102             :  @brief Flag a particle when leaving the sphere.
+     103             : 
+     104             :  The particle is made inactive and flagged as "Rejected".
+     105             :  By default the module prevents overshooting the boundary by more than a margin of 0.1 kpc.
+     106             :  This corresponds to the default minimum step size of the propagation modules (PropagationCK and SimplePropagation).
+     107             :  */
+     108           3 : class SphericalBoundary: public AbstractCondition {
+     109             : private:
+     110             :         Vector3d center;
+     111             :         double radius;
+     112             :         double margin;
+     113             :         bool limitStep;
+     114             : 
+     115             : public:
+     116             :         /** Default constructor
+     117             :          */
+     118             :         SphericalBoundary();
+     119             :         /** Constructor
+     120             :          @param center          vector containing the coordinates of the center of the sphere
+     121             :          @param radius          radius of the sphere
+     122             :          */
+     123             :         SphericalBoundary(Vector3d center, double radius);
+     124             :         void process(Candidate *candidate) const;
+     125             :         void setCenter(Vector3d center);
+     126             :         void setRadius(double size);
+     127             :         void setMargin(double margin);
+     128             :         void setLimitStep(bool limitStep);
+     129             :         std::string getDescription() const;
+     130             : };
+     131             : 
+     132             : /**
+     133             :  @class EllipsoidalBoundary
+     134             :  @brief Flags a particle when leaving the ellipsoid.
+     135             : 
+     136             :  This module flags particles when outside of the ellipsoid, defined by two focal points and a major axis (length).
+     137             :  The particle is made inactive and flagged as "Rejected".
+     138             :  By default the module prevents overshooting the boundary by more than a margin of 0.1 kpc.
+     139             :  This corresponds to the default minimum step size of the propagation modules (PropagationCK and SimplePropagation).
+     140             :  */
+     141           3 : class EllipsoidalBoundary: public AbstractCondition {
+     142             : private:
+     143             :         Vector3d focalPoint1;
+     144             :         Vector3d focalPoint2;
+     145             :         double majorAxis;
+     146             :         double margin;
+     147             :         bool limitStep;
+     148             : 
+     149             : public:
+     150             :         /** Default constructor
+     151             :          */
+     152             :         EllipsoidalBoundary();
+     153             :         /** Constructor
+     154             :          @param focalPoint1             one of the foci of the ellipsoid
+     155             :          @param focalPoint2             the other foci of the ellipsoid
+     156             :          @param majorAxis               length of the major axis of the ellipsoid
+     157             :          */
+     158             :         EllipsoidalBoundary(Vector3d focalPoint1, Vector3d focalPoint2,
+     159             :                         double majorAxis);
+     160             :         void process(Candidate *candidate) const;
+     161             :         void setFocalPoints(Vector3d focalPoint1, Vector3d focalPoint2);
+     162             :         void setMajorAxis(double size);
+     163             :         void setMargin(double margin);
+     164             :         void setLimitStep(bool limitStep);
+     165             :         std::string getDescription() const;
+     166             : };
+     167             : 
+     168             : 
+     169             : /**
+     170             :  @class CylindricalBoundary
+     171             :  @brief Flags a particle when leaving the cylinder whose axis is along the z-axis.
+     172             :  This module flags particles when outside of the cylinder, defined by a radius and a height.
+     173             :  The particle is made inactive and by default is flagged "OutOfBounds".
+     174             :  Optionally the module can ensure the candidate does not overshoot the boundary by more than a set margin.
+     175             :  */
+     176           3 : class CylindricalBoundary: public AbstractCondition {
+     177             : private:
+     178             :         Vector3d origin;
+     179             :         double height;
+     180             :         double radius;
+     181             :         double margin;
+     182             :         bool limitStep;
+     183             : 
+     184             : public:
+     185             :         /** Default constructor
+     186             :          */
+     187             :         CylindricalBoundary();
+     188             :         /** Constructor
+     189             :          @param origin  vector corresponding to the lower part of the cylinder axis
+     190             :          @param height  height of the cylinder
+     191             :          @param radius  radius of the cylinder
+     192             :          */
+     193             :         CylindricalBoundary(Vector3d origin, double height,
+     194             :                         double radius);
+     195             :         void process(Candidate *candidate) const;
+     196             :         void setOrigin(Vector3d origin);
+     197             :         void setHeight(double height);
+     198             :         void setRadius(double radius);
+     199             :         void setMargin(double margin);
+     200             :         void setLimitStep(bool limitStep);
+     201             :         std::string getDescription() const;
+     202             : };
+     203             : /** @}*/
+     204             : 
+     205             : } // namespace crpropa
+     206             : 
+     207             : #endif // CRPROPA_BOUNDARY_H
+
+
+
+ + + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/BreakCondition.h.func-sort-c.html b/doc/coverageReport/include/crpropa/module/BreakCondition.h.func-sort-c.html new file mode 100644 index 000000000..5eddfe368 --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/BreakCondition.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/BreakCondition.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - include/crpropa/module - BreakCondition.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:44100.0 %
Date:2024-04-08 14:58:22Functions:00-
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Function Name Sort by function nameHit count Sort by hit count
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/BreakCondition.h.func.html b/doc/coverageReport/include/crpropa/module/BreakCondition.h.func.html new file mode 100644 index 000000000..bcf7545eb --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/BreakCondition.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/BreakCondition.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/module - BreakCondition.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:44100.0 %
Date:2024-04-08 14:58:22Functions:00-
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Function Name Sort by function nameHit count Sort by hit count
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/BreakCondition.h.gcov.html b/doc/coverageReport/include/crpropa/module/BreakCondition.h.gcov.html new file mode 100644 index 000000000..58e693670 --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/BreakCondition.h.gcov.html @@ -0,0 +1,221 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/BreakCondition.h + + + + + + + + + + + + + + +
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Current view:top level - include/crpropa/module - BreakCondition.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:44100.0 %
Date:2024-04-08 14:58:22Functions:00-
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          Line data    Source code
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+       1             : #ifndef CRPROPA_BREAKCONDITION_H
+       2             : #define CRPROPA_BREAKCONDITION_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : 
+       6             : namespace crpropa {
+       7             : /**
+       8             :  * \addtogroup Condition 
+       9             :  * @{
+      10             :  */
+      11             : 
+      12             : /**
+      13             :  @class MaximumTrajectoryLength
+      14             :  @brief Deactivates the candidate beyond a maximum trajectory length
+      15             : 
+      16             :  This module deactivates the candidate at a given maximum trajectory length.
+      17             :  In that case the property ("Deactivated", module::description) is set.
+      18             :  It also limits the candidates next step size to ensure the maximum trajectory length is not exceeded.
+      19             :  */
+      20             : class MaximumTrajectoryLength: public AbstractCondition {
+      21             :         double maxLength;
+      22             :         std::vector<Vector3d> observerPositions;
+      23             : public:
+      24             :         MaximumTrajectoryLength(double length = 0);
+      25             :         void setMaximumTrajectoryLength(double length);
+      26             :         double getMaximumTrajectoryLength() const;
+      27             :         void addObserverPosition(const Vector3d &position);
+      28             :         const std::vector<Vector3d>& getObserverPositions() const;
+      29             :         std::string getDescription() const;
+      30             :         void process(Candidate *candidate) const;
+      31             : };
+      32             : 
+      33             : /**
+      34             :  @class MinimumEnergy
+      35             :  @brief Deactivates the candidate below a minimum energy
+      36             : 
+      37             :  This module deactivates the candidate below a given minimum energy.
+      38             :  In that case the property ("Deactivated", module::description) is set.
+      39             :  */
+      40           1 : class MinimumEnergy: public AbstractCondition {
+      41             :         double minEnergy;
+      42             : public:
+      43             :         MinimumEnergy(double minEnergy = 0);
+      44             :         void setMinimumEnergy(double energy);
+      45             :         double getMinimumEnergy() const;
+      46             :         std::string getDescription() const;
+      47             :         void process(Candidate *candidate) const;
+      48             : };
+      49             : 
+      50             : 
+      51             : /**
+      52             :  @class MinimumRigidity
+      53             :  @brief Deactivates the candidate below a minimum rigidity
+      54             : 
+      55             :  This module deactivates the candidate below a given minimum rigidity (E/Z in EeV).
+      56             :  In that case the property ("Deactivated", module::description) is set.
+      57             :  */
+      58             : class MinimumRigidity: public AbstractCondition {
+      59             :         double minRigidity;
+      60             : public:
+      61             :         MinimumRigidity(double minRigidity = 0);
+      62             :         void setMinimumRigidity(double minRigidity);
+      63             :         double getMinimumRigidity() const;
+      64             :         std::string getDescription() const;
+      65             :         void process(Candidate *candidate) const;
+      66             : };
+      67             : 
+      68             : /**
+      69             :  @class MinimumRedshift
+      70             :  @brief Deactivates the candidate below a minimum redshift
+      71             : 
+      72             :  This module deactivates the candidate below a given minimum redshift.
+      73             :  In that case the property ("Deactivated", module::description) is set.
+      74             :  */
+      75           1 : class MinimumRedshift: public AbstractCondition {
+      76             :         double zmin;
+      77             : public:
+      78             :         MinimumRedshift(double zmin = 0);
+      79             :         void setMinimumRedshift(double z);
+      80             :         double getMinimumRedshift();
+      81             :         std::string getDescription() const;
+      82             :         void process(Candidate *candidate) const;
+      83             : };
+      84             : 
+      85             : /**
+      86             :  @class MinimumChargeNumber
+      87             :  @brief Deactivates the candidate below a minimum number
+      88             : 
+      89             :  This module deactivates the candidate below a given minimum charge number.
+      90             :  A minimum charge number of 26 deactivates all (anti-) isotopes which 
+      91             :  are ranked in the periodic table before iron (Fe). 
+      92             :  In that case the property ("Deactivated", module::description) is set.
+      93             :  */
+      94           1 : class MinimumChargeNumber: public AbstractCondition {
+      95             :         int minChargeNumber;
+      96             : public:
+      97             :         MinimumChargeNumber(int minChargeNumber = 0);
+      98             :         void setMinimumChargeNumber(int chargeNumber);
+      99             :         int getMinimumChargeNumber() const;
+     100             :         std::string getDescription() const;
+     101             :         void process(Candidate *candidate) const;
+     102             : };
+     103             : 
+     104             : /**
+     105             :  @class MinimumEnergyPerParticleId
+     106             :  @brief Deactivates the candidate below a minimum energy for specific particle Ids.
+     107             : 
+     108             :  This module deactivates the candidate below a given minimum energy for specific particle types.
+     109             :  In that case the property ("Deactivated", module::description) is set.
+     110             :  All particles whose minimum energy is not specified follow the more general minEnergyOthers condition.
+     111             :  */
+     112             : class MinimumEnergyPerParticleId: public AbstractCondition {
+     113             :         std::vector<double> minEnergies;
+     114             :         std::vector<int> particleIds;
+     115             :         double minEnergyOthers;
+     116             : public:
+     117             :         MinimumEnergyPerParticleId(double minEnergyOthers = 0);
+     118             :         void setMinimumEnergyOthers(double energy);
+     119             :         double getMinimumEnergyOthers() const;
+     120             :         void add(int id, double energy);
+     121             :         std::string getDescription() const;
+     122             :         void process(Candidate *candidate) const;
+     123             : };
+     124             : 
+     125             : 
+     126             : /**
+     127             :  @class DetectionLength
+     128             :  @brief Detects the candidate at a given trajectoryLength
+     129             :  
+     130             :  This break condition can be used for non-regular time observation of the particle density. See also ObserverTimeEvolution.
+     131             :  */
+     132           1 : class DetectionLength: public AbstractCondition {
+     133             :         double detLength;
+     134             : public:
+     135             :         DetectionLength(double length = 0);
+     136             :         void setDetectionLength(double length);
+     137             :         double getDetectionLength() const;
+     138             :         std::string getDescription() const;
+     139             :         void process(Candidate *candidate) const;
+     140             : };
+     141             : /** @}*/
+     142             : 
+     143             : } // namespace crpropa
+     144             : 
+     145             : #endif // CRPROPA_BREAKCONDITION_H
+
+
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+ + + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/HDF5Output.h.func-sort-c.html b/doc/coverageReport/include/crpropa/module/HDF5Output.h.func-sort-c.html new file mode 100644 index 000000000..6be660edc --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/HDF5Output.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/HDF5Output.h - functions + + + + + + + + + + + + + + +
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Test:coverage.info.cleanedLines:010.0 %
Date:2024-04-08 14:58:22Functions:00-
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Current view:top level - include/crpropa/module - HDF5Output.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:010.0 %
Date:2024-04-08 14:58:22Functions:00-
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Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/HDF5Output.h.gcov.html b/doc/coverageReport/include/crpropa/module/HDF5Output.h.gcov.html new file mode 100644 index 000000000..1db93380e --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/HDF5Output.h.gcov.html @@ -0,0 +1,217 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/HDF5Output.h + + + + + + + + + + + + + + +
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Current view:top level - include/crpropa/module - HDF5Output.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:010.0 %
Date:2024-04-08 14:58:22Functions:00-
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          Line data    Source code
+
+       1             : #ifdef CRPROPA_HAVE_HDF5
+       2             : 
+       3             : #ifndef CRPROPA_HDF5OUTPUT_H
+       4             : #define CRPROPA_HDF5OUTPUT_H
+       5             : 
+       6             : 
+       7             : #include "crpropa/module/Output.h"
+       8             : #include <stdint.h>
+       9             : #include <ctime>
+      10             : 
+      11             : #include <H5Ipublic.h>
+      12             : 
+      13             : namespace crpropa {
+      14             : 
+      15             : const size_t propertyBufferSize = 1024;
+      16             : 
+      17             : /**
+      18             :  * \addtogroup Output
+      19             :  * @{
+      20             :  */
+      21             : 
+      22             : /**
+      23             :  @class HDF5Output
+      24             :  @brief Output to HDF5 Format.
+      25             : The base class gives an overview of possible columns
+      26             : 
+      27             : HDF5 structure:
+      28             : ```
+      29             : HDF5 "FILENAME.h5" {
+      30             : GROUP "/" {
+      31             : DATASET "OUTPUTTYPE" {
+      32             :   DATATYPE  H5T_COMPOUND {
+      33             :   ...
+      34             :  }
+      35             :  DATASPACE  SIMPLE { ( 1 ) / ( H5S_UNLIMITED ) }
+      36             :  DATA {
+      37             :   ...
+      38             :  }
+      39             :   ATTRIBUTE "Version" {
+      40             :   DATATYPE  H5T_STRING {
+      41             :       STRSIZE 100;
+      42             :       STRPAD H5T_STR_NULLTERM;
+      43             :       CSET H5T_CSET_ASCII;
+      44             :       CTYPE H5T_C_S1;
+      45             :       }
+      46             :   DATASPACE  SCALAR
+      47             :   DATA { (0): "VERSION" }
+      48             :  }
+      49             : } } }
+      50             : ```
+      51             : 
+      52             :  */
+      53             : class HDF5Output: public Output {
+      54             : 
+      55           0 :         typedef struct OutputRow {
+      56             :                 double D;
+      57             :                 double z;
+      58             :                 uint64_t SN;
+      59             :                 int32_t ID;
+      60             :                 double E;
+      61             :                 double X;
+      62             :                 double Y;
+      63             :                 double Z;
+      64             :                 double Px;
+      65             :                 double Py;
+      66             :                 double Pz;
+      67             :                 uint64_t SN0;
+      68             :                 int32_t ID0;
+      69             :                 double E0;
+      70             :                 double X0;
+      71             :                 double Y0;
+      72             :                 double Z0;
+      73             :                 double P0x;
+      74             :                 double P0y;
+      75             :                 double P0z;
+      76             :                 uint64_t SN1;
+      77             :                 int32_t ID1;
+      78             :                 double E1;
+      79             :                 double X1;
+      80             :                 double Y1;
+      81             :                 double Z1;
+      82             :                 double P1x;
+      83             :                 double P1y;
+      84             :                 double P1z;
+      85             :                 double weight;
+      86             :                 std::string tag;
+      87             :                 unsigned char propertyBuffer[propertyBufferSize];
+      88             :         } OutputRow;
+      89             : 
+      90             :         std::string filename;
+      91             : 
+      92             :         hid_t file, sid;
+      93             :         hid_t dset, dataspace;
+      94             :         mutable std::vector<OutputRow> buffer;
+      95             : 
+      96             :         time_t lastFlush;
+      97             :         unsigned int flushLimit;
+      98             :         unsigned int candidatesSinceFlush;
+      99             : public:
+     100             :         /** Default constructor.
+     101             :                 Does not run from scratch.
+     102             :             At least open() has to be called in addition.
+     103             :                 Units of energy and length are, by default, EeV and Mpc.
+     104             :                 This can be changed with setEnergyScale and setLengthScale.
+     105             :          */
+     106             :         HDF5Output();
+     107             :         /** Constructor with the default OutputType (everything).
+     108             :                 @param filename string containing name of output hdf5 file
+     109             :          */
+     110             :         HDF5Output(const std::string &filename);
+     111             :         /** Constructor
+     112             :                 @param outputtype       type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything
+     113             :                 @param filename string containing name of output hdf5 file
+     114             :          */
+     115             :         HDF5Output(const std::string &filename, OutputType outputtype);
+     116             :         ~HDF5Output();
+     117             : 
+     118             :         void process(Candidate *candidate) const;
+     119             :         herr_t insertStringAttribute(const std::string &key, const std::string &value);
+     120             :         herr_t insertDoubleAttribute(const std::string &key, const double &value);
+     121             :         std::string getDescription() const;
+     122             : 
+     123             :         /// Force flush after N events. In long running applications with scarse
+     124             :         /// output this can be set to 1 or 0 to avoid data corruption. In applications
+     125             :         /// with frequent output this should be set to a high number (default)
+     126             :         void setFlushLimit(unsigned int N);
+     127             : 
+     128             :         /** Create and prepare a file as HDF5-file.
+     129             :          */
+     130             :         void open(const std::string &filename);
+     131             :         void close();
+     132             :         void flush() const;
+     133             : 
+     134             : };
+     135             : /** @}*/
+     136             : 
+     137             : } // namespace crpropa
+     138             : 
+     139             : #endif // CRPROPA_HDF5OUTPUT_H
+     140             : 
+     141             : #endif // CRPROPA_HAVE_HDF5
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/NuclearDecay.h.func-sort-c.html b/doc/coverageReport/include/crpropa/module/NuclearDecay.h.func-sort-c.html new file mode 100644 index 000000000..7c09d8ac5 --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/NuclearDecay.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/NuclearDecay.h - functions + + + + + + + + + + + + + + +
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/NuclearDecay.h.func.html b/doc/coverageReport/include/crpropa/module/NuclearDecay.h.func.html new file mode 100644 index 000000000..ffb262df7 --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/NuclearDecay.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/NuclearDecay.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/NuclearDecay.h.gcov.html b/doc/coverageReport/include/crpropa/module/NuclearDecay.h.gcov.html new file mode 100644 index 000000000..9bd7d125c --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/NuclearDecay.h.gcov.html @@ -0,0 +1,163 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/NuclearDecay.h + + + + + + + + + + + + + + +
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+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_NUCLEARDECAY_H
+       2             : #define CRPROPA_NUCLEARDECAY_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : 
+       6             : #include <vector>
+       7             : 
+       8             : namespace crpropa {
+       9             : /**
+      10             :  * \addtogroup EnergyLosses
+      11             :  * @{
+      12             :  */
+      13             : 
+      14             : /**
+      15             :  @class NuclearDecay
+      16             :  @brief Nuclear decay of unstable nuclei.
+      17             : 
+      18             :  This module simulates the nuclear decay of unstable nuclei using data from NuDat2.
+      19             :  All decay modes are considered: alpha, beta+- and gamma decay, as well as proton- and neutron dripping.
+      20             :  The resulting non-hadronic secondary particles (e+, e-, neutrinos, gamma) can optionally be created.
+      21             : 
+      22             :  For details on the preprocessing of the NuDat2 data refer to "CRPropa3-data/calc_decay.py".
+      23             :  */
+      24             : class NuclearDecay: public Module {
+      25             : private:
+      26             :         double limit;
+      27             :         bool haveElectrons;
+      28             :         bool havePhotons;
+      29             :         bool haveNeutrinos;
+      30        1800 :         struct DecayMode {
+      31             :                 int channel; // (#beta- #beta+ #alpha #proton #neutron)
+      32             :                 double rate; // decay rate in [1/m]
+      33             :                 std::vector<double> energy; // photon energies of ensuing gamma decays
+      34             :                 std::vector<double> intensity; // probabilities of ensuing gamma decays
+      35             :         };
+      36             :         std::vector<std::vector<DecayMode> > decayTable; // decayTable[Z * 31 + N] = vector<DecayMode>
+      37             :         std::string interactionTag = "ND";
+      38             : 
+      39             : public:
+      40             :         /** Constructor.
+      41             :          @param electrons               if true, add secondary photons as candidates
+      42             :          @param photons                 if true, add secondary photons as candidates
+      43             :          @param neutrinos               if true, add secondary neutrinos as candidates
+      44             :          @param limit                   step size limit as fraction of mean free path
+      45             :          */
+      46             :         NuclearDecay(bool electrons = false, bool photons = false, bool neutrinos = false, double limit = 0.1);
+      47             : 
+      48             :         /** Limit the propagation step to a fraction of the mean free path
+      49             :          * @param limit fraction of the mean free path
+      50             :          */
+      51             :         void setLimit(double limit);
+      52             : 
+      53             :         // decide if secondary electrons are added to the simulation    
+      54             :         void setHaveElectrons(bool b);
+      55             : 
+      56             :         // decide if secondary photons are added to the simulation      
+      57             :         void setHavePhotons(bool b);
+      58             : 
+      59             :         // decide if secondary neutrinos are added to the simulation    
+      60             :         void setHaveNeutrinos(bool b);
+      61             : 
+      62             :         /** set a custom interaction tag to trace back this interaction
+      63             :          * @param tag string that will be added to the candidate and output
+      64             :          */
+      65             :         void setInteractionTag(std::string tag);
+      66             :         std::string getInteractionTag() const;
+      67             : 
+      68             :         void process(Candidate *candidate) const;
+      69             :         void performInteraction(Candidate *candidate, int channel) const;
+      70             :         void gammaEmission(Candidate *candidate, int channel) const;
+      71             :         void betaDecay(Candidate *candidate, bool isBetaPlus) const;
+      72             :         void nucleonEmission(Candidate *candidate, int dA, int dZ) const;
+      73             : 
+      74             :         /**
+      75             :          Return the mean free path.
+      76             :          This is not used in the simulation.
+      77             :          @param id      PDG particle id
+      78             :          @param gamma   Lorentz factor of particle
+      79             :          @returns The mean free path [in meters]
+      80             :          */
+      81             :         double meanFreePath(int id, double gamma);
+      82             : };
+      83             : /** @}*/
+      84             : 
+      85             : } // namespace crpropa
+      86             : 
+      87             : #endif // CRPROPA_NUCLEARDECAY_H
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/Observer.h.func-sort-c.html b/doc/coverageReport/include/crpropa/module/Observer.h.func-sort-c.html new file mode 100644 index 000000000..9075a3567 --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/Observer.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/Observer.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/module - Observer.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:3837.5 %
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/Observer.h.func.html b/doc/coverageReport/include/crpropa/module/Observer.h.func.html new file mode 100644 index 000000000..9f9969a72 --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/Observer.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/Observer.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/module - Observer.h (source / functions)HitTotalCoverage
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/module - Observer.h (source / functions)HitTotalCoverage
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+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_OBSERVER_H
+       2             : #define CRPROPA_OBSERVER_H
+       3             : 
+       4             : #include <fstream>
+       5             : #include <limits>
+       6             : #include <string>
+       7             : #include <vector>
+       8             : 
+       9             : #include "../Candidate.h"
+      10             : #include "../Module.h"
+      11             : #include "../Referenced.h"
+      12             : #include "../Vector3.h"
+      13             : #include "../Geometry.h"
+      14             : 
+      15             : namespace crpropa {
+      16             : 
+      17             : enum DetectionState {
+      18             :         DETECTED, VETO, NOTHING
+      19             : };
+      20             : 
+      21             : /** \addtogroup Observer
+      22             :  * @{
+      23             :  */
+      24             : 
+      25             : 
+      26             : /**
+      27             :  @class ObserverFeature
+      28             :  @brief Abstract base class for features of observers
+      29             :  */
+      30           1 : class ObserverFeature: public Referenced {
+      31             : protected:
+      32             :         std::string description;
+      33             : public:
+      34             :         virtual DetectionState checkDetection(Candidate *candidate) const;
+      35             :         virtual void onDetection(Candidate *candidate) const;
+      36             :         virtual std::string getDescription() const;
+      37             : };
+      38             : 
+      39             : 
+      40             : /**
+      41             :  @class Observer
+      42             :  @brief General particle observer
+      43             :  */
+      44             : class Observer: public Module {
+      45             :         std::string flagKey;
+      46             :         std::string flagValue;
+      47             : private:
+      48             :         std::vector<ref_ptr<ObserverFeature> > features;
+      49             :         ref_ptr<Module> detectionAction;
+      50             :         bool clone;
+      51             :         bool makeInactive;
+      52             : public:
+      53             :         /** Default observer constructor
+      54             :          */
+      55             :         Observer();
+      56             :         /** Add a feature to the observer
+      57             :          @param feature         observer feature to be added to the Observer object
+      58             :          */
+      59             :         void add(ObserverFeature *feature);
+      60             :         /** Perform some specific actions upon detection of candidate
+      61             :          @param action          module that performs a given action when candidate is detected
+      62             :          @param clone           if true, clone candidate
+      63             :          */
+      64             :         void onDetection(Module *action, bool clone = false);
+      65             :         void process(Candidate *candidate) const;
+      66             :         std::string getDescription() const;
+      67             :         void setFlag(std::string key, std::string value);
+      68             :         /** Determine whether candidate should be deactivated on detection
+      69             :          @param deactivate      if true, deactivate detected particles; if false, continue tracking them
+      70             :          */
+      71             :         void setDeactivateOnDetection(bool deactivate);
+      72             : };
+      73             : 
+      74             : 
+      75             : /**
+      76             :  @class ObserverDetectAll
+      77             :  @brief Detects all particles
+      78             :  */
+      79           2 : class ObserverDetectAll: public ObserverFeature {
+      80             : public:
+      81             :         DetectionState checkDetection(Candidate *candidate) const;
+      82             :         std::string getDescription() const;
+      83             : };
+      84             : 
+      85             : 
+      86             : /**
+      87             :  @class ObserverSurface
+      88             :  @brief Detects particles crossing the boundaries of a defined surface (see, e.g., `Geometry` module)
+      89             :  */
+      90             : class ObserverSurface: public ObserverFeature {
+      91             : private:
+      92             :         ref_ptr<Surface> surface;
+      93             : public:
+      94             :         /** Constructor
+      95             :          @param surface         object with some specific geometric (see Geometry.h)
+      96             :         */
+      97             :         ObserverSurface(Surface* surface);
+      98             :         DetectionState checkDetection(Candidate *candidate) const;
+      99             :         std::string getDescription() const;
+     100             : };
+     101             : 
+     102             : 
+     103             : /**
+     104             :  @class ObserverTracking
+     105             :  @brief Tracks particles inside a sphere
+     106             :  */
+     107             : class ObserverTracking: public ObserverFeature {
+     108             : private:
+     109             :         Vector3d center;
+     110             :         double radius;
+     111             :     double stepSize;
+     112             : public:
+     113             :         /** Constructor
+     114             :          @param center          vector containing the coordinates of the center of the sphere
+     115             :          @param radius          radius of the sphere
+     116             :          @param stepSize        observer will keep track of particles at every step with this size
+     117             :         */
+     118             :         ObserverTracking(Vector3d center, double radius, double stepSize = 0);
+     119             :         DetectionState checkDetection(Candidate *candidate) const;
+     120             :         std::string getDescription() const;
+     121             : };
+     122             : 
+     123             : 
+     124             : /**
+     125             :  @class Observer1D
+     126             :  @brief Detects particles when reaching x = 0
+     127             : 
+     128             :  This module detects particles when reaching x = 0 and also limits the next step size to prevent candidates from overshooting.
+     129             :  */
+     130           3 : class Observer1D: public ObserverFeature {
+     131             : public:
+     132             :         DetectionState checkDetection(Candidate *candidate) const;
+     133             :         std::string getDescription() const;
+     134             : };
+     135             : 
+     136             : 
+     137             : /**
+     138             :  @class ObserverRedshiftWindow
+     139             :  @brief Detects particles in a given redshift window
+     140             : 
+     141             :  When added to an observer, this feature generalizes it to four dimensions.
+     142             :  The fourth dimension is the redshift, a proxy for time. This is particularly
+     143             :  useful in "4D" studies, including either time-dependence (e.g. flaring objects),
+     144             :  or in 3D studies including cosmological evolution.
+     145             :  Note that redshifts should be assigned to sources when using this feature.
+     146             :  This can be done with: SourceRedshift, SourceRedshift1D, SourceUniformRedshift,
+     147             :  and SourceRedshiftEvolution.
+     148             :  */
+     149             : class ObserverRedshiftWindow: public ObserverFeature {
+     150             : private:
+     151             :         double zmin, zmax;
+     152             : public:
+     153             :         /** Constructor
+     154             :          @param zmin    lower bound of redshift interval
+     155             :          @param zmax    upper bound of redshift interval
+     156             :          */
+     157             :         ObserverRedshiftWindow(double zmin = 0, double zmax = 0.1);
+     158             :         DetectionState checkDetection(Candidate *candidate) const;
+     159             :         std::string getDescription() const;
+     160             : };
+     161             : 
+     162             : 
+     163             : /**
+     164             :  @class ObserverInactiveVeto
+     165             :  @brief Veto for inactive candidates
+     166             :  */
+     167           0 : class ObserverInactiveVeto: public ObserverFeature {
+     168             : public:
+     169             :         DetectionState checkDetection(Candidate *candidate) const;
+     170             :         std::string getDescription() const;
+     171             : };
+     172             : 
+     173             : 
+     174             : /**
+     175             :  @class ObserverNucleusVeto
+     176             :  @brief Veto for nuclei (including protons and neutrons)
+     177             :  */
+     178           0 : class ObserverNucleusVeto: public ObserverFeature {
+     179             : public:
+     180             :         DetectionState checkDetection(Candidate *candidate) const;
+     181             :         std::string getDescription() const;
+     182             : };
+     183             : 
+     184             : 
+     185             : /**
+     186             :  @class ObserverNeutrinoVeto
+     187             :  @brief Veto for neutrinos
+     188             :  */
+     189           0 : class ObserverNeutrinoVeto: public ObserverFeature {
+     190             : public:
+     191             :         DetectionState checkDetection(Candidate *candidate) const;
+     192             :         std::string getDescription() const;
+     193             : };
+     194             : 
+     195             : 
+     196             : /**
+     197             :  @class ObserverPhotonVeto
+     198             :  @brief Veto for photons
+     199             :  */
+     200           0 : class ObserverPhotonVeto: public ObserverFeature {
+     201             : public:
+     202             :         DetectionState checkDetection(Candidate *candidate) const;
+     203             :         std::string getDescription() const;
+     204             : };
+     205             : 
+     206             : 
+     207             : /**
+     208             :  @class ObserverElectronVeto
+     209             :  @brief Veto for electrons and positrons
+     210             :  */
+     211           0 : class ObserverElectronVeto: public ObserverFeature {
+     212             : public:
+     213             :         DetectionState checkDetection(Candidate *candidate) const;
+     214             :         std::string getDescription() const;
+     215             : };
+     216             : 
+     217             : 
+     218             : /**
+     219             :  @class ObserverParticleIdVeto
+     220             :  @brief Custom veto for user-defined particle types
+     221             :  Vetoes for more than one type of particle can be added by calling this
+     222             :  feature multiple times.
+     223             :  */
+     224             : class ObserverParticleIdVeto: public ObserverFeature {
+     225             : private:
+     226             :         int vetoParticleId;
+     227             : public:
+     228             :         /** Constructor
+     229             :          @param id              id of the particle following the PDG numbering scheme
+     230             :          */
+     231             :         ObserverParticleIdVeto(int id);
+     232             :         DetectionState checkDetection(Candidate *candidate) const;
+     233             :         std::string getDescription() const;
+     234             : };
+     235             : 
+     236             : 
+     237             : /**
+     238             :  @class ObserverTimeEvolution
+     239             :  @brief Observes the time evolution of the candidates (phase-space elements)
+     240             :  This observer is very useful if the time evolution of the particle density is needed. It detects all candidates in lin-spaced, log-spaced, or user-defined time intervals and limits the nextStep of candidates to prevent overshooting of detection intervals.
+     241             :  */
+     242             : class ObserverTimeEvolution: public ObserverFeature {
+     243             : private:
+     244             :         std::vector<double> detList;
+     245             : public:
+     246             :         /** Default constructor
+     247             :          */
+     248             :         ObserverTimeEvolution();
+     249             :         /** Constructor
+     250             :          @param min             minimum time
+     251             :          @param dist    time interval for detection
+     252             :          @param numb    number of time intervals
+     253             :          */
+     254             :         ObserverTimeEvolution(double min, double dist, double numb);
+     255             :         /** Constructor
+     256             :          @param min             minimum time
+     257             :          @param max         maximum time
+     258             :          @param numb    number of time intervals
+     259             :          @param log     log (input: true) or lin (input: false) scaling between min and max with numb steps
+     260             :          */
+     261             :         ObserverTimeEvolution(double min, double max, double numb, bool log);
+     262             :         // Add a new time step to the detection time list of the observer
+     263             :         void addTime(const double &position);
+     264             :         // Using log or lin spacing of times in the range between min and
+     265             :         // max for observing particles
+     266             :         void addTimeRange(double min, double max, double numb, bool log = false);
+     267             :         const std::vector<double>& getTimes() const;
+     268             :         DetectionState checkDetection(Candidate *candidate) const;
+     269             :         std::string getDescription() const;
+     270             : };
+     271             : /** @} */
+     272             : 
+     273             : }
+     274             : 
+     275             : #endif // CRPROPA_OBSERVER_H
+
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+
+       1             : #ifndef CRPROPA_OUTPUTSHELL_H
+       2             : #define CRPROPA_OUTPUTSHELL_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : #include "crpropa/AssocVector.h"
+       6             : #include "crpropa/Variant.h"
+       7             : 
+       8             : namespace crpropa {
+       9             : /**
+      10             :  * \addtogroup Output
+      11             :  * @{
+      12             :  */
+      13             : 
+      14             : /**
+      15             :  @class ShellOutput
+      16             :  @brief Show the trajectory in the shell.
+      17             :  */
+      18           0 : class ShellOutput: public Module {
+      19             : public:
+      20             :         void process(Candidate *candidate) const;
+      21             :         std::string getDescription() const;
+      22             : };
+      23             : 
+      24             : /**
+      25             :  @class ShellOutput1D
+      26             :  @brief Show the trajectory in the shell.
+      27             :  */
+      28           0 : class ShellOutput1D: public Module {
+      29             : public:
+      30             :         void process(Candidate *candidate) const;
+      31             :         std::string getDescription() const;
+      32             : };
+      33             : 
+      34             : /**
+      35             :  @class ShellPropertyOutput
+      36             :  @brief Show the candidate properties in the shell.
+      37             :  */
+      38           0 : class ShellPropertyOutput: public Module {
+      39             : public:
+      40             :         typedef Loki::AssocVector<std::string, Variant> PropertyMap;
+      41             :         void process(Candidate *candidate) const;
+      42             :         std::string getDescription() const;
+      43             : };
+      44             : /** @}*/
+      45             : 
+      46             : } // namespace cprpropa
+      47             : 
+      48             : #endif // CRPROPA_OUTPUTSHELL_H
+
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+
+       1             : #ifndef CRPROPA_PHOTODISINTEGRATION_H
+       2             : #define CRPROPA_PHOTODISINTEGRATION_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : #include "crpropa/PhotonBackground.h"
+       6             : 
+       7             : #include <vector>
+       8             : #include <map>
+       9             : 
+      10             : namespace crpropa {
+      11             : /**
+      12             :  * \addtogroup EnergyLosses
+      13             :  * @{
+      14             :  */
+      15             :  
+      16             : /**
+      17             :  @class PhotoDisintegration
+      18             :  @brief Photodisintegration of nuclei by background photons.
+      19             :  */
+      20             : class PhotoDisintegration: public Module {
+      21             : private:
+      22             :         ref_ptr<PhotonField> photonField;
+      23             :         double limit; // fraction of mean free path for limiting the next step
+      24             :         bool havePhotons;
+      25             :         std::string interactionTag = "PD";
+      26             : 
+      27      203566 :         struct Branch {
+      28             :                 int channel; // number of emitted (n, p, H2, H3, He3, He4)
+      29             :                 std::vector<double> branchingRatio; // branching ratio as function of nucleus Lorentz factor
+      30             :         };
+      31             : 
+      32      858506 :         struct PhotonEmission {
+      33             :                 double energy; // energy of emitted photon [J]
+      34             :                 std::vector<double> emissionProbability; // emission probability as function of nucleus Lorentz factor
+      35             :         };
+      36             : 
+      37             :         std::vector<std::vector<double> > pdRate; // pdRate[Z * 31 + N] = total interaction rate
+      38             :         std::vector<std::vector<Branch> > pdBranch; // pdTable[Z * 31 + N] = branching ratios
+      39             :         mutable std::map<int, std::vector<PhotonEmission> > pdPhoton; // map of emitted photon energies and photon emission probabilities
+      40             : 
+      41             :         static const double lgmin; // minimum log10(Lorentz-factor)
+      42             :         static const double lgmax; // maximum log10(Lorentz-factor)
+      43             :         static const size_t nlg; // number of Lorentz-factor steps
+      44             : 
+      45             : public:
+      46             :         /** Constructor.
+      47             :          @param photonField             target photon field
+      48             :          @param havePhotons             if true, add secondary photons as candidates
+      49             :          @param limit                   step size limit as fraction of mean free path
+      50             :          */
+      51             :         PhotoDisintegration(ref_ptr<PhotonField> photonField, bool havePhotons = false, double limit = 0.1);
+      52             : 
+      53             :         // set the target photon field
+      54             :         void setPhotonField(ref_ptr<PhotonField> photonField);
+      55             : 
+      56             :         // decide if secondary photons are added to the simulation
+      57             :         void setHavePhotons(bool havePhotons);
+      58             : 
+      59             :         /** Limit the propagation step to a fraction of the mean free path
+      60             :          * @param limit fraction of the mean free path
+      61             :          */
+      62             :         void setLimit(double limit);
+      63             : 
+      64             :         /** set a custom interaction tag to trace back this interaction
+      65             :          * @param tag string that will be added to the candidate and output
+      66             :          */
+      67             :         void setInteractionTag(std::string tag);
+      68             :         std::string getInteractionTag() const;
+      69             : 
+      70             :         void initRate(std::string filename);
+      71             :         void initBranching(std::string filename);
+      72             :         void initPhotonEmission(std::string filename);
+      73             : 
+      74             :         void process(Candidate *candidate) const;
+      75             :         void performInteraction(Candidate *candidate, int channel) const;
+      76             : 
+      77             :         /**
+      78             :          Calculates the loss length E dx/dE in [m] physical distance.
+      79             :          This is not used in the simulation.
+      80             :          @param id              PDG particle id
+      81             :          @param gamma   Lorentz factor of particle
+      82             :          @param z               redshift
+      83             :          @returns E dx/dE [in meters]
+      84             :          */
+      85             :         double lossLength(int id, double gamma, double z = 0);
+      86             : };
+      87             : 
+      88             : /** @}*/
+      89             : } // namespace crpropa
+      90             : 
+      91             : #endif // CRPROPA_PHOTODISINTEGRATION_H
+
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Current view:top level - include/crpropa/module - PropagationBP.h (source / functions)HitTotalCoverage
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+       1             : #ifndef CRPROPA_PROPAGATIONBP_H
+       2             : #define CRPROPA_PROPAGATIONBP_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : #include "crpropa/Units.h"
+       6             : #include "crpropa/magneticField/MagneticField.h"
+       7             : #include "kiss/logger.h"
+       8             : 
+       9             : namespace crpropa {
+      10             : /**
+      11             :  * \addtogroup Propagation
+      12             :  * @{
+      13             :  */
+      14             : 
+      15             : /**
+      16             :  @class PropagationBP
+      17             :  @brief Propagation through magnetic fields using the Boris method.
+      18             : 
+      19             :  This module solves the equations of motion of a relativistic charged particle when propagating through a magnetic field.\n
+      20             :  It uses the Boris push integration method.\n
+      21             :  It can be used with a fixed step size or an adaptive version which supports the step size control.
+      22             :  The step size control tries to keep the relative error close to, but smaller than the designated tolerance.
+      23             :  Additionally a minimum and maximum size for the steps can be set.
+      24             :  For neutral particles a rectilinear propagation is applied and a next step of the maximum step size proposed.
+      25             :  */
+      26             : class PropagationBP: public Module {
+      27             : 
+      28             : public:
+      29          84 :         class Y {
+      30             :         public:
+      31             :                 Vector3d x, u; /*< phase-point: position and direction */
+      32             : 
+      33             :                 Y() {
+      34             :                 }
+      35             : 
+      36          37 :                 Y(const Vector3d &x, const Vector3d &u) :
+      37             :                                 x(x), u(u) {
+      38             :                 }
+      39             : 
+      40             :                 Y(double f) :
+      41             :                                 x(Vector3d(f, f, f)), u(Vector3d(f, f, f)) {
+      42             :                 }
+      43             : 
+      44             :                 Y operator *(double f) const {
+      45             :                         return Y(x * f, u * f);
+      46             :                 }
+      47             : 
+      48             :                 Y &operator +=(const Y &y) {
+      49             :                         x += y.x;
+      50             :                         u += y.u;
+      51             :                         return *this;
+      52             :                 }
+      53             :         };
+      54             : 
+      55             : private:
+      56             :         ref_ptr<MagneticField> field;
+      57             :         double tolerance; /** target relative error of the numerical integration */
+      58             :         double minStep; /** minimum step size of the propagation */
+      59             :         double maxStep; /** maximum step size of the propagation */
+      60             : 
+      61             : public:
+      62             :         /** Default constructor for the Boris push. It is constructed with a fixed step size.
+      63             :          * @param field
+      64             :          * @param fixedStep 
+      65             :          */
+      66             :         PropagationBP(ref_ptr<MagneticField> field = NULL, double fixedStep = 1. * kpc);
+      67             : 
+      68             :         /** Constructor for the adaptive Boris push.
+      69             :          * @param field
+      70             :          * @param tolerance      tolerance is criterion for step adjustment. Step adjustment takes place only if minStep < maxStep
+      71             :          * @param minStep          minStep/c_light is the minimum integration time step
+      72             :          * @param maxStep          maxStep/c_light is the maximum integration time step. 
+      73             :          */
+      74             :     PropagationBP(ref_ptr<MagneticField> field, double tolerance, double minStep, double maxStep);
+      75             : 
+      76             :         /** Propagates the particle. Is called once per iteration.
+      77             :          * @param candidate      The Candidate is a passive object, that holds the information about the state of the cosmic ray and the simulation itself. */
+      78             :         void process(Candidate *candidate) const;
+      79             : 
+      80             :         /** Calculates the new position and direction of the particle based on the solution of the Lorentz force
+      81             :          * @param pos   current position of the candidate
+      82             :          * @param dir   current direction of the candidate
+      83             :          * @param step  current step size of the candidate
+      84             :          * @param z             current redshift is needed to calculate the magnetic field
+      85             :          * @param q             current charge of the candidate
+      86             :          * @param m             current mass of the candidate
+      87             :          * @return        return the new calculated position and direction of the candidate 
+      88             :          */
+      89             :         Y dY(Vector3d  pos, Vector3d  dir, double step, double z, double q, double m) const;
+      90             : 
+      91             :         /** comparison of the position after one step with the position after two steps with step/2.
+      92             :          * @param x1    position after one step of size step
+      93             :          * @param x2    position after two steps of size step/2
+      94             :          * @param step  current step size
+      95             :          * @return        measurement of the error of the step 
+      96             :          */
+      97             :         double errorEstimation(const Vector3d x1, const Vector3d x2, double step) const;
+      98             : 
+      99             :         /** Get magnetic field vector at current candidate position
+     100             :          * @param pos   current position of the candidate
+     101             :          * @param z      current redshift is needed to calculate the magnetic field
+     102             :          * @return        magnetic field vector at the position pos 
+     103             :          */
+     104             :         Vector3d getFieldAtPosition(Vector3d pos, double z) const;
+     105             : 
+     106             :         /** Adapt step size if required and calculates the new position and direction of the particle with the usage of the function dY
+     107             :          * @param y              current position and direction of candidate
+     108             :          * @param out      position and direction of candidate after the step
+     109             :          * @param error  error for the current step
+     110             :          * @param h              current step size
+     111             :          * @param p              current particle state
+     112             :          * @param z              current red shift
+     113             :          * @param q              current charge of the candidate 
+     114             :          * @param m              current mass of the candidate
+     115             :          */
+     116             :         void tryStep(const Y &y, Y &out, Y &error, double h, ParticleState &p, double z, double q, double m) const;
+     117             : 
+     118             :         /** Set functions for the parameters of the class PropagationBP */
+     119             : 
+     120             :         /** Set a specific magnetic field
+     121             :          * @param field  specific magnetic field 
+     122             :          */
+     123             :         void setField(ref_ptr<MagneticField> field);
+     124             :         /** Set a specific tolerance for the step size adaption
+     125             :          * @param tolerance      tolerance is criterion for step adjustment. Step adjustment takes place only if minStep < maxStep. 
+     126             :          */
+     127             :         void setTolerance(double tolerance);
+     128             :         /** Set the minimum step for the Boris push
+     129             :          * @param minStep          minStep/c_light is the minimum integration time step 
+     130             :          */
+     131             :         void setMinimumStep(double minStep);
+     132             :         /** Set the maximum step for the Boris push
+     133             :          * @param maxStep          maxStep/c_light is the maximum integration time step 
+     134             :          */
+     135             :         void setMaximumStep(double maxStep);
+     136             : 
+     137             :         /** Get functions for the parameters of the class PropagationBP, similar to the set functions */
+     138             : 
+     139             :         ref_ptr<MagneticField> getField() const;
+     140             :         double getTolerance() const;
+     141             :         double getMinimumStep() const;
+     142             :         double getMaximumStep() const;
+     143             :         std::string getDescription() const;
+     144             : };
+     145             : /** @}*/
+     146             : 
+     147             : } // namespace crpropa
+     148             : 
+     149             : #endif // PROPAGATIONBP_H
+
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+       1             : #ifndef CRPROPA_PROPAGATIONCK_H
+       2             : #define CRPROPA_PROPAGATIONCK_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : #include "crpropa/Units.h"
+       6             : #include "crpropa/magneticField/MagneticField.h"
+       7             : #include "kiss/logger.h"
+       8             : 
+       9             : namespace crpropa {
+      10             : /**
+      11             :  * \addtogroup Propagation 
+      12             :  * @{
+      13             :  */
+      14             : 
+      15             : /**
+      16             :  @class PropagationCK
+      17             :  @brief Rectilinear propagation through magnetic fields using the Cash-Karp method.
+      18             : 
+      19             :  This module solves the equations of motion of a relativistic charged particle when propagating through a magnetic field.\n
+      20             :  It uses the Runge-Kutta integration method with Cash-Karp coefficients.\n
+      21             :  The step size control tries to keep the relative error close to, but smaller than the designated tolerance.
+      22             :  Additionally a minimum and maximum size for the steps can be set.
+      23             :  For neutral particles a rectilinear propagation is applied and a next step of the maximum step size proposed.
+      24             :  */
+      25             : class PropagationCK: public Module {
+      26             : public:
+      27         286 :         class Y {
+      28             :         public:
+      29             :                 Vector3d x, u; /*< phase-point: position and direction */
+      30             : 
+      31             :                 Y() {
+      32             :                 }
+      33             : 
+      34          34 :                 Y(const Vector3d &x, const Vector3d &u) :
+      35             :                                 x(x), u(u) {
+      36             :                 }
+      37             : 
+      38             :                 Y(double f) :
+      39             :                                 x(Vector3d(f, f, f)), u(Vector3d(f, f, f)) {
+      40             :                 }
+      41             : 
+      42             :                 Y operator *(double f) const {
+      43             :                         return Y(x * f, u * f);
+      44             :                 }
+      45             : 
+      46             :                 Y &operator +=(const Y &y) {
+      47             :                         x += y.x;
+      48             :                         u += y.u;
+      49             :                         return *this;
+      50             :                 }
+      51             :         };
+      52             : 
+      53             : private:
+      54             :         std::vector<double> a, b, bs; /*< Cash-Karp coefficients */
+      55             :         ref_ptr<MagneticField> field;
+      56             :         double tolerance; /*< target relative error of the numerical integration */
+      57             :         double minStep; /*< minimum step size of the propagation */
+      58             :         double maxStep; /*< maximum step size of the propagation */
+      59             : 
+      60             : public:
+      61             :         /** Constructor for the adaptive Kash Carp.
+      62             :          * @param field
+      63             :          * @param tolerance      tolerance is criterion for step adjustment. Step adjustment takes place only if minStep < maxStep
+      64             :          * @param minStep          minStep/c_light is the minimum integration time step
+      65             :          * @param maxStep          maxStep/c_light is the maximum integration time step. 
+      66             :          */
+      67             :     PropagationCK(ref_ptr<MagneticField> field = NULL, double tolerance = 1e-4,
+      68             :                         double minStep = (0.1 * kpc), double maxStep = (1 * Gpc));
+      69             : 
+      70             :         void process(Candidate *candidate) const;
+      71             : 
+      72             :         // derivative of phase point, dY/dt = d/dt(x, u) = (v, du/dt)
+      73             :         // du/dt = q*c^2/E * (u x B)
+      74             :         Y dYdt(const Y &y, ParticleState &p, double z) const;
+      75             : 
+      76             :         void tryStep(const Y &y, Y &out, Y &error, double t,
+      77             :                         ParticleState &p, double z) const;
+      78             : 
+      79             :         void setField(ref_ptr<MagneticField> field);
+      80             :         void setTolerance(double tolerance);
+      81             :         void setMinimumStep(double minStep);
+      82             :         void setMaximumStep(double maxStep);
+      83             : 
+      84             :          /** get functions for the parameters of the class PropagationCK, similar to the set functions */
+      85             :         ref_ptr<MagneticField> getField() const;
+      86             :         
+      87             :         /** get magnetic field vector at current candidate position
+      88             :          * @param pos   current position of the candidate
+      89             :          * @param z      current redshift is needed to calculate the magnetic field
+      90             :          * @return        magnetic field vector at the position pos */
+      91             :         Vector3d getFieldAtPosition(Vector3d pos, double z) const;
+      92             : 
+      93             :         double getTolerance() const;
+      94             :         double getMinimumStep() const;
+      95             :         double getMaximumStep() const;
+      96             :         std::string getDescription() const;
+      97             : };
+      98             : /** @}*/
+      99             : 
+     100             : } // namespace crpropa
+     101             : 
+     102             : #endif // CRPROPA_PROPAGATIONCK_H
+
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          Line data    Source code
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+       1             : #ifndef CRPROPA_REDSHIFT_H
+       2             : #define CRPROPA_REDSHIFT_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : 
+       6             : namespace crpropa {
+       7             : /**
+       8             :  * \addtogroup EnergyLosses
+       9             :  * @{
+      10             :  */
+      11             : 
+      12             : /**
+      13             :  @class Redshift
+      14             :  @brief Updates redshift and applies adiabatic energy loss according to the traveled distance.
+      15             :  */
+      16           5 : class Redshift: public Module {
+      17             : public:
+      18             :         void process(Candidate *candidate) const;
+      19             :         std::string getDescription() const;
+      20             : };
+      21             : 
+      22             : /**
+      23             :  @class FutureRedshift
+      24             :  @brief Updates redshift and applies adiabatic energy loss according to the traveled distance. Extends to negative redshift values to allow for symmetric time windows around z=0.
+      25             :  */
+      26           0 : class FutureRedshift: public Module {
+      27             : public:
+      28             :         void process(Candidate *candidate) const;
+      29             :         std::string getDescription() const;
+      30             : };
+      31             : 
+      32             : /** @}*/
+      33             : } // namespace crpropa
+      34             : 
+      35             : #endif // CRPROPA_REDSHIFT_H
+
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+
+       1             : #ifndef SIMPLEPROPAGATION_H
+       2             : #define SIMPLEPROPAGATION_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : #include "crpropa/Units.h"
+       6             : 
+       7             : namespace crpropa {
+       8             : /**
+       9             :  * \addtogroup Propagation 
+      10             :  * @{
+      11             :  */
+      12             : 
+      13             : /**
+      14             :  @class SimplePropagation
+      15             :  @brief Simple rectilinear propagation in absence of magnetic fields.
+      16             : 
+      17             :  This module implements rectilinear propagation.
+      18             :  The step size is guaranteed to be larger than minStep and smaller than maxStep.
+      19             :  It always proposes a next step size of maxStep.
+      20             :  */
+      21           1 : class SimplePropagation: public Module {
+      22             : private:
+      23             :         double minStep, maxStep;
+      24             : 
+      25             : public:
+      26             :         SimplePropagation(double minStep = (0.1 * kpc), double maxStep = (1 * Gpc));
+      27             :         void process(Candidate *candidate) const;
+      28             :         void setMinimumStep(double minStep);
+      29             :         void setMaximumStep(double maxStep);
+      30             :         double getMinimumStep() const;
+      31             :         double getMaximumStep() const;
+      32             :         std::string getDescription() const;
+      33             : };
+      34             : /** @}*/
+      35             : 
+      36             : } // namespace crpropa
+      37             : 
+      38             : #endif // SIMPLEPROPAGATION_H
+      39             : 
+
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+       1             : #ifndef CRPROPA_TEXTOUTPUT_H
+       2             : #define CRPROPA_TEXTOUTPUT_H
+       3             : 
+       4             : #include "crpropa/module/Output.h"
+       5             : #include "crpropa/module/ParticleCollector.h"
+       6             : 
+       7             : #include <fstream>
+       8             : 
+       9             : namespace crpropa {
+      10             : /**
+      11             :  * \addtogroup Output
+      12             :  * @{
+      13             :  */
+      14             : 
+      15             : /**
+      16             :  @class TextOutput
+      17             :  @brief Configurable plain text output for particle information.
+      18             :  This type of output can also be used to generate a .tar.gz file if
+      19             :  the library zlib is available. For details see:
+      20             :         http://zlib.net/
+      21             :  */
+      22             : class TextOutput: public Output {
+      23             : protected:
+      24             :         std::ostream *out;
+      25             :         std::ofstream outfile;
+      26             :         std::string filename;
+      27             :         bool storeRandomSeeds;
+      28             :         
+      29             :         void printHeader() const;
+      30             : 
+      31             : public:
+      32             :         /** Default constructor
+      33             :          */
+      34             :         TextOutput();
+      35             :         /** Constructor
+      36             :          @param outputType      type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything
+      37             :          */
+      38             :         TextOutput(OutputType outputType);
+      39             :         /** Constructor
+      40             :          @param out                     output stream
+      41             :          */
+      42             :         TextOutput(std::ostream &out);
+      43             :         /** Constructor
+      44             :          @param out                     output stream
+      45             :          @param outputType      type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything
+      46             :          */
+      47             :         TextOutput(std::ostream &out, OutputType outputType);
+      48             :         /** Constructor with the default OutputType (everything).
+      49             :          @param filename        string containing name of output text file
+      50             :          */
+      51             :         TextOutput(const std::string &filename);
+      52             :         /** Constructor
+      53             :          @param filename        string containing name of output text file
+      54             :          @param outputType      type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything
+      55             :          */
+      56             :         TextOutput(const std::string &filename, OutputType outputType);
+      57             :         /** Destructor
+      58             :          */
+      59             :         ~TextOutput();
+      60             :         /** Whether to store the random seeds used in the simulation.
+      61             :          This enables reproducibility of each realisation of the simulation.
+      62             :          */
+      63           0 :         void enableRandomSeeds() {storeRandomSeeds = true;};
+      64             :         void close();
+      65             :         void gzip();
+      66             :         void process(Candidate *candidate) const;
+      67             :         /** Loads a file to a particle collector.
+      68             :          This is useful for analysis involving, e.g., magnetic lenses.
+      69             :          @param filename        string containing the name of the file to be loaded
+      70             :          @param collector       object of type ParticleCollector that will store the information
+      71             :          */
+      72             :         static void load(const std::string &filename, ParticleCollector *collector);
+      73             :         std::string getDescription() const;
+      74             : };
+      75             : /** @}*/
+      76             : 
+      77             : } // namespace crpropa
+      78             : 
+      79             : #endif // CRPROPA_TEXTOUTPUT_H
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/Tools.h.gcov.html b/doc/coverageReport/include/crpropa/module/Tools.h.gcov.html new file mode 100644 index 000000000..ff73e05a6 --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/Tools.h.gcov.html @@ -0,0 +1,150 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module/Tools.h + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - include/crpropa/module - Tools.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:020.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef CRPROPA_MODULETOOLS_H
+       2             : #define CRPROPA_MODULETOOLS_H
+       3             : 
+       4             : #include "crpropa/Module.h"
+       5             : #include "crpropa/EmissionMap.h"
+       6             : 
+       7             : #include <vector>
+       8             : #include <set>
+       9             : 
+      10             : namespace crpropa {
+      11             : /**
+      12             :  * \addtogroup Tools
+      13             :  * @{
+      14             :  */
+      15             : 
+      16             : /**
+      17             :  @class PerformanceModule
+      18             :  @brief Module to monitor the simulation performance
+      19             : 
+      20             :  Add modules under investigation to this module instead of the ModuleList.
+      21             :  */
+      22           0 : class PerformanceModule: public Module {
+      23             : private:
+      24           0 :         struct _module_info {
+      25             :                 double time;
+      26             :                 ref_ptr<Module> module;
+      27             :         };
+      28             : 
+      29             :         mutable std::vector<_module_info> modules;
+      30             :         mutable size_t calls;
+      31             : 
+      32             : public:
+      33             :         ~PerformanceModule();
+      34             :         void add(Module* module);
+      35             :         void process(Candidate* candidate) const;
+      36             :         std::string getDescription() const;
+      37             : };
+      38             : 
+      39             : /**
+      40             :   @class ParticleFilter
+      41             :   @brief Reject Particles not listed in filter.
+      42             : */
+      43             : class ParticleFilter: public AbstractCondition {
+      44             :         std::set<int> ids;
+      45             : 
+      46             : public:
+      47             :         ParticleFilter();
+      48             :         ParticleFilter(const std::set<int> &ids);
+      49             :         void addId(int id);
+      50             :         void removeId(int remove);
+      51             :         std::set<int> &getIds();
+      52             : 
+      53             :         void process(Candidate* candidate) const;
+      54             :         std::string getDescription() const;
+      55             : };
+      56             : 
+      57             : 
+      58             : /**
+      59             :   @class EmissionMapFiller
+      60             :   @brief Fill EmissionMap with source particle state
+      61             : */
+      62             : class EmissionMapFiller: public Module {
+      63             :         ref_ptr<EmissionMap> emissionMap;
+      64             : public:
+      65             :         EmissionMapFiller(EmissionMap *emissionMap);
+      66             :         void setEmissionMap(EmissionMap *emissionMap);
+      67             :         void process(Candidate* candidate) const;
+      68             :         std::string getDescription() const;
+      69             : };
+      70             : 
+      71             : /** @}*/
+      72             : } // namespace crpropa
+      73             : 
+      74             : #endif // CRPROPA_MODULETOOLS_H
+
+
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+ + + diff --git a/doc/coverageReport/include/crpropa/module/index-sort-f.html b/doc/coverageReport/include/crpropa/module/index-sort-f.html new file mode 100644 index 000000000..14233aa5e --- /dev/null +++ b/doc/coverageReport/include/crpropa/module/index-sort-f.html @@ -0,0 +1,213 @@ + + + + + + + LCOV - coverage.info.cleaned - include/crpropa/module + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - include/crpropa/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:223562.9 %
Date:2024-04-08 14:58:22Functions:00-
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
OutputShell.h +
0.0%
+ 		0.0 %0 / 3-0 / 0
TextOutput.h +
0.0%
+ 		0.0 %0 / 1-0 / 0
SimplePropagation.h +
100.0%
+ 		100.0 %1 / 1-0 / 0
BreakCondition.h +
100.0%
+ 		100.0 %4 / 4-0 / 0
Boundary.h +
100.0%
+ 		100.0 %6 / 6-0 / 0
PhotoDisintegration.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
Tools.h +
0.0%
+ 		0.0 %0 / 2-0 / 0
PropagationCK.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
PropagationBP.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
HDF5Output.h +
0.0%
+ 		0.0 %0 / 1-0 / 0
Observer.h +
37.5%37.5%
+ 		37.5 %3 / 8-0 / 0
NuclearDecay.h +
100.0%
+ 		100.0 %1 / 1-0 / 0
Redshift.h +
50.0%50.0%
+ 		50.0 %1 / 2-0 / 0
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+
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:223562.9 %
Date:2024-04-08 14:58:22Functions:00-
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
TextOutput.h +
0.0%
+ 		0.0 %0 / 1-0 / 0
HDF5Output.h +
0.0%
+ 		0.0 %0 / 1-0 / 0
Tools.h +
0.0%
+ 		0.0 %0 / 2-0 / 0
OutputShell.h +
0.0%
+ 		0.0 %0 / 3-0 / 0
Observer.h +
37.5%37.5%
+ 		37.5 %3 / 8-0 / 0
Redshift.h +
50.0%50.0%
+ 		50.0 %1 / 2-0 / 0
SimplePropagation.h +
100.0%
+ 		100.0 %1 / 1-0 / 0
NuclearDecay.h +
100.0%
+ 		100.0 %1 / 1-0 / 0
PhotoDisintegration.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
PropagationCK.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
PropagationBP.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
BreakCondition.h +
100.0%
+ 		100.0 %4 / 4-0 / 0
Boundary.h +
100.0%
+ 		100.0 %6 / 6-0 / 0
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - include/crpropa/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:223562.9 %
Date:2024-04-08 14:58:22Functions:00-
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Boundary.h +
100.0%
+ 		100.0 %6 / 6-0 / 0
BreakCondition.h +
100.0%
+ 		100.0 %4 / 4-0 / 0
HDF5Output.h +
0.0%
+ 		0.0 %0 / 1-0 / 0
NuclearDecay.h +
100.0%
+ 		100.0 %1 / 1-0 / 0
Observer.h +
37.5%37.5%
+ 		37.5 %3 / 8-0 / 0
OutputShell.h +
0.0%
+ 		0.0 %0 / 3-0 / 0
PhotoDisintegration.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
PropagationBP.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
PropagationCK.h +
100.0%
+ 		100.0 %2 / 2-0 / 0
Redshift.h +
50.0%50.0%
+ 		50.0 %1 / 2-0 / 0
SimplePropagation.h +
100.0%
+ 		100.0 %1 / 1-0 / 0
TextOutput.h +
0.0%
+ 		0.0 %0 / 1-0 / 0
Tools.h +
0.0%
+ 		0.0 %0 / 2-0 / 0
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top levelHitTotalCoverage
Test:coverage.info.cleanedLines:87351426261.2 %
Date:2024-04-08 14:58:22Functions:1124206954.3 %
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+ +
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Directory Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
include/crpropa/massDistribution +
19.2%19.2%
+ 		19.2 %5 / 260.0 %0 / 11
libs/healpix_base/include/healpix_base +
19.1%19.1%
+ 		19.1 %33 / 1738.1 %5 / 62
libs/healpix_base +
14.1%14.1%
+ 		14.1 %112 / 7929.4 %10 / 106
libs/kiss/include/kiss +
57.9%57.9%
+ 		57.9 %11 / 1920.9 %14 / 67
src/magneticField +
18.2%18.2%
+ 		18.2 %166 / 91021.0 %29 / 138
libs/HepPID/src +
11.4%11.4%
+ 		11.4 %50 / 44022.9 %11 / 48
libs/kiss/src +
28.1%28.1%
+ 		28.1 %34 / 12139.1 %9 / 23
include/crpropa +
73.6%73.6%
+ 		73.6 %408 / 55446.4 %77 / 166
include/crpropa/magneticField/turbulentField +
72.9%72.9%
+ 		72.9 %43 / 5947.1 %8 / 17
src/magneticLens +
45.7%45.7%
+ 		45.7 %147 / 32251.2 %21 / 41
src/advectionField +
42.5%42.5%
+ 		42.5 %131 / 30852.4 %44 / 84
include/crpropa/magneticLens +
42.9%42.9%
+ 		42.9 %30 / 7054.5 %6 / 11
src/magneticField/turbulentField +
71.1%71.1%
+ 		71.1 %187 / 26357.9 %11 / 19
src +
50.3%50.3%
+ 		50.3 %1361 / 270758.5 %251 / 429
src/module +
63.4%63.4%
+ 		63.4 %2250 / 354759.0 %286 / 485
include/crpropa/magneticField +
89.3%89.3%
+ 		89.3 %50 / 5663.6 %7 / 11
src/massDistribution +
83.9%83.9%
+ 		83.9 %349 / 41690.8 %69 / 76
test +
97.9%97.9%
+ 		97.9 %3320 / 339196.7 %264 / 273
include/crpropa/module +
62.9%62.9%
+ 		62.9 %22 / 35-0 / 0
include/crpropa/advectionField +
100.0%
+ 		100.0 %5 / 5-0 / 0
/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy +
43.8%43.8%
+ 		43.8 %21 / 48100.0 %2 / 2
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/index-sort-l.html b/doc/coverageReport/index-sort-l.html new file mode 100644 index 000000000..ae168257c --- /dev/null +++ b/doc/coverageReport/index-sort-l.html @@ -0,0 +1,293 @@ + + + + + + + LCOV - coverage.info.cleaned + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top levelHitTotalCoverage
Test:coverage.info.cleanedLines:87351426261.2 %
Date:2024-04-08 14:58:22Functions:1124206954.3 %
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Directory Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
libs/HepPID/src +
11.4%11.4%
+ 		11.4 %50 / 44022.9 %11 / 48
libs/healpix_base +
14.1%14.1%
+ 		14.1 %112 / 7929.4 %10 / 106
src/magneticField +
18.2%18.2%
+ 		18.2 %166 / 91021.0 %29 / 138
libs/healpix_base/include/healpix_base +
19.1%19.1%
+ 		19.1 %33 / 1738.1 %5 / 62
include/crpropa/massDistribution +
19.2%19.2%
+ 		19.2 %5 / 260.0 %0 / 11
libs/kiss/src +
28.1%28.1%
+ 		28.1 %34 / 12139.1 %9 / 23
src/advectionField +
42.5%42.5%
+ 		42.5 %131 / 30852.4 %44 / 84
include/crpropa/magneticLens +
42.9%42.9%
+ 		42.9 %30 / 7054.5 %6 / 11
/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy +
43.8%43.8%
+ 		43.8 %21 / 48100.0 %2 / 2
src/magneticLens +
45.7%45.7%
+ 		45.7 %147 / 32251.2 %21 / 41
src +
50.3%50.3%
+ 		50.3 %1361 / 270758.5 %251 / 429
libs/kiss/include/kiss +
57.9%57.9%
+ 		57.9 %11 / 1920.9 %14 / 67
include/crpropa/module +
62.9%62.9%
+ 		62.9 %22 / 35-0 / 0
src/module +
63.4%63.4%
+ 		63.4 %2250 / 354759.0 %286 / 485
src/magneticField/turbulentField +
71.1%71.1%
+ 		71.1 %187 / 26357.9 %11 / 19
include/crpropa/magneticField/turbulentField +
72.9%72.9%
+ 		72.9 %43 / 5947.1 %8 / 17
include/crpropa +
73.6%73.6%
+ 		73.6 %408 / 55446.4 %77 / 166
src/massDistribution +
83.9%83.9%
+ 		83.9 %349 / 41690.8 %69 / 76
include/crpropa/magneticField +
89.3%89.3%
+ 		89.3 %50 / 5663.6 %7 / 11
test +
97.9%97.9%
+ 		97.9 %3320 / 339196.7 %264 / 273
include/crpropa/advectionField +
100.0%
+ 		100.0 %5 / 5-0 / 0
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+
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top levelHitTotalCoverage
Test:coverage.info.cleanedLines:87351426261.2 %
Date:2024-04-08 14:58:22Functions:1124206954.3 %
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Directory Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
/home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy +
43.8%43.8%
+ 		43.8 %21 / 48100.0 %2 / 2
include/crpropa +
73.6%73.6%
+ 		73.6 %408 / 55446.4 %77 / 166
include/crpropa/advectionField +
100.0%
+ 		100.0 %5 / 5-0 / 0
include/crpropa/magneticField +
89.3%89.3%
+ 		89.3 %50 / 5663.6 %7 / 11
include/crpropa/magneticField/turbulentField +
72.9%72.9%
+ 		72.9 %43 / 5947.1 %8 / 17
include/crpropa/magneticLens +
42.9%42.9%
+ 		42.9 %30 / 7054.5 %6 / 11
include/crpropa/massDistribution +
19.2%19.2%
+ 		19.2 %5 / 260.0 %0 / 11
include/crpropa/module +
62.9%62.9%
+ 		62.9 %22 / 35-0 / 0
libs/HepPID/src +
11.4%11.4%
+ 		11.4 %50 / 44022.9 %11 / 48
libs/healpix_base +
14.1%14.1%
+ 		14.1 %112 / 7929.4 %10 / 106
libs/healpix_base/include/healpix_base +
19.1%19.1%
+ 		19.1 %33 / 1738.1 %5 / 62
libs/kiss/include/kiss +
57.9%57.9%
+ 		57.9 %11 / 1920.9 %14 / 67
libs/kiss/src +
28.1%28.1%
+ 		28.1 %34 / 12139.1 %9 / 23
src +
50.3%50.3%
+ 		50.3 %1361 / 270758.5 %251 / 429
src/advectionField +
42.5%42.5%
+ 		42.5 %131 / 30852.4 %44 / 84
src/magneticField +
18.2%18.2%
+ 		18.2 %166 / 91021.0 %29 / 138
src/magneticField/turbulentField +
71.1%71.1%
+ 		71.1 %187 / 26357.9 %11 / 19
src/magneticLens +
45.7%45.7%
+ 		45.7 %147 / 32251.2 %21 / 41
src/massDistribution +
83.9%83.9%
+ 		83.9 %349 / 41690.8 %69 / 76
src/module +
63.4%63.4%
+ 		63.4 %2250 / 354759.0 %286 / 485
test +
97.9%97.9%
+ 		97.9 %3320 / 339196.7 %264 / 273
+
+
+ + + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.func-sort-c.html b/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.func-sort-c.html new file mode 100644 index 000000000..295e10399 --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.func-sort-c.html @@ -0,0 +1,200 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/ParticleIDMethods.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - libs/HepPID/src - ParticleIDMethods.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:5024920.1 %
Date:2024-04-08 14:58:22Functions:113234.4 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN6HepPID10hasStrangeERKi0
_ZN6HepPID12_GLOBAL__N_15findQERKiS2_0
_ZN6HepPID12isPentaquarkERKi0
_ZN6HepPID18hasFundamentalAntiERKi0
_ZN6HepPID5hasUpERKi0
_ZN6HepPID5jSpinERKi0
_ZN6HepPID5lSpinERKi0
_ZN6HepPID5sSpinERKi0
_ZN6HepPID6hasTopERKi0
_ZN6HepPID6isSUSYERKi0
_ZN6HepPID6lambdaERKi0
_ZN6HepPID7hasDownERKi0
_ZN6HepPID7isMesonERKi0
_ZN6HepPID7isValidERKi0
_ZN6HepPID8hasCharmERKi0
_ZN6HepPID8isBaryonERKi0
_ZN6HepPID8isHadronERKi0
_ZN6HepPID8isLeptonERKi0
_ZN6HepPID9hasBottomERKi0
_ZN6HepPID9isDiQuarkERKi0
_ZN6HepPID9isRhadronERKi0
_ZN6HepPID1AERKi202818
_ZN6HepPID1ZERKi364529
_ZN6HepPID6isDyonERKi3325562
_ZN6HepPID13fundamentalIDERKi20168250
_ZN6HepPID6chargeERKi20168251
_ZN6HepPID11threeChargeERKi20168252
_ZN6HepPID9isNucleusERKi20937352
_ZN6HepPID7isQBallERKi23493806
_ZN6HepPID9extraBitsERKi50313164
_ZN6HepPID5digitENS_8locationERKi146041016
_ZN6HepPID6abspidERKi260299484
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.func.html b/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.func.html new file mode 100644 index 000000000..078e3d9b7 --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.func.html @@ -0,0 +1,200 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/ParticleIDMethods.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/src - ParticleIDMethods.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:5024920.1 %
Date:2024-04-08 14:58:22Functions:113234.4 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN6HepPID10hasStrangeERKi0
_ZN6HepPID11threeChargeERKi20168252
_ZN6HepPID12_GLOBAL__N_15findQERKiS2_0
_ZN6HepPID12isPentaquarkERKi0
_ZN6HepPID13fundamentalIDERKi20168250
_ZN6HepPID18hasFundamentalAntiERKi0
_ZN6HepPID1AERKi202818
_ZN6HepPID1ZERKi364529
_ZN6HepPID5digitENS_8locationERKi146041016
_ZN6HepPID5hasUpERKi0
_ZN6HepPID5jSpinERKi0
_ZN6HepPID5lSpinERKi0
_ZN6HepPID5sSpinERKi0
_ZN6HepPID6abspidERKi260299484
_ZN6HepPID6chargeERKi20168251
_ZN6HepPID6hasTopERKi0
_ZN6HepPID6isDyonERKi3325562
_ZN6HepPID6isSUSYERKi0
_ZN6HepPID6lambdaERKi0
_ZN6HepPID7hasDownERKi0
_ZN6HepPID7isMesonERKi0
_ZN6HepPID7isQBallERKi23493806
_ZN6HepPID7isValidERKi0
_ZN6HepPID8hasCharmERKi0
_ZN6HepPID8isBaryonERKi0
_ZN6HepPID8isHadronERKi0
_ZN6HepPID8isLeptonERKi0
_ZN6HepPID9extraBitsERKi50313164
_ZN6HepPID9hasBottomERKi0
_ZN6HepPID9isDiQuarkERKi0
_ZN6HepPID9isNucleusERKi20937352
_ZN6HepPID9isRhadronERKi0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.gcov.html b/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.gcov.html new file mode 100644 index 000000000..de197c29e --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/ParticleIDMethods.cc.gcov.html @@ -0,0 +1,641 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/ParticleIDMethods.cc + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/src - ParticleIDMethods.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:5024920.1 %
Date:2024-04-08 14:58:22Functions:113234.4 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : // ----------------------------------------------------------------------
+       2             : //
+       3             : // ParticleIDMethods.cc
+       4             : //
+       5             : // ----------------------------------------------------------------------
+       6             : 
+       7             : #include <cmath>  // for pow()
+       8             : 
+       9             : #include "HepPID/ParticleIDMethods.hh"
+      10             : #include "HepPID/ParticleName.hh"
+      11             : 
+      12             : namespace HepPID {
+      13             : 
+      14             : namespace {
+      15             : 
+      16             : // internal function used by hasXXX methods
+      17           0 : bool findQ( const int & pid, const int & q )
+      18             : {
+      19           0 :     if( isDyon(pid) ) { return false; }
+      20           0 :     if( isRhadron(pid) ) {
+      21             :         int iz = 7;
+      22           0 :         for( int i=6; i > 1; --i ) {
+      23           0 :            if( digit(location(i),pid) == 0 ) {
+      24             :                iz = i;
+      25           0 :            } else if ( i == iz-1 ) {
+      26             :                // ignore squark or gluino
+      27             :            } else {
+      28           0 :                if( digit(location(i),pid) == q ) { return true; }
+      29             :            }
+      30             :         }
+      31             :         return false;
+      32             :     }
+      33           0 :     if( digit(nq3,pid) == q || digit(nq2,pid) == q || digit(nq1,pid) == q ) { return true; }
+      34           0 :     if( isPentaquark(pid) ) { 
+      35           0 :         if( digit(nl,pid) == q || digit(nr,pid) == q ) { return true; }
+      36             :     }
+      37             :     return false;
+      38             : }
+      39             : 
+      40             : }
+      41             : 
+      42             : // absolute value
+      43   260299484 : int abspid( const int & pid )
+      44             : {
+      45   260299484 :   return (pid < 0) ? -pid : pid;
+      46             : }
+      47             : 
+      48             : // returns everything beyond the 7th digit (e.g. outside the numbering scheme)
+      49    50313164 : int extraBits( const int & pid )
+      50             : {
+      51    50313164 :     return abspid(pid)/10000000;
+      52             : }
+      53             : 
+      54             : //  split the PID into constituent integers
+      55   146041016 : unsigned short digit( location loc, const int & pid )
+      56             : {
+      57             :     //  PID digits (base 10) are: n nr nl nq1 nq2 nq3 nj
+      58             :     //  the location enum provides a convenient index into the PID
+      59             :                 //
+      60             :                 //  Modified for CRPropa: use precalculated values isntead of pow for
+      61             :                 //  performance
+      62             :                 static unsigned int p10[] = { 1, 10, 100, 1000,  10000, 100000, 1000000,
+      63             :                         10000000, 100000000, 1000000000};
+      64   146041016 :     return (abspid(pid)/ p10[loc-1])%10;
+      65             : //    int numerator = (int) std::pow(10.0,(loc-1));
+      66             : //    return (abspid(pid)/numerator)%10;
+      67             : }
+      68             : 
+      69             : //  return the first two digits if this is a "fundamental" particle
+      70             : //  ID = 100 is a special case (internal generator ID's are 81-100)
+      71    20168250 : int fundamentalID( const int & pid )
+      72             : {
+      73    20168250 :     if( extraBits(pid) > 0 ) return 0;
+      74    20168243 :     if( digit(nq2,pid) == 0 && digit(nq1,pid) == 0) {
+      75    20168243 :         return abspid(pid)%10000;
+      76           0 :     } else if( abspid(pid) <= 100 ) {
+      77           0 :         return abspid(pid);
+      78             :     } else {
+      79             :         return 0;
+      80             :     }
+      81             : }
+      82             : 
+      83             : // Ion numbers are +/- 10LZZZAAAI. 
+      84      364529 : int Z( const int & pid )
+      85             : {
+      86             :     // a proton can also be a Hydrogen nucleus
+      87      364529 :     if( abspid(pid) == 2212 ) { return 1; }
+      88      364529 :     if( isNucleus(pid) ) return (abspid(pid)/10000)%1000;
+      89             :     return 0;
+      90             : }
+      91             : 
+      92             : // Ion numbers are +/- 10LZZZAAAI. 
+      93      202818 : int A( const int & pid )
+      94             : {
+      95             :     // a proton can also be a Hydrogen nucleus
+      96      202818 :     if( abspid(pid) == 2212 ) { return 1; }
+      97      202818 :     if( isNucleus(pid) ) return (abspid(pid)/10)%1000;
+      98             :     return 0;
+      99             : }
+     100             : 
+     101             : // if this is a nucleus (ion), get nLambda
+     102             : // Ion numbers are +/- 10LZZZAAAI. 
+     103           0 : int lambda( const int & pid )
+     104             : {
+     105             :     // a proton can also be a Hydrogen nucleus
+     106           0 :     if( abspid(pid) == 2212 ) { return 0; }
+     107           0 :     if( isNucleus(pid) ) return digit(n8,pid);
+     108             :     return 0;
+     109             : }
+     110             : 
+     111             : 
+     112             : // ---  boolean methods:
+     113             : //
+     114             : 
+     115             : //  check to see if this is a valid PID
+     116           0 : bool isValid( const int & pid )
+     117             : {
+     118           0 :     if( extraBits(pid) > 0 ) {
+     119           0 :         if( isNucleus(pid) )   { return true; }
+     120           0 :         if( isQBall(pid) )   { return true; }
+     121           0 :         return false; 
+     122             :     }
+     123           0 :     if( isSUSY(pid) ) { return true; }
+     124           0 :     if( isRhadron(pid) ) { return true; }
+     125           0 :     if( isDyon(pid) ) { return true; }
+     126             :     // Meson signature
+     127           0 :     if( isMeson(pid) )   { return true; }
+     128             :     // Baryon signature
+     129           0 :     if( isBaryon(pid) )  { return true; }
+     130             :     // DiQuark signature
+     131           0 :     if( isDiQuark(pid) ) { return true; }
+     132             :     // fundamental particle
+     133           0 :     if( fundamentalID(pid) > 0 ) { 
+     134           0 :       if(pid > 0 ) { 
+     135             :         return true; 
+     136             :       } else {
+     137           0 :         if( hasFundamentalAnti(pid) ) { return true; }
+     138           0 :         return false;
+     139             :       }
+     140             :     }
+     141             :     // pentaquark
+     142           0 :     if( isPentaquark(pid) ) { return true; }
+     143             :     // don't recognize this number
+     144             :     return false;
+     145             : }
+     146             : 
+     147             : // if this is a fundamental particle, does it have a valid antiparticle?
+     148           0 : bool hasFundamentalAnti( const int & pid )
+     149             : {
+     150             :     // these are defined by the generator and therefore are always valid
+     151           0 :     if( fundamentalID(pid) <= 100 && fundamentalID(pid) >= 80 ) { return true; }
+     152             :     // check id's from 1 to 79
+     153           0 :     if( fundamentalID(pid) > 0 && fundamentalID(pid) < 80 ) { 
+     154           0 :        if( validParticleName(-pid) ) { return true; }
+     155             :     }
+     156             :     return false;
+     157             : }
+     158             : 
+     159             : //  check to see if this is a valid meson
+     160           0 : bool isMeson( const int & pid )
+     161             : {
+     162           0 :     if( extraBits(pid) > 0 ) { return false; }
+     163           0 :     if( abspid(pid) <= 100 ) { return false; }
+     164           0 :     if( fundamentalID(pid) <= 100 && fundamentalID(pid) > 0 ) { return false; }
+     165           0 :     if( isRhadron(pid) ) { return false; }
+     166           0 :     int aid = abspid(pid);
+     167           0 :     if( aid == 130 || aid == 310 || aid == 210 ) { return true; }
+     168             :     // EvtGen uses some odd numbers
+     169           0 :     if( aid == 150 || aid == 350 || aid == 510 || aid == 530 ) { return true; }
+     170             :     // pomeron, etc.
+     171           0 :     if( pid == 110 || pid == 990 || pid == 9990 ) { return true; }
+     172           0 :     if(    digit(nj,pid) > 0 && digit(nq3,pid) > 0 
+     173           0 :         && digit(nq2,pid) > 0 && digit(nq1,pid) == 0 ) {
+     174             :         // check for illegal antiparticles
+     175           0 :         if( digit(nq3,pid) == digit(nq2,pid) && pid < 0 ) {
+     176           0 :             return false;
+     177             :         } else {
+     178             :             return true;
+     179             :         }
+     180             :     }
+     181             :     return false;
+     182             : }
+     183             : 
+     184             : //  check to see if this is a valid baryon
+     185           0 : bool isBaryon( const int & pid )
+     186             : {
+     187           0 :     if( extraBits(pid) > 0 ) { return false; }
+     188           0 :     if( abspid(pid) <= 100 ) { return false; }
+     189           0 :     if( fundamentalID(pid) <= 100 && fundamentalID(pid) > 0 ) { return false; }
+     190           0 :     if( isRhadron(pid) ) { return false; }
+     191           0 :     if( isPentaquark(pid) ) { return false; }
+     192           0 :     if( abspid(pid) == 2110 || abspid(pid) == 2210 ) { return true; }
+     193           0 :     if(    digit(nj,pid) > 0  && digit(nq3,pid) > 0 
+     194           0 :         && digit(nq2,pid) > 0 && digit(nq1,pid) > 0 ) { return true; }
+     195             :     return false;
+     196             : }
+     197             : 
+     198             : //  check to see if this is a valid diquark
+     199           0 : bool isDiQuark( const int & pid )
+     200             : {
+     201           0 :     if( extraBits(pid) > 0 ) { return false; }
+     202           0 :     if( abspid(pid) <= 100 ) { return false; }
+     203           0 :     if( fundamentalID(pid) <= 100 && fundamentalID(pid) > 0 ) { return false; }
+     204           0 :     if(    digit(nj,pid) > 0  && digit(nq3,pid) == 0 
+     205           0 :         && digit(nq2,pid) > 0 && digit(nq1,pid) > 0 ) {  // diquark signature
+     206             :        // EvtGen uses the diquarks for quark pairs, so, for instance, 
+     207             :        //   5501 is a valid "diquark" for EvtGen
+     208             :        //if( digit(nj) == 1 && digit(nq2) == digit(nq1) ) {     // illegal
+     209             :        //   return false; 
+     210             :        //} else {
+     211           0 :           return true;
+     212             :        //}
+     213             :     }
+     214             :     return false;
+     215             : }
+     216             : 
+     217             : // is this a valid hadron ID?
+     218           0 : bool isHadron( const int & pid )
+     219             : {
+     220           0 :     if( extraBits(pid) > 0 ) { return false; }
+     221           0 :     if( isMeson(pid) )   { return true; }
+     222           0 :     if( isBaryon(pid) )  { return true; }
+     223           0 :     if( isPentaquark(pid) ) { return true; }
+     224           0 :     if( isRhadron(pid) ) { return true; }
+     225             :     return false;
+     226             : }
+     227             : // is this a valid lepton ID?
+     228           0 : bool isLepton( const int & pid )
+     229             : {
+     230           0 :     if( extraBits(pid) > 0 ) { return false; }
+     231           0 :     if( fundamentalID(pid) >= 11 && fundamentalID(pid) <= 18 ) { return true; }
+     232             :     return false;
+     233             : }
+     234             : 
+     235             : //
+     236             : // This implements the 2006 Monte Carlo nuclear code scheme.
+     237             : // Ion numbers are +/- 10LZZZAAAI. 
+     238             : // AAA is A - total baryon number
+     239             : // ZZZ is Z - total charge
+     240             : // L is the total number of strange quarks.
+     241             : // I is the isomer number, with I=0 corresponding to the ground state.
+     242    20937352 : bool isNucleus( const int & pid )
+     243             : {
+     244             :      // a proton can also be a Hydrogen nucleus
+     245    20937352 :      if( abspid(pid) == 2212 ) { return true; }
+     246             :      // new standard: +/- 10LZZZAAAI
+     247    20937336 :      if( ( digit(n10,pid) == 1 ) && ( digit(n9,pid) == 0 ) ) {
+     248             :         // charge should always be less than or equal to baryon number
+     249             :         // the following line is A >= Z
+     250      769143 :         if( (abspid(pid)/10)%1000 >= (abspid(pid)/10000)%1000 ) { return true; }
+     251             :      }
+     252             :      return false;
+     253             : }
+     254             : 
+     255             : //  check to see if this is a valid pentaquark
+     256           0 : bool isPentaquark( const int & pid )
+     257             : {
+     258             :     // a pentaquark is of the form 9abcdej,
+     259             :     // where j is the spin and a, b, c, d, and e are quarks
+     260           0 :     if( extraBits(pid) > 0 ) { return false; }
+     261           0 :     if( digit(n,pid) != 9 )  { return false; }
+     262           0 :     if( digit(nr,pid) == 9 || digit(nr,pid) == 0 )  { return false; }
+     263           0 :     if( digit(nj,pid) == 9 || digit(nl,pid) == 0 )  { return false; }
+     264           0 :     if( digit(nq1,pid) == 0 )  { return false; }
+     265           0 :     if( digit(nq2,pid) == 0 )  { return false; }
+     266           0 :     if( digit(nq3,pid) == 0 )  { return false; }
+     267           0 :     if( digit(nj,pid) == 0 )  { return false; }
+     268             :     // check ordering
+     269           0 :     if( digit(nq2,pid) > digit(nq1,pid) )  { return false; }
+     270           0 :     if( digit(nq1,pid) > digit(nl,pid) )  { return false; }
+     271           0 :     if( digit(nl,pid) > digit(nr,pid) )  { return false; }
+     272             :     return true;
+     273             : }
+     274             : 
+     275             : // is this a SUSY?
+     276           0 : bool isSUSY( const int & pid )
+     277             : {
+     278             :     // fundamental SUSY particles have n = 1 or 2
+     279           0 :     if( extraBits(pid) > 0 ) { return false; }
+     280           0 :     if( digit(n,pid) != 1 && digit(n,pid) != 2 )  { return false; }
+     281           0 :     if( digit(nr,pid) != 0 )  { return false; }
+     282             :     // check fundamental part
+     283           0 :     if( fundamentalID(pid) == 0 )  { return false; }
+     284             :     return true;
+     285             : }
+     286             : 
+     287             : // is this an R-hadron?
+     288           0 : bool isRhadron( const int & pid )
+     289             : {
+     290             :     // an R-hadron is of the form 10abcdj, 100abcj, or 1000abj
+     291             :     // where j is the spin, b, c, and d are quarks or gluons,
+     292             :     // and a (the digit following the zero's) is a SUSY particle
+     293           0 :     if( extraBits(pid) > 0 ) { return false; }
+     294           0 :     if( digit(n,pid) != 1 )  { return false; }
+     295           0 :     if( digit(nr,pid) != 0 )  { return false; }
+     296             :     // make sure this isn't a SUSY particle
+     297           0 :     if( isSUSY(pid) ) { return false; }
+     298             :     // All R-hadrons have at least 3 core digits
+     299           0 :     if( digit(nq2,pid) == 0 )  { return false; }
+     300           0 :     if( digit(nq3,pid) == 0 )  { return false; }
+     301           0 :     if( digit(nj,pid) == 0 )  { return false; }
+     302             :     return true;
+     303             : }
+     304             : 
+     305             : // is this a Dyon (magnetic monopole)?
+     306     3325562 : bool isDyon( const int & pid )
+     307             : {
+     308             :     ///Magnetic monopoles and Dyons are assumed to have one unit of 
+     309             :     ///Dirac monopole charge and a variable integer number xyz units 
+     310             :     ///of electric charge.  
+     311             :     ///
+     312             :     ///Codes 411xyz0 are then used when the magnetic and electrical 
+     313             :     ///charge sign agree and 412xyz0 when they disagree, 
+     314             :     ///with the overall sign of the particle set by the magnetic charge.  
+     315             :     ///For now no spin information is provided.
+     316             :     ///
+     317     3325562 :     if( extraBits(pid) > 0 ) { return false; }
+     318     3325562 :     if( digit(n,pid) != 4 )  { return false; }
+     319           0 :     if( digit(nr,pid) != 1 )  { return false; }
+     320           0 :     if( (digit(nl,pid) != 1) && (digit(nl,pid) != 2) )  { return false; }
+     321             :     // All Dyons have at least 1 core digit
+     322           0 :     if( digit(nq3,pid) == 0 )  { return false; }
+     323             :     // Dyons have spin zero for now
+     324           0 :     if( digit(nj,pid) != 0 )  { return false; }
+     325             :     return true;
+     326             : }
+     327             : 
+     328             : // Check for QBalls
+     329             : // Ad-hoc numbering for such particles is 100xxxx0, 
+     330             : // where xxxx is the charge in tenths. 
+     331    23493806 : bool isQBall( const int & pid )
+     332             : {
+     333    23493806 :     if( extraBits(pid) != 1 ) { return false; }
+     334           0 :     if( digit(n,pid) != 0 )  { return false; }
+     335           0 :     if( digit(nr,pid) != 0 )  { return false; }
+     336             :     // check the core number
+     337           0 :     if( (abspid(pid)/10)%10000 == 0 )  { return false; }
+     338             :     // these particles have spin zero for now
+     339           0 :     if( digit(nj,pid) != 0 )  { return false; }
+     340             :     return true;
+     341             : }
+     342             : 
+     343             : // does this particle contain an up quark?
+     344           0 : bool hasUp( const int & pid)
+     345             : {
+     346           0 :     if( extraBits(pid) > 0 ) { return false; }
+     347           0 :     if( fundamentalID(pid) > 0 ) { return false; }
+     348           0 :     return findQ(pid,2);
+     349             : }
+     350             : // does this particle contain a down quark?
+     351           0 : bool hasDown( const int & pid)
+     352             : {
+     353           0 :     if( extraBits(pid) > 0 ) { return false; }
+     354           0 :     if( fundamentalID(pid) > 0 ) { return false; }
+     355           0 :     return findQ(pid,1);
+     356             : }
+     357             : // does this particle contain a strange quark?
+     358           0 : bool hasStrange( const int & pid )
+     359             : {
+     360           0 :     if( extraBits(pid) > 0 ) { return false; }
+     361           0 :     if( fundamentalID(pid) > 0 ) { return false; }
+     362           0 :     return findQ(pid,3);
+     363             : }
+     364             : // does this particle contain a charm quark?
+     365           0 : bool hasCharm( const int & pid )
+     366             : {
+     367           0 :     if( extraBits(pid) > 0 ) { return false; }
+     368           0 :     if( fundamentalID(pid) > 0 ) { return false; }
+     369           0 :     return findQ(pid,4);
+     370             : }
+     371             : // does this particle contain a bottom quark?
+     372           0 : bool hasBottom( const int & pid )
+     373             : {
+     374           0 :     if( extraBits(pid) > 0 ) { return false; }
+     375           0 :     if( fundamentalID(pid) > 0 ) { return false; }
+     376           0 :     return findQ(pid,5);
+     377             : }
+     378             : // does this particle contain a top quark?
+     379           0 : bool hasTop( const int & pid )
+     380             : {
+     381           0 :     if( extraBits(pid) > 0 ) { return false; }
+     382           0 :     if( fundamentalID(pid) > 0 ) { return false; }
+     383           0 :     return findQ(pid,6);
+     384             : }
+     385             : 
+     386             : // ---  other information
+     387             : //
+     388             : // jSpin returns 2J+1, where J is the total spin
+     389           0 : int  jSpin( const int & pid )
+     390             : {
+     391           0 :     if( fundamentalID(pid) > 0 ) { 
+     392             :         // some of these are known
+     393           0 :         int fund = fundamentalID(pid);
+     394           0 :         if( fund > 0 && fund < 7 ) return 2;
+     395           0 :         if( fund == 9 ) return 3; 
+     396           0 :         if( fund > 10 && fund < 17 ) return 2;
+     397           0 :         if( fund > 20 && fund < 25 ) return 3;
+     398           0 :         return 0; 
+     399           0 :     } else if( extraBits(pid) > 0 ) { 
+     400             :         return 0; 
+     401             :     }
+     402           0 :     return abspid(pid)%10;
+     403             : }
+     404             : // sSpin returns 2S+1, where S is the spin
+     405           0 : int  sSpin( const int & pid )
+     406             : {
+     407           0 :     if( !isMeson(pid) ) { return 0; }
+     408           0 :     int inl = digit(nl,pid);
+     409             :     //int tent = digit(n,pid);
+     410           0 :     int js = digit(nj,pid);
+     411           0 :     if( digit(n,pid) == 9 ) { return 0; }       // tentative ID
+     412             :     //if( tent == 9 ) { return 0; }     // tentative assignment
+     413           0 :     if( inl == 0 && js >= 3 ) { 
+     414             :         return 1;
+     415           0 :     } else if( inl == 0  && js == 1 ) {
+     416             :         return 0;
+     417           0 :     } else if( inl == 1  && js >= 3 ) {
+     418             :         return 0;
+     419           0 :     } else if( inl == 2  && js >= 3 ) {
+     420             :         return 1;
+     421           0 :     } else if( inl == 1  && js == 1 ) {
+     422             :         return 1;
+     423           0 :     } else if( inl == 3  && js >= 3 ) {
+     424           0 :         return 1;
+     425             :     }
+     426             :     // default to zero
+     427             :     return 0;
+     428             : }
+     429             : // lSpin returns 2L+1, where L is the orbital angular momentum
+     430           0 : int  lSpin( const int & pid )
+     431             : {
+     432           0 :     if( !isMeson(pid) ) { return 0; }
+     433           0 :     int inl = digit(nl,pid);
+     434             :     //int tent = digit(n,pid);
+     435           0 :     int js = digit(nj,pid);
+     436           0 :     if( digit(n,pid) == 9 ) { return 0; }       // tentative ID
+     437           0 :     if( inl == 0 && js == 3 ) { 
+     438             :         return 0;
+     439           0 :     } else if( inl == 0 && js == 5 ) {
+     440             :         return 1;
+     441           0 :     } else if( inl == 0 && js == 7 ) {
+     442             :         return 2;
+     443           0 :     } else if( inl == 0 && js == 9 ) {
+     444             :         return 3;
+     445           0 :     } else if( inl == 0  && js == 1 ) {
+     446             :         return 0;
+     447           0 :     } else if( inl == 1  && js == 3 ) {
+     448             :         return 1;
+     449           0 :     } else if( inl == 1  && js == 5 ) {
+     450             :         return 2;
+     451           0 :     } else if( inl == 1  && js == 7 ) {
+     452             :         return 3;
+     453           0 :     } else if( inl == 1  && js == 9 ) {
+     454             :         return 4;
+     455           0 :     } else if( inl == 2  && js == 3 ) {
+     456             :         return 1;
+     457           0 :     } else if( inl == 2  && js == 5 ) {
+     458             :         return 2;
+     459           0 :     } else if( inl == 2  && js == 7 ) {
+     460             :         return 3;
+     461           0 :     } else if( inl == 2  && js == 9 ) {
+     462             :         return 4;
+     463           0 :     } else if( inl == 1  && js == 1 ) {
+     464             :         return 1;
+     465           0 :     } else if( inl == 3  && js == 3 ) {
+     466             :         return 2;
+     467           0 :     } else if( inl == 3  && js == 5 ) {
+     468             :         return 3;
+     469           0 :     } else if( inl == 3  && js == 7 ) {
+     470             :         return 4;
+     471           0 :     } else if( inl == 3  && js == 9 ) {
+     472           0 :         return 5;
+     473             :     }
+     474             :     // default to zero
+     475             :     return 0;
+     476             : }
+     477             : 
+     478             : // 3 times the charge
+     479    20168252 : int threeCharge( const int & pid )
+     480             : {
+     481             :     int charge=0;
+     482             :     int ida, sid;
+     483             :     unsigned short q1, q2, q3, ql;
+     484             :     static int ch100[] = { -1, 2,-1, 2,-1, 2,-1, 2, 0, 0,
+     485             :                        -3, 0,-3, 0,-3, 0,-3, 0, 0, 0,
+     486             :                         0, 0, 0, 3, 0, 0, 0, 0, 0, 0,
+     487             :                         0, 0, 0, 3, 0, 0, 3, 0, 0, 0,
+     488             :                         0, -1, 0, 0, 0, 0, 0, 0, 0, 0,
+     489             :                         0, 6, 3, 6, 0, 0, 0, 0, 0, 0,
+     490             :                         0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+     491             :                         0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+     492             :                         0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+     493             :                         0, 0, 0, 0, 0, 0, 0, 0, 0, 0 };
+     494    20168252 :     q1 = digit(nq1,pid);
+     495    20168249 :     q2 = digit(nq2,pid);
+     496    20168248 :     q3 = digit(nq3,pid);
+     497    20168250 :     ql = digit(nl,pid);
+     498    20168251 :     ida = abspid(pid);
+     499    20168250 :     sid = fundamentalID(pid);
+     500    20168244 :     if( ida == 0 ) {      // illegal
+     501             :         return 0;
+     502     3325563 :     } else if( isQBall(pid) ) {         // QBall
+     503           0 :        charge = 3*((abspid(pid)/10)%10000);
+     504     3325563 :     } else if( extraBits(pid) > 0 ) {                // ion
+     505             :         return 0;
+     506     3325562 :     } else if( isDyon(pid) ) {          // Dyon
+     507           0 :         charge = 3*( (abspid(pid)/10)%1000 );
+     508             :         // this is half right
+     509             :         // the charge sign will be changed below if pid < 0
+     510           0 :         if( ql == 2 ) {
+     511           0 :             charge = -charge; 
+     512             :         }
+     513     3325562 :     } else if( sid > 0 && sid <= 100 ) {  // use table
+     514     3325562 :         charge = ch100[sid-1];
+     515     3325562 :         if(ida==1000017 || ida==1000018) { charge = 0; }
+     516     3325562 :         if(ida==1000034 || ida==1000052) { charge = 0; }
+     517     3325562 :         if(ida==1000053 || ida==1000054) { charge = 0; }
+     518     3325562 :         if(ida==5100061 || ida==5100062) { charge = 6; }
+     519           0 :     } else if( digit(nj,pid) == 0 ) {           // KL, Ks, or undefined
+     520             :         return 0;
+     521           0 :     } else if( isMeson(pid) ) {                 // mesons
+     522           0 :             if( q2 == 3 || q2 == 5 ) {
+     523           0 :                 charge = ch100[q3-1] - ch100[q2-1];
+     524             :             } else {
+     525           0 :                 charge = ch100[q2-1] - ch100[q3-1];
+     526             :             }
+     527           0 :     } else if( isRhadron(pid) ) {               // Rhadron
+     528           0 :         if (( q1 == 0 ) || ( q1 == 9 )) {
+     529           0 :             if( q2 == 3 || q2 == 5 ) {
+     530           0 :                 charge = ch100[q3-1] - ch100[q2-1];
+     531             :             } else {
+     532           0 :                 charge = ch100[q2-1] - ch100[q3-1];
+     533             :             }
+     534           0 :         } else if( ql == 0 ) {
+     535           0 :             charge = ch100[q3-1] + ch100[q2-1] + ch100[q1-1];
+     536           0 :         } else if ( digit(nr,pid) == 0 ) {
+     537           0 :             charge = ch100[q3-1] + ch100[q2-1] + ch100[q1-1] + ch100[ql-1];
+     538             :         }
+     539           0 :     } else if( isDiQuark(pid) ) {                       // diquarks
+     540           0 :         charge = ch100[q2-1] + ch100[q1-1];
+     541           0 :     } else if( isBaryon(pid) ) {                        // baryons
+     542           0 :         charge = ch100[q3-1] + ch100[q2-1] + ch100[q1-1];
+     543             :     } else {            // unknown
+     544             :         return 0;
+     545             :     }
+     546     3325562 :     if( charge == 0 ) {
+     547     3310494 :         return 0;
+     548       15068 :     } else if( pid < 0 ) {
+     549        7103 :         charge = -charge; 
+     550             :     }
+     551             :     return charge;
+     552             : }
+     553             : 
+     554             : // the actual charge
+     555    20168251 : double charge( const int & pid )
+     556             : {
+     557    20168251 :    int tc = threeCharge(pid);
+     558    20168244 :    if( isQBall(pid) ) {
+     559           0 :        return double(tc)/30.;
+     560             :    } else {
+     561    20168248 :        return double(tc)/3.;
+     562             :    }
+     563             : }
+     564             : 
+     565             : } // HepPID
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/ParticleName.cc.func-sort-c.html b/doc/coverageReport/libs/HepPID/src/ParticleName.cc.func-sort-c.html new file mode 100644 index 000000000..399175d29 --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/ParticleName.cc.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/ParticleName.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/src - ParticleName.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01830.0 %
Date:2024-04-08 14:58:22Functions:0130.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN6HepPID12_GLOBAL__N_116ParticleNameInitEv0
_ZN6HepPID12_GLOBAL__N_121writeParticleNameLineEiRSo0
_ZN6HepPID12_GLOBAL__N_123checkForSpecialParticleERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN6HepPID12_GLOBAL__N_18dyonNameERKi0
_ZN6HepPID12_GLOBAL__N_19qballNameERKi0
_ZN6HepPID12particleNameB5cxx11ERKi0
_ZN6HepPID12particleNameERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN6HepPID15ParticleNameMapC2ESt3mapIiNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEESt4lessIiESaISt4pairIKiS7_EEES1_IS7_iS8_IS7_ESaISA_IKS7_iEEE0
_ZN6HepPID15ParticleNameMapD2Ev0
_ZN6HepPID17listParticleNamesERSo0
_ZN6HepPID17validParticleNameERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN6HepPID17validParticleNameERKi0
_ZN6HepPID18getParticleNameMapEv0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/ParticleName.cc.func.html b/doc/coverageReport/libs/HepPID/src/ParticleName.cc.func.html new file mode 100644 index 000000000..392fe15ed --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/ParticleName.cc.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/ParticleName.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/src - ParticleName.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01830.0 %
Date:2024-04-08 14:58:22Functions:0130.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN6HepPID12_GLOBAL__N_116ParticleNameInitEv0
_ZN6HepPID12_GLOBAL__N_121writeParticleNameLineEiRSo0
_ZN6HepPID12_GLOBAL__N_123checkForSpecialParticleERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN6HepPID12_GLOBAL__N_18dyonNameERKi0
_ZN6HepPID12_GLOBAL__N_19qballNameERKi0
_ZN6HepPID12particleNameB5cxx11ERKi0
_ZN6HepPID12particleNameERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN6HepPID15ParticleNameMapC2ESt3mapIiNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEESt4lessIiESaISt4pairIKiS7_EEES1_IS7_iS8_IS7_ESaISA_IKS7_iEEE0
_ZN6HepPID15ParticleNameMapD2Ev0
_ZN6HepPID17listParticleNamesERSo0
_ZN6HepPID17validParticleNameERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN6HepPID17validParticleNameERKi0
_ZN6HepPID18getParticleNameMapEv0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/ParticleName.cc.gcov.html b/doc/coverageReport/libs/HepPID/src/ParticleName.cc.gcov.html new file mode 100644 index 000000000..c67d5715b --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/ParticleName.cc.gcov.html @@ -0,0 +1,2075 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/ParticleName.cc + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/src - ParticleName.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01830.0 %
Date:2024-04-08 14:58:22Functions:0130.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : // ----------------------------------------------------------------------
+       2             : //
+       3             : // ParticleName.cc
+       4             : // Author: Lynn Garren and Walter Brown
+       5             : //
+       6             : //  Create a map that gives a standard name for each pre-defined 
+       7             : //  particle ID number.   Also create a map for the reverse lookup of 
+       8             : //  the ID number from a string.  These maps are initialized if and only if 
+       9             : //  the public functions are called. Because the maps are static, 
+      10             : //  the initialization happens only once.
+      11             : //
+      12             : //  The user NEVER calls ParticleNameInit()
+      13             : //  We use a data table (struct Snames) so that compile time is not impacted.
+      14             : //
+      15             : //  public functions:
+      16             : //     PartcleIdMap const &  getPartcleIdMap()
+      17             : //     std::string              ParticleName( const int pid )
+      18             : //     void                     listParticleNames( std::ostream & os  )
+      19             : //
+      20             : // ----------------------------------------------------------------------
+      21             : 
+      22             : #include <string>
+      23             : #include <map>
+      24             : #include <iostream>
+      25             : #include <sstream>
+      26             : #include <iomanip>        // width
+      27             : #include <utility>        // make_pair
+      28             : 
+      29             : #include "HepPID/ParticleName.hh"
+      30             : #include "HepPID/ParticleIDMethods.hh"
+      31             : #include "HepPID/Version.hh"
+      32             : 
+      33             : namespace HepPID {
+      34             : 
+      35             : typedef  std::map< int, std::string >  PartcleIdMap;
+      36             : typedef  std::map< std::string, int >  ParticleLookupMap;
+      37             : 
+      38             : ///
+      39             : /// \class ParticleNameMap
+      40             : /// \author Lynn Garren
+      41             : ///
+      42             : /// Used internally to store the static maps
+      43             : ///
+      44             : class ParticleNameMap{
+      45             : 
+      46             : public:
+      47             : 
+      48             :    typedef PartcleIdMap::const_iterator      idIterator;
+      49             :    typedef ParticleLookupMap::const_iterator nameIterator;
+      50             :    
+      51           0 :    ParticleNameMap(PartcleIdMap m1,ParticleLookupMap m2)
+      52           0 :    : itsNameMap(m1), itsLookupMap(m2) {}
+      53           0 :    ~ParticleNameMap() {}
+      54             :    
+      55             :    PartcleIdMap       nameMap()    const { return itsNameMap; }
+      56             :    ParticleLookupMap lookupMap()  const { return itsLookupMap; }
+      57             :    idIterator   begin()               const { return itsNameMap.begin(); }
+      58             :    idIterator   end()                 const { return itsNameMap.end(); }
+      59             :    idIterator   find( const int & id) const { return itsNameMap.find(id); }
+      60             :    nameIterator beginLookupMap()      const { return itsLookupMap.begin(); }
+      61             :    nameIterator endLookupMap()        const { return itsLookupMap.end(); }
+      62             :    nameIterator findString( const std::string & s) const { return itsLookupMap.find(s); }
+      63             : 
+      64             : private:
+      65             :    
+      66             :    PartcleIdMap       itsNameMap;
+      67             :    ParticleLookupMap itsLookupMap;
+      68             :    
+      69             :    // copies are not allowed
+      70             :    ParticleNameMap( const ParticleNameMap & );
+      71             :    ParticleNameMap & operator = ( const ParticleNameMap & );
+      72             :    
+      73             : };
+      74             : 
+      75             : namespace {     // ParticleNameInit and ParticleNameMap are private
+      76             : 
+      77           0 : ParticleNameMap const &  ParticleNameInit()
+      78             : {
+      79             : 
+      80             :   PartcleIdMap  m;
+      81             :   ParticleLookupMap nameMap;
+      82             : 
+      83             :   static const struct {
+      84             :       int pid;
+      85             :       const char* pname;
+      86             :   } SNames[] = {
+      87             :       {          0, "" },
+      88             :       {          1, "d" },
+      89             :       {         -1, "d~" },
+      90             :       {          2, "u" },
+      91             :       {         -2, "u~" },
+      92             :       {          3, "s" },
+      93             :       {         -3, "s~" },
+      94             :       {          4, "c" },
+      95             :       {         -4, "c~" },
+      96             :       {          5, "b" },
+      97             :       {         -5, "b~" },
+      98             :       {          6, "t" },
+      99             :       {         -6, "t~" },
+     100             :       {          7, "b'" },
+     101             :       {         -7, "b'~" },
+     102             :       {          8, "t'" },
+     103             :       {         -8, "t'~" },
+     104             :       {         11, "e^-" },
+     105             :       {        -11, "e^+" },
+     106             :       {         12, "nu_e" },
+     107             :       {        -12, "nu_e~" },
+     108             :       {         13, "mu^-" },
+     109             :       {        -13, "mu^+" },
+     110             :       {         14, "nu_mu" },
+     111             :       {        -14, "nu_mu~" },
+     112             :       {         15, "tau^-" },
+     113             :       {        -15, "tau^+" },
+     114             :       {         16, "nu_tau" },
+     115             :       {        -16, "nu_tau~" },
+     116             :       {         17, "tau'^-" },
+     117             :       {        -17, "tau'^+" },
+     118             :       {         18, "nu_tau'" },
+     119             :       {        -18, "nu_tau'~" },
+     120             :       {         21, "g" },
+     121             :       {         22, "gamma" },
+     122             :       {      10022, "virtual-photon" },
+     123             :       {      20022, "Cerenkov-radiation" },
+     124             :       {         23, "Z^0" },
+     125             :       {         24, "W^+" },
+     126             :       {        -24, "W^-" },
+     127             :       {         25, "H_1^0" },
+     128             :       {         32, "Z_2^0" },
+     129             :       {         33, "Z_3^0" },
+     130             :       {         34, "W_2^+" },
+     131             :       {        -34, "W_2^-" },
+     132             :       {         35, "H_2^0" },
+     133             :       {         36, "H_3^0" },
+     134             :       {         37, "H^+" },
+     135             :       {        -37, "H^-" },
+     136             :       {         39, "G"  },
+     137             :       {         41, "R^0" },
+     138             :       {        -41, "R~^0" },
+     139             :       {         42, "LQ_c" },
+     140             :       {        -42, "LQ_c~" },
+     141             :       {         43, "Xu^0" },
+     142             :       {         44, "Xu^+" },
+     143             :       {        -44, "Xu^-" },
+     144             :       {         51, "H_L^0" },
+     145             :       {         52, "H_1^++" },
+     146             :       {        -52, "H_1^--" },
+     147             :       {         53, "H_2^+" },
+     148             :       {        -53, "H_2^-" },
+     149             :       {         54, "H_2^++" },
+     150             :       {        -54, "H_2^--" },
+     151             :       {         55, "H_4^0" },
+     152             :       {        -55, "H_4~^0" },
+     153             :       {         81, "generator-specific+81" },
+     154             :       {         82, "generator-specific+82" },
+     155             :       {         83, "generator-specific+83" },
+     156             :       {         84, "generator-specific+84" },
+     157             :       {         85, "generator-specific+85" },
+     158             :       {         86, "generator-specific+86" },
+     159             :       {         87, "generator-specific+87" },
+     160             :       {         88, "generator-specific+88" },
+     161             :       {         89, "generator-specific+89" },
+     162             :       {         90, "generator-specific+90" },
+     163             :       {         91, "generator-specific+91" },
+     164             :       {         92, "generator-specific+92" },
+     165             :       {         93, "generator-specific+93" },
+     166             :       {         94, "generator-specific+94" },
+     167             :       {         95, "generator-specific+95" },
+     168             :       {         96, "generator-specific+96" },
+     169             :       {         97, "generator-specific+97" },
+     170             :       {         98, "generator-specific+98" },
+     171             :       {         99, "generator-specific+99" },
+     172             :       {        -81, "generator-specific-81" },
+     173             :       {        -82, "generator-specific-82" },
+     174             :       {        -83, "generator-specific-83" },
+     175             :       {        -84, "generator-specific-84" },
+     176             :       {        -85, "generator-specific-85" },
+     177             :       {        -86, "generator-specific-86" },
+     178             :       {        -87, "generator-specific-87" },
+     179             :       {        -88, "generator-specific-88" },
+     180             :       {        -89, "generator-specific-89" },
+     181             :       {        -90, "generator-specific-90" },
+     182             :       {        -91, "generator-specific-91" },
+     183             :       {        -92, "generator-specific-92" },
+     184             :       {        -93, "generator-specific-93" },
+     185             :       {        -94, "generator-specific-94" },
+     186             :       {        -95, "generator-specific-95" },
+     187             :       {        -96, "generator-specific-96" },
+     188             :       {        -97, "generator-specific-97" },
+     189             :       {        -98, "generator-specific-98" },
+     190             :       {        -99, "generator-specific-99" },
+     191             :       {        100, "generator-specific+100" },
+     192             :       {       -100, "generator-specific-100" },
+     193             :       {        101, "geantino" },
+     194             :       {        102, "charged-geantino" },
+     195             :       {        110, "reggeon" },
+     196             :       {        130, "K_L^0" },
+     197             :       {        310, "K_S^0" },
+     198             :       {        990, "pomeron" },
+     199             :       {       9990, "odderon" },
+     200             :       {    1000001, "susy-d_L" },
+     201             :       {   -1000001, "susy-d_L~" },
+     202             :       {    1000002, "susy-u_L" },
+     203             :       {   -1000002, "susy-u_L~" },
+     204             :       {    1000003, "susy-s_L" },
+     205             :       {   -1000003, "susy-s_L~" },
+     206             :       {    1000004, "susy-c_L" },
+     207             :       {   -1000004, "susy-c_L~" },
+     208             :       {    1000005, "susy-b_1" },
+     209             :       {   -1000005, "susy-b_1~" },
+     210             :       {    1000006, "susy-t_1" },
+     211             :       {   -1000006, "susy-t_1~" },
+     212             :       {    1000011, "susy-e_L^-" },
+     213             :       {   -1000011, "susy-e_L^+" },
+     214             :       {    1000012, "susy-nu_eL" },
+     215             :       {   -1000012, "susy-nu_eL~" },
+     216             :       {    1000013, "susy-mu_L^-" },
+     217             :       {   -1000013, "susy-mu_L^+" },
+     218             :       {    1000014, "susy-nu_muL" },
+     219             :       {   -1000014, "susy-nu_muL~" },
+     220             :       {    1000015, "susy-tau_L^-" },
+     221             :       {   -1000015, "susy-tau_L^+" },
+     222             :       {    1000016, "susy-nu_tauL" },
+     223             :       {   -1000016, "susy-nu_tauL~" },
+     224             :       {    1000021, "gluino" },
+     225             :       {    1000022, "susy-chi_1^0" },
+     226             :       {    1000023, "susy-chi_2^0" },
+     227             :       {    1000024, "susy-chi_1^+" },
+     228             :       {   -1000024, "susy-chi_1^-" },
+     229             :       {    1000025, "susy-chi_3^0" },
+     230             :       {    1000035, "susy-chi_4^0" },
+     231             :       {    1000037, "susy-chi_2^+" },
+     232             :       {   -1000037, "susy-chi_2^-" },
+     233             :       {    1000039, "gravitino" },
+     234             :       {    2000001, "susy-d_R" },
+     235             :       {   -2000001, "susy-d_R~" },
+     236             :       {    2000002, "susy-u_R" },
+     237             :       {   -2000002, "susy-u_R~" },
+     238             :       {    2000003, "susy-s_R" },
+     239             :       {   -2000003, "susy-s_R~" },
+     240             :       {    2000004, "susy-c_R" },
+     241             :       {   -2000004, "susy-c_R~" },
+     242             :       {    2000005, "susy-b_R" },
+     243             :       {   -2000005, "susy-b_R~" },
+     244             :       {    2000006, "susy-t_R" },
+     245             :       {   -2000006, "susy-t_R~" },
+     246             :       {    2000011, "susy-e_R^-" },
+     247             :       {   -2000011, "susy-e_R^+" },
+     248             :       {    2000012, "susy-nu_eR" },
+     249             :       {   -2000012, "susy-nu_eR~" },
+     250             :       {    2000013, "susy-mu_R^-" },
+     251             :       {   -2000013, "susy-mu_R^+" },
+     252             :       {    2000014, "susy-nu_muR" },
+     253             :       {   -2000014, "susy-nu_muR~" },
+     254             :       {    2000015, "susy-tau_R^-" },
+     255             :       {   -2000015, "susy-tau_R^+" },
+     256             :       {    2000016, "susy-nu_tauR" },
+     257             :       {   -2000016, "susy-nu_tauR~" },
+     258             :       {    3100021, "V8_tech" },
+     259             :       {   -3100021, "V8_tech~" },
+     260             :       {    3000111, "pi_tech^0" },
+     261             :       {    3000115, "a_tech^0" },
+     262             :       {    3060111, "pi_tech_22_1" },
+     263             :       {    3160111, "pi_tech_22_8" },
+     264             :       {    3000113, "rho_tech^0" },
+     265             :       {    3130113, "rho_tech_11" },
+     266             :       {    3140113, "rho_tech_12" },
+     267             :       {    3150113, "rho_tech_21" },
+     268             :       {    3160113, "rho_tech_22" },
+     269             :       {    3000211, "pi_tech^+" },
+     270             :       {   -3000211, "pi_tech^-" },
+     271             :       {    3000213, "rho_tech^+" },
+     272             :       {   -3000213, "rho_tech^-" },
+     273             :       {    3000215, "a_tech^+" },
+     274             :       {   -3000215, "a_tech^-" },
+     275             :       {    3000221, "pi'_tech" },
+     276             :       {    3100221, "eta_tech" },
+     277             :       {    3000223, "omega_tech" },
+     278             :       {    4000001, "d*" },
+     279             :       {   -4000001, "d*~" },
+     280             :       {    4000002, "u*" },
+     281             :       {   -4000002, "u*~" },
+     282             :       {    4000011, "e*^-" },
+     283             :       {   -4000011, "e*^+" },
+     284             :       {    4000012, "nu*_e" },
+     285             :       {   -4000012, "nu*_e~" },
+     286             :       {    4000039, "G*" },
+     287             :       {   -4000039, "G*~" },
+     288             :       {    5000040, "black_hole" },
+     289             :       {    5100001, "d_L^(1)" },
+     290             :       {   -5100001, "d~_L^(1)" },
+     291             :       {    5100002, "u_L^(1)" },
+     292             :       {   -5100002, "u~_L^(1)" },
+     293             :       {    5100003, "s_L^(1)" },
+     294             :       {   -5100003, "s~_L^(1)" },
+     295             :       {    5100004, "c_L^(1)" },
+     296             :       {   -5100004, "c~_L^(1)" },
+     297             :       {    5100005, "b_L^(1)" },
+     298             :       {   -5100005, "b~_L^(1)" },
+     299             :       {    5100006, "t_L^(1)" },
+     300             :       {   -5100006, "t~_L^(1)" },
+     301             :       {    5100011, "e_L^(1)-" },
+     302             :       {   -5100011, "e_L^(1)+" },
+     303             :       {    5100012, "nu_eL^(1)" },
+     304             :       {   -5100012, "nu_eL~^(1)" },
+     305             :       {    5100013, "mu_L^(1)-" },
+     306             :       {   -5100013, "mu_L^(1)+" },
+     307             :       {    5100014, "nu_muL^(1)" },
+     308             :       {   -5100014, "nu_muL~^(1)" },
+     309             :       {    5100015, "tau_L^(1)-" },
+     310             :       {   -5100015, "tau_L^(1)+" },
+     311             :       {    5100016, "nu_tauL^(1)" },
+     312             :       {   -5100016, "nu_tauL~^(1)" },
+     313             :       {    6100001, "d_R^(1)" },
+     314             :       {   -6100001, "d~_R^(1)" },
+     315             :       {    6100002, "u_R^(1)" },
+     316             :       {   -6100002, "u~_R^(1)" },
+     317             :       {    6100003, "s_R^(1)" },
+     318             :       {   -6100003, "s~_R^(1)" },
+     319             :       {    6100004, "c_R^(1)" },
+     320             :       {   -6100004, "c~_R^(1)" },
+     321             :       {    6100005, "b_R^(1)" },
+     322             :       {   -6100005, "b~_R^(1)" },
+     323             :       {    6100006, "t_R^(1)" },
+     324             :       {   -6100006, "t~_R^(1)" },
+     325             :       {    6100011, "e_R^(1)-" },
+     326             :       {   -6100011, "e_R^(1)+" },
+     327             :       {    6100012, "nu_eR^(1)" },
+     328             :       {   -6100012, "nu_eR~^(1)" },
+     329             :       {    6100013, "mu_R^(1)-" },
+     330             :       {   -6100013, "mu_R^(1)+" },
+     331             :       {    6100014, "nu_muR^(1)" },
+     332             :       {   -6100014, "nu_muR~^(1)" },
+     333             :       {    6100015, "tau_R^(1)-" },
+     334             :       {   -6100015, "tau_R^(1)+" },
+     335             :       {    6100016, "nu_tauR^(1)" },
+     336             :       {   -6100016, "nu_tauR~^(1)" },
+     337             :       {    5100021, "g^(1)" },
+     338             :       {    5100022, "gamma^(1)" },
+     339             :       {    5100023, "Z^(1)0" },
+     340             :       {    5100024, "W^(1)+" },
+     341             :       {   -5100024, "W^(1)-" },
+     342             :       {    5100025, "h^(1)0" },
+     343             :       {    5100039, "G^(1)" },
+     344             :       {    9900012, "nu_Re" },
+     345             :       {   -9900012, "nu_Re~" },
+     346             :       {    9900014, "nu_Rmu" },
+     347             :       {   -9900014, "nu_Rmu~" },
+     348             :       {    9900016, "nu_Rtau" },
+     349             :       {   -9900016, "nu_Rtau~" },
+     350             :       {    9900023, "Z_R^0" },
+     351             :       {   -9900023, "Z_R~^0" },
+     352             :       {    9900024, "W_R^+" },
+     353             :       {   -9900024, "W_R^-" },
+     354             :       {    9900041, "H_L^++" },
+     355             :       {   -9900041, "H_L^--" },
+     356             :       {    9900042, "H_R^++" },
+     357             :       {   -9900042, "H_R^--" },
+     358             :       {    9910113, "rho_diffr^0" },
+     359             :       {    9910211, "pi_diffr^+" },
+     360             :       {   -9910211, "pi_diffr^-" },
+     361             :       {    9910223, "omega_diffr" },
+     362             :       {    9910333, "phi_diffr" },
+     363             :       {    9910443, "psi_diffr" },
+     364             :       {    9912112, "n_diffr^0" },
+     365             :       {   -9912112, "n_diffr~^0" },
+     366             :       {    9912212, "p_diffr^+" },
+     367             :       {   -9912212, "p_diffr~^-" },
+     368             :       {    9920022, "remnant photon" },
+     369             :       {    9922212, "remnant nucleon" },
+     370             :       {   -9922212, "remnant nucleon~" },
+     371             :       {    9900441, "cc~[1S08]" },     
+     372             :       {    9910441, "cc~[3P08]" },     
+     373             :       {    9900443, "cc~[3S18]" },     
+     374             :       {    9900551, "bb~[1S08]" },     
+     375             :       {    9910551, "bb~[3P08]" },     
+     376             :       {    9900553, "bb~[3S18]" },    
+     377             :       {       1103, "dd_1" },
+     378             :       {      -1103, "dd_1~" },
+     379             :       {       2101, "ud_0" },
+     380             :       {      -2101, "ud_0~" },
+     381             :       {       2103, "ud_1" },
+     382             :       {      -2103, "ud_1~" },
+     383             :       {       2203, "uu_1" },
+     384             :       {      -2203, "uu_1~" },
+     385             :       {       3101, "sd_0" },
+     386             :       {      -3101, "sd_0~" },
+     387             :       {       3103, "sd_1" },
+     388             :       {      -3103, "sd_1~" },
+     389             :       {       3201, "su_0" },
+     390             :       {      -3201, "su_0~" },
+     391             :       {       3203, "su_1" },
+     392             :       {      -3203, "su_1~" },
+     393             :       {       3303, "ss_1" },
+     394             :       {      -3303, "ss_1~" },
+     395             :       {       4101, "cd_0" },
+     396             :       {      -4101, "cd_0~" },
+     397             :       {       4103, "cd_1" },
+     398             :       {      -4103, "cd_1~" },
+     399             :       {       4201, "cu_0" },
+     400             :       {      -4201, "cu_0~" },
+     401             :       {       4203, "cu_1" },
+     402             :       {      -4203, "cu_1~" },
+     403             :       {       4301, "cs_0" },
+     404             :       {      -4301, "cs_0~" },
+     405             :       {       4303, "cs_1" },
+     406             :       {      -4303, "cs_1~" },
+     407             :       {       4403, "cc_1" },
+     408             :       {      -4403, "cc_1~" },
+     409             :       {       5101, "bd_0" },
+     410             :       {      -5101, "bd_0~" },
+     411             :       {       5103, "bd_1" },
+     412             :       {      -5103, "bd_1~" },
+     413             :       {       5201, "bu_0" },
+     414             :       {      -5201, "bu_0~" },
+     415             :       {       5203, "bu_1" },
+     416             :       {      -5203, "bu_1~" },
+     417             :       {       5301, "bs_0" },
+     418             :       {      -5301, "bs_0~" },
+     419             :       {       5303, "bs_1" },
+     420             :       {      -5303, "bs_1~" },
+     421             :       {       5401, "bc_0" },
+     422             :       {      -5401, "bc_0~" },
+     423             :       {       5403, "bc_1" },
+     424             :       {      -5403, "bc_1~" },
+     425             :       {       5503, "bb_1" },
+     426             :       {      -5503, "bb_1~" },
+     427             :       {       6101, "td_0" },
+     428             :       {      -6101, "td_0~" },
+     429             :       {       6103, "td_1" },
+     430             :       {      -6103, "td_1~" },
+     431             :       {       6201, "tu_0" },
+     432             :       {      -6201, "tu_0~" },
+     433             :       {       6203, "tu_1" },
+     434             :       {      -6203, "tu_1~" },
+     435             :       {       6301, "ts_0" },
+     436             :       {      -6301, "ts_0~" },
+     437             :       {       6303, "ts_1" },
+     438             :       {      -6303, "ts_1~" },
+     439             :       {       6401, "tc_0" },
+     440             :       {      -6401, "tc_0~" },
+     441             :       {       6403, "tc_1" },
+     442             :       {      -6403, "tc_1~" },
+     443             :       {       6501, "tb_0" },
+     444             :       {      -6501, "tb_0~" },
+     445             :       {       6503, "tb_1" },
+     446             :       {      -6503, "tb_1~" },
+     447             :       {       6603, "tt_1" },
+     448             :       {      -6603, "tt_1~" },
+     449             :       {       7101, "b'd_0" },
+     450             :       {      -7101, "b'd_0~" },
+     451             :       {       7103, "b'd_1" },
+     452             :       {      -7103, "b'd_1~" },
+     453             :       {       7201, "b'u_0" },
+     454             :       {      -7201, "b'u_0~" },
+     455             :       {       7203, "b'u_1" },
+     456             :       {      -7203, "b'u_1~" },
+     457             :       {       7301, "b's_0" },
+     458             :       {      -7301, "b's_0~" },
+     459             :       {       7303, "b's_1" },
+     460             :       {      -7303, "b's_1~" },
+     461             :       {       7401, "b'c_0" },
+     462             :       {      -7401, "b'c_0~" },
+     463             :       {       7403, "b'c_1" },
+     464             :       {      -7403, "b'c_1~" },
+     465             :       {       7501, "b'b_0" },
+     466             :       {      -7501, "b'b_0~" },
+     467             :       {       7503, "b'b_1" },
+     468             :       {      -7503, "b'b_1~" },
+     469             :       {       7601, "b't_0" },
+     470             :       {      -7601, "b't_0~" },
+     471             :       {       7603, "b't_1" },
+     472             :       {      -7603, "b't_1~" },
+     473             :       {       7703, "b'b'_1" },
+     474             :       {      -7703, "b'b'_1~" },
+     475             :       {       8101, "t'd_0" },
+     476             :       {      -8101, "t'd_0~" },
+     477             :       {       8103, "t'd_1" },
+     478             :       {      -8103, "t'd_1~" },
+     479             :       {       8201, "t'u_0" },
+     480             :       {      -8201, "t'u_0~" },
+     481             :       {       8203, "t'u_1" },
+     482             :       {      -8203, "t'u_1~" },
+     483             :       {       8301, "t's_0" },
+     484             :       {      -8301, "t's_0~" },
+     485             :       {       8303, "t's_1" },
+     486             :       {      -8303, "t's_1~" },
+     487             :       {       8401, "t'c_0" },
+     488             :       {      -8401, "t'c_0~" },
+     489             :       {       8403, "t'c_1" },
+     490             :       {      -8403, "t'c_1~" },
+     491             :       {       8501, "t'b_0" },
+     492             :       {      -8501, "t'b_0~" },
+     493             :       {       8503, "t'b_1" },
+     494             :       {      -8503, "t'b_1~" },
+     495             :       {       8601, "t't_0" },
+     496             :       {      -8601, "t't_0~" },
+     497             :       {       8603, "t't_1" },
+     498             :       {      -8603, "t't_1~" },
+     499             :       {       8701, "t'b'_0" },
+     500             :       {      -8701, "t'b'_0~" },
+     501             :       {       8703, "t'b'_1" },
+     502             :       {      -8703, "t'b'_1~" },
+     503             :       {       8803, "t't'_1" },
+     504             :       {      -8803, "t't'_1~" },
+     505             :       {        111, "pi^0" },
+     506             :       {    9000111, "a_0(980)^0" },
+     507             :       {      10111, "a_0(1450)^0" },
+     508             :       {     100111, "pi(1300)^0" },
+     509             :       {    9010111, "pi(1800)^0" },
+     510             :       {        113, "rho(770)^0" },
+     511             :       {      10113, "b_1(1235)^0" },
+     512             :       {      20113, "a_1(1260)^0" },
+     513             :       {    9000113, "pi_1(1400)^0" },
+     514             :       {     100113, "rho(1450)^0" },
+     515             :       {    9010113, "pi_1(1600)^0" },
+     516             :       {    9020113, "a_1(1640)^0" },
+     517             :       {      30113, "rho(1700)^0" },
+     518             :       {    9030113, "rho(1900)^0" },
+     519             :       {    9040113, "rho(2150)^0" },
+     520             :       {        115, "a_2(1320)^0" },
+     521             :       {      10115, "pi_2(1670)^0" },
+     522             :       {    9000115, "a_2(1700)^0" },
+     523             :       {    9010115, "pi_2(2100)^0" },
+     524             :       {        117, "rho_3(1690)^0" },
+     525             :       {    9000117, "rho_3(1990)^0" },
+     526             :       {    9010117, "rho_3(2250)^0" },
+     527             :       {        119, "a_4(2040)^0" },
+     528             :       {        211, "pi^+" },
+     529             :       {       -211, "pi^-" },
+     530             :       {    9000211, "a_0(980)^+" },
+     531             :       {   -9000211, "a_0(980)^-" },
+     532             :       {      10211, "a_0(1450)^+" },
+     533             :       {     -10211, "a_0(1450)^-" },
+     534             :       {     100211, "pi(1300)^+" },
+     535             :       {    -100211, "pi(1300)^-" },
+     536             :       {    9010211, "pi(1800)^+" },
+     537             :       {   -9010211, "pi(1800)^-" },
+     538             :       {        213, "rho(770)^+" },
+     539             :       {       -213, "rho(770)^-" },
+     540             :       {      10213, "b_1(1235)^+" },
+     541             :       {     -10213, "b_1(1235)^-" },
+     542             :       {      20213, "a_1(1260)^+" },
+     543             :       {     -20213, "a_1(1260)^-" },
+     544             :       {    9000213, "pi_1(1400)^+" },
+     545             :       {   -9000213, "pi_1(1400)^-" },
+     546             :       {     100213, "rho(1450)^+" },
+     547             :       {    -100213, "rho(1450)^-" },
+     548             :       {    9010213, "pi_1(1600)^+" },
+     549             :       {   -9010213, "pi_1(1600)^-" },
+     550             :       {    9020213, "a_1(1640)^+" },
+     551             :       {   -9020213, "a_1(1640)^-" },
+     552             :       {      30213, "rho(1700)^+" },
+     553             :       {     -30213, "rho(1700)^-" },
+     554             :       {    9030213, "rho(1900)^+" },
+     555             :       {   -9030213, "rho(1900)^-" },
+     556             :       {    9040213, "rho(2150)^+" },
+     557             :       {   -9040213, "rho(2150)^-" },
+     558             :       {        215, "a_2(1320)^+" },
+     559             :       {       -215, "a_2(1320)^-" },
+     560             :       {      10215, "pi_2(1670)^+" },
+     561             :       {     -10215, "pi_2(1670)^-" },
+     562             :       {    9000215, "a_2(1700)^+" },
+     563             :       {   -9000215, "a_2(1700)^-" },
+     564             :       {    9010215, "pi_2(2100)^+" },
+     565             :       {   -9010215, "pi_2(2100)^-" },
+     566             :       {        217, "rho_3(1690)^+" },
+     567             :       {       -217, "rho_3(1690)^-" },
+     568             :       {    9000217, "rho_3(1990)^+" },
+     569             :       {   -9000217, "rho_3(1990)^-" },
+     570             :       {    9010217, "rho_3(2250)^+" },
+     571             :       {   -9010217, "rho_3(2250)^-" },
+     572             :       {        219, "a_4(2040)^+" },
+     573             :       {       -219, "a_4(2040)^-" },
+     574             :       {        221, "eta" },
+     575             :       {    9000221, "f_0(600)" },
+     576             :       {      10221, "f_0(1370)" },
+     577             :       {    9010221, "f_0(980)" },
+     578             :       {    9020221, "eta(1405)" },
+     579             :       {    9030221, "f_0(1500)" },
+     580             :       {    9040221, "eta(1760)" },
+     581             :       {    9050221, "f_0(2020)" },
+     582             :       {    9060221, "f_0(2100)" },
+     583             :       {    9070221, "f_0(2200)" },
+     584             :       {    9080221, "eta(2225)" },
+     585             :       {    9090221, "sigma_0" },
+     586             :       {     100221, "eta(1295)" },
+     587             :       {        331, "eta'(958)" },
+     588             :       {      10331, "f_0(1710)" },
+     589             :       {     100331, "eta(1475)" },
+     590             :       {        223, "omega(782)" },
+     591             :       {    9000223, "f_1(1510)" },
+     592             :       {    9010223, "h_1(1595)" },
+     593             :       {      10223, "h_1(1170)" },
+     594             :       {      20223, "f_1(1285)" },
+     595             :       {      30223, "omega(1650)" },
+     596             :       {     100223, "omega(1420)" },
+     597             :       {        333, "phi(1020)" },
+     598             :       {      10333, "h_1(1380)" },
+     599             :       {      20333, "f_1(1420)" },
+     600             :       {     100333, "phi(1680)" },
+     601             :       {        225, "f_2(1270)" },
+     602             :       {    9000225, "f_2(1430)" },
+     603             :       {      10225, "eta_2(1645)" },
+     604             :       {    9010225, "f_2(1565)" },
+     605             :       {    9020225, "f_2(1640)" },
+     606             :       {    9030225, "f_2(1810)" },
+     607             :       {    9040225, "f_2(1910)" },
+     608             :       {    9050225, "f_2(1950)" },
+     609             :       {    9060225, "f_2(2010)" },
+     610             :       {    9070225, "f_2(2150)" },
+     611             :       {    9080225, "f_2(2300)" },
+     612             :       {    9090225, "f_2(2340)" },
+     613             :       {        335, "f'_2(1525)" },
+     614             :       {      10335, "eta_2(1870)" },
+     615             :       {        227, "omega_3(1670)" },
+     616             :       {        337, "phi_3(1850)" },
+     617             :       {        229, "f_4(2050)" },
+     618             :       {    9000229, "f_J(2220)" },
+     619             :       {    9010229, "f_4(2300)" },
+     620             :       {        311, "K^0" },
+     621             :       {       -311, "K~^0" },
+     622             :       {    9000311, "K*_0(800)^0" },
+     623             :       {   -9000311, "K*_0(800)~^0" },
+     624             :       {      10311, "K*_0(1430)^0" },
+     625             :       {     -10311, "K*_0(1430)~^0" },
+     626             :       {     100311, "K(1460)^0" },
+     627             :       {    -100311, "K(1460)~^0" },
+     628             :       {    9010311, "K(1830)^0" },
+     629             :       {   -9010311, "K(1830)~^0" },
+     630             :       {    9020311, "K*_0(1950)^0" },
+     631             :       {   -9020311, "K*_0(1950)~^0" },
+     632             :       {        321, "K^+" },
+     633             :       {       -321, "K^-" },
+     634             :       {    9000321, "K*_0(800)^+" },
+     635             :       {   -9000321, "K*_0(800)^-" },
+     636             :       {      10321, "K*_0(1430)^+" },
+     637             :       {     -10321, "K*_0(1430)^-" },
+     638             :       {     100321, "K(1460)^+" },
+     639             :       {    -100321, "K(1460)^-" },
+     640             :       {    9010321, "K(1830)^+" },
+     641             :       {   -9010321, "K(1830)^-" },
+     642             :       {    9020321, "K*_0(1950)^+" },
+     643             :       {   -9020321, "K*_0(1950)^-" },
+     644             :       {        313, "K*(892)^0" },
+     645             :       {       -313, "K*(892)~^0" },
+     646             :       {      10313, "K_1(1270)^0" },
+     647             :       {     -10313, "K_1(1270)~^0" },
+     648             :       {      20313, "K_1(1400)^0" },
+     649             :       {     -20313, "K_1(1400)~^0" },
+     650             :       {      30313, "K*(1680)^0" },
+     651             :       {     -30313, "K*(1680)~^0" },
+     652             :       {     100313, "K*(1410)^0" },
+     653             :       {    -100313, "K*(1410)~^0" },
+     654             :       {    9000313, "K_1(1650)^0" },
+     655             :       {   -9000313, "K_1(1650)~^0" },
+     656             :       {        323, "K*(892)^+" },
+     657             :       {       -323, "K*(892)^-" },
+     658             :       {      10323, "K_1(1270)^+" },
+     659             :       {     -10323, "K_1(1270)^-" },
+     660             :       {      20323, "K_1(1400)^+" },
+     661             :       {     -20323, "K_1(1400)^-" },
+     662             :       {      30323, "K*(1680)^+" },
+     663             :       {     -30323, "K*(1680)^-" },
+     664             :       {     100323, "K*(1410)^+" },
+     665             :       {    -100323, "K*(1410)^-" },
+     666             :       {    9000323, "K_1(1650)^+" },
+     667             :       {   -9000323, "K_1(1650)^-" },
+     668             :       {        315, "K*_2(1430)^0" },
+     669             :       {       -315, "K*_2(1430)~^0" },
+     670             :       {    9000315, "K_2(1580)^0" },
+     671             :       {   -9000315, "K_2(1580)~^0" },
+     672             :       {      10315, "K_2(1770)^0" },
+     673             :       {     -10315, "K_2(1770)~^0" },
+     674             :       {    9010315, "K*_2(1980)^0" },
+     675             :       {   -9010315, "K*_2(1980)~^0" },
+     676             :       {    9020315, "K_2(2250)^0" },
+     677             :       {   -9020315, "K_2(2250)~^0" },
+     678             :       {      20315, "K_2(1820)^0" },
+     679             :       {     -20315, "K_2(1820)~^0" },
+     680             :       {        325, "K*_2(1430)^+" },
+     681             :       {       -325, "K*_2(1430)^-" },
+     682             :       {    9000325, "K_2(1580)^+" },
+     683             :       {   -9000325, "K_2(1580)^-" },
+     684             :       {      10325, "K_2(1770)^+" },
+     685             :       {     -10325, "K_2(1770)^-" },
+     686             :       {    9010325, "K*_2(1980)^+" },
+     687             :       {   -9010325, "K*_2(1980)^-" },
+     688             :       {    9020325, "K_2(2250)^+" },
+     689             :       {   -9020325, "K_2(2250)^-" },
+     690             :       {      20325, "K_2(1820)^+" },
+     691             :       {     -20325, "K_2(1820)^-" },
+     692             :       {     100325, "K_2(1980)^+" },
+     693             :       {    -100325, "K_2(1980)^-" },
+     694             :       {        317, "K*_3(1780)^0" },
+     695             :       {       -317, "K*_3(1780)~^0" },
+     696             :       {    9010317, "K_3(2320)^0" },
+     697             :       {   -9010317, "K_3(2320)~^0" },
+     698             :       {        327, "K*_3(1780)^+" },
+     699             :       {       -327, "K*_3(1780)^-" },
+     700             :       {    9010327, "K_3(2320)^+" },
+     701             :       {   -9010327, "K_3(2320)^-" },
+     702             :       {        319, "K*_4(2045)^0" },
+     703             :       {       -319, "K*_4(2045)~^0" },
+     704             :       {    9000319, "K_4(2500)^0" },
+     705             :       {   -9000319, "K_4(2500)~^0" },
+     706             :       {        329, "K*_4(2045)^+" },
+     707             :       {       -329, "K*_4(2045)^-" },
+     708             :       {    9000329, "K_4(2500)^+" },
+     709             :       {   -9000329, "K_4(2500)^-" },
+     710             :       {        411, "D^+" },
+     711             :       {       -411, "D^-" },
+     712             :       {      10411, "D*_0(2400)^+" },
+     713             :       {     -10411, "D*_0(2400)^-" },
+     714             :       {     100411, "D(2S)^+" },
+     715             :       {    -100411, "D(2S)^-" },
+     716             :       {        413, "D*(2010)^+" },
+     717             :       {       -413, "D*(2010)^-" },
+     718             :       {      10413, "D_1(2420)^+" },
+     719             :       {     -10413, "D_1(2420)^-" },
+     720             :       {      20413, "D_1(H)^+" },
+     721             :       {     -20413, "D_1(H)^-" },
+     722             :       {     100413, "D*(2S)^+" },
+     723             :       {    -100413, "D*(2S)^-" },
+     724             :       {        415, "D*_2(2460)^+" },
+     725             :       {       -415, "D*_2(2460)^-" },
+     726             :       {        421, "D^0" },
+     727             :       {       -421, "D~^0" },
+     728             :       {      10421, "D*_0(2400)^0" },
+     729             :       {     -10421, "D*_0(2400)~^0" },
+     730             :       {     100421, "D(2S)^0" },
+     731             :       {    -100421, "D(2S)~^0" },
+     732             :       {        423, "D*(2007)^0" },
+     733             :       {       -423, "D*(2007)~^0" },
+     734             :       {      10423, "D_1(2420)^0" },
+     735             :       {     -10423, "D_1(2420)~^0" },
+     736             :       {      20423, "D_1(2430)^0" },
+     737             :       {     -20423, "D_1(2430)~^0" },
+     738             :       {     100423, "D*(2S)^0" },
+     739             :       {    -100423, "D*(2S)~^0" },
+     740             :       {        425, "D*_2(2460)^0" },
+     741             :       {       -425, "D*_2(2460)~^0" },
+     742             :       {        431, "D_s^+" },
+     743             :       {       -431, "D_s^-" },
+     744             :       {      10431, "D*_s0(2317)^+" },
+     745             :       {     -10431, "D*_s0(2317)^-" },
+     746             :       {        433, "D*_s^+" },
+     747             :       {       -433, "D*_s^-" },
+     748             :       {      10433, "D_s1(2536)^+" },
+     749             :       {     -10433, "D_s1(2536)^-" },
+     750             :       {      20433, "D_s1(2460)^+" },
+     751             :       {     -20433, "D_s1(2460)^-" },
+     752             :       {        435, "D*_s2(2573)^+" },
+     753             :       {       -435, "D*_s2(2573)^-" },
+     754             :       {        441, "eta_c(1S)" },
+     755             :       {      10441, "chi_c0(1P)" },
+     756             :       {     100441, "eta_c(2S)" },
+     757             :       {        443, "J/psi(1S)" },
+     758             :       {    9000443, "psi(4040)" },
+     759             :       {      10443, "hc(1P)" },
+     760             :       {    9010443, "psi(4160)" },
+     761             :       {      20443, "chi_c1(1P)" },
+     762             :       {    9020443, "psi(4415)" },
+     763             :       {      30443, "psi(3770)" },
+     764             :       {     100443, "psi(2S)" },
+     765             :       {        445, "chi_c2(1P)" },
+     766             :       {     100445, "chi_c2(2P)" },
+     767             :       {        511, "B^0" },
+     768             :       {       -511, "B~^0" },
+     769             :       {      10511, "B*_0^0" },
+     770             :       {     -10511, "B*_0~^0" },
+     771             :       {        513, "B*^0" },
+     772             :       {       -513, "B*~^0" },
+     773             :       {      10513, "B_1(L)^0" },
+     774             :       {     -10513, "B_1(L)~^0" },
+     775             :       {      20513, "B_1(H)^0" },
+     776             :       {     -20513, "B_1(H)~^0" },
+     777             :       {        515, "B*_2^0" },
+     778             :       {       -515, "B*_2~^0" },
+     779             :       {        521, "B^+" },
+     780             :       {       -521, "B^-" },
+     781             :       {      10521, "B*_0^+" },
+     782             :       {     -10521, "B*_0^-" },
+     783             :       {        523, "B*^+" },
+     784             :       {       -523, "B*^-" },
+     785             :       {      10523, "B_1(L)^+" },
+     786             :       {     -10523, "B_1(L)^-" },
+     787             :       {      20523, "B_1(H)^+" },
+     788             :       {     -20523, "B_1(H)^-" },
+     789             :       {        525, "B*_2^+" },
+     790             :       {       -525, "B*_2^-" },
+     791             :       {        531, "B_s^0" },
+     792             :       {       -531, "B_s~^0" },
+     793             :       {      10531, "B*_s0^0" },
+     794             :       {     -10531, "B*_s0~^0" },
+     795             :       {        533, "B*_s^0" },
+     796             :       {       -533, "B*_s~^0" },
+     797             :       {      10533, "B_s1(L)^0" },
+     798             :       {     -10533, "B_s1(L)~^0" },
+     799             :       {      20533, "B_s1(H)^0" },
+     800             :       {     -20533, "B_s1(H)~^0" },
+     801             :       {        535, "B*_s2^0" },
+     802             :       {       -535, "B*_s2~^0" },
+     803             :       {        541, "B_c^+" },
+     804             :       {       -541, "B_c^-" },
+     805             :       {      10541, "B*_c0^+" },
+     806             :       {     -10541, "B*_c0^-" },
+     807             :       {        543, "B*_c^+" },
+     808             :       {       -543, "B*_c^-" },
+     809             :       {      10543, "B_c1(L)^+" },
+     810             :       {     -10543, "B_c1(L)^-" },
+     811             :       {      20543, "B_c1(H)^+" },
+     812             :       {     -20543, "B_c1(H)^-" },
+     813             :       {        545, "B*_c2^+" },
+     814             :       {       -545, "B*_c2^-" },
+     815             :       {        551, "eta_b(1S)" },
+     816             :       {      10551, "chi_b0(1P)" },
+     817             :       {     100551, "eta_b(2S)" },
+     818             :       {     110551, "chi_b0(2P)" },
+     819             :       {     200551, "eta_b(3S)" },
+     820             :       {     210551, "chi_b0(3P)" },
+     821             :       {        553, "Upsilon(1S)" },
+     822             :       {    9000553, "Upsilon(10860)" },
+     823             :       {      10553, "h_b(1P)" },
+     824             :       {    9010553, "Upsilon(11020)" },
+     825             :       {      20553, "chi_b1(1P)" },
+     826             :       {    9020553, "Upsilon(7S)" },
+     827             :       {      30553, "Upsilon_1(1D)" },
+     828             :       {     100553, "Upsilon(2S)" },
+     829             :       {     110553, "h_b(2P)" },
+     830             :       {     120553, "chi_b1(2P)" },
+     831             :       {     130553, "Upsilon_1(2D)" },
+     832             :       {     200553, "Upsilon(3S)" },
+     833             :       {     210553, "h_b(3P)" },
+     834             :       {     220553, "chi_b1(3P)" },
+     835             :       {     300553, "Upsilon(4S)" },
+     836             :       {        555, "chi_b2(1P)" },
+     837             :       {      10555, "eta_b2(1D)" },
+     838             :       {      20555, "Upsilon_2(1D)" },
+     839             :       {     100555, "chi_b2(2P)" },
+     840             :       {     110555, "eta_b2(2D)" },
+     841             :       {     120555, "Upsilon_2(2D)" },
+     842             :       {     200555, "chi_b2(3P)" },
+     843             :       {        557, "Upsilon_3(1D)" },
+     844             :       {     100557, "Upsilon_3(2D)" },
+     845             :       {        611, "T^+" },
+     846             :       {       -611, "T^-" },
+     847             :       {        613, "T*^+" },
+     848             :       {       -613, "T*^-" },
+     849             :       {        621, "T^0" },
+     850             :       {       -621, "T~^0" },
+     851             :       {        623, "T*^0" },
+     852             :       {       -623, "T*~^0" },
+     853             :       {        631, "T_s^+" },
+     854             :       {       -631, "T_s^-" },
+     855             :       {        633, "T*_s^+" },
+     856             :       {       -633, "T*_s^-" },
+     857             :       {        641, "T_c^0" },
+     858             :       {       -641, "T_c~^0" },
+     859             :       {        643, "T*_c^0" },
+     860             :       {       -643, "T*_c~^0" },
+     861             :       {        651, "T_b^+" },
+     862             :       {       -651, "T_b^-" },
+     863             :       {        653, "T*_b^+" },
+     864             :       {       -653, "T*_b^-" },
+     865             :       {        661, "eta_t" },
+     866             :       {        663, "theta" },
+     867             :       {        711, "L^0" },
+     868             :       {       -711, "L~^0" },
+     869             :       {        713, "L*^0" },
+     870             :       {       -713, "L*~^0" },
+     871             :       {        721, "L^-" },
+     872             :       {       -721, "L^+" },
+     873             :       {        723, "L*^-" },
+     874             :       {       -723, "L*^+" },
+     875             :       {        731, "L_s^0" },
+     876             :       {       -731, "L_s~^0" },
+     877             :       {        733, "L*_s^0" },
+     878             :       {       -733, "L*_s~^0" },
+     879             :       {        741, "L_c^-" },
+     880             :       {       -741, "L_c^+" },
+     881             :       {        743, "L*_c^-" },
+     882             :       {       -743, "L*_c^+" },
+     883             :       {        751, "L_b^0" },
+     884             :       {       -751, "L_b~^0" },
+     885             :       {        753, "L*_b^0" },
+     886             :       {       -753, "L*_b~^0" },
+     887             :       {        761, "L_t^-" },
+     888             :       {       -761, "L_t^+" },
+     889             :       {        763, "L*_t^-" },
+     890             :       {       -763, "L*_t^+" },
+     891             :       {        771, "eta_l" },
+     892             :       {        773, "theta_l" },
+     893             :       {        811, "X^+" },
+     894             :       {       -811, "X^-" },
+     895             :       {        813, "X*^+" },
+     896             :       {       -813, "X*^-" },
+     897             :       {        821, "X^0" },
+     898             :       {       -821, "X~^0" },
+     899             :       {        823, "X*^0" },
+     900             :       {       -823, "X*~^0" },
+     901             :       {        831, "X_s^+" },
+     902             :       {       -831, "X_s^-" },
+     903             :       {        833, "X*_s^+" },
+     904             :       {       -833, "X*_s^-" },
+     905             :       {        841, "X_c^0" },
+     906             :       {       -841, "X_c~^0" },
+     907             :       {        843, "X*_c^0" },
+     908             :       {       -843, "X*_c~^0" },
+     909             :       {        851, "X_b^+" },
+     910             :       {       -851, "X_b^-" },
+     911             :       {        853, "X*_b^+" },
+     912             :       {       -853, "X*_b^-" },
+     913             :       {        861, "X_t^0" },
+     914             :       {       -861, "X_t~^0" },
+     915             :       {        863, "X*_t^0" },
+     916             :       {       -863, "X*_t~^0" },
+     917             :       {        871, "X_l^+" },
+     918             :       {       -871, "X_l^-" },
+     919             :       {        873, "X*_l^+" },
+     920             :       {       -873, "X*_l^-" },
+     921             :       {        881, "eta_h" },
+     922             :       {        883, "theta_H" },
+     923             :       {      30343, "Xsd" },
+     924             :       {     -30343, "anti-Xsd" },
+     925             :       {      30353, "Xsu" },
+     926             :       {     -30353, "anti-Xsu" },
+     927             :       {      30363, "Xss" },
+     928             :       {     -30363, "anti-Xss" },
+     929             :       {      30373, "Xdd" },
+     930             :       {     -30373, "anti-Xdd" },
+     931             :       {      30383, "Xdu" },
+     932             :       {     -30383, "anti-Xdu" },
+     933             :       {       2112, "n^0" },
+     934             :       {      -2112, "n~^0" },
+     935             :       {       2212, "p^+" },
+     936             :       {      -2212, "p~^-" },
+     937             :     {        12212,        "N(1440)^+"},
+     938             :     {        12112,        "N(1440)^0"},
+     939             :     {        22212,        "N(1535)^+"},
+     940             :     {        22112,        "N(1535)^0"},
+     941             :     {        32212,        "N(1650)^+"},
+     942             :     {        32112,        "N(1650)^0"},
+     943             :     {        42212,        "N(1710)^+"},
+     944             :     {        42112,        "N(1710)^0"},
+     945             :     {         1214,         "N(1520)^0"},
+     946             :     {         2124,         "N(1520)^+"},
+     947             :     {        21214,        "N(1700)^0"},
+     948             :     {        22124,        "N(1700)^+"},
+     949             :     {        31214,        "N(1720)^0"},
+     950             :     {        32124,        "N(1720)^+"},
+     951             :     {         2116,         "N(1675)^0"},
+     952             :     {         2216,         "N(1675)^+"},
+     953             :     {        12116,        "N(1680)^0"},
+     954             :     {        12216,        "N(1680)^+"},
+     955             :     {         1218,         "N(2190)^0"},
+     956             :     {         2128,        "N(2190)^+" },
+     957             :       {       1114, "Delta^-" },
+     958             :       {      -1114, "Delta~^+" },
+     959             :       {       2114, "Delta^0" },
+     960             :       {      -2114, "Delta~^0" },
+     961             :       {       2214, "Delta^+" },
+     962             :       {      -2214, "Delta~^-" },
+     963             :       {       2224, "Delta^++" },
+     964             :       {      -2224, "Delta~^--" },
+     965             :     {        31114,   "Delta(1600)^-"      },
+     966             :     {        32114,   "Delta(1600)^0"      },
+     967             :     {        32214,    "Delta(1600)^+"     },
+     968             :     {        32224,     "Delta(1600)^++"    },
+     969             :     {         1112,    "Delta(1620)^-"     },
+     970             :     {         1212,    "Delta(1620)^0"     },
+     971             :     {         2122,    "Delta(1620)^+"     },
+     972             :     {         2222,     "Delta(1620)^++"    },
+     973             :     {        11114,     "Delta(1700)^-"    },
+     974             :     {        12114,     "Delta(1700)^0"    },
+     975             :     {        12214,     "Delta(1700)^+"    },
+     976             :     {        12224,      "Delta(1700)^++"   },
+     977             :     {         1116,     "Delta(1905)^-"    },
+     978             :     {         1216,     "Delta(1905)^0"    },
+     979             :     {         2126,     "Delta(1905)^+"    },
+     980             :     {         2226,      "Delta(1905)^++"   },
+     981             :     {        21112,    "Delta(1910)^-"    },
+     982             :     {        21212,     "Delta(1910)^0"   },
+     983             :     {        22122,     "Delta(1910)^+"   },
+     984             :     {        22222,     "Delta(1910)^++"   },
+     985             :     {        21114,    "Delta(1920)^-"    },
+     986             :     {        22114,     "Delta(1920)^0"   },
+     987             :     {        22214,     "Delta(1920)^+"   },
+     988             :     {        22224,    "Delta(1920)^++"    },
+     989             :     {        11116,    "Delta(1930)^-"    },
+     990             :     {        11216,     "Delta(1930)^0"   },
+     991             :     {        12126,     "Delta(1930)^+"   },
+     992             :     {        12226,     "Delta(1930)^++"   },
+     993             :     {         1118,     "Delta(1950)^-"    },
+     994             :     {         2118,      "Delta(1950)^0"   },
+     995             :     {         2218,      "Delta(1950)^+"   },
+     996             :     {         2228,     "Delta(1950)^++"    },
+     997             :       {       3122, "Lambda^0" },
+     998             :       {      -3122, "Lambda~^0" },
+     999             :       {      13122, "Lambda(1405)^0" },
+    1000             :       {     -13122, "Lambda~(1405)^0" },
+    1001             :       {      23122, "Lambda(1600)^0" },
+    1002             :       {     -23122, "Lambda~(1600)^0" },
+    1003             :       {      33122, "Lambda(1670)^0" },
+    1004             :       {     -33122, "Lambda~(1670)^0" },
+    1005             :       {      43122, "Lambda(1800)^0" },
+    1006             :       {     -43122, "Lambda~(1800)^0" },
+    1007             :       {      53122, "Lambda(1810)^0" },
+    1008             :       {     -53122, "Lambda~(1810)^0" },
+    1009             :       {       3124, "Lambda(1520)^0" },
+    1010             :       {      -3124, "Lambda~(1520)^0" },
+    1011             :       {      13124, "Lambda(1690)^0" },
+    1012             :       {     -13124, "Lambda~(1690)^0" },
+    1013             :       {      23124, "Lambda(1890)^0" },
+    1014             :       {     -23124, "Lambda~(1890)^0" },
+    1015             :       {       3126, "Lambda(1820)^0" },
+    1016             :       {      -3126, "Lambda~(1820)^0" },
+    1017             :       {      13126, "Lambda(1830)^0" },
+    1018             :       {     -13126, "Lambda~(1830)^0" },
+    1019             :       {      23126, "Lambda(2110)^0" },
+    1020             :       {     -23126, "Lambda~(2110)^0" },
+    1021             :       {       3128, "Lambda(2100)^0" },
+    1022             :       {      -3128, "Lambda~(2100)^0" },
+    1023             :       {       3112, "Sigma^-" },
+    1024             :       {      -3112, "Sigma~^+" },
+    1025             :       {       3212, "Sigma^0" },
+    1026             :       {      -3212, "Sigma~^0" },
+    1027             :       {       3222, "Sigma^+" },
+    1028             :       {      -3222, "Sigma~^-" },
+    1029             :       {      13222, "Sigma(1660)^+" },
+    1030             :       {     -13222, "Sigma~(1660)^+" },
+    1031             :       {      13212, "Sigma(1660)^0" },
+    1032             :       {     -13212, "Sigma~(1660)^0" },
+    1033             :       {      13112, "Sigma(1660)^-" },
+    1034             :       {     -13112, "Sigma~(1660)^-" },
+    1035             :       {      23112, "Sigma(1750)^-" },
+    1036             :       {     -23112, "Sigma~(1750)^-" },
+    1037             :       {      23212, "Sigma(1750)^0" },
+    1038             :       {     -23212, "Sigma~(1750)^0" },
+    1039             :       {      23222, "Sigma(1750)^+" },
+    1040             :       {     -23222, "Sigma~(1750)^+" },
+    1041             :       {       3114, "Sigma*^-" },
+    1042             :       {      -3114, "Sigma*~^+" },
+    1043             :       {       3214, "Sigma*^0" },
+    1044             :       {      -3214, "Sigma*~^0" },
+    1045             :       {       3224, "Sigma*^+" },
+    1046             :       {      -3224, "Sigma*~^-" },
+    1047             :       {      13224, "Sigma(1670)^+" },
+    1048             :       {     -13224, "Sigma~(1670)^+" },
+    1049             :       {      13214, "Sigma(1670)^0" },
+    1050             :       {     -13214, "Sigma~(1670)^0" },
+    1051             :       {      13114, "Sigma(1670)^-" },
+    1052             :       {     -13114, "Sigma~(1670)^-" },
+    1053             :       {      23224, "Sigma(1940)^+" },
+    1054             :       {     -23224, "Sigma~(1940)^+" },
+    1055             :       {      23214, "Sigma(1940)^0" },
+    1056             :       {     -23214, "Sigma~(1940)^0" },
+    1057             :       {      23114, "Sigma(1940)^-" },
+    1058             :       {     -23114, "Sigma~(1940)^-" },
+    1059             :       {       3226, "Sigma(1775)^+" },
+    1060             :       {      -3226, "Sigma~(1775)^+" },
+    1061             :       {       3216, "Sigma(1775)^0" },
+    1062             :       {      -3216, "Sigma~(1775)^0" },
+    1063             :       {       3116, "Sigma(1775)^-" },
+    1064             :       {      -3116, "Sigma~(1775)^-" },
+    1065             :       {      13226, "Sigma(1915)^+" },
+    1066             :       {     -13226, "Sigma~(1915)^+" },
+    1067             :       {      13216, "Sigma(1915)^0" },
+    1068             :       {     -13216, "Sigma~(1915)^0" },
+    1069             :       {      13116, "Sigma(1915)^-" },
+    1070             :       {     -13116, "Sigma~(1915)^-" },
+    1071             :       {       3228, "Sigma(2030)^+" },
+    1072             :       {      -3228, "Sigma~(2030)^+" },
+    1073             :       {       3218, "Sigma(2030)^0" },
+    1074             :       {      -3218, "Sigma~(2030)^0" },
+    1075             :       {       3118, "Sigma(2030)^-" },
+    1076             :       {      -3118, "Sigma~(2030)^-" },
+    1077             :       {       3312, "Xi^-" },
+    1078             :       {      -3312, "Xi~^+" },
+    1079             :       {       3322, "Xi^0" },
+    1080             :       {      -3322, "Xi~^0" },
+    1081             :       {       3314, "Xi*^-" },
+    1082             :       {      -3314, "Xi*~^+" },
+    1083             :       {       3324, "Xi*^0" },
+    1084             :       {      -3324, "Xi*~^0" },
+    1085             :       {      13314, "Xi(1820)^-" },
+    1086             :       {     -13314, "Xi(1820)~^+" },
+    1087             :       {      13324, "Xi(1820)^0" },
+    1088             :       {     -13324, "Xi(1820)~^0" },
+    1089             :       {       3334, "Omega^-" },
+    1090             :       {      -3334, "Omega~^+" },
+    1091             :       {       4112, "Sigma_c^0" },
+    1092             :       {      -4112, "Sigma_c~^0" },
+    1093             :       {       4114, "Sigma*_c^0" },
+    1094             :       {      -4114, "Sigma*_c~^0" },
+    1095             :       {       4122, "Lambda_c^+" },
+    1096             :       {      -4122, "Lambda_c~^-" },
+    1097             :       {      14122, "Lambda_c(2593)^+" },
+    1098             :       {     -14122, "Lambda_c~(2593)^-" },
+    1099             :       {      14124, "Lambda_c(2625)^+" },
+    1100             :       {     -14124, "Lambda_c~(2625)^-" },
+    1101             :       {       4132, "Xi_c^0" },
+    1102             :       {      -4132, "Xi_c~^0" },
+    1103             :       {       4212, "Sigma_c^+" },
+    1104             :       {      -4212, "Sigma_c~^-" },
+    1105             :       {       4214, "Sigma*_c^+" },
+    1106             :       {      -4214, "Sigma*_c~^-" },
+    1107             :       {       4222, "Sigma_c^++" },
+    1108             :       {      -4222, "Sigma_c~^--" },
+    1109             :       {       4224, "Sigma*_c^++" },
+    1110             :       {      -4224, "Sigma*_c~^--" },
+    1111             :       {       4232, "Xi_c^+" },
+    1112             :       {      -4232, "Xi_c~^-" },
+    1113             :       {       4312, "Xi'_c^0" },
+    1114             :       {      -4312, "Xi'_c~^0" },
+    1115             :       {       4314, "Xi*_c^0" },
+    1116             :       {      -4314, "Xi*_c~^0" },
+    1117             :       {       4322, "Xi'_c^+" },
+    1118             :       {      -4322, "Xi'_c~^-" },
+    1119             :       {       4324, "Xi*_c^+" },
+    1120             :       {      -4324, "Xi*_c~^-" },
+    1121             :       {       4332, "Omega_c^0" },
+    1122             :       {      -4332, "Omega_c~^0" },
+    1123             :       {       4334, "Omega*_c^0" },
+    1124             :       {      -4334, "Omega*_c~^0" },
+    1125             :       {       4412, "Xi_cc^+" },
+    1126             :       {      -4412, "Xi_cc~^-" },
+    1127             :       {       4414, "Xi*_cc^+" },
+    1128             :       {      -4414, "Xi*_cc~^-" },
+    1129             :       {       4422, "Xi_cc^++" },
+    1130             :       {      -4422, "Xi_cc~^--" },
+    1131             :       {       4424, "Xi*_cc^++" },
+    1132             :       {      -4424, "Xi*_cc~^--" },
+    1133             :       {       4432, "Omega_cc^+" },
+    1134             :       {      -4432, "Omega_cc~^-" },
+    1135             :       {       4434, "Omega*_cc^+" },
+    1136             :       {      -4434, "Omega*_cc~^-" },
+    1137             :       {       4444, "Omega*_ccc^++" },
+    1138             :       {      -4444, "Omega*_ccc~^--" },
+    1139             :       {       5112, "Sigma_b^-" },
+    1140             :       {      -5112, "Sigma_b~^+" },
+    1141             :       {       5114, "Sigma*_b^-" },
+    1142             :       {      -5114, "Sigma*_b~^+" },
+    1143             :       {       5122, "Lambda_b^0" },
+    1144             :       {      -5122, "Lambda_b~^0" },
+    1145             :       {       5132, "Xi_b^-" },
+    1146             :       {      -5132, "Xi_b~^+" },
+    1147             :       {       5142, "Xi_bc^0" },
+    1148             :       {      -5142, "Xi_bc~^0" },
+    1149             :       {       5212, "Sigma_b^0" },
+    1150             :       {      -5212, "Sigma_b~^0" },
+    1151             :       {       5214, "Sigma*_b^0" },
+    1152             :       {      -5214, "Sigma*_b~^0" },
+    1153             :       {       5222, "Sigma_b^+" },
+    1154             :       {      -5222, "Sigma_b~^-" },
+    1155             :       {       5224, "Sigma*_b^+" },
+    1156             :       {      -5224, "Sigma*_b~^-" },
+    1157             :       {       5232, "Xi_b^0" },
+    1158             :       {      -5232, "Xi_b~^0" },
+    1159             :       {       5242, "Xi_bc^+" },
+    1160             :       {      -5242, "Xi_bc~^-" },
+    1161             :       {       5312, "Xi'_b^-" },
+    1162             :       {      -5312, "Xi'_b~^+" },
+    1163             :       {       5314, "Xi*_b^-" },
+    1164             :       {      -5314, "Xi*_b~^+" },
+    1165             :       {       5322, "Xi'_b^0" },
+    1166             :       {      -5322, "Xi'_b~^0" },
+    1167             :       {       5324, "Xi*_b^0" },
+    1168             :       {      -5324, "Xi*_b~^0" },
+    1169             :       {       5332, "Omega_b^-" },
+    1170             :       {      -5332, "Omega_b~^+" },
+    1171             :       {       5334, "Omega*_b^-" },
+    1172             :       {      -5334, "Omega*_b~^+" },
+    1173             :       {       5342, "Omega_bc^0" },
+    1174             :       {      -5342, "Omega_bc~^0" },
+    1175             :       {       5412, "Xi'_bc^0" },
+    1176             :       {      -5412, "Xi'_bc~^0" },
+    1177             :       {       5414, "Xi*_bc^0" },
+    1178             :       {      -5414, "Xi*_bc~^0" },
+    1179             :       {       5422, "Xi'_bc^+" },
+    1180             :       {      -5422, "Xi'_bc~^-" },
+    1181             :       {       5424, "Xi*_bc^+" },
+    1182             :       {      -5424, "Xi*_bc~^-" },
+    1183             :       {       5432, "Omega'_bc^0" },
+    1184             :       {      -5432, "Omega'_bc~^0" },
+    1185             :       {       5434, "Omega*_bc^0" },
+    1186             :       {      -5434, "Omega*_bc~^0" },
+    1187             :       {       5442, "Omega_bcc^+" },
+    1188             :       {      -5442, "Omega_bcc~^-" },
+    1189             :       {       5444, "Omega*_bcc^+" },
+    1190             :       {      -5444, "Omega*_bcc~^-" },
+    1191             :       {       5512, "Xi_bb^-" },
+    1192             :       {      -5512, "Xi_bb~^+" },
+    1193             :       {       5514, "Xi*_bb^-" },
+    1194             :       {      -5514, "Xi*_bb~^+" },
+    1195             :       {       5522, "Xi_bb^0" },
+    1196             :       {      -5522, "Xi_bb~^0" },
+    1197             :       {       5524, "Xi*_bb^0" },
+    1198             :       {      -5524, "Xi*_bb~^0" },
+    1199             :       {       5532, "Omega_bb^-" },
+    1200             :       {      -5532, "Omega_bb~^+" },
+    1201             :       {       5534, "Omega*_bb^-" },
+    1202             :       {      -5534, "Omega*_bb~^+" },
+    1203             :       {       5542, "Omega_bbc^0" },
+    1204             :       {      -5542, "Omega_bbc~^0" },
+    1205             :       {       5544, "Omega*_bbc^0" },
+    1206             :       {      -5544, "Omega*_bbc~^0" },
+    1207             :       {       5554, "Omega*_bbb^-" },
+    1208             :       {      -5554, "Omega*_bbb~^+" },
+    1209             :       {       6112, "Sigma_t^0" },
+    1210             :       {      -6112, "Sigma_t~^0" },
+    1211             :       {       6114, "Sigma*_t^0" },
+    1212             :       {      -6114, "Sigma*_t~^0" },
+    1213             :       {       6122, "Lambda_t^+" },
+    1214             :       {      -6122, "Lambda_t~^-" },
+    1215             :       {       6132, "Xi_t^0" },
+    1216             :       {      -6132, "Xi_t~^0" },
+    1217             :       {       6142, "Xi_tc^+" },
+    1218             :       {      -6142, "Xi_tc~^-" },
+    1219             :       {       6152, "Xi_tb^0" },
+    1220             :       {      -6152, "Xi_tb~^0" },
+    1221             :       {       6212, "Sigma_t^+" },
+    1222             :       {      -6212, "Sigma_t~^-" },
+    1223             :       {       6214, "Sigma*_t^+" },
+    1224             :       {      -6214, "Sigma*_t~^-" },
+    1225             :       {       6222, "Sigma_t^++" },
+    1226             :       {      -6222, "Sigma_t~^--" },
+    1227             :       {       6224, "Sigma*_t^++" },
+    1228             :       {      -6224, "Sigma*_t~^--" },
+    1229             :       {       6232, "Xi_t^+" },
+    1230             :       {      -6232, "Xi_t~^-" },
+    1231             :       {       6242, "Xi_tc^++" },
+    1232             :       {      -6242, "Xi_tc~^--" },
+    1233             :       {       6252, "Xi_tb^+" },
+    1234             :       {      -6252, "Xi_tb~^-" },
+    1235             :       {       6312, "Xi'_t^0" },
+    1236             :       {      -6312, "Xi'_t~^0" },
+    1237             :       {       6314, "Xi*_t^0" },
+    1238             :       {      -6314, "Xi*_t~^0" },
+    1239             :       {       6322, "Xi'_t^+" },
+    1240             :       {      -6322, "Xi'_t~^-" },
+    1241             :       {       6324, "Xi*_t^+" },
+    1242             :       {      -6324, "Xi*_t~^-" },
+    1243             :       {       6332, "Omega_t^0" },
+    1244             :       {      -6332, "Omega_t~^0" },
+    1245             :       {       6334, "Omega*_t^0" },
+    1246             :       {      -6334, "Omega*_t~^0" },
+    1247             :       {       6342, "Omega_tc^+" },
+    1248             :       {      -6342, "Omega_tc~^-" },
+    1249             :       {       6352, "Omega_tb^0" },
+    1250             :       {      -6352, "Omega_tb~^0" },
+    1251             :       {       6412, "Xi'_tc^+" },
+    1252             :       {      -6412, "Xi'_tc~^-" },
+    1253             :       {       6414, "Xi*_tc^+" },
+    1254             :       {      -6414, "Xi*_tc~^-" },
+    1255             :       {       6422, "Xi'_tc^++" },
+    1256             :       {      -6422, "Xi'_tc~^--" },
+    1257             :       {       6424, "Xi*_tc^++" },
+    1258             :       {      -6424, "Xi*_tc~^--" },
+    1259             :       {       6432, "Omega'_tc^+" },
+    1260             :       {      -6432, "Omega'_tc~^-" },
+    1261             :       {       6434, "Omega*_tc^+" },
+    1262             :       {      -6434, "Omega*_tc~^-" },
+    1263             :       {       6442, "Omega_tcc^++" },
+    1264             :       {      -6442, "Omega_tcc~^--" },
+    1265             :       {       6444, "Omega*_tcc^++" },
+    1266             :       {      -6444, "Omega*_tcc~^--" },
+    1267             :       {       6452, "Omega_tbc^+" },
+    1268             :       {      -6452, "Omega_tbc~^-" },
+    1269             :       {       6512, "Xi'_tb^0" },
+    1270             :       {      -6512, "Xi'_tb~^0" },
+    1271             :       {       6514, "Xi*_tb^0" },
+    1272             :       {      -6514, "Xi*_tb~^0" },
+    1273             :       {       6522, "Xi'_tb^+" },
+    1274             :       {      -6522, "Xi'_tb~^-" },
+    1275             :       {       6524, "Xi*_tb^+" },
+    1276             :       {      -6524, "Xi*_tb~^-" },
+    1277             :       {       6532, "Omega'_tb^0" },
+    1278             :       {      -6532, "Omega'_tb~^0" },
+    1279             :       {       6534, "Omega*_tb^0" },
+    1280             :       {      -6534, "Omega*_tb~^0" },
+    1281             :       {       6542, "Omega'_tbc^+" },
+    1282             :       {      -6542, "Omega'_tbc~^-" },
+    1283             :       {       6544, "Omega*_tbc^+" },
+    1284             :       {      -6544, "Omega*_tbc~^-" },
+    1285             :       {       6552, "Omega_tbb^0" },
+    1286             :       {      -6552, "Omega_tbb~^0" },
+    1287             :       {       6554, "Omega*_tbb^0" },
+    1288             :       {      -6554, "Omega*_tbb~^0" },
+    1289             :       {       6612, "Xi_tt^+" },
+    1290             :       {      -6612, "Xi_tt~^-" },
+    1291             :       {       6614, "Xi*_tt^+" },
+    1292             :       {      -6614, "Xi*_tt~^-" },
+    1293             :       {       6622, "Xi_tt^++" },
+    1294             :       {      -6622, "Xi_tt~^--" },
+    1295             :       {       6624, "Xi*_tt^++" },
+    1296             :       {      -6624, "Xi*_tt~^--" },
+    1297             :       {       6632, "Omega_tt^+" },
+    1298             :       {      -6632, "Omega_tt~^-" },
+    1299             :       {       6634, "Omega*_tt^+" },
+    1300             :       {      -6634, "Omega*_tt~^-" },
+    1301             :       {       6642, "Omega_ttc^++" },
+    1302             :       {      -6642, "Omega_ttc~^--" },
+    1303             :       {       6644, "Omega*_ttc^++" },
+    1304             :       {      -6644, "Omega*_ttc~^--" },
+    1305             :       {       6652, "Omega_ttb^+" },
+    1306             :       {      -6652, "Omega_ttb~^-" },
+    1307             :       {       6654, "Omega*_ttb^+" },
+    1308             :       {      -6654, "Omega*_ttb~^-" },
+    1309             :       {       6664, "Omega*_ttt^++" },
+    1310             :       {      -6664, "Omega*_ttt~^--" },
+    1311             :       {       7112, "Sigma_b'^-" },
+    1312             :       {      -7112, "Sigma_b'~^+" },
+    1313             :       {       7114, "Sigma*_b'^-" },
+    1314             :       {      -7114, "Sigma*_b'~^+" },
+    1315             :       {       7122, "Lambda_b'^0" },
+    1316             :       {      -7122, "Lambda_b'~^0" },
+    1317             :       {       7132, "Xi_b'^-" },
+    1318             :       {      -7132, "Xi_b'~^+" },
+    1319             :       {       7142, "Xi_b'c^0" },
+    1320             :       {      -7142, "Xi_b'c~^0" },
+    1321             :       {       7152, "Xi_b'b^-" },
+    1322             :       {      -7152, "Xi_b'b~^+" },
+    1323             :       {       7162, "Xi_b't^0" },
+    1324             :       {      -7162, "Xi_b't~^0" },
+    1325             :       {       7212, "Sigma_b'^0" },
+    1326             :       {      -7212, "Sigma_b'~^0" },
+    1327             :       {       7214, "Sigma*_b'^0" },
+    1328             :       {      -7214, "Sigma*_b'~^0" },
+    1329             :       {       7222, "Sigma_b'^+" },
+    1330             :       {      -7222, "Sigma_b'~^-" },
+    1331             :       {       7224, "Sigma*_b'^+" },
+    1332             :       {      -7224, "Sigma*_b'~^-" },
+    1333             :       {       7232, "Xi_b'^0" },
+    1334             :       {      -7232, "Xi_b'~^0" },
+    1335             :       {       7242, "Xi_b'c^+" },
+    1336             :       {      -7242, "Xi_b'c~^-" },
+    1337             :       {       7252, "Xi_b'b^0" },
+    1338             :       {      -7252, "Xi_b'b~^0" },
+    1339             :       {       7262, "Xi_b't^+" },
+    1340             :       {      -7262, "Xi_b't~^-" },
+    1341             :       {       7312, "Xi'_b'^-" },
+    1342             :       {      -7312, "Xi'_b'~^+" },
+    1343             :       {       7314, "Xi*_b'^-" },
+    1344             :       {      -7314, "Xi*_b'~^+" },
+    1345             :       {       7322, "Xi'_b'^0" },
+    1346             :       {      -7322, "Xi'_b'~^0" },
+    1347             :       {       7324, "Xi*_b'^0" },
+    1348             :       {      -7324, "Xi*_b'~^0" },
+    1349             :       {       7332, "Omega'_b'^-" },
+    1350             :       {      -7332, "Omega'_b'~^+" },
+    1351             :       {       7334, "Omega*_b'^-" },
+    1352             :       {      -7334, "Omega*_b'~^+" },
+    1353             :       {       7342, "Omega_b'c^0" },
+    1354             :       {      -7342, "Omega_b'c~^0" },
+    1355             :       {       7352, "Omega_b'b^-" },
+    1356             :       {      -7352, "Omega_b'b~^+" },
+    1357             :       {       7362, "Omega_b't^0" },
+    1358             :       {      -7362, "Omega_b't~^0" },
+    1359             :       {       7412, "Xi'_b'c^0" },
+    1360             :       {      -7412, "Xi'_b'c~^0" },
+    1361             :       {       7414, "Xi*_b'c^0" },
+    1362             :       {      -7414, "Xi*_b'c~^0" },
+    1363             :       {       7422, "Xi'_b'c^+" },
+    1364             :       {      -7422, "Xi'_b'c~^-" },
+    1365             :       {       7424, "Xi*_b'c^+" },
+    1366             :       {      -7424, "Xi*_b'c~^-" },
+    1367             :       {       7432, "Omega'_b'c^0" },
+    1368             :       {      -7432, "Omega'_b'c~^0" },
+    1369             :       {       7434, "Omega*_b'c^0" },
+    1370             :       {      -7434, "Omega*_b'c~^0" },
+    1371             :       {       7442, "Omega'_b'cc^+" },
+    1372             :       {      -7442, "Omega'_b'cc~^-" },
+    1373             :       {       7444, "Omega*_b'cc^+" },
+    1374             :       {      -7444, "Omega*_b'cc~^-" },
+    1375             :       {       7452, "Omega_b'bc^0" },
+    1376             :       {      -7452, "Omega_b'bc~^0" },
+    1377             :       {       7462, "Omega_b'tc^+" },
+    1378             :       {      -7462, "Omega_b'tc~^-" },
+    1379             :       {       7512, "Xi'_b'b^-" },
+    1380             :       {      -7512, "Xi'_b'b~^+" },
+    1381             :       {       7514, "Xi*_b'b^-" },
+    1382             :       {      -7514, "Xi*_b'b~^+" },
+    1383             :       {       7522, "Xi'_b'b^0" },
+    1384             :       {      -7522, "Xi'_b'b~^0" },
+    1385             :       {       7524, "Xi*_b'b^0" },
+    1386             :       {      -7524, "Xi*_b'b~^0" },
+    1387             :       {       7532, "Omega'_b'b^-" },
+    1388             :       {      -7532, "Omega'_b'b~^+" },
+    1389             :       {       7534, "Omega*_b'b^-" },
+    1390             :       {      -7534, "Omega*_b'b~^+" },
+    1391             :       {       7542, "Omega'_b'bc^0" },
+    1392             :       {      -7542, "Omega'_b'bc~^0" },
+    1393             :       {       7544, "Omega*_b'bc^0" },
+    1394             :       {      -7544, "Omega*_b'bc~^0" },
+    1395             :       {       7552, "Omega'_b'bb^-" },
+    1396             :       {      -7552, "Omega'_b'bb~^+" },
+    1397             :       {       7554, "Omega*_b'bb^-" },
+    1398             :       {      -7554, "Omega*_b'bb~^+" },
+    1399             :       {       7562, "Omega_b'tb^0" },
+    1400             :       {      -7562, "Omega_b'tb~^0" },
+    1401             :       {       7612, "Xi'_b't^0" },
+    1402             :       {      -7612, "Xi'_b't~^0" },
+    1403             :       {       7614, "Xi*_b't^0" },
+    1404             :       {      -7614, "Xi*_b't~^0" },
+    1405             :       {       7622, "Xi'_b't^+" },
+    1406             :       {      -7622, "Xi'_b't~^-" },
+    1407             :       {       7624, "Xi*_b't^+" },
+    1408             :       {      -7624, "Xi*_b't~^-" },
+    1409             :       {       7632, "Omega'_b't^0" },
+    1410             :       {      -7632, "Omega'_b't~^0" },
+    1411             :       {       7634, "Omega*_b't^0" },
+    1412             :       {      -7634, "Omega*_b't~^0" },
+    1413             :       {       7642, "Omega'_b'tc^+" },
+    1414             :       {      -7642, "Omega'_b'tc~^-" },
+    1415             :       {       7644, "Omega*_b'tc^+" },
+    1416             :       {      -7644, "Omega*_b'tc~^-" },
+    1417             :       {       7652, "Omega'_b'tb^0" },
+    1418             :       {      -7652, "Omega'_b'tb~^0" },
+    1419             :       {       7654, "Omega*_b'tb^0" },
+    1420             :       {      -7654, "Omega*_b'tb~^0" },
+    1421             :       {       7662, "Omega'_b'tt^+" },
+    1422             :       {      -7662, "Omega'_b'tt~^-" },
+    1423             :       {       7664, "Omega*_b'tt^+" },
+    1424             :       {      -7664, "Omega*_b'tt~^-" },
+    1425             :       {       7712, "Xi'_b'b'^-" },
+    1426             :       {      -7712, "Xi'_b'b'~^+" },
+    1427             :       {       7714, "Xi*_b'b'^-" },
+    1428             :       {      -7714, "Xi*_b'b'~^+" },
+    1429             :       {       7722, "Xi'_b'b'^0" },
+    1430             :       {      -7722, "Xi'_b'b'~^0" },
+    1431             :       {       7724, "Xi*_b'b'^0" },
+    1432             :       {      -7724, "Xi*_b'b'~^0" },
+    1433             :       {       7732, "Omega'_b'b'^-" },
+    1434             :       {      -7732, "Omega'_b'b'~^+" },
+    1435             :       {       7734, "Omega*_b'b'^-" },
+    1436             :       {      -7734, "Omega*_b'b'~^+" },
+    1437             :       {       7742, "Omega'_b'b'c^0" },
+    1438             :       {      -7742, "Omega'_b'b'c~^0" },
+    1439             :       {       7744, "Omega*_b'b'c^0" },
+    1440             :       {      -7744, "Omega*_b'b'c~^0" },
+    1441             :       {       7752, "Omega'_b'b'b^-" },
+    1442             :       {      -7752, "Omega'_b'b'b~^+" },
+    1443             :       {       7754, "Omega*_b'b'b^-" },
+    1444             :       {      -7754, "Omega*_b'b'b~^+" },
+    1445             :       {       7762, "Omega'_b'b't^0" },
+    1446             :       {      -7762, "Omega'_b'b't~^0" },
+    1447             :       {       7764, "Omega*_b'b't^0" },
+    1448             :       {      -7764, "Omega*_b'b't~^0" },
+    1449             :       {       7774, "Omega*_b'b'b'^-" },
+    1450             :       {      -7774, "Omega*_b'b'b'~^+" },
+    1451             :       {       8112, "Sigma_t'^0" },
+    1452             :       {      -8112, "Sigma_t'~^0" },
+    1453             :       {       8114, "Sigma*_t'^0" },
+    1454             :       {      -8114, "Sigma*_t'~^0" },
+    1455             :       {       8122, "Lambda_t'^+" },
+    1456             :       {      -8122, "Lambda_t'~^-" },
+    1457             :       {       8132, "Xi_t'^0" },
+    1458             :       {      -8132, "Xi_t'~^0" },
+    1459             :       {       8142, "Xi_t'c^+" },
+    1460             :       {      -8142, "Xi_t'c~^-" },
+    1461             :       {       8152, "Xi_t'b^0" },
+    1462             :       {      -8152, "Xi_t'b~^0" },
+    1463             :       {       8162, "Xi_t't^+" },
+    1464             :       {      -8162, "Xi_t't~^-" },
+    1465             :       {       8172, "Xi_t'b'^0" },
+    1466             :       {      -8172, "Xi_t'b'~^0" },
+    1467             :       {       8212, "Sigma_t'^+" },
+    1468             :       {      -8212, "Sigma_t'~^-" },
+    1469             :       {       8214, "Sigma*_t'^+" },
+    1470             :       {      -8214, "Sigma*_t'~^-" },
+    1471             :       {       8222, "Sigma_t'^++" },
+    1472             :       {      -8222, "Sigma_t'~^--" },
+    1473             :       {       8224, "Sigma*_t'^++" },
+    1474             :       {      -8224, "Sigma*_t'~^--" },
+    1475             :       {       8232, "Xi_t'^+" },
+    1476             :       {      -8232, "Xi_t'~^-" },
+    1477             :       {       8242, "Xi_t'c^++" },
+    1478             :       {      -8242, "Xi_t'c~^--" },
+    1479             :       {       8252, "Xi_t'b^+" },
+    1480             :       {      -8252, "Xi_t'b~^-" },
+    1481             :       {       8262, "Xi_t't^++" },
+    1482             :       {      -8262, "Xi_t't~^--" },
+    1483             :       {       8272, "Xi_t'b'^+" },
+    1484             :       {      -8272, "Xi_t'b'~^-" },
+    1485             :       {       8312, "Xi'_t'^0" },
+    1486             :       {      -8312, "Xi'_t'~^0" },
+    1487             :       {       8314, "Xi*_t'^0" },
+    1488             :       {      -8314, "Xi*_t'~^0" },
+    1489             :       {       8322, "Xi'_t'^+" },
+    1490             :       {      -8322, "Xi'_t'~^-" },
+    1491             :       {       8324, "Xi*_t'^+" },
+    1492             :       {      -8324, "Xi*_t'~^-" },
+    1493             :       {       8332, "Omega'_t'^0" },
+    1494             :       {      -8332, "Omega'_t'~^0" },
+    1495             :       {       8334, "Omega*_t'^0" },
+    1496             :       {      -8334, "Omega*_t'~^0" },
+    1497             :       {       8342, "Omega_t'c^+" },
+    1498             :       {      -8342, "Omega_t'c~^-" },
+    1499             :       {       8352, "Omega_t'b^0" },
+    1500             :       {      -8352, "Omega_t'b~^0" },
+    1501             :       {       8362, "Omega_t't^+" },
+    1502             :       {      -8362, "Omega_t't~^-" },
+    1503             :       {       8372, "Omega_t'b'^0" },
+    1504             :       {      -8372, "Omega_t'b'~^0" },
+    1505             :       {       8412, "Xi'_t'c^+" },
+    1506             :       {      -8412, "Xi'_t'c~^-" },
+    1507             :       {       8414, "Xi*_t'c^+" },
+    1508             :       {      -8414, "Xi*_t'c~^-" },
+    1509             :       {       8422, "Xi'_t'c^++" },
+    1510             :       {      -8422, "Xi'_t'c~^--" },
+    1511             :       {       8424, "Xi*_t'c^++" },
+    1512             :       {      -8424, "Xi*_t'c~^--" },
+    1513             :       {       8432, "Omega'_t'c^+" },
+    1514             :       {      -8432, "Omega'_t'c~^-" },
+    1515             :       {       8434, "Omega*_t'c^+" },
+    1516             :       {      -8434, "Omega*_t'c~^-" },
+    1517             :       {       8442, "Omega'_t'cc^++" },
+    1518             :       {      -8442, "Omega'_t'cc~^--" },
+    1519             :       {       8444, "Omega*_t'cc^++" },
+    1520             :       {      -8444, "Omega*_t'cc~^--" },
+    1521             :       {       8452, "Omega_t'bc^+" },
+    1522             :       {      -8452, "Omega_t'bc~^-" },
+    1523             :       {       8462, "Omega_t'tc^++" },
+    1524             :       {      -8462, "Omega_t'tc~^--" },
+    1525             :       {       8472, "Omega_t'b'c ^+" },
+    1526             :       {      -8472, "Omega_t'b'c ~^-" },
+    1527             :       {       8512, "Xi'_t'b^0" },
+    1528             :       {      -8512, "Xi'_t'b~^0" },
+    1529             :       {       8514, "Xi*_t'b^0" },
+    1530             :       {      -8514, "Xi*_t'b~^0" },
+    1531             :       {       8522, "Xi'_t'b^+" },
+    1532             :       {      -8522, "Xi'_t'b~^-" },
+    1533             :       {       8524, "Xi*_t'b^+" },
+    1534             :       {      -8524, "Xi*_t'b~^-" },
+    1535             :       {       8532, "Omega'_t'b^0" },
+    1536             :       {      -8532, "Omega'_t'b~^0" },
+    1537             :       {       8534, "Omega*_t'b^0" },
+    1538             :       {      -8534, "Omega*_t'b~^0" },
+    1539             :       {       8542, "Omega'_t'bc^+" },
+    1540             :       {      -8542, "Omega'_t'bc~^-" },
+    1541             :       {       8544, "Omega*_t'bc^+" },
+    1542             :       {      -8544, "Omega*_t'bc~^-" },
+    1543             :       {       8552, "Omega'_t'bb^0" },
+    1544             :       {      -8552, "Omega'_t'bb~^0" },
+    1545             :       {       8554, "Omega*_t'bb^0" },
+    1546             :       {      -8554, "Omega*_t'bb~^0" },
+    1547             :       {       8562, "Omega_t'tb^+" },
+    1548             :       {      -8562, "Omega_t'tb~^-" },
+    1549             :       {       8572, "Omega_t'b'b ^0" },
+    1550             :       {      -8572, "Omega_t'b'b ~^0" },
+    1551             :       {       8612, "Xi'_t't^+" },
+    1552             :       {      -8612, "Xi'_t't~^-" },
+    1553             :       {       8614, "Xi*_t't^+" },
+    1554             :       {      -8614, "Xi*_t't~^-" },
+    1555             :       {       8622, "Xi'_t't^++" },
+    1556             :       {      -8622, "Xi'_t't~^--" },
+    1557             :       {       8624, "Xi*_t't^++" },
+    1558             :       {      -8624, "Xi*_t't~^--" },
+    1559             :       {       8632, "Omega'_t't^+" },
+    1560             :       {      -8632, "Omega'_t't~^-" },
+    1561             :       {       8634, "Omega*_t't^+" },
+    1562             :       {      -8634, "Omega*_t't~^-" },
+    1563             :       {       8642, "Omega'_t'tc^++" },
+    1564             :       {      -8642, "Omega'_t'tc~^--" },
+    1565             :       {       8644, "Omega*_t'tc^++" },
+    1566             :       {      -8644, "Omega*_t'tc~^--" },
+    1567             :       {       8652, "Omega'_t'tb^+" },
+    1568             :       {      -8652, "Omega'_t'tb~^-" },
+    1569             :       {       8654, "Omega*_t'tb^+" },
+    1570             :       {      -8654, "Omega*_t'tb~^-" },
+    1571             :       {       8662, "Omega'_t'tt^++" },
+    1572             :       {      -8662, "Omega'_t'tt~^--" },
+    1573             :       {       8664, "Omega*_t'tt^++" },
+    1574             :       {      -8664, "Omega*_t'tt~^--" },
+    1575             :       {       8672, "Omega_t'b't ^+" },
+    1576             :       {      -8672, "Omega_t'b't ~^-" },
+    1577             :       {       8712, "Xi'_t'b'^0" },
+    1578             :       {      -8712, "Xi'_t'b'~^0" },
+    1579             :       {       8714, "Xi*_t'b'^0" },
+    1580             :       {      -8714, "Xi*_t'b'~^0" },
+    1581             :       {       8722, "Xi'_t'b'^+" },
+    1582             :       {      -8722, "Xi'_t'b'~^-" },
+    1583             :       {       8724, "Xi*_t'b'^+" },
+    1584             :       {      -8724, "Xi*_t'b'~^-" },
+    1585             :       {       8732, "Omega'_t'b'^0" },
+    1586             :       {      -8732, "Omega'_t'b'~^0" },
+    1587             :       {       8734, "Omega*_t'b'^0" },
+    1588             :       {      -8734, "Omega*_t'b'~^0" },
+    1589             :       {       8742, "Omega'_t'b'c^+" },
+    1590             :       {      -8742, "Omega'_t'b'c~^-" },
+    1591             :       {       8744, "Omega*_t'b'c^+" },
+    1592             :       {      -8744, "Omega*_t'b'c~^-" },
+    1593             :       {       8752, "Omega'_t'b'b^0" },
+    1594             :       {      -8752, "Omega'_t'b'b~^0" },
+    1595             :       {       8754, "Omega*_t'b'b^0" },
+    1596             :       {      -8754, "Omega*_t'b'b~^0" },
+    1597             :       {       8762, "Omega'_t'b't^+" },
+    1598             :       {      -8762, "Omega'_t'b't~^-" },
+    1599             :       {       8764, "Omega*_t'b't^+" },
+    1600             :       {      -8764, "Omega*_t'b't~^-" },
+    1601             :       {       8772, "Omega'_t'b'b'^0" },
+    1602             :       {      -8772, "Omega'_t'b'b'~^0" },
+    1603             :       {       8774, "Omega*_t'b'b'^0" },
+    1604             :       {      -8774, "Omega*_t'b'b'~^0" },
+    1605             :       {       8812, "Xi'_t't'^+" },
+    1606             :       {      -8812, "Xi'_t't'~^-" },
+    1607             :       {       8814, "Xi*_t't'^+" },
+    1608             :       {      -8814, "Xi*_t't'~^-" },
+    1609             :       {       8822, "Xi'_t't'^++" },
+    1610             :       {      -8822, "Xi'_t't'~^--" },
+    1611             :       {       8824, "Xi*_t't'^++" },
+    1612             :       {      -8824, "Xi*_t't'~^--" },
+    1613             :       {       8832, "Omega'_t't'^+" },
+    1614             :       {      -8832, "Omega'_t't'~^-" },
+    1615             :       {       8834, "Omega*_t't'^+" },
+    1616             :       {      -8834, "Omega*_t't'~^-" },
+    1617             :       {       8842, "Omega'_t't'c^++" },
+    1618             :       {      -8842, "Omega'_t't'c~^--" },
+    1619             :       {       8844, "Omega*_t't'c^++" },
+    1620             :       {      -8844, "Omega*_t't'c~^--" },
+    1621             :       {       8852, "Omega'_t't'b^+" },
+    1622             :       {      -8852, "Omega'_t't'b~^-" },
+    1623             :       {       8854, "Omega*_t't'b^+" },
+    1624             :       {      -8854, "Omega*_t't'b~^-" },
+    1625             :       {       8862, "Omega'_t't't^++" },
+    1626             :       {      -8862, "Omega'_t't't~^--" },
+    1627             :       {       8864, "Omega*_t't't^++" },
+    1628             :       {      -8864, "Omega*_t't't~^--" },
+    1629             :       {       8872, "Omega'_t't'b'^+" },
+    1630             :       {      -8872, "Omega'_t't'b'~^-" },
+    1631             :       {       8874, "Omega*_t't'b'^+" },
+    1632             :       {      -8874, "Omega*_t't'b'~^-" },
+    1633             :       {       8884, "Omega*_t't't'^++" },
+    1634             :       {      -8884, "Omega*_t't't'~^--" },
+    1635             :       {    9221132, "Theta^+" },
+    1636             :       {    9331122, "Phi^--" },
+    1637             :       {    1000993, "R_~gg^0" },
+    1638             :       {    1009113, "R_~gd~d^0" },
+    1639             :       {    1009213, "R_~gu~d^+" },
+    1640             :       {    1009223, "R_~gu~u^0" },
+    1641             :       {    1009313, "R_~gd~s^0" },
+    1642             :       {    1009323, "R_~gu~s^+" },
+    1643             :       {    1009333, "R_~gs~s^0" },
+    1644             :       {    1091114, "R_~gddd^-" },
+    1645             :       {    1092114, "R_~gudd^0" },
+    1646             :       {    1092214, "R_~guud^+" },
+    1647             :       {    1092224, "R_~guuu^++" },
+    1648             :       {    1093114, "R_~gsdd^-" },
+    1649             :       {    1093214, "R_~gsud^0" },
+    1650             :       {    1093224, "R_~gsuu^+" },
+    1651             :       {    1093314, "R_~gssd^-" },
+    1652             :       {    1093324, "R_~gssu^0" },
+    1653             :       {    1093334, "R_~gsss^-" },
+    1654             :       {    1000612, "R_~t_1~d^+" },
+    1655             :       {    1000622, "R_~t_1~u^0" },
+    1656             :       {    1000632, "R_~t_1~s^+" },
+    1657             :       {    1000642, "R_~t_1~c^0" },
+    1658             :       {    1000652, "R_~t_1~b^+" },
+    1659             :       {    1006113, "R_~t_1dd_1^0" },
+    1660             :       {    1006211, "R_~t_1ud_0^+" },
+    1661             :       {    1006213, "R_~t_1ud_1^+" },
+    1662             :       {    1006223, "R_~t_1uu_1^++" },
+    1663             :       {    1006311, "R_~t_1sd_0^0" },
+    1664             :       {    1006313, "R_~t_1sd_1^0" },
+    1665             :       {    1006321, "R_~t_1su_0^+" },
+    1666             :       {    1006323, "R_~t_1su_1^+" },
+    1667             :       {    1006333, "R_~t_1ss_1^0" },
+    1668             :       { 1000010010, "Hydrogen" },
+    1669             :       { 1000010020, "Deuterium" },
+    1670             :       {-1000010020, "Anti-Deuterium" },
+    1671             :       { 1000010030, "Tritium" },
+    1672             :       {-1000010030, "Anti-Tritium" },
+    1673             :       { 1000020030, "He3" },
+    1674             :       {-1000020030, "Anti-He3" },
+    1675             :       { 1000020040, "Alpha-(He4)" },
+    1676             :       {-1000020040, "Anti-Alpha-(He4)" }
+    1677             :   };
+    1678             : 
+    1679             :   int lnames = sizeof(SNames)/sizeof(SNames[0]);
+    1680           0 :   for( int k=0; k!=lnames; ++k) {
+    1681           0 :       m.insert( std::make_pair( SNames[k].pid, std::string(SNames[k].pname)) );
+    1682           0 :       nameMap.insert( std::make_pair( std::string(SNames[k].pname), SNames[k].pid ) );
+    1683             :   }
+    1684           0 :   static ParticleNameMap mymaps(m,nameMap);
+    1685             : 
+    1686           0 :   return mymaps;
+    1687             : }  // ParticleNameInit()
+    1688             : 
+    1689           0 : void writeParticleNameLine( int i, std::ostream & os  )
+    1690             : {
+    1691           0 :     if ( validParticleName( i ) ) {
+    1692           0 :         std::string pn = particleName( i );
+    1693           0 :         int pid = particleName( pn );
+    1694           0 :         os << " PDT number: " ;
+    1695           0 :         os.width(12);
+    1696           0 :         os << i << " PDT name: " << pn << std::endl;
+    1697             :         // verify reverse lookup
+    1698           0 :         if( pid != i ) {
+    1699             :             os << "HepPID::writeParticleNameLine ERROR: "
+    1700           0 :                << " got " << pid << " instead of " << i << std::endl;
+    1701             :         }
+    1702             :     }
+    1703           0 :     return;
+    1704             : }  // writeParticleNameLine()
+    1705             : 
+    1706           0 : std::string dyonName( const int & pid )
+    1707             : {
+    1708           0 :     std::ostringstream pn;
+    1709           0 :     pn << "Dyon^" << digit(nq1,pid) << digit(nq2,pid) << digit(nq3,pid);
+    1710           0 :     if ( digit(nl,pid) == 1 ) {
+    1711           0 :        if ( pid > 0 ) {
+    1712           0 :           pn << "++";
+    1713             :        } else {
+    1714           0 :           pn << "--";
+    1715             :        }
+    1716           0 :     } else if ( digit(nl,pid) == 2 ) {
+    1717           0 :        if ( pid > 0 ) {
+    1718           0 :           pn << "+-";
+    1719             :        } else {
+    1720           0 :           pn << "-+";
+    1721             :        }
+    1722             :     }
+    1723           0 :     return pn.str();
+    1724           0 : }
+    1725             : 
+    1726           0 : std::string qballName( const int & pid )
+    1727             : {
+    1728           0 :     std::ostringstream pn;
+    1729           0 :     pn << "QBall^" << ((abspid(pid)/100)%1000) << "." << digit(nq3,pid);
+    1730           0 :     if ( pid > 0 ) {
+    1731           0 :        pn << "+";
+    1732             :     } else {
+    1733           0 :        pn << "-";
+    1734             :     }
+    1735           0 :     return pn.str();
+    1736           0 : }
+    1737             : 
+    1738           0 : int  checkForSpecialParticle( const std::string & s )
+    1739             : {
+    1740             :     int chg, chg2, id;
+    1741             :     int m = 1;
+    1742           0 :     int len = s.length();
+    1743           0 :     if( s.substr(0,4) == "Dyon" ) {
+    1744           0 :        std::istringstream var1(s.substr(5,3).c_str());
+    1745           0 :        var1 >> chg;
+    1746           0 :        if( s.substr(len-2,1) == "+" && s.substr(len-1,1) == "-") m = 2;
+    1747           0 :        if( s.substr(len-2,1) == "-" && s.substr(len-1,1) == "+") m = 2;
+    1748           0 :        id = 4100000 + m*10000 + chg*10;
+    1749           0 :        if( s.substr(len-2,1) == "-" ) id = -id;
+    1750             :        return id;
+    1751           0 :     }
+    1752           0 :     if( s.substr(0,5) == "QBall" ) {
+    1753           0 :        int rem = len - 9;
+    1754           0 :        std::istringstream var2(s.substr(6,rem).c_str());
+    1755           0 :        var2 >> chg;
+    1756           0 :        std::istringstream var3(s.substr(7+rem,1).c_str());
+    1757           0 :        var3 >> chg2;
+    1758           0 :        id = 10000000 + chg*100+chg2*10;
+    1759           0 :        if( s.substr(len-1,1) == "-" ) id = -id;
+    1760             :        return id;
+    1761           0 :     }
+    1762             :     return 0;
+    1763             : }
+    1764             : 
+    1765             : } // unnamed namespace
+    1766             : 
+    1767             : //
+    1768             : // getPartcleIdMap is the ONLY function allowed to call ParticleNameInit
+    1769             : //
+    1770           0 : ParticleNameMap const &  getParticleNameMap()
+    1771             : {
+    1772           0 :   static  ParticleNameMap const &  pmap = ParticleNameInit();
+    1773           0 :   return pmap;
+    1774             : }  // getPartcleIdMap()
+    1775             : 
+    1776           0 : bool validParticleName( const int & pid )
+    1777             : {
+    1778             :     // check for the special cases first
+    1779           0 :     if ( isDyon(pid) ) return true;
+    1780           0 :     if ( isQBall(pid) ) return true;
+    1781             :     
+    1782           0 :     static  ParticleNameMap const &  pmap = getParticleNameMap();
+    1783             : 
+    1784           0 :     ParticleNameMap::idIterator const cit = pmap.find( pid );
+    1785             :     return ( cit == pmap.end() )
+    1786           0 :          ? false
+    1787             :          : true;
+    1788             : }  // validParticleName()
+    1789             : 
+    1790           0 : bool validParticleName( const std::string & s )
+    1791             : {
+    1792           0 :     static  ParticleNameMap const &  pmap = getParticleNameMap();
+    1793           0 :     ParticleNameMap::nameIterator const cit = pmap.findString( s );
+    1794             :     return ( cit == pmap.endLookupMap() )
+    1795           0 :          ? false
+    1796           0 :          : true;
+    1797             : }  // validParticleName()
+    1798             : 
+    1799           0 : std::string  particleName( const int & pid )
+    1800             : {
+    1801             :     // check for the special cases first
+    1802           0 :     if ( isDyon(pid) ) return dyonName(pid);
+    1803           0 :     if ( isQBall(pid) ) return qballName(pid);
+    1804             :     
+    1805           0 :     static  ParticleNameMap const &  pmap = getParticleNameMap();
+    1806             : 
+    1807           0 :     ParticleNameMap::idIterator const cit = pmap.find( pid );
+    1808             :     return ( cit == pmap.end() )
+    1809             :          ? std::string("not defined")
+    1810           0 :          : cit->second;
+    1811             : }  // particleName()
+    1812             : 
+    1813           0 : int  particleName( const std::string & s )
+    1814             : {
+    1815           0 :     static  ParticleNameMap const &  pmap = getParticleNameMap();
+    1816           0 :     ParticleNameMap::nameIterator const cit = pmap.findString( s );
+    1817             :     return ( cit == pmap.endLookupMap() )
+    1818           0 :          ? checkForSpecialParticle(s)
+    1819           0 :          : cit->second;
+    1820             : }  // particleName()
+    1821             : 
+    1822             : //
+    1823             : // list all the defined names
+    1824             : //
+    1825           0 : void  listParticleNames( std::ostream & os  )
+    1826             : {
+    1827           0 :     writeVersion( os );
+    1828             :     os << "     HepPID Particle List" << std::endl;
+    1829             :     os << std::endl;
+    1830             : 
+    1831             :     // simple: static  PartcleIdMap const &  pmap = getPartcleIdMap();
+    1832             :     // simple: for( PartcleIdMap::const_iterator cit = pmap.begin(), mend = pmap.end(); 
+    1833             :     // simple:                                 cit != mend;
+    1834             :         // simple:                        ++cit ) {
+    1835             :         // simple: os << "  PDT number: " ;
+    1836             :         // simple: os.width(12);
+    1837             :         // simple: os << cit->first << "  PDT name: " << cit->second << std::endl;
+    1838             :     // simple: }
+    1839             :     int id, i, j, q1, q2, q3, l, m, n;
+    1840             :     // special cases
+    1841           0 :     for( id=1; id<101; ++id) {
+    1842           0 :         writeParticleNameLine(  id, os );
+    1843           0 :         writeParticleNameLine( -id, os );
+    1844             :     }
+    1845           0 :     for( i=11; i<1000; ++i) {
+    1846           0 :         id = i*10;
+    1847           0 :         writeParticleNameLine(  id, os );
+    1848           0 :         writeParticleNameLine( -id, os );
+    1849             :     }
+    1850             :     // SUSY
+    1851           0 :     for( n=1; n<3; ++n) {
+    1852           0 :         for( q1=0; q1<10; ++q1) {
+    1853           0 :             for( j=0; j<10; ++j) {
+    1854           0 :                 id = 1000000*n+10*q1+j;
+    1855           0 :                 writeParticleNameLine(  id, os );
+    1856           0 :                 writeParticleNameLine( -id, os );
+    1857             :             }
+    1858             :         }
+    1859             :     }
+    1860             :     // technicolor, etc.
+    1861           0 :     for( n=3; n<7; ++n) {
+    1862           0 :         for( q2=0; q2<10; ++q2) {
+    1863           0 :             for( q1=0; q1<10; ++q1) {
+    1864           0 :                 for( j=0; j<10; ++j) {
+    1865           0 :                     for( m=0; m<10; ++m) {
+    1866           0 :                         for( l=0; l<7; ++l) {
+    1867           0 :                             id = 1000000*n+100000*m+10000*l+100*q2+10*q1+j;
+    1868             :                             // save dyons for later
+    1869           0 :                             if( !(n == 4 && m == 1) ) {
+    1870           0 :                             writeParticleNameLine(  id, os );
+    1871           0 :                             writeParticleNameLine( -id, os );
+    1872             :                             }
+    1873             :                         }
+    1874             :                     }
+    1875             :                 }
+    1876             :             }
+    1877             :         }
+    1878             :     }
+    1879             :     // R-hadrons
+    1880           0 :     for( q3=0; q3<10; ++q3) {
+    1881           0 :         for( q2=1; q2<10; ++q2) {
+    1882           0 :             for( q1=1; q1<10; ++q1) {
+    1883           0 :                 for( j=1; j<5; ++j) {
+    1884           0 :                     id = 1000000+1000*q3+100*q2+10*q1+j;
+    1885           0 :                     writeParticleNameLine( id, os );
+    1886           0 :                     if(q3 > 0 ) id = 1000000+90000+1000*q3+100*q2+10*q1+j;
+    1887           0 :                     writeParticleNameLine( id, os );
+    1888             :                 }
+    1889             :             }
+    1890             :         }
+    1891             :     }
+    1892             :     // miscellaneous generator particles
+    1893           0 :     for( l=0; l<9; ++l) {
+    1894           0 :         for( i=1; i<100; ++i) {
+    1895           0 :             id = 9900000+10000*l+i;
+    1896           0 :             writeParticleNameLine(  id, os );
+    1897           0 :             writeParticleNameLine( -id, os );
+    1898             :         }
+    1899           0 :         for( q3=0; q3<10; ++q3) {
+    1900           0 :             for( q2=1; q2<10; ++q2) {
+    1901           0 :                 for( q1=1; q1<10; ++q1) {
+    1902           0 :                     for( j=0; j<10; ++j) {
+    1903           0 :                         id = 9900000+10000*l+1000*q3+100*q2+10*q1+j;
+    1904           0 :                         writeParticleNameLine(  id, os );
+    1905           0 :                         writeParticleNameLine( -id, os );
+    1906             :                     }
+    1907             :                 }
+    1908             :             }
+    1909             :         }
+    1910             :     }
+    1911             :     // diquark
+    1912           0 :     for( i=11; i<100; ++i) {
+    1913           0 :         for( j=0; j<10; ++j) {
+    1914           0 :             id = 100*i+j;
+    1915           0 :             writeParticleNameLine(  id, os );
+    1916           0 :             writeParticleNameLine( -id, os );
+    1917             :         }
+    1918             :     }
+    1919             :     // mesons
+    1920           0 :     for( q2=1; q2<10; ++q2) {
+    1921           0 :         for( q1=1; q1<10; ++q1) {
+    1922           0 :             for( j=1; j<10; ++j) {
+    1923           0 :                 for( m=0; m<9; ++m) {
+    1924           0 :                     for( l=0; l<10; ++l) {
+    1925           0 :                         id = 100000*m+10000*l+100*q2+10*q1+j;
+    1926           0 :                         writeParticleNameLine(  id, os );
+    1927           0 :                         writeParticleNameLine( -id, os );
+    1928           0 :                         id = 9000000+100000*m+10000*l+100*q2+10*q1+j;
+    1929           0 :                         writeParticleNameLine(  id, os );
+    1930           0 :                         writeParticleNameLine( -id, os );
+    1931             :                     }
+    1932             :                 }
+    1933             :             }
+    1934             :         }
+    1935             :     }
+    1936             :     // baryons
+    1937           0 :     for( q3=1; q3<10; ++q3) {
+    1938           0 :         for( q2=1; q2<10; ++q2) {
+    1939           0 :             for( q1=1; q1<10; ++q1) {
+    1940           0 :                 for( j=1; j<10; ++j) {
+    1941           0 :                     for( m=0; m<9; ++m) {
+    1942           0 :                         id = 10000*m+1000*q3+100*q2+10*q1+j;
+    1943           0 :                         writeParticleNameLine(  id, os );
+    1944           0 :                         writeParticleNameLine( -id, os );
+    1945             :                     }
+    1946             :                 }
+    1947             :             }
+    1948             :         }
+    1949             :     }
+    1950             :     // pentaquarks
+    1951           0 :     for( l=1; l<9; ++l ) {
+    1952           0 :         for ( m=1; m<9; ++m ) {
+    1953           0 :             for( q3=1; q3<9; ++q3) {
+    1954           0 :                 for( q2=1; q2<9; ++q2) {
+    1955           0 :                     for( q1=1; q1<9; ++q1) {
+    1956           0 :                         id = 9*1000000+l*100000+m*10000+1000*q3+100*q2+10*q1+2;
+    1957           0 :                         writeParticleNameLine(  id, os );
+    1958           0 :                         writeParticleNameLine( -id, os );
+    1959             :                     }
+    1960             :                 }
+    1961             :             }
+    1962             :         }
+    1963             :     }
+    1964             :     // ions
+    1965           0 :     for( i=1; i<3; ++i) {
+    1966           0 :         for( m=1; m<5; ++m) {
+    1967           0 :                 id = 1000000000+10*m+10000*i;
+    1968           0 :                 writeParticleNameLine(  id, os );
+    1969           0 :                 writeParticleNameLine( -id, os );
+    1970             :         }
+    1971             :     }
+    1972             :     // some Dyons
+    1973           0 :     for( q3=0; q3<2; ++q3) {
+    1974           0 :         for( q2=0; q2<4; ++q2) {
+    1975           0 :             for( q1=0; q1<10; ++q1) {
+    1976           0 :                 ++q1;
+    1977           0 :                 id = 4110000+1000*q3+100*q2+10*q1;
+    1978           0 :                 writeParticleNameLine(  id, os );
+    1979           0 :                 writeParticleNameLine( -id, os );
+    1980           0 :                 id = 4120000+1000*q3+100*q2+10*q1;
+    1981           0 :                 writeParticleNameLine(  id, os );
+    1982           0 :                 writeParticleNameLine( -id, os );
+    1983             :             }
+    1984             :         }
+    1985             :     }
+    1986             :     // a few QBalls
+    1987           0 :     for( i=1; i<199; ++i ) {
+    1988           0 :         for( m=1; m<10; ) {
+    1989           0 :                 id = 10000000+10*m+100*i;
+    1990           0 :                 writeParticleNameLine(  id, os );
+    1991           0 :                 writeParticleNameLine( -id, os );
+    1992           0 :                 m += 3;
+    1993             :         }
+    1994             :         i += 11;
+    1995             :     }
+    1996           0 :     return;
+    1997             : }  // listParticleNames()
+    1998             : 
+    1999             : }       // HepPID
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/Version.cc.func-sort-c.html b/doc/coverageReport/libs/HepPID/src/Version.cc.func-sort-c.html new file mode 100644 index 000000000..65c9d6164 --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/Version.cc.func-sort-c.html @@ -0,0 +1,84 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/Version.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/src - Version.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:080.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
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+ +
+ + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN6HepPID11versionNameB5cxx11Ev0
_ZN6HepPID12writeVersionERSo0
_ZN6HepPID7versionEv0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/Version.cc.func.html b/doc/coverageReport/libs/HepPID/src/Version.cc.func.html new file mode 100644 index 000000000..0a0efae49 --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/Version.cc.func.html @@ -0,0 +1,84 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/Version.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/src - Version.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:080.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
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+ + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN6HepPID11versionNameB5cxx11Ev0
_ZN6HepPID12writeVersionERSo0
_ZN6HepPID7versionEv0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/Version.cc.gcov.html b/doc/coverageReport/libs/HepPID/src/Version.cc.gcov.html new file mode 100644 index 000000000..1d5d7f616 --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/Version.cc.gcov.html @@ -0,0 +1,106 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src/Version.cc + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/src - Version.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:080.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : // ----------------------------------------------------------------------
+       2             : //
+       3             : // version.cc
+       4             : // Author: Lynn Garren
+       5             : //
+       6             : //  for now, this is a free function
+       7             : //
+       8             : // ----------------------------------------------------------------------
+       9             : 
+      10             : #include "HepPID/Version.hh"
+      11             : 
+      12             : namespace HepPID {
+      13             : 
+      14           0 : std::string versionName( )
+      15             : {
+      16           0 :     return "3.04.01";
+      17             : }
+      18             : 
+      19           0 : void version( )
+      20             : {
+      21           0 :     std::cout << " --------------- HepPID Version " << versionName()
+      22             :               << " --------------- " << std::endl;
+      23           0 : }
+      24             : 
+      25           0 : void writeVersion( std::ostream & os )
+      26             : {
+      27           0 :     os << "             HepPID Version: " << versionName() << std::endl;
+      28           0 : }
+      29             : 
+      30             : }       // HepPID
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/index-sort-f.html b/doc/coverageReport/libs/HepPID/src/index-sort-f.html new file mode 100644 index 000000000..0bc408cce --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/index-sort-f.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/srcHitTotalCoverage
Test:coverage.info.cleanedLines:5044011.4 %
Date:2024-04-08 14:58:22Functions:114822.9 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Version.cc +
0.0%
+ 		0.0 %0 / 80.0 %0 / 3
ParticleName.cc +
0.0%
+ 		0.0 %0 / 1830.0 %0 / 13
ParticleIDMethods.cc +
20.1%20.1%
+ 		20.1 %50 / 24934.4 %11 / 32
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/index-sort-l.html b/doc/coverageReport/libs/HepPID/src/index-sort-l.html new file mode 100644 index 000000000..5545aaf67 --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/index-sort-l.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/srcHitTotalCoverage
Test:coverage.info.cleanedLines:5044011.4 %
Date:2024-04-08 14:58:22Functions:114822.9 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Version.cc +
0.0%
+ 		0.0 %0 / 80.0 %0 / 3
ParticleName.cc +
0.0%
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ParticleIDMethods.cc +
20.1%20.1%
+ 		20.1 %50 / 24934.4 %11 / 32
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/HepPID/src/index.html b/doc/coverageReport/libs/HepPID/src/index.html new file mode 100644 index 000000000..cce8733cc --- /dev/null +++ b/doc/coverageReport/libs/HepPID/src/index.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/HepPID/src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/HepPID/srcHitTotalCoverage
Test:coverage.info.cleanedLines:5044011.4 %
Date:2024-04-08 14:58:22Functions:114822.9 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
ParticleIDMethods.cc +
20.1%20.1%
+ 		20.1 %50 / 24934.4 %11 / 32
ParticleName.cc +
0.0%
+ 		0.0 %0 / 1830.0 %0 / 13
Version.cc +
0.0%
+ 		0.0 %0 / 80.0 %0 / 3
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/error_handling.cc.func-sort-c.html b/doc/coverageReport/libs/healpix_base/error_handling.cc.func-sort-c.html new file mode 100644 index 000000000..48630a2e2 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/error_handling.cc.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/error_handling.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - error_handling.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0120.0 %
Date:2024-04-08 14:58:22Functions:070.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix11PlanckErrorC2EPKc0
_ZN7healpix11PlanckErrorC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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_ZN7healpix16planck_failure__EPKciS1_S1_0
_ZN7healpix9killjob__Ev0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/error_handling.cc.func.html b/doc/coverageReport/libs/healpix_base/error_handling.cc.func.html new file mode 100644 index 000000000..3f1abe29a --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/error_handling.cc.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/error_handling.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - error_handling.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0120.0 %
Date:2024-04-08 14:58:22Functions:070.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix11PlanckErrorC2EPKc0
_ZN7healpix11PlanckErrorC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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_ZN7healpix16planck_failure__EPKciS1_S1_0
_ZN7healpix9killjob__Ev0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/error_handling.cc.gcov.html b/doc/coverageReport/libs/healpix_base/error_handling.cc.gcov.html new file mode 100644 index 000000000..d09b41e69 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/error_handling.cc.gcov.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/error_handling.cc + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - error_handling.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0120.0 %
Date:2024-04-08 14:58:22Functions:070.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : 
+       2             : /*
+       3             :  *  This file is part of libcxxsupport.
+       4             :  *
+       5             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       6             :  *  it under the terms of the GNU General Public License as published by
+       7             :  *  the Free Software Foundation; either version 2 of the License, or
+       8             :  *  (at your option) any later version.
+       9             :  *
+      10             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      11             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      12             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      13             :  *  GNU General Public License for more details.
+      14             :  *
+      15             :  *  You should have received a copy of the GNU General Public License
+      16             :  *  along with libcxxsupport; if not, write to the Free Software
+      17             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      18             :  */
+      19             : 
+      20             : /*
+      21             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      22             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      23             :  *  (DLR).
+      24             :  */
+      25             : 
+      26             : /*
+      27             :  *  Utilities for error reporting
+      28             :  *
+      29             :  *  Copyright (C) 2003-2011 Max-Planck-Society
+      30             :  *  Author: Martin Reinecke
+      31             :  */
+      32             : 
+      33             : #include "healpix_base/error_handling.h"
+      34             : 
+      35             : namespace healpix{
+      36             : using namespace std;
+      37             : 
+      38           0 : PlanckError::PlanckError(const string &message) : msg (message) {}
+      39           0 : PlanckError::PlanckError(const char *message) : msg (message) {}
+      40             : 
+      41             : //virtual
+      42           0 : PlanckError::~PlanckError() {}
+      43             : 
+      44           0 : void planck_failure__(const char *file, int line, const char *func,
+      45             :   const string &msg)
+      46             :   {
+      47           0 :   cerr << "Error encountered at " << file << ", line " << line << endl;
+      48           0 :   if (func) cerr << "(function " << func << ")" << endl;
+      49           0 :   if (msg!="") cerr << endl << msg << endl;
+      50             :   cerr << endl;
+      51           0 :   }
+      52             : 
+      53           0 : void planck_failure__(const char *file, int line, const char *func,
+      54             :   const char *msg)
+      55           0 :   { planck_failure__ (file,line,func,string(msg)); }
+      56             : 
+      57           0 : void killjob__()
+      58           0 :   { throw; }
+      59             : } // namespace healpix
+      60             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/geom_utils.cc.func-sort-c.html b/doc/coverageReport/libs/healpix_base/geom_utils.cc.func-sort-c.html new file mode 100644 index 000000000..c1777f967 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/geom_utils.cc.func-sort-c.html @@ -0,0 +1,84 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/geom_utils.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - geom_utils.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0250.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix10get_circleERKNS_3arrINS_6vec3_tIdEEEEmRS2_Rd0
_ZN7healpix10get_circleERKNS_3arrINS_6vec3_tIdEEEEmmRS2_Rd0
_ZN7healpix21find_enclosing_circleERKNS_3arrINS_6vec3_tIdEEEERS2_Rd0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/geom_utils.cc.func.html b/doc/coverageReport/libs/healpix_base/geom_utils.cc.func.html new file mode 100644 index 000000000..db584b322 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/geom_utils.cc.func.html @@ -0,0 +1,84 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/geom_utils.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - geom_utils.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0250.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
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+ +
+ + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix10get_circleERKNS_3arrINS_6vec3_tIdEEEEmRS2_Rd0
_ZN7healpix10get_circleERKNS_3arrINS_6vec3_tIdEEEEmmRS2_Rd0
_ZN7healpix21find_enclosing_circleERKNS_3arrINS_6vec3_tIdEEEERS2_Rd0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/geom_utils.cc.gcov.html b/doc/coverageReport/libs/healpix_base/geom_utils.cc.gcov.html new file mode 100644 index 000000000..2fdacf966 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/geom_utils.cc.gcov.html @@ -0,0 +1,151 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/geom_utils.cc + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - geom_utils.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0250.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of libcxxsupport.
+       3             :  *
+       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with libcxxsupport; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  */
+      18             : 
+      19             : /*
+      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      22             :  *  (DLR).
+      23             :  */
+      24             : 
+      25             : /*
+      26             :  *  Copyright (C) 2011 Max-Planck-Society
+      27             :  *  \author Martin Reinecke
+      28             :  */
+      29             : 
+      30             : #include "healpix_base/geom_utils.h"
+      31             : #include "healpix_base/arr.h"
+      32             : 
+      33             : 
+      34             : namespace healpix{
+      35             : using namespace std;
+      36             : 
+      37             : 
+      38           0 : void get_circle (const arr<vec3> &point, tsize q1, tsize q2, vec3 &center,
+      39             :   double &cosrad)
+      40             :   {
+      41           0 :   center = (point[q1]+point[q2]).Norm();
+      42           0 :   cosrad = dotprod(point[q1],center);
+      43           0 :   for (tsize i=0; i<q1; ++i)
+      44           0 :     if (dotprod(point[i],center)<cosrad) // point outside the current circle
+      45             :       {
+      46           0 :       center=crossprod(point[q1]-point[i],point[q2]-point[i]).Norm();
+      47           0 :       cosrad=dotprod(point[i],center);
+      48           0 :       if (cosrad<0)
+      49           0 :         { center.Flip(); cosrad=-cosrad; }
+      50             :       }
+      51           0 :   }
+      52           0 : void get_circle (const arr<vec3> &point, tsize q, vec3 &center,
+      53             :   double &cosrad)
+      54             :   {
+      55           0 :   center = (point[0]+point[q]).Norm();
+      56           0 :   cosrad = dotprod(point[0],center);
+      57           0 :   for (tsize i=1; i<q; ++i)
+      58           0 :     if (dotprod(point[i],center)<cosrad) // point outside the current circle
+      59           0 :       get_circle(point,i,q,center,cosrad);
+      60           0 :   }
+      61             : 
+      62             : 
+      63           0 : void find_enclosing_circle (const arr<vec3> &point, vec3 &center,
+      64             :   double &cosrad)
+      65             :   {
+      66             :   tsize np=point.size();
+      67           0 :   planck_assert(np>=3,"too few points");
+      68           0 :   center = (point[0]+point[1]).Norm();
+      69           0 :   cosrad = dotprod(point[0],center);
+      70           0 :   for (tsize i=2; i<np; ++i)
+      71           0 :     if (dotprod(point[i],center)<cosrad) // point outside the current circle
+      72           0 :       get_circle(point,i,center,cosrad);
+      73           0 :   }
+      74             : } // namespace healpix
+      75             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/healpix_base.cc.func-sort-c.html b/doc/coverageReport/libs/healpix_base/healpix_base.cc.func-sort-c.html new file mode 100644 index 000000000..522a3b809 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/healpix_base.cc.func-sort-c.html @@ -0,0 +1,436 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/healpix_base.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - healpix_base.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11273415.3 %
Date:2024-04-08 14:58:22Functions:109111.0 %
+
+ +
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Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix12_GLOBAL__N_111check_pixelIiiEEviiiiRNS_8rangesetIT0_EET_RSt6vectorISt4pairIS6_iESaIS9_EEbRi0
_ZN7healpix12_GLOBAL__N_111check_pixelIliEEviiiiRNS_8rangesetIT0_EET_RSt6vectorISt4pairIS6_iESaIS9_EEbRi0
_ZN7healpix12_GLOBAL__N_111check_pixelIllEEviiiiRNS_8rangesetIT0_EET_RSt6vectorISt4pairIS6_iESaIS9_EEbRi0
_ZN7healpix12_GLOBAL__N_116check_pixel_ringIiEEbRKNS_14T_Healpix_BaseIT_EES6_S3_S3_S3_idddS3_0
_ZN7healpix12_GLOBAL__N_116check_pixel_ringIlEEbRKNS_14T_Healpix_BaseIT_EES6_S3_S3_S3_idddS3_0
_ZN7healpix12_GLOBAL__N_19locToVec3Edddb0
_ZN7healpix14T_Healpix_BaseIiE10npix2nsideEi0
_ZN7healpix14T_Healpix_BaseIiE11nside2orderEi0
_ZN7healpix14T_Healpix_BaseIiE4swapERS1_0
_ZN7healpix14T_Healpix_BaseIiE8SetNsideEiNS_23Healpix_Ordering_SchemeE0
_ZN7healpix14T_Healpix_BaseIiEC2Ev0
_ZN7healpix14T_Healpix_BaseIlE10npix2nsideEl0
_ZN7healpix14T_Healpix_BaseIlE11nside2orderEl0
_ZN7healpix14T_Healpix_BaseIlE4swapERS1_0
_ZN7healpix14T_Healpix_BaseIlE8SetNsideElNS_23Healpix_Ordering_SchemeE0
_ZN7healpix14T_Healpix_BaseIlEC2Ev0
_ZNK7healpix14T_Healpix_BaseIiE10boundariesEimRSt6vectorINS_6vec3_tIdEESaIS4_EE0
_ZNK7healpix14T_Healpix_BaseIiE10max_pixradEi0
_ZNK7healpix14T_Healpix_BaseIiE10max_pixradEv0
_ZNK7healpix14T_Healpix_BaseIiE10nest2peanoEi0
_ZNK7healpix14T_Healpix_BaseIiE10peano2nestEi0
_ZNK7healpix14T_Healpix_BaseIiE10query_discENS_8pointingEdRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE10ring_aboveEd0
_ZNK7healpix14T_Healpix_BaseIiE11query_stripEddbRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE11swap_cyclesEv0
_ZNK7healpix14T_Healpix_BaseIiE12get_interpolERKNS_8pointingERNS_7fix_arrIiLm4EEERNS5_IdLm4EEE0
_ZNK7healpix14T_Healpix_BaseIiE13get_ring_infoEiRiS2_RdS3_Rb0
_ZNK7healpix14T_Healpix_BaseIiE13query_polygonERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE14get_ring_info2EiRiS2_RdRb0
_ZNK7healpix14T_Healpix_BaseIiE15query_multidiscIiEEvRKNS_3arrINS_6vec3_tIdEEEERKNS3_IdEEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE17nest_peano_helperEii0
_ZNK7healpix14T_Healpix_BaseIiE19get_ring_info_smallEiRiS2_Rb0
_ZNK7healpix14T_Healpix_BaseIiE19query_disc_internalIiEEvNS_8pointingEdiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE20query_disc_inclusiveENS_8pointingEdRNS_8rangesetIiEEi0
_ZNK7healpix14T_Healpix_BaseIiE20query_strip_internalEddbRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE22query_polygon_internalIiEEvRKSt6vectorINS_8pointingESaIS4_EEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE23query_multidisc_generalERKNS_3arrINS_6vec3_tIdEEEERKNS2_IdEEbRKSt6vectorIiSaIiEERNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE23query_polygon_inclusiveERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIiEEi0
_ZNK7healpix14T_Healpix_BaseIiE6ring2zEi0
_ZNK7healpix14T_Healpix_BaseIiE7xyf2locEddiRdS2_S2_Rb0
_ZNK7healpix14T_Healpix_BaseIiE8nest2xyfEiRiS2_S2_0
_ZNK7healpix14T_Healpix_BaseIiE8pix2ringEi0
_ZNK7healpix14T_Healpix_BaseIiE8xyf2ringEiii0
_ZNK7healpix14T_Healpix_BaseIiE9neighborsEiRNS_7fix_arrIiLm8EEE0
_ZNK7healpix14T_Healpix_BaseIiE9nest2ringEi0
_ZNK7healpix14T_Healpix_BaseIlE10boundariesElmRSt6vectorINS_6vec3_tIdEESaIS4_EE0
_ZNK7healpix14T_Healpix_BaseIlE10max_pixradEl0
_ZNK7healpix14T_Healpix_BaseIlE10max_pixradEv0
_ZNK7healpix14T_Healpix_BaseIlE10nest2peanoEl0
_ZNK7healpix14T_Healpix_BaseIlE10peano2nestEl0
_ZNK7healpix14T_Healpix_BaseIlE10query_discENS_8pointingEdRNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE10ring_aboveEd0
_ZNK7healpix14T_Healpix_BaseIlE11query_stripEddbRNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE11spread_bitsEi0
_ZNK7healpix14T_Healpix_BaseIlE11swap_cyclesEv0
_ZNK7healpix14T_Healpix_BaseIlE12get_interpolERKNS_8pointingERNS_7fix_arrIlLm4EEERNS5_IdLm4EEE0
_ZNK7healpix14T_Healpix_BaseIlE13get_ring_infoElRlS2_RdS3_Rb0
_ZNK7healpix14T_Healpix_BaseIlE13query_polygonERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE14get_ring_info2ElRlS2_RdRb0
_ZNK7healpix14T_Healpix_BaseIlE15query_multidiscIiEEvRKNS_3arrINS_6vec3_tIdEEEERKNS3_IdEEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE15query_multidiscIlEEvRKNS_3arrINS_6vec3_tIdEEEERKNS3_IdEEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE17nest_peano_helperEli0
_ZNK7healpix14T_Healpix_BaseIlE19get_ring_info_smallElRlS2_Rb0
_ZNK7healpix14T_Healpix_BaseIlE19query_disc_internalIiEEvNS_8pointingEdiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE19query_disc_internalIlEEvNS_8pointingEdiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE20query_disc_inclusiveENS_8pointingEdRNS_8rangesetIlEEi0
_ZNK7healpix14T_Healpix_BaseIlE20query_strip_internalEddbRNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE22query_polygon_internalIiEEvRKSt6vectorINS_8pointingESaIS4_EEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE22query_polygon_internalIlEEvRKSt6vectorINS_8pointingESaIS4_EEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE23query_multidisc_generalERKNS_3arrINS_6vec3_tIdEEEERKNS2_IdEEbRKSt6vectorIiSaIiEERNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE23query_polygon_inclusiveERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIlEEi0
_ZNK7healpix14T_Healpix_BaseIlE6ring2zEl0
_ZNK7healpix14T_Healpix_BaseIlE7loc2pixEdddb0
_ZNK7healpix14T_Healpix_BaseIlE7xyf2locEddiRdS2_S2_Rb0
_ZNK7healpix14T_Healpix_BaseIlE8pix2ringEl0
_ZNK7healpix14T_Healpix_BaseIlE8ring2xyfElRiS2_S2_0
_ZNK7healpix14T_Healpix_BaseIlE8xyf2nestEiii0
_ZNK7healpix14T_Healpix_BaseIlE8xyf2ringEiii0
_ZNK7healpix14T_Healpix_BaseIlE9neighborsElRNS_7fix_arrIlLm8EEE0
_ZNK7healpix14T_Healpix_BaseIlE9nest2ringEl0
_ZNK7healpix14T_Healpix_BaseIlE9ring2nestEl0
_ZN7healpix14T_Healpix_BaseIiE3SetEiNS_23Healpix_Ordering_SchemeE10
_ZN7healpix14T_Healpix_BaseIlE3SetEiNS_23Healpix_Ordering_SchemeE19
_ZNK7healpix14T_Healpix_BaseIiE8ring2xyfEiRiS2_S2_421
_ZNK7healpix14T_Healpix_BaseIiE8xyf2nestEiii421
_ZNK7healpix14T_Healpix_BaseIiE9ring2nestEi421
_ZNK7healpix14T_Healpix_BaseIlE7pix2locElRdS2_S2_Rb421
_ZNK7healpix14T_Healpix_BaseIlE8nest2xyfElRiS2_S2_421
_ZNK7healpix14T_Healpix_BaseIlE13compress_bitsEl842
_ZNK7healpix14T_Healpix_BaseIiE7loc2pixEdddb24585
_ZNK7healpix14T_Healpix_BaseIiE7pix2locEiRdS2_S2_Rb135172
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/healpix_base.cc.func.html b/doc/coverageReport/libs/healpix_base/healpix_base.cc.func.html new file mode 100644 index 000000000..30c46e124 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/healpix_base.cc.func.html @@ -0,0 +1,436 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/healpix_base.cc - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - healpix_base.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11273415.3 %
Date:2024-04-08 14:58:22Functions:109111.0 %
+
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix12_GLOBAL__N_111check_pixelIiiEEviiiiRNS_8rangesetIT0_EET_RSt6vectorISt4pairIS6_iESaIS9_EEbRi0
_ZN7healpix12_GLOBAL__N_111check_pixelIliEEviiiiRNS_8rangesetIT0_EET_RSt6vectorISt4pairIS6_iESaIS9_EEbRi0
_ZN7healpix12_GLOBAL__N_111check_pixelIllEEviiiiRNS_8rangesetIT0_EET_RSt6vectorISt4pairIS6_iESaIS9_EEbRi0
_ZN7healpix12_GLOBAL__N_116check_pixel_ringIiEEbRKNS_14T_Healpix_BaseIT_EES6_S3_S3_S3_idddS3_0
_ZN7healpix12_GLOBAL__N_116check_pixel_ringIlEEbRKNS_14T_Healpix_BaseIT_EES6_S3_S3_S3_idddS3_0
_ZN7healpix12_GLOBAL__N_19locToVec3Edddb0
_ZN7healpix14T_Healpix_BaseIiE10npix2nsideEi0
_ZN7healpix14T_Healpix_BaseIiE11nside2orderEi0
_ZN7healpix14T_Healpix_BaseIiE3SetEiNS_23Healpix_Ordering_SchemeE10
_ZN7healpix14T_Healpix_BaseIiE4swapERS1_0
_ZN7healpix14T_Healpix_BaseIiE8SetNsideEiNS_23Healpix_Ordering_SchemeE0
_ZN7healpix14T_Healpix_BaseIiEC2Ev0
_ZN7healpix14T_Healpix_BaseIlE10npix2nsideEl0
_ZN7healpix14T_Healpix_BaseIlE11nside2orderEl0
_ZN7healpix14T_Healpix_BaseIlE3SetEiNS_23Healpix_Ordering_SchemeE19
_ZN7healpix14T_Healpix_BaseIlE4swapERS1_0
_ZN7healpix14T_Healpix_BaseIlE8SetNsideElNS_23Healpix_Ordering_SchemeE0
_ZN7healpix14T_Healpix_BaseIlEC2Ev0
_ZNK7healpix14T_Healpix_BaseIiE10boundariesEimRSt6vectorINS_6vec3_tIdEESaIS4_EE0
_ZNK7healpix14T_Healpix_BaseIiE10max_pixradEi0
_ZNK7healpix14T_Healpix_BaseIiE10max_pixradEv0
_ZNK7healpix14T_Healpix_BaseIiE10nest2peanoEi0
_ZNK7healpix14T_Healpix_BaseIiE10peano2nestEi0
_ZNK7healpix14T_Healpix_BaseIiE10query_discENS_8pointingEdRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE10ring_aboveEd0
_ZNK7healpix14T_Healpix_BaseIiE11query_stripEddbRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE11swap_cyclesEv0
_ZNK7healpix14T_Healpix_BaseIiE12get_interpolERKNS_8pointingERNS_7fix_arrIiLm4EEERNS5_IdLm4EEE0
_ZNK7healpix14T_Healpix_BaseIiE13get_ring_infoEiRiS2_RdS3_Rb0
_ZNK7healpix14T_Healpix_BaseIiE13query_polygonERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE14get_ring_info2EiRiS2_RdRb0
_ZNK7healpix14T_Healpix_BaseIiE15query_multidiscIiEEvRKNS_3arrINS_6vec3_tIdEEEERKNS3_IdEEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE17nest_peano_helperEii0
_ZNK7healpix14T_Healpix_BaseIiE19get_ring_info_smallEiRiS2_Rb0
_ZNK7healpix14T_Healpix_BaseIiE19query_disc_internalIiEEvNS_8pointingEdiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE20query_disc_inclusiveENS_8pointingEdRNS_8rangesetIiEEi0
_ZNK7healpix14T_Healpix_BaseIiE20query_strip_internalEddbRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE22query_polygon_internalIiEEvRKSt6vectorINS_8pointingESaIS4_EEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE23query_multidisc_generalERKNS_3arrINS_6vec3_tIdEEEERKNS2_IdEEbRKSt6vectorIiSaIiEERNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE23query_polygon_inclusiveERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIiEEi0
_ZNK7healpix14T_Healpix_BaseIiE6ring2zEi0
_ZNK7healpix14T_Healpix_BaseIiE7loc2pixEdddb24585
_ZNK7healpix14T_Healpix_BaseIiE7pix2locEiRdS2_S2_Rb135172
_ZNK7healpix14T_Healpix_BaseIiE7xyf2locEddiRdS2_S2_Rb0
_ZNK7healpix14T_Healpix_BaseIiE8nest2xyfEiRiS2_S2_0
_ZNK7healpix14T_Healpix_BaseIiE8pix2ringEi0
_ZNK7healpix14T_Healpix_BaseIiE8ring2xyfEiRiS2_S2_421
_ZNK7healpix14T_Healpix_BaseIiE8xyf2nestEiii421
_ZNK7healpix14T_Healpix_BaseIiE8xyf2ringEiii0
_ZNK7healpix14T_Healpix_BaseIiE9neighborsEiRNS_7fix_arrIiLm8EEE0
_ZNK7healpix14T_Healpix_BaseIiE9nest2ringEi0
_ZNK7healpix14T_Healpix_BaseIiE9ring2nestEi421
_ZNK7healpix14T_Healpix_BaseIlE10boundariesElmRSt6vectorINS_6vec3_tIdEESaIS4_EE0
_ZNK7healpix14T_Healpix_BaseIlE10max_pixradEl0
_ZNK7healpix14T_Healpix_BaseIlE10max_pixradEv0
_ZNK7healpix14T_Healpix_BaseIlE10nest2peanoEl0
_ZNK7healpix14T_Healpix_BaseIlE10peano2nestEl0
_ZNK7healpix14T_Healpix_BaseIlE10query_discENS_8pointingEdRNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE10ring_aboveEd0
_ZNK7healpix14T_Healpix_BaseIlE11query_stripEddbRNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE11spread_bitsEi0
_ZNK7healpix14T_Healpix_BaseIlE11swap_cyclesEv0
_ZNK7healpix14T_Healpix_BaseIlE12get_interpolERKNS_8pointingERNS_7fix_arrIlLm4EEERNS5_IdLm4EEE0
_ZNK7healpix14T_Healpix_BaseIlE13compress_bitsEl842
_ZNK7healpix14T_Healpix_BaseIlE13get_ring_infoElRlS2_RdS3_Rb0
_ZNK7healpix14T_Healpix_BaseIlE13query_polygonERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE14get_ring_info2ElRlS2_RdRb0
_ZNK7healpix14T_Healpix_BaseIlE15query_multidiscIiEEvRKNS_3arrINS_6vec3_tIdEEEERKNS3_IdEEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE15query_multidiscIlEEvRKNS_3arrINS_6vec3_tIdEEEERKNS3_IdEEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE17nest_peano_helperEli0
_ZNK7healpix14T_Healpix_BaseIlE19get_ring_info_smallElRlS2_Rb0
_ZNK7healpix14T_Healpix_BaseIlE19query_disc_internalIiEEvNS_8pointingEdiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE19query_disc_internalIlEEvNS_8pointingEdiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE20query_disc_inclusiveENS_8pointingEdRNS_8rangesetIlEEi0
_ZNK7healpix14T_Healpix_BaseIlE20query_strip_internalEddbRNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE22query_polygon_internalIiEEvRKSt6vectorINS_8pointingESaIS4_EEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE22query_polygon_internalIlEEvRKSt6vectorINS_8pointingESaIS4_EEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIlE23query_multidisc_generalERKNS_3arrINS_6vec3_tIdEEEERKNS2_IdEEbRKSt6vectorIiSaIiEERNS_8rangesetIlEE0
_ZNK7healpix14T_Healpix_BaseIlE23query_polygon_inclusiveERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIlEEi0
_ZNK7healpix14T_Healpix_BaseIlE6ring2zEl0
_ZNK7healpix14T_Healpix_BaseIlE7loc2pixEdddb0
_ZNK7healpix14T_Healpix_BaseIlE7pix2locElRdS2_S2_Rb421
_ZNK7healpix14T_Healpix_BaseIlE7xyf2locEddiRdS2_S2_Rb0
_ZNK7healpix14T_Healpix_BaseIlE8nest2xyfElRiS2_S2_421
_ZNK7healpix14T_Healpix_BaseIlE8pix2ringEl0
_ZNK7healpix14T_Healpix_BaseIlE8ring2xyfElRiS2_S2_0
_ZNK7healpix14T_Healpix_BaseIlE8xyf2nestEiii0
_ZNK7healpix14T_Healpix_BaseIlE8xyf2ringEiii0
_ZNK7healpix14T_Healpix_BaseIlE9neighborsElRNS_7fix_arrIlLm8EEE0
_ZNK7healpix14T_Healpix_BaseIlE9nest2ringEl0
_ZNK7healpix14T_Healpix_BaseIlE9ring2nestEl0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/healpix_base.cc.gcov.html b/doc/coverageReport/libs/healpix_base/healpix_base.cc.gcov.html new file mode 100644 index 000000000..be3123d75 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/healpix_base.cc.gcov.html @@ -0,0 +1,1454 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/healpix_base.cc + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - libs/healpix_base - healpix_base.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11273415.3 %
Date:2024-04-08 14:58:22Functions:109111.0 %
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          Line data    Source code
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+       1             : /*
+       2             :  *  This file is part of Healpix_cxx.
+       3             :  *
+       4             :  *  Healpix_cxx is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  Healpix_cxx is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with Healpix_cxx; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  *
+      18             :  *  For more information about HEALPix, see http://healpix.sourceforge.net
+      19             :  */
+      20             : 
+      21             : /*
+      22             :  *  Healpix_cxx is being developed at the Max-Planck-Institut fuer Astrophysik
+      23             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      24             :  *  (DLR).
+      25             :  */
+      26             : 
+      27             : /*
+      28             :  *  Copyright (C) 2003-2012 Max-Planck-Society
+      29             :  *  Author: Martin Reinecke
+      30             :  */
+      31             : 
+      32             : #include "healpix_base/healpix_base.h"
+      33             : #include "healpix_base/geom_utils.h"
+      34             : #include "healpix_base/lsconstants.h"
+      35             : 
+      36             : namespace healpix{
+      37             : 
+      38             : using namespace std;
+      39             : 
+      40             : template<> const int T_Healpix_Base<int  >::order_max=13;
+      41             : template<> const int T_Healpix_Base<int64>::order_max=29;
+      42             : 
+      43           0 : template<typename I> int T_Healpix_Base<I>::nside2order (I nside)
+      44             :   {
+      45           0 :   planck_assert (nside>I(0), "invalid value for Nside");
+      46           0 :   return ((nside)&(nside-1)) ? -1 : ilog2(nside);
+      47             :   }
+      48           0 : template<typename I> I T_Healpix_Base<I>::npix2nside (I npix)
+      49             :   {
+      50           0 :   I res=isqrt(npix/I(12));
+      51           0 :   planck_assert (npix==res*res*I(12), "invalid value for npix");
+      52           0 :   return res;
+      53             :   }
+      54             : 
+      55           0 : template<typename I> I T_Healpix_Base<I>::ring_above (double z) const
+      56             :   {
+      57             :   double az=abs(z);
+      58           0 :   if (az<=twothird) // equatorial region
+      59           0 :     return I(nside_*(2-1.5*z));
+      60           0 :   I iring = I(nside_*sqrt(3*(1-az)));
+      61           0 :   return (z>0) ? iring : 4*nside_-iring-1;
+      62             :   }
+      63             : 
+      64             : namespace {
+      65             : 
+      66             : /* Short note on the "zone":
+      67             :    zone = 0: pixel lies completely outside the queried shape
+      68             :           1: pixel may overlap with the shape, pixel center is outside
+      69             :           2: pixel center is inside the shape, but maybe not the complete pixel
+      70             :           3: pixel lies completely inside the shape */
+      71             : 
+      72           0 : template<typename I, typename I2> inline void check_pixel (int o, int order_,
+      73             :   int omax, int zone, rangeset<I2> &pixset, I pix, vector<pair<I,int> > &stk,
+      74             :   bool inclusive, int &stacktop)
+      75             :   {
+      76           0 :   if (zone==0) return;
+      77             : 
+      78           0 :   if (o<order_)
+      79             :     {
+      80           0 :     if (zone>=3)
+      81             :       {
+      82           0 :       int sdist=2*(order_-o); // the "bit-shift distance" between map orders
+      83           0 :       pixset.append(pix<<sdist,(pix+1)<<sdist); // output all subpixels
+      84             :       }
+      85             :     else // (zone>=1)
+      86           0 :       for (int i=0; i<4; ++i)
+      87           0 :         stk.push_back(make_pair(4*pix+3-i,o+1)); // add children
+      88             :     }
+      89           0 :   else if (o>order_) // this implies that inclusive==true
+      90             :     {
+      91           0 :     if (zone>=2) // pixel center in shape
+      92             :       {
+      93           0 :       pixset.append(pix>>(2*(o-order_))); // output the parent pixel at order_
+      94           0 :       stk.resize(stacktop); // unwind the stack
+      95             :       }
+      96             :     else // (zone>=1): pixel center in safety range
+      97             :       {
+      98           0 :       if (o<omax) // check sublevels
+      99           0 :         for (int i=0; i<4; ++i) // add children in reverse order
+     100           0 :           stk.push_back(make_pair(4*pix+3-i,o+1));
+     101             :       else // at resolution limit
+     102             :         {
+     103           0 :         pixset.append(pix>>(2*(o-order_))); // output the parent pixel at order_
+     104           0 :         stk.resize(stacktop); // unwind the stack
+     105             :         }
+     106             :       }
+     107             :     }
+     108             :   else // o==order_
+     109             :     {
+     110           0 :     if (zone>=2)
+     111           0 :       pixset.append(pix);
+     112           0 :     else if (inclusive) // and (zone>=1)
+     113             :       {
+     114           0 :       if (order_<omax) // check sublevels
+     115             :         {
+     116           0 :         stacktop=stk.size(); // remember current stack position
+     117           0 :         for (int i=0; i<4; ++i) // add children in reverse order
+     118           0 :           stk.push_back(make_pair(4*pix+3-i,o+1));
+     119             :         }
+     120             :       else // at resolution limit
+     121           0 :         pixset.append(pix); // output the pixel
+     122             :       }
+     123             :     }
+     124             :   }
+     125             : 
+     126           0 : template<typename I> bool check_pixel_ring (const T_Healpix_Base<I> &b1,
+     127             :   const T_Healpix_Base<I> &b2, I pix, I nr, I ipix1, int fct,
+     128             :   double cz, double cphi, double cosrp2, I cpix)
+     129             :   {
+     130           0 :   if (pix>=nr) pix-=nr;
+     131           0 :   if (pix<0) pix+=nr;
+     132           0 :   pix+=ipix1;
+     133           0 :   if (pix==cpix) return false; // disk center in pixel => overlap
+     134             :   int px,py,pf;
+     135           0 :   b1.pix2xyf(pix,px,py,pf);
+     136           0 :   for (int i=0; i<fct-1; ++i) // go along the 4 edges
+     137             :     {
+     138           0 :     I ox=fct*px, oy=fct*py;
+     139             :     double pz,pphi;
+     140           0 :     b2.pix2zphi(b2.xyf2pix(ox+i,oy,pf),pz,pphi);
+     141           0 :     if (cosdist_zphi(pz,pphi,cz,cphi)>cosrp2) // overlap
+     142           0 :       return false;
+     143           0 :     b2.pix2zphi(b2.xyf2pix(ox+fct-1,oy+i,pf),pz,pphi);
+     144           0 :     if (cosdist_zphi(pz,pphi,cz,cphi)>cosrp2) // overlap
+     145             :       return false;
+     146           0 :     b2.pix2zphi(b2.xyf2pix(ox+fct-1-i,oy+fct-1,pf),pz,pphi);
+     147           0 :     if (cosdist_zphi(pz,pphi,cz,cphi)>cosrp2) // overlap
+     148             :       return false;
+     149           0 :     b2.pix2zphi(b2.xyf2pix(ox,oy+fct-1-i,pf),pz,pphi);
+     150           0 :     if (cosdist_zphi(pz,pphi,cz,cphi)>cosrp2) // overlap
+     151             :       return false;
+     152             :     }
+     153             :   return true;
+     154             :   }
+     155             : 
+     156             : } // unnamed namespace
+     157             : 
+     158             : template<typename I> template<typename I2>
+     159           0 :   void T_Healpix_Base<I>::query_disc_internal
+     160             :   (pointing ptg, double radius, int fact, rangeset<I2> &pixset) const
+     161             :   {
+     162           0 :   bool inclusive = (fact!=0);
+     163             :   pixset.clear();
+     164           0 :   ptg.normalize();
+     165             : 
+     166           0 :   if (scheme_==RING)
+     167             :     {
+     168             :     I fct=1;
+     169           0 :     if (inclusive)
+     170             :       {
+     171           0 :       planck_assert (((I(1)<<order_max)/nside_)>=fact,
+     172             :         "invalid oversampling factor");
+     173             :       fct = fact;
+     174             :       }
+     175           0 :     T_Healpix_Base b2;
+     176             :     double rsmall, rbig;
+     177           0 :     if (fct>1)
+     178             :       {
+     179           0 :       b2.SetNside(fct*nside_,RING);
+     180           0 :       rsmall = radius+b2.max_pixrad();
+     181           0 :       rbig = radius+max_pixrad();
+     182             :       }
+     183             :     else
+     184           0 :       rsmall = rbig = inclusive ? radius+max_pixrad() : radius;
+     185             : 
+     186           0 :     if (rsmall>=pi)
+     187           0 :       { pixset.append(0,npix_); return; }
+     188             : 
+     189           0 :     rbig = min(pi,rbig);
+     190             : 
+     191           0 :     double cosrsmall = cos(rsmall);
+     192           0 :     double cosrbig = cos(rbig);
+     193             : 
+     194           0 :     double z0 = cos(ptg.theta);
+     195           0 :     double xa = 1./sqrt((1-z0)*(1+z0));
+     196             : 
+     197           0 :     I cpix=zphi2pix(z0,ptg.phi);
+     198             : 
+     199           0 :     double rlat1 = ptg.theta - rsmall;
+     200           0 :     double zmax = cos(rlat1);
+     201           0 :     I irmin = ring_above (zmax)+1;
+     202             : 
+     203           0 :     if ((rlat1<=0) && (irmin>1)) // north pole in the disk
+     204             :       {
+     205             :       I sp,rp; bool dummy;
+     206           0 :       get_ring_info_small(irmin-1,sp,rp,dummy);
+     207           0 :       pixset.append(0,sp+rp);
+     208             :       }
+     209             : 
+     210           0 :     if ((fct>1) && (rlat1>0)) irmin=max(I(1),irmin-1);
+     211             : 
+     212           0 :     double rlat2 = ptg.theta + rsmall;
+     213           0 :     double zmin = cos(rlat2);
+     214           0 :     I irmax = ring_above (zmin);
+     215             : 
+     216           0 :     if ((fct>1) && (rlat2<pi)) irmax=min(4*nside_-1,irmax+1);
+     217             : 
+     218           0 :     for (I iz=irmin; iz<=irmax; ++iz)
+     219             :       {
+     220           0 :       double z=ring2z(iz);
+     221           0 :       double x = (cosrbig-z*z0)*xa;
+     222           0 :       double ysq = 1-z*z-x*x;
+     223           0 :       double dphi = (ysq<=0) ? pi-1e-15 : atan2(sqrt(ysq),x);
+     224             :       I nr, ipix1;
+     225             :       bool shifted;
+     226           0 :       get_ring_info_small(iz,ipix1,nr,shifted);
+     227           0 :       double shift = shifted ? 0.5 : 0.;
+     228             : 
+     229           0 :       I ipix2 = ipix1 + nr - 1; // highest pixel number in the ring
+     230             : 
+     231           0 :       I ip_lo = ifloor<I>(nr*inv_twopi*(ptg.phi-dphi) - shift)+1;
+     232           0 :       I ip_hi = ifloor<I>(nr*inv_twopi*(ptg.phi+dphi) - shift);
+     233             : 
+     234           0 :       if (fct>1)
+     235             :         {
+     236           0 :         while ((ip_lo<=ip_hi) && check_pixel_ring
+     237           0 :                (*this,b2,ip_lo,nr,ipix1,fct,z0,ptg.phi,cosrsmall,cpix))
+     238           0 :           ++ip_lo;
+     239           0 :         while ((ip_hi>ip_lo) && check_pixel_ring
+     240           0 :                (*this,b2,ip_hi,nr,ipix1,fct,z0,ptg.phi,cosrsmall,cpix))
+     241           0 :           --ip_hi;
+     242             :         }
+     243             : 
+     244           0 :       if (ip_lo<=ip_hi)
+     245             :         {
+     246           0 :         if (ip_hi>=nr)
+     247           0 :           { ip_lo-=nr; ip_hi-=nr; }
+     248           0 :         if (ip_lo<0)
+     249             :           {
+     250           0 :           pixset.append(ipix1,ipix1+ip_hi+1);
+     251           0 :           pixset.append(ipix1+ip_lo+nr,ipix2+1);
+     252             :           }
+     253             :         else
+     254           0 :           pixset.append(ipix1+ip_lo,ipix1+ip_hi+1);
+     255             :         }
+     256             :       }
+     257           0 :     if ((rlat2>=pi) && (irmax+1<4*nside_)) // south pole in the disk
+     258             :       {
+     259             :       I sp,rp; bool dummy;
+     260           0 :       get_ring_info_small(irmax+1,sp,rp,dummy);
+     261           0 :       pixset.append(sp,npix_);
+     262             :       }
+     263             :     }
+     264             :   else // scheme_==NEST
+     265             :     {
+     266           0 :     if (radius>=pi) // disk covers the whole sphere
+     267           0 :       { pixset.append(0,npix_); return; }
+     268             : 
+     269             :     int oplus = 0;
+     270           0 :     if (inclusive)
+     271             :       {
+     272           0 :       planck_assert ((I(1)<<(order_max-order_))>=fact,
+     273             :         "invalid oversampling factor");
+     274           0 :       planck_assert ((fact&(fact-1))==0,
+     275             :         "oversampling factor must be a power of 2");
+     276           0 :       oplus=ilog2(fact);
+     277             :       }
+     278           0 :     int omax=order_+oplus; // the order up to which we test
+     279             : 
+     280             :     vec3 vptg(ptg);
+     281           0 :     arr<T_Healpix_Base<I> > base(omax+1);
+     282             :     arr<double> crpdr(omax+1), crmdr(omax+1);
+     283           0 :     double cosrad=cos(radius);
+     284           0 :     for (int o=0; o<=omax; ++o) // prepare data at the required orders
+     285             :       {
+     286           0 :       base[o].Set(o,NEST);
+     287           0 :       double dr=base[o].max_pixrad(); // safety distance
+     288           0 :       crpdr[o] = (radius+dr>pi) ? -1. : cos(radius+dr);
+     289           0 :       crmdr[o] = (radius-dr<0.) ?  1. : cos(radius-dr);
+     290             :       }
+     291             :     vector<pair<I,int> > stk; // stack for pixel numbers and their orders
+     292           0 :     stk.reserve(12+3*omax); // reserve maximum size to avoid reallocation
+     293           0 :     for (int i=0; i<12; ++i) // insert the 12 base pixels in reverse order
+     294           0 :       stk.push_back(make_pair(I(11-i),0));
+     295             : 
+     296           0 :     int stacktop=0; // a place to save a stack position
+     297             : 
+     298           0 :     while (!stk.empty()) // as long as there are pixels on the stack
+     299             :       {
+     300             :       // pop current pixel number and order from the stack
+     301           0 :       I pix=stk.back().first;
+     302           0 :       int o=stk.back().second;
+     303             :       stk.pop_back();
+     304             : 
+     305             :       double z,phi;
+     306             :       base[o].pix2zphi(pix,z,phi);
+     307             :       // cosine of angular distance between pixel center and disk center
+     308           0 :       double cangdist=cosdist_zphi(vptg.z,ptg.phi,z,phi);
+     309             : 
+     310           0 :       if (cangdist>crpdr[o])
+     311             :         {
+     312           0 :         int zone = (cangdist<cosrad) ? 1 : ((cangdist<=crmdr[o]) ? 2 : 3);
+     313             : 
+     314           0 :         check_pixel (o, order_, omax, zone, pixset, pix, stk, inclusive,
+     315             :           stacktop);
+     316             :         }
+     317             :       }
+     318             :     }
+     319             :   }
+     320             : 
+     321           0 : template<typename I> void T_Healpix_Base<I>::query_disc
+     322             :   (pointing ptg, double radius, rangeset<I> &pixset) const
+     323             :   {
+     324           0 :   query_disc_internal (ptg, radius, 0, pixset);
+     325           0 :   }
+     326             : 
+     327           0 : template<typename I> void T_Healpix_Base<I>::query_disc_inclusive
+     328             :   (pointing ptg, double radius, rangeset<I> &pixset, int fact) const
+     329             :   {
+     330           0 :   planck_assert(fact>0,"fact must be a positive integer");
+     331           0 :   if ((sizeof(I)<8) && (((I(1)<<order_max)/nside_)<fact))
+     332             :     {
+     333           0 :     T_Healpix_Base<int64> base2(nside_,scheme_,SET_NSIDE);
+     334           0 :     base2.query_disc_internal(ptg,radius,fact,pixset);
+     335             :     return;
+     336             :     }
+     337           0 :   query_disc_internal (ptg, radius, fact, pixset);
+     338             :   }
+     339             : 
+     340             : template<typename I> template<typename I2>
+     341           0 :   void T_Healpix_Base<I>::query_multidisc (const arr<vec3> &norm,
+     342             :   const arr<double> &rad, int fact, rangeset<I2> &pixset) const
+     343             :   {
+     344           0 :   bool inclusive = (fact!=0);
+     345             :   tsize nv=norm.size();
+     346           0 :   planck_assert(nv==rad.size(),"inconsistent input arrays");
+     347             :   pixset.clear();
+     348             : 
+     349           0 :   if (scheme_==RING)
+     350             :     {
+     351             :     I fct=1;
+     352           0 :     if (inclusive)
+     353             :       {
+     354           0 :       planck_assert (((I(1)<<order_max)/nside_)>=fact,
+     355             :         "invalid oversampling factor");
+     356             :       fct = fact;
+     357             :       }
+     358           0 :     T_Healpix_Base b2;
+     359             :     double rpsmall, rpbig;
+     360           0 :     if (fct>1)
+     361             :       {
+     362           0 :       b2.SetNside(fct*nside_,RING);
+     363           0 :       rpsmall = b2.max_pixrad();
+     364           0 :       rpbig = max_pixrad();
+     365             :       }
+     366             :     else
+     367           0 :       rpsmall = rpbig = inclusive ? max_pixrad() : 0;
+     368             : 
+     369           0 :     I irmin=1, irmax=4*nside_-1;
+     370             :     vector<double> z0,xa,cosrsmall,cosrbig;
+     371             :     vector<pointing> ptg;
+     372             :     vector<I> cpix;
+     373           0 :     for (tsize i=0; i<nv; ++i)
+     374             :       {
+     375           0 :       double rsmall=rad[i]+rpsmall;
+     376           0 :       if (rsmall<pi)
+     377             :         {
+     378           0 :         double rbig=min(pi,rad[i]+rpbig);
+     379             :         pointing pnt=pointing(norm[i]);
+     380           0 :         cosrsmall.push_back(cos(rsmall));
+     381           0 :         cosrbig.push_back(cos(rbig));
+     382           0 :         double cth=cos(pnt.theta);
+     383           0 :         z0.push_back(cth);
+     384           0 :         if (fct>1) cpix.push_back(zphi2pix(cth,pnt.phi));
+     385           0 :         xa.push_back(1./sqrt((1-cth)*(1+cth)));
+     386           0 :         ptg.push_back(pnt);
+     387             : 
+     388           0 :         double rlat1 = pnt.theta - rsmall;
+     389           0 :         double zmax = cos(rlat1);
+     390           0 :         I irmin_t = (rlat1<=0) ? 1 : ring_above (zmax)+1;
+     391             : 
+     392           0 :         if ((fct>1) && (rlat1>0)) irmin_t=max(I(1),irmin_t-1);
+     393             : 
+     394           0 :         double rlat2 = pnt.theta + rsmall;
+     395           0 :         double zmin = cos(rlat2);
+     396           0 :         I irmax_t = (rlat2>=pi) ? 4*nside_-1 : ring_above (zmin);
+     397             : 
+     398           0 :         if ((fct>1) && (rlat2<pi)) irmax_t=min(4*nside_-1,irmax_t+1);
+     399             : 
+     400             :         if (irmax_t < irmax) irmax=irmax_t;
+     401             :         if (irmin_t > irmin) irmin=irmin_t;
+     402             :         }
+     403             :       }
+     404             : 
+     405           0 :     for (I iz=irmin; iz<=irmax; ++iz)
+     406             :       {
+     407           0 :       double z=ring2z(iz);
+     408             :       I ipix1,nr;
+     409             :       bool shifted;
+     410           0 :       get_ring_info_small(iz,ipix1,nr,shifted);
+     411           0 :       double shift = shifted ? 0.5 : 0.;
+     412             :       rangeset<I2> tr;
+     413           0 :       tr.append(ipix1,ipix1+nr);
+     414           0 :       for (tsize j=0; j<z0.size(); ++j)
+     415             :         {
+     416           0 :         double x = (cosrbig[j]-z*z0[j])*xa[j];
+     417           0 :         double ysq = 1.-z*z-x*x;
+     418           0 :         double dphi = (ysq<=0) ? pi-1e-15 : atan2(sqrt(ysq),x);
+     419           0 :         I ip_lo = ifloor<I>(nr*inv_twopi*(ptg[j].phi-dphi) - shift)+1;
+     420           0 :         I ip_hi = ifloor<I>(nr*inv_twopi*(ptg[j].phi+dphi) - shift);
+     421           0 :         if (fct>1)
+     422             :           {
+     423           0 :           while ((ip_lo<=ip_hi) && check_pixel_ring
+     424           0 :             (*this,b2,ip_lo,nr,ipix1,fct,z0[j],ptg[j].phi,cosrsmall[j],cpix[j]))
+     425           0 :             ++ip_lo;
+     426           0 :           while ((ip_hi>ip_lo) && check_pixel_ring
+     427           0 :             (*this,b2,ip_hi,nr,ipix1,fct,z0[j],ptg[j].phi,cosrsmall[j],cpix[j]))
+     428           0 :             --ip_hi;
+     429             :           }
+     430           0 :         if (ip_hi>=nr)
+     431           0 :           { ip_lo-=nr; ip_hi-=nr;}
+     432           0 :         if (ip_lo<0)
+     433           0 :           tr.remove(ipix1+ip_hi+1,ipix1+ip_lo+nr);
+     434             :         else
+     435           0 :           tr.intersect(ipix1+ip_lo,ipix1+ip_hi+1);
+     436             :         }
+     437           0 :       pixset.append(tr);
+     438             :       }
+     439             :     }
+     440             :   else // scheme_ == NEST
+     441             :     {
+     442             :     int oplus = 0;
+     443           0 :     if (inclusive)
+     444             :       {
+     445           0 :       planck_assert ((I(1)<<(order_max-order_))>=fact,
+     446             :         "invalid oversampling factor");
+     447           0 :       planck_assert ((fact&(fact-1))==0,
+     448             :         "oversampling factor must be a power of 2");
+     449           0 :       oplus=ilog2(fact);
+     450             :       }
+     451           0 :     int omax=order_+oplus; // the order up to which we test
+     452             : 
+     453             :     // TODO: ignore all disks with radius>=pi
+     454             : 
+     455           0 :     arr<T_Healpix_Base<I> > base(omax+1);
+     456             :     arr3<double> crlimit(omax+1,nv,3);
+     457           0 :     for (int o=0; o<=omax; ++o) // prepare data at the required orders
+     458             :       {
+     459           0 :       base[o].Set(o,NEST);
+     460           0 :       double dr=base[o].max_pixrad(); // safety distance
+     461           0 :       for (tsize i=0; i<nv; ++i)
+     462             :         {
+     463           0 :         crlimit(o,i,0) = (rad[i]+dr>pi) ? -1. : cos(rad[i]+dr);
+     464           0 :         crlimit(o,i,1) = (o==0) ? cos(rad[i]) : crlimit(0,i,1);
+     465           0 :         crlimit(o,i,2) = (rad[i]-dr<0.) ?  1. : cos(rad[i]-dr);
+     466             :         }
+     467             :       }
+     468             : 
+     469             :     vector<pair<I,int> > stk; // stack for pixel numbers and their orders
+     470           0 :     stk.reserve(12+3*omax); // reserve maximum size to avoid reallocation
+     471           0 :     for (int i=0; i<12; ++i) // insert the 12 base pixels in reverse order
+     472           0 :       stk.push_back(make_pair(I(11-i),0));
+     473             : 
+     474           0 :     int stacktop=0; // a place to save a stack position
+     475             : 
+     476           0 :     while (!stk.empty()) // as long as there are pixels on the stack
+     477             :       {
+     478             :       // pop current pixel number and order from the stack
+     479           0 :       I pix=stk.back().first;
+     480           0 :       int o=stk.back().second;
+     481             :       stk.pop_back();
+     482             : 
+     483           0 :       vec3 pv(base[o].pix2vec(pix));
+     484             : 
+     485             :       tsize zone=3;
+     486           0 :       for (tsize i=0; i<nv; ++i)
+     487             :         {
+     488             :         double crad=dotprod(pv,norm[i]);
+     489           0 :         for (tsize iz=0; iz<zone; ++iz)
+     490           0 :           if (crad<crlimit(o,i,iz))
+     491           0 :             if ((zone=iz)==0) goto bailout;
+     492             :         }
+     493             : 
+     494           0 :       check_pixel (o, order_, omax, zone, pixset, pix, stk, inclusive,
+     495             :         stacktop);
+     496           0 :       bailout:;
+     497             :       }
+     498             :     }
+     499           0 :   }
+     500             : 
+     501           0 : template<typename I> void T_Healpix_Base<I>::query_multidisc_general
+     502             :   (const arr<vec3> &norm, const arr<double> &rad, bool inclusive,
+     503             :   const vector<int> &cmds, rangeset<I> &pixset) const
+     504             :   {
+     505             :   tsize nv=norm.size();
+     506           0 :   planck_assert(nv==rad.size(),"inconsistent input arrays");
+     507             :   pixset.clear();
+     508             : 
+     509           0 :   if (scheme_==RING)
+     510             :     {
+     511           0 :     planck_fail ("not yet implemented");
+     512             :     }
+     513             :   else // scheme_ == NEST
+     514             :     {
+     515           0 :     int oplus=inclusive ? 2 : 0;
+     516           0 :     int omax=min(order_max,order_+oplus); // the order up to which we test
+     517             : 
+     518             :     // TODO: ignore all disks with radius>=pi
+     519             : 
+     520           0 :     arr<T_Healpix_Base<I> > base(omax+1);
+     521             :     arr3<double> crlimit(omax+1,nv,3);
+     522           0 :     for (int o=0; o<=omax; ++o) // prepare data at the required orders
+     523             :       {
+     524           0 :       base[o].Set(o,NEST);
+     525           0 :       double dr=base[o].max_pixrad(); // safety distance
+     526           0 :       for (tsize i=0; i<nv; ++i)
+     527             :         {
+     528           0 :         crlimit(o,i,0) = (rad[i]+dr>pi) ? -1. : cos(rad[i]+dr);
+     529           0 :         crlimit(o,i,1) = (o==0) ? cos(rad[i]) : crlimit(0,i,1);
+     530           0 :         crlimit(o,i,2) = (rad[i]-dr<0.) ?  1. : cos(rad[i]-dr);
+     531             :         }
+     532             :       }
+     533             : 
+     534             :     vector<pair<I,int> > stk; // stack for pixel numbers and their orders
+     535           0 :     stk.reserve(12+3*omax); // reserve maximum size to avoid reallocation
+     536           0 :     for (int i=0; i<12; ++i) // insert the 12 base pixels in reverse order
+     537           0 :       stk.push_back(make_pair(I(11-i),0));
+     538             : 
+     539           0 :     int stacktop=0; // a place to save a stack position
+     540             :     arr<tsize> zone(nv);
+     541             : 
+     542           0 :     vector<tsize> zstk; zstk.reserve(cmds.size());
+     543             : 
+     544           0 :     while (!stk.empty()) // as long as there are pixels on the stack
+     545             :       {
+     546             :       // pop current pixel number and order from the stack
+     547           0 :       I pix=stk.back().first;
+     548           0 :       int o=stk.back().second;
+     549             :       stk.pop_back();
+     550             : 
+     551           0 :       vec3 pv(base[o].pix2vec(pix));
+     552             : 
+     553           0 :       for (tsize i=0; i<nv; ++i)
+     554             :         {
+     555           0 :         zone[i]=3;
+     556             :         double crad=dotprod(pv,norm[i]);
+     557           0 :         for (tsize iz=0; iz<zone[i]; ++iz)
+     558           0 :           if (crad<crlimit(o,i,iz))
+     559           0 :             zone[i]=iz;
+     560             :         }
+     561             : 
+     562           0 :       for (tsize i=0; i<cmds.size(); ++i)
+     563             :         {
+     564             :         tsize tmp;
+     565           0 :         switch (cmds[i])
+     566             :           {
+     567             :           case -1: // union
+     568           0 :             tmp=zstk.back(); zstk.pop_back();
+     569           0 :             zstk.back() = max(zstk.back(),tmp);
+     570           0 :             break;
+     571             :           case -2: // intersection
+     572           0 :             tmp=zstk.back(); zstk.pop_back();
+     573           0 :             zstk.back() = min(zstk.back(),tmp);
+     574           0 :             break;
+     575             :           default: // add value
+     576           0 :             zstk.push_back(zone[cmds[i]]);
+     577             :           }
+     578             :         }
+     579           0 :       planck_assert(zstk.size()==1,"inconsistent commands");
+     580           0 :       tsize zn=zstk[0]; zstk.pop_back();
+     581             : 
+     582           0 :       check_pixel (o, order_, omax, zn, pixset, pix, stk, inclusive,
+     583             :         stacktop);
+     584             :       }
+     585             :     }
+     586           0 :   }
+     587             : 
+     588             : template<> inline int T_Healpix_Base<int>::spread_bits (int v) const
+     589         421 :   { return utab[v&0xff] | (utab[(v>>8)&0xff]<<16); }
+     590           0 : template<> inline int64 T_Healpix_Base<int64>::spread_bits (int v) const
+     591             :   {
+     592           0 :   return  int64(utab[ v     &0xff])      | (int64(utab[(v>> 8)&0xff])<<16)
+     593           0 :        | (int64(utab[(v>>16)&0xff])<<32) | (int64(utab[(v>>24)&0xff])<<48);
+     594             :   }
+     595             : 
+     596             : template<> inline int T_Healpix_Base<int>::compress_bits (int v) const
+     597             :   {
+     598           0 :   int raw = (v&0x5555) | ((v&0x55550000)>>15);
+     599           0 :   return ctab[raw&0xff] | (ctab[raw>>8]<<4);
+     600             :   }
+     601         842 : template<> inline int T_Healpix_Base<int64>::compress_bits (int64 v) const
+     602             :   {
+     603         842 :   int64 raw = v&0x5555555555555555ull;
+     604         842 :   raw|=raw>>15;
+     605         842 :   return ctab[ raw     &0xff]      | (ctab[(raw>> 8)&0xff]<< 4)
+     606         842 :       | (ctab[(raw>>32)&0xff]<<16) | (ctab[(raw>>40)&0xff]<<20);
+     607             :   }
+     608             : 
+     609         421 : template<typename I> inline void T_Healpix_Base<I>::nest2xyf (I pix, int &ix,
+     610             :   int &iy, int &face_num) const
+     611             :   {
+     612         421 :   face_num = pix>>(2*order_);
+     613         421 :   pix &= (npface_-1);
+     614         421 :   ix = compress_bits(pix);
+     615         421 :   iy = compress_bits(pix>>1);
+     616         421 :   }
+     617             : 
+     618         421 : template<typename I> inline I T_Healpix_Base<I>::xyf2nest (int ix, int iy,
+     619             :   int face_num) const
+     620         421 :   { return (I(face_num)<<(2*order_)) + spread_bits(ix) + (spread_bits(iy)<<1); }
+     621             : 
+     622         421 : template<typename I> void T_Healpix_Base<I>::ring2xyf (I pix, int &ix, int &iy,
+     623             :   int &face_num) const
+     624             :   {
+     625             :   I iring, iphi, kshift, nr;
+     626         421 :   I nl2 = 2*nside_;
+     627             : 
+     628         421 :   if (pix<ncap_) // North Polar cap
+     629             :     {
+     630           0 :     iring = (1+isqrt(1+2*pix))>>1; //counted from North pole
+     631           0 :     iphi  = (pix+1) - 2*iring*(iring-1);
+     632             :     kshift = 0;
+     633             :     nr = iring;
+     634           0 :     face_num=(iphi-1)/nr;
+     635             :     }
+     636         421 :   else if (pix<(npix_-ncap_)) // Equatorial region
+     637             :     {
+     638         421 :     I ip = pix - ncap_;
+     639         421 :     I tmp = (order_>=0) ? ip>>(order_+2) : ip/(4*nside_);
+     640         421 :     iring = tmp+nside_;
+     641         421 :     iphi = ip-tmp*4*nside_ + 1;
+     642         421 :     kshift = (iring+nside_)&1;
+     643             :     nr = nside_;
+     644         421 :     I ire = iring-nside_+1,
+     645         421 :       irm = nl2+2-ire;
+     646         421 :     I ifm = iphi - ire/2 + nside_ -1,
+     647         421 :       ifp = iphi - irm/2 + nside_ -1;
+     648         421 :     if (order_>=0)
+     649         421 :       { ifm >>= order_; ifp >>= order_; }
+     650             :     else
+     651           0 :       { ifm /= nside_; ifp /= nside_; }
+     652         421 :     face_num = (ifp==ifm) ? (ifp|4) : ((ifp<ifm) ? ifp : (ifm+8));
+     653             :     }
+     654             :   else // South Polar cap
+     655             :     {
+     656           0 :     I ip = npix_ - pix;
+     657           0 :     iring = (1+isqrt(2*ip-1))>>1; //counted from South pole
+     658           0 :     iphi  = 4*iring + 1 - (ip - 2*iring*(iring-1));
+     659             :     kshift = 0;
+     660             :     nr = iring;
+     661           0 :     iring = 2*nl2-iring;
+     662           0 :     face_num = 8 + (iphi-1)/nr;
+     663             :     }
+     664             : 
+     665         421 :   I irt = iring - (jrll[face_num]*nside_) + 1;
+     666         421 :   I ipt = 2*iphi- jpll[face_num]*nr - kshift -1;
+     667         421 :   if (ipt>=nl2) ipt-=8*nside_;
+     668             : 
+     669         421 :   ix =  (ipt-irt) >>1;
+     670         421 :   iy = (-ipt-irt) >>1;
+     671         421 :   }
+     672             : 
+     673           0 : template<typename I> I T_Healpix_Base<I>::xyf2ring (int ix, int iy,
+     674             :   int face_num) const
+     675             :   {
+     676           0 :   I nl4 = 4*nside_;
+     677           0 :   I jr = (jrll[face_num]*nside_) - ix - iy  - 1;
+     678             : 
+     679             :   I nr, kshift, n_before;
+     680             : 
+     681             :   bool shifted;
+     682           0 :   get_ring_info_small(jr,n_before,nr,shifted);
+     683           0 :   nr>>=2;
+     684           0 :   kshift=1-shifted;
+     685           0 :   I jp = (jpll[face_num]*nr + ix - iy + 1 + kshift) / 2;
+     686           0 :   planck_assert(jp<=4*nr,"must not happen");
+     687           0 :   if (jp<1) jp+=nl4; // assumption: if this triggers, then nl4==4*nr
+     688             : 
+     689           0 :   return n_before + jp - 1;
+     690             :   }
+     691             : 
+     692           0 : template<typename I> T_Healpix_Base<I>::T_Healpix_Base ()
+     693           0 :   : order_(-1), nside_(0), npface_(0), ncap_(0), npix_(0),
+     694           0 :     fact1_(0), fact2_(0), scheme_(RING) {}
+     695             : 
+     696          29 : template<typename I> void T_Healpix_Base<I>::Set (int order,
+     697             :   Healpix_Ordering_Scheme scheme)
+     698             :   {
+     699          29 :   planck_assert ((order>=0)&&(order<=order_max), "bad order");
+     700          29 :   order_  = order;
+     701          29 :   nside_  = I(1)<<order;
+     702          29 :   npface_ = nside_<<order_;
+     703          29 :   ncap_   = (npface_-nside_)<<1;
+     704          29 :   npix_   = 12*npface_;
+     705          29 :   fact2_  = 4./npix_;
+     706          29 :   fact1_  = (nside_<<1)*fact2_;
+     707          29 :   scheme_ = scheme;
+     708          29 :   }
+     709           0 : template<typename I> void T_Healpix_Base<I>::SetNside (I nside,
+     710             :   Healpix_Ordering_Scheme scheme)
+     711             :   {
+     712           0 :   order_  = nside2order(nside);
+     713           0 :   planck_assert ((scheme!=NEST) || (order_>=0),
+     714             :     "SetNside: nside must be power of 2 for nested maps");
+     715           0 :   nside_  = nside;
+     716           0 :   npface_ = nside_*nside_;
+     717           0 :   ncap_   = (npface_-nside_)<<1;
+     718           0 :   npix_   = 12*npface_;
+     719           0 :   fact2_  = 4./npix_;
+     720           0 :   fact1_  = (nside_<<1)*fact2_;
+     721           0 :   scheme_ = scheme;
+     722           0 :   }
+     723             : 
+     724           0 : template<typename I> double T_Healpix_Base<I>::ring2z (I ring) const
+     725             :   {
+     726           0 :   if (ring<nside_)
+     727           0 :     return 1 - ring*ring*fact2_;
+     728           0 :   if (ring <=3*nside_)
+     729           0 :     return (2*nside_-ring)*fact1_;
+     730           0 :   ring=4*nside_ - ring;
+     731           0 :   return ring*ring*fact2_ - 1;
+     732             :   }
+     733             : 
+     734           0 : template<typename I> I T_Healpix_Base<I>::pix2ring (I pix) const
+     735             :   {
+     736           0 :   if (scheme_==RING)
+     737             :     {
+     738           0 :     if (pix<ncap_) // North Polar cap
+     739           0 :       return (1+I(isqrt(1+2*pix)))>>1; // counted from North pole
+     740           0 :     else if (pix<(npix_-ncap_)) // Equatorial region
+     741           0 :       return (pix-ncap_)/(4*nside_) + nside_; // counted from North pole
+     742             :     else // South Polar cap
+     743           0 :       return 4*nside_-((1+I(isqrt(2*(npix_-pix)-1)))>>1);
+     744             :     }
+     745             :   else
+     746             :     {
+     747             :     int face_num, ix, iy;
+     748           0 :     nest2xyf(pix,ix,iy,face_num);
+     749           0 :     return (I(jrll[face_num])<<order_) - ix - iy - 1;
+     750             :     }
+     751             :   }
+     752             : 
+     753           0 : template<typename I> I T_Healpix_Base<I>::nest2ring (I pix) const
+     754             :   {
+     755           0 :   planck_assert(order_>=0, "hierarchical map required");
+     756             :   int ix, iy, face_num;
+     757           0 :   nest2xyf (pix, ix, iy, face_num);
+     758           0 :   return xyf2ring (ix, iy, face_num);
+     759             :   }
+     760             : 
+     761         421 : template<typename I> I T_Healpix_Base<I>::ring2nest (I pix) const
+     762             :   {
+     763         421 :   planck_assert(order_>=0, "hierarchical map required");
+     764             :   int ix, iy, face_num;
+     765         421 :   ring2xyf (pix, ix, iy, face_num);
+     766         421 :   return xyf2nest (ix, iy, face_num);
+     767             :   }
+     768             : 
+     769           0 : template<typename I> inline I T_Healpix_Base<I>::nest_peano_helper
+     770             :   (I pix, int dir) const
+     771             :   {
+     772           0 :   int face = pix>>(2*order_);
+     773             :   I result = 0;
+     774           0 :   uint8 path = peano_face2path[dir][face];
+     775             : 
+     776           0 :   for (int shift=2*order_-2; shift>=0; shift-=2)
+     777             :     {
+     778           0 :     uint8 spix = uint8((pix>>shift) & 0x3);
+     779           0 :     result <<= 2;
+     780           0 :     result |= peano_subpix[dir][path][spix];
+     781           0 :     path=peano_subpath[dir][path][spix];
+     782             :     }
+     783             : 
+     784           0 :   return result + (I(peano_face2face[dir][face])<<(2*order_));
+     785             :   }
+     786             : 
+     787           0 : template<typename I> I T_Healpix_Base<I>::nest2peano (I pix) const
+     788           0 :   { return nest_peano_helper(pix,0); }
+     789             : 
+     790           0 : template<typename I> I T_Healpix_Base<I>::peano2nest (I pix) const
+     791           0 :   { return nest_peano_helper(pix,1); }
+     792             : 
+     793       24585 : template<typename I> I T_Healpix_Base<I>::loc2pix (double z, double phi,
+     794             :   double sth, bool have_sth) const
+     795             :   {
+     796             :   double za = abs(z);
+     797       24585 :   double tt = fmodulo(phi*inv_halfpi,4.0); // in [0,4)
+     798             : 
+     799       24585 :   if (scheme_==RING)
+     800             :     {
+     801       24585 :     if (za<=twothird) // Equatorial region
+     802             :       {
+     803       16535 :       I nl4 = 4*nside_;
+     804       16535 :       double temp1 = nside_*(0.5+tt);
+     805       16535 :       double temp2 = nside_*z*0.75;
+     806       16535 :       I jp = I(temp1-temp2); // index of  ascending edge line
+     807       16535 :       I jm = I(temp1+temp2); // index of descending edge line
+     808             : 
+     809             :       // ring number counted from z=2/3
+     810       16535 :       I ir = nside_ + 1 + jp - jm; // in {1,2n+1}
+     811       16535 :       I kshift = 1-(ir&1); // kshift=1 if ir even, 0 otherwise
+     812             : 
+     813       16535 :       I t1 = jp+jm-nside_+kshift+1+nl4+nl4;
+     814       16535 :       I ip = (order_>0) ?
+     815       16535 :         (t1>>1)&(nl4-1) : ((t1>>1)%nl4); // in {0,4n-1}
+     816             : 
+     817       16535 :       return ncap_ + (ir-1)*nl4 + ip;
+     818             :       }
+     819             :     else  // North & South polar caps
+     820             :       {
+     821        8050 :       double tp = tt-I(tt);
+     822        8050 :       double tmp = ((za<0.99)||(!have_sth)) ?
+     823        7809 :                    nside_*sqrt(3*(1-za)) :
+     824         241 :                    nside_*sth/sqrt((1.+za)/3.);
+     825             : 
+     826        8050 :       I jp = I(tp*tmp); // increasing edge line index
+     827        8050 :       I jm = I((1.0-tp)*tmp); // decreasing edge line index
+     828             : 
+     829        8050 :       I ir = jp+jm+1; // ring number counted from the closest pole
+     830        8050 :       I ip = I(tt*ir); // in {0,4*ir-1}
+     831        8050 :       planck_assert((ip>=0)&&(ip<4*ir),"must not happen");
+     832             :       //ip %= 4*ir;
+     833             : 
+     834        8050 :       return (z>0)  ?  2*ir*(ir-1) + ip  :  npix_ - 2*ir*(ir+1) + ip;
+     835             :       }
+     836             :     }
+     837             :   else // scheme_ == NEST
+     838             :     {
+     839           0 :     if (za<=twothird) // Equatorial region
+     840             :       {
+     841           0 :       double temp1 = nside_*(0.5+tt);
+     842           0 :       double temp2 = nside_*(z*0.75);
+     843           0 :       I jp = I(temp1-temp2); // index of  ascending edge line
+     844           0 :       I jm = I(temp1+temp2); // index of descending edge line
+     845           0 :       I ifp = jp >> order_;  // in {0,4}
+     846           0 :       I ifm = jm >> order_;
+     847           0 :       int face_num = (ifp==ifm) ? (ifp|4) : ((ifp<ifm) ? ifp : (ifm+8));
+     848             : 
+     849           0 :       int ix = jm & (nside_-1),
+     850           0 :           iy = nside_ - (jp & (nside_-1)) - 1;
+     851           0 :       return xyf2nest(ix,iy,face_num);
+     852             :       }
+     853             :     else // polar region, za > 2/3
+     854             :       {
+     855           0 :       int ntt = min(3,int(tt));
+     856           0 :       double tp = tt-ntt;
+     857           0 :       double tmp = ((za<0.99)||(!have_sth)) ?
+     858           0 :                    nside_*sqrt(3*(1-za)) :
+     859           0 :                    nside_*sth/sqrt((1.+za)/3.);
+     860             : 
+     861           0 :       I jp = I(tp*tmp); // increasing edge line index
+     862           0 :       I jm = I((1.0-tp)*tmp); // decreasing edge line index
+     863           0 :       jp=min(jp,nside_-1); // for points too close to the boundary
+     864           0 :       jm=min(jm,nside_-1);
+     865           0 :       return (z>=0) ?
+     866           0 :         xyf2nest(nside_-jm -1,nside_-jp-1,ntt) : xyf2nest(jp,jm,ntt+8);
+     867             :       }
+     868             :     }
+     869             :   }
+     870             : 
+     871      135593 : template<typename I> void T_Healpix_Base<I>::pix2loc (I pix, double &z,
+     872             :   double &phi, double &sth, bool &have_sth) const
+     873             :   {
+     874      135593 :   have_sth=false;
+     875      135593 :   if (scheme_==RING)
+     876             :     {
+     877      135172 :     if (pix<ncap_) // North Polar cap
+     878             :       {
+     879       22080 :       I iring = (1+I(isqrt(1+2*pix)))>>1; // counted from North pole
+     880       22080 :       I iphi  = (pix+1) - 2*iring*(iring-1);
+     881             : 
+     882       22080 :       double tmp=(iring*iring)*fact2_;
+     883       22080 :       z = 1.0 - tmp;
+     884       22080 :       if (z>0.99) { sth=sqrt(tmp*(2.-tmp)); have_sth=true; }
+     885       22080 :       phi = (iphi-0.5) * halfpi/iring;
+     886             :       }
+     887      113092 :     else if (pix<(npix_-ncap_)) // Equatorial region
+     888             :       {
+     889       91010 :       I nl4 = 4*nside_;
+     890       91010 :       I ip  = pix - ncap_;
+     891       91010 :       I tmp = (order_>=0) ? ip>>(order_+2) : ip/nl4;
+     892       91010 :       I iring = tmp + nside_,
+     893       91010 :         iphi = ip-nl4*tmp+1;
+     894             :       // 1 if iring+nside is odd, 1/2 otherwise
+     895       91010 :       double fodd = ((iring+nside_)&1) ? 1 : 0.5;
+     896             : 
+     897       91010 :       z = (2*nside_-iring)*fact1_;
+     898       91010 :       phi = (iphi-fodd) * pi*0.75*fact1_;
+     899             :       }
+     900             :     else // South Polar cap
+     901             :       {
+     902       22082 :       I ip = npix_ - pix;
+     903       22082 :       I iring = (1+I(isqrt(2*ip-1)))>>1; // counted from South pole
+     904       22082 :       I iphi  = 4*iring + 1 - (ip - 2*iring*(iring-1));
+     905             : 
+     906       22082 :       double tmp=(iring*iring)*fact2_;
+     907       22082 :       z = tmp - 1.0;
+     908       22082 :       if (z<-0.99) { sth=sqrt(tmp*(2.-tmp)); have_sth=true; }
+     909       22082 :       phi = (iphi-0.5) * halfpi/iring;
+     910             :       }
+     911             :     }
+     912             :   else
+     913             :     {
+     914             :     int face_num, ix, iy;
+     915         421 :     nest2xyf(pix,ix,iy,face_num);
+     916             : 
+     917         421 :     I jr = (I(jrll[face_num])<<order_) - ix - iy - 1;
+     918             : 
+     919             :     I nr;
+     920         421 :     if (jr<nside_)
+     921             :       {
+     922             :       nr = jr;
+     923           0 :       double tmp=(nr*nr)*fact2_;
+     924           0 :       z = 1 - tmp;
+     925           0 :       if (z>0.99) { sth=sqrt(tmp*(2.-tmp)); have_sth=true; }
+     926             :       }
+     927         421 :     else if (jr > 3*nside_)
+     928             :       {
+     929           0 :       nr = nside_*4-jr;
+     930           0 :       double tmp=(nr*nr)*fact2_;
+     931           0 :       z = tmp - 1;
+     932           0 :       if (z<-0.99) { sth=sqrt(tmp*(2.-tmp)); have_sth=true; }
+     933             :       }
+     934             :     else
+     935             :       {
+     936             :       nr = nside_;
+     937         421 :       z = (2*nside_-jr)*fact1_;
+     938             :       }
+     939             : 
+     940         421 :     I tmp=I(jpll[face_num])*nr+ix-iy;
+     941         421 :     planck_assert(tmp<8*nr,"must not happen");
+     942         421 :     if (tmp<0) tmp+=8*nr;
+     943         421 :     phi = (nr==nside_) ? 0.75*halfpi*tmp*fact1_ :
+     944           0 :                          (0.5*halfpi*tmp)/nr;
+     945             :     }
+     946      135593 :   }
+     947             : 
+     948             : template<typename I> template<typename I2>
+     949           0 :   void T_Healpix_Base<I>::query_polygon_internal
+     950             :   (const vector<pointing> &vertex, int fact, rangeset<I2> &pixset) const
+     951             :   {
+     952             :   bool inclusive = (fact!=0);
+     953             :   tsize nv=vertex.size();
+     954           0 :   tsize ncirc = inclusive ? nv+1 : nv;
+     955           0 :   planck_assert(nv>=3,"not enough vertices in polygon");
+     956             :   arr<vec3> vv(nv);
+     957           0 :   for (tsize i=0; i<nv; ++i)
+     958           0 :     vv[i]=vertex[i].to_vec3();
+     959             :   arr<vec3> normal(ncirc);
+     960             :   int flip=0;
+     961           0 :   for (tsize i=0; i<nv; ++i)
+     962             :     {
+     963           0 :     normal[i]=crossprod(vv[i],vv[(i+1)%nv]);
+     964           0 :     double hnd=dotprod(normal[i],vv[(i+2)%nv]);
+     965           0 :     planck_assert(abs(hnd)>1e-10,"degenerate corner");
+     966           0 :     if (i==0)
+     967           0 :       flip = (hnd<0.) ? -1 : 1;
+     968             :     else
+     969           0 :       planck_assert(flip*hnd>0,"polygon is not convex");
+     970           0 :     normal[i]*=flip/normal[i].Length();
+     971             :     }
+     972             :   arr<double> rad(ncirc,halfpi);
+     973           0 :   if (inclusive)
+     974             :     {
+     975             :     double cosrad;
+     976           0 :     find_enclosing_circle (vv, normal[nv], cosrad);
+     977           0 :     rad[nv]=acos(cosrad);
+     978             :     }
+     979           0 :   query_multidisc(normal,rad,fact,pixset);
+     980           0 :   }
+     981             : 
+     982           0 : template<typename I> void T_Healpix_Base<I>::query_polygon
+     983             :   (const vector<pointing> &vertex, rangeset<I> &pixset) const
+     984             :   {
+     985           0 :   query_polygon_internal(vertex, 0, pixset);
+     986           0 :   }
+     987             : 
+     988           0 : template<typename I> void T_Healpix_Base<I>::query_polygon_inclusive
+     989             :   (const vector<pointing> &vertex, rangeset<I> &pixset, int fact) const
+     990             :   {
+     991           0 :   planck_assert(fact>0,"fact must be a positive integer");
+     992           0 :   if ((sizeof(I)<8) && (((I(1)<<order_max)/nside_)<fact))
+     993             :     {
+     994           0 :     T_Healpix_Base<int64> base2(nside_,scheme_,SET_NSIDE);
+     995           0 :     base2.query_polygon_internal(vertex,fact,pixset);
+     996             :     return;
+     997             :     }
+     998           0 :   query_polygon_internal(vertex, fact, pixset);
+     999             :   }
+    1000             : 
+    1001           0 : template<typename I> void T_Healpix_Base<I>::query_strip_internal
+    1002             :   (double theta1, double theta2, bool inclusive, rangeset<I> &pixset) const
+    1003             :   {
+    1004           0 :   if (scheme_==RING)
+    1005             :     {
+    1006           0 :     I ring1 = max(I(1),1+ring_above(cos(theta1))),
+    1007           0 :       ring2 = min(4*nside_-1,ring_above(cos(theta2)));
+    1008           0 :     if (inclusive)
+    1009             :       {
+    1010           0 :       ring1 = max(I(1),ring1-1);
+    1011           0 :       ring2 = min(4*nside_-1,ring2+1);
+    1012             :       }
+    1013             : 
+    1014             :     I sp1,rp1,sp2,rp2;
+    1015             :     bool dummy;
+    1016           0 :     get_ring_info_small(ring1,sp1,rp1,dummy);
+    1017           0 :     get_ring_info_small(ring2,sp2,rp2,dummy);
+    1018           0 :     I pix1 = sp1,
+    1019           0 :       pix2 = sp2+rp2;
+    1020           0 :     if (pix1<=pix2) pixset.append(pix1,pix2);
+    1021             :     }
+    1022             :   else
+    1023           0 :     planck_fail("query_strip not yet implemented for NESTED");
+    1024           0 :   }
+    1025             : 
+    1026           0 : template<typename I> void T_Healpix_Base<I>::query_strip (double theta1,
+    1027             :   double theta2, bool inclusive, rangeset<I> &pixset) const
+    1028             :   {
+    1029             :   pixset.clear();
+    1030             : 
+    1031           0 :   if (theta1<theta2)
+    1032           0 :     query_strip_internal(theta1,theta2,inclusive,pixset);
+    1033             :   else
+    1034             :     {
+    1035           0 :     query_strip_internal(0.,theta2,inclusive,pixset);
+    1036             :     rangeset<I> ps2;
+    1037           0 :     query_strip_internal(theta1,pi,inclusive,ps2);
+    1038           0 :     pixset.append(ps2);
+    1039             :     }
+    1040           0 :   }
+    1041             : 
+    1042           0 : template<typename I> inline void T_Healpix_Base<I>::get_ring_info_small
+    1043             :   (I ring, I &startpix, I &ringpix, bool &shifted) const
+    1044             :   {
+    1045           0 :   if (ring < nside_)
+    1046             :     {
+    1047           0 :     shifted = true;
+    1048           0 :     ringpix = 4*ring;
+    1049           0 :     startpix = 2*ring*(ring-1);
+    1050             :     }
+    1051           0 :   else if (ring < 3*nside_)
+    1052             :     {
+    1053           0 :     shifted = ((ring-nside_) & 1) == 0;
+    1054           0 :     ringpix = 4*nside_;
+    1055           0 :     startpix = ncap_ + (ring-nside_)*ringpix;
+    1056             :     }
+    1057             :   else
+    1058             :     {
+    1059           0 :     shifted = true;
+    1060           0 :     I nr= 4*nside_-ring;
+    1061           0 :     ringpix = 4*nr;
+    1062           0 :     startpix = npix_-2*nr*(nr+1);
+    1063             :     }
+    1064           0 :   }
+    1065             : 
+    1066           0 : template<typename I> void T_Healpix_Base<I>::get_ring_info (I ring, I &startpix,
+    1067             :   I &ringpix, double &costheta, double &sintheta, bool &shifted) const
+    1068             :   {
+    1069           0 :   I northring = (ring>2*nside_) ? 4*nside_-ring : ring;
+    1070           0 :   if (northring < nside_)
+    1071             :     {
+    1072           0 :     double tmp = northring*northring*fact2_;
+    1073           0 :     costheta = 1 - tmp;
+    1074           0 :     sintheta = sqrt(tmp*(2-tmp));
+    1075           0 :     ringpix = 4*northring;
+    1076           0 :     shifted = true;
+    1077           0 :     startpix = 2*northring*(northring-1);
+    1078             :     }
+    1079             :   else
+    1080             :     {
+    1081           0 :     costheta = (2*nside_-northring)*fact1_;
+    1082           0 :     sintheta = sqrt((1+costheta)*(1-costheta));
+    1083           0 :     ringpix = 4*nside_;
+    1084           0 :     shifted = ((northring-nside_) & 1) == 0;
+    1085           0 :     startpix = ncap_ + (northring-nside_)*ringpix;
+    1086             :     }
+    1087           0 :   if (northring != ring) // southern hemisphere
+    1088             :     {
+    1089           0 :     costheta = -costheta;
+    1090           0 :     startpix = npix_ - startpix - ringpix;
+    1091             :     }
+    1092           0 :   }
+    1093           0 : template<typename I> void T_Healpix_Base<I>::get_ring_info2 (I ring,
+    1094             :   I &startpix, I &ringpix, double &theta, bool &shifted) const
+    1095             :   {
+    1096           0 :   I northring = (ring>2*nside_) ? 4*nside_-ring : ring;
+    1097           0 :   if (northring < nside_)
+    1098             :     {
+    1099           0 :     double tmp = northring*northring*fact2_;
+    1100           0 :     double costheta = 1 - tmp;
+    1101           0 :     double sintheta = sqrt(tmp*(2-tmp));
+    1102           0 :     theta = atan2(sintheta,costheta);
+    1103           0 :     ringpix = 4*northring;
+    1104           0 :     shifted = true;
+    1105           0 :     startpix = 2*northring*(northring-1);
+    1106             :     }
+    1107             :   else
+    1108             :     {
+    1109           0 :     theta = acos((2*nside_-northring)*fact1_);
+    1110           0 :     ringpix = 4*nside_;
+    1111           0 :     shifted = ((northring-nside_) & 1) == 0;
+    1112           0 :     startpix = ncap_ + (northring-nside_)*ringpix;
+    1113             :     }
+    1114           0 :   if (northring != ring) // southern hemisphere
+    1115             :     {
+    1116           0 :     theta = pi-theta;
+    1117           0 :     startpix = npix_ - startpix - ringpix;
+    1118             :     }
+    1119           0 :   }
+    1120             : 
+    1121           0 : template<typename I> void T_Healpix_Base<I>::neighbors (I pix,
+    1122             :   fix_arr<I,8> &result) const
+    1123             :   {
+    1124             :   int ix, iy, face_num;
+    1125           0 :   (scheme_==RING) ?
+    1126           0 :     ring2xyf(pix,ix,iy,face_num) : nest2xyf(pix,ix,iy,face_num);
+    1127             : 
+    1128           0 :   const I nsm1 = nside_-1;
+    1129           0 :   if ((ix>0)&&(ix<nsm1)&&(iy>0)&&(iy<nsm1))
+    1130             :     {
+    1131           0 :     if (scheme_==RING)
+    1132           0 :       for (int m=0; m<8; ++m)
+    1133           0 :         result[m] = xyf2ring(ix+nb_xoffset[m],iy+nb_yoffset[m],face_num);
+    1134             :     else
+    1135             :       {
+    1136           0 :       I fpix = I(face_num)<<(2*order_),
+    1137           0 :         px0=spread_bits(ix  ), py0=spread_bits(iy  )<<1,
+    1138           0 :         pxp=spread_bits(ix+1), pyp=spread_bits(iy+1)<<1,
+    1139           0 :         pxm=spread_bits(ix-1), pym=spread_bits(iy-1)<<1;
+    1140             : 
+    1141           0 :       result[0] = fpix+pxm+py0; result[1] = fpix+pxm+pyp;
+    1142           0 :       result[2] = fpix+px0+pyp; result[3] = fpix+pxp+pyp;
+    1143           0 :       result[4] = fpix+pxp+py0; result[5] = fpix+pxp+pym;
+    1144           0 :       result[6] = fpix+px0+pym; result[7] = fpix+pxm+pym;
+    1145             :       }
+    1146             :     }
+    1147             :   else
+    1148             :     {
+    1149           0 :     for (int i=0; i<8; ++i)
+    1150             :       {
+    1151           0 :       int x=ix+nb_xoffset[i], y=iy+nb_yoffset[i];
+    1152             :       int nbnum=4;
+    1153           0 :       if (x<0)
+    1154           0 :         { x+=nside_; nbnum-=1; }
+    1155           0 :       else if (x>=nside_)
+    1156           0 :         { x-=nside_; nbnum+=1; }
+    1157           0 :       if (y<0)
+    1158           0 :         { y+=nside_; nbnum-=3; }
+    1159           0 :       else if (y>=nside_)
+    1160           0 :         { y-=nside_; nbnum+=3; }
+    1161             : 
+    1162           0 :       int f = nb_facearray[nbnum][face_num];
+    1163           0 :       if (f>=0)
+    1164             :         {
+    1165           0 :         int bits = nb_swaparray[nbnum][face_num>>2];
+    1166           0 :         if (bits&1) x=nside_-x-1;
+    1167           0 :         if (bits&2) y=nside_-y-1;
+    1168           0 :         if (bits&4) std::swap(x,y);
+    1169           0 :         result[i] = (scheme_==RING) ? xyf2ring(x,y,f) : xyf2nest(x,y,f);
+    1170             :         }
+    1171             :       else
+    1172           0 :         result[i] = -1;
+    1173             :       }
+    1174             :     }
+    1175           0 :   }
+    1176             : 
+    1177           0 : template<typename I> void T_Healpix_Base<I>::get_interpol (const pointing &ptg,
+    1178             :   fix_arr<I,4> &pix, fix_arr<double,4> &wgt) const
+    1179             :   {
+    1180           0 :   planck_assert((ptg.theta>=0)&&(ptg.theta<=pi),"invalid theta value");
+    1181           0 :   double z = cos (ptg.theta);
+    1182           0 :   I ir1 = ring_above(z);
+    1183           0 :   I ir2 = ir1+1;
+    1184             :   double theta1, theta2, w1, tmp, dphi;
+    1185             :   I sp,nr;
+    1186             :   bool shift;
+    1187             :   I i1,i2;
+    1188           0 :   if (ir1>0)
+    1189             :     {
+    1190           0 :     get_ring_info2 (ir1, sp, nr, theta1, shift);
+    1191           0 :     dphi = twopi/nr;
+    1192           0 :     tmp = (ptg.phi/dphi - .5*shift);
+    1193           0 :     i1 = (tmp<0) ? I(tmp)-1 : I(tmp);
+    1194           0 :     w1 = (ptg.phi-(i1+.5*shift)*dphi)/dphi;
+    1195           0 :     i2 = i1+1;
+    1196           0 :     if (i1<0) i1 +=nr;
+    1197           0 :     if (i2>=nr) i2 -=nr;
+    1198           0 :     pix[0] = sp+i1; pix[1] = sp+i2;
+    1199           0 :     wgt[0] = 1-w1; wgt[1] = w1;
+    1200             :     }
+    1201           0 :   if (ir2<(4*nside_))
+    1202             :     {
+    1203           0 :     get_ring_info2 (ir2, sp, nr, theta2, shift);
+    1204           0 :     dphi = twopi/nr;
+    1205           0 :     tmp = (ptg.phi/dphi - .5*shift);
+    1206           0 :     i1 = (tmp<0) ? I(tmp)-1 : I(tmp);
+    1207           0 :     w1 = (ptg.phi-(i1+.5*shift)*dphi)/dphi;
+    1208           0 :     i2 = i1+1;
+    1209           0 :     if (i1<0) i1 +=nr;
+    1210           0 :     if (i2>=nr) i2 -=nr;
+    1211           0 :     pix[2] = sp+i1; pix[3] = sp+i2;
+    1212           0 :     wgt[2] = 1-w1; wgt[3] = w1;
+    1213             :     }
+    1214             : 
+    1215           0 :   if (ir1==0)
+    1216             :     {
+    1217           0 :     double wtheta = ptg.theta/theta2;
+    1218           0 :     wgt[2] *= wtheta; wgt[3] *= wtheta;
+    1219           0 :     double fac = (1-wtheta)*0.25;
+    1220           0 :     wgt[0] = fac; wgt[1] = fac; wgt[2] += fac; wgt[3] +=fac;
+    1221           0 :     pix[0] = (pix[2]+2)&3;
+    1222           0 :     pix[1] = (pix[3]+2)&3;
+    1223             :     }
+    1224           0 :   else if (ir2==4*nside_)
+    1225             :     {
+    1226           0 :     double wtheta = (ptg.theta-theta1)/(pi-theta1);
+    1227           0 :     wgt[0] *= (1-wtheta); wgt[1] *= (1-wtheta);
+    1228           0 :     double fac = wtheta*0.25;
+    1229           0 :     wgt[0] += fac; wgt[1] += fac; wgt[2] = fac; wgt[3] =fac;
+    1230           0 :     pix[2] = ((pix[0]+2)&3)+npix_-4;
+    1231           0 :     pix[3] = ((pix[1]+2)&3)+npix_-4;
+    1232             :     }
+    1233             :   else
+    1234             :     {
+    1235           0 :     double wtheta = (ptg.theta-theta1)/(theta2-theta1);
+    1236           0 :     wgt[0] *= (1-wtheta); wgt[1] *= (1-wtheta);
+    1237           0 :     wgt[2] *= wtheta; wgt[3] *= wtheta;
+    1238             :     }
+    1239             : 
+    1240           0 :   if (scheme_==NEST)
+    1241           0 :     for (tsize m=0; m<pix.size(); ++m)
+    1242           0 :       pix[m] = ring2nest(pix[m]);
+    1243           0 :   }
+    1244             : 
+    1245           0 : template<typename I> void T_Healpix_Base<I>::swap (T_Healpix_Base &other)
+    1246             :   {
+    1247             :   std::swap(order_,other.order_);
+    1248             :   std::swap(nside_,other.nside_);
+    1249             :   std::swap(npface_,other.npface_);
+    1250             :   std::swap(ncap_,other.ncap_);
+    1251             :   std::swap(npix_,other.npix_);
+    1252             :   std::swap(fact1_,other.fact1_);
+    1253             :   std::swap(fact2_,other.fact2_);
+    1254             :   std::swap(scheme_,other.scheme_);
+    1255           0 :   }
+    1256             : 
+    1257           0 : template<typename I> double T_Healpix_Base<I>::max_pixrad() const
+    1258             :   {
+    1259             :   vec3 va,vb;
+    1260           0 :   va.set_z_phi (2./3., pi/(4*nside_));
+    1261           0 :   double t1 = 1.-1./nside_;
+    1262           0 :   t1*=t1;
+    1263           0 :   vb.set_z_phi (1-t1/3, 0);
+    1264           0 :   return v_angle(va,vb);
+    1265             :   }
+    1266             : 
+    1267           0 : template<typename I> double T_Healpix_Base<I>::max_pixrad(I ring) const
+    1268             :   {
+    1269           0 :   if (ring>=2*nside_) ring=4*nside_-ring;
+    1270           0 :   double z=ring2z(ring), z_up=(ring>1) ? ring2z(ring-1) : 1.;
+    1271             :   vec3 mypos, uppos;
+    1272           0 :   uppos.set_z_phi(z_up,0);
+    1273           0 :   if (ring<=nside_)
+    1274             :     {
+    1275           0 :     mypos.set_z_phi(z,pi/(4*ring));
+    1276           0 :     return v_angle(mypos,uppos);
+    1277             :     }
+    1278           0 :   mypos.set_z_phi(z,0);
+    1279           0 :   double vdist=v_angle(mypos,uppos);
+    1280           0 :   double hdist=sqrt(1.-z*z)*pi/(4*nside_);
+    1281           0 :   return max(hdist,vdist);
+    1282             :   }
+    1283             : 
+    1284           0 : template<typename I> void T_Healpix_Base<I>::xyf2loc (double x, double y,
+    1285             :   int face, double &z, double &phi, double &sth, bool &have_sth) const
+    1286             :   {
+    1287           0 :   have_sth = false;
+    1288           0 :   double jr = jrll[face] - x - y;
+    1289             :   double nr;
+    1290           0 :   if (jr<1)
+    1291             :     {
+    1292             :     nr = jr;
+    1293           0 :     double tmp = nr*nr/3.;
+    1294           0 :     z = 1 - tmp;
+    1295           0 :     if (z > 0.99)
+    1296             :       {
+    1297           0 :       sth = std::sqrt(tmp*(2.0-tmp));
+    1298           0 :       have_sth = true;
+    1299             :       }
+    1300             :     }
+    1301           0 :   else if (jr>3)
+    1302             :     {
+    1303           0 :     nr = 4-jr;
+    1304           0 :     double tmp = nr*nr/3.;
+    1305           0 :     z = tmp - 1;
+    1306           0 :     if (z<-0.99)
+    1307             :       {
+    1308           0 :       sth = std::sqrt(tmp*(2.-tmp));
+    1309           0 :       have_sth = true;
+    1310             :       }
+    1311             :     }
+    1312             :   else
+    1313             :     {
+    1314             :     nr = 1;
+    1315           0 :     z = (2-jr)*2./3.;
+    1316             :     }
+    1317             : 
+    1318           0 :   double tmp=jpll[face]*nr+x-y;
+    1319           0 :   if (tmp<0) tmp+=8;
+    1320           0 :   if (tmp>=8) tmp-=8;
+    1321           0 :   phi = (nr<1e-15) ? 0 : (0.5*halfpi*tmp)/nr;
+    1322           0 :   }
+    1323             : 
+    1324             : namespace {
+    1325             : 
+    1326           0 : vec3 locToVec3 (double z, double phi, double sth, bool have_sth)
+    1327             :   {
+    1328           0 :   if (have_sth)
+    1329           0 :     return vec3(sth*cos(phi),sth*sin(phi),z);
+    1330             :   else
+    1331             :     {
+    1332             :     vec3 res;
+    1333           0 :     res.set_z_phi (z, phi);
+    1334           0 :     return res;
+    1335             :     }
+    1336             :   }
+    1337             : 
+    1338             : } // unnamed namespace
+    1339             : 
+    1340           0 : template<typename I> void T_Healpix_Base<I>::boundaries(I pix, tsize step,
+    1341             :   vector<vec3> &out) const
+    1342             :   {
+    1343           0 :   out.resize(4*step);
+    1344             :   int ix, iy, face;
+    1345           0 :   pix2xyf(pix, ix, iy, face);
+    1346           0 :   double dc = 0.5 / nside_;
+    1347           0 :   double xc = (ix + 0.5)/nside_, yc = (iy + 0.5)/nside_;
+    1348           0 :   double d = 1.0/(step*nside_);
+    1349           0 :   for (tsize i=0; i<step; ++i)
+    1350             :     {
+    1351             :     double z, phi, sth;
+    1352             :     bool have_sth;
+    1353           0 :     xyf2loc(xc+dc-i*d, yc+dc, face, z, phi, sth, have_sth);
+    1354           0 :     out[i] = locToVec3(z, phi, sth, have_sth);
+    1355           0 :     xyf2loc(xc-dc, yc+dc-i*d, face, z, phi, sth, have_sth);
+    1356           0 :     out[i+step] = locToVec3(z, phi, sth, have_sth);
+    1357           0 :     xyf2loc(xc-dc+i*d, yc-dc, face, z, phi, sth, have_sth);
+    1358           0 :     out[i+2*step] = locToVec3(z, phi, sth, have_sth);
+    1359           0 :     xyf2loc(xc+dc, yc-dc+i*d, face, z, phi, sth, have_sth);
+    1360           0 :     out[i+3*step] = locToVec3(z, phi, sth, have_sth);
+    1361             :     }
+    1362           0 :   }
+    1363             : 
+    1364           0 : template<typename I> arr<int> T_Healpix_Base<I>::swap_cycles() const
+    1365             :   {
+    1366           0 :   planck_assert(order_>=0, "need hierarchical map");
+    1367           0 :   planck_assert(order_<=13, "map too large");
+    1368           0 :   arr<int> result(swap_clen[order_]);
+    1369             :   tsize ofs=0;
+    1370           0 :   for (int m=0; m<order_;++m) ofs+=swap_clen[m];
+    1371           0 :   for (tsize m=0; m<result.size();++m) result[m]=swap_cycle[m+ofs];
+    1372           0 :   return result;
+    1373             :   }
+    1374             : 
+    1375             : template class T_Healpix_Base<int>;
+    1376             : template class T_Healpix_Base<int64>;
+    1377             : } // namespace healpix
+    1378             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.func-sort-c.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.func-sort-c.html new file mode 100644 index 000000000..7fadb1a05 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.func-sort-c.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/alloc_utils.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - alloc_utils.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:020.0 %
Date:2024-04-08 14:58:22Functions:060.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

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_ZNK7healpix13normalAlloc__INS_14T_Healpix_BaseIiEEE5allocEm0
_ZNK7healpix13normalAlloc__INS_14T_Healpix_BaseIlEEE5allocEm0
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_ZNK7healpix13normalAlloc__IdE5allocEm0
_ZNK7healpix13normalAlloc__IiE5allocEm0
_ZNK7healpix13normalAlloc__ImE5allocEm0
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+
+ + + +
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.func.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.func.html new file mode 100644 index 000000000..4e93cb259 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.func.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/alloc_utils.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - alloc_utils.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:020.0 %
Date:2024-04-08 14:58:22Functions:060.0 %
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_ZNK7healpix13normalAlloc__INS_14T_Healpix_BaseIiEEE5allocEm0
_ZNK7healpix13normalAlloc__INS_14T_Healpix_BaseIlEEE5allocEm0
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_ZNK7healpix13normalAlloc__IdE5allocEm0
_ZNK7healpix13normalAlloc__IiE5allocEm0
_ZNK7healpix13normalAlloc__ImE5allocEm0
+
+
+ + + +
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+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.gcov.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.gcov.html new file mode 100644 index 000000000..6d1cc4bf4 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/alloc_utils.h.gcov.html @@ -0,0 +1,154 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/alloc_utils.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - alloc_utils.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:020.0 %
Date:2024-04-08 14:58:22Functions:060.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : 
+       2             : /*
+       3             :  *  This file is part of libcxxsupport.
+       4             :  *
+       5             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       6             :  *  it under the terms of the GNU General Public License as published by
+       7             :  *  the Free Software Foundation; either version 2 of the License, or
+       8             :  *  (at your option) any later version.
+       9             :  *
+      10             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      11             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      12             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      13             :  *  GNU General Public License for more details.
+      14             :  *
+      15             :  *  You should have received a copy of the GNU General Public License
+      16             :  *  along with libcxxsupport; if not, write to the Free Software
+      17             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      18             :  */
+      19             : 
+      20             : /*
+      21             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      22             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      23             :  *  (DLR).
+      24             :  */
+      25             : 
+      26             : /*! \file alloc_utils.h
+      27             :  *  Classes providing raw memory allocation and deallocation support.
+      28             :  *
+      29             :  *  Copyright (C) 2011 Max-Planck-Society
+      30             :  *  \author Martin Reinecke
+      31             :  */
+      32             : 
+      33             : #ifndef PLANCK_ALLOC_UTILS_H
+      34             : #define PLANCK_ALLOC_UTILS_H
+      35             : 
+      36             : #include <cstdlib>
+      37             : #include "healpix_base/datatypes.h"
+      38             : 
+      39             : namespace healpix{
+      40             : template <typename T> class normalAlloc__
+      41             :   {
+      42             :   public:
+      43           0 :     T *alloc(tsize sz) const { return (sz>0) ? new T[sz] : 0; }
+      44           0 :     void dealloc (T *ptr) const { delete[] ptr; }
+      45             :   };
+      46             : 
+      47             : template <typename T, int align> class alignAlloc__
+      48             :   {
+      49             :   public:
+      50             :     T *alloc(tsize sz) const
+      51             :       {
+      52             :       using namespace std;
+      53             :       if (sz==0) return 0;
+      54             :       planck_assert((align&(align-1))==0,"alignment must be power of 2");
+      55             :       void *res;
+      56             : /* OSX up to version 10.5 does not define posix_memalign(), but fortunately
+      57             :    the normal malloc() returns 16 byte aligned storage */
+      58             : #ifdef __APPLE__
+      59             :       planck_assert(align<=16, "bad alignment requested");
+      60             :       res=malloc(sz*sizeof(T));
+      61             :       planck_assert(res!=0,"error in malloc()");
+      62             : #else
+      63             :       planck_assert(posix_memalign(&res,align,sz*sizeof(T))==0,
+      64             :         "error in posix_memalign()");
+      65             : #endif
+      66             :       return static_cast<T *>(res);
+      67             :       }
+      68             :     void dealloc(T *ptr) const
+      69             :       {
+      70             :       using namespace std;
+      71             :       free(ptr);
+      72             :       }
+      73             :   };
+      74             : 
+      75             : 
+      76             : } // namespace healpix
+      77             : 
+      78             : #endif
+
+
+
+ + + + +
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+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.func-sort-c.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.func-sort-c.html new file mode 100644 index 000000000..9bd6e3a5a --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.func-sort-c.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/arr.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - arr.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0150.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
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+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix4arrTIdNS_13normalAlloc__IdEEEC2EmRKd0
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+
+ + + +
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.func.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.func.html new file mode 100644 index 000000000..782efedc9 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.func.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/arr.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - arr.h (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:010.0 %
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.gcov.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.gcov.html new file mode 100644 index 000000000..b9803ade1 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/arr.h.gcov.html @@ -0,0 +1,734 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/arr.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - arr.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0150.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of libcxxsupport.
+       3             :  *
+       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with libcxxsupport; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  */
+      18             : 
+      19             : /*
+      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      22             :  *  (DLR).
+      23             :  */
+      24             : 
+      25             : /*! \file arr.h
+      26             :  *  Various high-performance array classes used by the Planck LevelS package.
+      27             :  *
+      28             :  *  Copyright (C) 2002-2012 Max-Planck-Society
+      29             :  *  \author Martin Reinecke
+      30             :  */
+      31             : 
+      32             : #ifndef PLANCK_ARR_H
+      33             : #define PLANCK_ARR_H
+      34             : 
+      35             : #include <algorithm>
+      36             : #include <vector>
+      37             : #include <cstdlib>
+      38             : #include "healpix_base/alloc_utils.h"
+      39             : #include "healpix_base/datatypes.h"
+      40             : #include "healpix_base/math_utils.h"
+      41             : 
+      42             : namespace healpix{
+      43             : 
+      44             : /*! \defgroup arraygroup Array classes */
+      45             : /*! \{ */
+      46             : 
+      47             : /*! View of a 1D array */
+      48             : template <typename T> class arr_ref
+      49             :   {
+      50             :   protected:
+      51             :     tsize s;
+      52             :     T *d;
+      53             : 
+      54             :   public:
+      55             :     /*! Constructs an \a arr_ref of size \a s_, starting at \a d_. */
+      56           0 :     arr_ref(T *d_, tsize s_) : s(s_),d(d_) {}
+      57             : 
+      58             :     /*! Returns the current array size. */
+      59           0 :     tsize size() const { return s; }
+      60             : 
+      61             :     /*! Writes \a val into every element of the array. */
+      62             :     void fill (const T &val)
+      63           0 :       { for (tsize m=0; m<s; ++m) d[m]=val; }
+      64             : 
+      65             :     /*! Returns a reference to element \a n */
+      66           0 :     template<typename T2> T &operator[] (T2 n) {return d[n];}
+      67             :     /*! Returns a constant reference to element \a n */
+      68           0 :     template<typename T2> const T &operator[] (T2 n) const {return d[n];}
+      69             : 
+      70             :     /*! Returns a pointer to the first array element, or NULL if the array
+      71             :         is zero-sized. */
+      72             :     T *begin() { return d; }
+      73             :     /*! Returns a pointer to the one-past-last array element, or NULL if the
+      74             :         array is zero-sized. */
+      75             :     T *end() { return d+s; }
+      76             :     /*! Returns a constant pointer to the first array element, or NULL if the
+      77             :         array is zero-sized. */
+      78             :     const T *begin() const { return d; }
+      79             :     /*! Returns a constant pointer to the one-past-last array element, or NULL
+      80             :         if the array is zero-sized. */
+      81             :     const T *end() const { return d+s; }
+      82             : 
+      83             :     /*! Copies all array elements to \a ptr. */
+      84             :     template<typename T2> void copyToPtr (T *ptr) const
+      85             :       { for (tsize m=0; m<s; ++m) ptr[m]=d[m]; }
+      86             : 
+      87             :     /*! Sorts the elements in the array, in ascending order. */
+      88             :     void sort()
+      89             :       { std::sort (d,d+s); }
+      90             : 
+      91             :     /*! Sorts the elements in the array, such that \a comp(d[i],d[j])==true
+      92             :         for \a i<j. */
+      93             :     template<typename Comp> void sort(Comp comp)
+      94             :       { std::sort (d,d+s,comp); }
+      95             : 
+      96             :     /*! Helper function for linear interpolation (or extrapolation).
+      97             :         \a idx and \a val are computed such that
+      98             :         \a val=d[idx]+frac*(d[idx+1]-d[idx]). If \a val<d[0], \a frac will be
+      99             :         negative, if \a val>d[s-1], frac will be larger than 1. In all other
+     100             :         cases \a 0<=frac<=1.
+     101             : 
+     102             :         The array must be ordered in ascending order; no two values may be
+     103             :         equal. */
+     104             :     void interpol_helper (const T &val, tsize &idx, double &frac) const
+     105             :       { healpix::interpol_helper (d, d+s, val, idx, frac); }
+     106             : 
+     107             :     /*! Helper function for linear interpolation (or extrapolation).
+     108             :         \a idx and \a val are computed such that
+     109             :         \a val=d[idx]+frac*(d[idx+1]-d[idx]). If \a comp(val,d[0])==true,
+     110             :         \a frac will be negative, if \a comp(val,d[s-1])==false, frac will be
+     111             :         larger than 1. In all other cases \a 0<=frac<=1.
+     112             : 
+     113             :         The array must be ordered such that \a comp(d[i],d[j])==true
+     114             :         for \a i<j; no two values may be equal. */
+     115             :     template<typename Comp> void interpol_helper (const T &val, Comp comp,
+     116             :       tsize &idx, double &frac) const
+     117             :       { healpix::interpol_helper (d, d+s, val, comp, idx, frac); }
+     118             : 
+     119             :     /*! Returns the minimum and maximum entry in \a minv and \a maxv,
+     120             :         respectively. Throws an exception if the array is zero-sized. */
+     121             :     void minmax (T &minv, T &maxv) const
+     122             :       {
+     123             :       planck_assert(s>0,"trying to find min and max of a zero-sized array");
+     124             :       minv=maxv=d[0];
+     125             :       for (tsize m=1; m<s; ++m)
+     126             :         {
+     127             :         if (d[m]<minv) minv=d[m];
+     128             :         else if (d[m]>maxv) maxv=d[m];
+     129             :         }
+     130             :       }
+     131             : 
+     132             :     /*! Returns \a true, if \a val is found in the array, else \a false. */
+     133             :     bool contains (const T &val) const
+     134             :       {
+     135             :       for (tsize m=0; m<s; ++m)
+     136             :         if (d[m]==val) return true;
+     137             :       return false;
+     138             :       }
+     139             : 
+     140             :     /*! Returns the index of the first occurrence of \a val in the array.
+     141             :         If it is not found, an exception is thrown. */
+     142             :     tsize find (const T &val) const
+     143             :       {
+     144             :       for (tsize m=0; m<s; ++m)
+     145             :         if (d[m]==val) return m;
+     146             :       planck_fail ("entry not found in array");
+     147             :       }
+     148             : 
+     149             :     /*! Returns \a true if the array has the same size as \a other and all
+     150             :         elements of both arrays are equal, else \a false. */
+     151             :     bool contentsEqual(const arr_ref &other) const
+     152             :       {
+     153             :       if (s!=other.s) return false;
+     154             :       for (tsize i=0; i<s; ++i)
+     155             :         if (d[i]!=other.d[i]) return false;
+     156             :       return true;
+     157             :       }
+     158             :   };
+     159             : 
+     160             : /*! An array whose size is known at compile time. Very useful for storing
+     161             :     small arrays on the stack, without need for \a new and \a delete(). */
+     162             : template <typename T, tsize sz> class fix_arr
+     163             :   {
+     164             :   private:
+     165             :     T d[sz];
+     166             : 
+     167             :   public:
+     168             :     /*! Returns the size of the array. */
+     169             :     tsize size() const { return sz; }
+     170             : 
+     171             :     /*! Returns a reference to element \a n */
+     172             :     template<typename T2> T &operator[] (T2 n) {return d[n];}
+     173             :     /*! Returns a constant reference to element \a n */
+     174             :     template<typename T2> const T &operator[] (T2 n) const {return d[n];}
+     175             :   };
+     176             : 
+     177             : 
+     178             : /*! One-dimensional array type, with selectable storage management. */
+     179             : template <typename T, typename storageManager> class arrT: public arr_ref<T>
+     180             :   {
+     181             :   private:
+     182             :     storageManager stm;
+     183             :     bool own;
+     184             : 
+     185             :     void reset()
+     186             :       { this->d=0; this->s=0; own=true; }
+     187             : 
+     188             :   public:
+     189             :     /*! Creates a zero-sized array. */
+     190             :     arrT() : arr_ref<T>(0,0), own(true) {}
+     191             :     /*! Creates an array with \a sz entries. */
+     192           0 :     arrT(tsize sz) : arr_ref<T>(stm.alloc(sz),sz), own(true) {}
+     193             :     /*! Creates an array with \a sz entries, and initializes them with
+     194             :         \a inival. */
+     195           0 :     arrT(tsize sz, const T &inival) : arr_ref<T>(stm.alloc(sz),sz), own(true)
+     196           0 :       { this->fill(inival); }
+     197             :     /*! Creates an array with \a sz entries, which uses the memory pointed
+     198             :         to by \a ptr.
+     199             :         \note \a ptr will <i>not</i> be deallocated by the destructor.
+     200             :         \warning Only use this if you REALLY know what you are doing.
+     201             :         In particular, this is only safely usable if
+     202             :           <ul>
+     203             :           <li>\a T is a POD type</li>
+     204             :           <li>\a ptr survives during the lifetime of the array object</li>
+     205             :           <li>\a ptr is not subject to garbage collection</li>
+     206             :           </ul>
+     207             :         Other restrictions may apply. You have been warned. */
+     208             :     arrT (T *ptr, tsize sz): arr_ref<T>(ptr,sz), own(false) {}
+     209             :     /*! Creates an array which is a copy of \a orig. The data in \a orig
+     210             :         is duplicated. */
+     211             :     arrT (const arrT &orig): arr_ref<T>(stm.alloc(orig.s),orig.s), own(true)
+     212             :       { for (tsize m=0; m<this->s; ++m) this->d[m] = orig.d[m]; }
+     213             :     /*! Frees the memory allocated by the object. */
+     214           0 :     ~arrT() { if (own) stm.dealloc(this->d); }
+     215             : 
+     216             :     /*! Allocates space for \a sz elements. The content of the array is
+     217             :         undefined on exit. \a sz can be 0. If \a sz is the
+     218             :         same as the current size, no reallocation is performed. */
+     219             :     void alloc (tsize sz)
+     220             :       {
+     221             :       if (sz==this->s) return;
+     222             :       if (own) stm.dealloc(this->d);
+     223             :       this->s = sz;
+     224             :       this->d = stm.alloc(sz);
+     225             :       own = true;
+     226             :       }
+     227             :     /*! Allocates space for \a sz elements. If \a sz is the
+     228             :         same as the current size, no reallocation is performed.
+     229             :         All elements are set to \a inival. */
+     230             :     void allocAndFill (tsize sz, const T &inival)
+     231             :       { alloc(sz); this->fill(inival); }
+     232             :     /*! Deallocates the memory held by the array, and sets the array size
+     233             :         to 0. */
+     234             :     void dealloc() {if (own) stm.dealloc(this->d); reset();}
+     235             :     /*! Resizes the array to hold \a sz elements. The existing content of the
+     236             :         array is copied over to the new array to the extent possible.
+     237             :         \a sz can be 0. If \a sz is the same as the current size, no
+     238             :         reallocation is performed. */
+     239             :     void resize (tsize sz)
+     240             :       {
+     241             :       using namespace std;
+     242             :       if (sz==this->s) return;
+     243             :       T *tmp = stm.alloc(sz);
+     244             :       for (tsize m=0; m<min(sz,this->s); ++m)
+     245             :         tmp[m]=this->d[m];
+     246             :       if (own) stm.dealloc(this->d);
+     247             :       this->s = sz;
+     248             :       this->d = tmp;
+     249             :       own = true;
+     250             :       }
+     251             : 
+     252             :     /*! Changes the array to be a copy of \a orig. */
+     253             :     arrT &operator= (const arrT &orig)
+     254             :       {
+     255             :       if (this==&orig) return *this;
+     256             :       alloc (orig.s);
+     257             :       for (tsize m=0; m<this->s; ++m) this->d[m] = orig.d[m];
+     258             :       return *this;
+     259             :       }
+     260             : 
+     261             :     /*! Changes the array to be a copy of the std::vector \a orig. */
+     262             :     template<typename T2> void copyFrom (const std::vector<T2> &orig)
+     263             :       {
+     264             :       alloc (orig.size());
+     265             :       for (tsize m=0; m<this->s; ++m) this->d[m] = orig[m];
+     266             :       }
+     267             :     /*! Changes the std::vector \a vec to be a copy of the object. */
+     268             :     template<typename T2> void copyTo (std::vector<T2> &vec) const
+     269             :       {
+     270             :       vec.clear(); vec.reserve(this->s);
+     271             :       for (tsize m=0; m<this->s; ++m) vec.push_back(this->d[m]);
+     272             :       }
+     273             : 
+     274             :     /*! Reserves space for \a sz elements, then copies \a sz elements
+     275             :         from \a ptr into the array. */
+     276             :     template<typename T2> void copyFromPtr (const T2 *ptr, tsize sz)
+     277             :       {
+     278             :       alloc(sz);
+     279             :       for (tsize m=0; m<this->s; ++m) this->d[m]=ptr[m];
+     280             :       }
+     281             : 
+     282             :     /*! Assigns the contents and size of \a other to the array.
+     283             :         \note On exit, \a other is zero-sized! */
+     284             :     void transfer (arrT &other)
+     285             :       {
+     286             :       if (own) stm.dealloc(this->d);
+     287             :       this->d=other.d;
+     288             :       this->s=other.s;
+     289             :       own=other.own;
+     290             :       other.reset();
+     291             :       }
+     292             :     /*! Swaps contents and size with \a other. */
+     293             :     void swap (arrT &other)
+     294             :       {
+     295             :       std::swap(this->d,other.d);
+     296             :       std::swap(this->s,other.s);
+     297             :       std::swap(own,other.own);
+     298             :       }
+     299             :   };
+     300             : 
+     301             : /*! One-dimensional array type. */
+     302             : template <typename T>
+     303           0 :   class arr: public arrT<T,normalAlloc__<T> >
+     304             :   {
+     305             :   public:
+     306             :     /*! Creates a zero-sized array. */
+     307             :     arr() : arrT<T,normalAlloc__<T> >() {}
+     308             :     /*! Creates an array with \a sz entries. */
+     309             :     arr(tsize sz) : arrT<T,normalAlloc__<T> >(sz) {}
+     310             :     /*! Creates an array with \a sz entries, and initializes them with
+     311             :         \a inival. */
+     312           0 :     arr(tsize sz, const T &inival) : arrT<T,normalAlloc__<T> >(sz,inival) {}
+     313             :     /*! Creates an array with \a sz entries, which uses the memory pointed
+     314             :         to by \a ptr.
+     315             :         \note \a ptr will <i>not</i> be deallocated by the destructor.
+     316             :         \warning Only use this if you REALLY know what you are doing.
+     317             :         In particular, this is only safely usable if
+     318             :           <ul>
+     319             :           <li>\a T is a POD type</li>
+     320             :           <li>\a ptr survives during the lifetime of the array object</li>
+     321             :           <li>\a ptr is not subject to garbage collection</li>
+     322             :           </ul>
+     323             :         Other restrictions may apply. You have been warned. */
+     324             :     arr (T *ptr, tsize sz): arrT<T,normalAlloc__<T> >(ptr,sz) {}
+     325             :     /*! Creates an array which is a copy of \a orig. The data in \a orig
+     326             :         is duplicated. */
+     327             :     arr (const arr &orig): arrT<T,normalAlloc__<T> >(orig) {}
+     328             :   };
+     329             : 
+     330             : /*! One-dimensional array type, with selectable storage alignment. */
+     331             : template <typename T, int align>
+     332             :   class arr_align: public arrT<T,alignAlloc__<T,align> >
+     333             :   {
+     334             :   public:
+     335             :     /*! Creates a zero-sized array. */
+     336             :     arr_align() : arrT<T,alignAlloc__<T,align> >() {}
+     337             :     /*! Creates an array with \a sz entries. */
+     338             :     arr_align(tsize sz) : arrT<T,alignAlloc__<T,align> >(sz) {}
+     339             :     /*! Creates an array with \a sz entries, and initializes them with
+     340             :         \a inival. */
+     341             :     arr_align(tsize sz, const T &inival)
+     342             :       : arrT<T,alignAlloc__<T,align> >(sz,inival) {}
+     343             :   };
+     344             : 
+     345             : 
+     346             : /*! Two-dimensional array type, with selectable storage management.
+     347             :     The storage ordering is the same as in C.
+     348             :     An entry is located by address arithmetic, not by double dereferencing.
+     349             :     The indices start at zero. */
+     350             : template <typename T, typename storageManager> class arr2T
+     351             :   {
+     352             :   private:
+     353             :     tsize s1, s2;
+     354             :     arrT<T, storageManager> d;
+     355             : 
+     356             :   public:
+     357             :     /*! Creates a zero-sized array. */
+     358             :     arr2T() : s1(0), s2(0) {}
+     359             :     /*! Creates an array with the dimensions \a sz1 and \a sz2. */
+     360             :     arr2T(tsize sz1, tsize sz2)
+     361             :       : s1(sz1), s2(sz2), d(s1*s2) {}
+     362             :     /*! Creates an array with the dimensions  \a sz1 and \a sz2
+     363             :         and initializes them with \a inival. */
+     364             :     arr2T(tsize sz1, tsize sz2, const T &inival)
+     365             :       : s1(sz1), s2(sz2), d (s1*s2)
+     366             :       { fill(inival); }
+     367             :     /*! Creates the array as a copy of \a orig. */
+     368             :     arr2T(const arr2T &orig)
+     369             :       : s1(orig.s1), s2(orig.s2), d(orig.d) {}
+     370             :     /*! Frees the memory associated with the array. */
+     371             :     ~arr2T() {}
+     372             : 
+     373             :     /*! Returns the first array dimension. */
+     374             :     tsize size1() const { return s1; }
+     375             :     /*! Returns the second array dimension. */
+     376             :     tsize size2() const { return s2; }
+     377             :     /*! Returns the total array size, i.e. the product of both dimensions. */
+     378             :     tsize size () const { return s1*s2; }
+     379             : 
+     380             :     /*! Allocates space for an array with \a sz1*sz2 elements.
+     381             :         The content of the array is undefined on exit.
+     382             :         \a sz1 or \a sz2 can be 0. If \a sz1*sz2 is the same as the
+     383             :         currently allocated space, no reallocation is performed. */
+     384             :     void alloc (tsize sz1, tsize sz2)
+     385             :       {
+     386             :       if (sz1*sz2 != d.size())
+     387             :         d.alloc(sz1*sz2);
+     388             :       s1=sz1; s2=sz2;
+     389             :       }
+     390             :     /*! Allocates space for an array with \a sz1*sz2 elements.
+     391             :         All elements are set to \a inival.
+     392             :         \a sz1 or \a sz2 can be 0. If \a sz1*sz2 is the same as the
+     393             :         currently allocated space, no reallocation is performed. */
+     394             :     void allocAndFill (tsize sz1, tsize sz2, const T &inival)
+     395             :       { alloc(sz1,sz2); fill(inival); }
+     396             :     /*! Allocates space for an array with \a sz1*sz2 elements.
+     397             :         The content of the array is undefined on exit.
+     398             :         \a sz1 or \a sz2 can be 0. If \a sz1*sz2 is smaller than the
+     399             :         currently allocated space, no reallocation is performed. */
+     400             :     void fast_alloc (tsize sz1, tsize sz2)
+     401             :       {
+     402             :       if (sz1*sz2<=d.size())
+     403             :         { s1=sz1; s2=sz2; }
+     404             :       else
+     405             :         alloc(sz1,sz2);
+     406             :       }
+     407             :     /*! Deallocates the space and makes the array zero-sized. */
+     408             :     void dealloc () {d.dealloc(); s1=0; s2=0;}
+     409             : 
+     410             :     /*! Sets all array elements to \a val. */
+     411             :     void fill (const T &val)
+     412             :       { for (tsize m=0; m<s1*s2; ++m) d[m]=val; }
+     413             : 
+     414             :     /*! Multiplies all array elements by \a val. */
+     415             :     void scale (const T &val)
+     416             :       { for (tsize m=0; m<s1*s2; ++m) d[m]*=val; }
+     417             : 
+     418             :     /*! Changes the array to be a copy of \a orig. */
+     419             :     arr2T &operator= (const arr2T &orig)
+     420             :       {
+     421             :       if (this==&orig) return *this;
+     422             :       alloc (orig.s1, orig.s2);
+     423             :       d = orig.d;
+     424             :       return *this;
+     425             :       }
+     426             : 
+     427             :     /*! Returns a pointer to the beginning of slice \a n. */
+     428             :     template<typename T2> T *operator[] (T2 n) {return &d[n*s2];}
+     429             :     /*! Returns a constant pointer to the beginning of slice \a n. */
+     430             :     template<typename T2> const T *operator[] (T2 n) const {return &d[n*s2];}
+     431             : 
+     432             :     /*! Returns a reference to the element with the indices \a n1 and \a n2. */
+     433             :     template<typename T2, typename T3> T &operator() (T2 n1, T3 n2)
+     434             :       {return d[n1*s2 + n2];}
+     435             :     /*! Returns a constant reference to the element with the indices
+     436             :         \a n1 and \a n2. */
+     437             :     template<typename T2, typename T3> const T &operator() (T2 n1, T3 n2) const
+     438             :       {return d[n1*s2 + n2];}
+     439             : 
+     440             :     /*! Returns the minimum and maximum entry in \a minv and \a maxv,
+     441             :         respectively. Throws an exception if the array is zero-sized. */
+     442             :     void minmax (T &minv, T &maxv) const
+     443             :       {
+     444             :       planck_assert(s1*s2>0,
+     445             :         "trying to find min and max of a zero-sized array");
+     446             :       minv=maxv=d[0];
+     447             :       for (tsize m=1; m<s1*s2; ++m)
+     448             :         {
+     449             :         if (d[m]<minv) minv=d[m];
+     450             :         if (d[m]>maxv) maxv=d[m];
+     451             :         }
+     452             :       }
+     453             : 
+     454             :     /*! Swaps contents and sizes with \a other. */
+     455             :     void swap (arr2T &other)
+     456             :       {
+     457             :       d.swap(other.d);
+     458             :       std::swap(s1,other.s1);
+     459             :       std::swap(s2,other.s2);
+     460             :       }
+     461             : 
+     462             :     /*! Returns \c true if the array and \a other have the same dimensions,
+     463             :         else \c false. */
+     464             :     template<typename T2, typename T3> bool conformable
+     465             :       (const arr2T<T2,T3> &other) const
+     466             :       { return (other.size1()==s1) && (other.size2()==s2); }
+     467             :   };
+     468             : 
+     469             : /*! Two-dimensional array type. The storage ordering is the same as in C.
+     470             :     An entry is located by address arithmetic, not by double dereferencing.
+     471             :     The indices start at zero. */
+     472             : template <typename T>
+     473             :   class arr2: public arr2T<T,normalAlloc__<T> >
+     474             :   {
+     475             :   public:
+     476             :     /*! Creates a zero-sized array. */
+     477             :     arr2() : arr2T<T,normalAlloc__<T> > () {}
+     478             :     /*! Creates an array with the dimensions \a sz1 and \a sz2. */
+     479             :     arr2(tsize sz1, tsize sz2) : arr2T<T,normalAlloc__<T> > (sz1,sz2) {}
+     480             :     /*! Creates an array with the dimensions  \a sz1 and \a sz2
+     481             :         and initializes them with \a inival. */
+     482             :     arr2(tsize sz1, tsize sz2, const T &inival)
+     483             :       : arr2T<T,normalAlloc__<T> > (sz1,sz2,inival) {}
+     484             :   };
+     485             : 
+     486             : /*! Two-dimensional array type, with selectable storage alignment.
+     487             :     The storage ordering is the same as in C.
+     488             :     An entry is located by address arithmetic, not by double dereferencing.
+     489             :     The indices start at zero. */
+     490             : template <typename T, int align>
+     491             :   class arr2_align: public arr2T<T,alignAlloc__<T,align> >
+     492             :   {
+     493             :   public:
+     494             :     /*! Creates a zero-sized array. */
+     495             :     arr2_align() : arr2T<T,alignAlloc__<T,align> > () {}
+     496             :     /*! Creates an array with the dimensions \a sz1 and \a sz2. */
+     497             :     arr2_align(tsize sz1, tsize sz2)
+     498             :       : arr2T<T,alignAlloc__<T,align> > (sz1,sz2) {}
+     499             :     /*! Creates an array with the dimensions  \a sz1 and \a sz2
+     500             :         and initializes them with \a inival. */
+     501             :     arr2_align(tsize sz1, tsize sz2, const T &inival)
+     502             :       : arr2T<T,alignAlloc__<T,align> > (sz1,sz2,inival) {}
+     503             :   };
+     504             : 
+     505             : /*! Two-dimensional array type. An entry is located by double dereferencing,
+     506             :     i.e. via an array of pointers. The indices start at zero. */
+     507             : template <typename T> class arr2b
+     508             :   {
+     509             :   private:
+     510             :     tsize s1, s2;
+     511             :     arr<T> d;
+     512             :     arr<T *> d1;
+     513             : 
+     514             :     void fill_d1()
+     515             :       { for (tsize m=0; m<s1; ++m) d1[m] = &d[m*s2]; }
+     516             : 
+     517             :   public:
+     518             :     /*! Creates a zero-sized array. */
+     519             :     arr2b() : s1(0), s2(0), d(0), d1(0) {}
+     520             :     /*! Creates an array with the dimensions \a sz1 and \a sz2. */
+     521             :     arr2b(tsize sz1, tsize sz2)
+     522             :       : s1(sz1), s2(sz2), d(s1*s2), d1(s1)
+     523             :       { fill_d1(); }
+     524             :     /*! Creates the array as a copy of \a orig. */
+     525             :     arr2b(const arr2b &orig)
+     526             :       : s1(orig.s1), s2(orig.s2), d(orig.d), d1(s1)
+     527             :       { fill_d1(); }
+     528             :     /*! Frees the memory associated with the array. */
+     529             :     ~arr2b() {}
+     530             : 
+     531             :     /*! Returns the first array dimension. */
+     532             :     tsize size1() const { return s1; }
+     533             :     /*! Returns the second array dimension. */
+     534             :     tsize size2() const { return s2; }
+     535             :     /*! Returns the total array size, i.e. the product of both dimensions. */
+     536             :     tsize size () const { return s1*s2; }
+     537             : 
+     538             :     /*! Allocates space for an array with \a sz1*sz2 elements.
+     539             :         The content of the array is undefined on exit. */
+     540             :     void alloc (tsize sz1, tsize sz2)
+     541             :       {
+     542             :       if ((s1==sz1) && (s2==sz2)) return;
+     543             :       s1=sz1; s2=sz2;
+     544             :       d.alloc(s1*s2);
+     545             :       d1.alloc(s1);
+     546             :       fill_d1();
+     547             :       }
+     548             :     /*! Deallocates the space and makes the array zero-sized. */
+     549             :     void dealloc () {d.dealloc(); d1.dealloc(); s1=0; s2=0;}
+     550             : 
+     551             :     /*! Sets all array elements to \a val. */
+     552             :     void fill (const T &val)
+     553             :       { d.fill(val); }
+     554             : 
+     555             :     /*! Changes the array to be a copy of \a orig. */
+     556             :     arr2b &operator= (const arr2b &orig)
+     557             :       {
+     558             :       if (this==&orig) return *this;
+     559             :       alloc (orig.s1, orig.s2);
+     560             :       for (tsize m=0; m<s1*s2; ++m) d[m] = orig.d[m];
+     561             :       return *this;
+     562             :       }
+     563             : 
+     564             :     /*! Returns a pointer to the beginning of slice \a n. */
+     565             :     template<typename T2> T *operator[] (T2 n) {return d1[n];}
+     566             :     /*! Returns a constant pointer to the beginning of slice \a n. */
+     567             :     template<typename T2> const T *operator[] (T2 n) const {return d1[n];}
+     568             : 
+     569             :     /*! Returns a pointer to the beginning of the pointer array. */
+     570             :     T **p0() {return &d1[0];}
+     571             :   };
+     572             : 
+     573             : 
+     574             : /*! Three-dimensional array type. The storage ordering is the same as in C.
+     575             :     An entry is located by address arithmetic, not by multiple dereferencing.
+     576             :     The indices start at zero. */
+     577             : template <typename T> class arr3
+     578             :   {
+     579             :   private:
+     580             :     tsize s1, s2, s3, s2s3;
+     581             :     arr<T> d;
+     582             : 
+     583             :   public:
+     584             :     /*! Creates a zero-sized array. */
+     585             :     arr3() : s1(0), s2(0), s3(0), s2s3(0), d(0) {}
+     586             :     /*! Creates an array with the dimensions \a sz1, \a sz2 and \a sz3. */
+     587           0 :     arr3(tsize sz1, tsize sz2, tsize sz3)
+     588           0 :       : s1(sz1), s2(sz2), s3(sz3), s2s3(s2*s3), d(s1*s2*s3) {}
+     589             :     /*! Creates the array as a copy of \a orig. */
+     590             :     arr3(const arr3 &orig)
+     591             :       : s1(orig.s1), s2(orig.s2), s3(orig.s3), s2s3(orig.s2s3), d(orig.d) {}
+     592             :     /*! Frees the memory associated with the array. */
+     593           0 :     ~arr3() {}
+     594             : 
+     595             :     /*! Returns the first array dimension. */
+     596             :     tsize size1() const { return s1; }
+     597             :     /*! Returns the second array dimension. */
+     598             :     tsize size2() const { return s2; }
+     599             :     /*! Returns the third array dimension. */
+     600             :     tsize size3() const { return s3; }
+     601             :     /*! Returns the total array size, i.e. the product of all dimensions. */
+     602             :     tsize size () const { return s1*s2*s3; }
+     603             : 
+     604             :     /*! Allocates space for an array with \a sz1*sz2*sz3 elements.
+     605             :         The content of the array is undefined on exit. */
+     606             :     void alloc (tsize sz1, tsize sz2, tsize sz3)
+     607             :       {
+     608             :       d.alloc(sz1*sz2*sz3);
+     609             :       s1=sz1; s2=sz2; s3=sz3; s2s3=s2*s3;
+     610             :       }
+     611             :     /*! Deallocates the space and makes the array zero-sized. */
+     612             :     void dealloc () {d.dealloc(); s1=0; s2=0; s3=0; s2s3=0;}
+     613             : 
+     614             :     /*! Sets all array elements to \a val. */
+     615             :     void fill (const T &val)
+     616             :       { d.fill(val); }
+     617             : 
+     618             :     /*! Changes the array to be a copy of \a orig. */
+     619             :     arr3 &operator= (const arr3 &orig)
+     620             :       {
+     621             :       if (this==&orig) return *this;
+     622             :       alloc (orig.s1, orig.s2, orig.s3);
+     623             :       d = orig.d;
+     624             :       return *this;
+     625             :       }
+     626             : 
+     627             :     /*! Returns a reference to the element with the indices
+     628             :         \a n1, \a n2 and \a n3. */
+     629             :     template<typename T2, typename T3, typename T4> T &operator()
+     630             :       (T2 n1, T3 n2, T4 n3)
+     631           0 :       {return d[n1*s2s3 + n2*s3 + n3];}
+     632             :     /*! Returns a constant reference to the element with the indices
+     633             :         \a n1, \a n2 and \a n3. */
+     634             :     template<typename T2, typename T3, typename T4> const T &operator()
+     635             :       (T2 n1, T3 n2, T4 n3) const
+     636             :       {return d[n1*s2s3 + n2*s3 + n3];}
+     637             : 
+     638             :     /*! Swaps contents and sizes with \a other. */
+     639             :     void swap (arr3 &other)
+     640             :       {
+     641             :       d.swap(other.d);
+     642             :       std::swap(s1,other.s1);
+     643             :       std::swap(s2,other.s2);
+     644             :       std::swap(s3,other.s3);
+     645             :       std::swap(s2s3,other.s2s3);
+     646             :       }
+     647             : 
+     648             :     /*! Returns \c true if the array and \a other have the same dimensions,
+     649             :         else \c false. */
+     650             :     template<typename T2> bool conformable (const arr3<T2> &other) const
+     651             :       { return (other.size1()==s1)&&(other.size2()==s2)&&(other.size3()==s3); }
+     652             :   };
+     653             : 
+     654             : /*! \} */
+     655             : 
+     656             : } // namespace healpix
+     657             : #endif
+     658             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.func-sort-c.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.func-sort-c.html new file mode 100644 index 000000000..3feba0c8f --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.func-sort-c.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/error_handling.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - error_handling.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:020.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7healpix11PlanckError4whatEv0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.func.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.func.html new file mode 100644 index 000000000..256c36ce3 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.func.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/error_handling.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - error_handling.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:020.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7healpix11PlanckError4whatEv0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.gcov.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.gcov.html new file mode 100644 index 000000000..5a90a3d3f --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/error_handling.h.gcov.html @@ -0,0 +1,180 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/error_handling.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - error_handling.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:020.0 %
Date:2024-04-08 14:58:22Functions:010.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : 
+       2             : /*
+       3             :  *  This file is part of libcxxsupport.
+       4             :  *
+       5             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       6             :  *  it under the terms of the GNU General Public License as published by
+       7             :  *  the Free Software Foundation; either version 2 of the License, or
+       8             :  *  (at your option) any later version.
+       9             :  *
+      10             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      11             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      12             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      13             :  *  GNU General Public License for more details.
+      14             :  *
+      15             :  *  You should have received a copy of the GNU General Public License
+      16             :  *  along with libcxxsupport; if not, write to the Free Software
+      17             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      18             :  */
+      19             : 
+      20             : /*
+      21             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      22             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      23             :  *  (DLR).
+      24             :  */
+      25             : 
+      26             : /*! \file error_handling.h
+      27             :  *  Utilities for error reporting
+      28             :  *
+      29             :  *  Copyright (C) 2003-2011 Max-Planck-Society
+      30             :  *  Authors: Reinhard Hell, Martin Reinecke
+      31             :  */
+      32             : 
+      33             : #ifndef PLANCK_ERROR_HANDLING_H
+      34             : #define PLANCK_ERROR_HANDLING_H
+      35             : 
+      36             : #include <string>
+      37             : #include <iostream>
+      38             : 
+      39             : namespace healpix{
+      40             : #if defined (__GNUC__)
+      41             : #define PLANCK_FUNC_NAME__ __PRETTY_FUNCTION__
+      42             : #else
+      43             : #define PLANCK_FUNC_NAME__ 0
+      44             : #endif
+      45             : 
+      46             : void planck_failure__(const char *file, int line, const char *func,
+      47             :   const std::string &msg);
+      48             : void planck_failure__(const char *file, int line, const char *func,
+      49             :   const char *msg);
+      50             : void killjob__();
+      51             : 
+      52             : class PlanckError
+      53             :   {
+      54             :   private:
+      55             :     std::string msg;
+      56             : 
+      57             :   public:
+      58             :     explicit PlanckError(const std::string &message);
+      59             :     explicit PlanckError(const char *message);
+      60             : 
+      61           0 :     virtual const char* what() const
+      62           0 :       { return msg.c_str(); }
+      63             : 
+      64             :     virtual ~PlanckError();
+      65             :   };
+      66             : 
+      67             : /*! \defgroup errorgroup Error handling */
+      68             : /*! \{ */
+      69             : 
+      70             : /*! Writes diagnostic output and exits with an error status. */
+      71             : #define planck_fail(msg) \
+      72             : do { planck_failure__(__FILE__,__LINE__,PLANCK_FUNC_NAME__,msg); \
+      73             : throw PlanckError(msg); } while(0)
+      74             : 
+      75             : /*! Throws a PlanckError without diagnostic message. */
+      76             : #define planck_fail_quietly(msg) \
+      77             : do { throw PlanckError(msg); } while(0)
+      78             : 
+      79             : /*! Writes diagnostic output and exits with an error status if \a testval
+      80             :     is \a false. */
+      81             : #define planck_assert(testval,msg) \
+      82             : do { if (testval); else planck_fail(msg); } while(0)
+      83             : 
+      84             : /*! Macro for improving error diagnostics. Should be placed immediately
+      85             :     after the opening brace of \c main(). Must be used in conjunction with
+      86             :     \c PLANCK_DIAGNOSIS_END. */
+      87             : #define PLANCK_DIAGNOSIS_BEGIN try {
+      88             : /*! Macro for improving error diagnostics. Should be placed immediately
+      89             :     before the closing brace of \c main(). Must be used in conjunction with
+      90             :     \c PLANCK_DIAGNOSIS_BEGIN. */
+      91             : #define PLANCK_DIAGNOSIS_END \
+      92             : } \
+      93             : catch (PlanckError &) \
+      94             :   { killjob__(); /* no need for further diagnostics; they were shown already */ } \
+      95             : catch (std::exception &e) \
+      96             :   { std::cerr << "std::exception: " << e.what() << std::endl; killjob__(); } \
+      97             : catch (...) \
+      98             :   { std::cerr << "Unknown exception" << std::endl; killjob__(); }
+      99             : 
+     100             : /*! \} */
+     101             : 
+     102             : } // namespace healpix
+     103             : #endif
+     104             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.func-sort-c.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.func-sort-c.html new file mode 100644 index 000000000..19feeba32 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/geom_utils.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - geom_utils.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:040.0 %
Date:2024-04-08 14:58:22Functions:020.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix12cosdist_zphiEdddd0
_ZN7healpix7v_angleERKNS_6vec3_tIdEES3_0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.func.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.func.html new file mode 100644 index 000000000..be6031adf --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/geom_utils.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - geom_utils.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:040.0 %
Date:2024-04-08 14:58:22Functions:020.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix12cosdist_zphiEdddd0
_ZN7healpix7v_angleERKNS_6vec3_tIdEES3_0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.gcov.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.gcov.html new file mode 100644 index 000000000..42f3ff33f --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/geom_utils.h.gcov.html @@ -0,0 +1,161 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/geom_utils.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - geom_utils.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:040.0 %
Date:2024-04-08 14:58:22Functions:020.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of libcxxsupport.
+       3             :  *
+       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with libcxxsupport; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  */
+      18             : 
+      19             : /*
+      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      22             :  *  (DLR).
+      23             :  */
+      24             : 
+      25             : /*! \file geom_utils.h
+      26             :  *  Geometric utility functions.
+      27             :  *
+      28             :  *  Copyright (C) 2003-2011 Max-Planck-Society
+      29             :  *  \author Martin Reinecke
+      30             :  *  \author Reinhard Hell
+      31             :  */
+      32             : 
+      33             : #ifndef PLANCK_GEOM_UTILS_H
+      34             : #define PLANCK_GEOM_UTILS_H
+      35             : 
+      36             : #include "healpix_base/math_utils.h"
+      37             : #include "healpix_base/vec3.h"
+      38             : 
+      39             : namespace healpix{
+      40             : 
+      41             : template<typename T> class arr;
+      42             : 
+      43             : /*! Returns the orientation when looking from point \a loc on the unit
+      44             :     sphere in the direction \a dir. \a loc must be normalized. The result
+      45             :     ranges from -pi to pi, is 0 for North and pi/2 for West, i.e. the angle
+      46             :     is given in mathematically positive sense.
+      47             : 
+      48             :     If \a loc is the North or South pole, the returned angle is
+      49             :     \a atan2(dir.y,dir.x). */
+      50             : inline double orientation (const vec3 &loc, const vec3 &dir)
+      51             :   {
+      52             : // FIXME: here is still optimization potential
+      53             :   if (loc.x==0 && loc.y==0)
+      54             :     return (loc.z>0) ? safe_atan2(dir.y,-dir.x) : safe_atan2(dir.y,dir.x);
+      55             :   vec3 east (-loc.y, loc.x, 0);
+      56             :   vec3 north = crossprod(loc,east);
+      57             :   return safe_atan2(-dotprod(dir,east),dotprod(dir,north));
+      58             :   }
+      59             : 
+      60             : /*! Returns the angle between \a v1 and \a v2 in radians. */
+      61           0 : inline double v_angle (const vec3 &v1, const vec3 &v2)
+      62             :   {
+      63             :   using namespace std;
+      64           0 :   return atan2 (crossprod(v1,v2).Length(), dotprod(v1,v2));
+      65             :   }
+      66             : 
+      67             : /*! Returns the cosine of the angle between the two points on the sphere defined
+      68             :     by (\a z1, \a phi1) and (\a z2, \a phi2), respectively. \a z is the cosine
+      69             :     of the colatitude, and \a phi is the longitude. */
+      70           0 : inline double cosdist_zphi (double z1, double phi1, double z2, double phi2)
+      71             :   {
+      72             :   using namespace std;
+      73           0 :   return z1*z2+cos(phi1-phi2)*sqrt((1.-z1*z1)*(1.-z2*z2));
+      74             :   }
+      75             : 
+      76             : /*! Finds the smallest enclosing cone for a point set on the sphere according to
+      77             :     Barequet & Elber: Information Processing Letters 93(2005), p.83.
+      78             :     All points are expected to be passed as unit vectors.
+      79             :     The enclosing cone must have an opening angle <pi/2. */
+      80             : void find_enclosing_circle (const arr<vec3> &point, vec3 &center,
+      81             :   double &cosrad);
+      82             : 
+      83             : } // namespace healpix
+      84             : #endif
+      85             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/healpix_base.h.func-sort-c.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/healpix_base.h.func-sort-c.html new file mode 100644 index 000000000..c2ac9dce4 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/healpix_base.h.func-sort-c.html @@ -0,0 +1,208 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/healpix_base.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - healpix_base.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:165032.0 %
Date:2024-04-08 14:58:22Functions:3348.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix14T_Healpix_BaseIiEC2EiNS_23Healpix_Ordering_SchemeE0
_ZN7healpix14T_Healpix_BaseIiEC2EiNS_23Healpix_Ordering_SchemeENS_11nside_dummyE0
_ZN7healpix14T_Healpix_BaseIlEC2EiNS_23Healpix_Ordering_SchemeE0
_ZN7healpix14T_Healpix_BaseIlEC2ElNS_23Healpix_Ordering_SchemeENS_11nside_dummyE0
_ZNK7healpix14T_Healpix_BaseIiE10query_discERKNS_8pointingEdRSt6vectorIiSaIiEE0
_ZNK7healpix14T_Healpix_BaseIiE11conformableERKS1_0
_ZNK7healpix14T_Healpix_BaseIiE20query_disc_inclusiveERKNS_8pointingEdRSt6vectorIiSaIiEEi0
_ZNK7healpix14T_Healpix_BaseIiE4NpixEv0
_ZNK7healpix14T_Healpix_BaseIiE5NsideEv0
_ZNK7healpix14T_Healpix_BaseIiE5OrderEv0
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - libs/healpix_base/include/healpix_base - healpix_base.h (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:3348.8 %
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Generated by: LCOV version 1.14
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - healpix_base.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:165032.0 %
Date:2024-04-08 14:58:22Functions:3348.8 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of Healpix_cxx.
+       3             :  *
+       4             :  *  Healpix_cxx is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  Healpix_cxx is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with Healpix_cxx; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  *
+      18             :  *  For more information about HEALPix, see http://healpix.sourceforge.net
+      19             :  */
+      20             : 
+      21             : /*
+      22             :  *  Healpix_cxx is being developed at the Max-Planck-Institut fuer Astrophysik
+      23             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      24             :  *  (DLR).
+      25             :  */
+      26             : 
+      27             : /*! \file healpix_base.h
+      28             :  *  Copyright (C) 2003-2012 Max-Planck-Society
+      29             :  *  \author Martin Reinecke
+      30             :  */
+      31             : 
+      32             : #ifndef HEALPIX_BASE_H
+      33             : #define HEALPIX_BASE_H
+      34             : 
+      35             : #include <vector>
+      36             : #include "healpix_base/healpix_tables.h"
+      37             : #include "healpix_base/pointing.h"
+      38             : #include "healpix_base/arr.h"
+      39             : #include "healpix_base/rangeset.h"
+      40             : 
+      41             : namespace healpix{
+      42             : 
+      43             : /*! Functionality related to the HEALPix pixelisation. */
+      44             : template<typename I> class T_Healpix_Base: public Healpix_Tables
+      45             :   {
+      46             :   protected:
+      47             :     /*! The order of the map; -1 for nonhierarchical map. */
+      48             :     int order_;
+      49             :     /*! The N_side parameter of the map; 0 if not allocated. */
+      50             :     I nside_;
+      51             :     I npface_, ncap_, npix_;
+      52             :     double fact1_, fact2_;
+      53             :     /*! The map's ordering scheme. */
+      54             :     Healpix_Ordering_Scheme scheme_;
+      55             : 
+      56             :     /*! Returns the number of the next ring to the north of \a z=cos(theta).
+      57             :         It may return 0; in this case \a z lies north of all rings. */
+      58             :     inline I ring_above (double z) const;
+      59             :     void in_ring (I iz, double phi0, double dphi, rangeset<I> &pixset) const;
+      60             : 
+      61             :     template<typename I2> void query_multidisc (const arr<vec3> &norm,
+      62             :       const arr<double> &rad, int fact, rangeset<I2> &pixset) const;
+      63             : 
+      64             :     void query_multidisc_general (const arr<vec3> &norm, const arr<double> &rad,
+      65             :       bool inclusive, const std::vector<int> &cmds, rangeset<I> &pixset) const;
+      66             : 
+      67             :     void query_strip_internal (double theta1, double theta2, bool inclusive,
+      68             :       rangeset<I> &pixset) const;
+      69             : 
+      70             :     inline I spread_bits (int v) const;
+      71             :     inline int compress_bits (I v) const;
+      72             : 
+      73             :     I xyf2nest(int ix, int iy, int face_num) const;
+      74             :     void nest2xyf(I pix, int &ix, int &iy, int &face_num) const;
+      75             :     I xyf2ring(int ix, int iy, int face_num) const;
+      76             :     void ring2xyf(I pix, int &ix, int &iy, int &face_num) const;
+      77             : 
+      78             :     I loc2pix (double z, double phi, double sth, bool have_sth) const;
+      79             :     void pix2loc (I pix, double &z, double &phi, double &sth, bool &have_sth)
+      80             :       const;
+      81             : 
+      82             :     void xyf2loc(double x, double y, int face, double &z, double &ph,
+      83             :       double &sth, bool &have_sth) const;
+      84             : 
+      85             :     I nest_peano_helper (I pix, int dir) const;
+      86             : 
+      87             :     typedef I (T_Healpix_Base::*swapfunc)(I pix) const;
+      88             : 
+      89             :   public:
+      90             :     static const int order_max;
+      91             : 
+      92             :     /*! Calculates the map order from its \a N_side parameter.
+      93             :         Returns -1 if \a nside is not a power of 2.
+      94             :         \param nside the \a N_side parameter */
+      95             :     static int nside2order (I nside);
+      96             :     /*! Calculates the \a N_side parameter from the number of pixels.
+      97             :         \param npix the number of pixels */
+      98             :     static I npix2nside (I npix);
+      99             :     /*! Constructs an unallocated object. */
+     100             :     T_Healpix_Base ();
+     101             :     /*! Constructs an object with a given \a order and the ordering
+     102             :         scheme \a scheme. */
+     103          10 :     T_Healpix_Base (int order, Healpix_Ordering_Scheme scheme)
+     104          10 :       { Set (order, scheme); }
+     105             :     /*! Constructs an object with a given \a nside and the ordering
+     106             :         scheme \a scheme. The \a nside_dummy parameter must be set to
+     107             :         SET_NSIDE. */
+     108           0 :     T_Healpix_Base (I nside, Healpix_Ordering_Scheme scheme, const nside_dummy)
+     109           0 :       { SetNside (nside, scheme); }
+     110             : 
+     111             :     /*! Adjusts the object to \a order and \a scheme. */
+     112             :     void Set (int order, Healpix_Ordering_Scheme scheme);
+     113             :     /*! Adjusts the object to \a nside and \a scheme. */
+     114             :     void SetNside (I nside, Healpix_Ordering_Scheme scheme);
+     115             : 
+     116             :     /*! Returns the z-coordinate of the ring \a ring. This also works
+     117             :         for the (not really existing) rings 0 and 4*nside. */
+     118             :     double ring2z (I ring) const;
+     119             :     /*! Returns the number of the ring in which \a pix lies. */
+     120             :     I pix2ring (I pix) const;
+     121             : 
+     122           0 :     I xyf2pix(int ix, int iy, int face_num) const
+     123             :       {
+     124           0 :       return (scheme_==RING) ?
+     125           0 :         xyf2ring(ix,iy,face_num) : xyf2nest(ix,iy,face_num);
+     126             :       }
+     127           0 :     void pix2xyf(I pix, int &ix, int &iy, int &face_num) const
+     128             :       {
+     129           0 :       (scheme_==RING) ?
+     130           0 :         ring2xyf(pix,ix,iy,face_num) : nest2xyf(pix,ix,iy,face_num);
+     131           0 :       }
+     132             : 
+     133             :     /*! Translates a pixel number from NEST to RING. */
+     134             :     I nest2ring (I pix) const;
+     135             :     /*! Translates a pixel number from RING to NEST. */
+     136             :     I ring2nest (I pix) const;
+     137             :     /*! Translates a pixel number from NEST to its Peano index. */
+     138             :     I nest2peano (I pix) const;
+     139             :     /*! Translates a pixel number from its Peano index to NEST. */
+     140             :     I peano2nest (I pix) const;
+     141             : 
+     142             :     /*! Returns the number of the pixel which contains the angular coordinates
+     143             :         (\a z:=cos(theta), \a phi).
+     144             :         \note This method is inaccurate near the poles at high resolutions. */
+     145           0 :     I zphi2pix (double z, double phi) const
+     146           0 :       { return loc2pix(z,phi,0.,false); }
+     147             : 
+     148             :     /*! Returns the number of the pixel which contains the angular coordinates
+     149             :         \a ang. */
+     150           0 :     I ang2pix (const pointing &ang) const
+     151             :       {
+     152             :       const double pi_=3.141592653589793238462643383279502884197;
+     153           0 :       planck_assert((ang.theta>=0)&&(ang.theta<=pi_),"invalid theta value");
+     154           0 :       return ((ang.theta<0.01) || (ang.theta > 3.14159-0.01)) ?
+     155           0 :         loc2pix(cos(ang.theta),ang.phi,sin(ang.theta),true) :
+     156           0 :         loc2pix(cos(ang.theta),ang.phi,0.,false);
+     157             :       }
+     158             :     /*! Returns the number of the pixel which contains the vector \a vec
+     159             :         (\a vec is normalized if necessary). */
+     160       24585 :     I vec2pix (const vec3 &vec) const
+     161             :       {
+     162       24585 :       double xl = 1./vec.Length();
+     163             :       double phi = safe_atan2(vec.y,vec.x);
+     164       24585 :       double nz = vec.z*xl;
+     165       24585 :       if (std::abs(nz)>0.99)
+     166         241 :         return loc2pix (nz,phi,sqrt(vec.x*vec.x+vec.y*vec.y)*xl,true);
+     167             :       else
+     168       24344 :         return loc2pix (nz,phi,0,false);
+     169             :       }
+     170             : 
+     171             :     /*! Returns the angular coordinates (\a z:=cos(theta), \a phi) of the center
+     172             :         of the pixel with number \a pix.
+     173             :         \note This method is inaccurate near the poles at high resolutions. */
+     174           0 :     void pix2zphi (I pix, double &z, double &phi) const
+     175             :       {
+     176             :       bool dum_b;
+     177             :       double dum_d;
+     178           0 :       pix2loc(pix,z,phi,dum_d,dum_b);
+     179           0 :       }
+     180             : 
+     181             :     /*! Returns the angular coordinates of the center of the pixel with
+     182             :         number \a pix. */
+     183           0 :     pointing pix2ang (I pix) const
+     184             :       {
+     185             :       double z, phi, sth;
+     186             :       bool have_sth;
+     187           0 :       pix2loc (pix,z,phi,sth,have_sth);
+     188           0 :       return have_sth ? pointing(atan2(sth,z),phi) : pointing(acos(z),phi);
+     189             :       }
+     190             :     /*! Returns the vector to the center of the pixel with number \a pix. */
+     191      135593 :     vec3 pix2vec (I pix) const
+     192             :       {
+     193             :       double z, phi, sth;
+     194             :       bool have_sth;
+     195      135593 :       pix2loc (pix,z,phi,sth,have_sth);
+     196      135593 :       if (have_sth)
+     197        1417 :         return vec3(sth*cos(phi),sth*sin(phi),z);
+     198             :       else
+     199             :         {
+     200             :         vec3 res;
+     201      134176 :         res.set_z_phi (z, phi);
+     202      134176 :         return res;
+     203             :         }
+     204             :       }
+     205             : 
+     206             :     template<typename I2> void query_disc_internal (pointing ptg, double radius,
+     207             :       int fact, rangeset<I2> &pixset) const;
+     208             : 
+     209             :     /*! Returns the range set of all pixels whose centers lie within the disk
+     210             :         defined by \a dir and \a radius.
+     211             :         \param dir the angular coordinates of the disk center
+     212             :         \param radius the radius (in radians) of the disk
+     213             :         \param pixset a \a rangeset object containing the indices of all pixels
+     214             :            whose centers lie inside the disk
+     215             :         \note This method is more efficient in the RING scheme. */
+     216             :     void query_disc (pointing ptg, double radius, rangeset<I> &pixset) const;
+     217             :     /*! Returns the range set of all pixels which overlap with the disk
+     218             :         defined by \a dir and \a radius.
+     219             :         \param dir the angular coordinates of the disk center
+     220             :         \param radius the radius (in radians) of the disk
+     221             :         \param pixset a \a rangeset object containing the indices of all pixels
+     222             :            overlapping with the disk.
+     223             :         \param fact The overlapping test will be done at the resolution
+     224             :            \a fact*nside. For NESTED ordering, \a fact must be a power of 2,
+     225             :            else it can be any positive integer. A typical choice would be 4.
+     226             :         \note This method may return some pixels which don't overlap with
+     227             :            the disk at all. The higher \a fact is chosen, the fewer false
+     228             :            positives are returned, at the cost of increased run time.
+     229             :         \note This method is more efficient in the RING scheme. */
+     230             :     void query_disc_inclusive (pointing ptg, double radius, rangeset<I> &pixset,
+     231             :       int fact=1) const;
+     232             : 
+     233             :     /*! \deprecated Please use the version based on \a rangeset */
+     234           0 :     void query_disc (const pointing &dir, double radius,
+     235             :       std::vector<I> &listpix) const
+     236             :       {
+     237             :       rangeset<I> pixset;
+     238           0 :       query_disc(dir,radius,pixset);
+     239           0 :       pixset.toVector(listpix);
+     240           0 :       }
+     241             :     /*! \deprecated Please use the version based on \a rangeset */
+     242           0 :     void query_disc_inclusive (const pointing &dir, double radius,
+     243             :       std::vector<I> &listpix, int fact=1) const
+     244             :       {
+     245             :       rangeset<I> pixset;
+     246           0 :       query_disc_inclusive(dir,radius,pixset,fact);
+     247           0 :       pixset.toVector(listpix);
+     248           0 :       }
+     249             : 
+     250             :     template<typename I2> void query_polygon_internal
+     251             :       (const std::vector<pointing> &vertex, int fact,
+     252             :       rangeset<I2> &pixset) const;
+     253             : 
+     254             :     /*! Returns a range set of pixels whose centers lie within the convex
+     255             :         polygon defined by the \a vertex array.
+     256             :         \param vertex array containing the vertices of the polygon.
+     257             :         \param pixset a \a rangeset object containing the indices of all pixels
+     258             :            whose centers lie inside the polygon
+     259             :         \note This method is more efficient in the RING scheme. */
+     260             :     void query_polygon (const std::vector<pointing> &vertex,
+     261             :       rangeset<I> &pixset) const;
+     262             : 
+     263             :     /*! Returns a range set of pixels which overlap with the convex
+     264             :         polygon defined by the \a vertex array.
+     265             :         \param vertex array containing the vertices of the polygon.
+     266             :         \param pixset a \a rangeset object containing the indices of all pixels
+     267             :            overlapping with the polygon.
+     268             :         \param fact The overlapping test will be done at the resolution
+     269             :            \a fact*nside. For NESTED ordering, \a fact must be a power of 2,
+     270             :            else it can be any positive integer. A typical choice would be 4.
+     271             :         \note This method may return some pixels which don't overlap with
+     272             :            the polygon at all. The higher \a fact is chosen, the fewer false
+     273             :            positives are returned, at the cost of increased run time.
+     274             :         \note This method is more efficient in the RING scheme. */
+     275             :     void query_polygon_inclusive (const std::vector<pointing> &vertex,
+     276             :       rangeset<I> &pixset, int fact=1) const;
+     277             : 
+     278             :     /*! Returns a range set of pixels whose centers lie within the colatitude
+     279             :         range defined by \a theta1 and \a theta2 (if \a inclusive==false), or
+     280             :         which overlap with this region (if \a inclusive==true). If
+     281             :         \a theta1<theta2, the region between both angles is considered,
+     282             :         otherwise the regions \a 0<theta<theta2 and \a theta1<theta<pi.
+     283             :         \param theta1 first colatitude
+     284             :         \param theta2 second colatitude
+     285             :         \param inclusive if \a false, return the exact set of pixels whose
+     286             :            pixels centers lie within the region; if \a true, return all pixels
+     287             :            that overlap with the region. */
+     288             :     void query_strip (double theta1, double theta2, bool inclusive,
+     289             :       rangeset<I> &pixset) const;
+     290             : 
+     291             :     /*! Returns useful information about a given ring of the map.
+     292             :         \param ring the ring number (the number of the first ring is 1)
+     293             :         \param startpix the number of the first pixel in the ring
+     294             :                (NOTE: this is always given in the RING numbering scheme!)
+     295             :         \param ringpix the number of pixels in the ring
+     296             :         \param costheta the cosine of the colatitude of the ring
+     297             :         \param sintheta the sine of the colatitude of the ring
+     298             :         \param shifted if \a true, the center of the first pixel is not at
+     299             :                \a phi=0 */
+     300             :     void get_ring_info (I ring, I &startpix, I &ringpix,
+     301             :       double &costheta, double &sintheta, bool &shifted) const;
+     302             :     /*! Returns useful information about a given ring of the map.
+     303             :         \param ring the ring number (the number of the first ring is 1)
+     304             :         \param startpix the number of the first pixel in the ring
+     305             :                (NOTE: this is always given in the RING numbering scheme!)
+     306             :         \param ringpix the number of pixels in the ring
+     307             :         \param theta the colatitude (in radians) of the ring
+     308             :         \param shifted if \a true, the center of the first pixel is not at
+     309             :                \a phi=0 */
+     310             :     void get_ring_info2 (I ring, I &startpix, I &ringpix,
+     311             :       double &theta, bool &shifted) const;
+     312             :     /*! Returns useful information about a given ring of the map.
+     313             :         \param ring the ring number (the number of the first ring is 1)
+     314             :         \param startpix the number of the first pixel in the ring
+     315             :                (NOTE: this is always given in the RING numbering scheme!)
+     316             :         \param ringpix the number of pixels in the ring
+     317             :         \param shifted if \a true, the center of the first pixel is not at
+     318             :                \a phi=0 */
+     319             :     void get_ring_info_small (I ring, I &startpix, I &ringpix,
+     320             :         bool &shifted) const;
+     321             :     /*! Returns the neighboring pixels of \a pix in \a result.
+     322             :         On exit, \a result contains (in this order)
+     323             :         the pixel numbers of the SW, W, NW, N, NE, E, SE and S neighbor
+     324             :         of \a pix. If a neighbor does not exist (this can only be the case
+     325             :         for the W, N, E and S neighbors), its entry is set to -1.
+     326             : 
+     327             :         \note This method works in both RING and NEST schemes, but is
+     328             :           considerably faster in the NEST scheme. */
+     329             :     void neighbors (I pix, fix_arr<I,8> &result) const;
+     330             :     /*! Returns interpolation information for the direction \a ptg.
+     331             :         The surrounding pixels are returned in \a pix, their corresponding
+     332             :         weights in \a wgt.
+     333             :         \note This method works in both RING and NEST schemes, but is
+     334             :           considerably faster in the RING scheme. */
+     335             :     void get_interpol (const pointing &ptg, fix_arr<I,4> &pix,
+     336             :                        fix_arr<double,4> &wgt) const;
+     337             : 
+     338             :     /*! Returns the order parameter of the object. */
+     339         421 :     int Order() const { return order_; }
+     340             :     /*! Returns the \a N_side parameter of the object. */
+     341           0 :     I Nside() const { return nside_; }
+     342             :     /*! Returns the number of pixels of the object. */
+     343    10403763 :     I Npix() const { return npix_; }
+     344             :     /*! Returns the ordering scheme of the object. */
+     345           0 :     Healpix_Ordering_Scheme Scheme() const { return scheme_; }
+     346             : 
+     347             :     /*! Returns \a true, if both objects have the same nside and scheme,
+     348             :         else \a false. */
+     349           0 :     bool conformable (const T_Healpix_Base &other) const
+     350           0 :       { return ((nside_==other.nside_) && (scheme_==other.scheme_)); }
+     351             : 
+     352             :     /*! Swaps the contents of two Healpix_Base objects. */
+     353             :     void swap (T_Healpix_Base &other);
+     354             : 
+     355             :     /*! Returns the maximum angular distance (in radian) between any pixel
+     356             :         center and its corners. */
+     357             :     double max_pixrad() const;
+     358             : 
+     359             :     /*! Returns the maximum angular distance (in radian) between any pixel
+     360             :         center and its corners in a given ring. */
+     361             :     double max_pixrad(I ring) const;
+     362             : 
+     363             :     /*! Returns a set of points along the boundary of the given pixel.
+     364             :         \a step=1 gives 4 points on the corners. The first point corresponds
+     365             :         to the northernmost corner, the subsequent points follow the pixel
+     366             :         boundary through west, south and east corners.
+     367             :         \param pix pixel index number
+     368             :         \param step the number of returned points is 4*step. */
+     369             :     void boundaries (I pix, tsize step, std::vector<vec3> &out) const;
+     370             : 
+     371             :     arr<int> swap_cycles() const;
+     372             :   };
+     373             : 
+     374             : /*! T_Healpix_Base for Nside up to 2^13. */
+     375             : typedef T_Healpix_Base<int> Healpix_Base;
+     376             : /*! T_Healpix_Base for Nside up to 2^29. */
+     377             : typedef T_Healpix_Base<int64> Healpix_Base2;
+     378             : 
+     379             : } // namespace healpix
+     380             : #endif
+     381             : 
+
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+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of libcxxsupport.
+       3             :  *
+       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with libcxxsupport; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  */
+      18             : 
+      19             : /*
+      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      22             :  *  (DLR).
+      23             :  */
+      24             : 
+      25             : /*! \file math_utils.h
+      26             :  *  Various convenience mathematical functions.
+      27             :  *
+      28             :  *  Copyright (C) 2002-2012 Max-Planck-Society
+      29             :  *  \author Martin Reinecke
+      30             :  */
+      31             : 
+      32             : #ifndef PLANCK_MATH_UTILS_H
+      33             : #define PLANCK_MATH_UTILS_H
+      34             : 
+      35             : #include <cmath>
+      36             : #include <algorithm>
+      37             : #include "healpix_base/datatypes.h"
+      38             : 
+      39             : namespace healpix{
+      40             : 
+      41             : /*! \defgroup mathutilsgroup Mathematical helper functions */
+      42             : /*! \{ */
+      43             : 
+      44             : /*! Returns \e true if | \a a-b | <= \a epsilon * | \a b |, else \e false. */
+      45             : template<typename F> inline bool approx (F a, F b, F epsilon=1e-5)
+      46             :   {
+      47             :   using namespace std;
+      48             :   return abs(a-b) <= (epsilon*abs(b));
+      49             :   }
+      50             : 
+      51             : /*! Returns \e true if | \a a-b | <= \a epsilon, else \e false. */
+      52             : template<typename F> inline bool abs_approx (F a, F b, F epsilon=1e-5)
+      53             :   {
+      54             :   using namespace std;
+      55             :   return abs(a-b) <= epsilon;
+      56             :   }
+      57             : 
+      58             : /*! Returns the largest integer which is smaller than (or equal to) \a arg. */
+      59             : template<typename I, typename F> inline I ifloor (F arg)
+      60             :   {
+      61             :   using namespace std;
+      62           0 :   return I(floor(arg));
+      63             :   }
+      64             : 
+      65             : /*! Returns the integer which is nearest to \a arg. */
+      66             : template<typename I, typename F> inline I nearest (F arg)
+      67             :   { return ifloor<I>(arg+0.5); }
+      68             : 
+      69             : /*! Returns the remainder of the division \a v1/v2.
+      70             :     The result is non-negative.
+      71             :     \a v1 can be positive or negative; \a v2 must be positive. */
+      72       24585 : inline double fmodulo (double v1, double v2)
+      73             :   {
+      74             :   using namespace std;
+      75       24585 :   if (v1>=0)
+      76       12356 :     return (v1<v2) ? v1 : fmod(v1,v2);
+      77       12229 :   double tmp=fmod(v1,v2)+v2;
+      78       12229 :   return (tmp==v2) ? 0. : tmp;
+      79             : //  return (v1>=0) ? ((v1<v2) ? v1 : fmod(v1,v2)) : (fmod(v1,v2)+v2);
+      80             :   }
+      81             : 
+      82             : /*! Returns the remainder of the division \a v1/v2.
+      83             :     The result is non-negative.
+      84             :     \a v1 can be positive or negative; \a v2 must be positive. */
+      85             : template<typename I> inline I imodulo (I v1, I v2)
+      86             :   { I v=v1%v2; return (v>=0) ? v : v+v2; }
+      87             : 
+      88             : /*! Returns -1 if \a signvalue is negative, else +1. */
+      89             : template<typename T> inline T sign (const T& signvalue)
+      90             :   { return (signvalue>=0) ? 1 : -1; }
+      91             : 
+      92             : /*! Returns \a val*pow(-1,m) */
+      93             : template<typename T, typename I> inline T xpow (I m, T val)
+      94             :   { return (m&1) ? -val : val; }
+      95             : 
+      96             : template<typename I, bool g4> struct isqrt_helper__
+      97             :   {};
+      98             : template<typename I> struct isqrt_helper__ <I, false>
+      99             :   {
+     100             :   static uint32 isqrt (I arg)
+     101             :     {
+     102             :     using namespace std;
+     103       44162 :     return uint32 (sqrt(arg+0.5));
+     104             :     }
+     105             :   };
+     106             : template<typename I> struct isqrt_helper__ <I, true>
+     107             :   {
+     108           0 :   static uint32 isqrt (I arg)
+     109             :     {
+     110             :     using namespace std;
+     111           0 :     I res = sqrt(double(arg)+0.5);
+     112           0 :     if (arg<(int64(1)<<50)) return uint32(res);
+     113           0 :     if (res*res>arg)
+     114           0 :       --res;
+     115           0 :     else if ((res+1)*(res+1)<=arg)
+     116             :       ++res;
+     117           0 :     return uint32(res);
+     118             :     }
+     119             :   };
+     120             : 
+     121             : /*! Returns the integer \a n, which fulfills \a n*n<=arg<(n+1)*(n+1). */
+     122             : template<typename I> inline uint32 isqrt (I arg)
+     123           0 :   { return isqrt_helper__<I,(sizeof(I)>4)>::isqrt(arg); }
+     124             : 
+     125             : /*! Returns the largest integer \a n that fulfills \a 2^n<=arg. */
+     126           0 : template<typename I> inline int ilog2 (I arg)
+     127             :   {
+     128             :   int res=0;
+     129           0 :   while (arg > 0x0000FFFF) { res+=16; arg>>=16; }
+     130           0 :   if (arg > 0x000000FF) { res|=8; arg>>=8; }
+     131           0 :   if (arg > 0x0000000F) { res|=4; arg>>=4; }
+     132           0 :   if (arg > 0x00000003) { res|=2; arg>>=2; }
+     133           0 :   if (arg > 0x00000001) { res|=1; }
+     134           0 :   return res;
+     135             :   }
+     136             : 
+     137             : /*! Returns \a atan2(y,x) if \a x!=0 or \a y!=0; else returns 0. */
+     138             : inline double safe_atan2 (double y, double x)
+     139             :   {
+     140             :   using namespace std;
+     141       61874 :   return ((x==0.) && (y==0.)) ? 0.0 : atan2(y,x);
+     142             :   }
+     143             : 
+     144             : /*! Helper function for linear interpolation (or extrapolation).
+     145             :     The array must be ordered in ascending order; no two values may be equal. */
+     146             : template<typename T, typename Iter, typename Comp> inline void interpol_helper
+     147             :   (const Iter &begin, const Iter &end, const T &val, Comp comp, tsize &idx,
+     148             :   T &frac)
+     149             :   {
+     150             :   using namespace std;
+     151             :   planck_assert((end-begin)>1,"sequence too small for interpolation");
+     152             :   idx = lower_bound(begin,end,val,comp)-begin;
+     153             :   if (idx>0) --idx;
+     154             :   idx = min(tsize(end-begin-2),idx);
+     155             :   frac = (val-begin[idx])/(begin[idx+1]-begin[idx]);
+     156             :   }
+     157             : 
+     158             : /*! Helper function for linear interpolation (or extrapolation).
+     159             :     The array must be ordered in ascending order; no two values may be equal. */
+     160             : template<typename T, typename Iter> inline void interpol_helper
+     161             :   (const Iter &begin, const Iter &end, const T &val, tsize &idx, T &frac)
+     162             :   { interpol_helper (begin,end,val,std::less<T>(),idx,frac); }
+     163             : 
+     164             : /*! \} */
+     165             : 
+     166             : template<typename T> inline bool multiequal (const T &a, const T &b, const T &c)
+     167             :   { return (a==b) && (a==c); }
+     168             : 
+     169             : template<typename T> inline bool multiequal (const T &a, const T &b, const T &c,
+     170             :   const T &d)
+     171             :   { return (a==b) && (a==c) && (a==d); }
+     172             : 
+     173             : template<typename T> inline bool multiequal (const T &a, const T &b, const T &c,
+     174             :   const T &d, const T &e)
+     175             :   { return (a==b) && (a==c) && (a==d) && (a==e); }
+     176             : 
+     177             : template<typename T> inline bool multiequal (const T &a, const T &b, const T &c,
+     178             :   const T &d, const T &e, const T &f)
+     179             :   { return (a==b) && (a==c) && (a==d) && (a==e) && (a==f); }
+     180             : 
+     181             : } // namespace healpix
+     182             : #endif
+     183             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/pointing.h.func-sort-c.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/pointing.h.func-sort-c.html new file mode 100644 index 000000000..bd57abfaa --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/pointing.h.func-sort-c.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/pointing.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - pointing.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:040.0 %
Date:2024-04-08 14:58:22Functions:00-
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+ +
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Function Name Sort by function nameHit count Sort by hit count
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/pointing.h.func.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/pointing.h.func.html new file mode 100644 index 000000000..1bde73dd1 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/pointing.h.func.html @@ -0,0 +1,72 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/pointing.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - libs/healpix_base/include/healpix_base - pointing.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:040.0 %
Date:2024-04-08 14:58:22Functions:00-
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Function Name Sort by function nameHit count Sort by hit count
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - pointing.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:040.0 %
Date:2024-04-08 14:58:22Functions:00-
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+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of libcxxsupport.
+       3             :  *
+       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with libcxxsupport; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  */
+      18             : 
+      19             : /*
+      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      22             :  *  (DLR).
+      23             :  */
+      24             : 
+      25             : /*! \file pointing.h
+      26             :  *  Class representing a direction in 3D space
+      27             :  *
+      28             :  *  Copyright (C) 2003-2012 Max-Planck-Society
+      29             :  *  \author Martin Reinecke
+      30             :  */
+      31             : 
+      32             : #ifndef PLANCK_POINTING_H
+      33             : #define PLANCK_POINTING_H
+      34             : 
+      35             : #include <cmath>
+      36             : #include "healpix_base/vec3.h"
+      37             : 
+      38             : namespace healpix{
+      39             : 
+      40             : /*! \defgroup pointinggroup Pointings */
+      41             : /*! \{ */
+      42             : 
+      43             : /*! Class representing a direction in 3D space or a location on the
+      44             :     unit sphere. All angles in radians. */
+      45             : class pointing
+      46             :   {
+      47             :   public:
+      48             :     /*! Colatitude of the pointing (i.e. the North pole is at \a theta=0). */
+      49             :     double theta;
+      50             :     /*! Longitude of the pointing. */
+      51             :     double phi;
+      52             : 
+      53             :     /*! Default constructor. \a theta and \a phi are not initialized. */
+      54           0 :     pointing() {}
+      55             :     /*! Creates a pointing with \a Theta and \a Phi. */
+      56           0 :     pointing (double Theta, double Phi) : theta(Theta), phi(Phi) {}
+      57             : 
+      58             : // FIXME: should become "explicit" some time
+      59             :     /*! Creates a pointing from the vector \a inp. \a inp need not be
+      60             :         normalized. */
+      61             :     pointing (const vec3 &inp)
+      62           0 :       { from_vec3(inp); }
+      63             : // FIXME: should be removed some time
+      64             :     /*! Returns a normalized vector pointing in the same direction. */
+      65             :     operator vec3() const
+      66           0 :       { return to_vec3(); }
+      67             :     /*! Returns a normalized vector pointing in the same direction. */
+      68             :     vec3 to_vec3() const;
+      69             :     /*! Converts \a inp to \a ptg. \a inp need not be normalized. */
+      70             :     void from_vec3 (const vec3 &inp);
+      71             :     /*! Changes the angles so that \a 0<=theta<=pi. */
+      72             :     void normalize_theta();
+      73             :     /*! Changes the angles so that \a 0<=theta<=pi and \a 0<=phi<2*pi. */
+      74             :     void normalize();
+      75             :   };
+      76             : 
+      77             : /*! Writes \a p to \a os.
+      78             :     \relates pointing */
+      79             : std::ostream &operator<< (std::ostream &os, const pointing &p);
+      80             : 
+      81             : /*! \} */
+      82             : 
+      83             : } // namespace healpix
+      84             : #endif
+      85             : 
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.func-sort-c.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.func-sort-c.html new file mode 100644 index 000000000..9daab7962 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.func-sort-c.html @@ -0,0 +1,120 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/rangeset.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - rangeset.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0510.0 %
Date:2024-04-08 14:58:22Functions:0120.0 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZNK7healpix8rangesetIlE8toVectorERSt6vectorIlSaIlEE0
+
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Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.func.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.func.html new file mode 100644 index 000000000..8a90294c3 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.func.html @@ -0,0 +1,120 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/rangeset.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - rangeset.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0510.0 %
Date:2024-04-08 14:58:22Functions:0120.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix8rangesetIiE6appendERKS1_0
_ZN7healpix8rangesetIiE6appendERKiS3_0
_ZN7healpix8rangesetIiE9addRemoveEiil0
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_ZNK7healpix8rangesetIlE3iivERKl0
_ZNK7healpix8rangesetIlE8toVectorERSt6vectorIlSaIlEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.gcov.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.gcov.html new file mode 100644 index 000000000..177519f90 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/rangeset.h.gcov.html @@ -0,0 +1,363 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/rangeset.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - rangeset.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0510.0 %
Date:2024-04-08 14:58:22Functions:0120.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of libcxxsupport.
+       3             :  *
+       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with libcxxsupport; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  */
+      18             : 
+      19             : /*
+      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      22             :  *  (DLR).
+      23             :  */
+      24             : 
+      25             : /*! \file rangeset.h
+      26             :  *  Class for storing sets of ranges of integer numbers
+      27             :  *
+      28             :  *  Copyright (C) 2011, 2012 Max-Planck-Society
+      29             :  *  \author Martin Reinecke
+      30             :  */
+      31             : 
+      32             : #ifndef PLANCK_RANGESET_H
+      33             : #define PLANCK_RANGESET_H
+      34             : 
+      35             : #include <algorithm>
+      36             : #include <vector>
+      37             : #include <utility>
+      38             : #include <iostream>
+      39             : #include "healpix_base/datatypes.h"
+      40             : #include "healpix_base/error_handling.h"
+      41             : 
+      42             : namespace healpix{
+      43             : 
+      44             : /*! Class for storing sets of ranges of integer numbers */
+      45           0 : template<typename T> class rangeset
+      46             :   {
+      47             :   private:
+      48             :     typedef std::vector<T> rtype;
+      49             :     typedef typename rtype::iterator iterator;
+      50             :     typedef typename rtype::const_iterator c_iterator;
+      51             :     rtype r;
+      52             : 
+      53           0 :     tdiff iiv (const T &val) const
+      54           0 :       { return tdiff(std::upper_bound(r.begin(),r.end(),val)-r.begin())-1; }
+      55             : 
+      56           0 :     void addRemove (T a, T b, tdiff v)
+      57             :       {
+      58           0 :       tdiff pos1=iiv(a), pos2=iiv(b);
+      59           0 :       if ((pos1>=0) && (r[pos1]==a)) --pos1;
+      60             :       // first to delete is at pos1+1; last is at pos2
+      61           0 :       bool insert_a = (pos1&1)==v;
+      62           0 :       bool insert_b = (pos2&1)==v;
+      63           0 :       int rmstart=pos1+1+(insert_a ? 1 : 0);
+      64           0 :       int rmend  =pos2-(insert_b?1:0);
+      65             : 
+      66           0 :       planck_assert((rmend-rmstart)&1,"cannot happen");
+      67             : 
+      68           0 :       if (insert_a && insert_b && (pos1+1>pos2)) // insert
+      69             :         {
+      70           0 :         r.insert(r.begin()+pos1+1,2,a);
+      71           0 :         r[pos1+2]=b;
+      72             :         }
+      73             :       else
+      74             :         {
+      75           0 :         if (insert_a) r[pos1+1]=a;
+      76           0 :         if (insert_b) r[pos2]=b;
+      77           0 :         r.erase(r.begin()+rmstart,r.begin()+rmend+1);
+      78             :         }
+      79           0 :       }
+      80             : 
+      81             :     static void generalUnion (const rtype &a, const rtype &b,
+      82             :       bool flip_a, bool flip_b, rtype &c)
+      83             :       {
+      84             :       planck_assert((&c!=&a)&&(&c!=&b), "cannot overwrite the rangeset");
+      85             :       c.clear();
+      86             :       bool state_a=flip_a, state_b=flip_b, state_res=state_a||state_b;
+      87             :       tsize ia=0, ea=a.size(), ib=0, eb=b.size();
+      88             :       bool runa = ia!=ea, runb = ib!=eb;
+      89             :       while(runa||runb)
+      90             :         {
+      91             :         bool adv_a=false, adv_b=false;
+      92             :         T val,va=T(),vb=T();
+      93             :         if (runa) va = a[ia];
+      94             :         if (runb) vb = b[ib];
+      95             :         if (runa && (!runb || (va<=vb))) { adv_a=true; val=va; }
+      96             :         if (runb && (!runa || (vb<=va))) { adv_b=true; val=vb; }
+      97             :         if (adv_a) { state_a=!state_a; ++ia; runa = ia!=ea; }
+      98             :         if (adv_b) { state_b=!state_b; ++ib; runb = ib!=eb; }
+      99             :         if ((state_a||state_b)!=state_res)
+     100             :           { c.push_back(val); state_res = !state_res; }
+     101             :         }
+     102             :       }
+     103             : 
+     104             :   public:
+     105             :     /*! Removes all rangeset entries. */
+     106             :     void clear() { r.clear(); }
+     107             :     /*! Reserves space for \a n ranges. */
+     108             :     void reserve(tsize n) { r.reserve(2*n); }
+     109             :     /*! Returns the current number of ranges. */
+     110           0 :     tsize size() const { return r.size()>>1; }
+     111             :     /*! Returns the current vector of ranges. */
+     112             :     const rtype &data() const { return r; }
+     113             : 
+     114             :     /*! Returns the first value of range \a i. */
+     115           0 :     const T &ivbegin (tdiff i) const { return r[2*i]; }
+     116             :     /*! Returns the one-past-last value of range \a i. */
+     117           0 :     const T &ivend (tdiff i) const { return r[2*i+1]; }
+     118             :     /*! Returns the length of range \a i. */
+     119             :     T ivlen (tdiff i) const { return r[2*i+1]-r[2*i]; }
+     120             : 
+     121             :     /*! Appends \a [v1;v2[ to the rangeset. \a v1 must be larger
+     122             :         than the minimum of the last range in the rangeset. */
+     123           0 :     void append(const T &v1, const T &v2)
+     124             :       {
+     125           0 :       if (v2<=v1) return;
+     126           0 :       if ((!r.empty()) && (v1<=r.back()))
+     127             :         {
+     128           0 :         planck_assert (v1>=r[r.size()-2],"bad append operation");
+     129           0 :         if (v2>r.back()) r.back()=v2;
+     130             :         }
+     131             :       else
+     132           0 :         { r.push_back(v1); r.push_back(v2); }
+     133             :       }
+     134             :     /*! Appends \a [v;v+1[ to the rangeset. \a v must be larger
+     135             :         than the minimum of the last range in the rangeset. */
+     136             :     void append(const T &v)
+     137           0 :       { append(v,v+1); }
+     138             : 
+     139             :     /*! Appends \a other to the rangeset. All values in \a other must be larger
+     140             :         than the minimum of the last range in the rangeset. */
+     141           0 :     void append (const rangeset &other)
+     142             :       {
+     143           0 :       for (tsize j=0; j<other.size(); ++j)
+     144           0 :         append(other.ivbegin(j),other.ivend(j));
+     145           0 :       }
+     146             : 
+     147             :     /*! After this operation, the rangeset contains the union of itself
+     148             :         with \a [v1;v2[. */
+     149             :     void add(const T &v1, const T &v2) { addRemove(v1,v2,1); }
+     150             :     /*! After this operation, the rangeset contains the union of itself
+     151             :         with \a [v;v+1[. */
+     152             :     void add(const T &v) { addRemove(v,v+1,1); }
+     153             : 
+     154             :     /*! Removes all values within \a [v1;v2[ from the rangeset. */
+     155           0 :     void remove(const T &v1, const T &v2) { addRemove(v1,v2,0); }
+     156             :     /*! Removes the value \a v from the rangeset. */
+     157             :     void remove(const T &v) { addRemove(v,v+1,0); }
+     158             : 
+     159             :     /*! Removes all values not within \a [v1;v2[ from the rangeset. */
+     160           0 :     void intersect (const T &a, const T &b)
+     161             :       {
+     162           0 :       tdiff pos1=iiv(a), pos2=iiv(b);
+     163           0 :       if ((pos2>=0) && (r[pos2]==b)) --pos2;
+     164             :       // delete all up to pos1 (inclusive); and starting from pos2+1
+     165           0 :       bool insert_a = (pos1&1)==0;
+     166           0 :       bool insert_b = (pos2&1)==0;
+     167             : 
+     168             :       // cut off end
+     169           0 :       r.erase(r.begin()+pos2+1,r.end());
+     170           0 :       if (insert_b) r.push_back(b);
+     171             : 
+     172             :       // erase start
+     173           0 :       if (insert_a) r[pos1--]=a;
+     174           0 :       if (pos1>=0)
+     175             :         r.erase(r.begin(),r.begin()+pos1+1);
+     176           0 :       }
+     177             : 
+     178             :     /*! Returns the total number of elements in the rangeset. */
+     179             :     T nval() const
+     180             :       {
+     181             :       T result=T(0);
+     182           0 :       for (tsize i=0; i<r.size(); i+=2)
+     183           0 :         result+=r[i+1]-r[i];
+     184             :       return result;
+     185             :       }
+     186             : 
+     187             :     /*! After this opration, \a res contains all elements of the rangeset
+     188             :         in ascending order. */
+     189           0 :     void toVector (std::vector<T> &res) const
+     190             :       {
+     191             :       res.clear();
+     192           0 :       res.reserve(nval());
+     193           0 :       for (tsize i=0; i<r.size(); i+=2)
+     194           0 :         for (T m(r[i]); m<r[i+1]; ++m)
+     195           0 :           res.push_back(m);
+     196           0 :       }
+     197             : 
+     198             :     /*! After this operation, the rangeset contains the union of itself
+     199             :         and \a other. */
+     200             :     void unite (const rangeset &other)
+     201             :       {
+     202             :       rtype tmp;
+     203             :       generalUnion (r,other.r,false,false,tmp);
+     204             :       std::swap(r,tmp);
+     205             :       }
+     206             :     /*! After this operation, the rangeset contains the intersection of itself
+     207             :         and \a other. */
+     208             :     void intersect (const rangeset &other)
+     209             :       {
+     210             :       rtype tmp;
+     211             :       generalUnion (r,other.r,true,true,tmp);
+     212             :       std::swap(r,tmp);
+     213             :       }
+     214             :     /*! After this operation, the rangeset contains the union of itself
+     215             :         with the inverse of \a other. */
+     216             :     void subtract (const rangeset &other)
+     217             :       {
+     218             :       rtype tmp;
+     219             :       generalUnion (r,other.r,true,false,tmp);
+     220             :       std::swap(r,tmp);
+     221             :       }
+     222             :     /*! After this operation, the rangeset contains the union of \a a
+     223             :         and \a b. */
+     224             :     void setToUnion (const rangeset &a, const rangeset &b)
+     225             :       { generalUnion (a.r,b.r,false,false,r); }
+     226             :     /*! After this operation, the rangeset contains the intersection of \a a
+     227             :         and \a b. */
+     228             :     void setToIntersection (const rangeset &a, const rangeset &b)
+     229             :       { generalUnion (a.r,b.r,true,true,r); }
+     230             :     /*! After this operation, the rangeset contains the union of \a a
+     231             :         with the inverse of \a b. */
+     232             :     void setToDifference (const rangeset &a, const rangeset &b)
+     233             :       { generalUnion (a.r,b.r,true,false,r); }
+     234             : 
+     235             :     /*! Returns the index of the interval containing \a v; if no such interval
+     236             :         exists, -1 is returned. */
+     237             :     tdiff findInterval (const T &v) const
+     238             :       {
+     239             :       tdiff res = iiv(v);
+     240             :       return (res&1) ? -1 : res>>1;
+     241             :       }
+     242             : 
+     243             :     /*! Returns \a true if the rangeset is identical to \a other, else \a false.
+     244             :         */
+     245             :     bool equals (const rangeset &other) const
+     246             :       { return r==other.data(); }
+     247             : 
+     248             :     /*! Returns \a true if the rangeset contains all values in the range
+     249             :         \a [a;b[, else \a false. */
+     250             :     bool containsAll (T a,T b) const
+     251             :       {
+     252             :       tdiff res=iiv(a);
+     253             :       if (res&1) return false;
+     254             :       return (b<=r[res+1]);
+     255             :       }
+     256             :     /*! Returns \a true if the rangeset contains the value \a v,
+     257             :         else \a false. */
+     258             :     bool contains (T v) const
+     259             :       { return !(iiv(v)&1); }
+     260             :     /*! Returns \a true if the rangeset contains all values stored in \a other,
+     261             :         else \a false. */
+     262             :     bool contains (const rangeset &other) const
+     263             :       {
+     264             :       tsize im=0, em=r.size();
+     265             :       for (tsize i=0; i<other.r.size(); i+=2)
+     266             :         {
+     267             :         T a=other.r[i], b=other.r[i+1];
+     268             :         while ((im!=em) && (r[im+1] < a)) im+=2;
+     269             :         if (im==em) return false;
+     270             :         if ((r[im]>a) || (r[im+1]<b)) return false;
+     271             :         }
+     272             :       return true;
+     273             :       }
+     274             :   };
+     275             : 
+     276             : template<typename T> inline std::ostream &operator<< (std::ostream &os,
+     277             :   const rangeset<T> &rs)
+     278             :   {
+     279             :   os << "{ ";
+     280             :   for (tsize i=0; i<rs.size(); ++i)
+     281             :     os << "["<<rs.ivbegin(i)<<";"<<rs.ivend(i)<<"[ ";
+     282             :   return os << "}";
+     283             :   }
+     284             : 
+     285             : } // namespace healpix
+     286             : #endif
+     287             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.func-sort-c.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.func-sort-c.html new file mode 100644 index 000000000..50398e10d --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/vec3.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - vec3.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:102245.5 %
Date:2024-04-08 14:58:22Functions:1250.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix6vec3_tIdE9NormalizeEv0
_ZN7healpix6vec3_tIdE9set_z_phiEdd134176
+
+
+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.func.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.func.html new file mode 100644 index 000000000..633dc74e4 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/vec3.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - vec3.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:102245.5 %
Date:2024-04-08 14:58:22Functions:1250.0 %
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+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix6vec3_tIdE9NormalizeEv0
_ZN7healpix6vec3_tIdE9set_z_phiEdd134176
+
+
+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.gcov.html b/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.gcov.html new file mode 100644 index 000000000..78b942fb1 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/include/healpix_base/vec3.h.gcov.html @@ -0,0 +1,229 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/include/healpix_base/vec3.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base/include/healpix_base - vec3.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:102245.5 %
Date:2024-04-08 14:58:22Functions:1250.0 %
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+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of libcxxsupport.
+       3             :  *
+       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with libcxxsupport; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  */
+      18             : 
+      19             : /*
+      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      22             :  *  (DLR).
+      23             :  */
+      24             : 
+      25             : /*! \file vec3.h
+      26             :  *  Class representing 3D cartesian vectors
+      27             :  *
+      28             :  *  Copyright (C) 2003, 2006 Max-Planck-Society
+      29             :  *  \author Martin Reinecke
+      30             :  */
+      31             : 
+      32             : #ifndef PLANCK_VEC3_H
+      33             : #define PLANCK_VEC3_H
+      34             : 
+      35             : #include <cmath>
+      36             : #include <iostream>
+      37             : #include "healpix_base/datatypes.h"
+      38             : 
+      39             : namespace healpix{
+      40             : 
+      41             : /*! \defgroup vec3group 3D vectors */
+      42             : /*! \{ */
+      43             : 
+      44             : /*! Class representing a 3D cartesian vector. */
+      45             : template<typename T>class vec3_t
+      46             :   {
+      47             :   public:
+      48             :     T x, /*!< x-coordinate */
+      49             :       y, /*!< y-coordinate */
+      50             :       z; /*!< z-coordinate */
+      51             : 
+      52             :     /*! Default constructor. Does not initialize \a x, \a y, and \a z. */
+      53      244781 :     vec3_t () {}
+      54             :     /*! Creates a vector with the coordinates \a xc, \a yc, and \a zc. */
+      55        1417 :     vec3_t (T xc, T yc, T zc)
+      56        1417 :       : x(xc), y(yc), z(zc) {}
+      57             :     template<typename T2> explicit vec3_t (const vec3_t<T2> &orig)
+      58             :       : x(orig.x), y(orig.y), z(orig.z) {}
+      59             : 
+      60             :     /*! Sets the vector components to \a xc, \a yc, and \a zc. */
+      61             :     void Set (T xc, T yc, T zc)
+      62             :       { x=xc; y=yc; z=zc; }
+      63             :     /*! Creates a unit vector from a z coordinate and an azimuthal angle. */
+      64      134176 :     void set_z_phi (T z_, T phi)
+      65             :       {
+      66             :       using namespace std;
+      67      134176 :       T sintheta = sqrt((T(1)-z_)*(T(1)+z_));
+      68      134176 :       x = sintheta*cos(phi);
+      69      134176 :       y = sintheta*sin(phi);
+      70      134176 :       z = z_;
+      71      134176 :       }
+      72             : 
+      73             :     /*! Normalizes the vector to length 1. */
+      74           0 :     void Normalize ()
+      75             :       {
+      76             :       using namespace std;
+      77           0 :       T l = T(1)/sqrt (x*x + y*y + z*z);
+      78           0 :       x*=l; y*=l; z*=l;
+      79           0 :       }
+      80             : 
+      81             :     vec3_t Norm() const
+      82             :       {
+      83           0 :       vec3_t res(*this);
+      84           0 :       res.Normalize();
+      85             :       return res;
+      86             :       }
+      87             : 
+      88             :     /*! Returns the length of the vector. */
+      89             :     T Length () const
+      90       24585 :       { return sqrt (x*x + y*y + z*z); }
+      91             : 
+      92             :     /*! Returns the squared length of the vector. */
+      93             :     T SquaredLength () const
+      94             :       { return (x*x + y*y + z*z); }
+      95             :     /*! Returns the vector with the signs of all coordinates flipped. */
+      96             :     const vec3_t operator- () const
+      97             :       { return vec3_t (-x, -y, -z); }
+      98             :     /*! Flips the signs of all coordinates. */
+      99             :     void Flip ()
+     100           0 :       { x=-x; y=-y; z=-z; }
+     101             :     /*! Returns (\a *this + \a vec). */
+     102             :     const vec3_t operator+ (const vec3_t &vec) const
+     103           0 :       { return vec3_t (x+vec.x, y+vec.y, z+vec.z); }
+     104             :     /*! Adds \a vec to \a *this. */
+     105             :     vec3_t &operator+= (const vec3_t &vec)
+     106             :       { x+=vec.x; y+=vec.y; z+=vec.z; return *this; }
+     107             :     /*! Returns (\a *this - \a vec). */
+     108             :     const vec3_t operator- (const vec3_t &vec) const
+     109           0 :       { return vec3_t (x-vec.x, y-vec.y, z-vec.z); }
+     110             :     /*! Subtracts \a vec from \a *this. */
+     111             :     vec3_t &operator-= (const vec3_t &vec)
+     112             :       { x-=vec.x; y-=vec.y; z-=vec.z; return *this; }
+     113             :     /*! Returns the vector scaled by \a fact. */
+     114             :     const vec3_t operator* (T fact) const
+     115             :       { return vec3_t (x*fact, y*fact, z*fact); }
+     116             :     /*! Returns the vector scaled by \a 1/fact. */
+     117             :     const vec3_t operator/ (T fact) const
+     118             :       { T xfact = T(1)/fact; return vec3_t (x*xfact, y*xfact, z*xfact); }
+     119             :     /*! Scales the vector by \a fact. */
+     120             :     vec3_t &operator*= (T fact)
+     121           0 :       { x*=fact; y*=fact; z*=fact; return *this; }
+     122             :   };
+     123             : 
+     124             : /*! Returns the dot product of \a v1 and \a v2.
+     125             :     \relates vec3_t */
+     126             : template<typename T> inline T dotprod(const vec3_t<T> &v1, const vec3_t<T> &v2)
+     127           0 :   { return v1.x*v2.x + v1.y*v2.y + v1.z*v2.z; }
+     128             : 
+     129             : /*! Returns the cross product of \a a and \a b.
+     130             :     \relates vec3_t */
+     131             : template<typename T> inline vec3_t<T> crossprod
+     132             :   (const vec3_t<T> &a, const vec3_t<T> &b)
+     133           0 :   { return vec3_t<T>(a.y*b.z - a.z*b.y, a.z*b.x - a.x*b.z, a.x*b.y - a.y*b.x); }
+     134             : 
+     135             : /*! Writes \a v to \a os.
+     136             :     \relates vec3_t */
+     137             : template<typename T> inline std::ostream &operator<<
+     138             :   (std::ostream &os, const vec3_t<T> &v)
+     139             :   {
+     140             :   os << v.x << ", " << v.y << ", " << v.z << std::endl;
+     141             :   return os;
+     142             :   }
+     143             : 
+     144             : /*! Specialisation of vec3_t for 64-bit floating point components */
+     145             : typedef vec3_t<float64> vec3;
+     146             : /*! Specialisation of vec3_t for 32-bit floating point components */
+     147             : typedef vec3_t<float32> vec3f;
+     148             : 
+     149             : /*! \} */
+     150             : 
+     151             : } // namespace healpix
+     152             : #endif
+     153             : 
+
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_baseHitTotalCoverage
Test:coverage.info.cleanedLines:11279214.1 %
Date:2024-04-08 14:58:22Functions:101069.4 %
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LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_baseHitTotalCoverage
Test:coverage.info.cleanedLines:11279214.1 %
Date:2024-04-08 14:58:22Functions:101069.4 %
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LCOV - code coverage report
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LCOV - code coverage report
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Current view:top level - libs/healpix_base - pointing.cc (source / functions)HitTotalCoverage
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_ZN7healpix8pointing9normalizeEv0
_ZN7healpixlsERSoRKNS_8pointingE0
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Current view:top level - libs/healpix_base - pointing.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0210.0 %
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_ZN7healpix8pointing15normalize_thetaEv0
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_ZN7healpix8pointing9normalizeEv0
_ZN7healpixlsERSoRKNS_8pointingE0
_ZNK7healpix8pointing7to_vec3Ev0
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Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/libs/healpix_base/pointing.cc.gcov.html b/doc/coverageReport/libs/healpix_base/pointing.cc.gcov.html new file mode 100644 index 000000000..678a7db26 --- /dev/null +++ b/doc/coverageReport/libs/healpix_base/pointing.cc.gcov.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/healpix_base/pointing.cc + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/healpix_base - pointing.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0210.0 %
Date:2024-04-08 14:58:22Functions:050.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /*
+       2             :  *  This file is part of libcxxsupport.
+       3             :  *
+       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
+       5             :  *  it under the terms of the GNU General Public License as published by
+       6             :  *  the Free Software Foundation; either version 2 of the License, or
+       7             :  *  (at your option) any later version.
+       8             :  *
+       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
+      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      12             :  *  GNU General Public License for more details.
+      13             :  *
+      14             :  *  You should have received a copy of the GNU General Public License
+      15             :  *  along with libcxxsupport; if not, write to the Free Software
+      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
+      17             :  */
+      18             : 
+      19             : /*
+      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
+      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
+      22             :  *  (DLR).
+      23             :  */
+      24             : 
+      25             : /*! \file pointing.cc
+      26             :  *  Class representing a direction in 3D space
+      27             :  *
+      28             :  *  Copyright (C) 2003-2012 Max-Planck-Society
+      29             :  *  \author Martin Reinecke
+      30             :  */
+      31             : 
+      32             : #include "healpix_base/pointing.h"
+      33             : #include "healpix_base/lsconstants.h"
+      34             : #include "healpix_base/math_utils.h"
+      35             : 
+      36             : namespace healpix{
+      37             : 
+      38             : using namespace std;
+      39             : 
+      40           0 : vec3 pointing::to_vec3() const
+      41             :   {
+      42           0 :   double st=sin(theta);
+      43           0 :   return vec3 (st*cos(phi), st*sin(phi), cos(theta));
+      44             :   }
+      45           0 : void pointing::from_vec3 (const vec3 &inp)
+      46             :   {
+      47           0 :   theta = atan2(sqrt(inp.x*inp.x+inp.y*inp.y),inp.z);
+      48           0 :   phi = safe_atan2 (inp.y,inp.x);
+      49           0 :   if (phi<0.) phi += twopi;
+      50           0 :   }
+      51           0 : void pointing::normalize_theta()
+      52             :   {
+      53           0 :   theta=fmodulo(theta,twopi);
+      54           0 :   if (theta>pi)
+      55             :     {
+      56           0 :     phi+=pi;
+      57           0 :     theta=twopi-theta;
+      58             :     }
+      59           0 :   }
+      60           0 : void pointing::normalize()
+      61             :   {
+      62           0 :   normalize_theta();
+      63           0 :   phi=fmodulo(phi,twopi);
+      64           0 :   }
+      65             : 
+      66           0 : ostream &operator<< (ostream &os, const pointing &p)
+      67             :   {
+      68           0 :   os << p.theta << ", " << p.phi << std::endl;
+      69           0 :   return os;
+      70             :   }
+      71             : } // namespace healpix
+      72             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/convert.h.func-sort-c.html b/doc/coverageReport/libs/kiss/include/kiss/convert.h.func-sort-c.html new file mode 100644 index 000000000..3091b54e8 --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/convert.h.func-sort-c.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss/convert.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kiss - convert.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:71070.0 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4kiss3strIiEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKT_2
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/convert.h.func.html b/doc/coverageReport/libs/kiss/include/kiss/convert.h.func.html new file mode 100644 index 000000000..df4061a5f --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/convert.h.func.html @@ -0,0 +1,76 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss/convert.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kiss - convert.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:71070.0 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ +
+ + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4kiss3strIiEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKT_2
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/convert.h.gcov.html b/doc/coverageReport/libs/kiss/include/kiss/convert.h.gcov.html new file mode 100644 index 000000000..6a912c12a --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/convert.h.gcov.html @@ -0,0 +1,150 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss/convert.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kiss - convert.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:71070.0 %
Date:2024-04-08 14:58:22Functions:11100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef KISS_CONVERT_H
+       2             : #define KISS_CONVERT_H
+       3             : 
+       4             : #include <iostream>
+       5             : #include <sstream>
+       6             : #include <string>
+       7             : #include <typeinfo>
+       8             : #include <stdexcept>
+       9             : 
+      10             : namespace kiss {
+      11             : 
+      12             : class bad_conversion: public std::runtime_error {
+      13             : public:
+      14           0 :         bad_conversion(std::string const& s) :
+      15           0 :                         std::runtime_error(s) {
+      16             :         }
+      17             : };
+      18             : 
+      19             : template<typename T>
+      20           2 : inline std::string str(T const& x) {
+      21           2 :         std::ostringstream o;
+      22           2 :         o.imbue(std::locale("C"));
+      23           2 :         o << x;
+      24           2 :         if (!o) {
+      25             : #ifdef DEBUG
+      26             :                 std::cerr << "bad_conversion: str(" << typeid(x).name() << ")";
+      27             : #endif
+      28           0 :                 throw bad_conversion(std::string("str(") + typeid(x).name() + ")");
+      29             :         }
+      30           2 :         return o.str();
+      31           2 : }
+      32             : 
+      33             : template<typename T>
+      34             : inline void convert(const char *s, T& x) {
+      35             :         if (s == 0) {
+      36             : #ifdef DEBUG
+      37             :                 std::cerr << "bad_conversion: convert, null pointer";
+      38             : #endif
+      39             :                 throw bad_conversion("null pointer");
+      40             :         }
+      41             :         std::istringstream i(s);
+      42             :         i.imbue(std::locale("C"));
+      43             :         i >> x;
+      44             :         if (!i) {
+      45             : #ifdef DEBUG
+      46             :                 std::cerr << "bad_conversion: convert (" << s << ")";
+      47             : #endif
+      48             :                 throw bad_conversion(std::string(s) + " to " + typeid(x).name());
+      49             :         }
+      50             : }
+      51             : 
+      52             : template<typename T>
+      53             : inline void convert(std::string const& s, T& x) {
+      54             :         std::istringstream i(s);
+      55             :         i.imbue(std::locale("C"));
+      56             :         i >> x;
+      57             :         if (!i) {
+      58             : #ifdef DEBUG
+      59             :                 std::cerr << "bad_conversion: convert (" << s << ")";
+      60             : #endif
+      61             :                 throw bad_conversion(s + " to " + typeid(x).name());
+      62             :         }
+      63             : }
+      64             : 
+      65             : template<typename T>
+      66             : inline T convertTo(std::string const& s, bool failIfLeftoverChars = true) {
+      67             :         T x;
+      68             :         convert(s, x, failIfLeftoverChars);
+      69             :         return x;
+      70             : }
+      71             : 
+      72             : } // namespace kiss
+      73             : 
+      74             : #endif /* KISSCONVERT_H */
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/index-sort-f.html b/doc/coverageReport/libs/kiss/include/kiss/index-sort-f.html new file mode 100644 index 000000000..bb06075e7 --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/index-sort-f.html @@ -0,0 +1,103 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kissHitTotalCoverage
Test:coverage.info.cleanedLines:111957.9 %
Date:2024-04-08 14:58:22Functions:146720.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
logger.h +
44.4%44.4%
+ 		44.4 %4 / 919.7 %13 / 66
convert.h +
70.0%70.0%
+ 		70.0 %7 / 10100.0 %1 / 1
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/index-sort-l.html b/doc/coverageReport/libs/kiss/include/kiss/index-sort-l.html new file mode 100644 index 000000000..b047c279f --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/index-sort-l.html @@ -0,0 +1,103 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kissHitTotalCoverage
Test:coverage.info.cleanedLines:111957.9 %
Date:2024-04-08 14:58:22Functions:146720.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
logger.h +
44.4%44.4%
+ 		44.4 %4 / 919.7 %13 / 66
convert.h +
70.0%70.0%
+ 		70.0 %7 / 10100.0 %1 / 1
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/index.html b/doc/coverageReport/libs/kiss/include/kiss/index.html new file mode 100644 index 000000000..c4b160333 --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/index.html @@ -0,0 +1,103 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kissHitTotalCoverage
Test:coverage.info.cleanedLines:111957.9 %
Date:2024-04-08 14:58:22Functions:146720.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
convert.h +
70.0%70.0%
+ 		70.0 %7 / 10100.0 %1 / 1
logger.h +
44.4%44.4%
+ 		44.4 %4 / 919.7 %13 / 66
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/logger.h.func-sort-c.html b/doc/coverageReport/libs/kiss/include/kiss/logger.h.func-sort-c.html new file mode 100644 index 000000000..35772c48a --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/logger.h.func-sort-c.html @@ -0,0 +1,336 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss/logger.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kiss - logger.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4944.4 %
Date:2024-04-08 14:58:22Functions:136619.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4kiss6LoggerlsEPFRSoS1_E0
_ZN4kiss6LoggerlsIA11_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA12_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA135_KcEERS0_RT_0
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_ZN4kiss6LoggerlsIA15_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA16_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA18_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA197_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA231_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA23_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA256_cEERS0_RT_0
_ZN4kiss6LoggerlsIA25_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA26_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA27_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA33_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA34_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA35_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA39_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA40_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA41_KcEERS0_RT_0
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_ZN4kiss6LoggerlsIA46_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA47_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA49_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA53_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA54_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA55_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA69_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA6_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA70_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA71_KcEERS0_RT_0
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_ZN4kiss6LoggerlsIA74_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA75_KcEERS0_RT_0
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_ZN4kiss6LoggerlsIA9_KcEERS0_RT_0
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_ZN4kiss6LoggerlsIbEERS0_RT_0
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_ZN4kiss6LoggerlsIA5_KcEERS0_RT_1
_ZN4kiss6LoggerlsIA7_KcEERS0_RT_1
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_ZN4kiss6LoggerlsIiEERS0_RT_2
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_ZN4kiss6LoggerlsIA131_KcEERS0_RT_4
_ZN4kiss6LoggerlsIA50_KcEERS0_RT_4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/logger.h.func.html b/doc/coverageReport/libs/kiss/include/kiss/logger.h.func.html new file mode 100644 index 000000000..1f4061bc2 --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/logger.h.func.html @@ -0,0 +1,336 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss/logger.h - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kiss - logger.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4944.4 %
Date:2024-04-08 14:58:22Functions:136619.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4kiss6LoggerlsEPFRSoS1_E0
_ZN4kiss6LoggerlsIA11_KcEERS0_RT_0
_ZN4kiss6LoggerlsIA12_KcEERS0_RT_0
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+
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Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/include/kiss/logger.h.gcov.html b/doc/coverageReport/libs/kiss/include/kiss/logger.h.gcov.html new file mode 100644 index 000000000..a7402eee3 --- /dev/null +++ b/doc/coverageReport/libs/kiss/include/kiss/logger.h.gcov.html @@ -0,0 +1,131 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/include/kiss/logger.h + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/include/kiss - logger.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4944.4 %
Date:2024-04-08 14:58:22Functions:136619.7 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifndef KISS_LOG_H
+       2             : #define KISS_LOG_H
+       3             : 
+       4             : #include <iostream>
+       5             : 
+       6             : namespace kiss {
+       7             : 
+       8             : enum eLogLevel {
+       9             :         LOG_LEVEL_ERROR, LOG_LEVEL_WARNING, LOG_LEVEL_INFO, LOG_LEVEL_DEBUG
+      10             : };
+      11             : 
+      12             : class Logger {
+      13             :         static std::ostream *stream;
+      14             :         static eLogLevel level;
+      15             : public:
+      16             :         Logger(eLogLevel level);
+      17             :         ~Logger();
+      18             :         static std::ostream &getLogStream();
+      19             :         static void setLogStream(std::ostream *s);
+      20             :         static void setLogStream(std::ostream &s);
+      21             : 
+      22             :         static void setLogLevel(eLogLevel level);
+      23             :         static eLogLevel getLogLevel();
+      24             : 
+      25             :         static void loadEnvLogLevel();
+      26             : 
+      27             :         operator std::ostream &() {
+      28           0 :                 return getLogStream();
+      29             :         }
+      30             : 
+      31          26 :         template<typename T> inline Logger& operator<<(T& data) {
+      32          52 :                 #pragma omp critical (KISS_LOGGER)
+      33             :                 {
+      34          26 :                 getLogStream() << data;
+      35             :                 }
+      36          26 :                 return *this;
+      37             :         }
+      38             : 
+      39           0 :         inline Logger& operator<<(std::ostream& (*func)(std::ostream&)) {
+      40           0 :                 #pragma omp critical (KISS_LOGGER)
+      41             :                 {
+      42           0 :                 getLogStream() << func;
+      43             :                 }
+      44           0 :                 return *this;
+      45             :         }
+      46             : };
+      47             : 
+      48             : } // namespace kiss
+      49             : 
+      50             : #define KISS_LOG_ERROR if (kiss::Logger::getLogLevel() < kiss::LOG_LEVEL_ERROR) {} else kiss::Logger(kiss::LOG_LEVEL_ERROR)
+      51             : #define KISS_LOG_WARNING if (kiss::Logger::getLogLevel() < kiss::LOG_LEVEL_WARNING) {} else kiss::Logger(kiss::LOG_LEVEL_WARNING)
+      52             : #define KISS_LOG_INFO if (kiss::Logger::getLogLevel() < kiss::LOG_LEVEL_INFO) {} else kiss::Logger(kiss::LOG_LEVEL_INFO)
+      53             : #define KISS_LOG_DEBUG if (kiss::Logger::getLogLevel() < kiss::LOG_LEVEL_DEBUG) {} else kiss::Logger(kiss::LOG_LEVEL_DEBUG)
+      54             : 
+      55             : #endif /* KISSLOG_H */
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/index-sort-f.html b/doc/coverageReport/libs/kiss/src/index-sort-f.html new file mode 100644 index 000000000..ec409f400 --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/index-sort-f.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/srcHitTotalCoverage
Test:coverage.info.cleanedLines:3412128.1 %
Date:2024-04-08 14:58:22Functions:92339.1 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
string.cpp +
14.8%14.8%
+ 		14.8 %4 / 2714.3 %1 / 7
path.cpp +
24.5%24.5%
+ 		24.5 %13 / 5337.5 %3 / 8
logger.cpp +
41.5%41.5%
+ 		41.5 %17 / 4162.5 %5 / 8
+
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+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/index-sort-l.html b/doc/coverageReport/libs/kiss/src/index-sort-l.html new file mode 100644 index 000000000..4cac3f96c --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/index-sort-l.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/srcHitTotalCoverage
Test:coverage.info.cleanedLines:3412128.1 %
Date:2024-04-08 14:58:22Functions:92339.1 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
string.cpp +
14.8%14.8%
+ 		14.8 %4 / 2714.3 %1 / 7
path.cpp +
24.5%24.5%
+ 		24.5 %13 / 5337.5 %3 / 8
logger.cpp +
41.5%41.5%
+ 		41.5 %17 / 4162.5 %5 / 8
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/index.html b/doc/coverageReport/libs/kiss/src/index.html new file mode 100644 index 000000000..d44e18167 --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/index.html @@ -0,0 +1,113 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/srcHitTotalCoverage
Test:coverage.info.cleanedLines:3412128.1 %
Date:2024-04-08 14:58:22Functions:92339.1 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
logger.cpp +
41.5%41.5%
+ 		41.5 %17 / 4162.5 %5 / 8
path.cpp +
24.5%24.5%
+ 		24.5 %13 / 5337.5 %3 / 8
string.cpp +
14.8%14.8%
+ 		14.8 %4 / 2714.3 %1 / 7
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/logger.cpp.func-sort-c.html b/doc/coverageReport/libs/kiss/src/logger.cpp.func-sort-c.html new file mode 100644 index 000000000..a72ea02f2 --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/logger.cpp.func-sort-c.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/logger.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - logger.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:174141.5 %
Date:2024-04-08 14:58:22Functions:5862.5 %
+
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4kiss6Logger11setLogLevelENS_9eLogLevelE0
_ZN4kiss6Logger12setLogStreamEPSo0
_ZN4kiss6Logger12setLogStreamERSo0
_ZN4kiss6LoggerC2ENS_9eLogLevelE12
_ZN4kiss6LoggerD2Ev12
_ZN4kiss6Logger15loadEnvLogLevelEv19
_ZN4kiss6Logger12getLogStreamEv26
_ZN4kiss6Logger11getLogLevelEv290
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/logger.cpp.func.html b/doc/coverageReport/libs/kiss/src/logger.cpp.func.html new file mode 100644 index 000000000..c740d5ca4 --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/logger.cpp.func.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/logger.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - logger.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:174141.5 %
Date:2024-04-08 14:58:22Functions:5862.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4kiss6Logger11getLogLevelEv290
_ZN4kiss6Logger11setLogLevelENS_9eLogLevelE0
_ZN4kiss6Logger12getLogStreamEv26
_ZN4kiss6Logger12setLogStreamEPSo0
_ZN4kiss6Logger12setLogStreamERSo0
_ZN4kiss6Logger15loadEnvLogLevelEv19
_ZN4kiss6LoggerC2ENS_9eLogLevelE12
_ZN4kiss6LoggerD2Ev12
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/logger.cpp.gcov.html b/doc/coverageReport/libs/kiss/src/logger.cpp.gcov.html new file mode 100644 index 000000000..212278290 --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/logger.cpp.gcov.html @@ -0,0 +1,161 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/logger.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - logger.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:174141.5 %
Date:2024-04-08 14:58:22Functions:5862.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "kiss/logger.h"
+       2             : 
+       3             : #include <stdlib.h>
+       4             : #include <iostream>
+       5             : 
+       6             : namespace kiss {
+       7             : 
+       8             : std::ostream *Logger::stream = &std::cerr;
+       9             : eLogLevel Logger::level = LOG_LEVEL_WARNING;
+      10             : const char* sLoggerLevel[] = { " ERROR ", "WARNING", " INFO  ", " DEBUG " };
+      11             : 
+      12             : class EnvLogger {
+      13             : public:
+      14             :         EnvLogger() {
+      15             :                 Logger::loadEnvLogLevel();
+      16             :         }
+      17             : };
+      18             : static EnvLogger _env_log_;
+      19             : 
+      20          12 : Logger::Logger(eLogLevel level) {
+      21             :         time_t rawtime;
+      22             :         struct tm * timeinfo;
+      23             :         char buffer[80];
+      24             : 
+      25          12 :         time(&rawtime);
+      26          12 :         timeinfo = localtime(&rawtime);
+      27             : 
+      28          12 :         strftime(buffer, 80, "%Y-%m-%d %H:%M:%S ", timeinfo);
+      29          12 :         *stream << buffer;
+      30          12 :         *stream << "[" << sLoggerLevel[level] << "] ";
+      31          12 : }
+      32             : 
+      33          12 : Logger::~Logger() {
+      34          12 :         *stream << std::endl;
+      35          12 : }
+      36             : 
+      37          26 : std::ostream &Logger::getLogStream() {
+      38          26 :         return (*stream);
+      39             : }
+      40             : 
+      41           0 : void Logger::setLogStream(std::ostream *s) {
+      42           0 :         stream = s;
+      43           0 : }
+      44             : 
+      45           0 : void Logger::setLogStream(std::ostream &s) {
+      46           0 :         stream = &s;
+      47           0 : }
+      48             : 
+      49           0 : void Logger::setLogLevel(eLogLevel l) {
+      50           0 :         level = l;
+      51           0 : }
+      52         290 : eLogLevel Logger::getLogLevel() {
+      53         290 :         return (level);
+      54             : }
+      55             : 
+      56             : 
+      57             : 
+      58             : 
+      59          19 : void Logger::loadEnvLogLevel() {
+      60          19 :         if (::getenv("KISS_LOG_LEVEL")) {
+      61             :                 
+      62           0 :                 int level = atoi(::getenv("KISS_LOG_LEVEL"));
+      63           0 :                 switch (level) {
+      64           0 :                 case LOG_LEVEL_ERROR:
+      65           0 :                         Logger::setLogLevel(LOG_LEVEL_ERROR);
+      66           0 :                         break;
+      67           0 :                 case LOG_LEVEL_WARNING:
+      68           0 :                         Logger::setLogLevel(LOG_LEVEL_WARNING);
+      69           0 :                         break;
+      70           0 :                 case LOG_LEVEL_INFO:
+      71           0 :                         Logger::setLogLevel(LOG_LEVEL_INFO);
+      72           0 :                         break;
+      73           0 :                 case LOG_LEVEL_DEBUG:
+      74           0 :                         Logger::setLogLevel(LOG_LEVEL_DEBUG);
+      75           0 :                         break;
+      76             :                 default:
+      77             :                         std::cerr << "kiss::Logger: unknown log level in KISS_LOG_LEVEL '"
+      78           0 :                                         << level << " values from 0-3 expected." << std::endl;
+      79             :                         break;
+      80             :                 }
+      81             :         }
+      82          19 : }
+      83             : 
+      84             : } // namespace kiss
+      85             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/path.cpp.func-sort-c.html b/doc/coverageReport/libs/kiss/src/path.cpp.func-sort-c.html new file mode 100644 index 000000000..496484b29 --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/path.cpp.func-sort-c.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/path.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - path.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:135324.5 %
Date:2024-04-08 14:58:22Functions:3837.5 %
+
+ +
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Function Name Sort by function nameHit count Sort by hit count
_Z11append_fileRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_b0
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_Z11concat_pathRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_547
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/path.cpp.func.html b/doc/coverageReport/libs/kiss/src/path.cpp.func.html new file mode 100644 index 000000000..e354ac988 --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/path.cpp.func.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/path.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - path.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:135324.5 %
Date:2024-04-08 14:58:22Functions:3837.5 %
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Function Name Sort by function nameHit count Sort by hit count
_Z11append_fileRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_b0
_Z11concat_pathRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_547
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_Z26create_directory_recursiveRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEmmm0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/path.cpp.gcov.html b/doc/coverageReport/libs/kiss/src/path.cpp.gcov.html new file mode 100644 index 000000000..7cc7b933a --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/path.cpp.gcov.html @@ -0,0 +1,245 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/path.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - path.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:135324.5 %
Date:2024-04-08 14:58:22Functions:3837.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "kiss/path.h"
+       2             : 
+       3             : #ifdef WIN32
+       4             : #  include "windows.h"
+       5             : #  ifndef S_ISREG
+       6             : #    define S_ISREG(x) (((x) & S_IFMT) == S_IFREG)
+       7             : #  endif
+       8             : #  ifndef S_ISDIR
+       9             : #    define S_ISDIR(x) (((x) & S_IFMT) == S_IFDIR)
+      10             : #  endif
+      11             : #  include "sys/stat.h"
+      12             : #else
+      13             : #include <sys/types.h>
+      14             : #include <fcntl.h>
+      15             : #include <unistd.h>
+      16             : #include <dirent.h>
+      17             : #include "sys/stat.h"
+      18             : #endif
+      19             : 
+      20             : #include <stdexcept>
+      21             : #include <cstdio>
+      22             : 
+      23           0 : bool create_directory(const std::string &path, size_t user_permission,
+      24             :                 size_t group_permission, size_t other_permission) {
+      25             : #ifdef WIN32
+      26             :         BOOL result = ::CreateDirectoryA(path.c_str(), 0);
+      27             :         return result == TRUE;
+      28             : #else
+      29             :         mode_t m = 0;
+      30           0 :         m |= (user_permission << 6);
+      31           0 :         m |= (group_permission << 3);
+      32           0 :         m |= (other_permission << 0);
+      33           0 :         int result = mkdir(path.c_str(), m);
+      34           0 :         return (result == 0);
+      35             : #endif
+      36             : }
+      37             : 
+      38          26 : bool is_directory(const std::string &path) {
+      39             : #ifdef WIN32
+      40             :         struct _stat buf;
+      41             :         int result = _stat(path.c_str(), &buf);
+      42             :         if (result == 0 && S_ISDIR(buf.st_mode))
+      43             :                 return true;
+      44             :         else
+      45             :                 return false;
+      46             : #else
+      47             :         struct stat buf;
+      48          26 :         int result = stat(path.c_str(), &buf);
+      49          26 :         if (result == 0 && S_ISDIR(buf.st_mode))
+      50             :         return true;
+      51             :         else
+      52          26 :         return false;
+      53             : #endif
+      54             : }
+      55             : 
+      56           0 : bool list_directory(const std::string &directory,
+      57             :                 std::vector<std::string> &elements) {
+      58             : #ifdef WIN32
+      59             :         WIN32_FIND_DATA findData;
+      60             :         HANDLE hFind = FindFirstFileA((directory + "\\*.*").c_str(), &findData);
+      61             :         if (hFind == INVALID_HANDLE_VALUE)
+      62             :                 throw std::runtime_error("Failed to get directory list");
+      63             :         for (;;) {
+      64             :                 if (findData.cFileName[0] != '.') {
+      65             :                         elements.push_back(findData.cFileName);
+      66             :                 }
+      67             :                 if (FindNextFileA(hFind, &findData) == 0)
+      68             :                         break;
+      69             :         }
+      70             :         FindClose(hFind);
+      71             : #else
+      72           0 :         DIR* dir = opendir(directory.c_str());
+      73           0 :         if (dir == NULL)
+      74             :         return false;
+      75             :         dirent* entry;
+      76           0 :         while ((entry = readdir(dir)) != NULL) {
+      77           0 :                 if (entry->d_name[0] != '.') {
+      78           0 :                         elements.push_back(entry->d_name);
+      79             :                 }
+      80             :         }
+      81           0 :         closedir(dir);
+      82             : #endif
+      83           0 :         return true;
+      84             : }
+      85             : 
+      86           0 : bool create_directory_recursive(const std::string &dir, size_t user_permission,
+      87             :                 size_t group_permission, size_t other_permission) {
+      88             :         // split path
+      89           0 :         const char seperators[] = "\\/";
+      90             :         std::vector<std::string> elements;
+      91             :         std::string::size_type a, b;
+      92             :         a = dir.find_first_not_of(seperators), b = dir.find_first_of(seperators, a);
+      93           0 :         while (a != std::string::npos) {
+      94           0 :                 elements.push_back(dir.substr(a, b - a));
+      95             :                 a = dir.find_first_not_of(seperators, b), b = dir.find_first_of(
+      96             :                                 seperators, a);
+      97             :         }
+      98             : 
+      99             :         // create all non existing parts
+     100             :         std::string path;
+     101           0 :         for (size_t i = 0; i < elements.size(); i++) {
+     102             :                 path += elements[i];
+     103             :                 path += path_seperator;
+     104           0 :                 if (is_directory(path) == false)
+     105           0 :                         create_directory(path);
+     106             :         }
+     107             : 
+     108           0 :         return is_directory(dir);
+     109           0 : }
+     110             : 
+     111         547 : std::string concat_path(const std::string &a, const std::string &b) {
+     112         547 :         char last = *a.rbegin();
+     113         547 :         if (last == '\\' || last == '/')
+     114           0 :                 return a + b;
+     115             :         else
+     116        1094 :                 return a + path_seperator + b;
+     117             : 
+     118             : }
+     119             : 
+     120           0 : std::string concat_path(const std::string &a, const std::string &b,
+     121             :                 const std::string &c) {
+     122             :         std::string p = a;
+     123           0 :         if (*p.rbegin() != '\\' && *p.rbegin() != '/')
+     124             :                 p += path_seperator;
+     125             :         p += b;
+     126           0 :         if (*p.rbegin() != '\\' && *p.rbegin() != '/')
+     127             :                 p += path_seperator;
+     128             :         p += c;
+     129           0 :         return p;
+     130             : }
+     131             : 
+     132           0 : void append_file(const std::string &target, const std::string &source,
+     133             :                 bool binary) {
+     134           0 :         FILE *t = fopen(target.c_str(), binary ? "wb+" : "w+");
+     135           0 :         if (t == NULL)
+     136           0 :                 return;
+     137             : 
+     138           0 :         FILE *s = fopen(source.c_str(), binary ? "rb" : "r");
+     139           0 :         if (s == NULL) {
+     140           0 :                 fclose(t);
+     141           0 :                 return;
+     142             :         }
+     143             : 
+     144             :         size_t size = 0;
+     145             :         char buffer[1 << 20];
+     146           0 :         while ((size = fread(buffer, 1, sizeof(buffer), s)) > 0) {
+     147           0 :                 fwrite(buffer, 1, size, t);
+     148             :         }
+     149             : 
+     150           0 :         fclose(t);
+     151           0 :         fclose(s);
+     152             : }
+     153             : 
+     154          13 : std::string executable_path() {
+     155             :         char buf[1024];
+     156             : 
+     157             : //#if linux
+     158          13 :         size_t len = readlink("/proc/self/exe", buf, sizeof(buf)-1);
+     159             : //#else
+     160             : //      size_t len = ::GetModuleFileName(NULL, buf, sizeof(buf)-1 );
+     161             : //#endif
+     162         192 :         for (size_t i = 1; i < len; i++) {
+     163         189 :                 if (buf[len - 1] == path_seperator)
+     164             :                         break;
+     165             :                 else
+     166             :                         len --;
+     167             :         }
+     168          13 :         return std::string(buf, len);
+     169             : }
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/string.cpp.func-sort-c.html b/doc/coverageReport/libs/kiss/src/string.cpp.func-sort-c.html new file mode 100644 index 000000000..43fcf0d21 --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/string.cpp.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/string.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - string.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:42714.8 %
Date:2024-04-08 14:58:22Functions:1714.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4kiss10trim_rightERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss11starts_withERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss4trimERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss7explodeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERSt6vectorIS5_SaIS5_EEbS7_0
_ZN4kiss7implodeERKSt6vectorINSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEESaIS6_EERKS6_0
_ZN4kiss9trim_leftERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss9ends_withERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_3
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/string.cpp.func.html b/doc/coverageReport/libs/kiss/src/string.cpp.func.html new file mode 100644 index 000000000..a35b5f6ae --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/string.cpp.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/string.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - string.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:42714.8 %
Date:2024-04-08 14:58:22Functions:1714.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN4kiss10trim_rightERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss11starts_withERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss4trimERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss7explodeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERSt6vectorIS5_SaIS5_EEbS7_0
_ZN4kiss7implodeERKSt6vectorINSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEESaIS6_EERKS6_0
_ZN4kiss9ends_withERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_3
_ZN4kiss9trim_leftERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/libs/kiss/src/string.cpp.gcov.html b/doc/coverageReport/libs/kiss/src/string.cpp.gcov.html new file mode 100644 index 000000000..af1671ddc --- /dev/null +++ b/doc/coverageReport/libs/kiss/src/string.cpp.gcov.html @@ -0,0 +1,165 @@ + + + + + + + LCOV - coverage.info.cleaned - libs/kiss/src/string.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - libs/kiss/src - string.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:42714.8 %
Date:2024-04-08 14:58:22Functions:1714.3 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "kiss/string.h"
+       2             : 
+       3             : #include <iostream>
+       4             : #include <string>
+       5             : #include <vector>
+       6             : 
+       7             : namespace kiss {
+       8             : 
+       9           0 : std::string trim_right(const std::string &s, const std::string &t) {
+      10             :         std::string::size_type i(s.find_last_not_of(t));
+      11             : 
+      12           0 :         if (i == std::string::npos)
+      13           0 :                 return "";
+      14             :         else
+      15           0 :                 return std::string(s, 0, i);
+      16             : }
+      17             : 
+      18           0 : std::string trim_left(const std::string &s, const std::string &t) {
+      19           0 :         return std::string(s, s.find_first_not_of(t));
+      20             : }
+      21             : 
+      22           0 : std::string trim(const std::string &s, const std::string &t) {
+      23             :         std::string::size_type a = s.find_first_not_of(t);
+      24             :         std::string::size_type b = s.find_last_not_of(t);
+      25             : 
+      26           0 :         if (a == std::string::npos || b == std::string::npos)
+      27           0 :                 return "";
+      28             : 
+      29           0 :         return std::string(s, a, b - a + 1);
+      30             : }
+      31             : 
+      32           0 : void explode(const std::string &s, std::vector<std::string> &v,
+      33             :                 const bool trim_spaces, const std::string &t) {
+      34             :         std::string::size_type a, b;
+      35             : 
+      36             :         a = s.find_first_not_of(t), b = s.find_first_of(t, a);
+      37             : 
+      38           0 :         while (a != std::string::npos) {
+      39           0 :                 if (trim_spaces)
+      40           0 :                         v.push_back(trim(s.substr(a, b - a)));
+      41             :                 else
+      42           0 :                         v.push_back(s.substr(a, b - a));
+      43             : 
+      44             :                 a = s.find_first_not_of(t, b), b = s.find_first_of(t, a);
+      45             :         }
+      46           0 : }
+      47             : 
+      48           0 : std::string implode(const std::vector<std::string> &v, const std::string &t) {
+      49             :         unsigned int i;
+      50             :         std::string s;
+      51             : 
+      52           0 :         for (i = 0; i < (v.size() - 1); i++) {
+      53             :                 s.append(v[i]);
+      54             :                 s.append(t);
+      55             :         }
+      56             : 
+      57           0 :         return s + v[i];
+      58             : }
+      59             : 
+      60           3 : bool ends_with(const std::string &s, const std::string &w) {
+      61           3 :         if (s.size() < w.size())
+      62             :                 return false;
+      63             :         std::string::const_reverse_iterator si = s.rbegin();
+      64             :         std::string::const_reverse_iterator wi = w.rbegin();
+      65           3 :         while (wi != w.rend()) {
+      66           3 :                 if (*wi != *si)
+      67             :                         return false;
+      68             :                 wi++;
+      69             :                 si++;
+      70             :         }
+      71             : 
+      72             :         return true;
+      73             : }
+      74             : 
+      75           0 : bool starts_with(const std::string &s, const std::string &w) {
+      76           0 :         if (s.size() < w.size())
+      77             :                 return false;
+      78             :         std::string::const_iterator si = s.begin();
+      79             :         std::string::const_iterator wi = w.begin();
+      80           0 :         while (wi != w.end()) {
+      81           0 :                 if (*wi != *si)
+      82             :                         return false;
+      83             :                 wi++;
+      84             :                 si++;
+      85             :         }
+      86             :         return true;
+      87             : }
+      88             : 
+      89             : } // namespace kiss
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/ruby.png b/doc/coverageReport/ruby.png new file mode 100644 index 0000000000000000000000000000000000000000..991b6d4ec9e78be165e3ef757eed1aada287364d GIT binary patch literal 141 zcmeAS@N?(olHy`uVBq!ia0vp^j3CU&3?x-=hn)ga>?NMQuI!iC1^FceV#7`HfI^%F z9+AZi4BSE>%y{W;-5;PJOS+@4BLl<6e(pbstUx|nfKQ0)e^Y%R^MdiLxj>4`)5S5Q b;#P73kj=!v_*DHKNFRfztDnm{r-UW|iOwIS literal 0 HcmV?d00001 diff --git a/doc/coverageReport/snow.png b/doc/coverageReport/snow.png new file mode 100644 index 0000000000000000000000000000000000000000..2cdae107fceec6e7f02ac7acb4a34a82a540caa5 GIT binary patch literal 141 zcmeAS@N?(olHy`uVBq!ia0vp^j3CU&3?x-=hn)ga>?NMQuI!iC1^MM!lvI6;R0X`wF|Ns97GD8ntt^-nBo-U3d c6}OTTfNUlP#;5A{K>8RwUHx3vIVCg!071?oo&W#< literal 0 HcmV?d00001 diff --git a/doc/coverageReport/src/Candidate.cpp.func-sort-c.html b/doc/coverageReport/src/Candidate.cpp.func-sort-c.html new file mode 100644 index 000000000..b34d8b8c1 --- /dev/null +++ b/doc/coverageReport/src/Candidate.cpp.func-sort-c.html @@ -0,0 +1,212 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Candidate.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Candidate.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12914787.8 %
Date:2024-04-08 14:58:22Functions:333594.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9Candidate16clearSecondariesEv0
_ZNK7crpropa9Candidate14getDescriptionB5cxx11Ev0
_ZN7crpropa9Candidate19setNextSerialNumberEm1
_ZN7crpropa9Candidate7restartEv1
_ZN7crpropa9Candidate12addSecondaryEiddNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE2
_ZN7crpropa9Candidate12addSecondaryEPS0_4
_ZN7crpropa9Candidate12updateWeightEd5
_ZN7crpropa9Candidate14removePropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE5
_ZN7crpropa9Candidate19getNextSerialNumberEv6
_ZN7crpropa9Candidate15setSerialNumberEm11
_ZNK7crpropa9Candidate11getPropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE11
_ZN7crpropa9CandidateC2ERKNS_13ParticleStateE20
_ZNK7crpropa9Candidate11hasPropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE30
_ZNK7crpropa9Candidate5cloneEb30
_ZNK7crpropa9Candidate22getCreatedSerialNumberEv48
_ZNK7crpropa9Candidate21getSourceSerialNumberEv49
_ZNK7crpropa9Candidate12getTagOriginB5cxx11Ev61
_ZNK7crpropa9Candidate15getSerialNumberEv84
_ZNK7crpropa9Candidate9getWeightEv1064
_ZN7crpropa9Candidate11setPropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKNS_7VariantE1143
_ZN7crpropa9Candidate9setActiveEb1742
_ZNK7crpropa9Candidate8isActiveEv21336
_ZNK7crpropa9Candidate14getCurrentStepEv63001
_ZNK7crpropa9Candidate11getNextStepEv499385
_ZN7crpropa9Candidate11setNextStepEd499400
_ZN7crpropa9Candidate14setCurrentStepEd501076
_ZNK7crpropa9Candidate11getRedshiftEv529541
_ZN7crpropa9Candidate13limitNextStepEd530052
_ZNK7crpropa9Candidate19getTrajectoryLengthEv1011718
_ZN7crpropa9Candidate12addSecondaryEidNS_7Vector3IdEEdNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE3324908
_ZN7crpropa9Candidate12setTagOriginENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE3324912
_ZN7crpropa9Candidate19setTrajectoryLengthEd3324939
_ZN7crpropa9Candidate9setWeightEd3325923
_ZN7crpropa9Candidate11setRedshiftEd3332752
_ZN7crpropa9CandidateC2EidNS_7Vector3IdEES2_ddNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE3368851
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Candidate.cpp.func.html b/doc/coverageReport/src/Candidate.cpp.func.html new file mode 100644 index 000000000..4a0c5e726 --- /dev/null +++ b/doc/coverageReport/src/Candidate.cpp.func.html @@ -0,0 +1,212 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Candidate.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Candidate.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12914787.8 %
Date:2024-04-08 14:58:22Functions:333594.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9Candidate11setNextStepEd499400
_ZN7crpropa9Candidate11setPropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKNS_7VariantE1143
_ZN7crpropa9Candidate11setRedshiftEd3332752
_ZN7crpropa9Candidate12addSecondaryEPS0_4
_ZN7crpropa9Candidate12addSecondaryEidNS_7Vector3IdEEdNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE3324908
_ZN7crpropa9Candidate12addSecondaryEiddNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE2
_ZN7crpropa9Candidate12setTagOriginENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE3324912
_ZN7crpropa9Candidate12updateWeightEd5
_ZN7crpropa9Candidate13limitNextStepEd530052
_ZN7crpropa9Candidate14removePropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE5
_ZN7crpropa9Candidate14setCurrentStepEd501076
_ZN7crpropa9Candidate15setSerialNumberEm11
_ZN7crpropa9Candidate16clearSecondariesEv0
_ZN7crpropa9Candidate19getNextSerialNumberEv6
_ZN7crpropa9Candidate19setNextSerialNumberEm1
_ZN7crpropa9Candidate19setTrajectoryLengthEd3324939
_ZN7crpropa9Candidate7restartEv1
_ZN7crpropa9Candidate9setActiveEb1742
_ZN7crpropa9Candidate9setWeightEd3325923
_ZN7crpropa9CandidateC2ERKNS_13ParticleStateE20
_ZN7crpropa9CandidateC2EidNS_7Vector3IdEES2_ddNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE3368851
_ZNK7crpropa9Candidate11getNextStepEv499385
_ZNK7crpropa9Candidate11getPropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE11
_ZNK7crpropa9Candidate11getRedshiftEv529541
_ZNK7crpropa9Candidate11hasPropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE30
_ZNK7crpropa9Candidate12getTagOriginB5cxx11Ev61
_ZNK7crpropa9Candidate14getCurrentStepEv63001
_ZNK7crpropa9Candidate14getDescriptionB5cxx11Ev0
_ZNK7crpropa9Candidate15getSerialNumberEv84
_ZNK7crpropa9Candidate19getTrajectoryLengthEv1011718
_ZNK7crpropa9Candidate21getSourceSerialNumberEv49
_ZNK7crpropa9Candidate22getCreatedSerialNumberEv48
_ZNK7crpropa9Candidate5cloneEb30
_ZNK7crpropa9Candidate8isActiveEv21336
_ZNK7crpropa9Candidate9getWeightEv1064
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Candidate.cpp.gcov.html b/doc/coverageReport/src/Candidate.cpp.gcov.html new file mode 100644 index 000000000..07a4b2a2a --- /dev/null +++ b/doc/coverageReport/src/Candidate.cpp.gcov.html @@ -0,0 +1,331 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Candidate.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Candidate.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12914787.8 %
Date:2024-04-08 14:58:22Functions:333594.3 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Candidate.h"
+       2             : #include "crpropa/ParticleID.h"
+       3             : #include "crpropa/Units.h"
+       4             : 
+       5             : #include <stdexcept>
+       6             : 
+       7             : namespace crpropa {
+       8             : 
+       9     3368851 : Candidate::Candidate(int id, double E, Vector3d pos, Vector3d dir, double z, double weight, std::string tagOrigin) :
+      10     3368851 :   redshift(z), trajectoryLength(0), weight(weight), currentStep(0), nextStep(0), active(true), parent(0), tagOrigin(tagOrigin) {
+      11     3368851 :         ParticleState state(id, E, pos, dir);
+      12             :         source = state;
+      13             :         created = state;
+      14             :         previous = state;
+      15             :         current = state;
+      16             : 
+      17             : #if defined(OPENMP_3_1)
+      18             :                 #pragma omp atomic capture
+      19             :                 {serialNumber = nextSerialNumber++;}
+      20             : #elif defined(__GNUC__)
+      21     3368851 :                 {serialNumber = __sync_add_and_fetch(&nextSerialNumber, 1);}
+      22             : #else
+      23             :                 #pragma omp critical
+      24             :                 {serialNumber = nextSerialNumber++;}
+      25             : #endif
+      26             : 
+      27     3368851 : }
+      28             : 
+      29          20 : Candidate::Candidate(const ParticleState &state) :
+      30          20 :                 source(state), created(state), current(state), previous(state), redshift(0), trajectoryLength(0), currentStep(0), nextStep(0), active(true), parent(0), tagOrigin ("PRIM") {
+      31             : 
+      32             : #if defined(OPENMP_3_1)
+      33             :                 #pragma omp atomic capture
+      34             :                 {serialNumber = nextSerialNumber++;}
+      35             : #elif defined(__GNUC__)
+      36          20 :                 {serialNumber = __sync_add_and_fetch(&nextSerialNumber, 1);}
+      37             : #else
+      38             :                 #pragma omp critical
+      39             :                 {serialNumber = nextSerialNumber++;}
+      40             : #endif
+      41             : 
+      42          20 : }
+      43             : 
+      44       21336 : bool Candidate::isActive() const {
+      45       21336 :         return active;
+      46             : }
+      47             : 
+      48        1742 : void Candidate::setActive(bool b) {
+      49        1742 :         active = b;
+      50        1742 : }
+      51             : 
+      52      529541 : double Candidate::getRedshift() const {
+      53      529541 :         return redshift;
+      54             : }
+      55             : 
+      56     1011718 : double Candidate::getTrajectoryLength() const {
+      57     1011718 :         return trajectoryLength;
+      58             : }
+      59             : 
+      60        1064 : double Candidate::getWeight() const {
+      61        1064 :         return weight;
+      62             : }
+      63             : 
+      64       63001 : double Candidate::getCurrentStep() const {
+      65       63001 :         return currentStep;
+      66             : }
+      67             : 
+      68      499385 : double Candidate::getNextStep() const {
+      69      499385 :         return nextStep;
+      70             : }
+      71             : 
+      72     3332752 : void Candidate::setRedshift(double z) {
+      73     3332752 :         redshift = z;
+      74     3332752 : }
+      75             : 
+      76     3324939 : void Candidate::setTrajectoryLength(double a) {
+      77     3324939 :         trajectoryLength = a;
+      78     3324939 : }
+      79             : 
+      80     3325923 : void Candidate::setWeight(double w) {
+      81     3325923 :         weight = w;
+      82     3325923 : }
+      83             : 
+      84           5 : void Candidate::updateWeight(double w) {
+      85           5 :   weight *= w;
+      86           5 : }
+      87             : 
+      88      501076 : void Candidate::setCurrentStep(double lstep) {
+      89      501076 :         currentStep = lstep;
+      90      501076 :         trajectoryLength += lstep;
+      91      501076 : }
+      92             : 
+      93      499400 : void Candidate::setNextStep(double step) {
+      94      499400 :         nextStep = step;
+      95      499400 : }
+      96             : 
+      97      530052 : void Candidate::limitNextStep(double step) {
+      98      530052 :         nextStep = std::min(nextStep, step);
+      99      530052 : }
+     100             : 
+     101        1143 : void Candidate::setProperty(const std::string &name, const Variant &value) {
+     102        1143 :         properties[name] = value;
+     103        1143 : }
+     104             : 
+     105     3324912 : void Candidate::setTagOrigin (std::string tagOrigin) {
+     106     3324912 :         this->tagOrigin = tagOrigin;
+     107     3324912 : }
+     108             : 
+     109          61 : std::string Candidate::getTagOrigin () const {
+     110          61 :         return tagOrigin;
+     111             : }
+     112             : 
+     113          11 : const Variant &Candidate::getProperty(const std::string &name) const {
+     114          11 :         PropertyMap::const_iterator i = properties.find(name);
+     115          11 :         if (i == properties.end())
+     116           0 :                 throw std::runtime_error("Unknown candidate property: " + name);
+     117          11 :         return i->second;
+     118             : }
+     119             : 
+     120           5 : bool Candidate::removeProperty(const std::string& name) {
+     121           5 :         PropertyMap::iterator i = properties.find(name);
+     122           5 :         if (i == properties.end())
+     123             :                 return false;
+     124             :         properties.erase(i);
+     125             :         return true;
+     126             : }
+     127             : 
+     128          30 : bool Candidate::hasProperty(const std::string &name) const {
+     129          30 :         PropertyMap::const_iterator i = properties.find(name);
+     130          30 :         if (i == properties.end())
+     131          10 :                 return false;
+     132             :         return true;
+     133             : }
+     134             : 
+     135           4 : void Candidate::addSecondary(Candidate *c) {
+     136           4 :         secondaries.push_back(c);
+     137           4 : }
+     138             : 
+     139           2 : void Candidate::addSecondary(int id, double energy, double w, std::string tagOrigin) {
+     140           4 :         ref_ptr<Candidate> secondary = new Candidate;
+     141           2 :         secondary->setRedshift(redshift);
+     142           2 :         secondary->setTrajectoryLength(trajectoryLength);
+     143           2 :         secondary->setWeight(weight * w);
+     144           4 :         secondary->setTagOrigin(tagOrigin);
+     145           2 :         for (PropertyMap::const_iterator it = properties.begin(); it != properties.end(); ++it) {
+     146           0 :                 secondary->setProperty(it->first, it->second);         
+     147             :         }
+     148             :         secondary->source = source;
+     149             :         secondary->previous = previous;
+     150             :         secondary->created = previous;
+     151           2 :         secondary->current = current;
+     152           2 :         secondary->current.setId(id);
+     153           2 :         secondary->current.setEnergy(energy);
+     154           2 :         secondary->parent = this;
+     155           2 :         secondaries.push_back(secondary);
+     156           2 : }
+     157             : 
+     158     3324908 : void Candidate::addSecondary(int id, double energy, Vector3d position, double w, std::string tagOrigin) {
+     159     6649816 :         ref_ptr<Candidate> secondary = new Candidate;
+     160     3324908 :         secondary->setRedshift(redshift);
+     161     3324908 :         secondary->setTrajectoryLength(trajectoryLength - (current.getPosition() - position).getR());
+     162     3324908 :         secondary->setWeight(weight * w);
+     163     6649816 :         secondary->setTagOrigin(tagOrigin);
+     164     3324908 :         for (PropertyMap::const_iterator it = properties.begin(); it != properties.end(); ++it) {
+     165           0 :                 secondary->setProperty(it->first, it->second);         
+     166             :         }
+     167             :         secondary->source = source;
+     168             :         secondary->previous = previous;
+     169     3324908 :         secondary->created = previous;
+     170     3324908 :         secondary->current = current;
+     171     3324908 :         secondary->current.setId(id);
+     172     3324908 :         secondary->current.setEnergy(energy);
+     173     3324908 :         secondary->current.setPosition(position);
+     174     3324908 :         secondary->created.setPosition(position);
+     175     3324908 :         secondary->parent = this;
+     176     3324908 :         secondaries.push_back(secondary);
+     177     3324908 : }
+     178             : 
+     179           0 : void Candidate::clearSecondaries() {
+     180           0 :         secondaries.clear();
+     181           0 : }
+     182             : 
+     183           0 : std::string Candidate::getDescription() const {
+     184           0 :         std::stringstream ss;
+     185           0 :         ss << "CosmicRay at z = " << getRedshift() << "\n";
+     186           0 :         ss << "  source:  " << source.getDescription() << "\n";
+     187           0 :         ss << "  current: " << current.getDescription();
+     188           0 :         return ss.str();
+     189           0 : }
+     190             : 
+     191          30 : ref_ptr<Candidate> Candidate::clone(bool recursive) const {
+     192          60 :         ref_ptr<Candidate> cloned = new Candidate;
+     193             :         cloned->source = source;
+     194             :         cloned->created = created;
+     195             :         cloned->current = current;
+     196             :         cloned->previous = previous;
+     197             : 
+     198          30 :         cloned->properties = properties;
+     199          30 :         cloned->active = active;
+     200          30 :         cloned->redshift = redshift;
+     201          30 :         cloned->weight = weight;
+     202          30 :         cloned->trajectoryLength = trajectoryLength;
+     203          30 :         cloned->currentStep = currentStep;
+     204          30 :         cloned->nextStep = nextStep;
+     205          30 :         if (recursive) {
+     206           0 :                 cloned->secondaries.reserve(secondaries.size());
+     207           0 :                 for (size_t i = 0; i < secondaries.size(); i++) {
+     208           0 :                         ref_ptr<Candidate> s = secondaries[i]->clone(recursive);
+     209           0 :                         s->parent = cloned;
+     210           0 :                         cloned->secondaries.push_back(s);
+     211             :                 }
+     212             :         }
+     213          30 :         return cloned;
+     214             : }
+     215             : 
+     216          84 : uint64_t Candidate::getSerialNumber() const {
+     217          84 :         return serialNumber;
+     218             : }
+     219             : 
+     220          11 : void Candidate::setSerialNumber(const uint64_t snr) {
+     221          11 :         serialNumber = snr;
+     222          11 : }
+     223             : 
+     224          49 : uint64_t Candidate::getSourceSerialNumber() const {
+     225          84 :         if (parent)
+     226             :                 return parent->getSourceSerialNumber();
+     227             :         else
+     228          49 :                 return serialNumber;
+     229             : }
+     230             : 
+     231          48 : uint64_t Candidate::getCreatedSerialNumber() const {
+     232          48 :         if (parent)
+     233          35 :                 return parent->getSerialNumber();
+     234             :         else
+     235          13 :                 return serialNumber;
+     236             : }
+     237             : 
+     238           1 : void Candidate::setNextSerialNumber(uint64_t snr) {
+     239           1 :         nextSerialNumber = snr;
+     240           1 : }
+     241             : 
+     242           6 : uint64_t Candidate::getNextSerialNumber() {
+     243           6 :         return nextSerialNumber;
+     244             : }
+     245             : 
+     246             : uint64_t Candidate::nextSerialNumber = 0;
+     247             : 
+     248           1 : void Candidate::restart() {
+     249           1 :         setActive(true);
+     250           1 :         setTrajectoryLength(0);
+     251             :         previous = source;
+     252             :         current = source;
+     253           1 : }
+     254             : 
+     255             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Clock.cpp.func-sort-c.html b/doc/coverageReport/src/Clock.cpp.func-sort-c.html new file mode 100644 index 000000000..3a192f2e6 --- /dev/null +++ b/doc/coverageReport/src/Clock.cpp.func-sort-c.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Clock.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Clock.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0270.0 %
Date:2024-04-08 14:58:22Functions:080.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa5Clock11getInstanceEv0
_ZN7crpropa5Clock14getMillisecondEv0
_ZN7crpropa5Clock4Impl7getTimeEv0
_ZN7crpropa5Clock5resetEv0
_ZN7crpropa5Clock9getSecondEv0
_ZN7crpropa5ClockC2Ev0
_ZN7crpropa5ClockD0Ev0
_ZN7crpropa5ClockD2Ev0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Clock.cpp.func.html b/doc/coverageReport/src/Clock.cpp.func.html new file mode 100644 index 000000000..5e2c004bd --- /dev/null +++ b/doc/coverageReport/src/Clock.cpp.func.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Clock.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Clock.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0270.0 %
Date:2024-04-08 14:58:22Functions:080.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa5Clock11getInstanceEv0
_ZN7crpropa5Clock14getMillisecondEv0
_ZN7crpropa5Clock4Impl7getTimeEv0
_ZN7crpropa5Clock5resetEv0
_ZN7crpropa5Clock9getSecondEv0
_ZN7crpropa5ClockC2Ev0
_ZN7crpropa5ClockD0Ev0
_ZN7crpropa5ClockD2Ev0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Clock.cpp.gcov.html b/doc/coverageReport/src/Clock.cpp.gcov.html new file mode 100644 index 000000000..1175dfb35 --- /dev/null +++ b/doc/coverageReport/src/Clock.cpp.gcov.html @@ -0,0 +1,231 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Clock.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Clock.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0270.0 %
Date:2024-04-08 14:58:22Functions:080.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Clock.h"
+       2             : 
+       3             : #if defined(WIN32) || defined(_WIN32)
+       4             : 
+       5             : #define USE_WINDOWS_TIMERS
+       6             : #define WIN32_LEAN_AND_MEAN
+       7             : #define NOWINRES
+       8             : #define NOMCX
+       9             : #define NOIME
+      10             : #ifdef _XBOX
+      11             : #include <Xtl.h>
+      12             : #else
+      13             : #include <windows.h>
+      14             : #endif
+      15             : #include <ctime>
+      16             : 
+      17             : #else
+      18             : #include <sys/time.h>
+      19             : #endif
+      20             : 
+      21             : #include <algorithm>
+      22             : #ifdef _OPENMP
+      23             : #include <omp.h>
+      24             : #include <stdexcept>
+      25             : #endif
+      26             : 
+      27             : namespace crpropa {
+      28             : 
+      29             : #ifdef WIN32
+      30             : class Clock::Impl {
+      31             :         LARGE_INTEGER clockFrequency;
+      32             :         DWORD startTick;
+      33             :         LONGLONG prevElapsedTime;
+      34             :         LARGE_INTEGER startTime;
+      35             : public:
+      36             :         Impl() {
+      37             :                 QueryPerformanceFrequency(&clockFrequency);
+      38             :                 reset();
+      39             :         }
+      40             : 
+      41             :         void reset() {
+      42             :                 QueryPerformanceCounter(&startTime);
+      43             :                 startTick = GetTickCount();
+      44             :                 prevElapsedTime = 0;
+      45             :         }
+      46             : 
+      47             :         /// Returns the time in ms since the last call to reset or since
+      48             :         /// the btClock was created.
+      49             :         double getSecond() {
+      50             :                 LARGE_INTEGER currentTime;
+      51             :                 QueryPerformanceCounter(&currentTime);
+      52             :                 LONGLONG elapsedTime = currentTime.QuadPart - startTime.QuadPart;
+      53             : 
+      54             :                 // Compute the number of millisecond ticks elapsed.
+      55             :                 unsigned long msecTicks = (unsigned long) (1000 * elapsedTime
+      56             :                                 / clockFrequency.QuadPart);
+      57             : 
+      58             :                 // Check for unexpected leaps in the Win32 performance counter.
+      59             :                 // (This is caused by unexpected data across the PCI to ISA
+      60             :                 // bridge, aka south bridge.  See Microsoft KB274323.)
+      61             :                 unsigned long elapsedTicks = GetTickCount() - startTick;
+      62             :                 signed long msecOff = (signed long) (msecTicks - elapsedTicks);
+      63             :                 if (msecOff < -100 || msecOff > 100) {
+      64             :                         // Adjust the starting time forwards.
+      65             :                         LONGLONG msecAdjustment = std::min(
+      66             :                                         msecOff * clockFrequency.QuadPart / 1000,
+      67             :                                         elapsedTime - prevElapsedTime);
+      68             :                         startTime.QuadPart += msecAdjustment;
+      69             :                         elapsedTime -= msecAdjustment;
+      70             :                 }
+      71             : 
+      72             :                 // Store the current elapsed time for adjustments next time.
+      73             :                 prevElapsedTime = elapsedTime;
+      74             : 
+      75             :                 // Convert to microseconds.
+      76             :                 unsigned long usecTicks = (unsigned long) (1000000 * elapsedTime
+      77             :                                 / clockFrequency.QuadPart);
+      78             : 
+      79             :                 return double(usecTicks) / 1000000;
+      80             :         }
+      81             : };
+      82             : #else
+      83             : 
+      84             : class Clock::Impl {
+      85             :         struct timeval startTime;
+      86             : public:
+      87           0 :         Impl() {
+      88             :                 reset();
+      89             :         }
+      90             : 
+      91             :         void reset() {
+      92           0 :                 gettimeofday(&startTime, 0);
+      93             :         }
+      94             : 
+      95             :         /// Returns the time in since the last call to reset or since
+      96             :         /// the btClock was created.
+      97           0 :         double getTime() {
+      98             :                 struct timeval currentTime;
+      99           0 :                 gettimeofday(&currentTime, 0);
+     100           0 :                 double t = double(currentTime.tv_sec - startTime.tv_sec);
+     101           0 :                 t += double(currentTime.tv_usec - startTime.tv_usec) / 1000000.;
+     102           0 :                 return t;
+     103             :         }
+     104             : };
+     105             : #endif
+     106             : 
+     107           0 : Clock::Clock() {
+     108           0 :         impl = new Impl;
+     109           0 : }
+     110             : 
+     111           0 : Clock::~Clock() {
+     112           0 :         delete impl;
+     113           0 : }
+     114             : 
+     115           0 : void Clock::reset() {
+     116           0 :         impl->reset();
+     117           0 : }
+     118             : 
+     119           0 : double Clock::getSecond() {
+     120           0 :         return impl->getTime();
+     121             : }
+     122             : 
+     123           0 : double Clock::getMillisecond() {
+     124           0 :         return impl->getTime() * 1000;
+     125             : }
+     126             : 
+     127             : #ifdef _OPENMP
+     128             : 
+     129             : // see http://stackoverflow.com/questions/8051108/using-the-openmp-threadprivate-directive-on-static-instances-of-c-stl-types
+     130             : const static int MAX_THREAD = 256;
+     131             : 
+     132           0 : struct CLOCK_TLS_ITEM {
+     133             :         Clock r;
+     134             :         char padding[(sizeof(Clock) / 64 + 1) * 64 - sizeof(Clock)];
+     135             : };
+     136             : 
+     137           0 : Clock &Clock::getInstance() {
+     138             : #ifdef _MSC_VER
+     139             :         __declspec(align(64)) static CLOCK_TLS_ITEM tls[MAX_THREAD];
+     140             : #else
+     141           0 :         __attribute__ ((aligned(64))) static CLOCK_TLS_ITEM tls[MAX_THREAD];
+     142             : #endif
+     143           0 :         int i = omp_get_thread_num();
+     144           0 :         if (i >= MAX_THREAD)
+     145           0 :         throw std::runtime_error("crpropa::Clock: more than MAX_THREAD threads!");
+     146           0 :         return tls[i].r;
+     147             : }
+     148             : #else
+     149             : Clock &Clock::getInstance() {
+     150             :         static Clock r;
+     151             :         return r;
+     152             : }
+     153             : #endif
+     154             : 
+     155             : } /* namespace scs */
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Common.cpp.func-sort-c.html b/doc/coverageReport/src/Common.cpp.func-sort-c.html new file mode 100644 index 000000000..8b8e54c80 --- /dev/null +++ b/doc/coverageReport/src/Common.cpp.func-sort-c.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Common.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Common.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:486277.4 %
Date:2024-04-08 14:58:22Functions:5683.3 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16getInstallPrefixB5cxx11Ev0
_ZN7crpropa11getDataPathENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE547
_ZN7crpropa12closestIndexEdRKSt6vectorIdSaIdEE565
_ZN7crpropa22interpolateEquidistantEdddRKSt6vectorIdSaIdEE1528
_ZN7crpropa11interpolateEdRKSt6vectorIdSaIdEES4_158374
_ZN7crpropa13interpolate2dEddRKSt6vectorIdSaIdEES4_S4_9536930
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Common.cpp.func.html b/doc/coverageReport/src/Common.cpp.func.html new file mode 100644 index 000000000..b7cf2d004 --- /dev/null +++ b/doc/coverageReport/src/Common.cpp.func.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Common.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Common.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:486277.4 %
Date:2024-04-08 14:58:22Functions:5683.3 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11getDataPathENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE547
_ZN7crpropa11interpolateEdRKSt6vectorIdSaIdEES4_158374
_ZN7crpropa12closestIndexEdRKSt6vectorIdSaIdEE565
_ZN7crpropa13interpolate2dEddRKSt6vectorIdSaIdEES4_S4_9536930
_ZN7crpropa16getInstallPrefixB5cxx11Ev0
_ZN7crpropa22interpolateEquidistantEdddRKSt6vectorIdSaIdEE1528
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+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Common.cpp.gcov.html b/doc/coverageReport/src/Common.cpp.gcov.html new file mode 100644 index 000000000..485f15540 --- /dev/null +++ b/doc/coverageReport/src/Common.cpp.gcov.html @@ -0,0 +1,212 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Common.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Common.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:486277.4 %
Date:2024-04-08 14:58:22Functions:5683.3 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Common.h"
+       2             : 
+       3             : #include "kiss/path.h"
+       4             : #include "kiss/logger.h"
+       5             : 
+       6             : #include <cstdlib>
+       7             : #include <fstream>
+       8             : #include <string>
+       9             : #include <cmath>
+      10             : #include <algorithm>
+      11             : 
+      12             : #define index(i,j) ((j)+(i)*Y.size())
+      13             : 
+      14             : namespace crpropa {
+      15             : 
+      16         547 : std::string getDataPath(std::string filename) {
+      17         547 :         static std::string dataPath;
+      18         547 :         if (dataPath.size())
+      19         534 :                 return concat_path(dataPath, filename);
+      20             : 
+      21          13 :         const char *env_path = getenv("CRPROPA_DATA_PATH");
+      22          13 :         if (env_path) {
+      23           0 :                 if (is_directory(env_path)) {
+      24             :                         dataPath = env_path;
+      25           0 :                         KISS_LOG_INFO << "getDataPath: use environment variable, "
+      26           0 :                                         << dataPath << std::endl;
+      27           0 :                         return concat_path(dataPath, filename);
+      28             :                 }
+      29             :         }
+      30             : 
+      31             : #ifdef CRPROPA_INSTALL_PREFIX
+      32             :         {
+      33          13 :                 std::string _path = CRPROPA_INSTALL_PREFIX "/share/crpropa";
+      34          13 :                 if (is_directory(_path)) {
+      35             :                         dataPath = _path;
+      36           0 :                         KISS_LOG_INFO
+      37           0 :                         << "getDataPath: use install prefix, " << dataPath << std::endl;
+      38           0 :                         return concat_path(dataPath, filename);
+      39             :                 }
+      40             :         }
+      41             : #endif
+      42             : 
+      43             :         {
+      44          13 :                 std::string _path = executable_path() + "../data";
+      45          13 :                 if (is_directory(_path)) {
+      46             :                         dataPath = _path;
+      47           0 :                         KISS_LOG_INFO << "getDataPath: use executable path, " << dataPath
+      48           0 :                                         << std::endl;
+      49           0 :                         return concat_path(dataPath, filename);
+      50             :                 }
+      51             :         }
+      52             : 
+      53             :         dataPath = "data";
+      54          13 :         KISS_LOG_INFO << "getDataPath: use default, " << dataPath << std::endl;
+      55          13 :         return concat_path(dataPath, filename);
+      56             : }
+      57             : 
+      58             : 
+      59           0 : std::string getInstallPrefix()
+      60             : {
+      61           0 :   std::string _path = "";
+      62             :   #ifdef CRPROPA_INSTALL_PREFIX
+      63             :     _path += CRPROPA_INSTALL_PREFIX;
+      64             :   #endif
+      65           0 :   return _path;
+      66             : };
+      67             : 
+      68      158374 : double interpolate(double x, const std::vector<double> &X,
+      69             :                 const std::vector<double> &Y) {
+      70             :         std::vector<double>::const_iterator it = std::upper_bound(X.begin(),
+      71             :                         X.end(), x);
+      72      158374 :         if (it == X.begin())
+      73           1 :                 return Y.front();
+      74      158373 :         if (it == X.end())
+      75           1 :                 return Y.back();
+      76             : 
+      77             :         size_t i = it - X.begin() - 1;
+      78      158372 :         return Y[i] + (x - X[i]) * (Y[i + 1] - Y[i]) / (X[i + 1] - X[i]);
+      79             : }
+      80             : 
+      81     9536930 : double interpolate2d(double x, double y, const std::vector<double> &X,
+      82             :                 const std::vector<double> &Y, const std::vector<double> &Z) {
+      83             : 
+      84             :         std::vector<double>::const_iterator itx = std::upper_bound(X.begin(), X.end(), x);
+      85             :         std::vector<double>::const_iterator ity = std::upper_bound(Y.begin(), Y.end(), y);
+      86             : 
+      87     9536930 :         if (x > X.back() || x < X.front())
+      88             :                 return 0;
+      89     9536930 :         if (y > Y.back() || y < Y.front())
+      90             :                 return 0;
+      91             : 
+      92     9536930 :         if (itx == X.begin() && ity == Y.begin())
+      93           0 :                 return Z.front();
+      94     9536930 :         if (itx == X.end() && ity == Y.end())
+      95          73 :                 return Z.back();
+      96             : 
+      97     9536857 :         size_t i = itx - X.begin() - 1;
+      98     9536857 :         size_t j = ity - Y.begin() - 1;
+      99             : 
+     100     9536857 :         double Q11 = Z[index(i,j)];
+     101     9536857 :         double Q12 = Z[index(i,j+1)];
+     102     9536857 :         double Q21 = Z[index(i+1,j)];
+     103     9536857 :         double Q22 = Z[index(i+1,j+1)];
+     104             : 
+     105     9536857 :         double R1 = ((X[i+1]-x)/(X[i+1]-X[i]))*Q11+((x-X[i])/(X[i+1]-X[i]))*Q21;
+     106     9536857 :         double R2 = ((X[i+1]-x)/(X[i+1]-X[i]))*Q12+((x-X[i])/(X[i+1]-X[i]))*Q22;
+     107             : 
+     108     9536857 :         return ((Y[j+1]-y)/(Y[j+1]-Y[j]))*R1+((y-Y[j])/(Y[j+1]-Y[j]))*R2;
+     109             : }
+     110             : 
+     111        1528 : double interpolateEquidistant(double x, double lo, double hi,
+     112             :                 const std::vector<double> &Y) {
+     113        1528 :         if (x <= lo)
+     114           1 :                 return Y.front();
+     115        1527 :         if (x >= hi)
+     116           1 :                 return Y.back();
+     117             : 
+     118        1526 :         double dx = (hi - lo) / (Y.size() - 1);
+     119        1526 :         double p = (x - lo) / dx;
+     120        1526 :         size_t i = floor(p);
+     121        1526 :         return Y[i] + (p - i) * (Y[i + 1] - Y[i]);
+     122             : }
+     123             : 
+     124         565 : size_t closestIndex(double x, const std::vector<double> &X) {
+     125         565 :         size_t i1 = std::lower_bound(X.begin(), X.end(), x) - X.begin();
+     126         565 :         if (i1 == 0)
+     127             :                 return i1;
+     128         565 :         size_t i0 = i1 - 1;
+     129         565 :         if (std::fabs(X[i0] - x) < std::fabs(X[i1] - x))
+     130             :                 return i0;
+     131             :         else
+     132         308 :                 return i1;
+     133             : }
+     134             : 
+     135             : } // namespace crpropa
+     136             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Cosmology.cpp.func-sort-c.html b/doc/coverageReport/src/Cosmology.cpp.func-sort-c.html new file mode 100644 index 000000000..5faf01e27 --- /dev/null +++ b/doc/coverageReport/src/Cosmology.cpp.func-sort-c.html @@ -0,0 +1,132 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Cosmology.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Cosmology.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:449247.8 %
Date:2024-04-08 14:58:22Functions:61540.0 %
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa22setCosmologyParametersEdd0
_ZN7crpropa25redshift2ComovingDistanceEd0
_ZN7crpropa27luminosityDistance2RedshiftEd0
_ZN7crpropa27redshift2LuminosityDistanceEd0
_ZN7crpropa28lightTravelDistance2RedshiftEd0
_ZN7crpropa28redshift2LightTravelDistanceEd0
_ZN7crpropa2H0Ev0
_ZN7crpropa6omegaLEv0
_ZN7crpropa6omegaMEv0
_ZN7crpropa25comovingDistance2RedshiftEd1
_ZN7crpropa28lightTravel2ComovingDistanceEd1
_ZN7crpropa28comoving2LightTravelDistanceEd2
_ZN7crpropa9Cosmology6updateEv19
_ZN7crpropa9CosmologyC2Ev19
_ZN7crpropa10hubbleRateEd7623
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Cosmology.cpp.func.html b/doc/coverageReport/src/Cosmology.cpp.func.html new file mode 100644 index 000000000..ea101710d --- /dev/null +++ b/doc/coverageReport/src/Cosmology.cpp.func.html @@ -0,0 +1,132 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Cosmology.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Cosmology.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:449247.8 %
Date:2024-04-08 14:58:22Functions:61540.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10hubbleRateEd7623
_ZN7crpropa22setCosmologyParametersEdd0
_ZN7crpropa25comovingDistance2RedshiftEd1
_ZN7crpropa25redshift2ComovingDistanceEd0
_ZN7crpropa27luminosityDistance2RedshiftEd0
_ZN7crpropa27redshift2LuminosityDistanceEd0
_ZN7crpropa28comoving2LightTravelDistanceEd2
_ZN7crpropa28lightTravel2ComovingDistanceEd1
_ZN7crpropa28lightTravelDistance2RedshiftEd0
_ZN7crpropa28redshift2LightTravelDistanceEd0
_ZN7crpropa2H0Ev0
_ZN7crpropa6omegaLEv0
_ZN7crpropa6omegaMEv0
_ZN7crpropa9Cosmology6updateEv19
_ZN7crpropa9CosmologyC2Ev19
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Cosmology.cpp.gcov.html b/doc/coverageReport/src/Cosmology.cpp.gcov.html new file mode 100644 index 000000000..f85d7609e --- /dev/null +++ b/doc/coverageReport/src/Cosmology.cpp.gcov.html @@ -0,0 +1,245 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Cosmology.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Cosmology.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:449247.8 %
Date:2024-04-08 14:58:22Functions:61540.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Cosmology.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Common.h"
+       4             : 
+       5             : #include <vector>
+       6             : #include <cmath>
+       7             : #include <stdexcept>
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11             : /**
+      12             :  @class Cosmology
+      13             :  @brief Cosmology calculations
+      14             :  */
+      15             : struct Cosmology {
+      16             :         double H0; // Hubble parameter at z=0
+      17             :         double omegaM; // matter density parameter
+      18             :         double omegaL; // vacuum energy parameter
+      19             : 
+      20             :         static const int n;
+      21             :         static const double zmin;
+      22             :         static const double zmax;
+      23             : 
+      24             :         std::vector<double> Z;  // redshift
+      25             :         std::vector<double> Dc; // comoving distance [m]
+      26             :         std::vector<double> Dl; // luminosity distance [m]
+      27             :         std::vector<double> Dt; // light travel distance [m]
+      28             : 
+      29          19 :         void update() {
+      30          19 :                 double dH = c_light / H0; // Hubble distance
+      31             : 
+      32          19 :                 std::vector<double> E(n);
+      33          19 :                 E[0] = 1;
+      34             : 
+      35             :                 // Relation between comoving distance r and redshift z (cf. J.A. Peacock, Cosmological physics, p. 89 eq. 3.76)
+      36             :                 // dr = c / H(z) dz, integration using midpoint rule
+      37             :                 double dlz = log10(zmax) - log10(zmin);
+      38       19000 :                 for (int i = 1; i < n; i++) {
+      39       18981 :                         Z[i] = zmin * pow(10, i * dlz / (n - 1)); // logarithmic even spacing
+      40       18981 :                         double dz = (Z[i] - Z[i - 1]); // redshift step
+      41       18981 :                         E[i] = sqrt(omegaL + omegaM * pow_integer<3>(1 + Z[i]));
+      42       18981 :                         Dc[i] = Dc[i - 1] + dH * dz * (1 / E[i] + 1 / E[i - 1]) / 2;
+      43       18981 :                         Dl[i] = (1 + Z[i]) * Dc[i];
+      44       18981 :                         Dt[i] = Dt[i - 1]
+      45       18981 :                                         + dH * dz
+      46       18981 :                                                         * (1 / ((1 + Z[i]) * E[i])
+      47       18981 :                                                                         + 1 / ((1 + Z[i - 1]) * E[i - 1])) / 2;
+      48             :                 }
+      49          19 :         }
+      50             : 
+      51          19 :         Cosmology() {
+      52             :         // Cosmological parameters (K.A. Olive et al. (Particle Data Group), Chin. Phys. C, 38, 090001 (2014))
+      53          19 :                 H0 = 67.3 * 1000 * meter / second / Mpc; // default values
+      54          19 :                 omegaM = 0.315;
+      55          19 :                 omegaL = 1 - omegaM;
+      56             : 
+      57          19 :                 Z.resize(n);
+      58          19 :                 Dc.resize(n);
+      59          19 :                 Dl.resize(n);
+      60          19 :                 Dt.resize(n);
+      61             : 
+      62          19 :                 Z[0] = 0;
+      63          19 :                 Dc[0] = 0;
+      64          19 :                 Dl[0] = 0;
+      65          19 :                 Dt[0] = 0;
+      66             : 
+      67          19 :                 update();
+      68          19 :         }
+      69             : 
+      70             :         void setParameters(double h, double oM) {
+      71           0 :                 H0 = h * 1e5 / Mpc;
+      72           0 :                 omegaM = oM;
+      73           0 :                 omegaL = 1 - oM;
+      74           0 :                 update();
+      75             :         }
+      76             : };
+      77             : 
+      78             : const int Cosmology::n = 1000;
+      79             : const double Cosmology::zmin = 0.0001;
+      80             : const double Cosmology::zmax = 100;
+      81             : 
+      82             : static Cosmology cosmology; // instance is created at runtime
+      83             : 
+      84           0 : void setCosmologyParameters(double h, double oM) {
+      85             :         cosmology.setParameters(h, oM);
+      86           0 : }
+      87             : 
+      88        7623 : double hubbleRate(double z) {
+      89        7623 :         return cosmology.H0
+      90        7623 :                         * sqrt(cosmology.omegaL + cosmology.omegaM * pow(1 + z, 3));
+      91             : }
+      92             : 
+      93           0 : double omegaL() {
+      94           0 :         return cosmology.omegaL;
+      95             : }
+      96             : 
+      97           0 : double omegaM() {
+      98           0 :         return cosmology.omegaM;
+      99             : }
+     100             : 
+     101           0 : double H0() {
+     102           0 :         return cosmology.H0;
+     103             : }
+     104             : 
+     105           1 : double comovingDistance2Redshift(double d) {
+     106           1 :         if (d < 0)
+     107           0 :                 throw std::runtime_error("Cosmology: d < 0");
+     108           1 :         if (d > cosmology.Dc.back())
+     109           0 :                 throw std::runtime_error("Cosmology: d > dmax");
+     110           1 :         return interpolate(d, cosmology.Dc, cosmology.Z);
+     111             : }
+     112             : 
+     113           0 : double redshift2ComovingDistance(double z) {
+     114           0 :         if (z < 0)
+     115           0 :                 throw std::runtime_error("Cosmology: z < 0");
+     116           0 :         if (z > cosmology.zmax)
+     117           0 :                 throw std::runtime_error("Cosmology: z > zmax");
+     118           0 :         return interpolate(z, cosmology.Z, cosmology.Dc);
+     119             : }
+     120             : 
+     121           0 : double luminosityDistance2Redshift(double d) {
+     122           0 :         if (d < 0)
+     123           0 :                 throw std::runtime_error("Cosmology: d < 0");
+     124           0 :         if (d > cosmology.Dl.back())
+     125           0 :                 throw std::runtime_error("Cosmology: d > dmax");
+     126           0 :         return interpolate(d, cosmology.Dl, cosmology.Z);
+     127             : }
+     128             : 
+     129           0 : double redshift2LuminosityDistance(double z) {
+     130           0 :         if (z < 0)
+     131           0 :                 throw std::runtime_error("Cosmology: z < 0");
+     132           0 :         if (z > cosmology.zmax)
+     133           0 :                 throw std::runtime_error("Cosmology: z > zmax");
+     134           0 :         return interpolate(z, cosmology.Z, cosmology.Dl);
+     135             : }
+     136             : 
+     137           0 : double lightTravelDistance2Redshift(double d) {
+     138           0 :         if (d < 0)
+     139           0 :                 throw std::runtime_error("Cosmology: d < 0");
+     140           0 :         if (d > cosmology.Dt.back())
+     141           0 :                 throw std::runtime_error("Cosmology: d > dmax");
+     142           0 :         return interpolate(d, cosmology.Dt, cosmology.Z);
+     143             : }
+     144             : 
+     145           0 : double redshift2LightTravelDistance(double z) {
+     146           0 :         if (z < 0)
+     147           0 :                 throw std::runtime_error("Cosmology: z < 0");
+     148           0 :         if (z > cosmology.zmax)
+     149           0 :                 throw std::runtime_error("Cosmology: z > zmax");
+     150           0 :         return interpolate(z, cosmology.Z, cosmology.Dt);
+     151             : }
+     152             : 
+     153           2 : double comoving2LightTravelDistance(double d) {
+     154           2 :         if (d < 0)
+     155           0 :                 throw std::runtime_error("Cosmology: d < 0");
+     156           2 :         if (d > cosmology.Dc.back())
+     157           0 :                 throw std::runtime_error("Cosmology: d > dmax");
+     158           2 :         return interpolate(d, cosmology.Dc, cosmology.Dt);
+     159             : }
+     160             : 
+     161           1 : double lightTravel2ComovingDistance(double d) {
+     162           1 :         if (d < 0)
+     163           0 :                 throw std::runtime_error("Cosmology: d < 0");
+     164           1 :         if (d > cosmology.Dt.back())
+     165           0 :                 throw std::runtime_error("Cosmology: d > dmax");
+     166           1 :         return interpolate(d, cosmology.Dt, cosmology.Dc);
+     167             : }
+     168             : 
+     169             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/EmissionMap.cpp.func-sort-c.html b/doc/coverageReport/src/EmissionMap.cpp.func-sort-c.html new file mode 100644 index 000000000..08e7db8aa --- /dev/null +++ b/doc/coverageReport/src/EmissionMap.cpp.func-sort-c.html @@ -0,0 +1,204 @@ + + + + + + + LCOV - coverage.info.cleaned - src/EmissionMap.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - EmissionMap.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8315653.2 %
Date:2024-04-08 14:58:22Functions:183354.5 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11EmissionMap4loadERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa11EmissionMap4saveERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa11EmissionMap5mergeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa11EmissionMap6hasMapEid0
_ZN7crpropa11EmissionMap7fillMapERKNS_13ParticleStateEd0
_ZN7crpropa11EmissionMapC2Emmm0
_ZN7crpropa24CylindricalProjectionMap7getNPhiEv0
_ZN7crpropa24CylindricalProjectionMap9getNThetaEv0
_ZN7crpropa24CylindricalProjectionMapC2Ev0
_ZNK7crpropa11EmissionMap13drawDirectionERKNS_13ParticleStateERNS_7Vector3IdEE0
_ZNK7crpropa11EmissionMap14checkDirectionERKNS_13ParticleStateE0
_ZNK7crpropa11EmissionMap14checkDirectionEidRKNS_7Vector3IdEE0
_ZNK7crpropa24CylindricalProjectionMap14checkDirectionERKNS_7Vector3IdEE0
_ZNK7crpropa24CylindricalProjectionMap6getCdfEv0
_ZNK7crpropa24CylindricalProjectionMap6getPdfEv0
_ZN7crpropa11EmissionMap5mergeEPKS0_1
_ZN7crpropa11EmissionMap7getMapsEv1
_ZN7crpropa11EmissionMapC2Emmmdd1
_ZNK7crpropa11EmissionMap13energyFromBinEm1
_ZNK7crpropa24CylindricalProjectionMap13drawDirectionEv1
_ZNK7crpropa24CylindricalProjectionMap9updateCdfEv1
_ZN7crpropa11EmissionMapC2Ev2
_ZNK7crpropa11EmissionMap7getMapsEv2
_ZNK7crpropa24CylindricalProjectionMap16directionFromBinEm2
_ZNK7crpropa11EmissionMap13drawDirectionEidRNS_7Vector3IdEE3
_ZN7crpropa11EmissionMap7fillMapEidRKNS_7Vector3IdEEd4
_ZN7crpropa24CylindricalProjectionMap7fillBinERKNS_7Vector3IdEEd4
_ZN7crpropa24CylindricalProjectionMap6getPdfEv5
_ZN7crpropa24CylindricalProjectionMapC2Emm6
_ZNK7crpropa24CylindricalProjectionMap16binFromDirectionERKNS_7Vector3IdEE6
_ZN7crpropa11EmissionMap6getMapEid7
_ZNK7crpropa11EmissionMap13binFromEnergyEd11
_ZN7crpropa24CylindricalProjectionMap7fillBinEmd129604
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/EmissionMap.cpp.func.html b/doc/coverageReport/src/EmissionMap.cpp.func.html new file mode 100644 index 000000000..ca8986910 --- /dev/null +++ b/doc/coverageReport/src/EmissionMap.cpp.func.html @@ -0,0 +1,204 @@ + + + + + + + LCOV - coverage.info.cleaned - src/EmissionMap.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - EmissionMap.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8315653.2 %
Date:2024-04-08 14:58:22Functions:183354.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11EmissionMap4loadERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa11EmissionMap4saveERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa11EmissionMap5mergeEPKS0_1
_ZN7crpropa11EmissionMap5mergeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa11EmissionMap6getMapEid7
_ZN7crpropa11EmissionMap6hasMapEid0
_ZN7crpropa11EmissionMap7fillMapERKNS_13ParticleStateEd0
_ZN7crpropa11EmissionMap7fillMapEidRKNS_7Vector3IdEEd4
_ZN7crpropa11EmissionMap7getMapsEv1
_ZN7crpropa11EmissionMapC2Emmm0
_ZN7crpropa11EmissionMapC2Emmmdd1
_ZN7crpropa11EmissionMapC2Ev2
_ZN7crpropa24CylindricalProjectionMap6getPdfEv5
_ZN7crpropa24CylindricalProjectionMap7fillBinERKNS_7Vector3IdEEd4
_ZN7crpropa24CylindricalProjectionMap7fillBinEmd129604
_ZN7crpropa24CylindricalProjectionMap7getNPhiEv0
_ZN7crpropa24CylindricalProjectionMap9getNThetaEv0
_ZN7crpropa24CylindricalProjectionMapC2Emm6
_ZN7crpropa24CylindricalProjectionMapC2Ev0
_ZNK7crpropa11EmissionMap13binFromEnergyEd11
_ZNK7crpropa11EmissionMap13drawDirectionERKNS_13ParticleStateERNS_7Vector3IdEE0
_ZNK7crpropa11EmissionMap13drawDirectionEidRNS_7Vector3IdEE3
_ZNK7crpropa11EmissionMap13energyFromBinEm1
_ZNK7crpropa11EmissionMap14checkDirectionERKNS_13ParticleStateE0
_ZNK7crpropa11EmissionMap14checkDirectionEidRKNS_7Vector3IdEE0
_ZNK7crpropa11EmissionMap7getMapsEv2
_ZNK7crpropa24CylindricalProjectionMap13drawDirectionEv1
_ZNK7crpropa24CylindricalProjectionMap14checkDirectionERKNS_7Vector3IdEE0
_ZNK7crpropa24CylindricalProjectionMap16binFromDirectionERKNS_7Vector3IdEE6
_ZNK7crpropa24CylindricalProjectionMap16directionFromBinEm2
_ZNK7crpropa24CylindricalProjectionMap6getCdfEv0
_ZNK7crpropa24CylindricalProjectionMap6getPdfEv0
_ZNK7crpropa24CylindricalProjectionMap9updateCdfEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/EmissionMap.cpp.gcov.html b/doc/coverageReport/src/EmissionMap.cpp.gcov.html new file mode 100644 index 000000000..59cbfc778 --- /dev/null +++ b/doc/coverageReport/src/EmissionMap.cpp.gcov.html @@ -0,0 +1,370 @@ + + + + + + + LCOV - coverage.info.cleaned - src/EmissionMap.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - EmissionMap.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8315653.2 %
Date:2024-04-08 14:58:22Functions:183354.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/EmissionMap.h"
+       2             : #include "crpropa/Random.h"
+       3             : #include "crpropa/Units.h"
+       4             : 
+       5             : #include "kiss/logger.h"
+       6             : 
+       7             : #include <fstream>
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11           0 : CylindricalProjectionMap::CylindricalProjectionMap() : nPhi(360), nTheta(180), dirty(false), pdf(nPhi* nTheta, 0), cdf(nPhi* nTheta, 0) {
+      12           0 :         sPhi = 2. * M_PI / nPhi;
+      13           0 :         sTheta = 2. / nTheta;
+      14           0 : }
+      15             : 
+      16           6 : CylindricalProjectionMap::CylindricalProjectionMap(size_t nPhi, size_t nTheta) : nPhi(nPhi), nTheta(nTheta), dirty(false), pdf(nPhi* nTheta, 0), cdf(nPhi* nTheta, 0) {
+      17           6 :         sPhi = 2 * M_PI / nPhi;
+      18           6 :         sTheta = 2. / nTheta;
+      19           6 : }
+      20             : 
+      21           4 : void CylindricalProjectionMap::fillBin(const Vector3d& direction, double weight) {
+      22           4 :         size_t bin = binFromDirection(direction);
+      23           4 :         fillBin(bin, weight);
+      24           4 : }
+      25             : 
+      26      129604 : void CylindricalProjectionMap::fillBin(size_t bin, double weight) {
+      27      129604 :         pdf[bin] += weight;
+      28      129604 :         dirty = true;
+      29      129604 : }
+      30             : 
+      31           1 : Vector3d CylindricalProjectionMap::drawDirection() const {
+      32           1 :         if (dirty)
+      33           1 :                 updateCdf();
+      34             : 
+      35           1 :         size_t bin = Random::instance().randBin(cdf);
+      36             : 
+      37           1 :         return directionFromBin(bin);
+      38             : }
+      39             : 
+      40           0 : bool CylindricalProjectionMap::checkDirection(const Vector3d &direction) const {
+      41           0 :         size_t bin = binFromDirection(direction);
+      42           0 :         return pdf[bin];
+      43             : }
+      44             : 
+      45             : 
+      46           0 : const std::vector<double>& CylindricalProjectionMap::getPdf() const {
+      47           0 :         return pdf;
+      48             : }
+      49             : 
+      50           5 : std::vector<double>& CylindricalProjectionMap::getPdf() {
+      51           5 :         return pdf;
+      52             : }
+      53             : 
+      54           0 : const std::vector<double>& CylindricalProjectionMap::getCdf() const {
+      55           0 :         return cdf;
+      56             : }
+      57             : 
+      58           0 : size_t CylindricalProjectionMap::getNPhi() {
+      59           0 :         return nPhi;
+      60             : }
+      61             : 
+      62           0 : size_t CylindricalProjectionMap::getNTheta() {
+      63           0 :         return nTheta;
+      64             : }
+      65             : 
+      66             : /*
+      67             :  * Cylindrical Coordinates
+      68             :  * iPhi -> [0, 2*pi]
+      69             :  * iTheta -> [0, 2]
+      70             :  *
+      71             :  * Spherical Coordinates
+      72             :  * phi -> [-pi, pi]
+      73             :  * theta -> [0, pi]
+      74             :  */
+      75           6 : size_t CylindricalProjectionMap::binFromDirection(const Vector3d& direction) const {
+      76             :         // convert to cylindrical
+      77           6 :         double phi = direction.getPhi() + M_PI;
+      78           6 :         double theta = sin(M_PI_2 - direction.getTheta()) + 1;
+      79             : 
+      80             :         // to indices
+      81           6 :         size_t iPhi = phi / sPhi;
+      82           6 :         size_t iTheta = theta / sTheta;
+      83             : 
+      84             :         // interleave
+      85           6 :         size_t bin =  iTheta * nPhi + iPhi;
+      86           6 :         return bin;
+      87             : }
+      88             : 
+      89           2 : Vector3d CylindricalProjectionMap::directionFromBin(size_t bin) const {
+      90             :         // deinterleave
+      91           2 :         double iPhi = bin % nPhi;
+      92           2 :         double iTheta = bin / nPhi;
+      93             : 
+      94             :         // any where in the bin
+      95           2 :         iPhi += Random::instance().rand();
+      96           2 :         iTheta += Random::instance().rand();
+      97             : 
+      98             :         // cylindrical Coordinates
+      99           2 :         double phi = iPhi * sPhi;
+     100           2 :         double theta = iTheta * sTheta;
+     101             : 
+     102             :         // sphericala Coordinates
+     103           2 :         phi = phi - M_PI;
+     104           2 :         theta = M_PI_2 - asin(theta - 1);
+     105             : 
+     106             :         Vector3d v;
+     107           2 :         v.setRThetaPhi(1.0, theta, phi);
+     108           2 :         return v;
+     109             : }
+     110             : 
+     111           1 : void CylindricalProjectionMap::updateCdf() const {
+     112           1 :         if (dirty) {
+     113           1 :                 cdf[0] = pdf[0];
+     114       64800 :                 for (size_t i = 1; i < pdf.size(); i++) {
+     115       64799 :                         cdf[i] = cdf[i-1] + pdf[i];
+     116             :                 }
+     117           1 :                 dirty = false;
+     118             :         }
+     119           1 : }
+     120             : 
+     121           2 : EmissionMap::EmissionMap() : minEnergy(0.0001 * EeV), maxEnergy(10000 * EeV),
+     122           2 :         nEnergy(8*2), nPhi(360), nTheta(180) {
+     123           2 :         logStep = log10(maxEnergy / minEnergy) / nEnergy;
+     124           2 : }
+     125             : 
+     126           0 : EmissionMap::EmissionMap(size_t nPhi, size_t nTheta, size_t nEnergy) : minEnergy(0.0001 * EeV), maxEnergy(10000 * EeV),
+     127           0 :         nEnergy(nEnergy), nPhi(nPhi), nTheta(nTheta) {
+     128           0 :         logStep = log10(maxEnergy / minEnergy) / nEnergy;
+     129           0 : }
+     130             : 
+     131           1 : EmissionMap::EmissionMap(size_t nPhi, size_t nTheta, size_t nEnergy, double minEnergy, double maxEnergy) : minEnergy(minEnergy), maxEnergy(maxEnergy), nEnergy(nEnergy), nPhi(nPhi), nTheta(nTheta) {
+     132           1 :         logStep = log10(maxEnergy / minEnergy) / nEnergy;
+     133           1 : }
+     134             : 
+     135           1 : double EmissionMap::energyFromBin(size_t bin) const {
+     136           1 :         return pow(10, log10(minEnergy) + logStep * bin);
+     137             : }
+     138             : 
+     139          11 : size_t EmissionMap::binFromEnergy(double energy) const {
+     140          11 :         return log10(energy / minEnergy) / logStep;
+     141             : }
+     142             : 
+     143           4 : void EmissionMap::fillMap(int pid, double energy, const Vector3d& direction, double weight) {
+     144           4 :         getMap(pid, energy)->fillBin(direction, weight);
+     145           4 : }
+     146             : 
+     147           0 : void EmissionMap::fillMap(const ParticleState& state, double weight) {
+     148           0 :         fillMap(state.getId(), state.getEnergy(), state.getDirection(), weight);
+     149           0 : }
+     150             : 
+     151           1 : EmissionMap::map_t &EmissionMap::getMaps() {
+     152           1 :         return maps;
+     153             : }
+     154             : 
+     155           2 : const EmissionMap::map_t &EmissionMap::getMaps() const {
+     156           2 :         return maps;
+     157             : }
+     158             : 
+     159           3 : bool EmissionMap::drawDirection(int pid, double energy, Vector3d& direction) const {
+     160           3 :         key_t key(pid, binFromEnergy(energy));
+     161             :         map_t::const_iterator i = maps.find(key);
+     162             : 
+     163           3 :         if (i == maps.end() || !i->second.valid()) {
+     164             :                 return false;
+     165             :         } else {
+     166           1 :                 direction = i->second->drawDirection();
+     167           1 :                 return true;
+     168             :         }
+     169             : }
+     170             : 
+     171           0 : bool EmissionMap::drawDirection(const ParticleState& state, Vector3d& direction) const {
+     172           0 :         return drawDirection(state.getId(), state.getEnergy(), direction);
+     173             : }
+     174             : 
+     175           0 : bool EmissionMap::checkDirection(int pid, double energy, const Vector3d& direction) const {
+     176           0 :         key_t key(pid, binFromEnergy(energy));
+     177             :         map_t::const_iterator i = maps.find(key);
+     178             : 
+     179           0 :         if (i == maps.end() || !i->second.valid()) {
+     180             :                 return false;
+     181             :         } else {
+     182           0 :                 return i->second->checkDirection(direction);
+     183             :         }
+     184             : }
+     185             : 
+     186           0 : bool EmissionMap::checkDirection(const ParticleState& state) const {
+     187           0 :         return checkDirection(state.getId(), state.getEnergy(), state.getDirection());
+     188             : }
+     189             : 
+     190           0 : bool EmissionMap::hasMap(int pid, double energy) {
+     191           0 :     key_t key(pid, binFromEnergy(energy));
+     192             :     map_t::iterator i = maps.find(key);
+     193           0 :     if (i == maps.end() || !i->second.valid())
+     194             :                 return false;
+     195             :         else
+     196           0 :                 return true;
+     197             : }
+     198             : 
+     199           7 : ref_ptr<CylindricalProjectionMap> EmissionMap::getMap(int pid, double energy) {
+     200           7 :         key_t key(pid, binFromEnergy(energy));
+     201             :         map_t::iterator i = maps.find(key);
+     202           7 :         if (i == maps.end() || !i->second.valid()) {
+     203           5 :                 ref_ptr<CylindricalProjectionMap> cpm = new CylindricalProjectionMap(nPhi, nTheta);
+     204           5 :                 maps[key] = cpm;
+     205             :                 return cpm;
+     206             :         } else {
+     207             :                 return i->second;
+     208             :         }
+     209             : }
+     210             : 
+     211           0 : void EmissionMap::save(const std::string &filename) {
+     212           0 :         std::ofstream out(filename.c_str());
+     213           0 :         out.imbue(std::locale("C"));
+     214             : 
+     215           0 :         for (map_t::iterator i = maps.begin(); i != maps.end(); i++) {
+     216           0 :                 if (!i->second.valid())
+     217           0 :                         continue;
+     218           0 :                 out << i->first.first << " " << i->first.second << " " << energyFromBin(i->first.second) << " ";
+     219           0 :                 out << i->second->getNPhi() << " " << i->second->getNTheta();
+     220           0 :                 const std::vector<double> &pdf = i->second->getPdf();
+     221           0 :                 for (size_t i = 0; i < pdf.size(); i++)
+     222           0 :                         out << " " << pdf[i];
+     223             :                 out << std::endl;
+     224             :         }
+     225           0 : }
+     226             : 
+     227           1 : void EmissionMap::merge(const EmissionMap *other) {
+     228           1 :         if (other == 0)
+     229             :                 return;
+     230           1 :         map_t::const_iterator i = other->getMaps().begin();
+     231           1 :         map_t::const_iterator end = other->getMaps().end();
+     232           3 :         for(;i != end; i++) {
+     233           2 :                 if (!i->second.valid())
+     234           0 :                         continue;
+     235             : 
+     236           2 :                 std::vector<double> &otherpdf = i->second->getPdf();
+     237           2 :                 ref_ptr<CylindricalProjectionMap> cpm = getMap(i->first.first, i->first.second);
+     238             : 
+     239           2 :                 if (otherpdf.size() != cpm->getPdf().size()) {
+     240           0 :                         throw std::runtime_error("PDF size mismatch!");
+     241             :                         break;
+     242             :                 }
+     243             : 
+     244      129602 :                 for (size_t k = 0; k < otherpdf.size(); k++) {
+     245      129600 :                         cpm->fillBin(k, otherpdf[k]);
+     246             :                 }
+     247             :         }
+     248             : }
+     249             : 
+     250           0 : void EmissionMap::merge(const std::string &filename) {
+     251           0 :         EmissionMap em;
+     252           0 :         em.load(filename);
+     253           0 :         merge(&em);
+     254           0 : }
+     255             : 
+     256           0 : void EmissionMap::load(const std::string &filename) {
+     257           0 :         std::ifstream in(filename.c_str());
+     258           0 :         in.imbue(std::locale("C"));
+     259             : 
+     260           0 :         while(in.good()) {
+     261           0 :                 key_t key;
+     262             :                 double tmp;
+     263             :                 size_t nPhi_, nTheta_;
+     264           0 :                 in >> key.first >> key.second >> tmp;
+     265             :                 in >> nPhi_ >> nTheta_;
+     266             : 
+     267           0 :                 if (!in.good()) {
+     268           0 :                         KISS_LOG_ERROR << "Invalid line: " << key.first << " " << key.second << " " << nPhi_ << " " << nTheta_;
+     269           0 :                         break;
+     270             :                 }
+     271             : 
+     272           0 :                 if (nPhi != nPhi_) {
+     273           0 :                         KISS_LOG_WARNING << "nPhi mismatch: " << nPhi << " " << nPhi_;
+     274             :                 }
+     275           0 :                 if (nTheta != nTheta_) {
+     276           0 :                         KISS_LOG_WARNING << "nTheta mismatch: " << nTheta << " " << nTheta_;
+     277             :                 }
+     278             : 
+     279           0 :                 ref_ptr<CylindricalProjectionMap> cpm = new CylindricalProjectionMap(nPhi_, nTheta_);
+     280           0 :                 std::vector<double> &pdf = cpm->getPdf();
+     281           0 :                 for (size_t i = 0; i < pdf.size(); i++)
+     282             :                         in >> pdf[i];
+     283             : 
+     284           0 :                 if (in.good()) {
+     285           0 :                         maps[key] = cpm;
+     286             :                         // std::cout << "added " << key.first << " " << key.second << std::endl;
+     287             :                 } else {
+     288           0 :                         KISS_LOG_WARNING << "Invalid data in line: " << key.first << " " << key.second << " " << nPhi_ << " " << nTheta_ << "\n";
+     289             :                 }
+     290             :         }
+     291             : 
+     292           0 : }
+     293             : 
+     294             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Geometry.cpp.func-sort-c.html b/doc/coverageReport/src/Geometry.cpp.func-sort-c.html new file mode 100644 index 000000000..14ddef6d4 --- /dev/null +++ b/doc/coverageReport/src/Geometry.cpp.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Geometry.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Geometry.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:185036.0 %
Date:2024-04-08 14:58:22Functions:61346.2 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa5PlaneC2ERKNS_7Vector3IdEES4_S4_0
_ZNK7crpropa11ParaxialBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa11ParaxialBox6normalERKNS_7Vector3IdEE0
_ZNK7crpropa5Plane14getDescriptionB5cxx11Ev0
_ZNK7crpropa5Plane6normalERKNS_7Vector3IdEE0
_ZNK7crpropa6Sphere14getDescriptionB5cxx11Ev0
_ZNK7crpropa6Sphere6normalERKNS_7Vector3IdEE0
_ZN7crpropa11ParaxialBoxC2ERKNS_7Vector3IdEES4_1
_ZN7crpropa5PlaneC2ERKNS_7Vector3IdEES4_1
_ZNK7crpropa5Plane8distanceERKNS_7Vector3IdEE2
_ZN7crpropa6SphereC2ERKNS_7Vector3IdEEd4
_ZNK7crpropa11ParaxialBox8distanceERKNS_7Vector3IdEE6
_ZNK7crpropa6Sphere8distanceERKNS_7Vector3IdEE12
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Geometry.cpp.func.html b/doc/coverageReport/src/Geometry.cpp.func.html new file mode 100644 index 000000000..ced667ab2 --- /dev/null +++ b/doc/coverageReport/src/Geometry.cpp.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Geometry.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Geometry.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:185036.0 %
Date:2024-04-08 14:58:22Functions:61346.2 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11ParaxialBoxC2ERKNS_7Vector3IdEES4_1
_ZN7crpropa5PlaneC2ERKNS_7Vector3IdEES4_1
_ZN7crpropa5PlaneC2ERKNS_7Vector3IdEES4_S4_0
_ZN7crpropa6SphereC2ERKNS_7Vector3IdEEd4
_ZNK7crpropa11ParaxialBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa11ParaxialBox6normalERKNS_7Vector3IdEE0
_ZNK7crpropa11ParaxialBox8distanceERKNS_7Vector3IdEE6
_ZNK7crpropa5Plane14getDescriptionB5cxx11Ev0
_ZNK7crpropa5Plane6normalERKNS_7Vector3IdEE0
_ZNK7crpropa5Plane8distanceERKNS_7Vector3IdEE2
_ZNK7crpropa6Sphere14getDescriptionB5cxx11Ev0
_ZNK7crpropa6Sphere6normalERKNS_7Vector3IdEE0
_ZNK7crpropa6Sphere8distanceERKNS_7Vector3IdEE12
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Geometry.cpp.gcov.html b/doc/coverageReport/src/Geometry.cpp.gcov.html new file mode 100644 index 000000000..23f52e359 --- /dev/null +++ b/doc/coverageReport/src/Geometry.cpp.gcov.html @@ -0,0 +1,200 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Geometry.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Geometry.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:185036.0 %
Date:2024-04-08 14:58:22Functions:61346.2 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include <limits>
+       2             : #include <cmath>
+       3             : #include "kiss/logger.h"
+       4             : #include "crpropa/Geometry.h"
+       5             : 
+       6             : #include <iostream>
+       7             : 
+       8             : namespace crpropa {
+       9             : 
+      10             : // Plane ------------------------------------------------------------------
+      11           1 : Plane::Plane(const Vector3d& _x0, const Vector3d& _n) : x0(_x0), n(_n) {
+      12           1 : };
+      13             : 
+      14           0 : Plane::Plane(const Vector3d& _x0, const Vector3d& v1,const Vector3d& v2) : x0(_x0), n(0,0,0) {
+      15             :         n = v1.cross(v2);
+      16             :         n /= n.getR();
+      17           0 : };
+      18             : 
+      19           2 : double Plane::distance(const Vector3d &x) const {
+      20             :         Vector3d dX = x - x0;
+      21           2 :         return n.dot(dX);
+      22             : };
+      23             : 
+      24           0 : std::string Plane::getDescription() const {
+      25           0 :         std::stringstream ss;
+      26             :         ss << "Plane: " << std::endl
+      27           0 :            << "   x0: " << x0 << std::endl
+      28           0 :            << "    n: " << n << std::endl;
+      29           0 :         return ss.str();
+      30           0 : };
+      31             : 
+      32           0 : Vector3d Plane::normal(const Vector3d& point) const {
+      33           0 :         return n;
+      34             : }
+      35             : 
+      36             : 
+      37             : // Sphere ------------------------------------------------------------------
+      38           4 : Sphere::Sphere(const Vector3d& _center, double _radius) : center(_center), radius(_radius) {
+      39           4 : };
+      40             : 
+      41          12 : double Sphere::distance(const Vector3d &point) const {
+      42             :         Vector3d dR = point - center;
+      43          12 :         return dR.getR() - radius;
+      44             : }
+      45             : 
+      46           0 : Vector3d Sphere::normal(const Vector3d& point) const {
+      47             :         Vector3d d = point - center;
+      48           0 :         return d.getUnitVector();
+      49             : }
+      50             : 
+      51           0 : std::string Sphere::getDescription() const {
+      52           0 :         std::stringstream ss;
+      53             :         ss << "Sphere: " << std::endl
+      54           0 :                         << "   Center: " << center << std::endl
+      55           0 :                         << "   Radius: " << radius << std::endl;
+      56           0 :         return ss.str();
+      57           0 : };
+      58             : 
+      59             : 
+      60             : // ParaxialBox -------------------------------------------------------------
+      61           1 : ParaxialBox::ParaxialBox(const Vector3d& _corner, const Vector3d& _size) : corner(_corner), size(_size) {
+      62           1 : };
+      63             : 
+      64           6 : double ParaxialBox::distance(const Vector3d &point) const {
+      65             :         Vector3d X = point - corner - size/2.;
+      66             : 
+      67             :         // inside the cube
+      68           6 :         if ((fabs(X.x) <= size.x/2.) and (fabs(X.y) <= size.y/2.) and (fabs(X.z) <= size.z/2.)) { 
+      69             :                 Vector3d Xp = size/2. - X.abs();
+      70           3 :                 double d = std::min(Xp.x, std::min(Xp.y, Xp.z));
+      71             : 
+      72           3 :                 return -1. * d;
+      73             :         }
+      74             : 
+      75           3 :         double a = std::max(0., fabs(X.x) - size.x/2.);
+      76           3 :         double b = std::max(0., fabs(X.y) - size.y/2.);
+      77           3 :         double c = std::max(0., fabs(X.z) - size.z/2.);
+      78             : 
+      79           3 :         return sqrt(a*a + b*b +c*c);
+      80             : }
+      81             : 
+      82           0 : Vector3d ParaxialBox::normal(const Vector3d& point) const {
+      83             :         Vector3d d = (point - corner).abs();
+      84             :         Vector3d d2 = d + size;
+      85             :         Vector3d n;
+      86             :         double dmin = std::numeric_limits<double>::infinity();
+      87           0 :         if (d.x < dmin) {
+      88             :                 dmin = d.x;
+      89             :                 n = Vector3d(-1, 0, 0);
+      90             :         }
+      91           0 :         if (d.y < dmin) {
+      92             :                 dmin = d.y;
+      93             :                 n = Vector3d(0, -1, 0);
+      94             :         }
+      95           0 :         if (d.z < dmin) {
+      96             :                 dmin = d.z;
+      97             :                 n = Vector3d(0, 0, -1);
+      98             :         }
+      99           0 :         if (d2.x < dmin) {
+     100             :                 dmin = d2.x;
+     101             :                 n = Vector3d(1, 0, 0);
+     102             :         }
+     103           0 :         if (d2.y < dmin) {
+     104             :                 dmin = d2.y;
+     105             :                 n = Vector3d(0, 1, 0);
+     106             :         }
+     107           0 :         if (d2.z < dmin) {
+     108             :                 // dmin = d2.z;
+     109             :                 n = Vector3d(0, 0, 1);
+     110             :         }
+     111             : 
+     112           0 :         return n;
+     113             : }
+     114             : 
+     115           0 : std::string ParaxialBox::getDescription() const {
+     116           0 :         std::stringstream ss;
+     117             :         ss << "ParaxialBox: " << std::endl
+     118           0 :                  << "   corner: " << corner << std::endl
+     119           0 :                  << "     size: " << size << std::endl;
+     120           0 :         return ss.str();
+     121           0 : };
+     122             : 
+     123             : 
+     124             : } // namespace
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/GridTools.cpp.func-sort-c.html b/doc/coverageReport/src/GridTools.cpp.func-sort-c.html new file mode 100644 index 000000000..14424d83d --- /dev/null +++ b/doc/coverageReport/src/GridTools.cpp.func-sort-c.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - src/GridTools.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - GridTools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6724527.3 %
Date:2024-04-08 14:58:22Functions:71936.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13dumpGridToTxtENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa15loadGridFromTxtENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa16rmsFieldStrengthENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa17fromMagneticFieldENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENS0_INS_13MagneticFieldEEE0
_ZN7crpropa17gridPowerSpectrumENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17meanFieldStrengthENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17meanFieldStrengthENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa23rmsFieldStrengthPerAxisENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa25fromMagneticFieldStrengthENS_7ref_ptrINS_4GridIfEEEENS0_INS_13MagneticFieldEEE0
_ZN7crpropa8dumpGridENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa8loadGridENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa9scaleGridENS_7ref_ptrINS_4GridIfEEEEd0
_ZN7crpropa13dumpGridToTxtENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa15loadGridFromTxtENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa15meanFieldVectorENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE1
_ZN7crpropa8dumpGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa8loadGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa16rmsFieldStrengthENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE11
_ZN7crpropa9scaleGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEd11
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/GridTools.cpp.func.html b/doc/coverageReport/src/GridTools.cpp.func.html new file mode 100644 index 000000000..0781b93b7 --- /dev/null +++ b/doc/coverageReport/src/GridTools.cpp.func.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - src/GridTools.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - GridTools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6724527.3 %
Date:2024-04-08 14:58:22Functions:71936.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13dumpGridToTxtENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa13dumpGridToTxtENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa15loadGridFromTxtENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa15loadGridFromTxtENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa15meanFieldVectorENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE1
_ZN7crpropa16rmsFieldStrengthENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE11
_ZN7crpropa16rmsFieldStrengthENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa17fromMagneticFieldENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENS0_INS_13MagneticFieldEEE0
_ZN7crpropa17gridPowerSpectrumENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17meanFieldStrengthENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17meanFieldStrengthENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa23rmsFieldStrengthPerAxisENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa25fromMagneticFieldStrengthENS_7ref_ptrINS_4GridIfEEEENS0_INS_13MagneticFieldEEE0
_ZN7crpropa8dumpGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa8dumpGridENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa8loadGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa8loadGridENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa9scaleGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEd11
_ZN7crpropa9scaleGridENS_7ref_ptrINS_4GridIfEEEEd0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/GridTools.cpp.gcov.html b/doc/coverageReport/src/GridTools.cpp.gcov.html new file mode 100644 index 000000000..20f0163b7 --- /dev/null +++ b/doc/coverageReport/src/GridTools.cpp.gcov.html @@ -0,0 +1,491 @@ + + + + + + + LCOV - coverage.info.cleaned - src/GridTools.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - GridTools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6724527.3 %
Date:2024-04-08 14:58:22Functions:71936.8 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/GridTools.h"
+       2             : #include "crpropa/magneticField/MagneticField.h"
+       3             : 
+       4             : #include <fstream>
+       5             : #include <sstream>
+       6             : 
+       7             : namespace crpropa {
+       8             : 
+       9           0 : void scaleGrid(ref_ptr<Grid1f> grid, double a) {
+      10           0 :         for (int ix = 0; ix < grid->getNx(); ix++)
+      11           0 :                 for (int iy = 0; iy < grid->getNy(); iy++)
+      12           0 :                         for (int iz = 0; iz < grid->getNz(); iz++)
+      13           0 :                                 grid->get(ix, iy, iz) *= a;
+      14           0 : }
+      15             : 
+      16          11 : void scaleGrid(ref_ptr<Grid3f> grid, double a) {
+      17         654 :         for (int ix = 0; ix < grid->getNx(); ix++)
+      18       41612 :                 for (int iy = 0; iy < grid->getNy(); iy++)
+      19     2662436 :                         for (int iz = 0; iz < grid->getNz(); iz++)
+      20     2621467 :                                 grid->get(ix, iy, iz) *= a;
+      21          11 : }
+      22             : 
+      23           1 : Vector3f meanFieldVector(ref_ptr<Grid3f> grid) {
+      24             :         size_t Nx = grid->getNx();
+      25             :         size_t Ny = grid->getNy();
+      26             :         size_t Nz = grid->getNz();
+      27             :         Vector3f mean(0.);
+      28          65 :         for (int ix = 0; ix < Nx; ix++)
+      29        4160 :                 for (int iy = 0; iy < Ny; iy++)
+      30      266240 :                         for (int iz = 0; iz < Nz; iz++)
+      31             :                                 mean += grid->get(ix, iy, iz);
+      32           1 :         return mean / Nx / Ny / Nz;
+      33             : }
+      34             : 
+      35           0 : double meanFieldStrength(ref_ptr<Grid3f> grid) {
+      36             :         size_t Nx = grid->getNx();
+      37             :         size_t Ny = grid->getNy();
+      38             :         size_t Nz = grid->getNz();
+      39             :         double mean = 0;
+      40           0 :         for (int ix = 0; ix < Nx; ix++)
+      41           0 :                 for (int iy = 0; iy < Ny; iy++)
+      42           0 :                         for (int iz = 0; iz < Nz; iz++)
+      43           0 :                                 mean += grid->get(ix, iy, iz).getR();
+      44           0 :         return mean / Nx / Ny / Nz;
+      45             : }
+      46             : 
+      47           0 : double meanFieldStrength(ref_ptr<Grid1f> grid) {
+      48             :         size_t Nx = grid->getNx();
+      49             :         size_t Ny = grid->getNy();
+      50             :         size_t Nz = grid->getNz();
+      51             :         double mean = 0;
+      52           0 :         for (int ix = 0; ix < Nx; ix++)
+      53           0 :                 for (int iy = 0; iy < Ny; iy++)
+      54           0 :                         for (int iz = 0; iz < Nz; iz++)
+      55           0 :                                 mean += grid->get(ix, iy, iz);
+      56           0 :         return mean / Nx / Ny / Nz;
+      57             : }
+      58             : 
+      59          11 : double rmsFieldStrength(ref_ptr<Grid3f> grid) {
+      60             :         size_t Nx = grid->getNx();
+      61             :         size_t Ny = grid->getNy();
+      62             :         size_t Nz = grid->getNz();
+      63             :         double sumV2 = 0;
+      64         715 :         for (int ix = 0; ix < Nx; ix++)
+      65       45760 :                 for (int iy = 0; iy < Ny; iy++)
+      66     2928640 :                         for (int iz = 0; iz < Nz; iz++)
+      67     2883584 :                                 sumV2 += grid->get(ix, iy, iz).getR2();
+      68          11 :         return std::sqrt(sumV2 / Nx / Ny / Nz);
+      69             : }
+      70             : 
+      71           0 : double rmsFieldStrength(ref_ptr<Grid1f> grid) {
+      72             :         size_t Nx = grid->getNx();
+      73             :         size_t Ny = grid->getNy();
+      74             :         size_t Nz = grid->getNz();
+      75             :         double sumV2 = 0;
+      76           0 :         for (int ix = 0; ix < Nx; ix++)
+      77           0 :                 for (int iy = 0; iy < Ny; iy++)
+      78           0 :                         for (int iz = 0; iz < Nz; iz++)
+      79           0 :                                 sumV2 += pow(grid->get(ix, iy, iz), 2);
+      80           0 :         return std::sqrt(sumV2 / Nx / Ny / Nz);
+      81             : }
+      82             : 
+      83           0 : std::array<float, 3> rmsFieldStrengthPerAxis(ref_ptr<Grid3f> grid) {
+      84             :     size_t Nx = grid->getNx();
+      85             :     size_t Ny = grid->getNy();
+      86             :     size_t Nz = grid->getNz();
+      87             :     float sumV2_x = 0;
+      88             :     float sumV2_y = 0;
+      89             :     float sumV2_z = 0;
+      90           0 :     for (int ix = 0; ix < Nx; ix++)
+      91           0 :         for (int iy = 0; iy < Ny; iy++)
+      92           0 :             for (int iz = 0; iz < Nz; iz++) {
+      93           0 :                 sumV2_x += pow(grid->get(ix, iy, iz).x, 2);
+      94           0 :                 sumV2_y += pow(grid->get(ix, iy, iz).y, 2);
+      95           0 :                 sumV2_z += pow(grid->get(ix, iy, iz).z, 2);
+      96             :             }
+      97             :     return {
+      98           0 :         std::sqrt(sumV2_x / Nx / Ny / Nz),
+      99           0 :         std::sqrt(sumV2_y / Nx / Ny / Nz),
+     100           0 :         std::sqrt(sumV2_z / Nx / Ny / Nz)
+     101           0 :     };
+     102             : }
+     103             : 
+     104           0 : void fromMagneticField(ref_ptr<Grid3f> grid, ref_ptr<MagneticField> field) {
+     105             :         Vector3d origin = grid->getOrigin();
+     106             :         Vector3d spacing = grid->getSpacing();
+     107             :         size_t Nx = grid->getNx();
+     108             :         size_t Ny = grid->getNy();
+     109             :         size_t Nz = grid->getNz();
+     110           0 :         for (size_t ix = 0; ix < Nx; ix++)
+     111           0 :                 for (size_t iy = 0; iy < Ny; iy++)
+     112           0 :                         for (size_t iz = 0; iz < Nz; iz++) {
+     113           0 :                                 Vector3d pos = Vector3d(double(ix) + 0.5, double(iy) + 0.5, double(iz) + 0.5) * spacing + origin;
+     114           0 :                                 Vector3d B = field->getField(pos);
+     115             :                                 grid->get(ix, iy, iz) = B;
+     116             :         }
+     117           0 : }
+     118             : 
+     119           0 : void fromMagneticFieldStrength(ref_ptr<Grid1f> grid, ref_ptr<MagneticField> field) {
+     120             :         Vector3d origin = grid->getOrigin();
+     121             :         Vector3d spacing = grid->getSpacing();
+     122             :         size_t Nx = grid->getNx();
+     123             :         size_t Ny = grid->getNy();
+     124             :         size_t Nz = grid->getNz();
+     125           0 :         for (size_t ix = 0; ix < Nx; ix++)
+     126           0 :                 for (size_t iy = 0; iy < Ny; iy++)
+     127           0 :                         for (size_t iz = 0; iz < Nz; iz++) {
+     128           0 :                                 Vector3d pos = Vector3d(double(ix) + 0.5, double(iy) + 0.5, double(iz) + 0.5) * spacing + origin;
+     129           0 :                                 double s = field->getField(pos).getR();
+     130           0 :                                 grid->get(ix, iy, iz) = s;
+     131             :         }
+     132           0 : }
+     133             : 
+     134           1 : void loadGrid(ref_ptr<Grid3f> grid, std::string filename, double c) {
+     135           1 :         std::ifstream fin(filename.c_str(), std::ios::binary);
+     136           1 :         if (!fin) {
+     137           0 :                 std::stringstream ss;
+     138           0 :                 ss << "load Grid3f: " << filename << " not found";
+     139           0 :                 throw std::runtime_error(ss.str());
+     140           0 :         }
+     141             : 
+     142             :         // get length of file and compare to size of grid
+     143           1 :         fin.seekg(0, fin.end);
+     144           1 :         size_t length = fin.tellg() / sizeof(float);
+     145           1 :         fin.seekg (0, fin.beg);
+     146             : 
+     147             :         size_t nx = grid->getNx();
+     148             :         size_t ny = grid->getNy();
+     149             :         size_t nz = grid->getNz();
+     150             : 
+     151           1 :         if (length != (3 * nx * ny * nz))
+     152           0 :                 throw std::runtime_error("loadGrid: file and grid size do not match");
+     153             : 
+     154           4 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     155          12 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
+     156          36 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
+     157             :                                 Vector3f &b = grid->get(ix, iy, iz);
+     158          27 :                                 fin.read((char*) &(b.x), sizeof(float));
+     159          27 :                                 fin.read((char*) &(b.y), sizeof(float));
+     160          27 :                                 fin.read((char*) &(b.z), sizeof(float));
+     161          27 :                                 b *= c;
+     162             :                         }
+     163             :                 }
+     164             :         }
+     165           1 :         fin.close();
+     166           1 : }
+     167             : 
+     168           0 : void loadGrid(ref_ptr<Grid1f> grid, std::string filename, double c) {
+     169           0 :         std::ifstream fin(filename.c_str(), std::ios::binary);
+     170           0 :         if (!fin) {
+     171           0 :                 std::stringstream ss;
+     172           0 :                 ss << "load Grid1f: " << filename << " not found";
+     173           0 :                 throw std::runtime_error(ss.str());
+     174           0 :         }
+     175             : 
+     176             :         // get length of file and compare to size of grid
+     177           0 :         fin.seekg(0, fin.end);
+     178           0 :         size_t length = fin.tellg() / sizeof(float);
+     179           0 :         fin.seekg (0, fin.beg);
+     180             : 
+     181             :         size_t nx = grid->getNx();
+     182             :         size_t ny = grid->getNy();
+     183             :         size_t nz = grid->getNz();
+     184             : 
+     185           0 :         if (length != (nx * ny * nz))
+     186           0 :                 throw std::runtime_error("loadGrid: file and grid size do not match");
+     187             : 
+     188           0 :         for (int ix = 0; ix < nx; ix++) {
+     189           0 :                 for (int iy = 0; iy < ny; iy++) {
+     190           0 :                         for (int iz = 0; iz < nz; iz++) {
+     191             :                                 float &b = grid->get(ix, iy, iz);
+     192           0 :                                 fin.read((char*) &b, sizeof(float));
+     193           0 :                                 b *= c;
+     194             :                         }
+     195             :                 }
+     196             :         }
+     197           0 :         fin.close();
+     198           0 : }
+     199             : 
+     200           1 : void dumpGrid(ref_ptr<Grid3f> grid, std::string filename, double c) {
+     201           1 :         std::ofstream fout(filename.c_str(), std::ios::binary);
+     202           1 :         if (!fout) {
+     203           0 :                 std::stringstream ss;
+     204           0 :                 ss << "dump Grid3f: " << filename << " not found";
+     205           0 :                 throw std::runtime_error(ss.str());
+     206           0 :         }
+     207           4 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     208          12 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
+     209          36 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
+     210          27 :                                 Vector3f b = grid->get(ix, iy, iz) * c;
+     211          27 :                                 fout.write((char*) &(b.x), sizeof(float));
+     212          27 :                                 fout.write((char*) &(b.y), sizeof(float));
+     213          27 :                                 fout.write((char*) &(b.z), sizeof(float));
+     214             :                         }
+     215             :                 }
+     216             :         }
+     217           1 :         fout.close();
+     218           1 : }
+     219             : 
+     220           0 : void dumpGrid(ref_ptr<Grid1f> grid, std::string filename, double c) {
+     221           0 :         std::ofstream fout(filename.c_str(), std::ios::binary);
+     222           0 :         if (!fout) {
+     223           0 :                 std::stringstream ss;
+     224           0 :                 ss << "dump Grid1f: " << filename << " not found";
+     225           0 :                 throw std::runtime_error(ss.str());
+     226           0 :         }
+     227           0 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     228           0 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
+     229           0 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
+     230           0 :                                 float b = grid->get(ix, iy, iz) * c;
+     231           0 :                                 fout.write((char*) &b, sizeof(float));
+     232             :                         }
+     233             :                 }
+     234             :         }
+     235           0 :         fout.close();
+     236           0 : }
+     237             : 
+     238           1 : void loadGridFromTxt(ref_ptr<Grid3f> grid, std::string filename, double c) {
+     239           1 :         std::ifstream fin(filename.c_str());
+     240           1 :         if (!fin) {
+     241           0 :                 std::stringstream ss;
+     242           0 :                 ss << "load Grid3f: " << filename << " not found";
+     243           0 :                 throw std::runtime_error(ss.str());
+     244           0 :         }
+     245             :         // skip header lines
+     246           1 :         while (fin.peek() == '#')
+     247           0 :                 fin.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+     248             : 
+     249           4 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     250          12 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
+     251          36 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
+     252             :                                 Vector3f &b = grid->get(ix, iy, iz);
+     253          27 :                                 fin >> b.x >> b.y >> b.z;
+     254          27 :                                 b *= c;
+     255          27 :                                 if (fin.eof())
+     256           0 :                                         throw std::runtime_error("load Grid3f: file too short");
+     257             :                         }
+     258             :                 }
+     259             :         }
+     260           1 :         fin.close();
+     261           1 : }
+     262             : 
+     263           0 : void loadGridFromTxt(ref_ptr<Grid1f> grid, std::string filename, double c) {
+     264           0 :         std::ifstream fin(filename.c_str());
+     265           0 :         if (!fin) {
+     266           0 :                 std::stringstream ss;
+     267           0 :                 ss << "load Grid1f: " << filename << " not found";
+     268           0 :                 throw std::runtime_error(ss.str());
+     269           0 :         }
+     270             :         // skip header lines
+     271           0 :         while (fin.peek() == '#')
+     272           0 :                 fin.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+     273             : 
+     274           0 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     275           0 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
+     276           0 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
+     277             :                                 float &b = grid->get(ix, iy, iz);
+     278             :                                 fin >> b;
+     279           0 :                                 b *= c;
+     280           0 :                                 if (fin.eof())
+     281           0 :                                         throw std::runtime_error("load Grid1f: file too short");
+     282             :                         }
+     283             :                 }
+     284             :         }
+     285           0 :         fin.close();
+     286           0 : }
+     287             : 
+     288           1 : void dumpGridToTxt(ref_ptr<Grid3f> grid, std::string filename, double c) {
+     289           1 :         std::ofstream fout(filename.c_str());
+     290           1 :         if (!fout) {
+     291           0 :                 std::stringstream ss;
+     292           0 :                 ss << "dump Grid3f: " << filename << " not found";
+     293           0 :                 throw std::runtime_error(ss.str());
+     294           0 :         }
+     295           4 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     296          12 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
+     297          36 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
+     298          27 :                                 Vector3f b = grid->get(ix, iy, iz) * c;
+     299          27 :                                 fout << b << "\n";
+     300             :                         }
+     301             :                 }
+     302             :         }
+     303           1 :         fout.close();
+     304           1 : }
+     305             : 
+     306           0 : void dumpGridToTxt(ref_ptr<Grid1f> grid, std::string filename, double c) {
+     307           0 :         std::ofstream fout(filename.c_str());
+     308           0 :         if (!fout) {
+     309           0 :                 std::stringstream ss;
+     310           0 :                 ss << "dump Grid1f: " << filename << " not found";
+     311           0 :                 throw std::runtime_error(ss.str());
+     312           0 :         }
+     313           0 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     314           0 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
+     315           0 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
+     316           0 :                                 float b = grid->get(ix, iy, iz) * c;
+     317           0 :                                 fout << b << "\n";
+     318             :                         }
+     319             :                 }
+     320             :         }
+     321           0 :         fout.close();
+     322           0 : }
+     323             : 
+     324             : #ifdef CRPROPA_HAVE_FFTW3F
+     325             : 
+     326           0 : std::vector<std::pair<int, float>> gridPowerSpectrum(ref_ptr<Grid3f> grid) {
+     327             : 
+     328           0 :   double rms = rmsFieldStrength(grid);
+     329             :   size_t n = grid->getNx(); // size of array
+     330             : 
+     331             :   // arrays to hold the complex vector components of the B(k)-field
+     332             :   fftwf_complex *Bkx, *Bky, *Bkz;
+     333           0 :   Bkx = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n);
+     334           0 :   Bky = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n);
+     335           0 :   Bkz = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n);
+     336             : 
+     337             :   fftwf_complex *Bx = (fftwf_complex *)Bkx;
+     338             :   fftwf_complex *By = (fftwf_complex *)Bky;
+     339             :   fftwf_complex *Bz = (fftwf_complex *)Bkz;
+     340             : 
+     341             :   // save to temp
+     342             :   int i;
+     343           0 :   for (size_t ix = 0; ix < n; ix++) {
+     344           0 :     for (size_t iy = 0; iy < n; iy++) {
+     345           0 :       for (size_t iz = 0; iz < n; iz++) {
+     346           0 :         i = ix * n * n + iy * n + iz;
+     347             :         Vector3<float> &b = grid->get(ix, iy, iz);
+     348           0 :         Bx[i][0] = b.x / rms;
+     349           0 :         By[i][0] = b.y / rms;
+     350           0 :         Bz[i][0] = b.z / rms;
+     351             :       }
+     352             :     }
+     353             :   }
+     354             : 
+     355             :   // in-place, real to complex, inverse Fourier transformation on each component
+     356             :   // note that the last elements of B(x) are unused now
+     357             :   fftwf_plan plan_x =
+     358           0 :       fftwf_plan_dft_3d(n, n, n, Bx, Bkx, FFTW_FORWARD, FFTW_ESTIMATE);
+     359           0 :   fftwf_execute(plan_x);
+     360           0 :   fftwf_destroy_plan(plan_x);
+     361             : 
+     362             :   fftwf_plan plan_y =
+     363           0 :       fftwf_plan_dft_3d(n, n, n, By, Bky, FFTW_FORWARD, FFTW_ESTIMATE);
+     364           0 :   fftwf_execute(plan_y);
+     365           0 :   fftwf_destroy_plan(plan_y);
+     366             : 
+     367             :   fftwf_plan plan_z =
+     368           0 :       fftwf_plan_dft_3d(n, n, n, Bz, Bkz, FFTW_FORWARD, FFTW_ESTIMATE);
+     369           0 :   fftwf_execute(plan_z);
+     370           0 :   fftwf_destroy_plan(plan_z);
+     371             : 
+     372             :   float power;
+     373             :   std::map<size_t, std::pair<float, int>> spectrum;
+     374             :   int k;
+     375             : 
+     376           0 :   for (size_t ix = 0; ix < n; ix++) {
+     377           0 :     for (size_t iy = 0; iy < n; iy++) {
+     378           0 :       for (size_t iz = 0; iz < n; iz++) {
+     379           0 :         i = ix * n * n + iy * n + iz;
+     380           0 :         k = static_cast<int>(
+     381           0 :             std::floor(std::sqrt(ix * ix + iy * iy + iz * iz)));
+     382           0 :         if (k > n / 2. || k == 0)
+     383           0 :           continue;
+     384           0 :         power = ((Bkx[i][0] * Bkx[i][0] + Bkx[i][1] * Bkx[i][1]) +
+     385           0 :                  (Bky[i][0] * Bky[i][0] + Bky[i][1] * Bky[i][1]) +
+     386           0 :                  (Bkz[i][0] * Bkz[i][0] + Bkz[i][1] * Bkz[i][1]));
+     387           0 :         if (spectrum.find(k) == spectrum.end()) {
+     388           0 :           spectrum[k].first = power;
+     389           0 :           spectrum[k].second = 1;
+     390             :         } else {
+     391           0 :           spectrum[k].first += power;
+     392           0 :           spectrum[k].second += 1;
+     393             :         }
+     394             :       }
+     395             :     }
+     396             :   }
+     397             : 
+     398           0 :   fftwf_free(Bkx);
+     399           0 :   fftwf_free(Bky);
+     400           0 :   fftwf_free(Bkz);
+     401             : 
+     402             :   std::vector<std::pair<int, float>> points;
+     403           0 :   for (std::map<size_t, std::pair<float, int>>::iterator it = spectrum.begin();
+     404           0 :        it != spectrum.end(); ++it) {
+     405           0 :     points.push_back(
+     406           0 :         std::make_pair(it->first, (it->second).first / (it->second).second));
+     407             :   }
+     408             : 
+     409           0 :   return points;
+     410             : }
+     411             : 
+     412             : #endif // CRPROPA_HAVE_FFTW3F
+     413             : 
+     414             : 
+     415             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Module.cpp.func-sort-c.html b/doc/coverageReport/src/Module.cpp.func-sort-c.html new file mode 100644 index 000000000..16f3b25e6 --- /dev/null +++ b/doc/coverageReport/src/Module.cpp.func-sort-c.html @@ -0,0 +1,120 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Module.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Module.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:374877.1 %
Date:2024-04-08 14:58:22Functions:91275.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17AbstractCondition13setAcceptFlagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_0
_ZN7crpropa17AbstractCondition23setMakeAcceptedInactiveEb0
_ZNK7crpropa6Module14getDescriptionB5cxx11Ev0
_ZN7crpropa17AbstractCondition13setRejectFlagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_1
_ZN7crpropa17AbstractCondition23setMakeRejectedInactiveEb1
_ZN7crpropa17AbstractCondition8onAcceptEPNS_6ModuleE1
_ZN7crpropa17AbstractCondition8onRejectEPNS_6ModuleE1
_ZNK7crpropa17AbstractCondition6acceptEPNS_9CandidateE2
_ZN7crpropa17AbstractConditionC2Ev33
_ZN7crpropa6ModuleC2Ev209
_ZN7crpropa6Module14setDescriptionERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE365
_ZNK7crpropa17AbstractCondition6rejectEPNS_9CandidateE1126
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Module.cpp.func.html b/doc/coverageReport/src/Module.cpp.func.html new file mode 100644 index 000000000..b0c8fb43e --- /dev/null +++ b/doc/coverageReport/src/Module.cpp.func.html @@ -0,0 +1,120 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Module.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Module.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:374877.1 %
Date:2024-04-08 14:58:22Functions:91275.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17AbstractCondition13setAcceptFlagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_0
_ZN7crpropa17AbstractCondition13setRejectFlagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_1
_ZN7crpropa17AbstractCondition23setMakeAcceptedInactiveEb0
_ZN7crpropa17AbstractCondition23setMakeRejectedInactiveEb1
_ZN7crpropa17AbstractCondition8onAcceptEPNS_6ModuleE1
_ZN7crpropa17AbstractCondition8onRejectEPNS_6ModuleE1
_ZN7crpropa17AbstractConditionC2Ev33
_ZN7crpropa6Module14setDescriptionERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE365
_ZN7crpropa6ModuleC2Ev209
_ZNK7crpropa17AbstractCondition6acceptEPNS_9CandidateE2
_ZNK7crpropa17AbstractCondition6rejectEPNS_9CandidateE1126
_ZNK7crpropa6Module14getDescriptionB5cxx11Ev0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Module.cpp.gcov.html b/doc/coverageReport/src/Module.cpp.gcov.html new file mode 100644 index 000000000..3dc4592a3 --- /dev/null +++ b/doc/coverageReport/src/Module.cpp.gcov.html @@ -0,0 +1,156 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Module.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Module.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:374877.1 %
Date:2024-04-08 14:58:22Functions:91275.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Module.h"
+       2             : 
+       3             : #include <typeinfo>
+       4             : 
+       5             : namespace crpropa {
+       6             : 
+       7         209 : Module::Module() {
+       8             :         const std::type_info &info = typeid(*this);
+       9         209 :         setDescription(info.name());
+      10         209 : }
+      11             : 
+      12           0 : std::string Module::getDescription() const {
+      13           0 :         return description;
+      14             : }
+      15             : 
+      16         365 : void Module::setDescription(const std::string &d) {
+      17         365 :         description = d;
+      18         365 : }
+      19             : 
+      20          33 : AbstractCondition::AbstractCondition() :
+      21          33 :                 makeRejectedInactive(true), makeAcceptedInactive(false), rejectFlagKey(
+      22          33 :                                 "Rejected") {
+      23             : 
+      24          33 : }
+      25             : 
+      26        1126 : void AbstractCondition::reject(Candidate *candidate) const {
+      27        1126 :         if (!candidate)
+      28             :                 return;
+      29             : 
+      30        1126 :         if (rejectAction.valid())
+      31           5 :                 rejectAction->process(candidate);
+      32             : 
+      33        1126 :         if (!rejectFlagKey.empty())
+      34        1126 :                 candidate->setProperty(rejectFlagKey, rejectFlagValue);
+      35             : 
+      36        1126 :         if (makeRejectedInactive)
+      37        1125 :                 candidate->setActive(false);
+      38             : }
+      39             : 
+      40           2 : void AbstractCondition::accept(Candidate *candidate) const {
+      41           2 :         if (!candidate)
+      42             :                 return;
+      43             : 
+      44           2 :         if (acceptAction.valid())
+      45           2 :                 acceptAction->process(candidate);
+      46             : 
+      47           2 :         if (!acceptFlagKey.empty())
+      48           0 :                 candidate->setProperty(acceptFlagKey, acceptFlagValue);
+      49             : 
+      50           2 :         if (makeAcceptedInactive)
+      51           0 :                 candidate->setActive(false);
+      52             : }
+      53             : 
+      54           1 : void AbstractCondition::setMakeRejectedInactive(bool deactivate) {
+      55           1 :         makeRejectedInactive = deactivate;
+      56           1 : }
+      57             : 
+      58           0 : void AbstractCondition::setMakeAcceptedInactive(bool deactivate) {
+      59           0 :         makeAcceptedInactive = deactivate;
+      60           0 : }
+      61             : 
+      62           1 : void AbstractCondition::onReject(Module *action) {
+      63           1 :         rejectAction = action;
+      64           1 : }
+      65             : 
+      66           1 : void AbstractCondition::onAccept(Module *action) {
+      67           1 :         acceptAction = action;
+      68           1 : }
+      69             : 
+      70           1 : void AbstractCondition::setRejectFlag(std::string key, std::string value) {
+      71           1 :         rejectFlagKey = key;
+      72           1 :         rejectFlagValue = value;
+      73           1 : }
+      74             : 
+      75           0 : void AbstractCondition::setAcceptFlag(std::string key, std::string value) {
+      76           0 :         acceptFlagKey = key;
+      77           0 :         acceptFlagValue = value;
+      78           0 : }
+      79             : 
+      80             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleID.cpp.func-sort-c.html b/doc/coverageReport/src/ParticleID.cpp.func-sort-c.html new file mode 100644 index 000000000..02a39f19f --- /dev/null +++ b/doc/coverageReport/src/ParticleID.cpp.func-sort-c.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleID.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleID.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:163053.3 %
Date:2024-04-08 14:58:22Functions:4580.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa15convertIdToNameB5cxx11Ei0
_ZN7crpropa9nucleusIdEii45149
_ZN7crpropa10massNumberEi202819
_ZN7crpropa12chargeNumberEi364529
_ZN7crpropa9isNucleusEi20370056
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleID.cpp.func.html b/doc/coverageReport/src/ParticleID.cpp.func.html new file mode 100644 index 000000000..70f77a588 --- /dev/null +++ b/doc/coverageReport/src/ParticleID.cpp.func.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleID.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleID.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:163053.3 %
Date:2024-04-08 14:58:22Functions:4580.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10massNumberEi202819
_ZN7crpropa12chargeNumberEi364529
_ZN7crpropa15convertIdToNameB5cxx11Ei0
_ZN7crpropa9isNucleusEi20370056
_ZN7crpropa9nucleusIdEii45149
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleID.cpp.gcov.html b/doc/coverageReport/src/ParticleID.cpp.gcov.html new file mode 100644 index 000000000..917e4a925 --- /dev/null +++ b/doc/coverageReport/src/ParticleID.cpp.gcov.html @@ -0,0 +1,130 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleID.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleID.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:163053.3 %
Date:2024-04-08 14:58:22Functions:4580.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/ParticleID.h"
+       2             : 
+       3             : #include "HepPID/ParticleIDMethods.hh"
+       4             : #include "HepPID/ParticleName.hh"
+       5             : #include "kiss/convert.h"
+       6             : 
+       7             : #include <string>
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11       45149 : int nucleusId(int a, int z) {
+      12       45149 :         if (z < 0)
+      13           0 :                 throw std::runtime_error(
+      14           0 :                                 "crpropa::Nucleus: no nucleus with Z < 0, A=" + kiss::str(a) + " Z="
+      15           0 :                                                 + kiss::str(z));
+      16       45149 :         if (a < 1)
+      17           0 :                 throw std::runtime_error(
+      18           0 :                                 "crpropa::Nucleus: no nucleus with A < 1, A=" + kiss::str(a) + " Z="
+      19           0 :                                                 + kiss::str(z));
+      20       45149 :         if (a < z)
+      21           1 :                 throw std::runtime_error(
+      22           2 :                                 "crpropa::Nucleus: no nucleus with A < Z, A=" + kiss::str(a) + " Z="
+      23           4 :                                                 + kiss::str(z));
+      24       45148 :         return 1000000000 + z * 10000 + a * 10;
+      25             : }
+      26             : 
+      27      364529 : int chargeNumber(int id) {
+      28      364529 :         return HepPID::Z(id);
+      29             : }
+      30             : 
+      31      202819 : int massNumber(int id) {
+      32      202819 :         if (id == 2112)
+      33             :                 return 1;
+      34      202818 :         return HepPID::A(id);
+      35             : }
+      36             : 
+      37    20370056 : bool isNucleus(int id) {
+      38    20370056 :         if (id == 2112)
+      39             :                 return true; // consider neutron as nucleus
+      40    20370056 :         return HepPID::isNucleus(id);
+      41             : }
+      42             : 
+      43           0 : std::string convertIdToName(int id) {
+      44             :         // handle a few extra cases that HepPID doesn't like
+      45           0 :         if (id == 1000000010) // neutron
+      46           0 :                 id = 2112;
+      47           0 :         if (id == -1000000010) // anti-neutron
+      48           0 :                 id = -2112;
+      49           0 :         if (id == -1000010010) // anti-proton
+      50           0 :                 id = -2212;
+      51           0 :         return HepPID::particleName(id);
+      52             : }
+      53             : 
+      54             : }
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleMass.cpp.func-sort-c.html b/doc/coverageReport/src/ParticleMass.cpp.func-sort-c.html new file mode 100644 index 000000000..684f8b4f6 --- /dev/null +++ b/doc/coverageReport/src/ParticleMass.cpp.func-sort-c.html @@ -0,0 +1,88 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleMass.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleMass.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:303196.8 %
Date:2024-04-08 14:58:22Functions:44100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16NuclearMassTable4initEv12
_ZN7crpropa11nuclearMassEi161184
_ZN7crpropa16NuclearMassTable7getMassEm161208
_ZN7crpropa11nuclearMassEii161209
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleMass.cpp.func.html b/doc/coverageReport/src/ParticleMass.cpp.func.html new file mode 100644 index 000000000..f0fe27c62 --- /dev/null +++ b/doc/coverageReport/src/ParticleMass.cpp.func.html @@ -0,0 +1,88 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleMass.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleMass.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:303196.8 %
Date:2024-04-08 14:58:22Functions:44100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11nuclearMassEi161184
_ZN7crpropa11nuclearMassEii161209
_ZN7crpropa16NuclearMassTable4initEv12
_ZN7crpropa16NuclearMassTable7getMassEm161208
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleMass.cpp.gcov.html b/doc/coverageReport/src/ParticleMass.cpp.gcov.html new file mode 100644 index 000000000..22315606f --- /dev/null +++ b/doc/coverageReport/src/ParticleMass.cpp.gcov.html @@ -0,0 +1,150 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleMass.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleMass.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:303196.8 %
Date:2024-04-08 14:58:22Functions:44100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/ParticleMass.h"
+       2             : #include "crpropa/ParticleID.h"
+       3             : #include "crpropa/Common.h"
+       4             : #include "crpropa/Units.h"
+       5             : 
+       6             : #include "kiss/convert.h"
+       7             : #include "kiss/logger.h"
+       8             : 
+       9             : #include <vector>
+      10             : #include <fstream>
+      11             : #include <stdexcept>
+      12             : #include <limits>
+      13             : 
+      14             : namespace crpropa {
+      15             : 
+      16             : struct NuclearMassTable {
+      17             :         bool initialized;
+      18             :         std::vector<double> table;
+      19             : 
+      20             :         NuclearMassTable() {
+      21             :                 initialized = false;
+      22             :         }
+      23             : 
+      24          12 :         void init() {
+      25          24 :                 std::string filename = getDataPath("nuclear_mass.txt");
+      26          12 :                 std::ifstream infile(filename.c_str());
+      27             : 
+      28          12 :                 if (!infile.good())
+      29           0 :                         throw std::runtime_error("crpropa: could not open file " + filename);
+      30             : 
+      31             :                 int Z, N;
+      32             :                 double mass;
+      33       10092 :                 while (infile.good()) {
+      34       10080 :                         if (infile.peek() != '#') {
+      35       10056 :                                 infile >> Z >> N >> mass;
+      36       10056 :                                 table.push_back(mass);
+      37             :                         }
+      38       10080 :                         infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+      39             :                 }
+      40             : 
+      41          12 :                 infile.close();
+      42          12 :                 initialized = true;
+      43          24 :         }
+      44             : 
+      45      161208 :         double getMass(std::size_t idx) {
+      46      161208 :                 if (!initialized) {
+      47          12 : #pragma omp critical(init)
+      48          12 :                         init();
+      49             :                 }
+      50      161208 :                 return table[idx];
+      51             :         }
+      52             : };
+      53             : 
+      54             : static NuclearMassTable nuclearMassTable;
+      55             : 
+      56      161184 : double nuclearMass(int id) {
+      57      161184 :         int A = massNumber(id);
+      58      161184 :         int Z = chargeNumber(id);
+      59      161184 :         return nuclearMass(A, Z);
+      60             : }
+      61             : 
+      62      161209 : double nuclearMass(int A, int Z) {
+      63      161209 :         if ((A < 1) or (A > 56) or (Z < 0) or (Z > 26) or (Z > A)) {
+      64           2 :                 KISS_LOG_WARNING <<
+      65           1 :                 "nuclearMass: nuclear mass not found in the mass table for " <<
+      66           1 :                 "A = " << A << ", Z = " << Z << ". " <<
+      67           1 :                 "Approximated value used A * amu - Z * m_e instead.";
+      68           1 :                 return A * amu - Z * mass_electron;
+      69             :         }
+      70      161208 :         int N = A - Z;
+      71      161208 :         return nuclearMassTable.getMass(Z * 31 + N);
+      72             : }
+      73             : 
+      74             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleState.cpp.func-sort-c.html b/doc/coverageReport/src/ParticleState.cpp.func-sort-c.html new file mode 100644 index 000000000..c6897830a --- /dev/null +++ b/doc/coverageReport/src/ParticleState.cpp.func-sort-c.html @@ -0,0 +1,140 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleState.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleState.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:485685.7 %
Date:2024-04-08 14:58:22Functions:161794.1 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa13ParticleState14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ParticleState11getRigidityEv1
_ZNK7crpropa13ParticleState11getVelocityEv1
_ZNK7crpropa13ParticleState11getMomentumEv2
_ZNK7crpropa13ParticleState7getMassEv4
_ZN7crpropa13ParticleState16setLorentzFactorEd15420
_ZNK7crpropa13ParticleState16getLorentzFactorEv33182
_ZNK7crpropa13ParticleState5getIdEv290682
_ZNK7crpropa13ParticleState12getDirectionEv500446
_ZNK7crpropa13ParticleState9getEnergyEv603581
_ZNK7crpropa13ParticleState9getChargeEv960335
_ZNK7crpropa13ParticleState11getPositionEv12488919
_ZN7crpropa13ParticleStateC2EidNS_7Vector3IdEES2_16844401
_ZN7crpropa13ParticleState12setDirectionERKNS_7Vector3IdEE17329639
_ZN7crpropa13ParticleState5setIdEi20314515
_ZN7crpropa13ParticleState9setEnergyEd20322799
_ZN7crpropa13ParticleState11setPositionERKNS_7Vector3IdEE24114998
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleState.cpp.func.html b/doc/coverageReport/src/ParticleState.cpp.func.html new file mode 100644 index 000000000..2ad881fd0 --- /dev/null +++ b/doc/coverageReport/src/ParticleState.cpp.func.html @@ -0,0 +1,140 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleState.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleState.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:485685.7 %
Date:2024-04-08 14:58:22Functions:161794.1 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13ParticleState11setPositionERKNS_7Vector3IdEE24114998
_ZN7crpropa13ParticleState12setDirectionERKNS_7Vector3IdEE17329639
_ZN7crpropa13ParticleState16setLorentzFactorEd15420
_ZN7crpropa13ParticleState5setIdEi20314515
_ZN7crpropa13ParticleState9setEnergyEd20322799
_ZN7crpropa13ParticleStateC2EidNS_7Vector3IdEES2_16844401
_ZNK7crpropa13ParticleState11getMomentumEv2
_ZNK7crpropa13ParticleState11getPositionEv12488919
_ZNK7crpropa13ParticleState11getRigidityEv1
_ZNK7crpropa13ParticleState11getVelocityEv1
_ZNK7crpropa13ParticleState12getDirectionEv500446
_ZNK7crpropa13ParticleState14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ParticleState16getLorentzFactorEv33182
_ZNK7crpropa13ParticleState5getIdEv290682
_ZNK7crpropa13ParticleState7getMassEv4
_ZNK7crpropa13ParticleState9getChargeEv960335
_ZNK7crpropa13ParticleState9getEnergyEv603581
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ParticleState.cpp.gcov.html b/doc/coverageReport/src/ParticleState.cpp.gcov.html new file mode 100644 index 000000000..34ba83680 --- /dev/null +++ b/doc/coverageReport/src/ParticleState.cpp.gcov.html @@ -0,0 +1,178 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ParticleState.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ParticleState.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:485685.7 %
Date:2024-04-08 14:58:22Functions:161794.1 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/ParticleState.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Common.h"
+       4             : #include "crpropa/ParticleID.h"
+       5             : #include "crpropa/ParticleMass.h"
+       6             : 
+       7             : #include "HepPID/ParticleIDMethods.hh"
+       8             : 
+       9             : #include <cstdlib>
+      10             : #include <sstream>
+      11             : 
+      12             : namespace crpropa {
+      13             : 
+      14    16844401 : ParticleState::ParticleState(int id, double E, Vector3d pos, Vector3d dir): id(0), energy(0.), position(0.), direction(0.), pmass(0.), charge(0.)
+      15             : {
+      16    16844401 :         setId(id);
+      17    16844401 :         setEnergy(E);
+      18    16844401 :         setPosition(pos);
+      19    16844401 :         setDirection(dir);
+      20    16844401 : }
+      21             : 
+      22    24114998 : void ParticleState::setPosition(const Vector3d &pos) {
+      23             :         position = pos;
+      24    24114998 : }
+      25             : 
+      26    12488919 : const Vector3d &ParticleState::getPosition() const {
+      27    12488919 :         return position;
+      28             : }
+      29             : 
+      30    17329639 : void ParticleState::setDirection(const Vector3d &dir) {
+      31             :         direction = dir / dir.getR();
+      32    17329639 : }
+      33             : 
+      34      500446 : const Vector3d &ParticleState::getDirection() const {
+      35      500446 :         return direction;
+      36             : }
+      37             : 
+      38    20322799 : void ParticleState::setEnergy(double newEnergy) {
+      39    20322799 :         energy = std::max(0., newEnergy); // prevent negative energies
+      40    20322799 : }
+      41             : 
+      42      603581 : double ParticleState::getEnergy() const {
+      43      603581 :         return energy;
+      44             : }
+      45             : 
+      46           1 : double ParticleState::getRigidity() const {
+      47           1 :         return fabs(energy / charge);
+      48             : }
+      49             : 
+      50    20314515 : void ParticleState::setId(int newId) {
+      51    20314515 :         id = newId;
+      52    20314515 :         if (isNucleus(id)) {
+      53      146261 :                 pmass = nuclearMass(id);
+      54      146261 :                 charge = chargeNumber(id) * eplus;
+      55      146261 :                 if (id < 0)
+      56           4 :                         charge *= -1; // anti-nucleus
+      57             :         } else {
+      58    20168254 :                 if (abs(id) == 11)
+      59       15064 :                         pmass = mass_electron;
+      60    20168254 :                 charge = HepPID::charge(id) * eplus;
+      61             :         }
+      62    20314515 : }
+      63             : 
+      64      290682 : int ParticleState::getId() const {
+      65      290682 :         return id;
+      66             : }
+      67             : 
+      68           4 : double ParticleState::getMass() const {
+      69           4 :         return pmass;
+      70             : }
+      71             : 
+      72      960335 : double ParticleState::getCharge() const {
+      73      960335 :         return charge;
+      74             : }
+      75             : 
+      76       33182 : double ParticleState::getLorentzFactor() const {
+      77       33182 :         return energy / (pmass * c_squared);
+      78             : }
+      79             : 
+      80       15420 : void ParticleState::setLorentzFactor(double lf) {
+      81       15420 :         lf = std::max(0., lf); // prevent negative Lorentz factors
+      82       15420 :         energy = lf * pmass * c_squared;
+      83       15420 : }
+      84             : 
+      85           1 : Vector3d ParticleState::getVelocity() const {
+      86           1 :         return direction * c_light;
+      87             : }
+      88             : 
+      89           2 : Vector3d ParticleState::getMomentum() const {
+      90           2 :         return direction * (energy / c_light);
+      91             : }
+      92             : 
+      93           0 : std::string ParticleState::getDescription() const {
+      94           0 :         std::stringstream ss;
+      95           0 :         ss << "Particle " << id << ", ";
+      96           0 :         ss << "E = " << energy / EeV << " EeV, ";
+      97           0 :         ss << "x = " << position / Mpc << " Mpc, ";
+      98           0 :         ss << "p = " << direction;
+      99           0 :         return ss.str();
+     100           0 : }
+     101             : 
+     102             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/PhotonBackground.cpp.func-sort-c.html b/doc/coverageReport/src/PhotonBackground.cpp.func-sort-c.html new file mode 100644 index 000000000..eca58f129 --- /dev/null +++ b/doc/coverageReport/src/PhotonBackground.cpp.func-sort-c.html @@ -0,0 +1,132 @@ + + + + + + + LCOV - coverage.info.cleaned - src/PhotonBackground.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - PhotonBackground.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8812073.3 %
Date:2024-04-08 14:58:22Functions:121580.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa20BlackbodyPhotonField11setQuantileEd0
_ZNK7crpropa18TabularPhotonField22getMaximumPhotonEnergyEd0
_ZNK7crpropa18TabularPhotonField22getMinimumPhotonEnergyEd0
_ZNK7crpropa20BlackbodyPhotonField22getMaximumPhotonEnergyEd29
_ZNK7crpropa20BlackbodyPhotonField22getMinimumPhotonEnergyEd29
_ZN7crpropa20BlackbodyPhotonFieldC2ENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd40
_ZN7crpropa18TabularPhotonField12readRedshiftENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE73
_ZN7crpropa18TabularPhotonField19initRedshiftScalingEv73
_ZN7crpropa18TabularPhotonField16readPhotonEnergyENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE94
_ZN7crpropa18TabularPhotonField17readPhotonDensityENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE94
_ZN7crpropa18TabularPhotonFieldC2ENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEb94
_ZNK7crpropa18TabularPhotonField14checkInputDataEv94
_ZNK7crpropa20BlackbodyPhotonField16getPhotonDensityEdd10689
_ZNK7crpropa18TabularPhotonField18getRedshiftScalingEd16757
_ZNK7crpropa18TabularPhotonField16getPhotonDensityEdd9536930
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/PhotonBackground.cpp.func.html b/doc/coverageReport/src/PhotonBackground.cpp.func.html new file mode 100644 index 000000000..c0525218b --- /dev/null +++ b/doc/coverageReport/src/PhotonBackground.cpp.func.html @@ -0,0 +1,132 @@ + + + + + + + LCOV - coverage.info.cleaned - src/PhotonBackground.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - PhotonBackground.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8812073.3 %
Date:2024-04-08 14:58:22Functions:121580.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa18TabularPhotonField12readRedshiftENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE73
_ZN7crpropa18TabularPhotonField16readPhotonEnergyENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE94
_ZN7crpropa18TabularPhotonField17readPhotonDensityENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE94
_ZN7crpropa18TabularPhotonField19initRedshiftScalingEv73
_ZN7crpropa18TabularPhotonFieldC2ENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEb94
_ZN7crpropa20BlackbodyPhotonField11setQuantileEd0
_ZN7crpropa20BlackbodyPhotonFieldC2ENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd40
_ZNK7crpropa18TabularPhotonField14checkInputDataEv94
_ZNK7crpropa18TabularPhotonField16getPhotonDensityEdd9536930
_ZNK7crpropa18TabularPhotonField18getRedshiftScalingEd16757
_ZNK7crpropa18TabularPhotonField22getMaximumPhotonEnergyEd0
_ZNK7crpropa18TabularPhotonField22getMinimumPhotonEnergyEd0
_ZNK7crpropa20BlackbodyPhotonField16getPhotonDensityEdd10689
_ZNK7crpropa20BlackbodyPhotonField22getMaximumPhotonEnergyEd29
_ZNK7crpropa20BlackbodyPhotonField22getMinimumPhotonEnergyEd29
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/PhotonBackground.cpp.gcov.html b/doc/coverageReport/src/PhotonBackground.cpp.gcov.html new file mode 100644 index 000000000..7d90ae0f2 --- /dev/null +++ b/doc/coverageReport/src/PhotonBackground.cpp.gcov.html @@ -0,0 +1,291 @@ + + + + + + + LCOV - coverage.info.cleaned - src/PhotonBackground.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - PhotonBackground.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8812073.3 %
Date:2024-04-08 14:58:22Functions:121580.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/PhotonBackground.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Random.h"
+       4             : 
+       5             : #include "kiss/logger.h"
+       6             : 
+       7             : #include <fstream>
+       8             : #include <stdexcept>
+       9             : #include <limits>
+      10             : #include <cmath>
+      11             : 
+      12             : namespace crpropa {
+      13             : 
+      14          94 : TabularPhotonField::TabularPhotonField(std::string fieldName, bool isRedshiftDependent) {
+      15          94 :         this->fieldName = fieldName;
+      16          94 :         this->isRedshiftDependent = isRedshiftDependent;
+      17             : 
+      18         188 :         readPhotonEnergy(getDataPath("") + "Scaling/" + this->fieldName + "_photonEnergy.txt");
+      19         188 :         readPhotonDensity(getDataPath("") + "Scaling/" + this->fieldName + "_photonDensity.txt");
+      20          94 :         if (this->isRedshiftDependent)
+      21         146 :                 readRedshift(getDataPath("") + "Scaling/" + this->fieldName + "_redshift.txt");
+      22             : 
+      23          94 :         checkInputData();
+      24             : 
+      25          94 :         if (this->isRedshiftDependent)
+      26          73 :                 initRedshiftScaling();
+      27          94 : }
+      28             : 
+      29             : 
+      30     9536930 : double TabularPhotonField::getPhotonDensity(double Ephoton, double z) const {   
+      31     9536930 :         if ((this->isRedshiftDependent)) {
+      32             :                 // fix behaviour for future redshift. See issue #414
+      33             :                 // with redshift < 0 the photon density is set to 0 in interpolate2d. 
+      34             :                 // Therefore it is assumed that the photon density does not change from values at z = 0. This is only valid for small changes in redshift.
+      35     9536930 :                 double zMin = this->redshifts[0];
+      36     9536930 :                 if(z < zMin){
+      37           0 :                         if(z < -1) {
+      38           0 :                                 KISS_LOG_WARNING << "Photon Field " << fieldName << " uses FutureRedshift with z < -1. The photon density is set to n(Ephoton, z=0). \n";
+      39             :                         }
+      40           0 :                         return getPhotonDensity(Ephoton, zMin);
+      41             :                 } else {
+      42     9536930 :                         return interpolate2d(Ephoton, z, this->photonEnergies, this->redshifts, this->photonDensity);
+      43             :                 }
+      44             :         } else {
+      45           0 :                 return interpolate(Ephoton, this->photonEnergies, this->photonDensity);
+      46             :         }
+      47             : }
+      48             : 
+      49             : 
+      50       16757 : double TabularPhotonField::getRedshiftScaling(double z) const {
+      51       16757 :         if (!this->isRedshiftDependent)
+      52             :                 return 1.;
+      53             :  
+      54       16573 :         if (z < this->redshifts.front())
+      55             :                 return 1.;
+      56             :  
+      57       16573 :         if (z > this->redshifts.back())
+      58             :                 return 0.;
+      59             :  
+      60       16573 :         return interpolate(z, this->redshifts, this->redshiftScalings);
+      61             : }
+      62             : 
+      63           0 : double TabularPhotonField::getMinimumPhotonEnergy(double z) const{
+      64           0 :         return photonEnergies[0];
+      65             : }
+      66             : 
+      67           0 : double TabularPhotonField::getMaximumPhotonEnergy(double z) const{
+      68           0 :         return photonEnergies[photonEnergies.size() -1];
+      69             : }
+      70             : 
+      71          94 : void TabularPhotonField::readPhotonEnergy(std::string filePath) {
+      72          94 :         std::ifstream infile(filePath.c_str());
+      73          94 :         if (!infile.good())
+      74           0 :                 throw std::runtime_error("TabularPhotonField::readPhotonEnergy: could not open " + filePath);
+      75             : 
+      76             :         std::string line;
+      77       15320 :         while (std::getline(infile, line)) {
+      78       15226 :                 if ((line.size() > 0) & (line[0] != '#') )
+      79       14944 :                         this->photonEnergies.push_back(std::stod(line));
+      80             :         }
+      81          94 :         infile.close();
+      82          94 : }
+      83             : 
+      84          94 : void TabularPhotonField::readPhotonDensity(std::string filePath) {
+      85          94 :         std::ifstream infile(filePath.c_str());
+      86          94 :         if (!infile.good())
+      87           0 :                 throw std::runtime_error("TabularPhotonField::readPhotonDensity: could not open " + filePath);
+      88             : 
+      89             :         std::string line;
+      90     4772519 :         while (std::getline(infile, line)) {
+      91     4772425 :                 if ((line.size() > 0) & (line[0] != '#') )
+      92     4772143 :                         this->photonDensity.push_back(std::stod(line));
+      93             :         }
+      94          94 :         infile.close();
+      95          94 : }
+      96             : 
+      97          73 : void TabularPhotonField::readRedshift(std::string filePath) {
+      98          73 :         std::ifstream infile(filePath.c_str());
+      99          73 :         if (!infile.good())
+     100           0 :                 throw std::runtime_error("TabularPhotonField::initRedshift: could not open " + filePath);
+     101             : 
+     102             :         std::string line;
+     103       14599 :         while (std::getline(infile, line)) {
+     104       14526 :                 if ((line.size() > 0) & (line[0] != '#') )
+     105       14307 :                         this->redshifts.push_back(std::stod(line));
+     106             :         }
+     107          73 :         infile.close();
+     108          73 : }
+     109             : 
+     110          73 : void TabularPhotonField::initRedshiftScaling() {
+     111             :         double n0 = 0.;
+     112       14380 :         for (int i = 0; i < this->redshifts.size(); ++i) {
+     113       14307 :                 double z = this->redshifts[i];
+     114             :                 double n = 0.;
+     115     4770022 :                 for (int j = 0; j < this->photonEnergies.size()-1; ++j) {
+     116     4755715 :                         double e_j = this->photonEnergies[j];
+     117     4755715 :                         double e_j1 = this->photonEnergies[j+1];
+     118     4755715 :                         double deltaLogE = std::log10(e_j1) - std::log10(e_j);
+     119     4755715 :                         if (z == 0.)
+     120       12750 :                                 n0 += (getPhotonDensity(e_j, 0) + getPhotonDensity(e_j1, 0)) / 2. * deltaLogE;
+     121     4755715 :                         n += (getPhotonDensity(e_j, z) + getPhotonDensity(e_j1, z)) / 2. * deltaLogE;
+     122             :                 }
+     123       14307 :                 this->redshiftScalings.push_back(n / n0);
+     124             :         }
+     125          73 : }
+     126             : 
+     127          94 : void TabularPhotonField::checkInputData() const {
+     128          94 :         if (this->isRedshiftDependent) {
+     129          73 :                 if (this->photonDensity.size() != this->photonEnergies.size() * this-> redshifts.size())
+     130           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: length of photon density input is unequal to length of photon energy input times length of redshift input");
+     131             :         } else {
+     132          21 :                 if (this->photonEnergies.size() != this->photonDensity.size())
+     133           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: length of photon energy input is unequal to length of photon density input");
+     134             :         }
+     135             : 
+     136       15038 :         for (int i = 0; i < this->photonEnergies.size(); ++i) {
+     137             :                 double ePrevious = 0.;
+     138       14944 :                 double e = this->photonEnergies[i];
+     139       14944 :                 if (e <= 0.)
+     140           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: a value in the photon energy input is not positive");
+     141             :                 if (e <= ePrevious)
+     142             :                         throw std::runtime_error("TabularPhotonField::checkInputData: photon energy values are not strictly increasing");
+     143             :                 ePrevious = e;
+     144             :         }
+     145             : 
+     146     4772237 :         for (int i = 0; i < this->photonDensity.size(); ++i) {
+     147     4772143 :                 if (this->photonDensity[i] < 0.)
+     148           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: a value in the photon density input is negative");
+     149             :         }
+     150             : 
+     151          94 :         if (this->isRedshiftDependent) {
+     152          73 :                 if (this->redshifts[0] != 0.)
+     153           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: redshift input must start with zero");
+     154             : 
+     155       14380 :                 for (int i = 0; i < this->redshifts.size(); ++i) {
+     156             :                         double zPrevious = -1.;
+     157       14307 :                         double z = this->redshifts[i];
+     158       14307 :                         if (z < 0.)
+     159           0 :                                 throw std::runtime_error("TabularPhotonField::checkInputData: a value in the redshift input is negative");
+     160       14307 :                         if (z <= zPrevious)
+     161           0 :                                 throw std::runtime_error("TabularPhotonField::checkInputData: redshift values are not strictly increasing");
+     162             :                         zPrevious = z;
+     163             :                 }
+     164             : 
+     165          73 :                 for (int i = 0; i < this->redshiftScalings.size(); ++i) {
+     166           0 :                         double scalingFactor = this->redshiftScalings[i];
+     167           0 :                         if (scalingFactor <= 0.)
+     168           0 :                                 throw std::runtime_error("TabularPhotonField::checkInputData: initRedshiftScaling has created a non-positive scaling factor");
+     169             :                 }
+     170             :         }
+     171          94 : }
+     172             : 
+     173          40 : BlackbodyPhotonField::BlackbodyPhotonField(std::string fieldName, double blackbodyTemperature) {
+     174          40 :         this->fieldName = fieldName;
+     175          40 :         this->blackbodyTemperature = blackbodyTemperature;
+     176          40 :         this->quantile = 0.0001; // tested to be sufficient, only used for extreme values of primary energy or temperature
+     177          40 : }
+     178             : 
+     179       10689 : double BlackbodyPhotonField::getPhotonDensity(double Ephoton, double z) const {
+     180       10689 :         return 8 * M_PI * pow_integer<3>(Ephoton / (h_planck * c_light)) / std::expm1(Ephoton / (k_boltzmann * this->blackbodyTemperature));
+     181             : }
+     182             : 
+     183          29 : double BlackbodyPhotonField::getMinimumPhotonEnergy(double z) const {
+     184             :         double A;
+     185          29 :         int quantile_int = 10000 * quantile;
+     186          29 :         switch (quantile_int)
+     187             :         {
+     188             :         case 1: // 0.01 % percentil
+     189             :                 A = 1.093586e-5 * eV / kelvin;
+     190             :                 break;
+     191           0 :         case 10:                // 0.1 % percentil
+     192             :                 A = 2.402189e-5 * eV / kelvin;
+     193           0 :                 break;
+     194           0 :         case 100:               // 1 % percentil
+     195             :                 A = 5.417942e-5 * eV / kelvin;
+     196           0 :                 break;
+     197           0 :         default:
+     198           0 :                 throw std::runtime_error("Quantile not understood. Please use 0.01 (1%), 0.001 (0.1%) or 0.0001 (0.01%) \n");
+     199             :                 break;
+     200             :         }
+     201          29 :         return A * this -> blackbodyTemperature;
+     202             : }
+     203             : 
+     204          29 : double BlackbodyPhotonField::getMaximumPhotonEnergy(double z) const {
+     205          29 :         double factor = std::max(1., blackbodyTemperature / 2.73);
+     206          29 :         return 0.1 * factor * eV; // T dependent scaling, starting at 0.1 eV as suitable for CMB
+     207             : }
+     208             : 
+     209           0 : void BlackbodyPhotonField::setQuantile(double q) {
+     210           0 :         if(not ((q == 0.0001) or (q == 0.001) or (q == 0.01)))
+     211           0 :                 throw std::runtime_error("Quantile not understood. Please use 0.01 (1%), 0.001 (0.1%) or 0.0001 (0.01%) \n");
+     212           0 :         this -> quantile = q;
+     213           0 : }
+     214             : 
+     215             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ProgressBar.cpp.func-sort-c.html b/doc/coverageReport/src/ProgressBar.cpp.func-sort-c.html new file mode 100644 index 000000000..5818e83f3 --- /dev/null +++ b/doc/coverageReport/src/ProgressBar.cpp.func-sort-c.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ProgressBar.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ProgressBar.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:395078.0 %
Date:2024-04-08 14:58:22Functions:4580.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11ProgressBar8setErrorEv0
_ZN7crpropa11ProgressBar5startERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa11ProgressBarC2Emm5
_ZN7crpropa11ProgressBar11setPositionEm100
_ZN7crpropa11ProgressBar6updateEv100
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ProgressBar.cpp.func.html b/doc/coverageReport/src/ProgressBar.cpp.func.html new file mode 100644 index 000000000..eabab3799 --- /dev/null +++ b/doc/coverageReport/src/ProgressBar.cpp.func.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ProgressBar.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ProgressBar.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:395078.0 %
Date:2024-04-08 14:58:22Functions:4580.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11ProgressBar11setPositionEm100
_ZN7crpropa11ProgressBar5startERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa11ProgressBar6updateEv100
_ZN7crpropa11ProgressBar8setErrorEv0
_ZN7crpropa11ProgressBarC2Emm5
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/ProgressBar.cpp.gcov.html b/doc/coverageReport/src/ProgressBar.cpp.gcov.html new file mode 100644 index 000000000..4bcb4bfab --- /dev/null +++ b/doc/coverageReport/src/ProgressBar.cpp.gcov.html @@ -0,0 +1,153 @@ + + + + + + + LCOV - coverage.info.cleaned - src/ProgressBar.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - ProgressBar.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:395078.0 %
Date:2024-04-08 14:58:22Functions:4580.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/ProgressBar.h"
+       2             : 
+       3             : #include <cstdio>
+       4             : #include <iostream>
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8             : /// Initialize a ProgressBar with [steps] number of steps, updated at [updateSteps] intervalls
+       9           5 : ProgressBar::ProgressBar(unsigned long steps, unsigned long updateSteps) :
+      10           5 :                 _steps(steps), _currentCount(0), _maxbarLength(10), _updateSteps(
+      11           5 :                                 updateSteps), _nextStep(1), _startTime(0) {
+      12           5 :         if (_updateSteps > _steps)
+      13           3 :                 _updateSteps = _steps;
+      14           5 :         arrow.append(">");
+      15           5 : }
+      16             : 
+      17           1 : void ProgressBar::start(const std::string &title) {
+      18           1 :         _startTime = time(NULL);
+      19           1 :         std::string s = ctime(&_startTime);
+      20           1 :         s.erase(s.end() - 1, s.end());
+      21           1 :         stringTmpl = "  Started ";
+      22             :         stringTmpl.append(s);
+      23           1 :         stringTmpl.append(" : [%-10s] %3i%%    %s: %02i:%02i:%02i %s\r");
+      24             :         std::cout << title << std::endl;
+      25             : 
+      26           1 : }
+      27             : /// update the progressbar
+      28             : /// should be called steps times in a loop
+      29         100 : void ProgressBar::update() {
+      30         100 :         _currentCount++;
+      31         100 :         if (_currentCount == _nextStep || _currentCount == _steps
+      32           0 :                         || _currentCount == 1000) {
+      33         100 :                                 _nextStep += long(_steps / float(_updateSteps));
+      34         100 :                         setPosition(_currentCount);
+      35             :                         }
+      36         100 : }
+      37             : 
+      38         100 : void ProgressBar::setPosition(unsigned long position) {
+      39         100 :         int percentage = int(100 * (position / float(_steps)));
+      40         100 :         time_t currentTime = time(NULL);
+      41         100 :         if (position < _steps) {
+      42          99 :                 if (arrow.size() <= (_maxbarLength) * (position) / (_steps))
+      43           9 :                         arrow.insert(0, "=");
+      44          99 :                 float tElapsed = currentTime - _startTime;
+      45          99 :                 float tToGo = (_steps - position) * tElapsed / position;
+      46          99 :                 std::printf(stringTmpl.c_str(), arrow.c_str(), percentage, "Finish in",
+      47          99 :                                 int(tToGo / 3600), (int(tToGo) % 3600) / 60,
+      48          99 :                                 int(tToGo) % 60, "");
+      49          99 :                 fflush(stdout);
+      50             :         } else {
+      51           1 :                 float tElapsed = currentTime - _startTime;
+      52           1 :                 std::string s = " - Finished at ";
+      53           1 :                 s.append(ctime(&currentTime));
+      54             :                 char fs[255];
+      55             :                 std::sprintf(fs, "%c[%d;%dm Finished %c[%dm", 27, 1, 32, 27, 0);
+      56           1 :                 std::printf(stringTmpl.c_str(), fs, 100, "Needed",
+      57           1 :                                 int(tElapsed / 3600), (int(tElapsed) % 3600) / 60,
+      58           1 :                                 int(tElapsed) % 60, s.c_str());
+      59             :         }
+      60         100 : }
+      61             : 
+      62             : 
+      63             : /// Mark the progressbar with an error
+      64           0 : void ProgressBar::setError() {
+      65           0 :         time_t currentTime = time(NULL);
+      66           0 :         _currentCount++;
+      67           0 :         float tElapsed = currentTime - _startTime;
+      68           0 :         std::string s = " - Finished at ";
+      69           0 :         s.append(ctime(&currentTime));
+      70             :         char fs[255];
+      71             :         std::sprintf(fs, "%c[%d;%dm  ERROR   %c[%dm", 27, 1, 31, 27, 0);
+      72           0 :         std::printf(stringTmpl.c_str(), fs, _currentCount, "Needed",
+      73           0 :                         int(tElapsed / 3600), (int(tElapsed) % 3600) / 60,
+      74           0 :                         int(tElapsed) % 60, s.c_str());
+      75           0 : }
+      76             : 
+      77             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Random.cpp.func-sort-c.html b/doc/coverageReport/src/Random.cpp.func-sort-c.html new file mode 100644 index 000000000..e9ea9e87a --- /dev/null +++ b/doc/coverageReport/src/Random.cpp.func-sort-c.html @@ -0,0 +1,256 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Random.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Random.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13924157.7 %
Date:2024-04-08 14:58:22Functions:264656.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa6Random10randDblExcERKd0
_ZN7crpropa6Random11seedThreadsEj0
_ZN7crpropa6Random12randRayleighEd0
_ZN7crpropa6Random14getSeedThreadsEv0
_ZN7crpropa6Random15randExponentialEv0
_ZN7crpropa6Random18randBrokenPowerLawEddddd0
_ZN7crpropa6Random18randVectorLambertsERKNS_7Vector3IdEE0
_ZN7crpropa6Random18randVectorLambertsEv0
_ZN7crpropa6Random4hashEll0
_ZN7crpropa6Random4loadEPj0
_ZN7crpropa6Random4randERKd0
_ZN7crpropa6Random6rand53Ev0
_ZN7crpropa6Random7randExcERKd0
_ZN7crpropa6Random7randIntERKj0
_ZN7crpropa6RandomC2EPjj0
_ZN7crpropa6RandomC2ERKj0
_ZN7crpropalsERSoRKNS_6RandomE0
_ZN7crproparsERSiRNS_6RandomE0
_ZNK7crpropa6Random14getSeed_base64B5cxx11Ev0
_ZNK7crpropa6Random4saveEPj0
_ZN7crpropa6Random4seedERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa6Random7getSeedEv2
_ZN7crpropa6Random4seedEj13
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_ZN7crpropa6Random9randInt64Ev864
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - src - Random.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13924157.7 %
Date:2024-04-08 14:58:22Functions:264656.5 %
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+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Random.cpp.gcov.html b/doc/coverageReport/src/Random.cpp.gcov.html new file mode 100644 index 000000000..4aaef80c6 --- /dev/null +++ b/doc/coverageReport/src/Random.cpp.gcov.html @@ -0,0 +1,605 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Random.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Random.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13924157.7 %
Date:2024-04-08 14:58:22Functions:264656.5 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : // Random.cpp is based on Random.h
+       2             : // Mersenne Twister random number generator -- a C++ class Random
+       3             : // Based on code by Makoto Matsumoto, Takuji Nishimura, and Shawn Cokus
+       4             : // Richard J. Wagner  v1.0  15 May 2003  rjwagner@writeme.com
+       5             : 
+       6             : // The Mersenne Twister is an algorithm for generating random numbers.  It
+       7             : // was designed with consideration of the flaws in various other generators.
+       8             : // The period, 2^19937-1, and the order of equidistribution, 623 dimensions,
+       9             : // are far greater.  The generator is also fast; it avoids multiplication and
+      10             : // division, and it benefits from caches and pipelines.  For more information
+      11             : // see the inventors' web page at http://www.math.keio.ac.jp/~matumoto/emt.html
+      12             : 
+      13             : // Reference
+      14             : // M. Matsumoto and T. Nishimura, "Mersenne Twister: A 623-Dimensionally
+      15             : // Equidistributed Uniform Pseudo-Random Number Generator", ACM Transactions on
+      16             : // Modeling and Computer Simulation, Vol. 8, No. 1, January 1998, pp 3-30.
+      17             : 
+      18             : // Copyright (C) 1997 - 2002, Makoto Matsumoto and Takuji Nishimura,
+      19             : // Copyright (C) 2000 - 2003, Richard J. Wagner
+      20             : // All rights reserved.                          
+      21             : //
+      22             : // Redistribution and use in source and binary forms, with or without
+      23             : // modification, are permitted provided that the following conditions
+      24             : // are met:
+      25             : //
+      26             : //   1. Redistributions of source code must retain the above copyright
+      27             : //      notice, this list of conditions and the following disclaimer.
+      28             : //
+      29             : //   2. Redistributions in binary form must reproduce the above copyright
+      30             : //      notice, this list of conditions and the following disclaimer in the
+      31             : //      documentation and/or other materials provided with the distribution.
+      32             : //
+      33             : //   3. The names of its contributors may not be used to endorse or promote 
+      34             : //      products derived from this software without specific prior written 
+      35             : //      permission.
+      36             : //
+      37             : // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+      38             : // "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+      39             : // LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
+      40             : // A PARTICULAR PURPOSE ARE DISCLAIMED.  IN NO EVENT SHALL THE COPYRIGHT OWNER OR
+      41             : // CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
+      42             : // EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
+      43             : // PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
+      44             : // PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
+      45             : // LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
+      46             : // NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
+      47             : // SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+      48             : 
+      49             : // The original code included the following notice:
+      50             : //
+      51             : //     When you use this, send an email to: matumoto@math.keio.ac.jp
+      52             : //     with an appropriate reference to your work.
+      53             : //
+      54             : // It would be nice to CC: rjwagner@writeme.com and Cokus@math.washington.edu
+      55             : // when you write.
+      56             : 
+      57             : // Parts of this file are modified beginning in 29.10.09 for adaption in PXL.
+      58             : // Parts of this file are modified beginning in 10.02.12 for adaption in CRPropa.
+      59             : 
+      60             : #include "crpropa/Random.h"
+      61             : 
+      62             : #include "crpropa/base64.h"
+      63             : 
+      64             : #include <cstdio>
+      65             : 
+      66             : namespace crpropa {
+      67             : 
+      68           0 : Random::Random(const uint32_t& oneSeed) {
+      69           0 :         seed(oneSeed);
+      70           0 : }
+      71             : 
+      72           0 : Random::Random(uint32_t * const bigSeed, const uint32_t seedLength) {
+      73           0 :         seed(bigSeed, seedLength);
+      74           0 : }
+      75             : 
+      76        4881 : Random::Random() {
+      77        4881 :         seed();
+      78        4881 : }
+      79             : 
+      80    22414108 : double Random::rand() {
+      81    22414108 :         return double(randInt()) * (1.0 / 4294967295.0);
+      82             : }
+      83             : 
+      84           0 : double Random::rand(const double& n) {
+      85           0 :         return rand() * n;
+      86             : }
+      87             : 
+      88     1715954 : double Random::randExc() {
+      89     1715954 :         return double(randInt()) * (1.0 / 4294967296.0);
+      90             : }
+      91             : 
+      92           0 : double Random::randExc(const double& n) {
+      93           0 :         return randExc() * n;
+      94             : }
+      95             : 
+      96     1715954 : double Random::randDblExc() {
+      97     1715954 :         return (double(randInt()) + 0.5) * (1.0 / 4294967296.0);
+      98             : }
+      99             : 
+     100           0 : double Random::randDblExc(const double& n) {
+     101           0 :         return randDblExc() * n;
+     102             : }
+     103             : 
+     104           0 : double Random::rand53() {
+     105           0 :         uint32_t a = randInt() >> 5, b = randInt() >> 6;
+     106           0 :         return (a * 67108864.0 + b) * (1.0 / 9007199254740992.0); // by Isaku Wada
+     107             : }
+     108             : 
+     109             : // Return a real number from a normal (Gaussian) distribution with given
+     110             : // mean and variance by Box-Muller method
+     111     1715954 : double Random::randNorm(const double& mean, const double& variance) {
+     112     1715954 :         double r = sqrt(-2.0 * log(1.0 - randDblExc())) * variance;
+     113     1715954 :         double phi = 2.0 * 3.14159265358979323846264338328 * randExc();
+     114     1715954 :         return mean + r * cos(phi);
+     115             : }
+     116             : 
+     117     2404687 : double Random::randUniform(double min, double max) {
+     118     2404687 :         return min + (max - min) * rand();
+     119             : }
+     120             : 
+     121           0 : double Random::randRayleigh(double sigma) {
+     122           0 :         return sigma * sqrt(-2.0 * log(1 - rand()));
+     123             : }
+     124             : 
+     125        1000 : double Random::randFisher(double kappa) {
+     126        1000 :         return acos(1. + 1. / kappa * log(1 - rand() * (1 - exp(-2 * kappa))));
+     127             : }
+     128             : 
+     129       10102 : size_t Random::randBin(const std::vector<float> &cdf) {
+     130             :         std::vector<float>::const_iterator it = std::lower_bound(cdf.begin(),
+     131       10102 :                         cdf.end(), rand() * cdf.back());
+     132       10102 :         return it - cdf.begin();
+     133             : }
+     134             : 
+     135     3739276 : size_t Random::randBin(const std::vector<double> &cdf) {
+     136             :         std::vector<double>::const_iterator it = std::lower_bound(cdf.begin(),
+     137     3739276 :                         cdf.end(), rand() * cdf.back());
+     138     3739276 :         return it - cdf.begin();
+     139             : }
+     140             : 
+     141      962203 : Vector3d Random::randVector() {
+     142      962203 :         double z = randUniform(-1.0, 1.0);
+     143      962203 :         double t = randUniform(-1.0 * M_PI, M_PI);
+     144      962203 :         double r = sqrt(1 - z * z);
+     145      962203 :         return Vector3d(r * cos(t), r * sin(t), z);
+     146             : }
+     147             : 
+     148      481001 : Vector3d Random::randVectorAroundMean(const Vector3d &meanDirection,
+     149             :                 double angle) {
+     150      481001 :         Vector3d axis = meanDirection.cross(randVector());
+     151             :         Vector3d v = meanDirection;
+     152      481001 :         return v.getRotated(axis, angle);
+     153             : }
+     154             : 
+     155        1000 : Vector3d Random::randFisherVector(const Vector3d &meanDirection, double kappa) {
+     156        1000 :         return randVectorAroundMean(meanDirection, randFisher(kappa));
+     157             : }
+     158             : 
+     159      480001 : Vector3d Random::randConeVector(const Vector3d &meanDirection, double angularRadius) {
+     160      480001 :         const double theta = acos(randUniform(1, cos(angularRadius)));
+     161      480001 :         return randVectorAroundMean(meanDirection, theta);
+     162             : }
+     163             : 
+     164           0 : Vector3d Random::randVectorLamberts() {
+     165             :         // random vector following Lamberts cosine law (https://en.wikipedia.org/wiki/Lambert%27s_cosine_law)
+     166             :         // for a surface element with normal vector pointing in positive z-axis (0, 0, 1)
+     167           0 :         double phi = randUniform(-1.0 * M_PI, M_PI);
+     168           0 :         double theta = M_PI / 2.0 - acos(sqrt(randUniform(0, 1)));
+     169           0 :         return Vector3d(cos(phi) * cos(theta), sin(phi) * cos(theta), sin(theta));
+     170             : }
+     171             : 
+     172           0 : Vector3d Random::randVectorLamberts(const Vector3d &normalVector) {
+     173             :         // random vector following Lamberts cosine law for a surface element described by normalVector
+     174           0 :         Vector3d vLambertz = randVectorLamberts();
+     175             :         // find rotation axis that rotates the z-axis to the normalVector of the surface element
+     176             :         Vector3d axis = normalVector.cross(Vector3d(0, 0, 1));
+     177           0 :         if (axis.getR() < std::numeric_limits<double>::epsilon()) {
+     178             :                 axis = Vector3d(0, 0, 1);
+     179             :         }
+     180           0 :         double angle = normalVector.getAngleTo(Vector3d(0, 0, 1));
+     181             :         // rotate the random Lamberts vector from z-axis to respective surface element
+     182           0 :         return vLambertz.getRotated(axis / axis.getR(), -angle);
+     183             : }
+     184             : 
+     185     3628723 : Vector3d Random::randomInterpolatedPosition(const Vector3d &a, const Vector3d &b) {
+     186     3628723 :         return a + rand() * (b - a);
+     187             : }
+     188             : 
+     189        1104 : double Random::randPowerLaw(double index, double min, double max) {
+     190        1104 :         if ((min < 0) || (max < min)) {
+     191           0 :                 throw std::runtime_error(
+     192           0 :                                 "Power law distribution only possible for 0 <= min <= max");
+     193             :         }
+     194             :         //check for index -1!
+     195        1104 :         if ((std::abs(index + 1.0)) < std::numeric_limits<double>::epsilon()) {
+     196           2 :                 double part1 = log(max);
+     197           2 :                 double part2 = log(min);
+     198           2 :                 return exp((part1 - part2) * rand() + part2);
+     199             :         } else {
+     200        1102 :                 double part1 = pow(max, index + 1);
+     201        1102 :                 double part2 = pow(min, index + 1);
+     202        1102 :                 double ex = 1 / (index + 1);
+     203        1102 :                 return pow((part1 - part2) * rand() + part2, ex);
+     204             :         }
+     205             : }
+     206             : 
+     207           0 : double Random::randBrokenPowerLaw(double index1, double index2,
+     208             :                 double breakpoint, double min, double max) {
+     209           0 :         if ((min <= 0) || (max < min)) {
+     210           0 :                 throw std::runtime_error(
+     211           0 :                                 "Power law distribution only possible for 0 < min <= max");
+     212             :         }
+     213           0 :         if (min >= breakpoint) {
+     214           0 :                 return this->randPowerLaw(index2, min, max);
+     215           0 :         } else if (max <= breakpoint) {
+     216           0 :                 return this->randPowerLaw(index2, min, max);
+     217             :         } else {
+     218             :                 double intPL1;
+     219             :                 // check if index1 = -1
+     220           0 :                 if ((std::abs(index1 + 1.0)) < std::numeric_limits<double>::epsilon()) {
+     221           0 :                         intPL1 = log(breakpoint / min);
+     222             :                 } else {
+     223           0 :                         intPL1 = (pow(breakpoint, index1 + 1) - pow(min, index1 + 1))
+     224             :                                         / (index1 + 1);
+     225             :                 }
+     226             :                 double intPL2;
+     227             :                 // check if index2 = -1
+     228           0 :                 if ((std::abs(index2 + 1.0)) < std::numeric_limits<double>::epsilon()) {
+     229           0 :                         intPL2 = log(max / breakpoint) * pow(breakpoint, index1 - index2);
+     230             :                 } else {
+     231           0 :                         intPL2 = (pow(max, index2 + 1) - pow(breakpoint, index2 + 1))
+     232           0 :                                         * pow(breakpoint, index1 - index2) / (index2 + 1);
+     233             :                 }
+     234           0 :                 if (rand() > intPL1 / (intPL1 + intPL2))
+     235           0 :                         return randPowerLaw(index2, breakpoint, max);
+     236             :                 else
+     237           0 :                         return randPowerLaw(index1, min, breakpoint);
+     238             :         }
+     239             : }
+     240             : 
+     241           0 : double Random::randExponential() {
+     242             :         double dum;
+     243             :         do {
+     244           0 :                 dum = rand();
+     245           0 :         } while (dum < std::numeric_limits<double>::epsilon());
+     246           0 :         return -1.0 * log(dum);
+     247             : }
+     248             : 
+     249    25852694 : uint32_t Random::randInt() {
+     250    25852694 :         if (left == 0)
+     251       41424 :                 reload();
+     252    25852694 :         --left;
+     253             : 
+     254             :         uint32_t s1;
+     255    25852694 :         s1 = *pNext++;
+     256    25852694 :         s1 ^= (s1 >> 11);
+     257    25852694 :         s1 ^= (s1 << 7) & 0x9d2c5680UL;
+     258    25852694 :         s1 ^= (s1 << 15) & 0xefc60000UL;
+     259    25852694 :         return (s1 ^ (s1 >> 18));
+     260             : }
+     261             : 
+     262           0 : uint32_t Random::randInt(const uint32_t& n) {
+     263             : // Find which bits are used in n
+     264             : // Optimized by Magnus Jonsson (magnus@smartelectronix.com)
+     265           0 :         uint32_t used = n;
+     266           0 :         used |= used >> 1;
+     267           0 :         used |= used >> 2;
+     268           0 :         used |= used >> 4;
+     269           0 :         used |= used >> 8;
+     270           0 :         used |= used >> 16;
+     271             : 
+     272             : // Draw numbers until one is found in [0,n]
+     273             :         uint32_t i;
+     274             :         do
+     275           0 :                 i = randInt() & used; // toss unused bits to shorten search
+     276           0 :         while (i > n);
+     277           0 :         return i;
+     278             : }
+     279             : 
+     280             : 
+     281         864 : uint64_t Random::randInt64()
+     282             : {
+     283         864 :         int64_t a = randInt();
+     284         864 :         int64_t b = randInt();
+     285         864 :         return (b + a << 32);
+     286             : }
+     287             : 
+     288             : 
+     289         421 : uint64_t Random::randInt64(const uint64_t &n)
+     290             : {
+     291         421 :         uint64_t used = n;
+     292         421 :         used |= used >> 1;
+     293         421 :         used |= used >> 2;
+     294         421 :         used |= used >> 4;
+     295         421 :         used |= used >> 8;
+     296         421 :         used |= used >> 16;
+     297         421 :         used |= used >> 32;
+     298             : 
+     299             :         // Draw numbers until one is found in [0,n]
+     300             :         uint64_t i;
+     301             :         do
+     302         864 :                 i = randInt64() & used; // toss unused bits to shorten search
+     303         864 :         while (i > n);
+     304         421 :         return i;
+     305             : }
+     306             : 
+     307             : 
+     308             : 
+     309          13 : void Random::seed(const uint32_t oneSeed) {
+     310          13 :         initial_seed.resize(1);
+     311          13 :         initial_seed[0] = oneSeed;
+     312          13 :         initialize(oneSeed);
+     313          13 :         reload();
+     314          13 : }
+     315             : 
+     316        4884 : void Random::seed(uint32_t * const bigSeed, const uint32_t seedLength) {
+     317             : 
+     318        4884 :         initial_seed.resize(seedLength);
+     319     3051260 :         for (size_t i =0; i< seedLength; i++)
+     320             :         {
+     321     3046376 :                 initial_seed[i] = bigSeed[i];
+     322             :         }
+     323             : 
+     324        4884 :         initialize(19650218UL);
+     325             :         int i = 1;
+     326             :         uint32_t j = 0;
+     327        4884 :         int k = (N > seedLength ? N : seedLength);
+     328     3052500 :         for (; k; --k) {
+     329     3047616 :                 state[i] = state[i]
+     330     3047616 :                                 ^ ((state[i - 1] ^ (state[i - 1] >> 30)) * 1664525UL);
+     331     3047616 :                 state[i] += (bigSeed[j] & 0xffffffffUL) + j;
+     332             :                 state[i] &= 0xffffffffUL;
+     333     3047616 :                 ++i;
+     334     3047616 :                 ++j;
+     335     3047616 :                 if (i >= N) {
+     336        4884 :                         state[0] = state[N - 1];
+     337             :                         i = 1;
+     338             :                 }
+     339     3047616 :                 if (j >= seedLength)
+     340             :                         j = 0;
+     341             :         }
+     342     3047616 :         for (k = N - 1; k; --k) {
+     343     3042732 :                 state[i] = state[i]
+     344     3042732 :                                 ^ ((state[i - 1] ^ (state[i - 1] >> 30)) * 1566083941UL);
+     345     3042732 :                 state[i] -= i;
+     346             :                 state[i] &= 0xffffffffUL;
+     347     3042732 :                 ++i;
+     348     3042732 :                 if (i >= N) {
+     349        4884 :                         state[0] = state[N - 1];
+     350             :                         i = 1;
+     351             :                 }
+     352             :         }
+     353        4884 :         state[0] = 0x80000000UL; // MSB is 1, assuring non-zero initial array
+     354        4884 :         reload();
+     355        4884 : }
+     356             : 
+     357        4881 : void Random::seed() {
+     358             : // First try getting an array from /dev/urandom
+     359        4881 :         FILE* urandom = std::fopen("/dev/urandom", "rb");
+     360        4881 :         if (urandom) {
+     361             :                 uint32_t bigSeed[N];
+     362             :                 uint32_t *s = bigSeed;
+     363             :                 int i = N;
+     364             :                 bool success = true;
+     365     3050625 :                 while (success && i--)
+     366     6091488 :                         success = std::fread(s++, sizeof(uint32_t), 1, urandom) != 0;
+     367        4881 :                 std::fclose(urandom);
+     368        4881 :                 if (success) {
+     369        4881 :                         seed(bigSeed, N);
+     370        4881 :                         return;
+     371             :                 }
+     372             :         }
+     373             : 
+     374             : // Was not successful, so use time() and clock() instead
+     375           0 :         seed(hash(time(NULL), clock()));
+     376             : }
+     377             : 
+     378             : 
+     379        4897 : void Random::initialize(const uint32_t seed) {
+     380        4897 :         uint32_t *s = state;
+     381             :         uint32_t *r = state;
+     382             :         int i = 1;
+     383        4897 :         *s++ = seed & 0xffffffffUL;
+     384     3055728 :         for (; i < N; ++i) {
+     385     3050831 :                 *s++ = (1812433253UL * (*r ^ (*r >> 30)) + i) & 0xffffffffUL;
+     386     3050831 :                 r++;
+     387             :         }
+     388        4897 : }
+     389             : 
+     390       46321 : void Random::reload() {
+     391       46321 :         uint32_t *p = state;
+     392             :         int i;
+     393    10561188 :         for (i = N - M; i--; ++p)
+     394    10514867 :                 *p = twist(p[M], p[0], p[1]);
+     395    18389437 :         for (i = M; --i; ++p)
+     396    18343116 :                 *p = twist(p[M - N], p[0], p[1]);
+     397       46321 :         *p = twist(p[M - N], p[0], state[0]);
+     398             : 
+     399       46321 :         left = N, pNext = state;
+     400       46321 : }
+     401             : 
+     402           0 : uint32_t Random::hash(time_t t, clock_t c) {
+     403             :         static uint32_t differ = 0; // guarantee time-based seeds will change
+     404             : 
+     405             :         uint32_t h1 = 0;
+     406             :         unsigned char *p = (unsigned char *) &t;
+     407           0 :         for (size_t i = 0; i < sizeof(t); ++i) {
+     408           0 :                 h1 *= std::numeric_limits<unsigned char>::max() + 2U;
+     409           0 :                 h1 += p[i];
+     410             :         }
+     411             :         uint32_t h2 = 0;
+     412             :         p = (unsigned char *) &c;
+     413           0 :         for (size_t j = 0; j < sizeof(c); ++j) {
+     414           0 :                 h2 *= std::numeric_limits<unsigned char>::max() + 2U;
+     415           0 :                 h2 += p[j];
+     416             :         }
+     417           0 :         return (h1 + differ++) ^ h2;
+     418             : }
+     419             : 
+     420           0 : void Random::save(uint32_t* saveArray) const {
+     421             :         uint32_t *sa = saveArray;
+     422           0 :         const uint32_t *s = state;
+     423             :         int i = N;
+     424           0 :         for (; i--; *sa++ = *s++) {
+     425             :         }
+     426           0 :         *sa = left;
+     427           0 : }
+     428             : 
+     429           2 : const std::vector<uint32_t> &Random::getSeed() const
+     430             : {
+     431           2 :         return initial_seed;
+     432             : }
+     433             : 
+     434           0 : void Random::load(uint32_t * const loadArray) {
+     435           0 :         uint32_t *s = state;
+     436             :         uint32_t *la = loadArray;
+     437             :         int i = N;
+     438           0 :         for (; i--; *s++ = *la++) {
+     439             :         }
+     440           0 :         left = *la;
+     441           0 :         pNext = &state[N - left];
+     442           0 : }
+     443             : 
+     444           0 : std::ostream& operator<<(std::ostream& os, const Random& mtrand) {
+     445           0 :         const uint32_t *s = mtrand.state;
+     446             :         int i = mtrand.N;
+     447           0 :         for (; i--; os << *s++ << "\t") {
+     448             :         }
+     449           0 :         return os << mtrand.left;
+     450             : }
+     451             : 
+     452           0 : std::istream& operator>>(std::istream& is, Random& mtrand) {
+     453           0 :         uint32_t *s = mtrand.state;
+     454             :         int i = mtrand.N;
+     455           0 :         for (; i--; is >> *s++) {
+     456             :         }
+     457           0 :         is >> mtrand.left;
+     458           0 :         mtrand.pNext = &mtrand.state[mtrand.N - mtrand.left];
+     459           0 :         return is;
+     460             : }
+     461             : 
+     462             : #ifdef _OPENMP
+     463             : #include <omp.h>
+     464             : #include <stdexcept>
+     465             : 
+     466             : // see http://stackoverflow.com/questions/8051108/using-the-openmp-threadprivate-directive-on-static-instances-of-c-stl-types
+     467             : const static int MAX_THREAD = 256;
+     468             : 
+     469             : struct RANDOM_TLS_ITEM {
+     470             :         Random r;
+     471             :         char padding[(sizeof(Random) / 64 + 1) * 64 - sizeof(Random)];
+     472             : };
+     473             : 
+     474             : #ifdef _MSC_VER
+     475             : __declspec(align(64)) static RANDOM_TLS_ITEM _tls[MAX_THREAD];
+     476             : #else
+     477             : __attribute__ ((aligned(64))) static RANDOM_TLS_ITEM _tls[MAX_THREAD];
+     478             : #endif
+     479             : 
+     480     2658589 : Random &Random::instance() {
+     481     2658589 :         int i = omp_get_thread_num();
+     482     2658589 :         if (i >= MAX_THREAD)
+     483           0 :         throw std::runtime_error("crpropa::Random: more than MAX_THREAD threads!");
+     484     2658589 :         return _tls[i].r;
+     485             : }
+     486             : 
+     487           0 : void Random::seedThreads(const uint32_t oneSeed) {
+     488           0 :         for(size_t i = 0; i < MAX_THREAD; ++i)
+     489           0 :         _tls[i].r.seed(oneSeed + i);
+     490           0 : }
+     491             : 
+     492           0 : std::vector< std::vector<uint32_t> > Random::getSeedThreads()
+     493             : {
+     494             :         std::vector< std::vector<uint32_t> > seeds;
+     495           0 :         for(size_t i = 0; i < omp_get_num_threads(); ++i)
+     496           0 :                 seeds.push_back(_tls[i].r.getSeed() ); 
+     497           0 :         return seeds;
+     498           0 : }
+     499             : 
+     500             : #else
+     501             : static Random _random;
+     502             : Random &Random::instance() {
+     503             :         return _random;
+     504             : }
+     505             : void Random::seedThreads(const uint32_t oneSeed) {
+     506             :         _random.seed(oneSeed);
+     507             : }
+     508             : std::vector< std::vector<uint32_t> > Random::getSeedThreads()
+     509             : {
+     510             :         std::vector< std::vector<uint32_t> > seeds;
+     511             :                 seeds.push_back(_random.getSeed() ); 
+     512             :         return seeds;
+     513             : }
+     514             : #endif
+     515             : 
+     516           0 : const std::string Random::getSeed_base64() const
+     517             : {
+     518           0 :         return Base64::encode((unsigned char*) &initial_seed[0], sizeof(initial_seed[0]) * initial_seed.size() / sizeof(unsigned char));
+     519             : }
+     520             : 
+     521           1 : void Random::seed(const std::string &b64Seed)
+     522             : {
+     523           1 :         std::string decoded_data = Base64::decode(b64Seed);
+     524           1 :         size_t seedSize = decoded_data.size() * sizeof(decoded_data[0]) / sizeof(uint32_t);
+     525           1 :         seed((uint32_t*)decoded_data.c_str(), seedSize );
+     526           1 : }
+     527             : 
+     528             : } // namespace crpropa
+     529             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Source.cpp.func-sort-c.html b/doc/coverageReport/src/Source.cpp.func-sort-c.html new file mode 100644 index 000000000..34e0bcd2a --- /dev/null +++ b/doc/coverageReport/src/Source.cpp.func-sort-c.html @@ -0,0 +1,656 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Source.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Source.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:45978458.5 %
Date:2024-04-08 14:58:22Functions:8114655.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa14SourcePositionC2Ed0
_ZN7crpropa15SourceDirection14setDescriptionEv0
_ZN7crpropa15SourceDirectionC2ENS_7Vector3IdEE0
_ZN7crpropa17SourceEmissionMap14setDescriptionEv0
_ZN7crpropa17SourceEmissionMap14setEmissionMapEPNS_11EmissionMapE0
_ZN7crpropa17SourceEmissionMapC2EPNS_11EmissionMapE0
_ZN7crpropa18SourceUniformShell14setDescriptionEv0
_ZN7crpropa18SourceUniformShellC2ENS_7Vector3IdEEd0
_ZN7crpropa21SourceSNRDistribution14setDescriptionEv0
_ZN7crpropa21SourceSNRDistribution7setBetaEd0
_ZN7crpropa21SourceSNRDistributionC2Ev0
_ZN7crpropa21SourceUniformCylinder14setDescriptionEv0
_ZN7crpropa21SourceUniformRedshift14setDescriptionEv0
_ZN7crpropa21SourceUniformRedshiftC2Edd0
_ZN7crpropa22SourceMassDistribution14getDescriptionB5cxx11Ev0
_ZN7crpropa22SourceMassDistribution15setMaximalTriesEi0
_ZN7crpropa22SourceMassDistribution17setMaximalDensityEd0
_ZN7crpropa22SourceMassDistribution9setXrangeEdd0
_ZN7crpropa22SourceMassDistribution9setYrangeEdd0
_ZN7crpropa22SourceMassDistribution9setZrangeEdd0
_ZN7crpropa22SourceMassDistributionC2ENS_7ref_ptrINS_7DensityEEEdddd0
_ZN7crpropa24SourceGenericComposition3addEiid0
_ZN7crpropa24SourcePulsarDistribution12getThetaBlurEv0
_ZN7crpropa24SourcePulsarDistribution12setThetaBlurEd0
_ZN7crpropa24SourcePulsarDistribution14setDescriptionEv0
_ZN7crpropa24SourcePulsarDistribution7getRMaxEv0
_ZN7crpropa24SourcePulsarDistribution7getZMaxEv0
_ZN7crpropa24SourcePulsarDistribution7setRMaxEd0
_ZN7crpropa24SourcePulsarDistribution7setZMaxEd0
_ZN7crpropa24SourcePulsarDistribution8getFrMaxEv0
_ZN7crpropa24SourcePulsarDistribution8getFzMaxEv0
_ZN7crpropa24SourcePulsarDistribution8getRBlurEv0
_ZN7crpropa24SourcePulsarDistribution8setFrMaxEdd0
_ZN7crpropa24SourcePulsarDistribution8setFzMaxEd0
_ZN7crpropa24SourcePulsarDistribution8setRBlurEd0
_ZN7crpropa24SourcePulsarDistributionC2Eddddd0
_ZN7crpropa24SourcePulsarDistributionC2Ev0
_ZN7crpropa27SourceMultipleParticleTypes14setDescriptionEv0
_ZN7crpropa27SourceMultipleParticleTypes3addEid0
_ZN7crpropa27SourceMultipleParticleTypesC2Ev0
_ZN7crpropa33SourceLambertDistributionOnSphere14setDescriptionEv0
_ZN7crpropa33SourceLambertDistributionOnSphereC2ERKNS_7Vector3IdEEdb0
_ZNK7crpropa10SourceList14getDescriptionB5cxx11Ev0
_ZNK7crpropa13SourceFeature14getDescriptionB5cxx11Ev0
_ZNK7crpropa15SourceDirection15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa17SourceEmissionMap16prepareCandidateERNS_9CandidateE0
_ZNK7crpropa18SourceUniformShell15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa21SourceSNRDistribution7getBetaEv0
_ZNK7crpropa21SourceSNRDistribution7getRMaxEv0
_ZNK7crpropa21SourceSNRDistribution7getZMaxEv0
_ZNK7crpropa21SourceSNRDistribution8getAlphaEv0
_ZNK7crpropa21SourceSNRDistribution8getFrMaxEv0
_ZNK7crpropa21SourceSNRDistribution8getFzMaxEv0
_ZNK7crpropa21SourceUniformRedshift16prepareCandidateERNS_9CandidateE0
_ZNK7crpropa22SourceMassDistribution14samplePositionEv0
_ZNK7crpropa22SourceMassDistribution15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa24SourcePulsarDistribution15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa24SourcePulsarDistribution2frEd0
_ZNK7crpropa24SourcePulsarDistribution2fzEd0
_ZNK7crpropa24SourcePulsarDistribution5blurREd0
_ZNK7crpropa24SourcePulsarDistribution6fthetaEid0
_ZNK7crpropa24SourcePulsarDistribution9blurThetaEdd0
_ZNK7crpropa27SourceMultipleParticleTypes15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa33SourceLambertDistributionOnSphere15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa6Source14getDescriptionB5cxx11Ev0
_ZN7crpropa14SourceRedshift14setDescriptionEv1
_ZN7crpropa14SourceRedshiftC2Ed1
_ZN7crpropa15SourceUniform1D14setDescriptionEv1
_ZN7crpropa15SourceUniform1DC2Eddb1
_ZN7crpropa16SourceRedshift1D14setDescriptionEv1
_ZN7crpropa16SourceRedshift1DC2Ev1
_ZN7crpropa16SourceUniformBox14setDescriptionEv1
_ZN7crpropa16SourceUniformBoxC2ENS_7Vector3IdEES2_1
_ZN7crpropa18SourceEmissionCone12setDirectionENS_7Vector3IdEE1
_ZN7crpropa18SourceEmissionCone14setDescriptionEv1
_ZN7crpropa18SourceEmissionConeC2ENS_7Vector3IdEEd1
_ZN7crpropa19SourceUniformSphere14setDescriptionEv1
_ZN7crpropa19SourceUniformSphereC2ENS_7Vector3IdEEd1
_ZN7crpropa21SourceSNRDistribution7setZMaxEd1
_ZN7crpropa21SourceSNRDistribution8setAlphaEd1
_ZN7crpropa21SourceSNRDistribution8setFzMaxEd1
_ZN7crpropa21SourceSNRDistributionC2Edddd1
_ZN7crpropa21SourceUniformCylinderC2ENS_7Vector3IdEEdd1
_ZN7crpropa22SourceDirectedEmission14setDescriptionEv1
_ZN7crpropa22SourceDirectedEmissionC2ENS_7Vector3IdEEd1
_ZN7crpropa23SourceMultiplePositions14setDescriptionEv1
_ZN7crpropa23SourceMultiplePositionsC2Ev1
_ZN7crpropa24SourceGenericComposition14setDescriptionEv1
_ZN7crpropa24SourceGenericCompositionC2EddNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEm1
_ZN7crpropa25SourceUniformHollowSphere14setDescriptionEv1
_ZN7crpropa25SourceUniformHollowSphereC2ENS_7Vector3IdEEdd1
_ZN7crpropa9SourceTag14setDescriptionEv1
_ZN7crpropa9SourceTag6setTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa9SourceTagC2ENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa14SourceRedshift16prepareCandidateERNS_9CandidateE1
_ZNK7crpropa15SourceUniform1D15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa16SourceRedshift1D16prepareCandidateERNS_9CandidateE1
_ZNK7crpropa16SourceUniformBox15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa18SourceEmissionCone15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa19SourceUniformSphere15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa21SourceUniformCylinder15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa9SourceTag16prepareCandidateERNS_9CandidateE1
_ZN7crpropa12SourceEnergy14setDescriptionEv2
_ZN7crpropa12SourceEnergyC2Ed2
_ZN7crpropa17SourceDensityGrid14setDescriptionEv2
_ZN7crpropa17SourceDensityGridC2ENS_7ref_ptrINS_4GridIfEEEE2
_ZN7crpropa19SourceDensityGrid1D14setDescriptionEv2
_ZN7crpropa19SourceDensityGrid1DC2ENS_7ref_ptrINS_4GridIfEEEE2
_ZN7crpropa21SourceSNRDistribution7setRMaxEd2
_ZN7crpropa21SourceSNRDistribution8setFrMaxEv2
_ZN7crpropa23SourceMultiplePositions3addENS_7Vector3IdEEd2
_ZN7crpropa23SourceRedshiftEvolutionC2Eddd2
_ZN7crpropa24SourceGenericComposition3addEid2
_ZN7crpropa10SourceList3addEPNS_6SourceEd3
_ZN7crpropa17SourceCompositionC2Eddd3
_ZN7crpropa18SourceParticleType14setDescriptionEv3
_ZN7crpropa18SourceParticleTypeC2Ei3
_ZN7crpropa23SourceIsotropicEmission14setDescriptionEv3
_ZN7crpropa23SourceIsotropicEmissionC2Ev3
_ZNK7crpropa17SourceComposition15prepareParticleERNS_13ParticleStateE3
_ZN7crpropa17SourceComposition3addEiid4
_ZN7crpropa22SourcePowerLawSpectrum14setDescriptionEv4
_ZN7crpropa22SourcePowerLawSpectrumC2Eddd4
_ZN7crpropa14SourcePosition14setDescriptionEv5
_ZN7crpropa14SourcePositionC2ENS_7Vector3IdEE5
_ZN7crpropa17SourceComposition3addEid5
_ZN7crpropa17SourceComposition14setDescriptionEv8
_ZN7crpropa6Source3addEPNS_13SourceFeatureE19
_ZNK7crpropa25SourceUniformHollowSphere15prepareParticleERNS_13ParticleStateE100
_ZNK7crpropa19SourceDensityGrid1D15prepareParticleERNS_13ParticleStateE101
_ZNK7crpropa23SourceRedshiftEvolution16prepareCandidateERNS_9CandidateE200
_ZNK7crpropa12SourceEnergy15prepareParticleERNS_13ParticleStateE1000
_ZNK7crpropa22SourceDirectedEmission16prepareCandidateERNS_9CandidateE1000
_ZNK7crpropa10SourceList12getCandidateEv1002
_ZNK7crpropa18SourceParticleType15prepareParticleERNS_13ParticleStateE1101
_ZNK7crpropa23SourceIsotropicEmission15prepareParticleERNS_13ParticleStateE1101
_ZNK7crpropa22SourcePowerLawSpectrum15prepareParticleERNS_13ParticleStateE1102
_ZNK7crpropa14SourcePosition15prepareParticleERNS_13ParticleStateE1103
_ZNK7crpropa6Source12getCandidateEv2103
_ZNK7crpropa13SourceFeature16prepareCandidateERNS_9CandidateE5407
_ZNK7crpropa23SourceMultiplePositions15prepareParticleERNS_13ParticleStateE10000
_ZNK7crpropa17SourceDensityGrid15prepareParticleERNS_13ParticleStateE10001
_ZNK7crpropa24SourceGenericComposition15prepareParticleERNS_13ParticleStateE100000
_ZNK7crpropa21SourceSNRDistribution15prepareParticleERNS_13ParticleStateE100001
_ZNK7crpropa21SourceSNRDistribution2frEd193272
_ZNK7crpropa21SourceSNRDistribution2fzEd1663640
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Source.cpp.func.html b/doc/coverageReport/src/Source.cpp.func.html new file mode 100644 index 000000000..cbdfefa59 --- /dev/null +++ b/doc/coverageReport/src/Source.cpp.func.html @@ -0,0 +1,656 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Source.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Source.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:45978458.5 %
Date:2024-04-08 14:58:22Functions:8114655.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10SourceList3addEPNS_6SourceEd3
_ZN7crpropa12SourceEnergy14setDescriptionEv2
_ZN7crpropa12SourceEnergyC2Ed2
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+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Source.cpp.gcov.html b/doc/coverageReport/src/Source.cpp.gcov.html new file mode 100644 index 000000000..6cc5e6642 --- /dev/null +++ b/doc/coverageReport/src/Source.cpp.gcov.html @@ -0,0 +1,1218 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Source.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Source.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:45978458.5 %
Date:2024-04-08 14:58:22Functions:8114655.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Source.h"
+       2             : #include "crpropa/Random.h"
+       3             : #include "crpropa/Cosmology.h"
+       4             : #include "crpropa/Common.h"
+       5             : #include "crpropa/Units.h"
+       6             : #include "crpropa/ParticleID.h"
+       7             : 
+       8             : #ifdef CRPROPA_HAVE_MUPARSER
+       9             : #include "muParser.h"
+      10             : #endif
+      11             : 
+      12             : #include <sstream>
+      13             : #include <stdexcept>
+      14             : 
+      15             : namespace crpropa {
+      16             : 
+      17             : // Source ---------------------------------------------------------------------
+      18          19 : void Source::add(SourceFeature* property) {
+      19          19 :         features.push_back(property);
+      20          19 : }
+      21             : 
+      22        2103 : ref_ptr<Candidate> Source::getCandidate() const {
+      23        4206 :         ref_ptr<Candidate> candidate = new Candidate();
+      24        7512 :         for (int i = 0; i < features.size(); i++)
+      25        5409 :                 (*features[i]).prepareCandidate(*candidate);
+      26        2103 :         return candidate;
+      27             : }
+      28             : 
+      29           0 : std::string Source::getDescription() const {
+      30           0 :         std::stringstream ss;
+      31           0 :         ss << "Cosmic ray source\n";
+      32           0 :         for (int i = 0; i < features.size(); i++)
+      33           0 :                 ss << "    " << features[i]->getDescription();
+      34           0 :         return ss.str();
+      35           0 : }
+      36             : 
+      37             : // SourceList------------------------------------------------------------------
+      38           3 : void SourceList::add(Source* source, double weight) {
+      39           6 :         sources.push_back(source);
+      40           3 :         if (cdf.size() > 0)
+      41           1 :                 weight += cdf.back();
+      42           3 :         cdf.push_back(weight);
+      43           3 : }
+      44             : 
+      45        1002 : ref_ptr<Candidate> SourceList::getCandidate() const {
+      46        1002 :         if (sources.size() == 0)
+      47           1 :                 throw std::runtime_error("SourceList: no sources set");
+      48        1001 :         size_t i = Random::instance().randBin(cdf);
+      49        1001 :         return (sources[i])->getCandidate();
+      50             : }
+      51             : 
+      52           0 : std::string SourceList::getDescription() const {
+      53           0 :         std::stringstream ss;
+      54           0 :         ss << "List of cosmic ray sources\n";
+      55           0 :         for (int i = 0; i < sources.size(); i++)
+      56           0 :                 ss << "  " << sources[i]->getDescription();
+      57           0 :         return ss.str();
+      58           0 : }
+      59             : 
+      60             : // SourceFeature---------------------------------------------------------------
+      61        5407 : void SourceFeature::prepareCandidate(Candidate& candidate) const {
+      62        5407 :         ParticleState &source = candidate.source;
+      63        5407 :         prepareParticle(source);
+      64             :         candidate.created = source;
+      65             :         candidate.current = source;
+      66             :         candidate.previous = source;
+      67        5407 : }
+      68             : 
+      69           0 : std::string SourceFeature::getDescription() const {
+      70           0 :         return description;
+      71             : }
+      72             : 
+      73             : // ----------------------------------------------------------------------------
+      74           3 : SourceParticleType::SourceParticleType(int id) :
+      75           3 :                 id(id) {
+      76           3 :         setDescription();
+      77           3 : }
+      78             : 
+      79        1101 : void SourceParticleType::prepareParticle(ParticleState& particle) const {
+      80        1101 :         particle.setId(id);
+      81        1101 : }
+      82             : 
+      83           3 : void SourceParticleType::setDescription() {
+      84           3 :         std::stringstream ss;
+      85           3 :         ss << "SourceParticleType: " << id << "\n";
+      86           3 :         description = ss.str();
+      87           3 : }
+      88             : 
+      89             : // ----------------------------------------------------------------------------
+      90           0 : SourceMultipleParticleTypes::SourceMultipleParticleTypes() {
+      91           0 :         setDescription();
+      92           0 : }
+      93             : 
+      94           0 : void SourceMultipleParticleTypes::add(int id, double a) {
+      95           0 :         particleTypes.push_back(id);
+      96           0 :         if (cdf.size() > 0)
+      97           0 :                 a += cdf.back();
+      98           0 :         cdf.push_back(a);
+      99           0 :         setDescription();
+     100           0 : }
+     101             : 
+     102           0 : void SourceMultipleParticleTypes::prepareParticle(ParticleState& particle) const {
+     103           0 :         if (particleTypes.size() == 0)
+     104           0 :                 throw std::runtime_error("SourceMultipleParticleTypes: no nuclei set");
+     105           0 :         size_t i = Random::instance().randBin(cdf);
+     106           0 :         particle.setId(particleTypes[i]);
+     107           0 : }
+     108             : 
+     109           0 : void SourceMultipleParticleTypes::setDescription() {
+     110           0 :         std::stringstream ss;
+     111           0 :         ss << "SourceMultipleParticleTypes: Random particle type\n";
+     112           0 :         for (int i = 0; i < particleTypes.size(); i++)
+     113           0 :                 ss << "      ID = " << particleTypes[i] << "\n";
+     114           0 :         description = ss.str();
+     115           0 : }
+     116             : 
+     117             : // ----------------------------------------------------------------------------
+     118           2 : SourceEnergy::SourceEnergy(double energy) :
+     119           2 :                 E(energy) {
+     120           2 :         setDescription();
+     121           2 : }
+     122             : 
+     123        1000 : void SourceEnergy::prepareParticle(ParticleState& p) const {
+     124        1000 :         p.setEnergy(E);
+     125        1000 : }
+     126             : 
+     127           2 : void SourceEnergy::setDescription() {
+     128           2 :         std::stringstream ss;
+     129           2 :         ss << "SourceEnergy: " << E / EeV << " EeV\n";
+     130           2 :         description = ss.str();
+     131           2 : }
+     132             : 
+     133             : // ----------------------------------------------------------------------------
+     134           4 : SourcePowerLawSpectrum::SourcePowerLawSpectrum(double Emin, double Emax,
+     135           4 :                 double index) :
+     136           4 :                 Emin(Emin), Emax(Emax), index(index) {
+     137           4 :         setDescription();
+     138           4 : }
+     139             : 
+     140        1102 : void SourcePowerLawSpectrum::prepareParticle(ParticleState& particle) const {
+     141        1102 :         Random &random = Random::instance();
+     142        1102 :         double E = random.randPowerLaw(index, Emin, Emax);
+     143        1102 :         particle.setEnergy(E);
+     144        1102 : }
+     145             : 
+     146           4 : void SourcePowerLawSpectrum::setDescription() {
+     147           4 :         std::stringstream ss;
+     148           4 :         ss << "SourcePowerLawSpectrum: Random energy ";
+     149           8 :         ss << "E = " << Emin / EeV << " - " << Emax / EeV << " EeV, ";
+     150           4 :         ss << "dN/dE ~ E^" << index  << "\n";
+     151           4 :         description = ss.str();
+     152           4 : }
+     153             : 
+     154             : // ----------------------------------------------------------------------------
+     155           3 : SourceComposition::SourceComposition(double Emin, double Rmax, double index) :
+     156           3 :                 Emin(Emin), Rmax(Rmax), index(index) {
+     157           3 :         setDescription();
+     158           3 : }
+     159             : 
+     160           5 : void SourceComposition::add(int id, double weight) {
+     161           5 :         nuclei.push_back(id);
+     162           5 :         int A = massNumber(id);
+     163           5 :         int Z = chargeNumber(id);
+     164             : 
+     165           5 :         double a = 1 + index;
+     166           5 :         if (std::abs(a) < std::numeric_limits<double>::min())
+     167           5 :                 weight *= log(Z * Rmax / Emin);
+     168             :         else
+     169           0 :                 weight *= (pow(Z * Rmax, a) - pow(Emin, a)) / a;
+     170             : 
+     171           5 :         weight *= pow(A, -a);
+     172             : 
+     173           5 :         if (cdf.size() > 0)
+     174           3 :                 weight += cdf.back();
+     175           5 :         cdf.push_back(weight);
+     176           5 :         setDescription();
+     177           5 : }
+     178             : 
+     179           4 : void SourceComposition::add(int A, int Z, double a) {
+     180           4 :         add(nucleusId(A, Z), a);
+     181           4 : }
+     182             : 
+     183           3 : void SourceComposition::prepareParticle(ParticleState& particle) const {
+     184           3 :         if (nuclei.size() == 0)
+     185           1 :                 throw std::runtime_error("SourceComposition: No source isotope set");
+     186             : 
+     187           2 :         Random &random = Random::instance();
+     188             : 
+     189             :         // draw random particle type
+     190           2 :         size_t i = random.randBin(cdf);
+     191           2 :         int id = nuclei[i];
+     192           2 :         particle.setId(id);
+     193             : 
+     194             :         // random energy from power law
+     195           2 :         int Z = chargeNumber(id);
+     196           2 :         particle.setEnergy(random.randPowerLaw(index, Emin, Z * Rmax));
+     197           2 : }
+     198             : 
+     199           8 : void SourceComposition::setDescription() {
+     200           8 :         std::stringstream ss;
+     201           8 :         ss << "SourceComposition: Random element and energy ";
+     202          16 :         ss << "E = " << Emin / EeV << " - Z*" << Rmax / EeV << " EeV, ";
+     203           8 :         ss << "dN/dE ~ E^" << index << "\n";
+     204          19 :         for (int i = 0; i < nuclei.size(); i++)
+     205          11 :                 ss << "      ID = " << nuclei[i] << "\n";
+     206           8 :         description = ss.str();
+     207           8 : }
+     208             : 
+     209             : // ----------------------------------------------------------------------------
+     210           5 : SourcePosition::SourcePosition(Vector3d position) :
+     211           5 :                 position(position) {
+     212           5 :         setDescription();
+     213           5 : }
+     214             : 
+     215           0 : SourcePosition::SourcePosition(double d) :
+     216           0 :                 position(Vector3d(d, 0, 0)) {
+     217           0 :         setDescription();
+     218           0 : }
+     219             : 
+     220        1103 : void SourcePosition::prepareParticle(ParticleState& particle) const {
+     221        1103 :         particle.setPosition(position);
+     222        1103 : }
+     223             : 
+     224           5 : void SourcePosition::setDescription() {
+     225           5 :         std::stringstream ss;
+     226           5 :         ss << "SourcePosition: " << position / Mpc << " Mpc\n";
+     227           5 :         description = ss.str();
+     228           5 : }
+     229             : 
+     230             : // ----------------------------------------------------------------------------
+     231           1 : SourceMultiplePositions::SourceMultiplePositions() {
+     232           1 :         setDescription();
+     233           1 : }
+     234             : 
+     235           2 : void SourceMultiplePositions::add(Vector3d pos, double weight) {
+     236           2 :         positions.push_back(pos);
+     237           2 :         if (cdf.size() > 0)
+     238           1 :                 weight += cdf.back();
+     239           2 :         cdf.push_back(weight);
+     240           2 : }
+     241             : 
+     242       10000 : void SourceMultiplePositions::prepareParticle(ParticleState& particle) const {
+     243       10000 :         if (positions.size() == 0)
+     244           0 :                 throw std::runtime_error("SourceMultiplePositions: no position set");
+     245       10000 :         size_t i = Random::instance().randBin(cdf);
+     246       10000 :         particle.setPosition(positions[i]);
+     247       10000 : }
+     248             : 
+     249           1 : void SourceMultiplePositions::setDescription() {
+     250           1 :         std::stringstream ss;
+     251           1 :         ss << "SourceMultiplePositions: Random position from list\n";
+     252           1 :         for (int i = 0; i < positions.size(); i++)
+     253           0 :                 ss << "  " << positions[i] / Mpc << " Mpc\n";
+     254           1 :         description = ss.str();
+     255           1 : }
+     256             : 
+     257             : // ----------------------------------------------------------------------------
+     258           1 : SourceUniformSphere::SourceUniformSphere(Vector3d center, double radius) :
+     259           1 :                 center(center), radius(radius) {
+     260           1 :         setDescription();
+     261           1 : }
+     262             : 
+     263           1 : void SourceUniformSphere::prepareParticle(ParticleState& particle) const {
+     264           1 :         Random &random = Random::instance();
+     265           1 :         double r = pow(random.rand(), 1. / 3.) * radius;
+     266           1 :         particle.setPosition(center + random.randVector() * r);
+     267           1 : }
+     268             : 
+     269           1 : void SourceUniformSphere::setDescription() {
+     270           1 :         std::stringstream ss;
+     271           1 :         ss << "SourceUniformSphere: Random position within a sphere at ";
+     272           1 :         ss << center / Mpc << " Mpc with";
+     273           1 :         ss  << radius / Mpc << " Mpc radius\n";
+     274           1 :         description = ss.str();
+     275           1 : }
+     276             : 
+     277             : // ----------------------------------------------------------------------------
+     278           1 : SourceUniformHollowSphere::SourceUniformHollowSphere(
+     279             :                 Vector3d center,
+     280             :                 double radius_inner,
+     281           1 :                 double radius_outer) :
+     282           1 :                 center(center), radius_inner(radius_inner),
+     283           1 :                 radius_outer(radius_outer) {
+     284           1 :         setDescription();
+     285           1 : }
+     286             : 
+     287         100 : void SourceUniformHollowSphere::prepareParticle(ParticleState& particle) const {
+     288         100 :         Random &random = Random::instance();
+     289         100 :         double r = radius_inner + pow(random.rand(), 1. / 3.) * (radius_outer - radius_inner);
+     290         100 :         particle.setPosition(center + random.randVector() * r);
+     291         100 : }
+     292             : 
+     293           1 : void SourceUniformHollowSphere::setDescription() {
+     294           1 :         std::stringstream ss;
+     295           1 :         ss << "SourceUniformHollowSphere: Random position within a sphere at ";
+     296           1 :         ss << center / Mpc << " Mpc with";
+     297           1 :         ss << radius_inner / Mpc << " Mpc inner radius\n";
+     298           1 :         ss << radius_outer / Mpc << " Mpc outer radius\n";
+     299           1 :         description = ss.str();
+     300           1 : }
+     301             : 
+     302             : // ----------------------------------------------------------------------------
+     303           0 : SourceUniformShell::SourceUniformShell(Vector3d center, double radius) :
+     304           0 :                 center(center), radius(radius) {
+     305           0 :         setDescription();
+     306           0 : }
+     307             : 
+     308           0 : void SourceUniformShell::prepareParticle(ParticleState& particle) const {
+     309           0 :         Random &random = Random::instance();
+     310           0 :         particle.setPosition(center + random.randVector() * radius);
+     311           0 : }
+     312             : 
+     313           0 : void SourceUniformShell::setDescription() {
+     314           0 :         std::stringstream ss;
+     315           0 :         ss << "SourceUniformShell: Random position on a spherical shell at ";
+     316           0 :         ss << center / Mpc << " Mpc with ";
+     317           0 :         ss << radius / Mpc << " Mpc radius\n";
+     318           0 :         description = ss.str();
+     319           0 : }
+     320             : 
+     321             : // ----------------------------------------------------------------------------
+     322           1 : SourceUniformBox::SourceUniformBox(Vector3d origin, Vector3d size) :
+     323           1 :                 origin(origin), size(size) {
+     324           1 :         setDescription();
+     325           1 : }
+     326             : 
+     327           1 : void SourceUniformBox::prepareParticle(ParticleState& particle) const {
+     328           1 :         Random &random = Random::instance();
+     329           1 :         Vector3d pos(random.rand(), random.rand(), random.rand());
+     330           1 :         particle.setPosition(pos * size + origin);
+     331           1 : }
+     332             : 
+     333           1 : void SourceUniformBox::setDescription() {
+     334           1 :         std::stringstream ss;
+     335           1 :         ss << "SourceUniformBox: Random uniform position in box with ";
+     336           1 :         ss << "origin = " << origin / Mpc << " Mpc and ";
+     337           1 :         ss << "size = " << size / Mpc << " Mpc\n";
+     338           1 :         description = ss.str();
+     339           1 : }
+     340             : 
+     341             : // ---------------------------------------------------------------------------
+     342           1 : SourceUniformCylinder::SourceUniformCylinder(Vector3d origin, double height, double radius) :
+     343           1 :     origin(origin), height(height), radius(radius) {
+     344           1 : }
+     345             : 
+     346           1 : void SourceUniformCylinder::prepareParticle(ParticleState& particle) const {
+     347           1 :   Random &random = Random::instance();
+     348           1 :   double phi = 2*M_PI*random.rand();
+     349           1 :   double RandRadius = radius*pow(random.rand(), 1. / 2.);
+     350           1 :   Vector3d pos(cos(phi)*RandRadius, sin(phi)*RandRadius, (-0.5+random.rand())*height);
+     351           1 :   particle.setPosition(pos + origin);
+     352           1 :   }
+     353             : 
+     354           0 : void SourceUniformCylinder::setDescription() {
+     355           0 :         std::stringstream ss;
+     356           0 :         ss << "SourceUniformCylinder: Random uniform position in cylinder with ";
+     357           0 :         ss << "origin = " << origin / Mpc << " Mpc and ";
+     358           0 :         ss << "radius = " << radius / Mpc << " Mpc and";
+     359           0 :         ss << "height = " << height / Mpc << " Mpc\n";
+     360           0 :         description = ss.str();
+     361           0 : }
+     362             : 
+     363             : // ---------------------------------------------------------------------------
+     364           0 : SourceSNRDistribution::SourceSNRDistribution() :
+     365           0 :     rEarth(8.5 * kpc), beta(3.53), zg(0.3 * kpc) {
+     366           0 :         setAlpha(2.);
+     367           0 :         setFrMax();
+     368           0 :         setFzMax(0.3 * kpc);
+     369           0 :         setRMax(20 * kpc);
+     370           0 :         setZMax(5 * kpc);
+     371           0 : }
+     372             : 
+     373           1 : SourceSNRDistribution::SourceSNRDistribution(double rEarth, double alpha, double beta, double zg) :
+     374           1 :     rEarth(rEarth), beta(beta), zg(zg) {
+     375           1 :         setAlpha(alpha);
+     376           1 :         setFrMax();
+     377           1 :         setFzMax(zg);
+     378           1 :         setRMax(20 * kpc);
+     379           1 :         setZMax(5 * kpc);
+     380           1 : }
+     381             : 
+     382      100001 : void SourceSNRDistribution::prepareParticle(ParticleState& particle) const {
+     383      100001 :         Random &random = Random::instance();
+     384             :         double RPos;
+     385             :         while (true) {
+     386      193272 :                 RPos = random.rand() * rMax;
+     387      193272 :                 double fTest = random.rand() * frMax;
+     388      193272 :                 double fR = fr(RPos);
+     389      193272 :                 if (fTest <= fR) {
+     390             :                         break;
+     391             :                 }
+     392             :         }
+     393             :         double ZPos;
+     394             :         while (true) {
+     395     1663640 :                 ZPos = (random.rand() - 0.5) * 2 * zMax;
+     396     1663640 :                 double fTest = random.rand() * fzMax;
+     397     1663640 :                 double fZ=fz(ZPos);
+     398     1663640 :                 if (fTest<=fZ) {
+     399             :                         break;
+     400             :                 }
+     401             :         }
+     402      100001 :         double phi = random.rand() * 2 * M_PI;
+     403      100001 :         Vector3d pos(cos(phi) * RPos, sin(phi) * RPos, ZPos);
+     404      100001 :         particle.setPosition(pos);
+     405      100001 : }
+     406             : 
+     407      193272 : double SourceSNRDistribution::fr(double r) const {
+     408      193272 :         return pow(r / rEarth, alpha) * exp(- beta * (r - rEarth) / rEarth);
+     409             : }
+     410             : 
+     411     1663640 : double SourceSNRDistribution::fz(double z) const{
+     412             :         double Az = 1.;
+     413     1663640 :         double f = 1. / zg * exp(- fabs(z) / zg);
+     414             :         double fz = Az * f;
+     415     1663640 :         return fz;
+     416             : }
+     417             : 
+     418           0 : double SourceSNRDistribution::getAlpha() const {
+     419           0 :         return alpha - 1;  // -1 to account for the R-term in the volume element dV = R * dR * dphi * dz
+     420             : }
+     421             : 
+     422           0 : double SourceSNRDistribution::getBeta() const {
+     423           0 :         return beta;
+     424             : }
+     425             : 
+     426           2 : void SourceSNRDistribution::setFrMax() {
+     427           2 :         frMax = pow(alpha / beta, alpha) * exp(beta - alpha);
+     428           2 :         return;
+     429             : }
+     430             : 
+     431           1 : void SourceSNRDistribution::setFzMax(double zg) {
+     432           1 :         fzMax = 1. / zg;
+     433           1 :         return;
+     434             : }
+     435             : 
+     436           2 : void SourceSNRDistribution::setRMax(double r) {
+     437           2 :         rMax = r;
+     438           2 :         return;
+     439             : }
+     440             : 
+     441           1 : void SourceSNRDistribution::setZMax(double z) {
+     442           1 :         zMax = z;
+     443           1 :         return;
+     444             : }
+     445             : 
+     446           0 : double SourceSNRDistribution::getFrMax() const {
+     447           0 :         return frMax;
+     448             : }
+     449             : 
+     450           0 : double SourceSNRDistribution::getFzMax() const {
+     451           0 :         return fzMax;
+     452             : }
+     453             : 
+     454           0 : double SourceSNRDistribution::getRMax() const {
+     455           0 :         return rMax;
+     456             : }
+     457             : 
+     458           0 : double SourceSNRDistribution::getZMax() const {
+     459           0 :         return zMax;
+     460             : }
+     461             : 
+     462           1 : void SourceSNRDistribution::setAlpha(double a) {
+     463           1 :         alpha = a + 1.; // add 1 for dV = r * dR * dphi * dz
+     464           1 :         setRMax(rMax);
+     465           1 :         setFrMax();
+     466           1 : }
+     467             : 
+     468           0 : void SourceSNRDistribution::setBeta(double b) {
+     469           0 :         beta = b;
+     470           0 :         setRMax(rMax);
+     471           0 :         setFrMax();
+     472           0 : }
+     473             : 
+     474           0 : void SourceSNRDistribution::setDescription() {
+     475           0 :         std::stringstream ss;
+     476           0 :         ss << "SourceSNRDistribution: Random position according to SNR distribution";
+     477           0 :         ss << "rEarth = " << rEarth / kpc << " kpc and ";
+     478           0 :         ss << "zg = " << zg / kpc << " kpc and";
+     479           0 :         ss << "beta = " << beta << " \n";
+     480           0 :         description = ss.str();
+     481           0 : }
+     482             : 
+     483             : // ---------------------------------------------------------------------------
+     484           0 : SourcePulsarDistribution::SourcePulsarDistribution() :
+     485           0 :     rEarth(8.5*kpc), beta(3.53), zg(0.3*kpc) {
+     486           0 :         setFrMax(8.5*kpc, 3.53);
+     487           0 :         setFzMax(0.3*kpc);
+     488           0 :         setRMax(22*kpc);
+     489           0 :         setZMax(5*kpc);
+     490           0 :         setRBlur(0.07);
+     491           0 :         setThetaBlur(0.35/kpc);
+     492           0 : }
+     493             : 
+     494           0 : SourcePulsarDistribution::SourcePulsarDistribution(double rEarth, double beta, double zg, double rB, double tB) :
+     495           0 :     rEarth(rEarth), beta(beta), zg(zg) {
+     496           0 :         setFrMax(rEarth, beta);
+     497           0 :         setFzMax(zg);
+     498           0 :         setRBlur(rB);
+     499           0 :         setThetaBlur(tB);
+     500           0 :         setRMax(22 * kpc);
+     501           0 :         setZMax(5 * kpc);
+     502           0 : }
+     503             : 
+     504           0 : void SourcePulsarDistribution::prepareParticle(ParticleState& particle) const {
+     505           0 :         Random &random = Random::instance();
+     506             :         double Rtilde;
+     507             :         while (true) {
+     508           0 :                 Rtilde = random.rand() * rMax;
+     509           0 :                 double fTest = random.rand() * frMax * 1.1;
+     510           0 :                 double fR = fr(Rtilde);
+     511           0 :                 if (fTest <= fR) {
+     512             :                         break;
+     513             :                 }
+     514             :         }
+     515             :         double ZPos;
+     516             :         while (true) {
+     517           0 :                 ZPos = (random.rand() - 0.5) * 2 * zMax;
+     518           0 :                 double fTest = random.rand() * fzMax;
+     519           0 :                 double fZ = fz(ZPos);
+     520           0 :                 if (fTest <= fZ) {
+     521             :                         break;
+     522             :                 }
+     523             :         }
+     524             : 
+     525           0 :         int i = random.randInt(3);
+     526           0 :         double thetaTilde = ftheta(i, Rtilde);
+     527           0 :         double RPos = blurR(Rtilde);
+     528           0 :         double phi = blurTheta(thetaTilde, Rtilde);
+     529           0 :         Vector3d pos(cos(phi) * RPos, sin(phi) * RPos, ZPos);
+     530             : 
+     531           0 :         particle.setPosition(pos);
+     532           0 :   }
+     533             : 
+     534           0 : double SourcePulsarDistribution::fr(double r) const {
+     535           0 :         double f = r * pow(r / rEarth, 2.) * exp(-beta * (r - rEarth) / rEarth);
+     536           0 :         return f;
+     537             : }
+     538             : 
+     539           0 : double SourcePulsarDistribution::fz(double z) const{
+     540             :         double Az = 1.;
+     541           0 :         double f = 1. / zg * exp(- fabs(z) / zg);
+     542             :         double fz = Az * f;
+     543           0 :         return fz;
+     544             : }
+     545             : 
+     546           0 : double SourcePulsarDistribution::ftheta(int i, double r) const {
+     547           0 :         const double k_0[] = {4.25, 4.25, 4.89, 4.89};
+     548           0 :         const double r_0[] = {3.48 * kpc, 3.48 * kpc, 4.9 * kpc, 4.9 * kpc};
+     549           0 :         const double theta_0[] = {0., 3.14, 2.52, -0.62};
+     550           0 :         double K = k_0[i];
+     551           0 :         double R = r_0[i];
+     552           0 :         double Theta = theta_0[i];
+     553             : 
+     554           0 :         double theta = K * log(r / R) + Theta;
+     555             : 
+     556           0 :         return theta;
+     557             : }
+     558             : 
+     559           0 : double SourcePulsarDistribution::blurR(double rTilde) const {
+     560           0 :         Random &random = Random::instance();
+     561           0 :         return random.randNorm(rTilde, rBlur * rTilde);
+     562             : }
+     563             : 
+     564           0 : double SourcePulsarDistribution::blurTheta(double thetaTilde, double rTilde) const {
+     565           0 :         Random &random = Random::instance();
+     566           0 :         double thetaCorr = (random.rand() - 0.5) * 2 * M_PI;
+     567           0 :         double tau = thetaCorr * exp(- thetaBlur * rTilde);
+     568           0 :         return thetaTilde + tau;
+     569             : }
+     570             : 
+     571           0 : void SourcePulsarDistribution::setFrMax(double R, double b) {
+     572           0 :         double r = 3 * R / b;
+     573           0 :         frMax = fr(r);
+     574           0 : }
+     575             : 
+     576           0 : void SourcePulsarDistribution::setFzMax(double zg) {
+     577           0 :         fzMax = 1. / zg;
+     578           0 :         return;
+     579             : }
+     580             : 
+     581           0 : void SourcePulsarDistribution::setRMax(double r) {
+     582           0 :         rMax = r;
+     583           0 :         return;
+     584             : }
+     585             : 
+     586           0 : void SourcePulsarDistribution::setZMax(double z) {
+     587           0 :         zMax = z;
+     588           0 :         return;
+     589             : }
+     590             : 
+     591           0 : void SourcePulsarDistribution::setRBlur(double r) {
+     592           0 :         rBlur = r;
+     593           0 :         return;
+     594             : }
+     595             : 
+     596           0 : void SourcePulsarDistribution::setThetaBlur(double theta) {
+     597           0 :         thetaBlur = theta;
+     598           0 :         return;
+     599             : }
+     600             : 
+     601           0 : double SourcePulsarDistribution::getFrMax() {
+     602           0 :         return frMax;
+     603             : }
+     604             : 
+     605           0 : double SourcePulsarDistribution::getFzMax() {
+     606           0 :         return fzMax;
+     607             : }
+     608             : 
+     609           0 : double SourcePulsarDistribution::getRMax() {
+     610           0 :         return rMax;
+     611             : }
+     612             : 
+     613           0 : double SourcePulsarDistribution::getZMax() {
+     614           0 :         return zMax;
+     615             : }
+     616             : 
+     617           0 : double SourcePulsarDistribution::getRBlur() {
+     618           0 :         return rBlur;
+     619             : }
+     620             : 
+     621           0 : double SourcePulsarDistribution::getThetaBlur() {
+     622           0 :         return thetaBlur;
+     623             : }
+     624             : 
+     625             : 
+     626           0 : void SourcePulsarDistribution::setDescription() {
+     627           0 :         std::stringstream ss;
+     628           0 :         ss << "SourcePulsarDistribution: Random position according to pulsar distribution";
+     629           0 :         ss << "rEarth = " << rEarth / kpc << " kpc and ";
+     630           0 :         ss << "zg = " << zg / kpc << " kpc and ";
+     631           0 :         ss << "beta = " << beta << " and ";
+     632           0 :         ss << "r_blur = " << rBlur << " and ";
+     633           0 :         ss << "theta blur = " << thetaBlur << "\n";
+     634           0 :         description = ss.str();
+     635           0 : }
+     636             : 
+     637             : // ----------------------------------------------------------------------------
+     638           1 : SourceUniform1D::SourceUniform1D(double minD, double maxD, bool withCosmology) {
+     639           1 :         this->withCosmology = withCosmology;
+     640           1 :         if (withCosmology) {
+     641           1 :                 this->minD = comoving2LightTravelDistance(minD);
+     642           1 :                 this->maxD = comoving2LightTravelDistance(maxD);
+     643             :         } else {
+     644           0 :                 this->minD = minD;
+     645           0 :                 this->maxD = maxD;
+     646             :         }
+     647           1 :         setDescription();
+     648           1 : }
+     649             : 
+     650           1 : void SourceUniform1D::prepareParticle(ParticleState& particle) const {
+     651           1 :         Random& random = Random::instance();
+     652           1 :         double d = random.rand() * (maxD - minD) + minD;
+     653           1 :         if (withCosmology)
+     654           1 :                 d = lightTravel2ComovingDistance(d);
+     655           1 :         particle.setPosition(Vector3d(d, 0, 0));
+     656           1 : }
+     657             : 
+     658           1 : void SourceUniform1D::setDescription() {
+     659           1 :         std::stringstream ss;
+     660           1 :         ss << "SourceUniform1D: Random uniform position in D = ";
+     661           2 :         ss << minD / Mpc << " - " << maxD / Mpc << " Mpc";
+     662           1 :         if (withCosmology)
+     663           1 :                 ss << " (including cosmology)";
+     664           1 :         ss << "\n";
+     665           1 :         description = ss.str();
+     666           1 : }
+     667             : 
+     668             : // ----------------------------------------------------------------------------
+     669           2 : SourceDensityGrid::SourceDensityGrid(ref_ptr<Grid1f> grid) :
+     670           2 :                 grid(grid) {
+     671             :         float sum = 0;
+     672          14 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     673         116 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
+     674        1112 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
+     675        1008 :                                 sum += grid->get(ix, iy, iz);
+     676        1008 :                                 grid->get(ix, iy, iz) = sum;
+     677             :                         }
+     678             :                 }
+     679             :         }
+     680           2 :         setDescription();
+     681           2 : }
+     682             : 
+     683       10001 : void SourceDensityGrid::prepareParticle(ParticleState& particle) const {
+     684       10001 :         Random &random = Random::instance();
+     685             : 
+     686             :         // draw random bin
+     687       10001 :         size_t i = random.randBin(grid->getGrid());
+     688       10001 :         Vector3d pos = grid->positionFromIndex(i);
+     689             : 
+     690             :         // draw uniform position within bin
+     691       10001 :         double dx = random.rand() - 0.5;
+     692       10001 :         double dy = random.rand() - 0.5;
+     693       10001 :         double dz = random.rand() - 0.5;
+     694             :         pos += Vector3d(dx, dy, dz) * grid->getSpacing();
+     695             : 
+     696       10001 :         particle.setPosition(pos);
+     697       10001 : }
+     698             : 
+     699           2 : void SourceDensityGrid::setDescription() {
+     700           2 :         description = "SourceDensityGrid: 3D source distribution according to density grid\n";
+     701           2 : }
+     702             : 
+     703             : // ----------------------------------------------------------------------------
+     704           2 : SourceDensityGrid1D::SourceDensityGrid1D(ref_ptr<Grid1f> grid) :
+     705           2 :                 grid(grid) {
+     706           2 :         if (grid->getNy() != 1)
+     707           0 :                 throw std::runtime_error("SourceDensityGrid1D: Ny != 1");
+     708           2 :         if (grid->getNz() != 1)
+     709           0 :                 throw std::runtime_error("SourceDensityGrid1D: Nz != 1");
+     710             : 
+     711             :         float sum = 0;
+     712          22 :         for (int ix = 0; ix < grid->getNx(); ix++) {
+     713          20 :                 sum += grid->get(ix, 0, 0);
+     714          20 :                 grid->get(ix, 0, 0) = sum;
+     715             :         }
+     716           2 :         setDescription();
+     717           2 : }
+     718             : 
+     719         101 : void SourceDensityGrid1D::prepareParticle(ParticleState& particle) const {
+     720         101 :         Random &random = Random::instance();
+     721             : 
+     722             :         // draw random bin
+     723         101 :         size_t i = random.randBin(grid->getGrid());
+     724         101 :         Vector3d pos = grid->positionFromIndex(i);
+     725             : 
+     726             :         // draw uniform position within bin
+     727         101 :         double dx = random.rand() - 0.5;
+     728         101 :         pos.x += dx * grid->getSpacing().x;
+     729             : 
+     730         101 :         particle.setPosition(pos);
+     731         101 : }
+     732             : 
+     733           2 : void SourceDensityGrid1D::setDescription() {
+     734           2 :         description = "SourceDensityGrid1D: 1D source distribution according to density grid\n";
+     735           2 : }
+     736             : 
+     737             : // ----------------------------------------------------------------------------
+     738           3 : SourceIsotropicEmission::SourceIsotropicEmission() {
+     739           3 :         setDescription();
+     740           3 : }
+     741             : 
+     742        1101 : void SourceIsotropicEmission::prepareParticle(ParticleState& particle) const {
+     743        1101 :         Random &random = Random::instance();
+     744        1101 :         particle.setDirection(random.randVector());
+     745        1101 : }
+     746             : 
+     747           3 : void SourceIsotropicEmission::setDescription() {
+     748           3 :         description = "SourceIsotropicEmission: Random isotropic direction\n";
+     749           3 : }
+     750             : 
+     751             : // ----------------------------------------------------------------------------
+     752           1 : SourceDirectedEmission::SourceDirectedEmission(Vector3d mu, double kappa): mu(mu), kappa(kappa) {
+     753           1 :         if (kappa <= 0)
+     754           0 :                 throw std::runtime_error("The concentration parameter kappa should be larger than 0.");
+     755           1 :         setDescription();
+     756           1 : }
+     757             : 
+     758        1000 : void SourceDirectedEmission::prepareCandidate(Candidate &candidate) const {
+     759        1000 :         Random &random = Random::instance();
+     760             : 
+     761             :         Vector3d muvec = mu / mu.getR();
+     762        1000 :         Vector3d v = random.randFisherVector(muvec, kappa);
+     763             : 
+     764        1000 :         v = v.getUnitVector();
+     765        1000 :         candidate.source.setDirection(v);
+     766        1000 :         candidate.created.setDirection(v);
+     767        1000 :         candidate.previous.setDirection(v);
+     768        1000 :         candidate.current.setDirection(v);
+     769             : 
+     770             :         //set the weight of the particle, see eq. 3.1 of PoS(ICRC2019)447
+     771        1000 :         double pdfVonMises = kappa / (2. * M_PI * (1. - exp(-2. * kappa))) * exp(-kappa * (1. - v.dot(mu)));
+     772        1000 :         double weight = 1. / (4. * M_PI * pdfVonMises);
+     773        1000 :         candidate.setWeight(weight);
+     774        1000 : }
+     775             : 
+     776           1 : void SourceDirectedEmission::setDescription() {
+     777           1 :         std::stringstream ss;
+     778           1 :         ss << "SourceDirectedEmission: Random directed emission following the von-Mises-Fisher distribution with mean direction ";
+     779           1 :         ss << mu << " and concentration parameter kappa = ";
+     780           1 :         ss << kappa << "\n";
+     781           1 :         description = ss.str();
+     782           1 : }
+     783             : 
+     784             : // ----------------------------------------------------------------------------
+     785           0 : SourceLambertDistributionOnSphere::SourceLambertDistributionOnSphere(const Vector3d &center, double radius, bool inward) :
+     786           0 :                 center(center), radius(radius) {
+     787           0 :         this->inward = inward;
+     788           0 :         setDescription();
+     789           0 : }
+     790             : 
+     791           0 : void SourceLambertDistributionOnSphere::prepareParticle(ParticleState& particle) const {
+     792           0 :         Random &random = Random::instance();
+     793           0 :         Vector3d normalVector = random.randVector();
+     794           0 :         particle.setPosition(center + normalVector * radius);
+     795           0 :         double sign = inward ? -1 : 1; // negative (positive) Lamberts vector for inward (outward) directed emission
+     796           0 :         particle.setDirection(Vector3d(0, 0, 0) + sign * random.randVectorLamberts(normalVector));
+     797           0 : }
+     798             : 
+     799           0 : void SourceLambertDistributionOnSphere::setDescription() {
+     800           0 :         std::stringstream ss;
+     801           0 :         ss << "SourceLambertDistributionOnSphere: Random position and direction on a Sphere with center ";
+     802           0 :         ss << center / kpc << " kpc and ";
+     803           0 :         ss << radius / kpc << " kpc radius\n";
+     804           0 :         description = ss.str();
+     805           0 : }
+     806             : 
+     807             : // ----------------------------------------------------------------------------
+     808           0 : SourceDirection::SourceDirection(Vector3d direction) :
+     809           0 :                 direction(direction) {
+     810           0 :         setDescription();
+     811           0 : }
+     812             : 
+     813           0 : void SourceDirection::prepareParticle(ParticleState& particle) const {
+     814           0 :         particle.setDirection(direction);
+     815           0 : }
+     816             : 
+     817           0 : void SourceDirection::setDescription() {
+     818           0 :         std::stringstream ss;
+     819           0 :         ss <<  "SourceDirection: Emission direction = " << direction << "\n";
+     820           0 :         description = ss.str();
+     821           0 : }
+     822             : 
+     823             : // ----------------------------------------------------------------------------
+     824           0 : SourceEmissionMap::SourceEmissionMap(EmissionMap *emissionMap) : emissionMap(emissionMap) {
+     825           0 :         setDescription();
+     826           0 : }
+     827             : 
+     828           0 : void SourceEmissionMap::prepareCandidate(Candidate &candidate) const {
+     829           0 :         if (emissionMap) {
+     830           0 :                 bool accept = emissionMap->checkDirection(candidate.source);
+     831           0 :                 candidate.setActive(accept);
+     832             :         }
+     833           0 : }
+     834             : 
+     835           0 : void SourceEmissionMap::setDescription() {
+     836           0 :         description = "SourceEmissionMap: accept only directions from emission map\n";
+     837           0 : }
+     838             : 
+     839           0 : void SourceEmissionMap::setEmissionMap(EmissionMap *emissionMap) {
+     840           0 :         this->emissionMap = emissionMap;
+     841           0 : }
+     842             : 
+     843             : // ----------------------------------------------------------------------------
+     844           1 : SourceEmissionCone::SourceEmissionCone(Vector3d direction, double aperture) :
+     845           1 :         aperture(aperture) {
+     846           1 :         setDirection(direction);
+     847           1 :         setDescription();
+     848             :         
+     849           1 : }
+     850             : 
+     851           1 : void SourceEmissionCone::prepareParticle(ParticleState& particle) const {
+     852           1 :         Random &random = Random::instance();
+     853           1 :         particle.setDirection(random.randConeVector(direction, aperture));
+     854           1 : }
+     855             : 
+     856           1 : void SourceEmissionCone::setDirection(Vector3d dir) {
+     857           1 :         if (dir.getR() == 0) {
+     858           0 :                 throw std::runtime_error("SourceEmissionCone: The direction vector was a null vector.");
+     859             :         } else {
+     860           1 :                 direction = dir.getUnitVector();
+     861             :         }
+     862           1 : }
+     863             : 
+     864           1 : void SourceEmissionCone::setDescription() {
+     865           1 :         std::stringstream ss;
+     866           1 :         ss << "SourceEmissionCone: Jetted emission in ";
+     867           1 :         ss << "direction = " << direction << " with ";
+     868           1 :         ss << "half-opening angle = " << aperture << " rad\n";
+     869           1 :         description = ss.str();
+     870           1 : }
+     871             : 
+     872             : // ----------------------------------------------------------------------------
+     873           1 : SourceRedshift::SourceRedshift(double z) :
+     874           1 :                 z(z) {
+     875           1 :         setDescription();
+     876           1 : }
+     877             : 
+     878           1 : void SourceRedshift::prepareCandidate(Candidate& candidate) const {
+     879           1 :         candidate.setRedshift(z);
+     880           1 : }
+     881             : 
+     882           1 : void SourceRedshift::setDescription() {
+     883           1 :         std::stringstream ss;
+     884           1 :         ss << "SourceRedshift: Redshift z = " << z << "\n";
+     885           1 :         description = ss.str();
+     886           1 : }
+     887             : 
+     888             : // ----------------------------------------------------------------------------
+     889           0 : SourceUniformRedshift::SourceUniformRedshift(double zmin, double zmax) :
+     890           0 :                 zmin(zmin), zmax(zmax) {
+     891           0 :         setDescription();
+     892           0 : }
+     893             : 
+     894           0 : void SourceUniformRedshift::prepareCandidate(Candidate& candidate) const {
+     895           0 :         double z = Random::instance().randUniform(zmin, zmax);
+     896           0 :         candidate.setRedshift(z);
+     897           0 : }
+     898             : 
+     899           0 : void SourceUniformRedshift::setDescription() {
+     900           0 :         std::stringstream ss;
+     901           0 :         ss << "SourceUniformRedshift: Uniform redshift in z = ";
+     902           0 :         ss << zmin << " - " << zmax << "\n";
+     903           0 :         description = ss.str();
+     904           0 : }
+     905             : 
+     906             : // ----------------------------------------------------------------------------
+     907           2 : SourceRedshiftEvolution::SourceRedshiftEvolution(double m, double zmin, double zmax) : m(m), zmin(zmin), zmax(zmax) {
+     908           2 :         std::stringstream ss;
+     909             :         ss << "SourceRedshiftEvolution: (1+z)^m, m = " << m;
+     910           2 :         ss << ", z = " << zmin << " - " << zmax << "\n";
+     911           2 :         description = ss.str();
+     912           2 : }
+     913             : 
+     914         200 : void SourceRedshiftEvolution::prepareCandidate(Candidate& candidate) const {
+     915         200 :         double x = Random::instance().randUniform(0, 1);
+     916             :         double norm, z;
+     917             : 
+     918             :         // special case: m=-1
+     919         200 :         if ((std::abs(m+1)) < std::numeric_limits<double>::epsilon()) {
+     920         100 :                 norm = log1p(zmax) - log1p(zmin);
+     921         100 :                 z = exp(norm*x) * (1+zmin) - 1;
+     922             :         } else {
+     923         100 :                 norm = ( pow(1+zmax, m+1) - pow(1+zmin, m+1) ) / (m+1);
+     924         100 :                 z = pow( norm*(m+1)*x + pow(1+zmin, m+1), 1./(m+1)) - 1;
+     925             :         }
+     926         200 :         candidate.setRedshift(z);
+     927         200 : }
+     928             : 
+     929             : // ----------------------------------------------------------------------------
+     930           1 : SourceRedshift1D::SourceRedshift1D() {
+     931           1 :         setDescription();
+     932           1 : }
+     933             : 
+     934           1 : void SourceRedshift1D::prepareCandidate(Candidate& candidate) const {
+     935           1 :         double d = candidate.source.getPosition().getR();
+     936           1 :         double z = comovingDistance2Redshift(d);
+     937           1 :         candidate.setRedshift(z);
+     938           1 : }
+     939             : 
+     940           1 : void SourceRedshift1D::setDescription() {
+     941           1 :         description = "SourceRedshift1D: Redshift according to source distance\n";
+     942           1 : }
+     943             : 
+     944             : // ----------------------------------------------------------------------------
+     945             : #ifdef CRPROPA_HAVE_MUPARSER
+     946           1 : SourceGenericComposition::SourceGenericComposition(double Emin, double Emax, std::string expression, size_t bins) :
+     947           2 :         Emin(Emin), Emax(Emax), expression(expression), bins(bins) {
+     948             : 
+     949             :         // precalculate energy bins
+     950           1 :         double logEmin = ::log10(Emin);
+     951           1 :         double logEmax = ::log10(Emax);
+     952           1 :         double logStep = (logEmax - logEmin) / bins;
+     953           1 :         energy.resize(bins + 1);
+     954        1026 :         for (size_t i = 0; i <= bins; i++) {
+     955        1025 :                 energy[i] = ::pow(10, logEmin + i * logStep);
+     956             :         }
+     957           1 :         setDescription();
+     958           1 : }
+     959             : 
+     960           2 : void SourceGenericComposition::add(int id, double weight) {
+     961           2 :         int A = massNumber(id);
+     962           2 :         int Z = chargeNumber(id);
+     963             : 
+     964             :         Nucleus n;
+     965           2 :         n.id = id;
+     966             : 
+     967             :         // calculate nuclei cdf
+     968           2 :         mu::Parser p;
+     969             :         double E;
+     970           2 :         p.DefineVar("E", &E);
+     971           2 :         p.DefineConst("Emin", Emin);
+     972           2 :         p.DefineConst("Emax", Emax);
+     973           2 :         p.DefineConst("bins", bins);
+     974           2 :         p.DefineConst("A", (double)A);
+     975           2 :         p.DefineConst("Z", (double)Z);
+     976             : 
+     977           2 :         p.DefineConst("MeV", MeV);
+     978           2 :         p.DefineConst("GeV", GeV);
+     979           2 :         p.DefineConst("TeV", TeV);
+     980           2 :         p.DefineConst("PeV", PeV);
+     981           2 :         p.DefineConst("EeV", EeV);
+     982             : 
+     983           2 :         p.SetExpr(expression);
+     984             : 
+     985             :         // calculate pdf
+     986           2 :         n.cdf.resize(bins + 1);
+     987             : 
+     988        2052 :         for (std::size_t i=0; i<=bins; ++i) {
+     989        2050 :                 E = energy[i];
+     990        2050 :                 n.cdf[i] = p.Eval();
+     991             :         }
+     992             : 
+     993             :         // integrate
+     994        2050 :         for (std::size_t i=bins; i>0; --i) {
+     995        2048 :                 n.cdf[i] = (n.cdf[i-1] + n.cdf[i]) * (energy[i] - energy[i-1]) / 2;
+     996             :         }
+     997           2 :         n.cdf[0] = 0;
+     998             : 
+     999             :         // cumulate
+    1000        2050 :         for (std::size_t i=1; i<=bins; ++i) {
+    1001        2048 :                 n.cdf[i] += n.cdf[i-1];
+    1002             :         }
+    1003             : 
+    1004           2 :         nuclei.push_back(n);
+    1005             : 
+    1006             :         // update composition cdf
+    1007           2 :         if (cdf.size() == 0)
+    1008           1 :                 cdf.push_back(weight * n.cdf.back());
+    1009             :         else
+    1010           1 :                 cdf.push_back(cdf.back() + weight * n.cdf.back());
+    1011           2 : }
+    1012             : 
+    1013           0 : void SourceGenericComposition::add(int A, int Z, double a) {
+    1014           0 :         add(nucleusId(A, Z), a);
+    1015           0 : }
+    1016             : 
+    1017      100000 : void SourceGenericComposition::prepareParticle(ParticleState& particle) const {
+    1018      100000 :         if (nuclei.size() == 0)
+    1019           0 :                 throw std::runtime_error("SourceComposition: No source isotope set");
+    1020             : 
+    1021      100000 :         Random &random = Random::instance();
+    1022             : 
+    1023             : 
+    1024             :         // draw random particle type
+    1025      100000 :         size_t iN = random.randBin(cdf);
+    1026             :         const Nucleus &n = nuclei.at(iN);
+    1027      100000 :         particle.setId(n.id);
+    1028             : 
+    1029             :         // random energy
+    1030      100000 :         double E = interpolate(random.rand() * n.cdf.back(), n.cdf, energy);
+    1031      100000 :         particle.setEnergy(E);
+    1032      100000 : }
+    1033             : 
+    1034           1 : void SourceGenericComposition::setDescription() {
+    1035           1 :         description = "Generice source composition" + expression;
+    1036           1 : }
+    1037             : 
+    1038             : #endif
+    1039             : 
+    1040             : // ----------------------------------------------------------------------------
+    1041             : 
+    1042           1 : SourceTag::SourceTag(std::string tag) {
+    1043           1 :         setTag(tag);
+    1044           1 : }
+    1045             : 
+    1046           1 : void SourceTag::prepareCandidate(Candidate &cand) const {
+    1047           1 :         cand.setTagOrigin(sourceTag);
+    1048           1 : }
+    1049             : 
+    1050           1 : void SourceTag::setDescription() {
+    1051           1 :         description = "SourceTag: " + sourceTag;
+    1052           1 : }
+    1053             : 
+    1054           1 : void SourceTag::setTag(std::string tag) {
+    1055           1 :         sourceTag = tag;
+    1056           1 :         setDescription();
+    1057           1 : }
+    1058             : 
+    1059             : // ----------------------------------------------------------------------------
+    1060             : 
+    1061           0 : SourceMassDistribution::SourceMassDistribution(ref_ptr<Density> density, double max, double x, double y, double z) : 
+    1062           0 :         density(density), maxDensity(max), xMin(-x), xMax(x), yMin(-y), yMax(y), zMin(-z), zMax(z) {}
+    1063             : 
+    1064           0 : void SourceMassDistribution::setMaximalDensity(double maxDensity) {
+    1065           0 :         if (maxDensity <= 0) {
+    1066           0 :                 KISS_LOG_WARNING << "SourceMassDistribution: maximal density must be larger than 0. Nothing changed.\n";
+    1067           0 :                 return;
+    1068             :         }
+    1069           0 :         this->maxDensity = maxDensity;
+    1070             : }
+    1071             : 
+    1072           0 : void SourceMassDistribution::setXrange(double xMin, double xMax) {
+    1073           0 :         if (xMin > xMax) {
+    1074           0 :                 KISS_LOG_WARNING << "SourceMassDistribution: minimal x-value must not exceed the maximal one\n";
+    1075           0 :                 return;
+    1076             :         }
+    1077           0 :         this -> xMin = xMin;
+    1078           0 :         this -> xMax = xMax;
+    1079             : }
+    1080             : 
+    1081           0 : void SourceMassDistribution::setYrange(double yMin, double yMax) {
+    1082           0 :         if (yMin > yMax) {
+    1083           0 :                 KISS_LOG_WARNING << "SourceMassDistribution: minimal y-value must not exceed the maximal one\n";
+    1084           0 :                 return;
+    1085             :         }
+    1086           0 :         this -> yMin = yMin;
+    1087           0 :         this -> yMax = yMax;
+    1088             : }
+    1089             : 
+    1090           0 : void SourceMassDistribution::setZrange(double zMin, double zMax) {
+    1091           0 :         if (zMin > zMax) {
+    1092           0 :                 KISS_LOG_WARNING << "SourceMassDistribution: minimal z-value must not exceed the maximal one\n";
+    1093           0 :                 return;
+    1094             :         }
+    1095           0 :         this -> zMin = zMin;
+    1096           0 :         this -> zMax = zMax;
+    1097             : }
+    1098             : 
+    1099           0 : Vector3d SourceMassDistribution::samplePosition() const {
+    1100             :         Vector3d pos; 
+    1101           0 :         Random &rand = Random::instance();
+    1102             : 
+    1103           0 :         for (int i = 0; i < maxTries; i++) {
+    1104           0 :                 pos.x = rand.randUniform(xMin, xMax);
+    1105           0 :                 pos.y = rand.randUniform(yMin, yMax);
+    1106           0 :                 pos.z = rand.randUniform(zMin, zMax);
+    1107             : 
+    1108           0 :                 double n_density = density->getDensity(pos) / maxDensity;
+    1109           0 :                 double n_test = rand.rand();
+    1110           0 :                 if (n_test < n_density) {
+    1111             :                         return pos;
+    1112             :                 }
+    1113             :         }
+    1114           0 :         KISS_LOG_WARNING << "SourceMassDistribution: sampling a position was not possible within " 
+    1115           0 :                 << maxTries << " tries. Please check the maximum density or increse the number of maximal tries. \n";
+    1116             :         return Vector3d(0.);
+    1117             : }       
+    1118             : 
+    1119           0 : void SourceMassDistribution::prepareParticle(ParticleState &state) const {
+    1120           0 :         Vector3d pos = samplePosition();
+    1121           0 :         state.setPosition(pos);
+    1122           0 : }
+    1123             : 
+    1124           0 : void SourceMassDistribution::setMaximalTries(int tries) {
+    1125           0 :         this -> maxTries = tries;
+    1126           0 : }
+    1127             : 
+    1128           0 : std::string SourceMassDistribution::getDescription() {
+    1129           0 :         std::stringstream ss;
+    1130           0 :         ss << "SourceMassDistribuion: following the density distribution :\n";
+    1131           0 :         ss << "\t" << density -> getDescription();
+    1132           0 :         ss << "with a maximal density of " << maxDensity << " / m^3 \n";
+    1133           0 :         ss << "using the sampling range: \n";
+    1134           0 :         ss << "\t x in [" << xMin / kpc << " ; " << xMax / kpc << "] kpc \n";
+    1135           0 :         ss << "\t y in [" << yMin / kpc << " ; " << yMax / kpc << "] kpc \n";
+    1136           0 :         ss << "\t z in [" << zMin / kpc << " ; " << zMax / kpc << "] kpc \n";
+    1137           0 :         ss << "with maximal number of tries for sampling of " << maxTries << "\n";
+    1138             : 
+    1139           0 :         return ss.str();
+    1140           0 : }
+    1141             : 
+    1142             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Variant.cpp.func-sort-c.html b/doc/coverageReport/src/Variant.cpp.func-sort-c.html new file mode 100644 index 000000000..3bcf5eae5 --- /dev/null +++ b/doc/coverageReport/src/Variant.cpp.func-sort-c.html @@ -0,0 +1,264 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Variant.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Variant.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:7151913.7 %
Date:2024-04-08 14:58:22Functions:184837.5 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZN7crpropa7VariantD2Ev4610
_ZN7crpropa7Variant5clearENS0_4TypeE5785
_ZN7crpropa7Variant5checkENS0_4TypeE5793
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Variant.cpp.func.html b/doc/coverageReport/src/Variant.cpp.func.html new file mode 100644 index 000000000..878d842c0 --- /dev/null +++ b/doc/coverageReport/src/Variant.cpp.func.html @@ -0,0 +1,264 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Variant.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Variant.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:7151913.7 %
Date:2024-04-08 14:58:22Functions:184837.5 %
+
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Function Name Sort by function nameHit count Sort by hit count
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_ZN7crpropa7Variant11getTypeNameENS0_4TypeE0
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+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/Variant.cpp.gcov.html b/doc/coverageReport/src/Variant.cpp.gcov.html new file mode 100644 index 000000000..b1925926a --- /dev/null +++ b/doc/coverageReport/src/Variant.cpp.gcov.html @@ -0,0 +1,1200 @@ + + + + + + + LCOV - coverage.info.cleaned - src/Variant.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - Variant.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:7151913.7 %
Date:2024-04-08 14:58:22Functions:184837.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : //-------------------------------------------------------------
+       2             : // Based on Variant.cc in the Physics eXtension Library (PXL) -
+       3             : // http://vispa.physik.rwth-aachen.de/                        -
+       4             : // Licensed under a LGPL-2 or later license                   -
+       5             : //-------------------------------------------------------------
+       6             : 
+       7             : #include "crpropa/Variant.h"
+       8             : 
+       9             : 
+      10             : namespace crpropa {
+      11             : 
+      12             : 
+      13        1147 : Variant::Variant() : type(TYPE_NONE) {
+      14        1147 : }
+      15             : 
+      16           0 : Variant::Variant(Type t) : type(TYPE_NONE) {
+      17           0 :         check(t);
+      18           0 : }
+      19             : 
+      20        2306 : Variant::Variant(const Variant& v) : type(TYPE_NONE) {
+      21        2306 :         copy(v);
+      22        2306 : }
+      23             : 
+      24           3 : Variant::Variant(const char* s) {
+      25           3 :         data._t_string = new std::string(s);
+      26           3 :         type = TYPE_STRING;
+      27           3 : }
+      28             : 
+      29        4610 : Variant::~Variant() {
+      30        4610 :         clear();
+      31        4610 : }
+      32             : 
+      33           0 : const char* Variant::getTypeName() const {
+      34           0 :         return getTypeName(type);
+      35             : }
+      36             : 
+      37           0 : const char* Variant::getTypeName(Type t) {
+      38             :         if (t == TYPE_NONE)
+      39             :                 return "none";
+      40             :         else if (t == TYPE_BOOL)
+      41           0 :                 return "bool";
+      42             :         else if (t == TYPE_CHAR)
+      43           0 :                 return "char";
+      44             :         else if (t == TYPE_UCHAR)
+      45           0 :                 return "uchar";
+      46             :         else if (t == TYPE_INT16)
+      47           0 :                 return "int16";
+      48             :         else if (t == TYPE_UINT16)
+      49           0 :                 return "uint16";
+      50             :         else if (t == TYPE_INT32)
+      51           0 :                 return "int32";
+      52             :         else if (t == TYPE_UINT32)
+      53           0 :                 return "uint32";
+      54             :         else if (t == TYPE_INT64)
+      55           0 :                 return "int64";
+      56             :         else if (t == TYPE_UINT64)
+      57           0 :                 return "uint64";
+      58             :         else if (t == TYPE_FLOAT)
+      59           0 :                 return "float";
+      60             :         else if (t == TYPE_DOUBLE)
+      61           0 :                 return "double";
+      62             :         else if (t == TYPE_LONGDOUBLE)
+      63           0 :                 return "ldouble";
+      64             :         else if (t == TYPE_COMPLEXF)
+      65           0 :                 return "complex_f";
+      66             :         else if (t == TYPE_COMPLEXD)
+      67           0 :                 return "complex_d";
+      68             :         else if (t == TYPE_STRING)
+      69           0 :                 return "string";
+      70             :         else if (t == TYPE_VECTOR3F)
+      71           0 :                 return "Vector3f";
+      72             :         else if (t == TYPE_VECTOR3D)
+      73           0 :                 return "Vector3d";
+      74             :         else if (t == TYPE_VECTOR3C)
+      75           0 :                 return "Vector3c";
+      76             :         else if (t == TYPE_VECTOR)
+      77           0 :                 return "vector";
+      78             :         else
+      79           0 :                 return "unknown";
+      80             : }
+      81             : 
+      82          60 : const std::type_info& Variant::getTypeInfo() const {
+      83          60 :         if (type == TYPE_BOOL) {
+      84             :                 const std::type_info& ti = typeid(data._t_bool);
+      85             :                 return ti;
+      86             :         } else if (type == TYPE_CHAR) {
+      87             :                 const std::type_info& ti = typeid(data._t_char);
+      88             :                 return ti;
+      89             :         } else if (type == TYPE_UCHAR) {
+      90             :                 const std::type_info& ti = typeid(data._t_uchar);
+      91           0 :                 return ti;
+      92             :         } else if (type == TYPE_INT16) {
+      93             :                 const std::type_info& ti = typeid(data._t_int16);
+      94           0 :                 return ti;
+      95             :         } else if (type == TYPE_UINT16) {
+      96             :                 const std::type_info& ti = typeid(data._t_uint16);
+      97           0 :                 return ti;
+      98             :         } else if (type == TYPE_INT32) {
+      99             :                 const std::type_info& ti = typeid(data._t_int32);
+     100          12 :                 return ti;
+     101             :         } else if (type == TYPE_UINT32) {
+     102             :                 const std::type_info& ti = typeid(data._t_uint32);
+     103           0 :                 return ti;
+     104             :         } else if (type == TYPE_INT64) {
+     105             :                 const std::type_info& ti = typeid(data._t_int64);
+     106           0 :                 return ti;
+     107             :         } else if (type == TYPE_UINT64) {
+     108             :                 const std::type_info& ti = typeid(data._t_uint64);
+     109           0 :                 return ti;
+     110             :         } else if (type == TYPE_FLOAT) {
+     111             :                 const std::type_info& ti = typeid(data._t_float);
+     112           0 :                 return ti;
+     113             :         } else if (type == TYPE_DOUBLE) {
+     114             :                 const std::type_info& ti = typeid(data._t_double);
+     115          22 :                 return ti;
+     116             :         } else if (type == TYPE_LONGDOUBLE)     {
+     117             :                 const std::type_info& ti = typeid(data._t_ldouble);
+     118           0 :                 return ti;
+     119             :         } else if (type == TYPE_STRING) {
+     120             :                 const std::type_info& ti = typeid(*data._t_string);
+     121          24 :                 return ti;
+     122             :         } else if (type == TYPE_COMPLEXF) { // pointer needed?
+     123             :                 const std::type_info& ti = typeid(*data._t_complex_f);
+     124           0 :                 return ti;
+     125             :         } else if (type == TYPE_COMPLEXD) {
+     126             :                 const std::type_info& ti = typeid(*data._t_complex_d);
+     127           0 :                 return ti;
+     128             :         } else if (type == TYPE_VECTOR3D) {
+     129             :                 const std::type_info& ti = typeid(data._t_vector3d);
+     130           0 :                 return ti;
+     131             :         } else if (type == TYPE_VECTOR3F) {
+     132             :                 const std::type_info& ti = typeid(data._t_vector3f);
+     133           0 :                 return ti;
+     134             :         } else if (type == TYPE_VECTOR) {
+     135             :                 const std::type_info& ti = typeid(*data._t_vector);
+     136           0 :                 return ti;
+     137             :         } else {
+     138             :                 const std::type_info& ti = typeid(0);
+     139           0 :                 return ti;
+     140             :         }
+     141             : }
+     142             : 
+     143           0 : Variant::Type Variant::toType(const std::string& name) {
+     144           0 :         if (name == "none")
+     145             :                 return TYPE_NONE;
+     146           0 :         else if (name == "bool")
+     147             :                 return TYPE_BOOL;
+     148           0 :         else if (name == "char") 
+     149             :                 return TYPE_CHAR;
+     150           0 :         else if (name == "uchar")
+     151             :                 return TYPE_UCHAR;
+     152           0 :         else if (name == "int16")
+     153             :                 return TYPE_INT16;
+     154           0 :         else if (name == "uint16")
+     155             :                 return TYPE_UINT16;
+     156           0 :         else if (name == "int32")
+     157             :                 return TYPE_INT32;
+     158           0 :         else if (name == "uint32")
+     159             :                 return TYPE_UINT32;
+     160           0 :         else if (name == "int64")
+     161             :                 return TYPE_INT64;
+     162           0 :         else if (name == "uint64")
+     163             :                 return TYPE_UINT64;
+     164           0 :         else if (name == "float")
+     165             :                 return TYPE_FLOAT;
+     166           0 :         else if (name == "double")
+     167             :                 return TYPE_DOUBLE;
+     168           0 :         else if (name == "long double")
+     169             :                 return TYPE_LONGDOUBLE;
+     170           0 :         else if (name == "complex_f")
+     171             :                 return TYPE_COMPLEXF;
+     172           0 :         else if (name == "complex_d")
+     173             :                 return TYPE_COMPLEXD;
+     174           0 :          else if (name == "string")
+     175             :                 return TYPE_STRING;
+     176           0 :         else if (name == "Vector3f")
+     177             :                 return TYPE_VECTOR3F;
+     178           0 :         else if (name == "Vector3d")
+     179             :                 return TYPE_VECTOR3D;
+     180           0 :         else if (name == "Vector3c")
+     181             :                 return TYPE_VECTOR3C;
+     182           0 :         else if (name == "vector")
+     183             :                 return TYPE_VECTOR;
+     184             :         else
+     185           0 :                 return TYPE_NONE;
+     186             : }
+     187             : 
+     188           2 : bool Variant::toBool() const {
+     189           2 :         switch (type) {
+     190           2 :                 case TYPE_BOOL:
+     191           2 :                         return data._t_bool;
+     192             :                         break;
+     193           0 :                 case TYPE_CHAR:
+     194           0 :                         return data._t_char != 0;
+     195             :                         break;
+     196           0 :                 case TYPE_UCHAR:
+     197           0 :                         return data._t_uchar != 0;
+     198             :                         break;
+     199           0 :                 case TYPE_INT16:
+     200           0 :                         return data._t_int16 != 0;
+     201             :                         break;
+     202           0 :                 case TYPE_UINT16:
+     203           0 :                         return data._t_uint16 != 0;
+     204             :                         break;
+     205           0 :                 case TYPE_INT32:
+     206           0 :                         return data._t_int32 != 0;
+     207             :                         break;
+     208           0 :                 case TYPE_UINT32:
+     209           0 :                         return data._t_uint32 != 0;
+     210             :                         break;
+     211           0 :                 case TYPE_INT64:
+     212           0 :                         return data._t_int64 != 0;
+     213             :                         break;
+     214           0 :                 case TYPE_UINT64:
+     215           0 :                         return data._t_uint64 != 0;
+     216             :                         break;
+     217           0 :                 case TYPE_STRING: {
+     218           0 :                                 std::string upperstr(*data._t_string);
+     219             :                                 std::transform(upperstr.begin(), upperstr.end(), upperstr.begin(), (int(*) (int)) toupper);
+     220           0 :                                 if (upperstr == "YES" || upperstr == "TRUE" || upperstr == "1")
+     221           0 :                                         return true;
+     222           0 :                                 else if (upperstr == "NO" || upperstr == "FALSE" || upperstr == "0")
+     223           0 :                                         return false;
+     224             :                                 else
+     225           0 :                                         throw bad_conversion(type, TYPE_BOOL);
+     226             :                         }
+     227             :                         break;
+     228           0 :                 case TYPE_COMPLEXF: {
+     229           0 :                                 if (data._t_complex_f->real() == 0 && data._t_complex_f->imag() == 0)
+     230           0 :                                         return true;
+     231             :                                 else
+     232             :                                         return false;
+     233             :                         }
+     234             :                         break;
+     235           0 :                 case TYPE_COMPLEXD: {
+     236           0 :                                 if (data._t_complex_d->real() == 0 && data._t_complex_d->imag() == 0)
+     237           0 :                                         return true;
+     238             :                                 else
+     239             :                                         return false;
+     240             :                         }
+     241             :                         break;
+     242           0 :                 case TYPE_VECTOR:
+     243           0 :                         return data._t_vector->size() != 0;
+     244             :                         break;
+     245           0 :                 case TYPE_FLOAT:
+     246             :                 case TYPE_DOUBLE:
+     247             :                 case TYPE_LONGDOUBLE:
+     248             :                 default:
+     249           0 :                         throw bad_conversion(type, TYPE_BOOL);
+     250             :                         break;
+     251             :         }
+     252             : 
+     253             :         return false;
+     254             : }
+     255             : 
+     256           0 : float Variant::toFloat() const {
+     257           0 :         switch (type) {
+     258           0 :                 case TYPE_BOOL:
+     259           0 :                         return data._t_bool ? (float) 1.0 : (float) 0.0; 
+     260             :                         break;
+     261           0 :                 case TYPE_CHAR:
+     262           0 :                         return static_cast<float>(data._t_char);
+     263             :                         break;
+     264           0 :                 case TYPE_UCHAR:
+     265           0 :                         return static_cast<float>(data._t_uchar);
+     266             :                         break;
+     267           0 :                 case TYPE_INT16:
+     268           0 :                         return static_cast<float>(data._t_int16);
+     269             :                         break;
+     270           0 :                 case TYPE_INT32:
+     271           0 :                         return static_cast<float>(data._t_int32);
+     272             :                         break;
+     273           0 :                 case TYPE_INT64:
+     274           0 :                         return static_cast<float>(data._t_int64);
+     275             :                         break;
+     276           0 :                 case TYPE_UINT16:
+     277           0 :                         return static_cast<float>(data._t_uint16);
+     278             :                         break;
+     279           0 :                 case TYPE_UINT32:
+     280           0 :                         return static_cast<float>(data._t_uint32);
+     281             :                         break;
+     282           0 :                 case TYPE_UINT64:
+     283           0 :                         return static_cast<float>(data._t_uint64);
+     284             :                         break;
+     285           0 :                 case TYPE_FLOAT:
+     286           0 :                         return static_cast<float>(data._t_float);
+     287             :                         break;
+     288           0 :                 case TYPE_DOUBLE:
+     289           0 :                         return static_cast<float>(data._t_double);
+     290             :                         break;
+     291           0 :                 case TYPE_LONGDOUBLE:
+     292           0 :                         return static_cast<float>(data._t_ldouble);
+     293             :                         break;
+     294           0 :                 case TYPE_STRING:
+     295           0 :                         return static_cast<float>(std::atof(data._t_string->c_str()));
+     296             :                         break;
+     297           0 :                 case TYPE_COMPLEXF: {
+     298           0 :                                 if (data._t_complex_f->imag() == 0)
+     299           0 :                                         return static_cast<float>(data._t_complex_f->real());
+     300             :                                 else
+     301           0 :                                         throw bad_conversion(type, TYPE_COMPLEXF);
+     302             :                         }
+     303             :                         break;
+     304           0 :                 case TYPE_COMPLEXD: {
+     305           0 :                                 if (data._t_complex_d->imag() == 0)
+     306           0 :                                         return static_cast<float>(data._t_complex_d->real());
+     307             :                                 else
+     308           0 :                                         throw bad_conversion(type, TYPE_COMPLEXD);
+     309             :                         }
+     310             :                         break;
+     311           0 :                 default:
+     312           0 :                         throw bad_conversion(type, TYPE_FLOAT);
+     313             :                         break;
+     314             :         }
+     315             : 
+     316             :         return 0.;
+     317             : }
+     318             : 
+     319           6 : double Variant::toDouble() const {
+     320           6 :         switch (type) {
+     321           0 :                 case TYPE_BOOL:
+     322           0 :                         return data._t_bool ? (double) 1.0 : (double) 0.0; 
+     323             :                         break;
+     324           0 :                 case TYPE_CHAR:
+     325           0 :                         return static_cast<double>(data._t_char);
+     326             :                         break;
+     327           0 :                 case TYPE_UCHAR:
+     328           0 :                         return static_cast<double>(data._t_uchar);
+     329             :                         break;
+     330           0 :                 case TYPE_INT16:
+     331           0 :                         return static_cast<double>(data._t_int16);
+     332             :                         break;
+     333           0 :                 case TYPE_INT32:
+     334           0 :                         return static_cast<double>(data._t_int32);
+     335             :                         break;
+     336           0 :                 case TYPE_INT64:
+     337           0 :                         return static_cast<double>(data._t_int64);
+     338             :                         break;
+     339           0 :                 case TYPE_UINT16:
+     340           0 :                         return static_cast<double>(data._t_uint16);
+     341             :                         break;
+     342           0 :                 case TYPE_UINT32:
+     343           0 :                         return static_cast<double>(data._t_uint32);
+     344             :                         break;
+     345           0 :                 case TYPE_UINT64:
+     346           0 :                         return static_cast<double>(data._t_uint64);
+     347             :                         break;
+     348           0 :                 case TYPE_FLOAT:
+     349           0 :                         return static_cast<double>(data._t_float);
+     350             :                         break;
+     351           6 :                 case TYPE_DOUBLE:
+     352           6 :                         return static_cast<double>(data._t_double);
+     353             :                         break;
+     354           0 :                 case TYPE_LONGDOUBLE:
+     355           0 :                         return static_cast<double>(data._t_ldouble);
+     356             :                         break;
+     357           0 :                 case TYPE_COMPLEXF: {
+     358           0 :                                 if (data._t_complex_f->imag() == 0)
+     359           0 :                                         return static_cast<double>(data._t_complex_f->real());
+     360             :                                 else
+     361           0 :                                         throw bad_conversion(type, TYPE_COMPLEXF);
+     362             :                         }
+     363             :                         break;
+     364           0 :                 case TYPE_COMPLEXD: {
+     365           0 :                                 if (data._t_complex_d->imag() == 0)
+     366           0 :                                         return static_cast<double>(data._t_complex_d->real());
+     367             :                                 else
+     368           0 :                                         throw bad_conversion(type, TYPE_COMPLEXD);
+     369             :                         }
+     370             :                         break;
+     371           0 :                 case TYPE_STRING:
+     372           0 :                         return static_cast<double>(std::atof(data._t_string->c_str()));
+     373             :                         break;
+     374           0 :                 default:
+     375           0 :                         throw bad_conversion(type, TYPE_DOUBLE);
+     376             :                         break;
+     377             :         }
+     378             : 
+     379             :         return 0.;
+     380             : }
+     381             : 
+     382           0 : long double Variant::toLongDouble() const {
+     383           0 :         switch (type) {
+     384           0 :                 case TYPE_BOOL:
+     385           0 :                         return data._t_bool ? (long double) 1.0 : (long double) 0.0; 
+     386             :                         break;
+     387           0 :                 case TYPE_CHAR:
+     388           0 :                         return static_cast<long double>(data._t_char);
+     389             :                         break;
+     390           0 :                 case TYPE_UCHAR:
+     391           0 :                         return static_cast<long double>(data._t_uchar);
+     392             :                         break;
+     393           0 :                 case TYPE_INT16:
+     394           0 :                         return static_cast<long double>(data._t_int16);
+     395             :                         break;
+     396           0 :                 case TYPE_INT32:
+     397           0 :                         return static_cast<long double>(data._t_int32);
+     398             :                         break;
+     399           0 :                 case TYPE_INT64:
+     400           0 :                         return static_cast<long double>(data._t_int64);
+     401             :                         break;
+     402           0 :                 case TYPE_UINT16:
+     403           0 :                         return static_cast<long double>(data._t_uint16);
+     404             :                         break;
+     405           0 :                 case TYPE_UINT32:
+     406           0 :                         return static_cast<long double>(data._t_uint32);
+     407             :                         break;
+     408           0 :                 case TYPE_UINT64:
+     409           0 :                         return static_cast<long double>(data._t_uint64);
+     410             :                         break;
+     411           0 :                 case TYPE_FLOAT:
+     412           0 :                         return static_cast<long double>(data._t_float);
+     413             :                         break;
+     414           0 :                 case TYPE_DOUBLE:
+     415           0 :                         return static_cast<long double>(data._t_double);
+     416             :                         break;
+     417           0 :                 case TYPE_LONGDOUBLE:
+     418           0 :                         return static_cast<long double>(data._t_ldouble);
+     419             :                         break;
+     420           0 :                 case TYPE_COMPLEXF: {
+     421           0 :                                 if (data._t_complex_f->imag() == 0)
+     422           0 :                                         return static_cast<long double>(data._t_complex_f->real());
+     423             :                                 else
+     424           0 :                                         throw bad_conversion(type, TYPE_COMPLEXF);
+     425             :                         }
+     426             :                         break;
+     427           0 :                 case TYPE_COMPLEXD: {
+     428           0 :                                 if (data._t_complex_d->imag() == 0)
+     429           0 :                                         return static_cast<long double>(data._t_complex_d->real());
+     430             :                                 else
+     431           0 :                                         throw bad_conversion(type, TYPE_COMPLEXD);
+     432             :                         }
+     433             :                         break;
+     434           0 :                 case TYPE_STRING:
+     435           0 :                         return static_cast<double>(std::atof(data._t_string->c_str()));
+     436             :                         break;
+     437           0 :                 default:
+     438           0 :                         throw bad_conversion(type, TYPE_LONGDOUBLE);
+     439             :                         break;
+     440             :         }
+     441             : 
+     442             :         return 0.;
+     443             : }
+     444             : 
+     445           0 : std::complex<float> Variant::toComplexFloat() const {
+     446           0 :         switch (type) {
+     447           0 :                 case TYPE_COMPLEXF:
+     448           0 :                         return static_cast<std::complex<float>>(*data._t_complex_f);
+     449             :                         break;
+     450           0 :                 case TYPE_COMPLEXD:
+     451           0 :                         return static_cast<std::complex<float>>(*data._t_complex_d);
+     452             :                         break;
+     453           0 :                 default:
+     454           0 :                         throw bad_conversion(type, TYPE_COMPLEXF);
+     455             :                         break;
+     456             :         }
+     457             : }  
+     458             : 
+     459           0 : std::complex<double> Variant::toComplexDouble() const {
+     460           0 :         switch (type) {
+     461           0 :                 case TYPE_COMPLEXF:
+     462           0 :                         return static_cast<std::complex<double>>(*data._t_complex_f);
+     463             :                         break;
+     464           0 :                 case TYPE_COMPLEXD:
+     465           0 :                         return static_cast<std::complex<double>>(*data._t_complex_d);
+     466             :                         break;
+     467           0 :                 default:
+     468           0 :                         throw bad_conversion(type, TYPE_COMPLEXD);
+     469             :                         break;
+     470             :         }
+     471             : }  
+     472             : 
+     473           0 : Vector3f Variant::toVector3f() const {
+     474           0 :         switch (type) {
+     475           0 :                 case TYPE_VECTOR3F:
+     476           0 :                         return static_cast<Vector3f>(*data._t_vector3f);
+     477             :                         break;
+     478           0 :                 case TYPE_VECTOR3D:
+     479           0 :                         return static_cast<Vector3f>(*data._t_vector3d);
+     480             :                         break;
+     481           0 :                 default:
+     482           0 :                         throw bad_conversion(type, TYPE_VECTOR3F);
+     483             :                         break;
+     484             :         }
+     485             : }
+     486             : 
+     487           0 : Vector3d Variant::toVector3d() const {
+     488           0 :         switch (type) {
+     489           0 :                 case TYPE_VECTOR3F:
+     490           0 :                         return static_cast<Vector3d>(*data._t_vector3f);
+     491             :                         break;
+     492           0 :                 case TYPE_VECTOR3D:
+     493           0 :                         return static_cast<Vector3d>(*data._t_vector3d);
+     494             :                         break;
+     495           0 :                 default:
+     496           0 :                         throw bad_conversion(type, TYPE_VECTOR3D);
+     497             :                         break;
+     498             :         }
+     499             : }
+     500             : 
+     501           0 : Vector3<std::complex<double>> Variant::toVector3c() const {
+     502           0 :         switch (type) {
+     503           0 :                 case TYPE_VECTOR3C:
+     504           0 :                         return static_cast<Vector3c>(*data._t_vector3c);
+     505             :                         break;
+     506           0 :                 default:
+     507           0 :                         throw bad_conversion(type, TYPE_VECTOR3C);
+     508             :                         break;
+     509             :         }
+     510             : }
+     511             : 
+     512           6 : std::string Variant::toString(const std::string& delimiter) const {
+     513           6 :         if (type == TYPE_STRING)
+     514           3 :                 return *data._t_string;
+     515             : 
+     516           3 :         std::stringstream ss;
+     517             : 
+     518           3 :         if (type == TYPE_BOOL) {
+     519           0 :                 ss << data._t_bool;
+     520             :         } else if (type == TYPE_CHAR) {
+     521           0 :                 ss << data._t_char;
+     522             :         } else if (type == TYPE_UCHAR) {
+     523           0 :                 ss << data._t_uchar;
+     524             :         } else if (type == TYPE_INT16) {
+     525           0 :                 ss << data._t_int16;
+     526             :         } else if (type == TYPE_UINT16) {
+     527           0 :                 ss << data._t_uint16;
+     528             :         } else if (type == TYPE_INT32) {
+     529           1 :                 ss << data._t_int32;
+     530             :         } else if (type == TYPE_UINT32) {
+     531           0 :                 ss << data._t_uint32;
+     532             :         } else if (type == TYPE_INT64) {
+     533           1 :                 ss << data._t_int64;
+     534             :         } else if (type == TYPE_UINT64) {
+     535           0 :                 ss << data._t_uint64;
+     536             :         } else if (type == TYPE_FLOAT) {
+     537           0 :                 ss << std::scientific << data._t_float;
+     538             :         } else if (type == TYPE_DOUBLE) {
+     539           1 :                 ss << std::scientific << data._t_double;
+     540             :         } else if (type == TYPE_LONGDOUBLE) {
+     541           0 :                 ss << std::scientific << data._t_ldouble;
+     542             :         } else if (type == TYPE_COMPLEXF) {
+     543           0 :                 ss << std::scientific << data._t_complex_f->real() << delimiter; 
+     544           0 :                 ss << std::scientific << data._t_complex_f->imag();
+     545             :         } else if (type == TYPE_COMPLEXD) {
+     546           0 :                 ss << std::scientific << data._t_complex_d->real() << delimiter; 
+     547           0 :                 ss << std::scientific << data._t_complex_d->imag();
+     548             :         } else if (type == TYPE_VECTOR3F) {
+     549           0 :                 ss << *data._t_vector3f;
+     550             :         } else if (type == TYPE_VECTOR3D) {
+     551           0 :                 ss << *data._t_vector3d;
+     552             :         } else if (type == TYPE_VECTOR) {
+     553           0 :                 ss << *data._t_vector;
+     554             :         }
+     555             : 
+     556             :         return ss.str();
+     557           3 : }
+     558             : 
+     559           0 : Variant::vector_t Variant::toVector() const {
+     560           0 :         if (type == TYPE_VECTOR)
+     561           0 :                 return *data._t_vector;
+     562             :         else
+     563           0 :                 throw bad_conversion(type, TYPE_VECTOR);
+     564             : }
+     565             : 
+     566           2 : Variant Variant::fromString(const std::string& s, Type t) {
+     567           2 :         std::stringstream ss(s);
+     568             : 
+     569             :         if (t == TYPE_BOOL) {
+     570             :                 std::string upperstr(s);
+     571             :                 std::transform(upperstr.begin(), upperstr.end(), upperstr.begin(), (int (*)(int)) toupper);
+     572           0 :                 if (upperstr == "YES" || upperstr == "TRUE" || upperstr == "1") 
+     573             :                         return Variant(true);
+     574           0 :                 else if (upperstr == "NO" || upperstr == "FALSE" || upperstr == "0")
+     575             :                         return Variant(false);
+     576           0 :                 throw bad_conversion(t, TYPE_BOOL);
+     577             :         } else if (t == TYPE_CHAR) {
+     578             :                 char c;
+     579           0 :                 ss >> c;
+     580             :                 return Variant(c);
+     581             :         } else if (t == TYPE_UCHAR) {
+     582             :                 unsigned char c;
+     583             :                 ss >> c;
+     584             :                 return Variant(c);
+     585             :         } else if (t == TYPE_INT16) {
+     586             :                 int16_t c;
+     587           0 :                 ss >> c;
+     588             :                 return Variant(c);
+     589             :         } else if (t == TYPE_INT32) {
+     590             :                 int32_t c;
+     591           1 :                 ss >> c;
+     592             :                 return Variant(c);
+     593             :         } else if (t == TYPE_INT64) {
+     594             :                 int64_t c;
+     595             :                 ss >> c;
+     596             :                 return Variant(c);
+     597             :         } else if (t == TYPE_UINT16) {
+     598             :                 uint16_t c;
+     599             :                 ss >> c;
+     600             :                 return Variant(c);
+     601             :         } else if (t == TYPE_UINT32) {
+     602             :                 uint32_t c;
+     603             :                 ss >> c;
+     604             :                 return Variant(c);
+     605             :         } else if (t == TYPE_UINT64) {
+     606             :                 uint64_t c;
+     607             :                 ss >> c;
+     608             :                 return Variant(c);
+     609             :         } else if (t == TYPE_FLOAT) {
+     610             :                 float c;
+     611             :                 ss >> c;
+     612             :                 return Variant(c);
+     613             :         } else if (t == TYPE_DOUBLE) {
+     614             :                 double c;
+     615             :                 ss >> c;
+     616             :                 return Variant(c);
+     617             :         } else if (t == TYPE_LONGDOUBLE) {
+     618             :                 long double c;
+     619             :                 ss >> c;
+     620             :                 return Variant(c);
+     621             :         } else if (t == TYPE_STRING) {
+     622           0 :                 return Variant(s);
+     623             :         } else if (t == TYPE_COMPLEXF) {
+     624             :                 float _vr, _vi;
+     625             :                 ss >> _vr >> _vi;
+     626           0 :                 complex_f v(_vr, _vi);
+     627             :                 return Variant(v);
+     628             :         } else if (t == TYPE_COMPLEXD) {
+     629             :                 double _vr, _vi;
+     630             :                 ss >> _vr >> _vi;
+     631           0 :                 complex_d v(_vr, _vi);
+     632             :                 return Variant(v);
+     633             :         } else if (t == TYPE_VECTOR3F) {
+     634             :                 Vector3f v;
+     635             :                 float _val;
+     636             :                 ss >> _val;
+     637           0 :                 v.setX(_val);
+     638             :                 ss >> _val;
+     639           0 :                 v.setY(_val);
+     640             :                 ss >> _val;
+     641           0 :                 v.setZ(_val);
+     642             :                 return Variant(v);
+     643             :         } else if (t == TYPE_VECTOR3D) {
+     644             :                 Vector3d v;
+     645             :                 double _val;
+     646             :                 ss >> _val;
+     647           0 :                 v.setX(_val);
+     648             :                 ss >> _val;
+     649           0 :                 v.setY(_val);
+     650             :                 ss >> _val;
+     651           0 :                 v.setZ(_val);
+     652             :                 return Variant(v);
+     653             :         } else if (t == TYPE_VECTOR3C) {
+     654             :                 Vector3c v;
+     655           0 :                 std::complex<double> _val;
+     656           0 :                 ss >> _val;
+     657             :                 v.setX(_val);
+     658           0 :                 ss >> _val;
+     659             :                 v.setY(_val);
+     660           0 :                 ss >> _val;
+     661             :                 v.setZ(_val);
+     662             :                 return Variant(v);
+     663             :         } else if (t == TYPE_VECTOR) {
+     664             :                 // std::regex useless("(|)|[|]| ");
+     665             :                 vector_t v;
+     666           0 :                 while (ss.good()) {
+     667             :                         std::string s;
+     668           0 :                         v.push_back(s);
+     669             :                 }
+     670           0 :         } else {
+     671             :                 std::string msg; 
+     672             :                 msg += "fromString not implemented for type ";
+     673           0 :         msg += getTypeName(t);
+     674           0 :         throw std::runtime_error("Variant: " + msg);
+     675             :         }
+     676           2 : }
+     677             : 
+     678        5785 : void Variant::clear(Type t) {
+     679             :         if (t == TYPE_STRING)
+     680           0 :                 safeDelete(data._t_string);
+     681             :         else if (t == TYPE_VECTOR3F)
+     682             :                 safeDelete(data._t_vector3f);
+     683             :         else if (t == TYPE_VECTOR3D)
+     684             :                 safeDelete(data._t_vector3d);
+     685             :         else if (t == TYPE_VECTOR3C)
+     686             :                 safeDelete(data._t_vector3c);
+     687             :         else if (t == TYPE_COMPLEXF)
+     688             :                 safeDelete(data._t_complex_f);
+     689             :         else if (t == TYPE_COMPLEXD)
+     690             :                 safeDelete(data._t_complex_d);
+     691             :         else if (t == TYPE_VECTOR)
+     692           0 :                 safeDelete(data._t_vector);
+     693             : 
+     694             :         // set the type to TYPE_NONE which will be used for checks
+     695        5785 :     type = TYPE_NONE;
+     696        5785 :     check(t);
+     697        5785 : }
+     698             : 
+     699        3459 : void Variant::copy(const Variant& v) {
+     700        3459 :         Type t = v.type;
+     701             : 
+     702        3459 :         if (t == TYPE_BOOL) 
+     703             :                 operator = (v.data._t_bool);
+     704             :         else if (t == TYPE_CHAR)
+     705             :                 operator = (v.data._t_char);
+     706             :         else if (t == TYPE_UCHAR)
+     707             :                 operator = (v.data._t_uchar);
+     708             :         else if (t == TYPE_INT16)
+     709             :                 operator = (v.data._t_int16);
+     710             :         else if (t == TYPE_UINT16)
+     711             :                 operator = (v.data._t_uint16);
+     712             :         else if (t == TYPE_INT32)
+     713             :                 operator = (v.data._t_int32);
+     714             :         else if (t == TYPE_UINT32)
+     715             :                 operator = (v.data._t_uint32);
+     716             :         else if (t == TYPE_INT64)
+     717             :                 operator = (v.data._t_int64);
+     718             :         else if (t == TYPE_UINT64)
+     719             :                 operator = (v.data._t_uint64);
+     720             :         else if (t == TYPE_FLOAT)
+     721             :                 operator = (v.data._t_float);
+     722             :         else if (t == TYPE_DOUBLE)
+     723             :                 operator = (v.data._t_double);
+     724             :         else if (t == TYPE_LONGDOUBLE)
+     725             :                 operator = (v.data._t_ldouble);
+     726             :         else if (t == TYPE_STRING)
+     727        1136 :                 operator = (*v.data._t_string);
+     728             :         else if (t == TYPE_COMPLEXF)
+     729           0 :                 operator = (*v.data._t_complex_f);
+     730             :         else if (t == TYPE_COMPLEXD)
+     731           0 :                 operator = (*v.data._t_complex_d);
+     732             :         else if (t == TYPE_VECTOR3F)
+     733           0 :                 operator = (*v.data._t_vector3f);
+     734             :         else if (t == TYPE_VECTOR3D)
+     735           0 :                 operator = (*v.data._t_vector3d);
+     736             :         else if (t == TYPE_VECTOR3C)
+     737           0 :                 operator = (*v.data._t_vector3c);
+     738             :         else if (t == TYPE_VECTOR)
+     739           0 :                 operator = (*v.data._t_vector);
+     740             :         else
+     741        2279 :                 type = TYPE_NONE;
+     742        3459 : }
+     743             : 
+     744           2 : void Variant::check(const Type t) const {
+     745           2 :         if (type != t) {
+     746           0 :                 throw bad_conversion(type, t);
+     747             :         }
+     748           2 : }
+     749             : 
+     750        5793 : void Variant::check(const Type t) {
+     751        5793 :         if (type == TYPE_NONE) {
+     752        5785 :                 memset(&data, 0, sizeof(data));
+     753        5785 :                 if (t == TYPE_VECTOR3F)
+     754           0 :                         data._t_vector3f = new Vector3f(); 
+     755             :                 else if (t == TYPE_VECTOR3D)
+     756           0 :                         data._t_vector3d = new Vector3d(); 
+     757             :                 else if (t == TYPE_VECTOR3C)
+     758           0 :                         data._t_vector3c = new Vector3c(); 
+     759             :                 else if (t == TYPE_COMPLEXF)
+     760           0 :                         data._t_complex_f = new complex_f(); 
+     761             :                 else if (t == TYPE_COMPLEXD)
+     762           0 :                         data._t_complex_d = new complex_d(); 
+     763             :                 else if (t == TYPE_STRING)
+     764           0 :                         data._t_string = new std::string();
+     765             :                 else if (t == TYPE_VECTOR)
+     766           0 :                         data._t_vector = new vector_t();
+     767             :                 else
+     768        5785 :                         type = t;
+     769           8 :         } else if (type != t)  {
+     770           0 :         throw bad_conversion(type, t);
+     771             :         }
+     772        5793 : }
+     773             : 
+     774           8 : bool Variant::isValid() const {
+     775           8 :         return (type != TYPE_NONE);
+     776             : }
+     777             : 
+     778           0 : size_t Variant::size() const {
+     779           0 :         if (type == TYPE_VECTOR) {
+     780           0 :                 return data._t_vector->size();
+     781             :         } else {
+     782             :                 std::string msg; 
+     783             :                 msg += "size() not implemented for type ";
+     784           0 :                 msg += getTypeName(type);
+     785           0 :                 throw std::runtime_error("Variant: " + msg);
+     786             :         }
+     787             : }
+     788             : 
+     789           0 : size_t Variant::getSizeOf() const {
+     790           0 :         switch (type) {
+     791             :                 case TYPE_BOOL:
+     792             :                         return sizeof(data._t_bool);
+     793             :                         break;
+     794             :                 case TYPE_CHAR:
+     795             :                         return sizeof(data._t_char);
+     796             :                         break;
+     797             :                 case TYPE_UCHAR:
+     798             :                         return sizeof(data._t_uchar);
+     799             :                         break;
+     800           0 :                 case TYPE_INT16:
+     801           0 :                         return sizeof(data._t_int16);
+     802             :                         break;
+     803           0 :                 case TYPE_UINT16:
+     804           0 :                         return sizeof(data._t_uint16);
+     805             :                         break;
+     806           0 :                 case TYPE_INT32:
+     807           0 :                         return sizeof(data._t_int32);
+     808             :                         break;
+     809           0 :                 case TYPE_UINT32:
+     810           0 :                         return sizeof(data._t_uint32);
+     811             :                         break;
+     812           0 :                 case TYPE_INT64:
+     813           0 :                         return sizeof(data._t_int64);
+     814             :                         break;
+     815           0 :                 case TYPE_UINT64:
+     816           0 :                         return sizeof(data._t_uint64);
+     817             :                         break;
+     818           0 :                 case TYPE_FLOAT:
+     819           0 :                         return sizeof(data._t_float);
+     820             :                         break;
+     821           0 :                 case TYPE_DOUBLE:
+     822           0 :                         return sizeof(data._t_double);
+     823             :                         break;
+     824           0 :                 case TYPE_LONGDOUBLE:
+     825           0 :                         return sizeof(data._t_ldouble);
+     826             :                         break;
+     827           0 :                 case TYPE_COMPLEXF:
+     828           0 :                         return sizeof(data._t_complex_f);
+     829             :                         break;
+     830           0 :                 case TYPE_COMPLEXD:
+     831           0 :                         return sizeof(data._t_complex_d);
+     832             :                         break;
+     833           0 :                 case TYPE_VECTOR3F:
+     834           0 :                         return sizeof(data._t_vector3f);
+     835             :                         break;
+     836           0 :                 case TYPE_VECTOR3D:
+     837           0 :                         return sizeof(data._t_vector3d);
+     838             :                         break;
+     839           0 :                 case TYPE_VECTOR3C:
+     840           0 :                         return sizeof(data._t_vector3c);
+     841             :                         break;
+     842           0 :                 case TYPE_STRING: {
+     843           0 :                                 size_t len = strlen(data._t_string->c_str() + 1);
+     844           0 :                                 return len;
+     845             :                         }
+     846             :                         break;
+     847           0 :                 case TYPE_NONE:
+     848           0 :                         return 0;
+     849             :                         break;
+     850           0 :                 default:
+     851           0 :                         throw std::runtime_error("Function getSize() cannot handle this type.");
+     852             :         }
+     853             : }
+     854             : 
+     855           0 : size_t Variant::getSize() const {
+     856           0 :         return getSizeOf();
+     857             : }
+     858             : 
+     859           0 : void Variant::resize(size_t i) {
+     860           0 :         check(TYPE_VECTOR);
+     861           0 :         return data._t_vector->resize(i);
+     862             : }
+     863             : 
+     864           1 : size_t Variant::copyToBuffer(void* buffer) {
+     865           1 :         if (type == TYPE_BOOL) {
+     866           0 :                 memcpy(buffer, &data._t_bool, sizeof(bool));
+     867           0 :                 return sizeof(data._t_bool);
+     868             :         } else if (type == TYPE_CHAR) {
+     869           0 :                 memcpy(buffer, &data._t_char, sizeof(char));
+     870           0 :                 return sizeof(data._t_char);
+     871             :         }  else if (type == TYPE_UCHAR) {
+     872           0 :                 memcpy(buffer, &data._t_uchar, sizeof(unsigned char));
+     873           0 :                 return sizeof(data._t_uchar);
+     874             :         } else if (type == TYPE_INT16) {
+     875           0 :                 memcpy(buffer, &data._t_int16, sizeof(int16_t));
+     876           0 :                 return sizeof(data._t_int16);
+     877             :         } else if (type == TYPE_UINT16) {
+     878           0 :                 memcpy(buffer, &data._t_uint16, sizeof(uint16_t));
+     879           0 :                 return sizeof(data._t_uint16);
+     880             :         } else if (type == TYPE_INT32) {
+     881           0 :                 memcpy(buffer, &data._t_int32, sizeof(int32_t));
+     882           0 :                 return sizeof(data._t_int32);
+     883             :         } else if (type == TYPE_UINT32) {
+     884           0 :                 memcpy(buffer, &data._t_uint32, sizeof(uint32_t));
+     885           0 :                 return sizeof(data._t_uint32);
+     886             :         } else if (type == TYPE_INT64) {
+     887           0 :                 memcpy(buffer, &data._t_int64, sizeof(int64_t));
+     888           0 :                 return sizeof(data._t_int64);
+     889             :         } else if (type == TYPE_UINT64) {
+     890           0 :                 memcpy(buffer, &data._t_uint64, sizeof(uint64_t));
+     891           0 :                 return sizeof(data._t_uint64);
+     892             :         } else if (type == TYPE_FLOAT) {
+     893           0 :                 memcpy(buffer, &data._t_float, sizeof(float));
+     894           0 :                 return sizeof(data._t_float);
+     895             :         } else if (type == TYPE_DOUBLE) {
+     896           1 :                 memcpy(buffer, &data._t_double, sizeof(double));
+     897           1 :                 return sizeof(data._t_double);
+     898             :         } else if (type == TYPE_LONGDOUBLE) {
+     899           0 :                 memcpy(buffer, &data._t_ldouble, sizeof(long double));
+     900           0 :                 return sizeof(data._t_ldouble);
+     901             :         }  else if (type == TYPE_STRING) {
+     902           0 :                 size_t len = data._t_string->size();
+     903             :                 memcpy(buffer, data._t_string->c_str(), len);
+     904           0 :                 return len;
+     905             :         } else if (type == TYPE_NONE) {
+     906             :                 return 0;
+     907             :         } else {
+     908           0 :                 throw std::runtime_error("This type cannot be handled by copyToBuffer().");
+     909             :         }
+     910             : }
+     911             : 
+     912        1153 : Variant& Variant::operator=(const Variant &v) {
+     913        1153 :         copy(v);
+     914        1153 :         return *this;
+     915             : }
+     916             : 
+     917           4 : bool Variant::operator==(const Variant& v) const {
+     918           4 :         if (type != v.type)
+     919             :                 return false;
+     920             : 
+     921             :         if (type == TYPE_BOOL) {
+     922           0 :                 return (data._t_bool == v.data._t_bool);
+     923             :         } else if (type == TYPE_CHAR) {
+     924           0 :                 return (data._t_char == v.data._t_char);
+     925             :         } else if (type == TYPE_UCHAR) {
+     926           0 :                 return (data._t_uchar == v.data._t_uchar);
+     927             :         } else if (type == TYPE_INT16) {
+     928           0 :                 return (data._t_int16 == v.data._t_int16);
+     929             :         } else if (type == TYPE_UINT16) {
+     930           0 :                 return (data._t_uint16 == v.data._t_uint16);
+     931             :         } else if (type == TYPE_INT32) {
+     932           0 :                 return (data._t_int32 == v.data._t_int32);
+     933             :         } else if (type == TYPE_UINT32) {
+     934           0 :                 return (data._t_uint32 == v.data._t_uint32);
+     935             :         } else if (type == TYPE_INT64) {
+     936           0 :                 return (data._t_int64 == v.data._t_int64);
+     937             :         } else if (type == TYPE_UINT64) {
+     938           0 :                 return (data._t_uint64 == v.data._t_uint64);
+     939             :         } else if (type == TYPE_FLOAT) {
+     940           0 :                 return (data._t_float == v.data._t_float);
+     941             :         } else if (type == TYPE_DOUBLE) {
+     942           4 :                 return (data._t_double == v.data._t_double);
+     943             :         } else if (type == TYPE_LONGDOUBLE) {
+     944           0 :                 return (data._t_ldouble == v.data._t_ldouble);
+     945             :         } else if (type == TYPE_STRING) {
+     946           0 :                 return (*data._t_string == *v.data._t_string);
+     947             :         } else if (type == TYPE_COMPLEXF) {
+     948           0 :                 return (*data._t_complex_f == *v.data._t_complex_f);
+     949             :         } else if (type == TYPE_COMPLEXD) {
+     950           0 :                 return (*data._t_complex_d == *v.data._t_complex_d);
+     951             :         } else if (type == TYPE_VECTOR3F) {
+     952           0 :                 return (*data._t_vector3f == *v.data._t_vector3f);
+     953             :         } else if (type == TYPE_VECTOR3D) {
+     954           0 :                 return (*data._t_vector3d == *v.data._t_vector3d);
+     955             :         } else if (type == TYPE_VECTOR3C) {
+     956           0 :                 return (*data._t_vector3c == *v.data._t_vector3c);
+     957             :         } else if (type == TYPE_VECTOR) {
+     958           0 :                 return (*data._t_vector == *v.data._t_vector);
+     959             :         } else {
+     960           0 :                 throw std::runtime_error("compare operator not implemented");
+     961             :         }
+     962             : }
+     963             : 
+     964           0 : bool Variant::operator!=(const Variant& v) const {
+     965           0 :         if (type != v.type)
+     966             :                 return true;
+     967             :         
+     968           0 :         if (*this == v)
+     969             :                 return false;
+     970             :         else
+     971           0 :                 return true;
+     972             : }
+     973             : 
+     974           0 : bool Variant::operator!=(const char* v) const {
+     975           0 :         check(TYPE_STRING);
+     976           0 :         return data._t_string->compare(v) != 0;
+     977             : }
+     978             : 
+     979           0 : Variant& Variant::operator[](size_t i) {
+     980           0 :         check(TYPE_VECTOR);
+     981           0 :         return (*data._t_vector)[i];
+     982             : }
+     983             : 
+     984           0 : const Variant& Variant::operator[](size_t i) const {
+     985           0 :         check(TYPE_VECTOR);
+     986           0 :         return (*data._t_vector)[i];
+     987             : }
+     988             : 
+     989           0 : Variant::operator std::vector<Variant>&() {
+     990           0 :         check(TYPE_VECTOR);
+     991           0 :         return *data._t_vector;
+     992             : }
+     993             : 
+     994           0 : Variant::operator const std::vector<Variant>&() const {
+     995           0 :         check(TYPE_VECTOR);
+     996           0 :         return *data._t_vector;
+     997             : }
+     998             : 
+     999             : 
+    1000             : 
+    1001             : #define INT_CASE(from_var, from_type, to_type, to)                                                                                                                         \
+    1002             :     case Variant::from_type: {                                                                                         \
+    1003             :                 if (data._t_##from_var <std::numeric_limits<to>::min() || data._t_##from_var> std::numeric_limits<to>::max())  \
+    1004             :                         throw bad_conversion(type, to_type);                                                                       \
+    1005             :                 else                                                                                                           \
+    1006             :                         return static_cast<to>(data._t_##from_var);                                                                \
+    1007             :                 }                                                                                                              \
+    1008             :         break;                                                                                                         \
+    1009             : 
+    1010             : #define INT_FUNCTION(to_type, fun, to)                                                                                 \
+    1011             :         to Variant::fun() const {                                                                                          \
+    1012             :                 switch (type) {                                                                                                \
+    1013             :                         case Variant::TYPE_BOOL:                                                                                   \
+    1014             :                                 return data._t_bool ? 1 : 0;                                                                           \
+    1015             :                                 break;                                                                                                 \
+    1016             :                                 INT_CASE(char, TYPE_CHAR, to_type, to)                                                                 \
+    1017             :                                 INT_CASE(uchar, TYPE_UCHAR, to_type, to)                                                               \
+    1018             :                                 INT_CASE(int16, TYPE_INT16, to_type, to)                                                               \
+    1019             :                                 INT_CASE(uint16, TYPE_UINT16, to_type, to)                                                             \
+    1020             :                                 INT_CASE(int32, TYPE_INT32, to_type, to)                                                               \
+    1021             :                                 INT_CASE(uint32, TYPE_UINT32, to_type, to)                                                             \
+    1022             :                                 INT_CASE(int64, TYPE_INT64, to_type, to)                                                               \
+    1023             :                                 INT_CASE(uint64, TYPE_UINT64, to_type, to)                                                             \
+    1024             :                                 INT_CASE(float, TYPE_FLOAT, to_type, to)                                                               \
+    1025             :                                 INT_CASE(double, TYPE_DOUBLE, to_type, to)                                                             \
+    1026             :                                 INT_CASE(ldouble, TYPE_LONGDOUBLE, to_type, to)                                                        \
+    1027             :                         case Variant::TYPE_STRING: {                                                                               \
+    1028             :                                 long l = atol(data._t_string->c_str());                                                                \
+    1029             :                                 if (l <std::numeric_limits<to>::min() || l > std::numeric_limits<to>::max())                           \
+    1030             :                                         throw bad_conversion(type, to_type);                                                               \
+    1031             :                                 else                                                                                                   \
+    1032             :                                         return l;                                                                                          \
+    1033             :                                 }                                                                                                      \
+    1034             :                                 break;                                                                                                 \
+    1035             :                         case Variant::TYPE_COMPLEXF:                                                                               \
+    1036             :                         case Variant::TYPE_COMPLEXD:                                                                               \
+    1037             :                         case Variant::TYPE_VECTOR3F:                                                                               \
+    1038             :                         case Variant::TYPE_VECTOR3D:                                                                               \
+    1039             :                         case Variant::TYPE_VECTOR3C:                                                                               \
+    1040             :                         case Variant::TYPE_VECTOR:                                                                                 \
+    1041             :                         case Variant::TYPE_NONE:                                                                                   \
+    1042             :                                 throw bad_conversion(type, to_type);                                                                   \
+    1043             :                                 break;                                                                                                 \
+    1044             :                 }                                                                                                              \
+    1045             :                 return 0;                                                                                                      \
+    1046             :         } 
+    1047             : 
+    1048           0 : INT_FUNCTION(TYPE_CHAR, toChar, char)
+    1049           0 : INT_FUNCTION(TYPE_UCHAR, toUChar, unsigned char)
+    1050           0 : INT_FUNCTION(TYPE_INT16, toInt16, int16_t)
+    1051           0 : INT_FUNCTION(TYPE_UINT16, toUInt16, uint16_t)
+    1052           0 : INT_FUNCTION(TYPE_INT32, toInt32, int32_t)
+    1053           0 : INT_FUNCTION(TYPE_UINT32, toUInt32, uint32_t)
+    1054           2 : INT_FUNCTION(TYPE_INT64, toInt64, int64_t)
+    1055           0 : INT_FUNCTION(TYPE_UINT64, toUInt64, uint64_t)
+    1056             : 
+    1057             : 
+    1058             : 
+    1059           0 : std::ostream& operator <<(std::ostream& os, const Variant& v) {
+    1060           0 :         switch (v.getType()) {
+    1061             :                 case Variant::TYPE_BOOL:
+    1062           0 :                         os << v.asBool();
+    1063             :                         break;
+    1064             :                 case Variant::TYPE_CHAR:
+    1065           0 :                         os << v.asChar();
+    1066           0 :                         break;
+    1067             :                 case Variant::TYPE_UCHAR:
+    1068           0 :                         os << v.asUChar();
+    1069             :                         break;
+    1070             :                 case Variant::TYPE_INT16:
+    1071           0 :                         os << v.asInt16();
+    1072           0 :                         break;
+    1073             :                 case Variant::TYPE_UINT16:
+    1074           0 :                         os << v.asUInt16();
+    1075             :                         break;
+    1076             :                 case Variant::TYPE_INT32:
+    1077           0 :                         os << v.asInt32();
+    1078           0 :                         break;
+    1079             :                 case Variant::TYPE_UINT32:
+    1080           0 :                         os << v.asUInt32();
+    1081             :                         break;
+    1082             :                 case Variant::TYPE_INT64:
+    1083           0 :                         os << v.asInt64();
+    1084             :                         break;
+    1085             :                 case Variant::TYPE_UINT64:
+    1086           0 :                         os << v.asUInt64();
+    1087             :                         break;
+    1088             :                 case Variant::TYPE_FLOAT:
+    1089           0 :                         os << v.asFloat();
+    1090             :                         break;
+    1091             :                 case Variant::TYPE_DOUBLE:
+    1092           0 :                         os << v.asDouble();
+    1093             :                         break;
+    1094             :                 case Variant::TYPE_LONGDOUBLE:
+    1095           0 :                         os << v.asLongDouble();
+    1096             :                         break;
+    1097             :                 case Variant::TYPE_COMPLEXF:
+    1098           0 :                         os << v.asComplexFloat();
+    1099           0 :                         break;
+    1100             :                 case Variant::TYPE_COMPLEXD:
+    1101           0 :                         os << v.asComplexDouble();
+    1102           0 :                         break;
+    1103             :                 case Variant::TYPE_STRING:
+    1104             :                         os << v.asString();
+    1105             :                         break;
+    1106             :                 case Variant::TYPE_VECTOR3F:
+    1107           0 :                         os << v.asVector3f();
+    1108           0 :                         break;
+    1109             :                 case Variant::TYPE_VECTOR3D:
+    1110           0 :                         os << v.asVector3d();
+    1111           0 :                         break;
+    1112             :                 case Variant::TYPE_VECTOR3C:
+    1113           0 :                         os << v.asVector3c();
+    1114           0 :                         break;
+    1115             :                 default:
+    1116             :                         break;
+    1117             :         }
+    1118             : 
+    1119           0 :         return os;
+    1120             : }
+    1121             : 
+    1122             : 
+    1123             : 
+    1124             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/advectionField/AdvectionField.cpp.func-sort-c.html b/doc/coverageReport/src/advectionField/AdvectionField.cpp.func-sort-c.html new file mode 100644 index 000000000..39a908092 --- /dev/null +++ b/doc/coverageReport/src/advectionField/AdvectionField.cpp.func-sort-c.html @@ -0,0 +1,408 @@ + + + + + + + LCOV - coverage.info.cleaned - src/advectionField/AdvectionField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/advectionField - AdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21ObliqueAdvectionShock13setShockwidthEd0
_ZN7crpropa21ObliqueAdvectionShock5setVyEd0
_ZN7crpropa21ObliqueAdvectionShock6setVupEd0
_ZN7crpropa21ObliqueAdvectionShock7setCompEd0
_ZN7crpropa21ObliqueAdvectionShockC2Edddd0
_ZN7crpropa28OneDimensionalCartesianShock13setShockwidthEd0
_ZN7crpropa28OneDimensionalCartesianShock6setVupEd0
_ZN7crpropa28OneDimensionalCartesianShock7setCompEd0
_ZN7crpropa28OneDimensionalCartesianShockC2Eddd0
_ZN7crpropa28OneDimensionalSphericalShock10setCoolingEb0
_ZN7crpropa28OneDimensionalSphericalShock13setShockwidthEd0
_ZN7crpropa28OneDimensionalSphericalShock14setShockRadiusEd0
_ZN7crpropa28OneDimensionalSphericalShock6setVupEd0
_ZN7crpropa28OneDimensionalSphericalShock7setCompEd0
_ZN7crpropa28OneDimensionalSphericalShockC2Eddddb0
_ZNK7crpropa21ObliqueAdvectionShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa21ObliqueAdvectionShock13getShockwidthEv0
_ZNK7crpropa21ObliqueAdvectionShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa21ObliqueAdvectionShock5getVyEv0
_ZNK7crpropa21ObliqueAdvectionShock6getVupEv0
_ZNK7crpropa21ObliqueAdvectionShock7getCompEv0
_ZNK7crpropa21ObliqueAdvectionShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa21UniformAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa23SphericalAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa23SphericalAdvectionShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa28OneDimensionalCartesianShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalCartesianShock13getShockwidthEv0
_ZNK7crpropa28OneDimensionalCartesianShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa28OneDimensionalCartesianShock6getVupEv0
_ZNK7crpropa28OneDimensionalCartesianShock7getCompEv0
_ZNK7crpropa28OneDimensionalCartesianShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalSphericalShock10getCoolingEv0
_ZNK7crpropa28OneDimensionalSphericalShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalSphericalShock13getShockwidthEv0
_ZNK7crpropa28OneDimensionalSphericalShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa28OneDimensionalSphericalShock14getShockRadiusEv0
_ZNK7crpropa28OneDimensionalSphericalShock6getVupEv0
_ZNK7crpropa28OneDimensionalSphericalShock7getCompEv0
_ZNK7crpropa28OneDimensionalSphericalShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa31ConstantSphericalAdvectionField14getDescriptionB5cxx11Ev0
_ZN7crpropa23SphericalAdvectionField6setTauEd1
_ZN7crpropa23SphericalAdvectionField7setVMaxEd1
_ZN7crpropa23SphericalAdvectionField8setAlphaEd1
_ZN7crpropa23SphericalAdvectionField9setOriginENS_7Vector3IdEE1
_ZN7crpropa23SphericalAdvectionField9setRadiusEd1
_ZN7crpropa23SphericalAdvectionFieldC2ENS_7Vector3IdEEdddd1
_ZN7crpropa23SphericalAdvectionShock5setR0Ed1
_ZN7crpropa23SphericalAdvectionShock5setV0Ed1
_ZN7crpropa23SphericalAdvectionShock9setLambdaEd1
_ZN7crpropa23SphericalAdvectionShock9setOriginENS_7Vector3IdEE1
_ZN7crpropa23SphericalAdvectionShockC2ENS_7Vector3IdEEddd1
_ZNK7crpropa18AdvectionFieldList13getDivergenceERKNS_7Vector3IdEE1
_ZNK7crpropa18AdvectionFieldList8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa23SphericalAdvectionField6getTauEv1
_ZNK7crpropa23SphericalAdvectionField7getVMaxEv1
_ZNK7crpropa23SphericalAdvectionField8getAlphaEv1
_ZNK7crpropa23SphericalAdvectionField9getRadiusEv1
_ZNK7crpropa23SphericalAdvectionShock5getR0Ev1
_ZNK7crpropa23SphericalAdvectionShock5getV0Ev1
_ZNK7crpropa23SphericalAdvectionShock9getLambdaEv1
_ZNK7crpropa31ConstantSphericalAdvectionField8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa31ConstantSphericalAdvectionField8getVWindEv1
_ZN7crpropa23SphericalAdvectionShock17setAzimuthalSpeedEd2
_ZN7crpropa23SphericalAdvectionShock7setRRotEd2
_ZN7crpropa31ConstantSphericalAdvectionField8setVWindEd2
_ZN7crpropa31ConstantSphericalAdvectionField9setOriginENS_7Vector3IdEE2
_ZN7crpropa31ConstantSphericalAdvectionFieldC2ENS_7Vector3IdEEd2
_ZNK7crpropa23SphericalAdvectionField4getVERKd2
_ZNK7crpropa23SphericalAdvectionShock13getDivergenceERKNS_7Vector3IdEE2
_ZNK7crpropa23SphericalAdvectionShock17getAzimuthalSpeedEv2
_ZNK7crpropa23SphericalAdvectionShock7g_primeEd2
_ZNK7crpropa23SphericalAdvectionShock7getRRotEv2
_ZNK7crpropa31ConstantSphericalAdvectionField13getDivergenceERKNS_7Vector3IdEE2
_ZN7crpropa18AdvectionFieldList8addFieldENS_7ref_ptrINS_14AdvectionFieldEEE3
_ZNK7crpropa23SphericalAdvectionField13getDivergenceERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionField8getFieldERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionField9getOriginEv3
_ZNK7crpropa23SphericalAdvectionShock8getFieldERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionShock9getOriginEv3
_ZNK7crpropa31ConstantSphericalAdvectionField9getOriginEv3
_ZNK7crpropa21UniformAdvectionField13getDivergenceERKNS_7Vector3IdEE5
_ZNK7crpropa23SphericalAdvectionShock1gEd5
_ZN7crpropa21UniformAdvectionFieldC2ERKNS_7Vector3IdEE8
_ZNK7crpropa21UniformAdvectionField8getFieldERKNS_7Vector3IdEE120005
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/advectionField/AdvectionField.cpp.func.html b/doc/coverageReport/src/advectionField/AdvectionField.cpp.func.html new file mode 100644 index 000000000..c7c1f546f --- /dev/null +++ b/doc/coverageReport/src/advectionField/AdvectionField.cpp.func.html @@ -0,0 +1,408 @@ + + + + + + + LCOV - coverage.info.cleaned - src/advectionField/AdvectionField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/advectionField - AdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa18AdvectionFieldList8addFieldENS_7ref_ptrINS_14AdvectionFieldEEE3
_ZN7crpropa21ObliqueAdvectionShock13setShockwidthEd0
_ZN7crpropa21ObliqueAdvectionShock5setVyEd0
_ZN7crpropa21ObliqueAdvectionShock6setVupEd0
_ZN7crpropa21ObliqueAdvectionShock7setCompEd0
_ZN7crpropa21ObliqueAdvectionShockC2Edddd0
_ZN7crpropa21UniformAdvectionFieldC2ERKNS_7Vector3IdEE8
_ZN7crpropa23SphericalAdvectionField6setTauEd1
_ZN7crpropa23SphericalAdvectionField7setVMaxEd1
_ZN7crpropa23SphericalAdvectionField8setAlphaEd1
_ZN7crpropa23SphericalAdvectionField9setOriginENS_7Vector3IdEE1
_ZN7crpropa23SphericalAdvectionField9setRadiusEd1
_ZN7crpropa23SphericalAdvectionFieldC2ENS_7Vector3IdEEdddd1
_ZN7crpropa23SphericalAdvectionShock17setAzimuthalSpeedEd2
_ZN7crpropa23SphericalAdvectionShock5setR0Ed1
_ZN7crpropa23SphericalAdvectionShock5setV0Ed1
_ZN7crpropa23SphericalAdvectionShock7setRRotEd2
_ZN7crpropa23SphericalAdvectionShock9setLambdaEd1
_ZN7crpropa23SphericalAdvectionShock9setOriginENS_7Vector3IdEE1
_ZN7crpropa23SphericalAdvectionShockC2ENS_7Vector3IdEEddd1
_ZN7crpropa28OneDimensionalCartesianShock13setShockwidthEd0
_ZN7crpropa28OneDimensionalCartesianShock6setVupEd0
_ZN7crpropa28OneDimensionalCartesianShock7setCompEd0
_ZN7crpropa28OneDimensionalCartesianShockC2Eddd0
_ZN7crpropa28OneDimensionalSphericalShock10setCoolingEb0
_ZN7crpropa28OneDimensionalSphericalShock13setShockwidthEd0
_ZN7crpropa28OneDimensionalSphericalShock14setShockRadiusEd0
_ZN7crpropa28OneDimensionalSphericalShock6setVupEd0
_ZN7crpropa28OneDimensionalSphericalShock7setCompEd0
_ZN7crpropa28OneDimensionalSphericalShockC2Eddddb0
_ZN7crpropa31ConstantSphericalAdvectionField8setVWindEd2
_ZN7crpropa31ConstantSphericalAdvectionField9setOriginENS_7Vector3IdEE2
_ZN7crpropa31ConstantSphericalAdvectionFieldC2ENS_7Vector3IdEEd2
_ZNK7crpropa18AdvectionFieldList13getDivergenceERKNS_7Vector3IdEE1
_ZNK7crpropa18AdvectionFieldList8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa21ObliqueAdvectionShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa21ObliqueAdvectionShock13getShockwidthEv0
_ZNK7crpropa21ObliqueAdvectionShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa21ObliqueAdvectionShock5getVyEv0
_ZNK7crpropa21ObliqueAdvectionShock6getVupEv0
_ZNK7crpropa21ObliqueAdvectionShock7getCompEv0
_ZNK7crpropa21ObliqueAdvectionShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa21UniformAdvectionField13getDivergenceERKNS_7Vector3IdEE5
_ZNK7crpropa21UniformAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa21UniformAdvectionField8getFieldERKNS_7Vector3IdEE120005
_ZNK7crpropa23SphericalAdvectionField13getDivergenceERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa23SphericalAdvectionField4getVERKd2
_ZNK7crpropa23SphericalAdvectionField6getTauEv1
_ZNK7crpropa23SphericalAdvectionField7getVMaxEv1
_ZNK7crpropa23SphericalAdvectionField8getAlphaEv1
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+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/advectionField/AdvectionField.cpp.gcov.html b/doc/coverageReport/src/advectionField/AdvectionField.cpp.gcov.html new file mode 100644 index 000000000..69ab19d58 --- /dev/null +++ b/doc/coverageReport/src/advectionField/AdvectionField.cpp.gcov.html @@ -0,0 +1,610 @@ + + + + + + + LCOV - coverage.info.cleaned - src/advectionField/AdvectionField.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/advectionField - AdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/advectionField/AdvectionField.h"
+       2             : 
+       3             : 
+       4             : namespace crpropa {
+       5             : 
+       6             : 
+       7             : 
+       8           3 : void AdvectionFieldList::addField(ref_ptr<AdvectionField> field) {
+       9           3 :         fields.push_back(field);
+      10           3 : }
+      11             : 
+      12           1 : Vector3d AdvectionFieldList::getField(const Vector3d &position) const {
+      13             :         Vector3d b(0.);
+      14           4 :         for (int i = 0; i < fields.size(); i++)
+      15           3 :                 b += fields[i]->getField(position);
+      16           1 :         return b;
+      17             : }
+      18             : 
+      19           1 : double AdvectionFieldList::getDivergence(const Vector3d &position) const {
+      20             :         double D=0.;
+      21             :         // Work on default values for divergence or an error handling
+      22           4 :         for (int i = 0; i < fields.size(); i++)
+      23           3 :                 D += fields[i]->getDivergence(position);
+      24           1 :         return D;
+      25             : }
+      26             : 
+      27             : 
+      28             : //----------------------------------------------------------------
+      29           8 : UniformAdvectionField::UniformAdvectionField(const Vector3d &value) :
+      30           8 :                         value(value) {
+      31           8 :         }
+      32             : 
+      33      120005 : Vector3d UniformAdvectionField::getField(const Vector3d &position) const {
+      34      120005 :         return value;
+      35             :         }
+      36             : 
+      37           5 : double UniformAdvectionField::getDivergence(const Vector3d &position) const {
+      38           5 :         return 0.;
+      39             :         }
+      40             : 
+      41           0 : std::string UniformAdvectionField::getDescription() const {
+      42           0 :         std::stringstream s;
+      43           0 :         s << "v0: " << value / km * sec << " km/s, ";
+      44           0 :         return s.str();
+      45           0 : }
+      46             : 
+      47             : //----------------------------------------------------------------
+      48             : 
+      49           2 : ConstantSphericalAdvectionField::ConstantSphericalAdvectionField(const Vector3d origin, double vWind) {
+      50           2 :         setOrigin(origin);
+      51           2 :         setVWind(vWind);
+      52           2 : }
+      53             : 
+      54           1 : Vector3d ConstantSphericalAdvectionField::getField(const Vector3d &position) const {
+      55             :         Vector3d Pos = position-origin;
+      56           1 :         return vWind * Pos.getUnitVector();
+      57             : }
+      58             : 
+      59           2 : double ConstantSphericalAdvectionField::getDivergence(const Vector3d &position) const {
+      60             :         double R = (position-origin).getR();    
+      61           2 :         return 2*vWind/R;
+      62             : }
+      63             : 
+      64           2 : void ConstantSphericalAdvectionField::setOrigin(const Vector3d o) {
+      65             :         origin=o;
+      66           2 :         return;
+      67             : }
+      68             : 
+      69           2 : void ConstantSphericalAdvectionField::setVWind(double v) {
+      70           2 :         vWind = v;
+      71           2 :         return;
+      72             : }
+      73             : 
+      74           3 : Vector3d ConstantSphericalAdvectionField::getOrigin() const {
+      75           3 :         return origin;
+      76             : }
+      77             : 
+      78           1 : double ConstantSphericalAdvectionField::getVWind() const {
+      79           1 :         return vWind;
+      80             : }
+      81             : 
+      82           0 : std::string ConstantSphericalAdvectionField::getDescription() const {
+      83           0 :         std::stringstream s;
+      84           0 :         s << "Origin: " << origin / kpc  << " kpc, ";
+      85           0 :         s << "v0: " << vWind / km * sec << " km/s, ";
+      86           0 :         return s.str();
+      87           0 : }
+      88             : 
+      89             : 
+      90             : 
+      91             : //----------------------------------------------------------------
+      92             : 
+      93           1 : SphericalAdvectionField::SphericalAdvectionField(const Vector3d origin, double radius, double vMax, double tau, double alpha) {
+      94           1 :         setOrigin(origin);
+      95           1 :         setRadius(radius);
+      96           1 :         setVMax(vMax);
+      97           1 :         setTau(tau);
+      98           1 :         setAlpha(alpha);
+      99           1 : }
+     100             : 
+     101           3 : Vector3d SphericalAdvectionField::getField(const Vector3d &position) const {
+     102             :         Vector3d Pos = position-origin;
+     103           3 :         double R = Pos.getR();
+     104           3 :         if (R>radius) {
+     105             :                 return Vector3d(0.);
+     106             :         }
+     107           2 :         double v_R = getV(R);
+     108           2 :         return v_R * Pos.getUnitVector();
+     109             : }
+     110             : 
+     111           3 : double SphericalAdvectionField::getDivergence(const Vector3d &position) const {
+     112             :         double R = (position-origin).getR();
+     113           3 :         if (R>radius) {
+     114             :                 return 0.;
+     115             :         }
+     116           2 :         double D = 2*vMax/R * ( 1-( 1-alpha*(pow(R, alpha)/(2*tau)) )*exp(-( pow(R, alpha)/tau )) );
+     117           2 :         return D;
+     118             : }
+     119             : 
+     120           2 : double SphericalAdvectionField::getV(const double &r) const {
+     121           2 :         double f = vMax * (1-exp(-(pow(r, alpha)/tau)));
+     122           2 :         return f;
+     123             : }
+     124             : 
+     125           1 : void SphericalAdvectionField::setOrigin(const Vector3d o) {
+     126             :         origin = o;
+     127           1 :         return;
+     128             : }
+     129             : 
+     130           1 : void SphericalAdvectionField::setRadius(double r) {
+     131           1 :         radius = r;
+     132           1 :         return;
+     133             : }
+     134             : 
+     135           1 : void SphericalAdvectionField::setVMax(double v) {
+     136           1 :         vMax = v;
+     137           1 :         return;
+     138             : }
+     139             : 
+     140           1 : void SphericalAdvectionField::setTau(double t) {
+     141           1 :         tau = t;
+     142           1 :         return;
+     143             : }
+     144             : 
+     145           1 : void SphericalAdvectionField::setAlpha(double a) {
+     146           1 :         alpha = a;
+     147           1 :         return;
+     148             : }
+     149             : 
+     150           3 : Vector3d SphericalAdvectionField::getOrigin() const {
+     151           3 :         return origin;
+     152             : }
+     153             : 
+     154           1 : double SphericalAdvectionField::getRadius() const {
+     155           1 :         return radius;
+     156             : }
+     157             : 
+     158           1 : double SphericalAdvectionField::getVMax() const {
+     159           1 :         return vMax;
+     160             : }
+     161             : 
+     162           1 : double SphericalAdvectionField::getTau() const {
+     163           1 :         return tau;
+     164             : }
+     165             : 
+     166           1 : double SphericalAdvectionField::getAlpha() const {
+     167           1 :         return alpha;
+     168             : }
+     169             : 
+     170           0 : std::string SphericalAdvectionField::getDescription() const {
+     171           0 :         std::stringstream s;
+     172           0 :         s << "Origin: " << origin / kpc  << " kpc, ";
+     173           0 :         s << "Radius: " << radius / kpc  << " kpc, ";
+     174           0 :         s << "vMax: " << vMax / km * sec << " km/s, ";
+     175           0 :         s << "tau: " << tau << ", ";
+     176           0 :         s << "alpha: " << alpha << "\n";
+     177           0 :         return s.str();
+     178           0 : }
+     179             : 
+     180             : //----------------------------------------------------------------
+     181             : 
+     182           0 : OneDimensionalCartesianShock::OneDimensionalCartesianShock(double compressionRatio, double vUp, double lShock){
+     183           0 :         setComp(compressionRatio);
+     184           0 :         setVup(vUp);
+     185           0 :         setShockwidth(lShock);
+     186           0 :         }
+     187             : 
+     188           0 : Vector3d OneDimensionalCartesianShock::getField(const Vector3d &position) const {
+     189           0 :         double x = position.x;
+     190           0 :         double vDown = vUp / compressionRatio;
+     191             : 
+     192           0 :         double a = (vUp + vDown) * 0.5;
+     193           0 :         double b = (vUp - vDown) * 0.5;
+     194             : 
+     195             :         Vector3d v(0.);
+     196           0 :         v.x = a - b * tanh(x / lShock);
+     197           0 :         return v;
+     198             : 
+     199             : }
+     200             : 
+     201           0 : double OneDimensionalCartesianShock::getDivergence(const Vector3d &position) const {
+     202           0 :         double x = position.x;
+     203           0 :         double vDown = vUp / compressionRatio;
+     204             : 
+     205             :         double a = (vUp + vDown) * 0.5;
+     206           0 :         double b = (vUp - vDown) * 0.5;
+     207           0 :         return -b / lShock * (1 - tanh(x / lShock) * tanh(x / lShock));
+     208             : }
+     209             : 
+     210           0 : void OneDimensionalCartesianShock::setComp(double r) {
+     211           0 :         compressionRatio = r;
+     212           0 :         return;
+     213             : }
+     214             : 
+     215           0 : void OneDimensionalCartesianShock::setVup(double v) {
+     216           0 :         vUp = v;
+     217           0 :         return;
+     218             : }
+     219           0 : void OneDimensionalCartesianShock::setShockwidth(double w) {
+     220           0 :         lShock = w;
+     221           0 :         return;
+     222             : }
+     223             : 
+     224           0 : double OneDimensionalCartesianShock::getComp() const {
+     225           0 :         return compressionRatio;
+     226             : }
+     227             : 
+     228           0 : double OneDimensionalCartesianShock::getVup() const {
+     229           0 :         return vUp;
+     230             : }
+     231             : 
+     232           0 : double OneDimensionalCartesianShock::getShockwidth() const {
+     233           0 :         return lShock;
+     234             : }
+     235             : 
+     236           0 : std::string OneDimensionalCartesianShock::getDescription() const {
+     237           0 :         std::stringstream s;
+     238           0 :         s << "Shock width: " << lShock / km  << " km, ";
+     239           0 :         s << "Vup: " << vUp / km * sec << " km/s, ";
+     240           0 :         s << "Compression: " << compressionRatio;
+     241           0 :         return s.str();
+     242           0 : }
+     243             : 
+     244             : //----------------------------------------------------------------
+     245             : 
+     246           0 : OneDimensionalSphericalShock::OneDimensionalSphericalShock(double rShock, double vUp, double compressionRatio, double lShock, bool coolUpstream ){
+     247           0 :         setComp(compressionRatio);
+     248           0 :         setVup(vUp);
+     249           0 :         setShockwidth(lShock);
+     250           0 :         setShockRadius(rShock);
+     251           0 :         setCooling(coolUpstream);
+     252           0 :         }
+     253             : 
+     254           0 : Vector3d OneDimensionalSphericalShock::getField(const Vector3d &position) const {
+     255             :         double r = position.getR();
+     256           0 :         Vector3d e_r = position.getUnitVector();
+     257             : 
+     258           0 :         double vDown = vUp / compressionRatio;
+     259           0 :         double a = (vUp + vDown) * 0.5;
+     260           0 :         double b = (vUp - vDown) * 0.5;
+     261             : 
+     262             :         double v;
+     263           0 :         if (coolUpstream == true){
+     264             :         
+     265           0 :                 if (r <= rShock)
+     266           0 :                 v = a - b * tanh((r-rShock) / lShock);
+     267             :                 else
+     268           0 :                         v = (a - b * tanh((r-rShock) / lShock)) * (rShock / r) * (rShock / r);
+     269             : 
+     270             :         }
+     271             :         else
+     272           0 :                 v = (a - b * tanh((r-rShock) / lShock)) * (rShock / r) * (rShock / r);
+     273             : 
+     274           0 :         return v * e_r;
+     275             :         }
+     276             : 
+     277           0 : double OneDimensionalSphericalShock::getDivergence(const Vector3d &position) const {
+     278             :         double r = position.getR();
+     279             :         
+     280           0 :         double vDown = vUp / compressionRatio;
+     281           0 :         double a = (vUp + vDown) * 0.5;
+     282           0 :         double b = (vUp - vDown) * 0.5;
+     283             : 
+     284           0 :         double c = tanh((r-rShock) / lShock);
+     285             : 
+     286           0 :         if (coolUpstream == true){
+     287           0 :                 if (r <= rShock)
+     288           0 :                         return 2 * a / r - 2 * b / r * c - b / lShock * (1 - c * c);
+     289             :                 else
+     290           0 :                         return -(rShock / r) * (rShock / r) * b / lShock * (1 - c * c);
+     291             :         }
+     292             :         else 
+     293           0 :                 return -(rShock / r) * (rShock / r) *  b / lShock * (1 - c * c);
+     294             : 
+     295             : }
+     296             : 
+     297           0 : void OneDimensionalSphericalShock::setComp(double r) {
+     298           0 :         compressionRatio = r;
+     299           0 :         return;
+     300             : }
+     301             : 
+     302           0 : void OneDimensionalSphericalShock::setVup(double v) {
+     303           0 :         vUp = v;
+     304           0 :         return;
+     305             : }
+     306           0 : void OneDimensionalSphericalShock::setShockwidth(double w) {
+     307           0 :         lShock = w;
+     308           0 :         return;
+     309             : }
+     310             : 
+     311           0 : void OneDimensionalSphericalShock::setShockRadius(double r) {
+     312           0 :         rShock = r;
+     313           0 :         return;
+     314             : }
+     315             : 
+     316           0 : void OneDimensionalSphericalShock::setCooling(bool c) {
+     317           0 :         coolUpstream = c;
+     318           0 :         return;
+     319             : }
+     320             : 
+     321           0 : double OneDimensionalSphericalShock::getComp() const {
+     322           0 :         return compressionRatio;
+     323             : }
+     324             : 
+     325           0 : double OneDimensionalSphericalShock::getVup() const {
+     326           0 :         return vUp;
+     327             : }
+     328             : 
+     329           0 : double OneDimensionalSphericalShock::getShockwidth() const {
+     330           0 :         return lShock;
+     331             : }
+     332             : 
+     333           0 : double OneDimensionalSphericalShock::getShockRadius() const {
+     334           0 :         return rShock;
+     335             : }
+     336             : 
+     337           0 : bool OneDimensionalSphericalShock::getCooling() const {
+     338           0 :         return coolUpstream;
+     339             : }
+     340             : 
+     341           0 : std::string OneDimensionalSphericalShock::getDescription() const {
+     342           0 :         std::stringstream s;
+     343           0 :         s << "Shock width: " << lShock / km  << " km, ";
+     344           0 :         s << "Shock radius: " << rShock / km  << " km, ";
+     345           0 :         s << "Vup: " << vUp / km * sec << " km/s, ";
+     346           0 :         s << "Comp: " << compressionRatio;
+     347             : 
+     348           0 :         return s.str();
+     349           0 : }
+     350             : 
+     351             : //----------------------------------------------------------------
+     352             : 
+     353           0 : ObliqueAdvectionShock::ObliqueAdvectionShock(double compressionRatio, double vXUp, double vY, double lShock) {
+     354           0 :         setComp(compressionRatio);
+     355           0 :         setVup(vXUp);
+     356           0 :         setVy(vY);
+     357           0 :         setShockwidth(lShock);
+     358           0 :         }
+     359             : 
+     360           0 : Vector3d ObliqueAdvectionShock::getField(const Vector3d &position) const {
+     361           0 :         double x = position.x;
+     362           0 :         double vXDown = vXUp / compressionRatio;
+     363             : 
+     364           0 :         double a = (vXUp + vXDown) * 0.5;
+     365           0 :         double b = (vXUp - vXDown) * 0.5;
+     366             : 
+     367             :         Vector3d v(0.);
+     368           0 :         v.x = a - b * tanh(x / lShock);
+     369           0 :         v.y = vY;
+     370             : 
+     371           0 :         return v;
+     372             :         }
+     373             : 
+     374           0 : double ObliqueAdvectionShock::getDivergence(const Vector3d &position) const {
+     375           0 :         double x = position.x;
+     376           0 :         double vXDown = vXUp / compressionRatio;
+     377             :         // vy = const
+     378             : 
+     379             :         double a = (vXUp + vXDown) * 0.5;
+     380           0 :         double b = (vXUp - vXDown) * 0.5;
+     381             : 
+     382           0 :         return -b / lShock * (1 - tanh(x / lShock) * tanh(x / lShock));
+     383             :         }
+     384             : 
+     385           0 : void ObliqueAdvectionShock::setComp(double r) {
+     386           0 :         compressionRatio = r;
+     387           0 :         return;
+     388             : }
+     389             : 
+     390           0 : void ObliqueAdvectionShock::setVup(double v) {
+     391           0 :         vXUp = v;
+     392           0 :         return;
+     393             : } 
+     394             : 
+     395           0 : void ObliqueAdvectionShock::setVy(double v) {
+     396           0 :         vY = v;
+     397           0 :         return;
+     398             : } 
+     399           0 : void ObliqueAdvectionShock::setShockwidth(double w) {
+     400           0 :         lShock = w;
+     401           0 :         return;
+     402             : }
+     403             : 
+     404           0 : double ObliqueAdvectionShock::getComp() const {
+     405           0 :         return compressionRatio;
+     406             : }
+     407             : 
+     408           0 : double ObliqueAdvectionShock::getVup() const {
+     409           0 :         return vXUp;
+     410             : }
+     411             : 
+     412           0 : double ObliqueAdvectionShock::getVy() const {
+     413           0 :         return vY;
+     414             : }
+     415             : 
+     416           0 : double ObliqueAdvectionShock::getShockwidth() const {
+     417           0 :         return lShock;
+     418             : }
+     419             : 
+     420           0 : std::string ObliqueAdvectionShock::getDescription() const {
+     421           0 :         std::stringstream s;
+     422           0 :         s << "Shock width: " << lShock / km  << " km, ";
+     423           0 :         s << "Vx_up: " << vXUp / km * sec << " km/s, ";
+     424           0 :         s << "Vy: " << vY / km * sec << " km/s, ";
+     425           0 :         s << "Comp: " << compressionRatio;
+     426             :         
+     427           0 :         return s.str();
+     428           0 : }
+     429             : 
+     430             : //-----------------------------------------------------------------
+     431             : 
+     432           1 : SphericalAdvectionShock::SphericalAdvectionShock(const Vector3d origin, double r_0, double v_0, double l) {
+     433           1 :         setOrigin(origin);
+     434           1 :         setR0(r_0);
+     435           1 :         setV0(v_0);
+     436           1 :         setLambda(l);
+     437           1 :         setRRot(r_0);
+     438           1 :         setAzimuthalSpeed(0.);
+     439           1 : }
+     440             : 
+     441             : 
+     442           3 : Vector3d SphericalAdvectionShock::getField(const Vector3d &pos) const {
+     443             :         Vector3d R = pos-origin;
+     444           3 :         Vector3d e_r = R.getUnitVector();
+     445           3 :         Vector3d e_phi = R.getUnitVectorPhi();
+     446             :         double r = R.getR();
+     447             : 
+     448           3 :         double v_r = v_0 * ( 1 + (pow(r_0/(2*r), 2.) -1 ) * g(r));
+     449           3 :         double v_p = v_phi * (r_rot/r); 
+     450             : 
+     451           3 :         return v_r * e_r + v_p * e_phi;
+     452             : }
+     453             : 
+     454             : 
+     455           2 : double SphericalAdvectionShock::getDivergence(const Vector3d &pos) const {
+     456             :         double r = (pos-origin).getR();
+     457             : 
+     458           2 :         double d1 = 2./r*(1-g(r));
+     459           2 :         double d2 = (pow(r_0/(2*r), 2.)-1)*g_prime(r);
+     460             : 
+     461           2 :         return v_0 * (d1+d2);
+     462             : }
+     463             : 
+     464             : 
+     465           5 : double SphericalAdvectionShock::g(double r) const {
+     466           5 :         double a = (r-r_0)/lambda;
+     467           5 :         return 1. / (1+exp(-a));
+     468             : }
+     469             : 
+     470           2 : double SphericalAdvectionShock::g_prime(double r) const {
+     471           2 :         double a = (r-r_0)/lambda;
+     472           2 :         return 1. / (2*lambda*(1+cosh(-a)));
+     473             : }       
+     474             : 
+     475           1 : void SphericalAdvectionShock::setOrigin(const Vector3d o) {
+     476             :         origin = o;
+     477           1 : }
+     478             : 
+     479           1 : void SphericalAdvectionShock::setR0(double r) {
+     480           1 :         r_0 = r;
+     481           1 : }
+     482             : 
+     483           1 : void SphericalAdvectionShock::setV0(double v) {
+     484           1 :         v_0 = v;
+     485           1 : }
+     486             : 
+     487           1 : void SphericalAdvectionShock::setLambda(double l) {
+     488           1 :         lambda = l;
+     489           1 : }
+     490             : 
+     491           2 : void SphericalAdvectionShock::setRRot(double r) {
+     492           2 :         r_rot = r;
+     493           2 : }
+     494             : 
+     495           2 : void SphericalAdvectionShock::setAzimuthalSpeed(double v) {
+     496           2 :         v_phi = v;
+     497           2 : }
+     498             : 
+     499           3 : Vector3d SphericalAdvectionShock::getOrigin() const {
+     500           3 :         return origin;
+     501             : }
+     502             : 
+     503           1 : double SphericalAdvectionShock::getR0() const {
+     504           1 :         return r_0;
+     505             : }
+     506             : 
+     507           1 : double SphericalAdvectionShock::getV0() const {
+     508           1 :         return v_0;
+     509             : }
+     510             : 
+     511           1 : double SphericalAdvectionShock::getLambda() const {
+     512           1 :         return lambda;
+     513             : }
+     514             : 
+     515           2 : double SphericalAdvectionShock::getRRot() const {
+     516           2 :         return r_rot;
+     517             : }
+     518             : 
+     519           2 : double SphericalAdvectionShock::getAzimuthalSpeed() const {
+     520           2 :         return v_phi;
+     521             : }
+     522             : 
+     523           0 : std::string SphericalAdvectionShock::getDescription() const {
+     524           0 :         std::stringstream s;
+     525           0 :         s << "Origin: " << origin / kpc  << " kpc, ";
+     526           0 :         s << "r0 (shock radius): " << r_0 / kpc  << " kpc, ";
+     527           0 :         s << "r_rot (norm. azimuthal velocity): " << r_rot / kpc  << " kpc, ";
+     528           0 :         s << "v0 (maximum radial speed): " << v_0 / km * sec << " km/s, ";
+     529           0 :         s << "v_phi (azimuthal speed @ r_rot): " << v_phi / km * sec << " km/s, ";
+     530           0 :         s << "lambda: " << lambda / pc << " pc";
+     531           0 :         return s.str();
+     532           0 : }
+     533             : 
+     534             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/advectionField/index-sort-f.html b/doc/coverageReport/src/advectionField/index-sort-f.html new file mode 100644 index 000000000..54baddead --- /dev/null +++ b/doc/coverageReport/src/advectionField/index-sort-f.html @@ -0,0 +1,93 @@ + + + + + + + LCOV - coverage.info.cleaned - src/advectionField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/advectionFieldHitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
AdvectionField.cpp +
42.5%42.5%
+ 		42.5 %131 / 30852.4 %44 / 84
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/advectionField/index-sort-l.html b/doc/coverageReport/src/advectionField/index-sort-l.html new file mode 100644 index 000000000..5eed79af6 --- /dev/null +++ b/doc/coverageReport/src/advectionField/index-sort-l.html @@ -0,0 +1,93 @@ + + + + + + + LCOV - coverage.info.cleaned - src/advectionField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/advectionFieldHitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
AdvectionField.cpp +
42.5%42.5%
+ 		42.5 %131 / 30852.4 %44 / 84
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/advectionField/index.html b/doc/coverageReport/src/advectionField/index.html new file mode 100644 index 000000000..c4f7d0da9 --- /dev/null +++ b/doc/coverageReport/src/advectionField/index.html @@ -0,0 +1,93 @@ + + + + + + + LCOV - coverage.info.cleaned - src/advectionField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/advectionFieldHitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
AdvectionField.cpp +
42.5%42.5%
+ 		42.5 %131 / 30852.4 %44 / 84
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/base64.cpp.func-sort-c.html b/doc/coverageReport/src/base64.cpp.func-sort-c.html new file mode 100644 index 000000000..6dfadfd29 --- /dev/null +++ b/doc/coverageReport/src/base64.cpp.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/base64.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - base64.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:454991.8 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa6Base646encodeB5cxx11EPKhm99
_ZN7crpropa6Base646decodeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE100
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/base64.cpp.func.html b/doc/coverageReport/src/base64.cpp.func.html new file mode 100644 index 000000000..d68b507b6 --- /dev/null +++ b/doc/coverageReport/src/base64.cpp.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/base64.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - base64.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:454991.8 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa6Base646decodeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE100
_ZN7crpropa6Base646encodeB5cxx11EPKhm99
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/base64.cpp.gcov.html b/doc/coverageReport/src/base64.cpp.gcov.html new file mode 100644 index 000000000..3e0cc494c --- /dev/null +++ b/doc/coverageReport/src/base64.cpp.gcov.html @@ -0,0 +1,205 @@ + + + + + + + LCOV - coverage.info.cleaned - src/base64.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src - base64.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:454991.8 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : // base64 encodig and decoding.
+       2             : //
+       3             : // Based on the implementations by
+       4             : // Jouni Malinen <j@w1.fi> and contributors from wpa_supplicant and hostapd in
+       5             : // http://web.mit.edu/freebsd/head/contrib/wpa/ and
+       6             : // http://web.mit.edu/freebsd/head/contrib/wpa/src/utils/base64.c and
+       7             : // http://web.mit.edu/freebsd/head/contrib/wpa/src/utils/base64.h
+       8             : //
+       9             : // Published under a 3-clause BSD license
+      10             : //
+      11             : 
+      12             : #include <string>
+      13             : #include <cstring>
+      14             : #include <stdexcept>
+      15             : 
+      16             : #include "crpropa/base64.h"
+      17             : 
+      18             : namespace crpropa
+      19             : {
+      20             : 
+      21             : //Alphabet used
+      22             : static const unsigned char encode_alphabet[65] =
+      23             : "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
+      24             : static int decode_alphabet[256] = {-1};
+      25             : 
+      26             : /// Encodes data
+      27          99 : std::string Base64::encode(const unsigned char *src, size_t len)
+      28             : {
+      29          99 :                 size_t olen = 4*((len + 2) / 3); /* 3-byte blocks to 4-byte */
+      30             : 
+      31          99 :                 if (olen < len)
+      32           0 :                         throw std::runtime_error("Integer overflow in Base64::encoding, data to large!");
+      33             : 
+      34             :                 std::string outStr;
+      35             :                 outStr.resize(olen);
+      36             : 
+      37             :                 unsigned char *out = (unsigned char*) outStr.c_str();
+      38             :                 unsigned char *pos = out;
+      39             :                 const unsigned char *end, *in;
+      40             : 
+      41          99 :                 end = src + len;
+      42             :                 in = src;
+      43        6666 :                 while (end - in >= 3) {
+      44        6567 :                                 *pos++ = encode_alphabet[in[0] >> 2];
+      45        6567 :                                 *pos++ = encode_alphabet[((in[0] & 0x03) << 4) | (in[1] >> 4)];
+      46        6567 :                                 *pos++ = encode_alphabet[((in[1] & 0x0f) << 2) | (in[2] >> 6)];
+      47        6567 :                                 *pos++ = encode_alphabet[in[2] & 0x3f];
+      48        6567 :                                 in += 3;
+      49             :                 }
+      50             : 
+      51          99 :                 if (end - in) {
+      52          66 :                                 *pos++ = encode_alphabet[in[0] >> 2];
+      53          66 :                                 if (end - in == 1) {
+      54          33 :                                                 *pos++ = encode_alphabet[(in[0] & 0x03) << 4];
+      55          33 :                                                 *pos++ = '=';
+      56             :                                 }
+      57             :                                 else {
+      58          33 :                                                 *pos++ = encode_alphabet[((in[0] & 0x03) << 4) |
+      59          33 :                                                                 (in[1] >> 4)];
+      60          33 :                                                 *pos++ = encode_alphabet[(in[1] & 0x0f) << 2];
+      61             :                                 }
+      62          66 :                                 *pos++ = '=';
+      63             :                 }
+      64             : 
+      65          99 :                 return outStr;
+      66             : }
+      67             : 
+      68             : 
+      69         100 : std::string Base64::decode(const std::string &data)
+      70             : {
+      71             : const unsigned char *src = (unsigned char*) data.c_str();
+      72             : size_t len = data.size();
+      73             : 
+      74         100 : if (decode_alphabet[0] == -1)
+      75             : { // build decode alphabet
+      76             :         std::memset(decode_alphabet, 0x80, 256);
+      77          65 :         for (size_t i = 0; i < sizeof(encode_alphabet) - 1; i++)
+      78          64 :                 decode_alphabet[encode_alphabet[i]] = (unsigned char) i;
+      79           1 :         decode_alphabet['='] = 0;
+      80             : }
+      81             : 
+      82             : size_t olen = 0;
+      83       26656 : for (size_t i = 0; i < len; i++) {
+      84       26556 :         if (decode_alphabet[src[i]] != 0x80)
+      85       26556 :                 olen++;
+      86             : }
+      87             : 
+      88         100 : if (olen == 0 || olen % 4)
+      89           0 :                         throw std::runtime_error("Base64 decode, invalid input size");
+      90             : 
+      91         100 : olen = olen / 4 * 3;
+      92             : std::string str;
+      93             : str.resize(olen);
+      94             : 
+      95             : unsigned char *out = (unsigned char*) str.c_str();
+      96             : unsigned char *pos = out;
+      97             : 
+      98             : size_t count = 0;
+      99             : int pad = 0;
+     100             : unsigned char block[4];
+     101       26589 : for (size_t i = 0; i < len; i++) {
+     102       26556 :         unsigned char tmp = decode_alphabet[src[i]];
+     103       26556 :         if (tmp == 0x80)
+     104           0 :                 continue;
+     105             : 
+     106       26556 :         if (src[i] == '=')
+     107         101 :                 pad++;
+     108       26556 :         block[count] = tmp;
+     109       26556 :         count++;
+     110       26556 :         if (count == 4) {
+     111        6639 :                 *pos++ = (block[0] << 2) | (block[1] >> 4);
+     112        6639 :                 *pos++ = (block[1] << 4) | (block[2] >> 2);
+     113        6639 :                 *pos++ = (block[2] << 6) | block[3];
+     114             :                 count = 0;
+     115        6639 :                 if (pad) {
+     116          67 :                         if (pad == 1)
+     117             :                                 pos--;
+     118          34 :                         else if (pad == 2)
+     119             :                                 pos -= 2;
+     120             :                         else {
+     121           0 :                                 throw std::runtime_error("Base64 decode, invalid padding");
+     122             :                         }
+     123             :                         break;
+     124             :                 }
+     125             :         }
+     126             : }
+     127         100 : return str;
+     128             : }
+     129             : };
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/index-sort-f.html b/doc/coverageReport/src/index-sort-f.html new file mode 100644 index 000000000..b4c3a6afb --- /dev/null +++ b/doc/coverageReport/src/index-sort-f.html @@ -0,0 +1,253 @@ + + + + + + + LCOV - coverage.info.cleaned - src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - srcHitTotalCoverage
Test:coverage.info.cleanedLines:1361270750.3 %
Date:2024-04-08 14:58:22Functions:25142958.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Clock.cpp +
0.0%
+ 		0.0 %0 / 270.0 %0 / 8
GridTools.cpp +
27.3%27.3%
+ 		27.3 %67 / 24536.8 %7 / 19
Variant.cpp +
13.7%13.7%
+ 		13.7 %71 / 51937.5 %18 / 48
Cosmology.cpp +
47.8%47.8%
+ 		47.8 %44 / 9240.0 %6 / 15
Geometry.cpp +
36.0%36.0%
+ 		36.0 %18 / 5046.2 %6 / 13
EmissionMap.cpp +
53.2%53.2%
+ 		53.2 %83 / 15654.5 %18 / 33
Source.cpp +
58.5%58.5%
+ 		58.5 %459 / 78455.5 %81 / 146
Random.cpp +
57.7%57.7%
+ 		57.7 %139 / 24156.5 %26 / 46
Module.cpp +
77.1%77.1%
+ 		77.1 %37 / 4875.0 %9 / 12
ParticleID.cpp +
53.3%53.3%
+ 		53.3 %16 / 3080.0 %4 / 5
ProgressBar.cpp +
78.0%78.0%
+ 		78.0 %39 / 5080.0 %4 / 5
PhotonBackground.cpp +
73.3%73.3%
+ 		73.3 %88 / 12080.0 %12 / 15
Common.cpp +
77.4%77.4%
+ 		77.4 %48 / 6283.3 %5 / 6
ParticleState.cpp +
85.7%85.7%
+ 		85.7 %48 / 5694.1 %16 / 17
Candidate.cpp +
87.8%87.8%
+ 		87.8 %129 / 14794.3 %33 / 35
base64.cpp +
91.8%91.8%
+ 		91.8 %45 / 49100.0 %2 / 2
ParticleMass.cpp +
96.8%96.8%
+ 		96.8 %30 / 31100.0 %4 / 4
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/index-sort-l.html b/doc/coverageReport/src/index-sort-l.html new file mode 100644 index 000000000..f65520a55 --- /dev/null +++ b/doc/coverageReport/src/index-sort-l.html @@ -0,0 +1,253 @@ + + + + + + + LCOV - coverage.info.cleaned - src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - srcHitTotalCoverage
Test:coverage.info.cleanedLines:1361270750.3 %
Date:2024-04-08 14:58:22Functions:25142958.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Clock.cpp +
0.0%
+ 		0.0 %0 / 270.0 %0 / 8
Variant.cpp +
13.7%13.7%
+ 		13.7 %71 / 51937.5 %18 / 48
GridTools.cpp +
27.3%27.3%
+ 		27.3 %67 / 24536.8 %7 / 19
Geometry.cpp +
36.0%36.0%
+ 		36.0 %18 / 5046.2 %6 / 13
Cosmology.cpp +
47.8%47.8%
+ 		47.8 %44 / 9240.0 %6 / 15
EmissionMap.cpp +
53.2%53.2%
+ 		53.2 %83 / 15654.5 %18 / 33
ParticleID.cpp +
53.3%53.3%
+ 		53.3 %16 / 3080.0 %4 / 5
Random.cpp +
57.7%57.7%
+ 		57.7 %139 / 24156.5 %26 / 46
Source.cpp +
58.5%58.5%
+ 		58.5 %459 / 78455.5 %81 / 146
PhotonBackground.cpp +
73.3%73.3%
+ 		73.3 %88 / 12080.0 %12 / 15
Module.cpp +
77.1%77.1%
+ 		77.1 %37 / 4875.0 %9 / 12
Common.cpp +
77.4%77.4%
+ 		77.4 %48 / 6283.3 %5 / 6
ProgressBar.cpp +
78.0%78.0%
+ 		78.0 %39 / 5080.0 %4 / 5
ParticleState.cpp +
85.7%85.7%
+ 		85.7 %48 / 5694.1 %16 / 17
Candidate.cpp +
87.8%87.8%
+ 		87.8 %129 / 14794.3 %33 / 35
base64.cpp +
91.8%91.8%
+ 		91.8 %45 / 49100.0 %2 / 2
ParticleMass.cpp +
96.8%96.8%
+ 		96.8 %30 / 31100.0 %4 / 4
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/index.html b/doc/coverageReport/src/index.html new file mode 100644 index 000000000..6e1fed226 --- /dev/null +++ b/doc/coverageReport/src/index.html @@ -0,0 +1,253 @@ + + + + + + + LCOV - coverage.info.cleaned - src + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - srcHitTotalCoverage
Test:coverage.info.cleanedLines:1361270750.3 %
Date:2024-04-08 14:58:22Functions:25142958.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Candidate.cpp +
87.8%87.8%
+ 		87.8 %129 / 14794.3 %33 / 35
Clock.cpp +
0.0%
+ 		0.0 %0 / 270.0 %0 / 8
Common.cpp +
77.4%77.4%
+ 		77.4 %48 / 6283.3 %5 / 6
Cosmology.cpp +
47.8%47.8%
+ 		47.8 %44 / 9240.0 %6 / 15
EmissionMap.cpp +
53.2%53.2%
+ 		53.2 %83 / 15654.5 %18 / 33
Geometry.cpp +
36.0%36.0%
+ 		36.0 %18 / 5046.2 %6 / 13
GridTools.cpp +
27.3%27.3%
+ 		27.3 %67 / 24536.8 %7 / 19
Module.cpp +
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+ 		77.1 %37 / 4875.0 %9 / 12
ParticleID.cpp +
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+ 		53.3 %16 / 3080.0 %4 / 5
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96.8%96.8%
+ 		96.8 %30 / 31100.0 %4 / 4
ParticleState.cpp +
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+ 		85.7 %48 / 5694.1 %16 / 17
PhotonBackground.cpp +
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+ 		73.3 %88 / 12080.0 %12 / 15
ProgressBar.cpp +
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+ 		78.0 %39 / 5080.0 %4 / 5
Random.cpp +
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+ 		57.7 %139 / 24156.5 %26 / 46
Source.cpp +
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+ 		58.5 %459 / 78455.5 %81 / 146
Variant.cpp +
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+ 		13.7 %71 / 51937.5 %18 / 48
base64.cpp +
91.8%91.8%
+ 		91.8 %45 / 49100.0 %2 / 2
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.func-sort-c.html new file mode 100644 index 000000000..a7bc79210 --- /dev/null +++ b/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.func-sort-c.html @@ -0,0 +1,112 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/ArchimedeanSpiralField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - ArchimedeanSpiralField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0420.0 %
Date:2024-04-08 14:58:22Functions:0100.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa22ArchimedeanSpiralField5setB0Ed0
_ZN7crpropa22ArchimedeanSpiralField5setR0Ed0
_ZN7crpropa22ArchimedeanSpiralField5setVwEd0
_ZN7crpropa22ArchimedeanSpiralField8setOmegaEd0
_ZN7crpropa22ArchimedeanSpiralFieldC2Edddd0
_ZNK7crpropa22ArchimedeanSpiralField5getB0Ev0
_ZNK7crpropa22ArchimedeanSpiralField5getR0Ev0
_ZNK7crpropa22ArchimedeanSpiralField5getVwEv0
_ZNK7crpropa22ArchimedeanSpiralField8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa22ArchimedeanSpiralField8getOmegaEv0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.func.html b/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.func.html new file mode 100644 index 000000000..547d3e58d --- /dev/null +++ b/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.func.html @@ -0,0 +1,112 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/ArchimedeanSpiralField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - ArchimedeanSpiralField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0420.0 %
Date:2024-04-08 14:58:22Functions:0100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa22ArchimedeanSpiralField5setB0Ed0
_ZN7crpropa22ArchimedeanSpiralField5setR0Ed0
_ZN7crpropa22ArchimedeanSpiralField5setVwEd0
_ZN7crpropa22ArchimedeanSpiralField8setOmegaEd0
_ZN7crpropa22ArchimedeanSpiralFieldC2Edddd0
_ZNK7crpropa22ArchimedeanSpiralField5getB0Ev0
_ZNK7crpropa22ArchimedeanSpiralField5getR0Ev0
_ZNK7crpropa22ArchimedeanSpiralField5getVwEv0
_ZNK7crpropa22ArchimedeanSpiralField8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa22ArchimedeanSpiralField8getOmegaEv0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.gcov.html b/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.gcov.html new file mode 100644 index 000000000..0b5c7b362 --- /dev/null +++ b/doc/coverageReport/src/magneticField/ArchimedeanSpiralField.cpp.gcov.html @@ -0,0 +1,162 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/ArchimedeanSpiralField.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - ArchimedeanSpiralField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0420.0 %
Date:2024-04-08 14:58:22Functions:0100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/ArchimedeanSpiralField.h"
+       2             : 
+       3             : namespace crpropa {
+       4             : 
+       5           0 : ArchimedeanSpiralField::ArchimedeanSpiralField(double B_0, double R_0, double Omega, double V_w) {
+       6           0 :         setB0(B_0);
+       7           0 :         setR0(R_0);
+       8           0 :         setOmega(Omega);
+       9           0 :         setVw(V_w);
+      10           0 : }
+      11             : 
+      12           0 : Vector3d ArchimedeanSpiralField::getField(const Vector3d &pos) const {
+      13             :         
+      14             :         double r = pos.getR();
+      15           0 :         double theta = pos.getTheta();
+      16           0 :         double phi =pos.getPhi();
+      17             :         
+      18           0 :         double cos_phi = cos(phi);
+      19           0 :         double sin_phi = sin(phi);
+      20           0 :         double cos_theta = cos(theta);
+      21           0 :         double sin_theta = sin(theta);
+      22             : 
+      23             :         Vector3d B(0.);
+      24             : 
+      25             :         // radial direction
+      26           0 :         double C1 = R_0*R_0/r/r;
+      27           0 :         B.x += C1 * cos_phi * sin_theta;
+      28           0 :         B.y += C1 * sin_phi * sin_theta;
+      29           0 :         B.z += C1 * cos_theta;
+      30             :         
+      31             :         // azimuthal direction  
+      32           0 :         double C2 = - (Omega*R_0*R_0*sin_theta) / (r*V_w);
+      33           0 :         B.x += C2 * (-sin_phi);
+      34           0 :         B.y += C2 * cos_phi;
+      35             : 
+      36             :         // magnetic field switch at z = 0
+      37           0 :         if (pos.z<0.) {
+      38             :                 B *= -1;
+      39             :         }
+      40             : 
+      41             :         // overall scaling
+      42             :         B *= B_0;
+      43             :         
+      44             : 
+      45           0 :         return B;
+      46             : }
+      47             : 
+      48           0 : void ArchimedeanSpiralField::setR0(double R) {
+      49           0 :         R_0 = R;
+      50           0 :         return;
+      51             : }
+      52             : 
+      53           0 : void ArchimedeanSpiralField::setB0(double B) {
+      54           0 :         B_0 = B;
+      55           0 :         return;
+      56             : }
+      57             : 
+      58           0 : void ArchimedeanSpiralField::setOmega(double Om) {
+      59           0 :         Omega = Om;
+      60           0 :         return;
+      61             : }
+      62             : 
+      63           0 : void ArchimedeanSpiralField::setVw(double v) {
+      64           0 :         V_w = v;
+      65           0 :         return;
+      66             : }
+      67             : 
+      68             : 
+      69           0 : double ArchimedeanSpiralField::getR0() const {
+      70           0 :         return R_0;
+      71             : }
+      72             : 
+      73           0 : double ArchimedeanSpiralField::getB0() const{
+      74           0 :         return B_0;
+      75             : }
+      76             : 
+      77           0 : double ArchimedeanSpiralField::getOmega() const{
+      78           0 :         return Omega;
+      79             : }
+      80             : 
+      81           0 : double ArchimedeanSpiralField::getVw() const {
+      82           0 :         return V_w;
+      83             : }
+      84             : 
+      85             : 
+      86             : } //end namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/CMZField.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/CMZField.cpp.func-sort-c.html new file mode 100644 index 000000000..57aca7fcf --- /dev/null +++ b/doc/coverageReport/src/magneticField/CMZField.cpp.func-sort-c.html @@ -0,0 +1,144 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/CMZField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - CMZField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10310796.3 %
Date:2024-04-08 14:58:22Functions:1818100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa8CMZField13setUseICFieldEb1
_ZN7crpropa8CMZField13setUseMCFieldEb1
_ZN7crpropa8CMZField14setUseNTFFieldEb1
_ZN7crpropa8CMZField14setUseRadioArcEb1
_ZNK7crpropa8CMZField10getICFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField10getMCFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField11getNTFFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField16getRadioArcFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField13getUseICFieldEv2
_ZNK7crpropa8CMZField13getUseMCFieldEv2
_ZNK7crpropa8CMZField14getUseNTFFieldEv2
_ZNK7crpropa8CMZField14getUseRadioArcEv2
_ZN7crpropa8CMZFieldC2Ev5
_ZNK7crpropa8CMZField4getAEd8
_ZNK7crpropa8CMZField4getLEd8
_ZNK7crpropa8CMZField4BPolERKNS_7Vector3IdEES4_ddd9
_ZNK7crpropa8CMZField3BAzERKNS_7Vector3IdEES4_ddd14
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/CMZField.cpp.func.html b/doc/coverageReport/src/magneticField/CMZField.cpp.func.html new file mode 100644 index 000000000..d0edc51bc --- /dev/null +++ b/doc/coverageReport/src/magneticField/CMZField.cpp.func.html @@ -0,0 +1,144 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/CMZField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - CMZField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10310796.3 %
Date:2024-04-08 14:58:22Functions:1818100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa8CMZField13setUseICFieldEb1
_ZN7crpropa8CMZField13setUseMCFieldEb1
_ZN7crpropa8CMZField14setUseNTFFieldEb1
_ZN7crpropa8CMZField14setUseRadioArcEb1
_ZN7crpropa8CMZFieldC2Ev5
_ZNK7crpropa8CMZField10getICFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField10getMCFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField11getNTFFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField13getUseICFieldEv2
_ZNK7crpropa8CMZField13getUseMCFieldEv2
_ZNK7crpropa8CMZField14getUseNTFFieldEv2
_ZNK7crpropa8CMZField14getUseRadioArcEv2
_ZNK7crpropa8CMZField16getRadioArcFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField3BAzERKNS_7Vector3IdEES4_ddd14
_ZNK7crpropa8CMZField4BPolERKNS_7Vector3IdEES4_ddd9
_ZNK7crpropa8CMZField4getAEd8
_ZNK7crpropa8CMZField4getLEd8
_ZNK7crpropa8CMZField8getFieldERKNS_7Vector3IdEE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/CMZField.cpp.gcov.html b/doc/coverageReport/src/magneticField/CMZField.cpp.gcov.html new file mode 100644 index 000000000..20cf216cb --- /dev/null +++ b/doc/coverageReport/src/magneticField/CMZField.cpp.gcov.html @@ -0,0 +1,382 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/CMZField.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - CMZField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10310796.3 %
Date:2024-04-08 14:58:22Functions:1818100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/CMZField.h"
+       2             : #include "crpropa/Units.h"
+       3             : 
+       4             : namespace crpropa {
+       5             : 
+       6           5 : CMZField::CMZField() {
+       7           5 :     useMCField = false;
+       8           5 :     useICField = true;
+       9           5 :     useNTFField = false;
+      10           5 :     useRadioArc = false;
+      11           5 : }
+      12             : 
+      13           8 : double CMZField::getA(double a1) const {
+      14           8 :     return 4*log(2)/a1/a1;  
+      15             : }
+      16             : 
+      17           8 : double CMZField::getL(double a2) const {
+      18           8 :     return a2/2*log(2);
+      19             : }
+      20             : 
+      21           9 : Vector3d CMZField::BPol(const Vector3d& position,const Vector3d& mid, double B1, double a, double L) const{
+      22             :     // cylindircal coordinates
+      23             :     Vector3d pos = position - mid;
+      24           9 :     double r = sqrt(pos.x*pos.x + pos.y*pos.y);
+      25           9 :     double phi = std::atan2(pos.y, pos.x);
+      26             : 
+      27           9 :     double r1 = 1/(1+a*pos.z*pos.z);
+      28           9 :     double Bs = B1*exp(-r1*r/L);
+      29           9 :     double Br = 2*a*pow_integer<3>(r1)*r*pos.z*Bs;
+      30             :     
+      31             :     Vector3d b = Vector3d(0.);
+      32           9 :     b.z = r1*r1*Bs;
+      33             :     // transform to cartesian coordinates
+      34           9 :     b.x = Br*cos(phi);
+      35           9 :     b.y = Br*sin(phi);
+      36           9 :     return b;
+      37             : }
+      38             : 
+      39          14 : Vector3d CMZField::BAz(const Vector3d& position, const Vector3d& mid, double B1, double eta, double R) const {
+      40             :     // cylindrical coordinates
+      41             :     Vector3d pos = position - mid;
+      42          14 :     double r = sqrt(pos.x*pos.x + pos.y*pos.y);
+      43          14 :     double phi = std::atan2(pos.y,pos.x);
+      44             : 
+      45             :     Vector3d bVec(0.);
+      46          14 :     double Hc = R/sqrt(log(2));
+      47             :     double b = 1.;
+      48             :     double m = 1;
+      49          14 :     double r1 = R/10;
+      50          14 :     double v = m/eta*log((r+b)/(R+b));
+      51          14 :     double cosV = cos(v + m*phi);
+      52             : 
+      53             :     double Br=0;
+      54             :     double Bphi=0;
+      55             :     
+      56          14 :     if(r>r1){
+      57          13 :         double Pre = B1*cosV*exp(-pos.z*pos.z/Hc/Hc);
+      58          13 :         Br = Pre*R/r;
+      59          13 :         Bphi=-Pre/eta*R/(r+b);
+      60             :     }
+      61             :     else{
+      62           1 :         double Pre = B1*exp(-pos.z*pos.z/Hc/Hc)*R/r1*(3*r/r1 - 2*r*r/r1/r1)*cosV;
+      63             :         Br = Pre;
+      64           1 :         Bphi = 1 + 6*(r-r1)/(2*r-3*r1)*(sin(v+m*phi)-sin(v))/cosV;
+      65           1 :         Bphi *= -Pre*r/eta/(r+b);
+      66             :     }
+      67             : 
+      68          14 :     bVec.x = Br*cos(phi) - Bphi*sin(phi);
+      69          14 :     bVec.y = Br*sin(phi) + Bphi*cos(phi);
+      70             : 
+      71          14 :     return bVec;
+      72             : }
+      73             : 
+      74           2 : bool CMZField::getUseMCField() const {
+      75           2 :     return useMCField;
+      76             : }
+      77           2 : bool CMZField::getUseICField() const {
+      78           2 :     return useICField;
+      79             : }
+      80           2 : bool CMZField::getUseNTFField() const {
+      81           2 :     return useNTFField;
+      82             : }
+      83           2 : bool CMZField::getUseRadioArc() const {
+      84           2 :     return useRadioArc;
+      85             : }
+      86             : 
+      87           1 : void CMZField::setUseMCField(bool use) {
+      88           1 :     useMCField = use;
+      89           1 : }
+      90           1 : void CMZField::setUseICField(bool use) {
+      91           1 :     useICField = use;
+      92           1 : }
+      93           1 : void CMZField::setUseNTFField(bool use) {
+      94           1 :     useNTFField = use;
+      95           1 : }
+      96           1 : void CMZField::setUseRadioArc(bool use) {
+      97           1 :     useRadioArc = use;
+      98           1 : }
+      99             : 
+     100           1 : Vector3d CMZField::getMCField(const Vector3d& pos) const {//Field in molecular clouds
+     101             :     Vector3d b(0.);
+     102             :     double eta=0.01;
+     103             :     double N=59; // normalization factor, depends on eta
+     104             : 
+     105             :         // azimuthal component in dense clouds
+     106             :     //A=SgrC 
+     107             :     Vector3d mid(0,-81.59*pc, -16.32*pc);
+     108             :     double R = 1.7*pc; 
+     109             :     double B1=2.1e-3/N;
+     110           1 :     b += BAz(pos, mid, B1, eta, R);
+     111             : 
+     112             :     // A=G0.253+0.016 Dust Ridge A
+     113             :     mid = Vector3d(0, 37.53*pc, -2.37*pc);
+     114             :     R=2.4*pc; 
+     115             :     B1=2.5e-3/N;
+     116           1 :     b += BAz(pos, mid, B1, eta, R);
+     117             : 
+     118             :     //A=Dust Ridge B
+     119             :     mid = Vector3d(0, 50.44, 8.16)*pc;
+     120             :     R=1.9*pc; 
+     121             :     B1=0.9e-3/N;
+     122           1 :     b += BAz(pos, mid, B1, eta, R);
+     123             :     
+     124             :     //A=Dust Ridge C
+     125             :     mid = Vector3d(0,56.37,7.71)*pc;
+     126             :     R=1.9*pc; 
+     127             :     B1=1.2e-3/N;
+     128           1 :     b += BAz(pos, mid, B1, eta, R);
+     129             : 
+     130             :     //A=Dust Ridge D
+     131             :     mid = Vector3d(0, 60.82, 7.42)*pc;
+     132             :     R=3.3*pc; 
+     133             :     B1=1.7e-3/N;
+     134           1 :     b += BAz(pos, mid, B1, eta, R);
+     135             :     
+     136             :     //A=Dust Ridge E
+     137             :     mid = Vector3d(0, 70.91, 0.74)*pc;
+     138             :     R=3.5*pc; 
+     139             :     B1=4.1e-3/N;
+     140           1 :     b += BAz(pos, mid, B1, eta, R);
+     141             :         
+     142             :     //A=Dust Ridge F
+     143             :     mid = Vector3d(0, 73.58, 2.97)*pc;
+     144             :     R=2.4*pc; 
+     145             :     B1=3.9e-3/N;
+     146           1 :     b += BAz(pos, mid, B1, eta, R);
+     147             : 
+     148             :     //Sgr D
+     149             :     mid = Vector3d(0, 166.14, -10.38)*pc;
+     150             :     R=1.8*pc;
+     151             :     B1=0.8e-3/N;
+     152           1 :     b += BAz(pos, mid, B1, eta, R);
+     153             : 
+     154             :     //Sgr B2
+     155             :     mid = Vector3d(0, 97.01, -5.93)*pc;
+     156             :     R=14*pc; 
+     157             :     B1=1.0e-3/N;
+     158           1 :     b += BAz(pos, mid, B1, eta, R);
+     159             :         
+     160             :     //A=Inner R=5pc
+     161             :     mid = Vector3d(0, -8.3, -6.9)*pc;
+     162             :     R=5*pc; 
+     163             :     B1=3.0e-3/0.91;    
+     164           1 :     b += BAz(pos, mid, B1, 0.77, R); // different eta value!
+     165             : 
+     166             :     //20 km s^-1
+     167             :     mid = Vector3d(0, -19.29,-11.87)*pc;
+     168             :     R=9.4*pc; 
+     169             :     B1=2.7e-3/N;
+     170           1 :     b += BAz(pos, mid, B1, eta, R);    
+     171             :     
+     172             :     //50 km s^-1
+     173             :     mid = Vector3d(0, -2.97, -10.38)*pc;
+     174             :     R=9.4*pc; 
+     175             :     B1=3.7e-3/N;
+     176           1 :     b += BAz(pos, mid, B1, eta, R);    
+     177             :     
+     178             :     //SgrA* is different orrientated! 
+     179             :     //only phi component
+     180           1 :     double x = pos.x;
+     181           1 :     double y = pos.y + 8.3*pc;
+     182           1 :     double z = pos.z + 6.9*pc;
+     183             :     R=1.2e12; 
+     184             :     B1=65./3.07;
+     185             :     double Hc = R/sqrt(log(2));
+     186           1 :     double r = sqrt(x*x + y*y);
+     187             :     double r1 = R/10;
+     188           1 :     double phi= std::atan2(y,x);
+     189             :     double Bphi;
+     190             : 
+     191           1 :     if(r>r1){
+     192           1 :         Bphi = - B1*exp(-z*z/Hc/Hc)*R/r;
+     193             :     }
+     194             :     else{
+     195           0 :         - B1*exp(-z*z/Hc/Hc)*R/r1*(3*r/r1- 2*r*r/r1*r1);
+     196             :     }
+     197             : 
+     198           1 :     b.x -= Bphi*sin(phi);
+     199           1 :     b.y += Bphi*cos(phi);
+     200             : 
+     201           1 :     return b*gauss;
+     202             : } 
+     203             : 
+     204           1 : Vector3d CMZField::getICField(const Vector3d& pos) const {//Field in intercloud medium--> poloidal field
+     205             :     Vector3d mid(0.,-8.3*pc,-6.9*pc);
+     206             : 
+     207             :     double eta = 0.85;
+     208             :     double B1 = 1e-5*gauss;
+     209             :     double B2 = B1/eta;
+     210             :     double a = 4*log(2)/pow(70*pc, 2); 
+     211             :     double L = 158*pc/log(2);
+     212             : 
+     213           1 :     return BPol(pos, mid, B2, a, L);
+     214             : }                                                         
+     215             :   
+     216           1 : Vector3d CMZField::getNTFField(const Vector3d& pos) const {//Field in the non-thermal filaments--> predominantly poloidal field (except "pelical"-> azimuthal)
+     217             :     Vector3d b(0.); 
+     218             :     Vector3d mid(0.);
+     219             : 
+     220             :     //A=SgrC
+     221             :     mid = Vector3d(0., -81.59,-1.48)*pc;
+     222             :     double a1=27.44*pc;
+     223             :     double a2=1.73*pc;
+     224             :     double eta=0.48;
+     225             :     double B1=1.e-4;
+     226           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
+     227             : 
+     228             :     //A=G359.15-0.2 The Snake
+     229             :     mid = Vector3d(0, -126.1,-25.22)*pc;
+     230             :     a1=12.86*pc;
+     231             :     a2=2.22*pc;
+     232             :     B1=88.e-6;
+     233           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
+     234             : 
+     235             :     //A=G359.54+0.18 Nonthermal Filament
+     236             :     mid = Vector3d(0, -68.24,25.22)*pc;
+     237             :     a1=15.08*pc;
+     238             :     a2=2.72;
+     239             :     B1=1.e-3;
+     240           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
+     241             : 
+     242             :     //A=G359.79 +17 Nonthermal Filament
+     243             :     mid = Vector3d(0,-31.15,23.74)*pc;
+     244             :     a1=16.07*pc;
+     245             :     a2=3.46*pc;
+     246             :     B1=1.e-3;
+     247           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
+     248             : 
+     249             :     //A=G359.96 +0.09  Nonthermal Filament Southern Thread
+     250             :     mid = Vector3d(0, 5.93, 16.32)*pc;
+     251             :     a1=28.68*pc;
+     252             :     a2=1.73*pc;
+     253             :     B1=1.e-4;
+     254           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
+     255             : 
+     256             :     //A=G0.09 +0.17  Nonthermal Filament Northern thread
+     257             :     mid = Vector3d(0, 13.35, 25.22)*pc;
+     258             :     a1=29.42*pc;
+     259             :     a2=2.23*pc;
+     260             :     B1=140.e-6;
+     261           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
+     262             : 
+     263             :     //A=G359.85+0.47  Nonthermal Filament The Pelican  is not poloidal but azimuthal
+     264             :     mid = Vector3d(0, -22.25, 69.73)*pc;
+     265             :     a1=11.37*pc;
+     266             :     a2=2.23*pc;
+     267             :     B1=70.e-6 /eta;
+     268             :     // by and bz switched because pelican is differently oriented
+     269           1 :     Vector3d bPelican = BPol(pos, mid, B1/eta, getA(a1), getL(a2));
+     270           1 :     b.x += bPelican.x;
+     271           1 :     b.y += bPelican.z;
+     272           1 :     b.z += bPelican.y;
+     273             :     
+     274           1 :         return b*gauss;
+     275             : }
+     276             :   
+     277           1 : Vector3d CMZField::getRadioArcField(const Vector3d& pos) const {//Field in the non-thermal filaments--> predominantly poloidal field
+     278             :     //poloidal field in the non-thermal filament region A=RadioArc
+     279             :     double eta=0.48;
+     280             :     Vector3d mid(0,26.7*pc,10.38*pc);
+     281             :     double a1=70.47*pc;// arcmin-> deg->cm
+     282             :     double a2=9.89*pc;// arcmin-> deg-> cm
+     283             :     double B1=1.e-3;
+     284           1 :     return BPol(pos, mid, B1/eta, getA(a1), getL(a2))*gauss;
+     285             : }
+     286             : 
+     287           1 : Vector3d CMZField::getField(const Vector3d& pos) const{
+     288             :     Vector3d b(0.);
+     289             : 
+     290           1 :     if(useMCField){
+     291           0 :         b += getMCField(pos);
+     292             :     }
+     293           1 :     if(useICField){
+     294           1 :         b += getICField(pos);
+     295             :     }
+     296           1 :     if(useNTFField){
+     297           0 :         b += getNTFField(pos);
+     298             :     }
+     299           1 :     if(useRadioArc){
+     300           0 :         b += getRadioArcField(pos);
+     301             :     }
+     302             : 
+     303           1 :     return b;
+     304             : }
+     305             : 
+     306             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/JF12Field.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/JF12Field.cpp.func-sort-c.html new file mode 100644 index 000000000..4cfb03c01 --- /dev/null +++ b/doc/coverageReport/src/magneticField/JF12Field.cpp.func-sort-c.html @@ -0,0 +1,188 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/JF12Field.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - JF12Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:02310.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZN7crpropa9JF12Field12setUseXFieldEb0
_ZN7crpropa9JF12Field13isUsingXFieldEv0
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_ZN7crpropa9JF12Field15getStriatedGridEv0
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_ZN7crpropa9JF12Field16isUsingDiskFieldEv0
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_ZN7crpropa9JF12Field18setUseRegularFieldEb0
_ZN7crpropa9JF12Field19isUsingRegularFieldEv0
_ZN7crpropa9JF12Field19setUseStriatedFieldEb0
_ZN7crpropa9JF12Field20isUsingStriatedFieldEv0
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_ZN7crpropa9JF12Field21isUsingTurbulentFieldEv0
_ZN7crpropa9JF12Field23setUseToroidalHaloFieldEb0
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_ZN7crpropa9JF12FieldC2Ev0
_ZNK7crpropa9JF12Field12getDiskFieldERKdS2_S2_S2_S2_0
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_ZNK7crpropa9JF12Field16getStriatedFieldERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field16logisticFunctionERKdS2_S2_0
_ZNK7crpropa9JF12Field17getTurbulentFieldERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field20getToroidalHaloFieldERKdS2_S2_S2_0
_ZNK7crpropa9JF12Field20getTurbulentStrengthERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field9getXFieldERKdS2_S2_S2_0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/JF12Field.cpp.func.html b/doc/coverageReport/src/magneticField/JF12Field.cpp.func.html new file mode 100644 index 000000000..f4e99fdd5 --- /dev/null +++ b/doc/coverageReport/src/magneticField/JF12Field.cpp.func.html @@ -0,0 +1,188 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/JF12Field.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - JF12Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:02310.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16PlanckJF12bFieldC2Ev0
_ZN7crpropa9JF12Field12setUseXFieldEb0
_ZN7crpropa9JF12Field13isUsingXFieldEv0
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_ZN7crpropa9JF12Field15setUseDiskFieldEb0
_ZN7crpropa9JF12Field16getTurbulentGridEv0
_ZN7crpropa9JF12Field16isUsingDiskFieldEv0
_ZN7crpropa9JF12Field16setTurbulentGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa9JF12Field18setUseRegularFieldEb0
_ZN7crpropa9JF12Field19isUsingRegularFieldEv0
_ZN7crpropa9JF12Field19setUseStriatedFieldEb0
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_ZN7crpropa9JF12Field20setUseTurbulentFieldEb0
_ZN7crpropa9JF12Field21isUsingTurbulentFieldEv0
_ZN7crpropa9JF12Field23setUseToroidalHaloFieldEb0
_ZN7crpropa9JF12Field24isUsingToroidalHaloFieldEv0
_ZN7crpropa9JF12FieldC2Ev0
_ZNK7crpropa9JF12Field12getDiskFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa9JF12Field15getRegularFieldERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field16getStriatedFieldERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field16logisticFunctionERKdS2_S2_0
_ZNK7crpropa9JF12Field17getTurbulentFieldERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field20getToroidalHaloFieldERKdS2_S2_S2_0
_ZNK7crpropa9JF12Field20getTurbulentStrengthERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa9JF12Field9getXFieldERKdS2_S2_S2_0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/JF12Field.cpp.gcov.html b/doc/coverageReport/src/magneticField/JF12Field.cpp.gcov.html new file mode 100644 index 000000000..71e09d723 --- /dev/null +++ b/doc/coverageReport/src/magneticField/JF12Field.cpp.gcov.html @@ -0,0 +1,452 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/JF12Field.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - JF12Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:02310.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/JF12Field.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/magneticField/turbulentField/SimpleGridTurbulence.h"
+       4             : #include "crpropa/Random.h"
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8           0 : JF12Field::JF12Field() {
+       9           0 :         useRegularField = true;
+      10           0 :         useStriatedField = false;
+      11           0 :         useTurbulentField = false;
+      12           0 :         useDiskField = true;
+      13           0 :         useToroidalHaloField = true;
+      14           0 :         useXField = true;
+      15             : 
+      16             :         // spiral arm parameters
+      17           0 :         pitch = 11.5 * M_PI / 180;
+      18           0 :         sinPitch = sin(pitch);
+      19           0 :         cosPitch = cos(pitch);
+      20           0 :         tanPitch = tan(pitch);
+      21           0 :         cotPitch =  1. / tanPitch;
+      22           0 :         tan90MinusPitch = tan(M_PI / 2 - pitch);
+      23             : 
+      24           0 :         rArms[0] = 5.1 * kpc;
+      25           0 :         rArms[1] = 6.3 * kpc;
+      26           0 :         rArms[2] = 7.1 * kpc;
+      27           0 :         rArms[3] = 8.3 * kpc;
+      28           0 :         rArms[4] = 9.8 * kpc;
+      29           0 :         rArms[5] = 11.4 * kpc;
+      30           0 :         rArms[6] = 12.7 * kpc;
+      31           0 :         rArms[7] = 15.5 * kpc;
+      32             : 
+      33             :         // regular field parameters
+      34           0 :         bRing = 0.1 * muG;
+      35           0 :         hDisk = 0.40 * kpc;
+      36           0 :         wDisk = 0.27 * kpc;
+      37             : 
+      38           0 :         bDisk[0] = 0.1 * muG;
+      39           0 :         bDisk[1] = 3.0 * muG;
+      40           0 :         bDisk[2] = -0.9 * muG;
+      41           0 :         bDisk[3] = -0.8 * muG;
+      42           0 :         bDisk[4] = -2.0 * muG;
+      43           0 :         bDisk[5] = -4.2 * muG;
+      44           0 :         bDisk[6] = 0.0 * muG;
+      45           0 :         bDisk[7] = 2.7 * muG;
+      46             : 
+      47           0 :         bNorth = 1.4 * muG;
+      48           0 :         bSouth = -1.1 * muG;
+      49           0 :         rNorth = 9.22 * kpc;
+      50           0 :         rSouth = 17 * kpc;
+      51           0 :         wHalo = 0.20 * kpc;
+      52           0 :         z0 = 5.3 * kpc;
+      53             : 
+      54           0 :         bX = 4.6 * muG;
+      55           0 :         thetaX0 = 49.0 * M_PI / 180;
+      56           0 :         sinThetaX0 = sin(thetaX0);
+      57           0 :         cosThetaX0 = cos(thetaX0);
+      58           0 :         tanThetaX0 = tan(thetaX0);
+      59           0 :         cotThetaX0 = 1. / tanThetaX0;
+      60           0 :         rXc = 4.8 * kpc;
+      61           0 :         rX = 2.9 * kpc;
+      62             : 
+      63             :         // striated field parameter
+      64           0 :         sqrtbeta = sqrt(1.36);
+      65             : 
+      66             :         // turbulent field parameters
+      67           0 :         bDiskTurb[0] = 10.81 * muG;
+      68           0 :         bDiskTurb[1] = 6.96 * muG;
+      69           0 :         bDiskTurb[2] = 9.59 * muG;
+      70           0 :         bDiskTurb[3] = 6.96 * muG;
+      71           0 :         bDiskTurb[4] = 1.96 * muG;
+      72           0 :         bDiskTurb[5] = 16.34 * muG;
+      73           0 :         bDiskTurb[6] = 37.29 * muG;
+      74           0 :         bDiskTurb[7] = 10.35 * muG;
+      75             : 
+      76           0 :         bDiskTurb5 = 7.63 * muG;
+      77           0 :         zDiskTurb = 0.61 * kpc;
+      78             : 
+      79           0 :         bHaloTurb = 4.68 * muG;
+      80           0 :         rHaloTurb = 10.97 * kpc;
+      81           0 :         zHaloTurb = 2.84 * kpc;
+      82           0 : }
+      83             : 
+      84           0 : void JF12Field::randomStriated(int seed) {
+      85           0 :         useStriatedField = true;
+      86             :         int N = 100;
+      87           0 :         striatedGrid = new Grid1f(Vector3d(0.), N, 0.1 * kpc);
+      88             : 
+      89           0 :         Random random;
+      90           0 :         if (seed != 0)
+      91           0 :                 random.seed(seed);
+      92             : 
+      93           0 :         for (int ix = 0; ix < N; ix++)
+      94           0 :                 for (int iy = 0; iy < N; iy++)
+      95           0 :                         for (int iz = 0; iz < N; iz++) {
+      96           0 :                                 float &f = striatedGrid->get(ix, iy, iz);
+      97           0 :                                 f = round(random.rand()) * 2 - 1;
+      98             :                         }
+      99           0 : }
+     100             : 
+     101             : #ifdef CRPROPA_HAVE_FFTW3F
+     102           0 : void JF12Field::randomTurbulent(int seed) {
+     103           0 :         useTurbulentField = true;
+     104             :         // turbulent field with Kolmogorov spectrum, B_rms = 1 (will be scaled) and Lc = 60 parsec, and 256 grid points.
+     105             :         // Note that the inertial range of the turbulence is less than 2 orders of magnitude.
+     106             :     const double lMin = 8 * parsec;
+     107             :     const double lMax = 272 * parsec;
+     108             :     const double Brms = 1;
+     109             :     const double spacing = 4 * parsec;
+     110             :     const double grid_n = 256;
+     111             : 
+     112             :     auto spectrum = SimpleTurbulenceSpectrum(Brms, lMin, lMax);
+     113             :     auto gp = GridProperties(Vector3d(0.), grid_n, spacing);
+     114           0 :     auto tf = SimpleGridTurbulence(spectrum, gp, seed);
+     115           0 :     turbulentGrid = tf.getGrid();
+     116             : 
+     117           0 : }
+     118             : #endif
+     119             : 
+     120           0 : void JF12Field::setStriatedGrid(ref_ptr<Grid1f> grid) {
+     121           0 :         useStriatedField = true;
+     122           0 :         striatedGrid = grid;
+     123           0 : }
+     124             : 
+     125           0 : void JF12Field::setTurbulentGrid(ref_ptr<Grid3f> grid) {
+     126           0 :         useTurbulentField = true;
+     127           0 :         turbulentGrid = grid;
+     128           0 : }
+     129             : 
+     130           0 : ref_ptr<Grid1f> JF12Field::getStriatedGrid() {
+     131           0 :         return striatedGrid;
+     132             : }
+     133             : 
+     134           0 : ref_ptr<Grid3f> JF12Field::getTurbulentGrid() {
+     135           0 :         return turbulentGrid;
+     136             : }
+     137             : 
+     138           0 : void JF12Field::setUseRegularField(bool use) {
+     139           0 :         useRegularField = use;
+     140           0 : }
+     141             : 
+     142           0 : void JF12Field::setUseDiskField(bool use) {
+     143           0 :         useDiskField = use;
+     144           0 : }
+     145             : 
+     146           0 : void JF12Field::setUseToroidalHaloField(bool use) {
+     147           0 :         useToroidalHaloField = use;
+     148           0 : }
+     149             : 
+     150           0 : void JF12Field::setUseXField(bool use) {
+     151           0 :         useXField = use;
+     152           0 : }
+     153             : 
+     154           0 : void JF12Field::setUseStriatedField(bool use) {
+     155           0 :         if ((use) and !(striatedGrid)) {
+     156           0 :                 KISS_LOG_WARNING << "JF12Field: No striated field set: ignored. Run e.g. randomStriated().";
+     157           0 :                 return;
+     158             :         }
+     159           0 :         useStriatedField = use;
+     160             : }
+     161             : 
+     162           0 : void JF12Field::setUseTurbulentField(bool use) {
+     163           0 :         if ((use) and !(turbulentGrid)) {
+     164           0 :                 KISS_LOG_WARNING << "JF12Field: No turbulent field set: ignored. Run e.g. randomTurbulent().";
+     165           0 :                 return;
+     166             :         }
+     167           0 :         useTurbulentField = use;
+     168             : }
+     169             : 
+     170           0 : bool JF12Field::isUsingRegularField() {
+     171           0 :         return useRegularField;
+     172             : }
+     173             : 
+     174           0 : bool JF12Field::isUsingDiskField() {
+     175           0 :         return useDiskField;
+     176             : }
+     177             : 
+     178           0 : bool JF12Field::isUsingToroidalHaloField() {
+     179           0 :         return useToroidalHaloField;
+     180             : }
+     181             : 
+     182           0 : bool JF12Field::isUsingXField() {
+     183           0 :         return useXField;
+     184             : }
+     185             : 
+     186           0 : bool JF12Field::isUsingStriatedField() {
+     187           0 :         return useStriatedField;
+     188             : }
+     189             : 
+     190           0 : bool JF12Field::isUsingTurbulentField() {
+     191           0 :         return useTurbulentField;
+     192             : }
+     193             : 
+     194           0 : double JF12Field::logisticFunction(const double& x, const double& x0, const double& w) const {
+     195           0 :         return 1. / (1. + exp(-2. * (fabs(x) - x0) / w));
+     196             : }
+     197             : 
+     198           0 : Vector3d JF12Field::getRegularField(const Vector3d& pos) const {
+     199             :         Vector3d b(0.);
+     200             : 
+     201             :         double d = pos.getR(); // distance to galactic center
+     202             : 
+     203           0 :         if (d < 20 * kpc) {
+     204           0 :                 double r = sqrt(pos.x * pos.x + pos.y * pos.y); // in-plane radius
+     205           0 :                 double phi = pos.getPhi(); // azimuth
+     206           0 :                 double sinPhi = sin(phi);
+     207           0 :                 double cosPhi = cos(phi);
+     208             : 
+     209           0 :                 b += getDiskField(r, pos.z, phi, sinPhi, cosPhi);
+     210           0 :                 b += getToroidalHaloField(r, pos.z, sinPhi, cosPhi);
+     211           0 :                 b += getXField(r, pos.z, sinPhi, cosPhi);
+     212             :         }
+     213             : 
+     214           0 :         return b;
+     215             : }
+     216             : 
+     217           0 : Vector3d JF12Field::getDiskField(const double& r, const double& z, const double& phi, const double& sinPhi, const double& cosPhi) const {
+     218             :         Vector3d b(0.);
+     219           0 :         if (useDiskField) {
+     220           0 :                 double lfDisk = logisticFunction(z, hDisk, wDisk);
+     221           0 :                 if (r > 3 * kpc) {
+     222             :                         double bMag;
+     223           0 :                         if (r < 5 * kpc) {
+     224             :                                 // molecular ring
+     225           0 :                                 bMag = bRing * (5 * kpc / r) * (1 - lfDisk);
+     226           0 :                                 b.x += -bMag * sinPhi;
+     227           0 :                                 b.y += bMag * cosPhi;
+     228             :                         } else {
+     229             :                                 // spiral region
+     230           0 :                                 double r_negx = r * exp(-(phi - M_PI) / tan90MinusPitch);
+     231           0 :                                 if (r_negx > rArms[7])
+     232           0 :                                         r_negx = r * exp(-(phi + M_PI) / tan90MinusPitch);
+     233           0 :                                 if (r_negx > rArms[7])
+     234           0 :                                         r_negx = r * exp(-(phi + 3 * M_PI) / tan90MinusPitch);
+     235             : 
+     236           0 :                                 for (int i = 7; i >= 0; i--)
+     237           0 :                                         if (r_negx < rArms[i])
+     238           0 :                                                 bMag = bDisk[i];
+     239             : 
+     240           0 :                                 bMag *= (5 * kpc / r) * (1 - lfDisk);
+     241           0 :                                 b.x += bMag * (sinPitch * cosPhi - cosPitch * sinPhi);
+     242           0 :                                 b.y += bMag * (sinPitch * sinPhi + cosPitch * cosPhi);
+     243             :                         }
+     244             :                 }
+     245             :         }
+     246           0 :         return b;
+     247             : }
+     248             : 
+     249           0 : Vector3d JF12Field::getToroidalHaloField(const double& r, const double& z, const double& sinPhi, const double& cosPhi) const {
+     250             :         Vector3d b(0.);
+     251             : 
+     252           0 :         if (useToroidalHaloField && (r * r + z * z > 1 * kpc * kpc)){
+     253             : 
+     254           0 :                 double lfDisk = logisticFunction(z, hDisk, wDisk);
+     255           0 :                 double bMagH = exp(-fabs(z) / z0) * lfDisk;
+     256             : 
+     257           0 :                 if (z >= 0)
+     258           0 :                         bMagH *= bNorth * (1 - logisticFunction(r, rNorth, wHalo));
+     259             :                 else
+     260           0 :                         bMagH *= bSouth * (1 - logisticFunction(r, rSouth, wHalo));
+     261           0 :                 b.x += -bMagH * sinPhi;
+     262           0 :                 b.y += bMagH * cosPhi;
+     263             :         }
+     264           0 :         return b;
+     265             : }
+     266             : 
+     267           0 : Vector3d JF12Field::getXField(const double& r, const double& z, const double& sinPhi, const double& cosPhi) const {
+     268             :         Vector3d b(0.);
+     269             : 
+     270           0 :         if (useXField && (r * r + z * z > 1 * kpc * kpc)){
+     271             :                 double bMagX;
+     272             :                 double sinThetaX, cosThetaX;
+     273             :                 double rp;
+     274           0 :                 double rc = rXc + fabs(z) / tanThetaX0;
+     275           0 :                 if (r < rc) {
+     276             :                         // varying elevation region
+     277           0 :                         rp = r * rXc / rc;
+     278           0 :                         bMagX = bX * exp(-1 * rp / rX) * pow(rXc / rc, 2.);
+     279           0 :                         double thetaX = atan2(fabs(z), (r - rp));
+     280           0 :                         if (z == 0)
+     281             :                                 thetaX = M_PI / 2.;
+     282           0 :                         sinThetaX = sin(thetaX);
+     283           0 :                         cosThetaX = cos(thetaX);
+     284             :                 } else {
+     285             :                         // constant elevation region
+     286           0 :                         rp = r - fabs(z) / tanThetaX0;
+     287           0 :                         bMagX = bX * exp(-rp / rX) * (rp / r);
+     288           0 :                         sinThetaX = sinThetaX0;
+     289           0 :                         cosThetaX = cosThetaX0;
+     290             :                 }
+     291           0 :                 double zsign = z < 0 ? -1 : 1;
+     292           0 :                 b.x += zsign * bMagX * cosThetaX * cosPhi;
+     293           0 :                 b.y += zsign * bMagX * cosThetaX * sinPhi;
+     294           0 :                 b.z += bMagX * sinThetaX;
+     295             :         }
+     296           0 :         return b;
+     297             : }
+     298             : 
+     299           0 : Vector3d JF12Field::getStriatedField(const Vector3d& pos) const {
+     300           0 :         return (getRegularField(pos)
+     301           0 :                         * (1. + sqrtbeta * striatedGrid->closestValue(pos)));
+     302             : }
+     303             : 
+     304           0 : double JF12Field::getTurbulentStrength(const Vector3d& pos) const {
+     305           0 :         if (pos.getR() > 20 * kpc)
+     306             :                 return 0;
+     307             : 
+     308           0 :         double r = sqrt(pos.x * pos.x + pos.y * pos.y); // in-plane radius
+     309           0 :         double phi = pos.getPhi(); // azimuth
+     310             : 
+     311             :         // disk
+     312             :         double bDisk = 0;
+     313           0 :         if (r < 5 * kpc) {
+     314           0 :                 bDisk = bDiskTurb5;
+     315             :         } else {
+     316             :                 // spiral region
+     317           0 :                 double r_negx = r * exp(-(phi - M_PI) / tan90MinusPitch);
+     318           0 :                 if (r_negx > rArms[7])
+     319           0 :                         r_negx = r * exp(-(phi + M_PI) / tan90MinusPitch);
+     320           0 :                 if (r_negx > rArms[7])
+     321           0 :                         r_negx = r * exp(-(phi + 3 * M_PI) / tan90MinusPitch);
+     322             : 
+     323           0 :                 for (int i = 7; i >= 0; i--)
+     324           0 :                         if (r_negx < rArms[i])
+     325           0 :                                 bDisk = bDiskTurb[i];
+     326             : 
+     327           0 :                 bDisk *= (5 * kpc) / r;
+     328             :         }
+     329           0 :         bDisk *= exp(-0.5 * pow(pos.z / zDiskTurb, 2));
+     330             : 
+     331             :         // halo
+     332           0 :         double bHalo = bHaloTurb * exp(-r / rHaloTurb)
+     333           0 :                         * exp(-0.5 * pow(pos.z / zHaloTurb, 2));
+     334             : 
+     335             :         // modulate turbulent field
+     336           0 :         return sqrt(pow(bDisk, 2) + pow(bHalo, 2));
+     337             : }
+     338             : 
+     339           0 : Vector3d JF12Field::getTurbulentField(const Vector3d& pos) const {
+     340           0 :         return (turbulentGrid->interpolate(pos) * getTurbulentStrength(pos));
+     341             : }
+     342             : 
+     343           0 : Vector3d JF12Field::getField(const Vector3d& pos) const {
+     344             :         Vector3d b(0.);
+     345           0 :         if (useTurbulentField)
+     346           0 :                 b += getTurbulentField(pos);
+     347           0 :         if (useStriatedField)
+     348           0 :                 b += getStriatedField(pos);
+     349           0 :         else if (useRegularField)
+     350           0 :                 b += getRegularField(pos);
+     351           0 :         return b;
+     352             : }
+     353             : 
+     354             : 
+     355             : 
+     356           0 : PlanckJF12bField::PlanckJF12bField() : JF12Field::JF12Field(){
+     357             :         // regular field parameters
+     358           0 :         bDisk[5] = -3.5 * muG;
+     359           0 :         bX = 1.8 * muG;
+     360             : 
+     361             :         // turbulent field parameters;
+     362           0 :         bDiskTurb[0] = 3.12 * muG;
+     363           0 :         bDiskTurb[1] = 6.24 * muG;
+     364           0 :         bDiskTurb[2] = 3.12 * muG;
+     365           0 :         bDiskTurb[3] = 6.24 * muG;
+     366           0 :         bDiskTurb[4] = 3.12 * muG;
+     367           0 :         bDiskTurb[5] = 6.24 * muG;
+     368           0 :         bDiskTurb[6] = 3.12 * muG;
+     369           0 :         bDiskTurb[7] = 6.24 * muG;
+     370             : 
+     371           0 :         bDiskTurb5 = 3.90 * muG;
+     372             : 
+     373           0 :         bHaloTurb = 7.332 * muG;
+     374           0 : }
+     375             : 
+     376             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.func-sort-c.html new file mode 100644 index 000000000..5057574e8 --- /dev/null +++ b/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.func-sort-c.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/JF12FieldSolenoidal.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - JF12FieldSolenoidal.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01420.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19JF12FieldSolenoidal15setXScaleHeightEd0
_ZN7crpropa19JF12FieldSolenoidal19setUseStriatedFieldEb0
_ZN7crpropa19JF12FieldSolenoidal20setUseTurbulentFieldEb0
_ZN7crpropa19JF12FieldSolenoidal22setDiskTransitionWidthEd0
_ZN7crpropa19JF12FieldSolenoidal25deactivateOuterTransitionEv0
_ZN7crpropa19JF12FieldSolenoidalC2Edd0
_ZNK7crpropa19JF12FieldSolenoidal12getDiskFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa19JF12FieldSolenoidal15getHPhiIntegralERKdS2_0
_ZNK7crpropa19JF12FieldSolenoidal15getXScaleHeightEv0
_ZNK7crpropa19JF12FieldSolenoidal22getDiskTransitionWidthEv0
_ZNK7crpropa19JF12FieldSolenoidal27getDiskTransitionPolynomialERKd0
_ZNK7crpropa19JF12FieldSolenoidal30getSpiralFieldStrengthConstantERKdS2_0
_ZNK7crpropa19JF12FieldSolenoidal37getDiskTransitionPolynomialDerivativeERKd0
_ZNK7crpropa19JF12FieldSolenoidal9getXFieldERKdS2_S2_S2_0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.func.html b/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.func.html new file mode 100644 index 000000000..539e7551e --- /dev/null +++ b/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.func.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/JF12FieldSolenoidal.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - JF12FieldSolenoidal.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01420.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19JF12FieldSolenoidal15setXScaleHeightEd0
_ZN7crpropa19JF12FieldSolenoidal19setUseStriatedFieldEb0
_ZN7crpropa19JF12FieldSolenoidal20setUseTurbulentFieldEb0
_ZN7crpropa19JF12FieldSolenoidal22setDiskTransitionWidthEd0
_ZN7crpropa19JF12FieldSolenoidal25deactivateOuterTransitionEv0
_ZN7crpropa19JF12FieldSolenoidalC2Edd0
_ZNK7crpropa19JF12FieldSolenoidal12getDiskFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa19JF12FieldSolenoidal15getHPhiIntegralERKdS2_0
_ZNK7crpropa19JF12FieldSolenoidal15getXScaleHeightEv0
_ZNK7crpropa19JF12FieldSolenoidal22getDiskTransitionWidthEv0
_ZNK7crpropa19JF12FieldSolenoidal27getDiskTransitionPolynomialERKd0
_ZNK7crpropa19JF12FieldSolenoidal30getSpiralFieldStrengthConstantERKdS2_0
_ZNK7crpropa19JF12FieldSolenoidal37getDiskTransitionPolynomialDerivativeERKd0
_ZNK7crpropa19JF12FieldSolenoidal9getXFieldERKdS2_S2_S2_0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.gcov.html b/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.gcov.html new file mode 100644 index 000000000..ae5d894a4 --- /dev/null +++ b/doc/coverageReport/src/magneticField/JF12FieldSolenoidal.cpp.gcov.html @@ -0,0 +1,378 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/JF12FieldSolenoidal.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - JF12FieldSolenoidal.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01420.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/JF12FieldSolenoidal.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/GridTools.h"
+       4             : #include "crpropa/Random.h"
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8           0 : JF12FieldSolenoidal::JF12FieldSolenoidal(double delta, double zs) {
+       9           0 :         zS = zs; // set scale heigth for the parabolic X field lines
+      10           0 :         r1 = 5 * kpc; // inner boundary of the disk field
+      11           0 :         r2 = 20 * kpc; // outer boudary of the disk field
+      12           0 :         r1s = r1 + delta; // the magnetic flux of the spirals is redirected for r in [r1,r1s]
+      13           0 :         r2s = r2 - delta; // same here at outer boundary between r2s and r2
+      14           0 :         phi0 = 0.; // somewhat arbitrary choice, has to be chosen in [-pi,pi]
+      15             : 
+      16           0 :         for (int i = 1;i < 9; i++){
+      17             :                 // fill the array with angles in [-pi,pi] where the 8 spiral arms intersect the r1 - ring
+      18             :                 // indexing starts at 1 to match the indexing in the papers on the JF12 field!
+      19           0 :                 phi0Arms[i] = M_PI - cotPitch * log(rArms[i-1] / r1);
+      20             :         }
+      21             : 
+      22             :         // cyclic closure of the array, with next values periodically continued
+      23             :         // outside [-pi,pi] to simplify looping and searching for correct spiral arms
+      24           0 :         phi0Arms[0] = phi0Arms[8] + 2 * M_PI;
+      25           0 :         phi0Arms[9] = phi0Arms[1] - 2 * M_PI;
+      26           0 :         phi0Arms[10] = phi0Arms[2] - 2 *M_PI;
+      27             : 
+      28             :         // determine the position of phi0 in the array, i.e. find the correct spiral arm.
+      29             :         int idx0 = 1; // corresponding index in phi0Arms such that phi0Arms[idx0] < phi0 < phi0Arms[idx0-1]
+      30           0 :         while (phi0 < phi0Arms[idx0]){
+      31           0 :                 idx0 += 1; // search clockwise, starting with the check if phi0Arms[1] < phi0 < phi0Arms[0]
+      32             :         }
+      33             : 
+      34             :         // fill the bDisk array with spiral field strengths at r = r1.
+      35             :         // note the indexing starting with 1 here to match the indexing in the JF12 papers!
+      36             :         // for a position (r1,phi), phi in [-pi,pi], the correct field strength is given by
+      37             :         // bDisk[i] if phi0Arms[i] < phi0 < phi0Arms[i-1].
+      38           0 :         bDisk[1] = 0.1 * muG;
+      39           0 :         bDisk[2] = 3.0 * muG;
+      40           0 :         bDisk[3] = -0.9 * muG;
+      41           0 :         bDisk[4] = -0.8 * muG;
+      42           0 :         bDisk[5] = -2.0 * muG;
+      43           0 :         bDisk[6] = -4.2 * muG;
+      44           0 :         bDisk[7] = 0.0 * muG;
+      45             : 
+      46             :         // re-compute b_8 for actual (net flux = 0)-correction of the spiral field with minimal round-off errors
+      47             :         double flux1to7 = 0.;
+      48           0 :         for (int i = 1; i < 8; i++){
+      49           0 :                 flux1to7 += (phi0Arms[i-1] - phi0Arms[i]) * bDisk[i];
+      50             :         }
+      51           0 :         bDisk[8] = -flux1to7 / (phi0Arms[7] - phi0Arms[8]);
+      52             : 
+      53           0 :         bDisk[0] = bDisk[8]; // again close the array periodically
+      54           0 :         bDisk[9] = bDisk[1];
+      55           0 :         bDisk[10] = bDisk[2];
+      56             : 
+      57             :         // set coefficients for the evaluation of the phi-integral over the piecewise constant field strengths at r=r1
+      58             :         // such that it may be evaluated as H(phi) = phiCoeff[j] + bDisk[j] * phi later on
+      59             :         // start integration at phi0Arms[0] first, shift to lower integration boundary phi0 later
+      60           0 :         phiCoeff[0] = 0;
+      61           0 :         for (int i = 1; i < 10; i++){
+      62           0 :                 phiCoeff[i] = phiCoeff[i-1] + (bDisk[i-1] - bDisk[i]) * phi0Arms[i-1];
+      63             :         }
+      64             : 
+      65             :         // correct for H(phi0) = 0
+      66           0 :         corr = phiCoeff[idx0] + bDisk[idx0] * phi0;
+      67           0 :         for (int i = 1; i < 10; i++){
+      68           0 :                 phiCoeff[i] = phiCoeff[i] - corr;
+      69             :         }
+      70           0 : }
+      71             : 
+      72           0 : void JF12FieldSolenoidal::setDiskTransitionWidth(double delta) {
+      73           0 :         r1s = r1 + delta;
+      74           0 :         r2s = r2 - delta;
+      75           0 : }
+      76             : 
+      77           0 : void JF12FieldSolenoidal::setXScaleHeight(double zs) {
+      78           0 :         zS = zs;
+      79           0 : }
+      80             : 
+      81           0 : double JF12FieldSolenoidal::getDiskTransitionWidth() const {
+      82           0 :         return (r1s - r1);
+      83             : }
+      84             : 
+      85           0 : double JF12FieldSolenoidal::getXScaleHeight() const {
+      86           0 :         return zS;
+      87             : }
+      88             : 
+      89           0 : void JF12FieldSolenoidal::deactivateOuterTransition() {
+      90           0 :         r2s = r2;
+      91           0 : }
+      92             : 
+      93           0 : void JF12FieldSolenoidal::setUseStriatedField(bool use) {
+      94           0 :         if ((use) and (striatedGrid)) {
+      95           0 :                 KISS_LOG_WARNING << "JF12FieldSolenoidal: No striated field set: ignored.";
+      96           0 :                 return;
+      97             :         }
+      98           0 :         useStriatedField = use;
+      99             : }
+     100             : 
+     101           0 : void JF12FieldSolenoidal::setUseTurbulentField(bool use) {
+     102           0 :         if ((use) and (turbulentGrid)) {
+     103           0 :                 KISS_LOG_WARNING << "JF12FieldSolenoidal: No turbulent field set: ignored.";
+     104           0 :                 return;
+     105             :         }
+     106           0 :         useTurbulentField = use;
+     107             : }
+     108             : 
+     109           0 : Vector3d JF12FieldSolenoidal::getDiskField(const double& r, const double& z, const double& phi, const double& sinPhi, const double& cosPhi) const {
+     110             :         Vector3d b(0.);
+     111             : 
+     112           0 :         if (useDiskField){
+     113           0 :                 double lfDisk = logisticFunction(z, hDisk, wDisk); // for vertical scaling as in initial JF12
+     114             : 
+     115           0 :                 double hint = getHPhiIntegral(r, phi); // phi integral to restore solenoidality in transition region, only enters if r is in [r1,r1s] or [r2s,r2]
+     116           0 :                 double mag1 = getSpiralFieldStrengthConstant(r, phi); // returns bDisk[j] for the current spiral arm
+     117             : 
+     118           0 :                 if ((r1 < r) && (r < r2)) {
+     119           0 :                         double pdelta = getDiskTransitionPolynomial(r);
+     120           0 :                         double qdelta = getDiskTransitionPolynomialDerivative(r);
+     121           0 :                         double br = pdelta * mag1 * sinPitch;
+     122           0 :                         double bphi = pdelta * mag1 * cosPitch - qdelta * hint * sinPitch;
+     123             : 
+     124           0 :                         b.x += br * cosPhi - bphi * sinPhi;
+     125           0 :                         b.y += br * sinPhi + bphi * cosPhi;
+     126             : 
+     127           0 :                         b *= (1 - lfDisk);
+     128             :                 }
+     129             :         }
+     130           0 :         return b;
+     131             : }
+     132             : 
+     133           0 : Vector3d JF12FieldSolenoidal::getXField(const double& r, const double& z, const double& sinPhi, const double& cosPhi) const {
+     134             :         Vector3d b(0.);
+     135             : 
+     136           0 :         if (useXField){
+     137             :                 double bMagX;
+     138             :                 double sinThetaX, cosThetaX;
+     139             :                 double rp; // radius where current intial field line passes z = 0
+     140           0 :                 double rc = rXc + fabs(z) / tanThetaX0;
+     141           0 :                 double r0c = rXc + zS / tanThetaX0; // radius where field line through rXc passes z = zS
+     142             :                 double f, r0, br0, bz0;
+     143             :                 bool inner = true; // distinguish between inner and outer region
+     144             : 
+     145             :                 // return intial field if z>=zS
+     146           0 :                 if (fabs(z) > zS){
+     147           0 :                         if ((r == 0.)){
+     148           0 :                                 b.z = bX / ((1. + fabs(z) * cotThetaX0 / rXc) * (1. + fabs(z) * cotThetaX0 / rXc));
+     149           0 :                                 return b;
+     150             :                         }
+     151             : 
+     152           0 :                         if (r < rc) {
+     153             :                         // inner varying elevation region
+     154           0 :                                 rp = r * rXc / rc;
+     155           0 :                                 bMagX = bX * exp(-1 * rp / rX) * (rXc / rc) * (rXc / rc);
+     156             : 
+     157           0 :                                 double thetaX = atan(fabs(z) / (r - rp));
+     158             : 
+     159           0 :                                 if (z == 0)
+     160             :                                         thetaX = M_PI / 2.;
+     161             : 
+     162           0 :                                 sinThetaX = sin(thetaX);
+     163           0 :                                 cosThetaX = cos(thetaX);
+     164             :                         }
+     165             :                         else {
+     166             :                         // outer constant elevation region
+     167           0 :                                 rp = r - fabs(z) / tanThetaX0;
+     168           0 :                                 bMagX = bX * exp(-rp / rX) * (rp / r);
+     169             : 
+     170           0 :                                 sinThetaX = sinThetaX0;
+     171           0 :                                 cosThetaX = cosThetaX0;
+     172             :                         }
+     173           0 :                         double zsign = z < 0 ? -1 : 1;
+     174           0 :                         b.x += zsign * bMagX * cosThetaX * cosPhi;
+     175           0 :                         b.y += zsign * bMagX * cosThetaX * sinPhi;
+     176           0 :                         b.z += bMagX * sinThetaX;
+     177             :                 }
+     178             :                 // parabolic field lines for z<zS
+     179             :                 else {
+     180             :                                 // determine r at which parabolic field line through (r,z) passes z = zS
+     181           0 :                                 r0 = r * 1. / (1.- 1./ (2. * (zS + rXc * tanThetaX0)) * (zS - z * z / zS));
+     182             : 
+     183             :                                 // determine correct region (inner/outer)
+     184             :                                 // and compute factor F for solenoidality
+     185           0 :                                 if (r0 >= r0c){
+     186           0 :                                         r0 = r + 1. / (2. * tanThetaX0) * (zS - z * z / zS);
+     187           0 :                                         f = 1. + 1/ (2 * r * tanThetaX0/ zS) * (1. - (z / zS) * (z / zS));
+     188             :                                 }
+     189             :                                 else
+     190             :                                 {
+     191           0 :                                          f = 1. / ((1. - 1./( 2. + 2. * (rXc * tanThetaX0/ zS)) * (1. - (z / zS) * (z / zS))) * (1. - 1./( 2. + 2. * (rXc * tanThetaX0/ zS)) * (1. - (z / zS) * (z / zS))));
+     192             :                                 }
+     193             : 
+     194             :                                 // field strength at that position
+     195           0 :                                 if (r0 < r0c){
+     196           0 :                                          rp = r0 * rXc / r0c;
+     197           0 :                                          double thetaX = atan(zS / (r0 - rp));
+     198             : 
+     199             :                                          // field strength at (r0,zS) for inner region
+     200           0 :                                          br0 = bX * exp(- rp / rX) * (rXc/ r0c) * (rXc/ r0c) * cos(thetaX);
+     201           0 :                                          bz0 = bX * exp(- rp / rX) * (rXc/ r0c) * (rXc/ r0c) * sin(thetaX);
+     202             :                                  }
+     203             :                                  else {
+     204             :                                          // field strength at (r0,zS) for outer region
+     205           0 :                                          rp = r0 - zS / tanThetaX0;
+     206           0 :                                          br0 =  bX * exp(- rp / rX) * (rp/r0) * cosThetaX0;
+     207           0 :                                          bz0 =  bX * exp(- rp / rX) * (rp/r0) * sinThetaX0;
+     208             :                                  }
+     209             : 
+     210           0 :                                  double br = z / zS * f * br0;
+     211           0 :                                  double bz = bz0 * f;
+     212             : 
+     213           0 :                                  b.x += br * cosPhi;
+     214           0 :                                  b.y += br * sinPhi;
+     215           0 :                                  b.z += bz;
+     216             :                 }
+     217             :         }
+     218             :         return b;
+     219             : }
+     220             : 
+     221           0 : double JF12FieldSolenoidal::getDiskTransitionPolynomial(const double& r) const {
+     222             :         // 0 disk field outside
+     223           0 :         if ((r < r1) || (r > r2)) {
+     224             :                 return 0.;
+     225             :         }
+     226             :         // unchanged field
+     227           0 :         if ((r > r1s) && (r < r2s)) {
+     228           0 :                 return r1/r;
+     229             :         }
+     230             :         // transitions region parameters
+     231             :         double r_a = r1;
+     232             :         double r_b = r1s;
+     233             : 
+     234           0 :         if (r >= r2s) {
+     235             :                 r_a = r2;
+     236             :                 r_b = r2s;
+     237             :         }
+     238             :         // differentiable transition at r_s, continous at r_a
+     239           0 :         double fakt = (r_a / r_b - 2.) / ((r_a - r_b) *  (r_a - r_b));
+     240           0 :         return (r1/r_b) * (2. - r / r_b + fakt * (r-r_b) * (r-r_b));
+     241             : }
+     242             : 
+     243           0 : double JF12FieldSolenoidal::getDiskTransitionPolynomialDerivative(const double& r) const {
+     244             :         // 0 disk field outside
+     245           0 :         if ((r < r1) || (r > r2)) {
+     246             :                 return 0.;
+     247             :         }
+     248             :         // unchanged field
+     249           0 :         if ((r > r1s) && (r < r2s)) {
+     250             :                 return 0.;
+     251             :         }
+     252             :         // transitions region parameters
+     253             :         double r_a = r1;
+     254             :         double r_b = r1s;
+     255             : 
+     256           0 :         if (r >= r2s) {
+     257             :                 r_a = r2;
+     258             :                 r_b = r2s;
+     259             :         }
+     260             :         // differentiable transition polynomial at r_s, continous at r_a
+     261           0 :         double fakt = (r_a / r_b - 2.) / ((r_a - r_b) * (r_a - r_b));
+     262           0 :         return (r1/r_b) * (2. - 2. * r/r_b + fakt * (3. * r * r - 4. * r * r_b + r_b * r_b));
+     263             : }
+     264             : 
+     265           0 : double JF12FieldSolenoidal::getHPhiIntegral(const double& r, const double& phi) const {
+     266             :         // Evaluates the H(phi1) integral for solenoidality for the position (r,phi) which is mapped back to (r1=5kpc,phi1)
+     267             :         // along the spiral field line.
+     268             :         double H_ret = 0.;
+     269             : 
+     270           0 :         if ((r1 < r) && (r < r2)){
+     271             :                 // find index of the correct spiral arm for (r1,phi1) just like in getSpiralFieldStrengthConstant
+     272             :                 int idx = 1;
+     273           0 :                 double phi1 = phi - log(r/r1) * cotPitch;
+     274           0 :                 phi1 = atan2(sin(phi1), cos(phi1));
+     275           0 :                 while (phi1 < phi0Arms[idx]){
+     276           0 :                         idx += 1;
+     277             :                 }
+     278           0 :                 H_ret = phi1 * bDisk[idx] + phiCoeff[idx];
+     279             :         }
+     280           0 :         return H_ret;
+     281             : }
+     282             : 
+     283           0 : double JF12FieldSolenoidal::getSpiralFieldStrengthConstant(const double& r, const double& phi) const {
+     284             :         // For a given position (r, phi) in polar coordinates, this method returns the field strength
+     285             :         // of the spiral field at r1 = 5 kpc for the magnetic spiral arm where (r, phi) is located.
+     286             :         // The method first computes the angle phi1 at which the spiral field line passing through (r, phi) intersects
+     287             :         // the circle with radius r1 = 5 kpc. Afterwards, the correct spiral arm is found by searching the index idx
+     288             :         // such that phi0Arms[idx] < phi1 < phi0Arms[idx-1]. The correct field strength of the respective spiral arm
+     289             :         // where (r, phi) is located is then given as bDisk[idx].
+     290             :         double b_ret = 0.;
+     291             :         int idx = 1;
+     292           0 :         if ((r1 < r) && (r < r2)){
+     293           0 :                 double phi1 = phi - log(r/r1) * cotPitch; // map the position (r, phi) to (5 kpc, phi1) along the logarithmic spiral field line
+     294           0 :                 phi1 = atan2(sin(phi1), cos(phi1)); // map this angle to [-pi,+pi]
+     295           0 :                 while (phi1 < phi0Arms[idx]){
+     296           0 :                         idx += 1; // run clockwise through the spiral arms; the cyclic closure of phi0Arms[9] = phi0Arms[1] - 2 pi is needed if -pi <= phi1 <= phi0Arms[8].
+     297             :                 }
+     298           0 :                 b_ret = bDisk[idx];
+     299             :         }
+     300           0 :         return b_ret;
+     301             : }
+     302             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/MagneticField.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/MagneticField.cpp.func-sort-c.html new file mode 100644 index 000000000..b8384f639 --- /dev/null +++ b/doc/coverageReport/src/magneticField/MagneticField.cpp.func-sort-c.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/MagneticField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - MagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:486672.7 %
Date:2024-04-08 14:58:22Functions:91656.2 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21PeriodicMagneticField10getExtendsEv0
_ZN7crpropa21PeriodicMagneticField10setExtendsERKNS_7Vector3IdEE0
_ZN7crpropa21PeriodicMagneticField12isReflectiveEv0
_ZN7crpropa21PeriodicMagneticField13setReflectiveEb0
_ZN7crpropa21PeriodicMagneticField9getOriginEv0
_ZN7crpropa21PeriodicMagneticField9setOriginERKNS_7Vector3IdEE0
_ZN7crpropa21PeriodicMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEERKNS_7Vector3IdEE0
_ZN7crpropa21PeriodicMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEERKNS_7Vector3IdEES7_b1
_ZN7crpropa22MagneticFieldEvolutionC2ENS_7ref_ptrINS_13MagneticFieldEEEd1
_ZN7crpropa24RenormalizeMagneticField8getFieldERKNS_7Vector3IdEE1
_ZN7crpropa24RenormalizeMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa17MagneticFieldList8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa19MagneticDipoleField8getFieldERKNS_7Vector3IdEE2
_ZNK7crpropa22MagneticFieldEvolution8getFieldERKNS_7Vector3IdEEd2
_ZN7crpropa17MagneticFieldList8addFieldENS_7ref_ptrINS_13MagneticFieldEEE3
_ZNK7crpropa21PeriodicMagneticField8getFieldERKNS_7Vector3IdEE3
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/MagneticField.cpp.func.html b/doc/coverageReport/src/magneticField/MagneticField.cpp.func.html new file mode 100644 index 000000000..2a5f1bfd3 --- /dev/null +++ b/doc/coverageReport/src/magneticField/MagneticField.cpp.func.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/MagneticField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - MagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:486672.7 %
Date:2024-04-08 14:58:22Functions:91656.2 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17MagneticFieldList8addFieldENS_7ref_ptrINS_13MagneticFieldEEE3
_ZN7crpropa21PeriodicMagneticField10getExtendsEv0
_ZN7crpropa21PeriodicMagneticField10setExtendsERKNS_7Vector3IdEE0
_ZN7crpropa21PeriodicMagneticField12isReflectiveEv0
_ZN7crpropa21PeriodicMagneticField13setReflectiveEb0
_ZN7crpropa21PeriodicMagneticField9getOriginEv0
_ZN7crpropa21PeriodicMagneticField9setOriginERKNS_7Vector3IdEE0
_ZN7crpropa21PeriodicMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEERKNS_7Vector3IdEE0
_ZN7crpropa21PeriodicMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEERKNS_7Vector3IdEES7_b1
_ZN7crpropa22MagneticFieldEvolutionC2ENS_7ref_ptrINS_13MagneticFieldEEEd1
_ZN7crpropa24RenormalizeMagneticField8getFieldERKNS_7Vector3IdEE1
_ZN7crpropa24RenormalizeMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa17MagneticFieldList8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa19MagneticDipoleField8getFieldERKNS_7Vector3IdEE2
_ZNK7crpropa21PeriodicMagneticField8getFieldERKNS_7Vector3IdEE3
_ZNK7crpropa22MagneticFieldEvolution8getFieldERKNS_7Vector3IdEEd2
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/MagneticField.cpp.gcov.html b/doc/coverageReport/src/magneticField/MagneticField.cpp.gcov.html new file mode 100644 index 000000000..086759e57 --- /dev/null +++ b/doc/coverageReport/src/magneticField/MagneticField.cpp.gcov.html @@ -0,0 +1,188 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/MagneticField.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - MagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:486672.7 %
Date:2024-04-08 14:58:22Functions:91656.2 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/MagneticField.h"
+       2             : 
+       3             : namespace crpropa {
+       4             : 
+       5           0 : PeriodicMagneticField::PeriodicMagneticField(ref_ptr<MagneticField> field,
+       6           0 :                 const Vector3d &extends) :
+       7           0 :                 field(field), extends(extends), origin(0, 0, 0), reflective(false) {
+       8             : 
+       9           0 : }
+      10             : 
+      11           1 : PeriodicMagneticField::PeriodicMagneticField(ref_ptr<MagneticField> field,
+      12           1 :                 const Vector3d &extends, const Vector3d &origin, bool reflective) :
+      13           1 :                 field(field), extends(extends), origin(origin), reflective(reflective) {
+      14             : 
+      15           1 : }
+      16             : 
+      17           0 : Vector3d &PeriodicMagneticField::getOrigin() {
+      18           0 :         return origin;
+      19             : }
+      20             : 
+      21           0 : void PeriodicMagneticField::setOrigin(const Vector3d &origin) {
+      22             :         this->origin = origin;
+      23           0 : }
+      24             : 
+      25           0 : Vector3d &PeriodicMagneticField::getExtends() {
+      26           0 :         return extends;
+      27             : }
+      28             : 
+      29           0 : void PeriodicMagneticField::setExtends(const Vector3d &origin) {
+      30             :         this->extends = extends;
+      31           0 : }
+      32             : 
+      33           0 : bool PeriodicMagneticField::isReflective() {
+      34           0 :         return reflective;
+      35             : }
+      36             : 
+      37           0 : void PeriodicMagneticField::setReflective(bool reflective) {
+      38           0 :         this->reflective = reflective;
+      39           0 : }
+      40             : 
+      41           3 : Vector3d PeriodicMagneticField::getField(const Vector3d &position) const {
+      42           3 :         Vector3d n = ((position - origin) / extends).floor();
+      43             :         Vector3d p = position - origin - n * extends;
+      44             : 
+      45           3 :         if (reflective) {
+      46           3 :                 long mx = (long) ::fabs(n.x) % 2;
+      47           3 :                 if (mx == 1)
+      48           2 :                         p.x = extends.x - p.x;
+      49           3 :                 long my = (long) ::fabs(n.y) % 2;
+      50           3 :                 if (my == 1)
+      51           0 :                         p.y = extends.y - p.y;
+      52           3 :                 long mz = (long) ::fabs(n.z) % 2;
+      53           3 :                 if (mz == 1)
+      54           2 :                         p.z = extends.z - p.z;
+      55             :         }
+      56             : 
+      57           3 :         return field->getField(p);
+      58             : }
+      59             : 
+      60           3 : void MagneticFieldList::addField(ref_ptr<MagneticField> field) {
+      61           3 :         fields.push_back(field);
+      62           3 : }
+      63             : 
+      64           1 : Vector3d MagneticFieldList::getField(const Vector3d &position) const {
+      65             :         Vector3d b;
+      66           4 :         for (int i = 0; i < fields.size(); i++)
+      67           3 :                 b += fields[i]->getField(position);
+      68           1 :         return b;
+      69             : }
+      70             : 
+      71           1 : MagneticFieldEvolution::MagneticFieldEvolution(ref_ptr<MagneticField> field,
+      72           1 :         double m) :
+      73           1 :         field(field), m(m) {
+      74           1 : }
+      75             : 
+      76           2 : Vector3d MagneticFieldEvolution::getField(const Vector3d &position,
+      77             :         double z) const {
+      78           2 :         return field->getField(position) * pow(1+z, m);
+      79             : }
+      80             : 
+      81           2 : Vector3d MagneticDipoleField::getField(const Vector3d &position) const {
+      82             :                 Vector3d r = (position - origin);
+      83           2 :                 Vector3d unit_r = r.getUnitVector();
+      84             :                 
+      85           2 :                 if (r.getR() == 0) { // singularity
+      86             :                         return moment * 2 * mu0 / 3;
+      87             :                 }
+      88           2 :                 return (unit_r * (unit_r.dot(moment)) * 3 - moment) / pow(r.getR() / radius, 3) * mu0 / (4*M_PI);
+      89             : }
+      90             : 
+      91             : #ifdef CRPROPA_HAVE_MUPARSER
+      92           1 : RenormalizeMagneticField::RenormalizeMagneticField(ref_ptr<MagneticField> field,
+      93           1 :                 std::string expression) :
+      94           2 :                 field(field), expression(expression) {
+      95             : 
+      96           1 :         p =  new mu::Parser();
+      97           1 :         p->DefineVar("B", &Bmag);
+      98           1 :         p->DefineConst("tesla", tesla);
+      99           1 :         p->DefineConst("gauss", gauss);
+     100           1 :         p->DefineConst("muG", muG);
+     101           1 :         p->DefineConst("nG", nG);
+     102           1 :         p->SetExpr(expression);
+     103           1 : }
+     104             : 
+     105           1 : Vector3d RenormalizeMagneticField::getField(const Vector3d &position) {
+     106           1 :         Vector3d B = field->getField(position);
+     107           1 :         Bmag = B.getR();
+     108           1 :         return B * p->Eval();
+     109             : }
+     110             : #endif
+     111             : 
+     112             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.func-sort-c.html new file mode 100644 index 000000000..6c98862d1 --- /dev/null +++ b/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.func-sort-c.html @@ -0,0 +1,116 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/MagneticFieldGrid.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - MagneticFieldGrid.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0310.0 %
Date:2024-04-08 14:58:22Functions:0110.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17MagneticFieldGrid7getGridEv0
_ZN7crpropa17MagneticFieldGrid7setGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17MagneticFieldGridC2ENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa26ModulatedMagneticFieldGrid13setReflectiveEbb0
_ZN7crpropa26ModulatedMagneticFieldGrid17getModulationGridEv0
_ZN7crpropa26ModulatedMagneticFieldGrid17setModulationGridENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa26ModulatedMagneticFieldGrid7getGridEv0
_ZN7crpropa26ModulatedMagneticFieldGrid7setGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa26ModulatedMagneticFieldGridC2ENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENS1_INS2_IfEEEE0
_ZNK7crpropa17MagneticFieldGrid8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa26ModulatedMagneticFieldGrid8getFieldERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.func.html b/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.func.html new file mode 100644 index 000000000..10a3651e7 --- /dev/null +++ b/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.func.html @@ -0,0 +1,116 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/MagneticFieldGrid.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - MagneticFieldGrid.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0310.0 %
Date:2024-04-08 14:58:22Functions:0110.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17MagneticFieldGrid7getGridEv0
_ZN7crpropa17MagneticFieldGrid7setGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17MagneticFieldGridC2ENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa26ModulatedMagneticFieldGrid13setReflectiveEbb0
_ZN7crpropa26ModulatedMagneticFieldGrid17getModulationGridEv0
_ZN7crpropa26ModulatedMagneticFieldGrid17setModulationGridENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa26ModulatedMagneticFieldGrid7getGridEv0
_ZN7crpropa26ModulatedMagneticFieldGrid7setGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa26ModulatedMagneticFieldGridC2ENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENS1_INS2_IfEEEE0
_ZNK7crpropa17MagneticFieldGrid8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa26ModulatedMagneticFieldGrid8getFieldERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.gcov.html b/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.gcov.html new file mode 100644 index 000000000..9a3f969fb --- /dev/null +++ b/doc/coverageReport/src/magneticField/MagneticFieldGrid.cpp.gcov.html @@ -0,0 +1,133 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/MagneticFieldGrid.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - MagneticFieldGrid.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0310.0 %
Date:2024-04-08 14:58:22Functions:0110.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/MagneticFieldGrid.h"
+       2             : 
+       3             : namespace crpropa {
+       4             : 
+       5           0 : MagneticFieldGrid::MagneticFieldGrid(ref_ptr<Grid3f> grid) {
+       6           0 :         setGrid(grid);
+       7           0 : }
+       8             : 
+       9           0 : void MagneticFieldGrid::setGrid(ref_ptr<Grid3f> grid) {
+      10           0 :         this->grid = grid;
+      11           0 : }
+      12             : 
+      13           0 : ref_ptr<Grid3f> MagneticFieldGrid::getGrid() {
+      14           0 :         return grid;
+      15             : }
+      16             : 
+      17           0 : Vector3d MagneticFieldGrid::getField(const Vector3d &pos) const {
+      18           0 :         return grid->interpolate(pos);
+      19             : }
+      20             : 
+      21           0 : ModulatedMagneticFieldGrid::ModulatedMagneticFieldGrid(ref_ptr<Grid3f> grid,
+      22           0 :                 ref_ptr<Grid1f> modGrid) {
+      23             :         grid->setReflective(false);
+      24             :         modGrid->setReflective(true);
+      25           0 :         setGrid(grid);
+      26           0 :         setModulationGrid(modGrid);
+      27           0 : }
+      28             : 
+      29           0 : void ModulatedMagneticFieldGrid::setGrid(ref_ptr<Grid3f> g) {
+      30           0 :         grid = g;
+      31           0 : }
+      32             : 
+      33           0 : ref_ptr<Grid3f> ModulatedMagneticFieldGrid::getGrid() {
+      34           0 :         return grid;
+      35             : }
+      36             : 
+      37           0 : void ModulatedMagneticFieldGrid::setModulationGrid(ref_ptr<Grid1f> g) {
+      38           0 :         modGrid = g;
+      39           0 : }
+      40             : 
+      41           0 : ref_ptr<Grid1f> ModulatedMagneticFieldGrid::getModulationGrid() {
+      42           0 :         return modGrid;
+      43             : }
+      44             : 
+      45           0 : void ModulatedMagneticFieldGrid::setReflective(bool gridReflective,
+      46             :                 bool modGridReflective) {
+      47             :         grid->setReflective(gridReflective);
+      48             :         modGrid->setReflective(modGridReflective);
+      49           0 : }
+      50             : 
+      51           0 : Vector3d ModulatedMagneticFieldGrid::getField(const Vector3d &pos) const {
+      52           0 :         float m = modGrid->interpolate(pos);
+      53           0 :         Vector3d b = grid->interpolate(pos);
+      54           0 :         return b * m;
+      55             : }
+      56             : 
+      57             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/PT11Field.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/PT11Field.cpp.func-sort-c.html new file mode 100644 index 000000000..1594ee831 --- /dev/null +++ b/doc/coverageReport/src/magneticField/PT11Field.cpp.func-sort-c.html @@ -0,0 +1,108 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/PT11Field.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - PT11Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0630.0 %
Date:2024-04-08 14:58:22Functions:090.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9PT11Field10isUsingASSEv0
_ZN7crpropa9PT11Field10isUsingBSSEv0
_ZN7crpropa9PT11Field10setUseHaloEb0
_ZN7crpropa9PT11Field11isUsingHaloEv0
_ZN7crpropa9PT11Field9SetParamsEv0
_ZN7crpropa9PT11Field9setUseASSEb0
_ZN7crpropa9PT11Field9setUseBSSEb0
_ZN7crpropa9PT11FieldC2Ev0
_ZNK7crpropa9PT11Field8getFieldERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/PT11Field.cpp.func.html b/doc/coverageReport/src/magneticField/PT11Field.cpp.func.html new file mode 100644 index 000000000..62ece690d --- /dev/null +++ b/doc/coverageReport/src/magneticField/PT11Field.cpp.func.html @@ -0,0 +1,108 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/PT11Field.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - PT11Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0630.0 %
Date:2024-04-08 14:58:22Functions:090.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9PT11Field10isUsingASSEv0
_ZN7crpropa9PT11Field10isUsingBSSEv0
_ZN7crpropa9PT11Field10setUseHaloEb0
_ZN7crpropa9PT11Field11isUsingHaloEv0
_ZN7crpropa9PT11Field9SetParamsEv0
_ZN7crpropa9PT11Field9setUseASSEb0
_ZN7crpropa9PT11Field9setUseBSSEb0
_ZN7crpropa9PT11FieldC2Ev0
_ZNK7crpropa9PT11Field8getFieldERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/PT11Field.cpp.gcov.html b/doc/coverageReport/src/magneticField/PT11Field.cpp.gcov.html new file mode 100644 index 000000000..36fdae7a3 --- /dev/null +++ b/doc/coverageReport/src/magneticField/PT11Field.cpp.gcov.html @@ -0,0 +1,206 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/PT11Field.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - PT11Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0630.0 %
Date:2024-04-08 14:58:22Functions:090.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/PT11Field.h"
+       2             : #include "crpropa/Units.h"
+       3             : 
+       4             : #include <algorithm>
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8           0 : PT11Field::PT11Field() : useASS(true), useBSS(false), useHalo(true) {
+       9             :         // disk parameters
+      10           0 :         d = - 0.6 * kpc;
+      11           0 :         R_sun = 8.5 * kpc;
+      12           0 :         R_c = 5.0 * kpc;
+      13           0 :         z0_D = 1.0 * kpc;
+      14           0 :         B0_D = 2.0 * muG;
+      15             : 
+      16             :         // halo parameters
+      17           0 :         z0_H = 1.3 * kpc;
+      18           0 :         R0_H = 8.0 * kpc;
+      19           0 :         B0_Hn = 4.0 * muG;
+      20           0 :         B0_Hs = 4.0 * muG;
+      21           0 :         z11_H = 0.25 * kpc;
+      22           0 :         z12_H = 0.4 * kpc;
+      23             : 
+      24             :         // set ASS specific parameters
+      25           0 :         setUseASS(true);
+      26           0 : }
+      27             : 
+      28           0 : void PT11Field::SetParams() {
+      29           0 :         cos_pitch = cos(pitch);
+      30           0 :         sin_pitch = sin(pitch);
+      31           0 :         PHI = cos_pitch / sin_pitch * log1p(d / R_sun) - M_PI / 2;
+      32           0 :         cos_PHI = cos(PHI);
+      33           0 : }
+      34             : 
+      35           0 : void PT11Field::setUseASS(bool use) {
+      36           0 :         useASS = use;
+      37           0 :         if (not(use))
+      38             :                 return;
+      39             : 
+      40           0 :         if (useBSS) {
+      41             :                 std::cout << "PT11Field: Disk field changed to ASS" << std::endl;
+      42           0 :                 useBSS = false;
+      43             :         }
+      44             : 
+      45           0 :         pitch = -5.0 * M_PI / 180;
+      46           0 :         B0_Hs = 2.0 * muG;
+      47           0 :         SetParams();
+      48             : }
+      49             : 
+      50           0 : void PT11Field::setUseBSS(bool use) {
+      51           0 :         useBSS = use;
+      52           0 :         if (not(use))
+      53             :                 return;
+      54             : 
+      55           0 :         if (useASS) {
+      56             :                 std::cout << "PT11Field: Disk field changed to BSS" << std::endl;
+      57           0 :                 useASS = false;
+      58             :         }
+      59             : 
+      60           0 :         pitch = -6.0 * M_PI / 180;
+      61           0 :         B0_Hs = 4.0 * muG;
+      62           0 :         SetParams();
+      63             : }
+      64             : 
+      65           0 : void PT11Field::setUseHalo(bool use) {
+      66           0 :         useHalo = use;
+      67           0 : }
+      68             : 
+      69           0 : bool PT11Field::isUsingASS() {
+      70           0 :         return useASS;
+      71             : }
+      72             : 
+      73           0 : bool PT11Field::isUsingBSS() {
+      74           0 :         return useBSS;
+      75             : }
+      76             : 
+      77           0 : bool PT11Field::isUsingHalo() {
+      78           0 :         return useHalo;
+      79             : }
+      80             : 
+      81           0 : Vector3d PT11Field::getField(const Vector3d& pos) const {
+      82           0 :         double r = sqrt(pos.x * pos.x + pos.y * pos.y);  // in-plane radius
+      83             : 
+      84             :         Vector3d b(0.);
+      85             : 
+      86             :         // disk field
+      87           0 :         if ((useASS) or (useBSS)) {
+      88             :                 // PT11 paper has B_theta = B * cos(p) but this seems because they define azimuth clockwise, while we have anticlockwise.
+      89             :                 // see Tinyakov 2002 APh 18,165: "local field points to l=90+p" so p=-5 deg gives l=85 and hence clockwise from above.
+      90             :                 // so to get local B clockwise in our system, need minus (like Sun etal).
+      91             :                 // Ps base their system on Han and Qiao 1994 A&A 288,759 which has a diagram with azimuth clockwise, hence confirmed.
+      92             : 
+      93             :                 // PT11 paper define Earth position at (+8.5, 0, 0) kpc; but usual convention is (-8.5, 0, 0)
+      94             :                 // thus we have to rotate our position by 180 degree in azimuth
+      95           0 :                 double theta = M_PI - pos.getPhi();  // azimuth angle theta: PT11 paper uses opposite convention for azimuth
+      96             :                 // the following is equivalent to sin(pi - phi) and cos(pi - phi) which is computationally slower
+      97           0 :                 double cos_theta = - pos.x / r;
+      98           0 :                 double sin_theta = pos.y / r;
+      99             : 
+     100             :                 // After some geometry calculations (on whiteboard) one finds:
+     101             :                 // Bx = +cos(theta) * B_r - sin(theta) * B_{theta}
+     102             :                 // By = -sin(theta) * B_r - cos(theta) * B_{theta}
+     103             :                 // Use from paper: B_theta = B * cos(pitch)     and B_r = B * sin(pitch)
+     104           0 :                 b.x = sin_pitch * cos_theta - cos_pitch * sin_theta;
+     105           0 :                 b.y = - sin_pitch * sin_theta - cos_pitch * cos_theta;
+     106             :                 b *= -1;        // flip magnetic field direction, as B_{theta} and B_{phi} refering to 180 degree rotated field
+     107             : 
+     108           0 :                 double bMag = cos(theta - cos_pitch / sin_pitch * log(r / R_sun) + PHI);
+     109           0 :                 if (useASS)
+     110           0 :                         bMag = fabs(bMag);
+     111           0 :                 bMag *= B0_D * R_sun / std::max(r, R_c) / cos_PHI * exp(-fabs(pos.z) / z0_D);
+     112             :                 b *= bMag;
+     113             :         }
+     114             : 
+     115             :         // halo field
+     116           0 :         if (useHalo) {
+     117           0 :                 double bMag = (pos.z > 0 ? B0_Hn : - B0_Hs);
+     118           0 :                 double z1 = (fabs(pos.z) < z0_H ? z11_H : z12_H);
+     119           0 :                 bMag *= r / R0_H * exp(1 - r / R0_H) / (1 + pow((fabs(pos.z) - z0_H) / z1, 2.));
+     120             :                 // equation (8) in paper: theta uses now the conventional azimuth definition in contrast to equation (3)
+     121             :                 // cos(phi) = pos.x / r (phi going counter-clockwise)
+     122             :                 // sin(phi) = pos.y / r
+     123             :                 // unitvector of phi in polar coordinates: (-sin(phi), cos(phi), 0)
+     124           0 :                 b += bMag * Vector3d(-pos.y / r, pos.x / r, 0);
+     125             :         }
+     126             : 
+     127           0 :         return b;
+     128             : }
+     129             : 
+     130             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.func-sort-c.html new file mode 100644 index 000000000..aa48a3251 --- /dev/null +++ b/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/PolarizedSingleModeMagneticField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - PolarizedSingleModeMagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:153246.9 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa32PolarizedSingleModeMagneticFieldC2ERKdS2_S2_RKNS_7Vector3IdEES6_S6_NSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEESC_SC_1
_ZNK7crpropa32PolarizedSingleModeMagneticField8getFieldERKNS_7Vector3IdEE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.func.html b/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.func.html new file mode 100644 index 000000000..85b986750 --- /dev/null +++ b/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/PolarizedSingleModeMagneticField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - PolarizedSingleModeMagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:153246.9 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa32PolarizedSingleModeMagneticFieldC2ERKdS2_S2_RKNS_7Vector3IdEES6_S6_NSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEESC_SC_1
_ZNK7crpropa32PolarizedSingleModeMagneticField8getFieldERKNS_7Vector3IdEE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.gcov.html b/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.gcov.html new file mode 100644 index 000000000..9ac25d10b --- /dev/null +++ b/doc/coverageReport/src/magneticField/PolarizedSingleModeMagneticField.cpp.gcov.html @@ -0,0 +1,142 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/PolarizedSingleModeMagneticField.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - PolarizedSingleModeMagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:153246.9 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/PolarizedSingleModeMagneticField.h"
+       2             : 
+       3             : namespace crpropa {
+       4             : 
+       5           1 : PolarizedSingleModeMagneticField::PolarizedSingleModeMagneticField( const double &B_0, const double &wavelength, const double &sigma, const Vector3d &r_0, const Vector3d &e_1, const Vector3d &e_2, std::string flagAmplitudeRms, std::string flagPolarizationHelicity, std::string flagMode ) {
+       6           1 :         if (flagMode == "elliptical") {
+       7           1 :                 if (abs(sigma) > 1)
+       8           0 :                         throw std::runtime_error("PolarizedSingleModeMagneticField: The value of the  polarization parameter has to lie in the range [-1;+1].");
+       9             :         }
+      10           0 :         else if (flagMode == "circular") {
+      11           0 :                 if (abs(sigma) != 1)
+      12           0 :                         throw std::runtime_error("PolarizedSingleModeMagneticField: For circular polarization the value of the polarization parameter has to be equal to -1 or +1.");
+      13             :         }
+      14           0 :         else if (flagMode == "linear") {
+      15           0 :                 if (abs(sigma) != 0)
+      16           0 :                         throw std::runtime_error("PolarizedSingleModeMagneticField: For linear polarization the value of the polarization parameter has to be equal to 0.");
+      17             :         }
+      18             :         else
+      19           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Wrong value for flagMode. Please choose \"elliptical\" or \"circular\" or \"linear\".");
+      20             : 
+      21           1 :         if (e_1.dot(e_2) != 0)
+      22           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: e_1 and e_2 have to be orthogonal to each other.");
+      23             : 
+      24           1 :         if (e_1.getR() == 0)
+      25           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Vector e_1 cannot be zero.");
+      26             :         unitVector_1 = e_1 / e_1.getR();
+      27             : 
+      28           1 :         if (e_2.getR() == 0)
+      29           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Vector e_2 cannot be zero.");
+      30             :         unitVector_2 = e_2 / e_2.getR();
+      31             : 
+      32             :         wavevector = e_2.cross(e_1);
+      33             : 
+      34             :         //This check is necessary if a polarization with non-orthogonal spanning vectors is desired. This is not implemented in this version, so any corresponding modifications should be made with caution.
+      35             :         //if (wavevector.getR() == 0)
+      36             :         //        throw std::runtime_error("PolarizedSingleModeMagneticField: e_1 cannot be parallel to e_2.");
+      37             : 
+      38             :         wavevector = wavevector / wavevector.getR();
+      39             : 
+      40           1 :         if (wavelength == 0)
+      41           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: The correlation length cannot be zero.");
+      42             :         wavevector = wavevector * 2 * M_PI / wavelength;
+      43             : 
+      44           2 :         if (!((flagPolarizationHelicity == "helicity") || (flagPolarizationHelicity == "polarization")))
+      45           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Wrong value for flagPolarizationHelicity. Please choose \"polarization\" or \"helicity\".");
+      46           1 :         if (flagPolarizationHelicity == "helicity" && abs(sigma) != 1)
+      47           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: In helicity mode only the maximum helicity case (sigma = +1 or sigma = -1) may be chosen.");
+      48             : 
+      49           1 :         if (flagAmplitudeRms == "amplitude")
+      50           1 :                 B_max = B_0;
+      51           0 :         else if (flagAmplitudeRms == "rms")
+      52           0 :                 B_max = sqrt(2 / (1 + sigma * sigma)) * B_0;
+      53             :         else
+      54           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Wrong value for flagAmplitudeRms. Please choose \"amplitude\" or \"rms\".");
+      55             : 
+      56             :         this->r_0 = r_0;
+      57           1 :         this->sigma = sigma;
+      58           1 : }
+      59             : 
+      60           1 : Vector3d PolarizedSingleModeMagneticField::getField(const Vector3d &position) const {
+      61             :         Vector3d delta_r = position - r_0;
+      62             : 
+      63           1 :         return B_max * (unitVector_1 * cos(wavevector.dot(delta_r)) + unitVector_2 * sigma * sin(wavevector.dot(delta_r)));
+      64             : }
+      65             : 
+      66             : } //end namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/TF17Field.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/TF17Field.cpp.func-sort-c.html new file mode 100644 index 000000000..dbd5a2431 --- /dev/null +++ b/doc/coverageReport/src/magneticField/TF17Field.cpp.func-sort-c.html @@ -0,0 +1,188 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/TF17Field.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - TF17Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01960.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
+
+ +
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9TF17Field10set_H_diskEd0
_ZN7crpropa9TF17Field10set_L_diskEd0
_ZN7crpropa9TF17Field10set_L_haloEd0
_ZN7crpropa9TF17Field10set_a_diskEd0
_ZN7crpropa9TF17Field10set_a_haloEd0
_ZN7crpropa9TF17Field11set_B1_diskEd0
_ZN7crpropa9TF17Field11set_B1_haloEd0
_ZN7crpropa9TF17Field11set_r1_diskEd0
_ZN7crpropa9TF17Field11set_z1_diskEd0
_ZN7crpropa9TF17Field11set_z1_haloEd0
_ZN7crpropa9TF17Field15setUseDiskFieldEb0
_ZN7crpropa9TF17Field15setUseHaloFieldEb0
_ZN7crpropa9TF17Field16isUsingDiskFieldEv0
_ZN7crpropa9TF17Field16isUsingHaloFieldEv0
_ZN7crpropa9TF17Field17set_phi_star_diskEd0
_ZN7crpropa9TF17Field17set_phi_star_haloEd0
_ZN7crpropa9TF17Field6set_HpEd0
_ZN7crpropa9TF17Field6set_LpEd0
_ZN7crpropa9TF17Field6set_p0Ed0
_ZN7crpropa9TF17FieldC2ENS_13TF17DiskModelENS_13TF17HaloModelE0
_ZNK7crpropa9TF17Field12getDiskFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa9TF17Field12getDiskModelB5cxx11Ev0
_ZNK7crpropa9TF17Field12getHaloFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa9TF17Field12getHaloModelB5cxx11Ev0
_ZNK7crpropa9TF17Field16radialFieldScaleERKdS2_S2_S2_S2_S2_0
_ZNK7crpropa9TF17Field22shiftedWindingFunctionERKdS2_0
_ZNK7crpropa9TF17Field23azimuthalFieldComponentERKdS2_S2_S2_0
_ZNK7crpropa9TF17Field6zscaleERKd0
_ZNK7crpropa9TF17Field8getFieldERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/TF17Field.cpp.func.html b/doc/coverageReport/src/magneticField/TF17Field.cpp.func.html new file mode 100644 index 000000000..4c39636c6 --- /dev/null +++ b/doc/coverageReport/src/magneticField/TF17Field.cpp.func.html @@ -0,0 +1,188 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/TF17Field.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - TF17Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01960.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9TF17Field10set_H_diskEd0
_ZN7crpropa9TF17Field10set_L_diskEd0
_ZN7crpropa9TF17Field10set_L_haloEd0
_ZN7crpropa9TF17Field10set_a_diskEd0
_ZN7crpropa9TF17Field10set_a_haloEd0
_ZN7crpropa9TF17Field11set_B1_diskEd0
_ZN7crpropa9TF17Field11set_B1_haloEd0
_ZN7crpropa9TF17Field11set_r1_diskEd0
_ZN7crpropa9TF17Field11set_z1_diskEd0
_ZN7crpropa9TF17Field11set_z1_haloEd0
_ZN7crpropa9TF17Field15setUseDiskFieldEb0
_ZN7crpropa9TF17Field15setUseHaloFieldEb0
_ZN7crpropa9TF17Field16isUsingDiskFieldEv0
_ZN7crpropa9TF17Field16isUsingHaloFieldEv0
_ZN7crpropa9TF17Field17set_phi_star_diskEd0
_ZN7crpropa9TF17Field17set_phi_star_haloEd0
_ZN7crpropa9TF17Field6set_HpEd0
_ZN7crpropa9TF17Field6set_LpEd0
_ZN7crpropa9TF17Field6set_p0Ed0
_ZN7crpropa9TF17FieldC2ENS_13TF17DiskModelENS_13TF17HaloModelE0
_ZNK7crpropa9TF17Field12getDiskFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa9TF17Field12getDiskModelB5cxx11Ev0
_ZNK7crpropa9TF17Field12getHaloFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa9TF17Field12getHaloModelB5cxx11Ev0
_ZNK7crpropa9TF17Field16radialFieldScaleERKdS2_S2_S2_S2_S2_0
_ZNK7crpropa9TF17Field22shiftedWindingFunctionERKdS2_0
_ZNK7crpropa9TF17Field23azimuthalFieldComponentERKdS2_S2_S2_0
_ZNK7crpropa9TF17Field6zscaleERKd0
_ZNK7crpropa9TF17Field8getFieldERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/TF17Field.cpp.gcov.html b/doc/coverageReport/src/magneticField/TF17Field.cpp.gcov.html new file mode 100644 index 000000000..b277961c9 --- /dev/null +++ b/doc/coverageReport/src/magneticField/TF17Field.cpp.gcov.html @@ -0,0 +1,383 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/TF17Field.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField - TF17Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01960.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/TF17Field.h"
+       2             : #include "crpropa/Units.h"
+       3             : 
+       4             : #include <algorithm>
+       5             : #include <string>
+       6             : 
+       7             : namespace crpropa {
+       8             : using namespace std;
+       9             : 
+      10           0 : TF17Field::TF17Field(TF17DiskModel disk_model_, TF17HaloModel halo_model_) {
+      11           0 :     disk_model = disk_model_; 
+      12           0 :     halo_model = halo_model_;
+      13             : 
+      14           0 :     useHaloField = true;
+      15           0 :     useDiskField = true;
+      16             : 
+      17           0 :     if ((halo_model == TF17HaloModel::C0) && (disk_model == TF17DiskModel::Ad1)) {
+      18             :         // disk parameters
+      19           0 :         set_r1_disk(3 * kpc);
+      20           0 :         set_B1_disk(19.0 * muG);
+      21           0 :         set_H_disk(0.055 * kpc);
+      22           0 :         set_phi_star_disk(-54 * M_PI / 180);
+      23           0 :         set_a_disk(0.9 / kpc / kpc);
+      24             :         // halo parameters
+      25           0 :         set_z1_halo(0);
+      26           0 :         set_B1_halo(0.36 * muG);
+      27           0 :         set_L_halo(3.0 * kpc);
+      28           0 :         set_a_halo(1.17 / kpc / kpc);
+      29             :         // shared parameters
+      30           0 :         set_p0(-7.9 * M_PI / 180);
+      31           0 :         set_Hp(5 * kpc);
+      32           0 :         set_Lp(50 * kpc); // > 18 kpc
+      33             :             
+      34           0 :     } else if ((halo_model == TF17HaloModel::C0) && (disk_model == TF17DiskModel::Bd1)) {
+      35             :         // disk parameters
+      36           0 :         set_r1_disk(3 * kpc);
+      37           0 :         set_B1_disk(2.0 * muG);
+      38           0 :         set_H_disk(0.32 * kpc);
+      39           0 :         set_phi_star_disk(153 * M_PI / 180);
+      40             :         // halo parameters
+      41           0 :         set_z1_halo(0);
+      42           0 :         set_B1_halo(0.29 * muG);
+      43           0 :         set_L_halo(3.4 * kpc);
+      44           0 :         set_a_halo(0.88 / kpc / kpc);
+      45             :         // shared parameters
+      46           0 :         set_p0(-7.2 * M_PI / 180);
+      47           0 :         set_Hp(9 * kpc);
+      48           0 :         set_Lp(50 * kpc); // > 16 kpc
+      49             : 
+      50           0 :     } else if ((halo_model == TF17HaloModel::C0) && (disk_model == TF17DiskModel::Dd1)) {
+      51             :         // disk parameters
+      52           0 :         set_z1_disk(1.5 * kpc);
+      53           0 :         set_B1_disk(0.065 * muG);
+      54           0 :         set_L_disk(9.8 * kpc);
+      55           0 :         set_phi_star_disk(14 * M_PI / 180);
+      56             :         // halo parameters
+      57           0 :         set_z1_halo(0);
+      58           0 :         set_B1_halo(0.18 * muG);
+      59           0 :         set_L_halo(4.8 * kpc);
+      60           0 :         set_a_halo(0.61 / kpc / kpc);
+      61             :         // shared parameters
+      62           0 :         set_p0(-7.4 * M_PI / 180);
+      63           0 :         set_Hp(4.2 * kpc);
+      64           0 :         set_Lp(50 * kpc); // > 22 kpc
+      65             : 
+      66           0 :     } else if ((halo_model == TF17HaloModel::C1) && (disk_model == TF17DiskModel::Ad1)) {
+      67             :         // disk parameters
+      68           0 :         set_r1_disk(3 * kpc);
+      69           0 :         set_B1_disk(32.0 * muG);
+      70           0 :         set_H_disk(0.054 * kpc);
+      71           0 :         set_phi_star_disk(-31 * M_PI / 180);
+      72           0 :         set_a_disk(0.031 / kpc / kpc);
+      73             :         // halo parameters
+      74           0 :         set_z1_halo(0);
+      75           0 :         set_B1_halo(9.0 * muG);
+      76           0 :         set_L_halo(2.1 * kpc);
+      77           0 :         set_phi_star_halo(198 * M_PI / 180);
+      78           0 :         set_a_halo(0.33 / kpc / kpc);
+      79             :         // shared parameters
+      80           0 :         set_p0(-9.1 * M_PI / 180);
+      81           0 :         set_Hp(1.2 * kpc);
+      82           0 :         set_Lp(50 * kpc); // > 38 kpc
+      83             : 
+      84           0 :     } else if ((halo_model == TF17HaloModel::C1) && (disk_model == TF17DiskModel::Bd1)) {
+      85             :         // disk parameters
+      86           0 :         set_r1_disk(3 * kpc);
+      87           0 :         set_B1_disk(24 * muG);
+      88           0 :         set_H_disk(0.090 * kpc);
+      89           0 :         set_phi_star_disk(-34 * M_PI / 180);
+      90             :         // halo parameters
+      91           0 :         set_z1_halo(0);
+      92           0 :         set_B1_halo(8.2 * muG);
+      93           0 :         set_L_halo(2.2 * kpc);
+      94           0 :         set_phi_star_halo(197 * M_PI / 180);
+      95           0 :         set_a_halo(0.38 / kpc / kpc);
+      96             :         // shared parameters
+      97           0 :         set_p0(-9.0 * M_PI / 180);
+      98           0 :         set_Hp(1.2 * kpc);
+      99           0 :         set_Lp(50 * kpc); // > 38 kpc
+     100             : 
+     101           0 :     } else if ((halo_model == TF17HaloModel::C1) && (disk_model == TF17DiskModel::Dd1)) {
+     102             :         // disk parameters
+     103           0 :         set_z1_disk(1.5 * kpc);
+     104           0 :         set_B1_disk(0.40 * muG);
+     105           0 :         set_L_disk(2.9 * kpc);
+     106           0 :         set_phi_star_disk(120 * M_PI / 180);
+     107             :         // halo parameters
+     108           0 :         set_z1_halo(0);
+     109           0 :         set_B1_halo(9.5 * muG);
+     110           0 :         set_L_halo(2.1 * kpc);
+     111           0 :         set_phi_star_halo(179 * M_PI / 180);
+     112           0 :         set_a_halo(0.45 / kpc / kpc);
+     113             :         // shared parameters
+     114           0 :         set_p0(-8.4 * M_PI / 180);
+     115           0 :         set_Hp(1.2 * kpc);
+     116           0 :         set_Lp(50 * kpc); // > 30 kpc
+     117             :     }
+     118             : 
+     119           0 :     epsilon = std::numeric_limits<double>::epsilon();
+     120           0 : }
+     121             : 
+     122           0 : void TF17Field::setUseDiskField(bool use) {     useDiskField = use; }
+     123           0 : void TF17Field::setUseHaloField(bool use) { useHaloField = use; }
+     124             : 
+     125           0 : bool TF17Field::isUsingDiskField() { return useDiskField; }
+     126           0 : bool TF17Field::isUsingHaloField() { return useHaloField; }
+     127             : 
+     128           0 : void TF17Field::set_B1_disk(const double B1){ B1_disk = B1; }
+     129           0 : void TF17Field::set_z1_disk(const double z1){ z1_disk = z1; }
+     130           0 : void TF17Field::set_r1_disk(const double r1){ r1_disk = r1; }
+     131           0 : void TF17Field::set_H_disk(const double H){ H_disk = H; }
+     132           0 : void TF17Field::set_L_disk(const double L){ L_disk = L; }
+     133           0 : void TF17Field::set_a_disk(const double a){ a_disk = a; }
+     134           0 : void TF17Field::set_phi_star_disk(const double phi){ phi_star_disk = phi; }
+     135             : 
+     136           0 : void TF17Field::set_B1_halo(const double B1){ B1_halo = B1; }
+     137           0 : void TF17Field::set_z1_halo(const double z1){ z1_halo = z1; }
+     138           0 : void TF17Field::set_L_halo(const double L){ L_halo = L; }
+     139           0 : void TF17Field::set_a_halo(const double a){ a_halo = a; }
+     140           0 : void TF17Field::set_phi_star_halo(const double phi){ phi_star_halo = phi; }
+     141             : 
+     142           0 : void TF17Field::set_Hp(const double H){ H_p = H; }
+     143           0 : void TF17Field::set_Lp(const double L){ L_p = L; }
+     144           0 : void TF17Field::set_p0(const double p0){ 
+     145           0 :     p_0 = p0; 
+     146           0 :     cot_p0 = cos(p_0) / sin(p_0);
+     147           0 : }
+     148             : 
+     149           0 : string TF17Field::getDiskModel() const {
+     150             :     string model_name;
+     151           0 :     switch (disk_model) {
+     152             :         case TF17DiskModel::Ad1 : model_name = "Ad1"; break;
+     153             :         case TF17DiskModel::Bd1 : model_name = "Bd1"; break;
+     154             :         case TF17DiskModel::Dd1 : model_name = "Dd1"; break;
+     155             :     }
+     156           0 :     return model_name;
+     157             : }
+     158           0 : string TF17Field::getHaloModel() const {
+     159             :     string model_name;
+     160           0 :     switch (halo_model) {
+     161             :         case TF17HaloModel::C0 : model_name = "C0"; break;
+     162             :         case TF17HaloModel::C1 : model_name = "C1"; break;
+     163             :     }
+     164           0 :     return model_name;
+     165             : }
+     166             : 
+     167             : 
+     168           0 : Vector3d TF17Field::getField(const Vector3d& pos) const {
+     169           0 :         double r = sqrt(pos.x * pos.x + pos.y * pos.y);  // in-plane radius
+     170           0 :         double phi = M_PI - pos.getPhi(); // azimuth in our convention
+     171             :         // double cosPhi = pos.x / r;
+     172           0 :         double cosPhi = cos(phi);
+     173             :         // double sinPhi = pos.y / r;
+     174           0 :         double sinPhi = sin(phi);
+     175             : 
+     176             :         Vector3d b(0.);
+     177           0 :         if (useDiskField)
+     178           0 :                 b += getDiskField(r, pos.z, phi, sinPhi, cosPhi);       // disk field
+     179           0 :         if (useHaloField)
+     180           0 :                 b += getHaloField(r, pos.z, phi, sinPhi, cosPhi);       // halo field
+     181           0 :         return b;
+     182             : }
+     183             : 
+     184           0 : Vector3d TF17Field::getDiskField(const double& r, const double& z, const double& phi, const double& sinPhi, const double& cosPhi) const {
+     185             :         Vector3d b(0.);
+     186           0 :     double B_r = 0;
+     187             :     double B_phi = 0;
+     188           0 :     double B_z = 0;
+     189             : 
+     190           0 :     if (disk_model == TF17DiskModel::Ad1) { // ==========================================================
+     191           0 :         if (r > r1_disk) {
+     192           0 :             double z1_disk_z = (1. + a_disk * r1_disk * r1_disk) / (1. + a_disk * r * r); // z1_disk / z
+     193             :             // B components in (r, phi, z)
+     194           0 :             double B_r0 = radialFieldScale(B1_disk, phi_star_disk, z1_disk_z*z, phi, r, z);
+     195           0 :             B_r = (r1_disk / r) * z1_disk_z * B_r0;
+     196           0 :             B_z = 2 * a_disk * r1_disk * z1_disk_z*z / (1+ a_disk * r * r) * B_r0;
+     197           0 :             B_phi = azimuthalFieldComponent(r, z, B_r, B_z);
+     198             :         } else {
+     199             :             // within r = r1_disk, the field lines are straight in direction g_phi + phi_star_disk
+     200             :             // and thus z = z1
+     201           0 :             double phi1_disk = shiftedWindingFunction(r1_disk, z) + phi_star_disk;
+     202           0 :             double B_amp = B1_disk * exp(-fabs(z) / H_disk);
+     203           0 :             B_r = cos(phi1_disk - phi) * B_amp;
+     204           0 :             B_phi = sin(phi1_disk - phi) * B_amp;
+     205             :         }
+     206             : 
+     207           0 :     } else if (disk_model == TF17DiskModel::Bd1) { // ===================================================
+     208             :         // for model Bd1, best fit for n = 2 
+     209           0 :         if ( r > epsilon ) {
+     210           0 :             double r1_disk_r = r1_disk / r;     
+     211           0 :             double z1_disk_z = 5. / (r1_disk_r*r1_disk_r + 4./sqrt(r1_disk_r)); // z1_disk / z -> remove z dependancy 
+     212           0 :             double B_r0 = radialFieldScale(B1_disk, phi_star_disk, z1_disk_z*z, phi, r, z);
+     213           0 :             B_r = r1_disk_r * z1_disk_z * B_r0;
+     214           0 :             B_z = -0.4 * r1_disk_r / r * z1_disk_z* z1_disk_z * z * (r1_disk_r*r1_disk_r - 1./sqrt(r1_disk_r)) * B_r0;
+     215             :         } else {
+     216           0 :             double z1_disk_z = 5. * r*r / (r1_disk*r1_disk); // z1_disk / z -> remove z dependancy 
+     217           0 :             double B_r0 = radialFieldScale(B1_disk, phi_star_disk, z1_disk_z*z, phi, r, z);
+     218           0 :             B_r = 5. * r / r1_disk * B_r0;
+     219           0 :             B_z = -10. * z / r1_disk * B_r0;
+     220             :         }
+     221           0 :         B_phi = azimuthalFieldComponent(r, z, B_r, B_z);
+     222             : 
+     223           0 :     } else if (disk_model == TF17DiskModel::Dd1) { // ===================================================
+     224             :         // for model Dd1, best fit for n = 0.5 
+     225           0 :         double z_sign = z >= 0 ? 1. : -1.; 
+     226           0 :         double z_abs = fabs(z); 
+     227           0 :         if ( z_abs > epsilon ) {
+     228           0 :             double z1_disk_z = z1_disk / z_abs; 
+     229           0 :             double r1_disk_r = 1.5 / (sqrt(z1_disk_z) + 0.5/z1_disk_z); // r1_disk / r
+     230           0 :             double F_r = r1_disk_r*r  <= L_disk ? 1. : exp(1. - r1_disk_r*r/L_disk);
+     231             :         // simplication of the equation in the cosinus
+     232           0 :             double B_z0 = z_sign * B1_disk * F_r * cos(phi - shiftedWindingFunction(r, z) - phi_star_disk);
+     233           0 :             B_r = -0.5/1.5 * r1_disk_r * r1_disk_r * r1_disk_r * r / z_abs * (sqrt(z1_disk_z) - 1/z1_disk_z) * B_z0;
+     234           0 :             B_z = z_sign * r1_disk_r * r1_disk_r * B_z0;
+     235             :         } else {
+     236           0 :             double z_z1_disk = z_abs / z1_disk; 
+     237           0 :             double r1_disk_r = 1.5 * sqrt(z_abs / z1_disk); // r1_disk / r
+     238           0 :             double F_r = r1_disk_r*r  <= L_disk ? 1. : exp(1. - r1_disk_r*r/L_disk);
+     239           0 :             double B_z0 = z_sign * B1_disk * F_r * cos(phi - shiftedWindingFunction(r, z) - phi_star_disk);
+     240           0 :             B_r = -1.125 * r / z1_disk * (1 - 2.5 * z_z1_disk * sqrt(z_z1_disk)) * B_z0;
+     241           0 :             B_z = z_sign * r1_disk_r * r1_disk_r * B_z0;
+     242             :         }
+     243           0 :         B_phi = azimuthalFieldComponent(r, z, B_r, B_z);
+     244             :     }
+     245             : 
+     246             :     // Convert to (x, y, z) components
+     247           0 :     b.x = - (B_r * cosPhi - B_phi * sinPhi); // flip x-component at the end
+     248           0 :     b.y = B_r * sinPhi + B_phi * cosPhi;
+     249           0 :     b.z = B_z;
+     250           0 :         return b;
+     251             : }
+     252             : 
+     253           0 : Vector3d TF17Field::getHaloField(const double& r, const double& z, const double& phi, const double& sinPhi, const double& cosPhi) const {
+     254             :     int m;
+     255             : 
+     256             :         Vector3d b(0.);
+     257           0 :         double r1_halo_r =  (1. + a_halo * z1_halo * z1_halo) / (1. + a_halo * z * z);
+     258             :         // B components in (r, phi, z)
+     259             :     double B_z0;
+     260             : 
+     261           0 :     if (halo_model == TF17HaloModel::C0) { // m = 0
+     262           0 :         B_z0 = B1_halo * exp(-r1_halo_r*r / L_halo); 
+     263           0 :     } else if (halo_model == TF17HaloModel::C1) { // m = 1
+     264             :         // simplication of the equation in the cosinus
+     265           0 :         double phi_prime = phi - shiftedWindingFunction(r, z) - phi_star_halo;
+     266           0 :         B_z0 = B1_halo * exp(-r1_halo_r*r / L_halo) * cos(phi_prime); 
+     267             :     }
+     268             : 
+     269             :     // Contrary to article, Br has been rewriten to a little bit by replacing
+     270             :     // (2 * a * r1**3 * z) / (r**2) by (2 * a * r1**2 * z) / (r * (1+a*z**2))
+     271             :     // but that is strictly equivalent except we can reintroduce the z1 in the expression via r1
+     272           0 :         double B_r = 2 * a_halo * r1_halo_r * r1_halo_r * r * z / (1. + a_halo * z * z) * B_z0;
+     273           0 :         double B_z = r1_halo_r * r1_halo_r * B_z0; 
+     274           0 :         double B_phi = azimuthalFieldComponent(r, z, B_r, B_z);
+     275             : 
+     276             :         // Convert to (x, y, z) components
+     277           0 :         b.x = - (B_r * cosPhi - B_phi * sinPhi);        // flip x-component at the end
+     278           0 :         b.y = B_r * sinPhi + B_phi * cosPhi;
+     279           0 :         b.z = B_z;
+     280             : 
+     281           0 :         return b;
+     282             : }
+     283             : 
+     284           0 : double TF17Field::azimuthalFieldComponent(const double& r, const double& z, const double& B_r, const double& B_z) const {
+     285           0 :         double r_ = r / L_p;
+     286           0 :     double rscale = r > epsilon ? r_ * exp(-r_) / (1 - exp(-r_)) : 1 - r_/2. - r_*r_/12. ;
+     287           0 :         double B_phi = cot_p0 / zscale(z) * rscale * B_r;
+     288           0 :     B_phi = B_phi - 2 * z * r / (H_p * H_p) / zscale(z) * shiftedWindingFunction(r, z) * B_z;
+     289           0 :         return B_phi;
+     290             : }
+     291             : 
+     292           0 : double TF17Field::radialFieldScale(const double& B1, const double& phi_star, const double& z1, const double& phi, const double& r, const double& z) const {
+     293             :     // simplication of the equation in the cosinus
+     294           0 :     double phi_prime = phi - shiftedWindingFunction(r, z) - phi_star;
+     295             :         // This term occures is parameterizations of models A and B always bisymmetric (m = 1)
+     296           0 :         return B1 * exp(-fabs(z1) / H_disk) * cos(phi_prime);
+     297             : }
+     298             : 
+     299           0 : double TF17Field::shiftedWindingFunction(const double& r, const double& z) const {
+     300           0 :     return cot_p0 * log(1 - exp(-r / L_p) + epsilon) / zscale(z);
+     301             : }
+     302             : 
+     303           0 : double TF17Field::zscale(const double& z) const {
+     304           0 :         return 1 + z * z / H_p / H_p;
+     305             : }
+     306             : 
+     307             : } // namespace crpropa
+
+
+
+ + + + +
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+ + + diff --git a/doc/coverageReport/src/magneticField/index-sort-f.html b/doc/coverageReport/src/magneticField/index-sort-f.html new file mode 100644 index 000000000..e6f4aee3b --- /dev/null +++ b/doc/coverageReport/src/magneticField/index-sort-f.html @@ -0,0 +1,173 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticFieldHitTotalCoverage
Test:coverage.info.cleanedLines:16691018.2 %
Date:2024-04-08 14:58:22Functions:2913821.0 %
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PT11Field.cpp +
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ArchimedeanSpiralField.cpp +
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MagneticFieldGrid.cpp +
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MagneticField.cpp +
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PolarizedSingleModeMagneticField.cpp +
46.9%46.9%
+ 		46.9 %15 / 32100.0 %2 / 2
CMZField.cpp +
96.3%96.3%
+ 		96.3 %103 / 107100.0 %18 / 18
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+ + + diff --git a/doc/coverageReport/src/magneticField/index-sort-l.html b/doc/coverageReport/src/magneticField/index-sort-l.html new file mode 100644 index 000000000..2650220e6 --- /dev/null +++ b/doc/coverageReport/src/magneticField/index-sort-l.html @@ -0,0 +1,173 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticFieldHitTotalCoverage
Test:coverage.info.cleanedLines:16691018.2 %
Date:2024-04-08 14:58:22Functions:2913821.0 %
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JF12Field.cpp +
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PolarizedSingleModeMagneticField.cpp +
46.9%46.9%
+ 		46.9 %15 / 32100.0 %2 / 2
MagneticField.cpp +
72.7%72.7%
+ 		72.7 %48 / 6656.2 %9 / 16
CMZField.cpp +
96.3%96.3%
+ 		96.3 %103 / 107100.0 %18 / 18
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+ + + diff --git a/doc/coverageReport/src/magneticField/index.html b/doc/coverageReport/src/magneticField/index.html new file mode 100644 index 000000000..e4d6a01d2 --- /dev/null +++ b/doc/coverageReport/src/magneticField/index.html @@ -0,0 +1,173 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticFieldHitTotalCoverage
Test:coverage.info.cleanedLines:16691018.2 %
Date:2024-04-08 14:58:22Functions:2913821.0 %
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ArchimedeanSpiralField.cpp +
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CMZField.cpp +
96.3%96.3%
+ 		96.3 %103 / 107100.0 %18 / 18
JF12Field.cpp +
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JF12FieldSolenoidal.cpp +
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+ 		0.0 %0 / 1420.0 %0 / 14
MagneticField.cpp +
72.7%72.7%
+ 		72.7 %48 / 6656.2 %9 / 16
MagneticFieldGrid.cpp +
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+ 		0.0 %0 / 310.0 %0 / 11
PT11Field.cpp +
0.0%
+ 		0.0 %0 / 630.0 %0 / 9
PolarizedSingleModeMagneticField.cpp +
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+ 		46.9 %15 / 32100.0 %2 / 2
TF17Field.cpp +
0.0%
+ 		0.0 %0 / 1960.0 %0 / 29
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+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.func-sort-c.html new file mode 100644 index 000000000..166f69ed4 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/GridTurbulence.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - GridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8910485.6 %
Date:2024-04-08 14:58:22Functions:71353.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa14GridTurbulence10dumpToFileENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZNK7crpropa14GridTurbulence16getPowerSpectrumEv0
_ZNK7crpropa14GridTurbulence18getMeanFieldVectorEv0
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_ZNK7crpropa14GridTurbulence20getMeanFieldStrengthEv0
_ZNK7crpropa14GridTurbulence26getRmsFieldStrengthPerAxisEv0
_ZNK7crpropa14GridTurbulence7getGridEv1
_ZNK7crpropa14GridTurbulence8getFieldERKNS_7Vector3IdEE4
_ZN7crpropa14GridTurbulence14initTurbulenceEv6
_ZN7crpropa14GridTurbulence8initGridERKNS_14GridPropertiesE6
_ZN7crpropa14GridTurbulenceC2ERKNS_18TurbulenceSpectrumERKNS_14GridPropertiesEj6
_ZN7crpropa14GridTurbulence24executeInverseFFTInplaceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEPA2_fS8_S8_10
_ZN7crpropa14GridTurbulence21checkGridRequirementsENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEdd13
+
+
+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.func.html b/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.func.html new file mode 100644 index 000000000..59602c105 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/GridTurbulence.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - GridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8910485.6 %
Date:2024-04-08 14:58:22Functions:71353.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa14GridTurbulence14initTurbulenceEv6
_ZN7crpropa14GridTurbulence21checkGridRequirementsENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEdd13
_ZN7crpropa14GridTurbulence24executeInverseFFTInplaceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEPA2_fS8_S8_10
_ZN7crpropa14GridTurbulence8initGridERKNS_14GridPropertiesE6
_ZN7crpropa14GridTurbulenceC2ERKNS_18TurbulenceSpectrumERKNS_14GridPropertiesEj6
_ZNK7crpropa14GridTurbulence10dumpToFileENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZNK7crpropa14GridTurbulence16getPowerSpectrumEv0
_ZNK7crpropa14GridTurbulence18getMeanFieldVectorEv0
_ZNK7crpropa14GridTurbulence19getRmsFieldStrengthEv0
_ZNK7crpropa14GridTurbulence20getMeanFieldStrengthEv0
_ZNK7crpropa14GridTurbulence26getRmsFieldStrengthPerAxisEv0
_ZNK7crpropa14GridTurbulence7getGridEv1
_ZNK7crpropa14GridTurbulence8getFieldERKNS_7Vector3IdEE4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.gcov.html b/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.gcov.html new file mode 100644 index 000000000..fb8a58ac8 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/GridTurbulence.cpp.gcov.html @@ -0,0 +1,289 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/GridTurbulence.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - GridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8910485.6 %
Date:2024-04-08 14:58:22Functions:71353.8 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/turbulentField/GridTurbulence.h"
+       2             : #include "crpropa/GridTools.h"
+       3             : #include "crpropa/Random.h"
+       4             : 
+       5             : #ifdef CRPROPA_HAVE_FFTW3F
+       6             : 
+       7             : namespace crpropa {
+       8             : 
+       9             : 
+      10           6 : GridTurbulence::GridTurbulence(const TurbulenceSpectrum &spectrum,
+      11             :                                const GridProperties &gridProp,
+      12           6 :                                unsigned int seed)
+      13           6 :     : TurbulentField(spectrum), seed(seed) {
+      14           6 :         initGrid(gridProp);
+      15           6 :         checkGridRequirements(gridPtr, spectrum.getLmin(), spectrum.getLmax());
+      16           6 :         initTurbulence();
+      17           6 : }
+      18             : 
+      19           6 : void GridTurbulence::initGrid(const GridProperties &p) {
+      20           6 :         gridPtr = new Grid3f(p);
+      21           6 : }
+      22             : 
+      23           4 : Vector3d GridTurbulence::getField(const Vector3d &pos) const {
+      24           4 :         return gridPtr->interpolate(pos);
+      25             : }
+      26             : 
+      27           1 : const ref_ptr<Grid3f> &GridTurbulence::getGrid() const { return gridPtr; }
+      28             : 
+      29           6 : void GridTurbulence::initTurbulence() {
+      30             : 
+      31             :         Vector3d spacing = gridPtr->getSpacing();
+      32             :         size_t n = gridPtr->getNx(); // size of array
+      33           6 :         size_t n2 = (size_t)floor(n / 2) +
+      34             :                     1; // size array in z-direction in configuration space
+      35             : 
+      36             :         // arrays to hold the complex vector components of the B(k)-field
+      37             :         fftwf_complex *Bkx, *Bky, *Bkz;
+      38           6 :         Bkx = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      39           6 :         Bky = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      40           6 :         Bkz = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      41             : 
+      42           6 :         Random random;
+      43           6 :         if (seed != 0)
+      44           4 :                 random.seed(seed); // use given seed
+      45             : 
+      46             :         // calculate the n possible discrete wave numbers
+      47           6 :         double K[n];
+      48         390 :         for (size_t i = 0; i < n; i++)
+      49         384 :                 K[i] = ((double)i / n - i / (n / 2));
+      50             : 
+      51             :         // double kMin = 2*M_PI / lMax; // * 2 * spacing.x; // spacing.x / lMax;
+      52             :         // double kMax = 2*M_PI / lMin; // * 2 * spacing.x; // spacing.x / lMin;
+      53           6 :         double kMin = spacing.x / spectrum.getLmax();
+      54           6 :         double kMax = spacing.x / spectrum.getLmin();
+      55           6 :         auto lambda = 1 / spacing.x * 2 * M_PI;
+      56             : 
+      57             :         Vector3f n0(1, 1, 1); // arbitrary vector to construct orthogonal base
+      58             : 
+      59         390 :         for (size_t ix = 0; ix < n; ix++) {
+      60       24960 :                 for (size_t iy = 0; iy < n; iy++) {
+      61      835584 :                         for (size_t iz = 0; iz < n2; iz++) {
+      62             :         
+      63             :                                 Vector3f ek, e1, e2;  // orthogonal base
+      64             : 
+      65      811008 :                                 size_t i = ix * n * n2 + iy * n2 + iz;
+      66      811008 :                                 ek.setXYZ(K[ix], K[iy], K[iz]);
+      67      811008 :                                 double k = ek.getR();
+      68             : 
+      69             :                                 // wave outside of turbulent range -> B(k) = 0
+      70      811008 :                                 if ((k < kMin) || (k > kMax)) {
+      71      395939 :                                         Bkx[i][0] = 0;
+      72      395939 :                                         Bkx[i][1] = 0;
+      73      395939 :                                         Bky[i][0] = 0;
+      74      395939 :                                         Bky[i][1] = 0;
+      75      395939 :                                         Bkz[i][0] = 0;
+      76      395939 :                                         Bkz[i][1] = 0;
+      77             :                                         continue;
+      78             :                                 }
+      79             : 
+      80             :                                 // construct an orthogonal base ek, e1, e2
+      81      415069 :                                 if (ek.isParallelTo(n0, float(1e-3))) {
+      82             :                                         // ek parallel to (1,1,1)
+      83             :                                         e1.setXYZ(-1., 1., 0);
+      84             :                                         e2.setXYZ(1., 1., -2.);
+      85             :                                 } else {
+      86             :                                         // ek not parallel to (1,1,1)
+      87             :                                         e1 = n0.cross(ek);
+      88             :                                         e2 = ek.cross(e1);
+      89             :                                 }
+      90             :                                 e1 /= e1.getR();
+      91             :                                 e2 /= e2.getR();
+      92             : 
+      93             :                                 // random orientation perpendicular to k
+      94      415069 :                                 double theta = 2 * M_PI * random.rand();
+      95      415069 :                                 Vector3f b = e1 * std::cos(theta) + e2 * std::sin(theta); // real b-field vector
+      96             : 
+      97             :                                 // normal distributed amplitude with mean = 0
+      98      415069 :                                 b *= std::sqrt(spectrum.energySpectrum(k*lambda));
+      99             :                                 
+     100             :                                 // uniform random phase
+     101      415069 :                                 double phase = 2 * M_PI * random.rand();
+     102      415069 :                                 double cosPhase = std::cos(phase); // real part
+     103      415069 :                                 double sinPhase = std::sin(phase); // imaginary part
+     104             : 
+     105      415069 :                                 Bkx[i][0] = b.x * cosPhase;
+     106      415069 :                                 Bkx[i][1] = b.x * sinPhase;
+     107      415069 :                                 Bky[i][0] = b.y * cosPhase;
+     108      415069 :                                 Bky[i][1] = b.y * sinPhase;
+     109      415069 :                                 Bkz[i][0] = b.z * cosPhase;
+     110      415069 :                                 Bkz[i][1] = b.z * sinPhase;
+     111             :                         } // for iz
+     112             :                 }     // for iy
+     113             :         }         // for ix
+     114             : 
+     115           6 :         executeInverseFFTInplace(gridPtr, Bkx, Bky, Bkz);
+     116             : 
+     117           6 :         fftwf_free(Bkx);
+     118           6 :         fftwf_free(Bky);
+     119           6 :         fftwf_free(Bkz);
+     120             : 
+     121          24 :         scaleGrid(gridPtr, spectrum.getBrms() /
+     122          12 :                                rmsFieldStrength(gridPtr)); // normalize to Brms
+     123          12 : }
+     124             : 
+     125             : // Check the grid properties before the FFT procedure
+     126          13 : void GridTurbulence::checkGridRequirements(ref_ptr<Grid3f> grid, double lMin,
+     127             :                                            double lMax) {
+     128             :         size_t Nx = grid->getNx();
+     129             :         size_t Ny = grid->getNy();
+     130             :         size_t Nz = grid->getNz();
+     131             :         Vector3d spacing = grid->getSpacing();
+     132             : 
+     133          13 :         if ((Nx != Ny) or (Ny != Nz))
+     134           0 :                 throw std::runtime_error("turbulentField: only cubic grid supported");
+     135          13 :         if ((spacing.x != spacing.y) or (spacing.y != spacing.z))
+     136           0 :                 throw std::runtime_error("turbulentField: only equal spacing suported");
+     137          13 :         if (lMin < 2 * spacing.x)
+     138           1 :                 throw std::runtime_error("turbulentField: lMin < 2 * spacing");
+     139          12 :         if (lMax > Nx * spacing.x) // before was (lMax > Nx * spacing.x / 2), why?
+     140           1 :                 throw std::runtime_error("turbulentField: lMax > size");
+     141          11 :         if (lMax < lMin) 
+     142           1 :                 throw std::runtime_error("lMax < lMin");
+     143          10 : }
+     144             : 
+     145             : // Execute inverse discrete FFT in-place for a 3D grid, from complex to real
+     146             : // space
+     147          10 : void GridTurbulence::executeInverseFFTInplace(ref_ptr<Grid3f> grid,
+     148             :                                               fftwf_complex *Bkx,
+     149             :                                               fftwf_complex *Bky,
+     150             :                                               fftwf_complex *Bkz) {
+     151             : 
+     152             :         size_t n = grid->getNx(); // size of array
+     153          10 :         size_t n2 = (size_t)floor(n / 2) +
+     154             :                     1; // size array in z-direction in configuration space
+     155             : 
+     156             :         // in-place, complex to real, inverse Fourier transformation on each
+     157             :         // component note that the last elements of B(x) are unused now
+     158             :         float *Bx = (float *)Bkx;
+     159          10 :         fftwf_plan plan_x = fftwf_plan_dft_c2r_3d(n, n, n, Bkx, Bx, FFTW_ESTIMATE);
+     160          10 :         fftwf_execute(plan_x);
+     161          10 :         fftwf_destroy_plan(plan_x);
+     162             : 
+     163             :         float *By = (float *)Bky;
+     164          10 :         fftwf_plan plan_y = fftwf_plan_dft_c2r_3d(n, n, n, Bky, By, FFTW_ESTIMATE);
+     165          10 :         fftwf_execute(plan_y);
+     166          10 :         fftwf_destroy_plan(plan_y);
+     167             : 
+     168             :         float *Bz = (float *)Bkz;
+     169          10 :         fftwf_plan plan_z = fftwf_plan_dft_c2r_3d(n, n, n, Bkz, Bz, FFTW_ESTIMATE);
+     170          10 :         fftwf_execute(plan_z);
+     171          10 :         fftwf_destroy_plan(plan_z);
+     172             : 
+     173             :         // save to grid
+     174         650 :         for (size_t ix = 0; ix < n; ix++) {
+     175       41600 :                 for (size_t iy = 0; iy < n; iy++) {
+     176     2662400 :                         for (size_t iz = 0; iz < n; iz++) {
+     177     2621440 :                                 size_t i = ix * n * 2 * n2 + iy * 2 * n2 + iz;
+     178             :                                 Vector3f &b = grid->get(ix, iy, iz);
+     179     2621440 :                                 b.x = Bx[i];
+     180     2621440 :                                 b.y = By[i];
+     181     2621440 :                                 b.z = Bz[i];
+     182             :                         }
+     183             :                 }
+     184             :         }
+     185          10 : }
+     186             : 
+     187           0 : Vector3f GridTurbulence::getMeanFieldVector() const {
+     188           0 :         return meanFieldVector(gridPtr);
+     189             : }
+     190             : 
+     191           0 : double GridTurbulence::getMeanFieldStrength() const {
+     192           0 :         return meanFieldStrength(gridPtr);
+     193             : }
+     194             : 
+     195           0 : double GridTurbulence::getRmsFieldStrength() const {
+     196           0 :         return rmsFieldStrength(gridPtr);
+     197             : }
+     198             : 
+     199           0 : std::array<float, 3> GridTurbulence::getRmsFieldStrengthPerAxis() const {
+     200           0 :         return rmsFieldStrengthPerAxis(gridPtr);
+     201             : }
+     202             :         
+     203           0 : std::vector<std::pair<int, float>> GridTurbulence::getPowerSpectrum() const {
+     204           0 :         return gridPowerSpectrum(gridPtr);
+     205             : }
+     206             : 
+     207           0 : void GridTurbulence::dumpToFile(std::string filename) const {
+     208           0 :         dumpGrid(gridPtr, filename);
+     209           0 : }
+     210             : 
+     211             : } // namespace crpropa
+     212             : 
+     213             : #endif // CRPROPA_HAVE_FFTW3F
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.func-sort-c.html new file mode 100644 index 000000000..ce798a6be --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/HelicalGridTurbulence.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - HelicalGridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0590.0 %
Date:2024-04-08 14:58:22Functions:020.0 %
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+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21HelicalGridTurbulence14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddid0
_ZN7crpropa21HelicalGridTurbulenceC2ERKNS_24SimpleTurbulenceSpectrumERKNS_14GridPropertiesEdj0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.func.html b/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.func.html new file mode 100644 index 000000000..3a300bc05 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/HelicalGridTurbulence.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - HelicalGridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0590.0 %
Date:2024-04-08 14:58:22Functions:020.0 %
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+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21HelicalGridTurbulence14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddid0
_ZN7crpropa21HelicalGridTurbulenceC2ERKNS_24SimpleTurbulenceSpectrumERKNS_14GridPropertiesEdj0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.gcov.html b/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.gcov.html new file mode 100644 index 000000000..4a3415bc2 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/HelicalGridTurbulence.cpp.gcov.html @@ -0,0 +1,206 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/HelicalGridTurbulence.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - HelicalGridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0590.0 %
Date:2024-04-08 14:58:22Functions:020.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/turbulentField/HelicalGridTurbulence.h"
+       2             : #include "crpropa/GridTools.h"
+       3             : #include "crpropa/Random.h"
+       4             : 
+       5             : #ifdef CRPROPA_HAVE_FFTW3F
+       6             : #include "fftw3.h"
+       7             : 
+       8             : namespace crpropa {
+       9             : 
+      10           0 : HelicalGridTurbulence::HelicalGridTurbulence(const SimpleTurbulenceSpectrum &spectrum,
+      11             :                                              const GridProperties &gridProp,
+      12           0 :                                              double H, unsigned int seed)
+      13           0 :     : SimpleGridTurbulence(spectrum, gridProp, seed), H(H) {
+      14           0 :         initTurbulence(gridPtr, spectrum.getBrms(), spectrum.getLmin(),
+      15           0 :                        spectrum.getLmax(), -spectrum.getSindex() - 2, seed, H);
+      16           0 : }
+      17             : 
+      18           0 : void HelicalGridTurbulence::initTurbulence(ref_ptr<Grid3f> grid, double Brms,
+      19             :                                            double lMin, double lMax,
+      20             :                                            double alpha, int seed, double H) {
+      21             : 
+      22           0 :         checkGridRequirements(grid, lMin, lMax);
+      23             : 
+      24             :         Vector3d spacing = grid->getSpacing();
+      25             :         size_t n = grid->getNx(); // size of array
+      26           0 :         size_t n2 = (size_t)floor(n / 2) +
+      27             :                     1; // size array in z-direction in configuration space
+      28             : 
+      29             :         // arrays to hold the complex vector components of the B(k)-field
+      30             :         fftwf_complex *Bkx, *Bky, *Bkz;
+      31           0 :         Bkx = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      32           0 :         Bky = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      33           0 :         Bkz = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      34             : 
+      35           0 :         Random random;
+      36           0 :         if (seed != 0)
+      37           0 :                 random.seed(seed); // use given seed
+      38             : 
+      39             :         // calculate the n possible discrete wave numbers
+      40           0 :         double K[n];
+      41           0 :         for (size_t i = 0; i < n; i++)
+      42           0 :                 K[i] = (double)i / n - i / (n / 2);
+      43             : 
+      44             :         // only used if there is a helicity
+      45             :         double Bktot, Bkplus, Bkminus, thetaplus, thetaminus;
+      46             : 
+      47           0 :         double kMin = spacing.x / lMax;
+      48           0 :         double kMax = spacing.x / lMin;
+      49             :         Vector3f b;           // real b-field vector
+      50             :         Vector3f ek, e1, e2;  // orthogonal base
+      51             :         Vector3f n0(1, 1, 1); // arbitrary vector to construct orthogonal base
+      52             : 
+      53           0 :         for (size_t ix = 0; ix < n; ix++) {
+      54           0 :                 for (size_t iy = 0; iy < n; iy++) {
+      55           0 :                         for (size_t iz = 0; iz < n2; iz++) {
+      56             : 
+      57           0 :                                 size_t i = ix * n * n2 + iy * n2 + iz;
+      58           0 :                                 ek.setXYZ(K[ix], K[iy], K[iz]);
+      59           0 :                                 double k = ek.getR();
+      60             : 
+      61             :                                 // wave outside of turbulent range -> B(k) = 0
+      62           0 :                                 if ((k < kMin) || (k > kMax)) {
+      63           0 :                                         Bkx[i][0] = 0;
+      64           0 :                                         Bkx[i][1] = 0;
+      65           0 :                                         Bky[i][0] = 0;
+      66           0 :                                         Bky[i][1] = 0;
+      67           0 :                                         Bkz[i][0] = 0;
+      68           0 :                                         Bkz[i][1] = 0;
+      69             :                                         continue;
+      70             :                                 }
+      71             : 
+      72             :                                 // construct an orthogonal base ek, e1, e2
+      73             :                                 // (for helical fields together with the real transform the
+      74             :                                 // following convention must be used: e1(-k) = e1(k), e2(-k) = -
+      75             :                                 // e2(k)
+      76           0 :                                 if (ek.getAngleTo(n0) < 1e-3) { // ek parallel to (1,1,1)
+      77             :                                         e1.setXYZ(-1, 1, 0);
+      78             :                                         e2.setXYZ(1, 1, -2);
+      79             :                                 } else { // ek not parallel to (1,1,1)
+      80             :                                         e1 = n0.cross(ek);
+      81             :                                         e2 = ek.cross(e1);
+      82             :                                 }
+      83             :                                 e1 /= e1.getR();
+      84             :                                 e2 /= e2.getR();
+      85             : 
+      86             : 
+      87           0 :                                 double Bkprefactor = mu0 / (4 * M_PI * pow(k, 3));
+      88           0 :                                 Bktot = fabs(random.randNorm() * pow(k, alpha / 2));
+      89           0 :                                 Bkplus = Bkprefactor * sqrt((1 + H) / 2) * Bktot;
+      90           0 :                                 Bkminus = Bkprefactor * sqrt((1 - H) / 2) * Bktot;
+      91           0 :                                 thetaplus = 2 * M_PI * random.rand();
+      92           0 :                                 thetaminus = 2 * M_PI * random.rand();
+      93           0 :                                 double ctp = cos(thetaplus);
+      94           0 :                                 double stp = sin(thetaplus);
+      95           0 :                                 double ctm = cos(thetaminus);
+      96           0 :                                 double stm = sin(thetaminus);
+      97             : 
+      98           0 :                                 Bkx[i][0] = ((Bkplus * ctp + Bkminus * ctm) * e1.x +
+      99           0 :                                              (-Bkplus * stp + Bkminus * stm) * e2.x) /
+     100             :                                             sqrt(2);
+     101           0 :                                 Bkx[i][1] = ((Bkplus * stp + Bkminus * stm) * e1.x +
+     102           0 :                                              (Bkplus * ctp - Bkminus * ctm) * e2.x) /
+     103             :                                             sqrt(2);
+     104           0 :                                 Bky[i][0] = ((Bkplus * ctp + Bkminus * ctm) * e1.y +
+     105           0 :                                              (-Bkplus * stp + Bkminus * stm) * e2.y) /
+     106             :                                             sqrt(2);
+     107           0 :                                 Bky[i][1] = ((Bkplus * stp + Bkminus * stm) * e1.y +
+     108           0 :                                              (Bkplus * ctp - Bkminus * ctm) * e2.y) /
+     109             :                                             sqrt(2);
+     110           0 :                                 Bkz[i][0] = ((Bkplus * ctp + Bkminus * ctm) * e1.z +
+     111           0 :                                              (-Bkplus * stp + Bkminus * stm) * e2.z) /
+     112             :                                             sqrt(2);
+     113           0 :                                 Bkz[i][1] = ((Bkplus * stp + Bkminus * stm) * e1.z +
+     114           0 :                                              (Bkplus * ctp - Bkminus * ctm) * e2.z) /
+     115             :                                             sqrt(2);
+     116             : 
+     117             :                                 Vector3f BkRe(Bkx[i][0], Bky[i][0], Bkz[i][0]);
+     118             :                                 Vector3f BkIm(Bkx[i][1], Bky[i][1], Bkz[i][1]);
+     119             :                         } // for iz
+     120             :                 }     // for iy
+     121             :         }         // for ix
+     122             : 
+     123           0 :         executeInverseFFTInplace(grid, Bkx, Bky, Bkz);
+     124             : 
+     125           0 :         scaleGrid(grid, Brms / rmsFieldStrength(grid)); // normalize to Brms
+     126           0 : }
+     127             : 
+     128             : } // namespace crpropa
+     129             : 
+     130             : #endif // CRPROPA_HAVE_FFTW3F
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.func-sort-c.html new file mode 100644 index 000000000..ecbe74169 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/PlaneWaveTurbulence.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - PlaneWaveTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:464895.8 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19PlaneWaveTurbulenceC2ERKNS_18TurbulenceSpectrumEii2
_ZNK7crpropa19PlaneWaveTurbulence8getFieldERKNS_7Vector3IdEE45
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.func.html b/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.func.html new file mode 100644 index 000000000..3a3efe0af --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/PlaneWaveTurbulence.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - PlaneWaveTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:464895.8 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19PlaneWaveTurbulenceC2ERKNS_18TurbulenceSpectrumEii2
_ZNK7crpropa19PlaneWaveTurbulence8getFieldERKNS_7Vector3IdEE45
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.gcov.html b/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.gcov.html new file mode 100644 index 000000000..0344bde9e --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp.gcov.html @@ -0,0 +1,517 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/PlaneWaveTurbulence.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - PlaneWaveTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:464895.8 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : // This file contains an implementation of a vectorized cosine, which
+       2             : // is based in part on the implementations in the library "SLEEF" by
+       3             : // Naoki Shibata. SLEEF was used under the Boost Software License,
+       4             : // Version 1.0. The original source file contained the following
+       5             : // copyright notice:
+       6             : //
+       7             : //   //          Copyright Naoki Shibata 2010 - 2018.
+       8             : //   // Distributed under the Boost Software License, Version 1.0.
+       9             : //   //    (See accompanying file LICENSE.txt or copy at
+      10             : //   //          http://www.boost.org/LICENSE_1_0.txt)
+      11             : //
+      12             : // SLEEF was used under the following license, which is not necessarily the
+      13             : // license that applies to this file:
+      14             : //
+      15             : //         Boost Software License - Version 1.0 - August 17th, 2003
+      16             : //
+      17             : //         Permission is hereby granted, free of charge, to any person or
+      18             : //         organization obtaining a copy of the software and accompanying
+      19             : //         documentation covered by this license (the "Software") to use,
+      20             : //         reproduce, display, distribute, execute, and transmit the Software,
+      21             : //         and to prepare derivative works of the Software, and to permit
+      22             : //         third-parties to whom the Software is furnished to do so, all subject
+      23             : //         to the following:
+      24             : //
+      25             : //         The copyright notices in the Software and this entire statement,
+      26             : //         including the above license grant, this restriction and the following
+      27             : //         disclaimer, must be included in all copies of the Software, in whole
+      28             : //         or in part, and all derivative works of the Software, unless such
+      29             : //         copies or derivative works are solely in the form of
+      30             : //         machine-executable object code generated by a source language
+      31             : //         processor.
+      32             : //
+      33             : //         THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
+      34             : //         EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
+      35             : //         MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, TITLE AND
+      36             : //         NON-INFRINGEMENT. IN NO EVENT SHALL THE COPYRIGHT HOLDERS OR ANYONE
+      37             : //         DISTRIBUTING THE SOFTWARE BE LIABLE FOR ANY DAMAGES OR OTHER
+      38             : //         LIABILITY, WHETHER IN CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT
+      39             : //         OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
+      40             : //         THE SOFTWARE.
+      41             : 
+      42             : #include "crpropa/magneticField/turbulentField/PlaneWaveTurbulence.h"
+      43             : #include "crpropa/GridTools.h"
+      44             : #include "crpropa/Random.h"
+      45             : #include "crpropa/Units.h"
+      46             : 
+      47             : #include "kiss/logger.h"
+      48             : 
+      49             : #include <iostream>
+      50             : 
+      51             : #if defined(FAST_WAVES)
+      52             : #if defined(__SSE__) && defined(__SSE2__) && defined(__SSE3__) && defined(__SSE4_1__) && defined(__SSE4_2__) && defined(__AVX__)
+      53             : #define ENABLE_FAST_WAVES
+      54             : #else
+      55             : #error "FAST_WAVES is enabled, but it appears that not all required SIMD extensions are enabled in the compiler. Without these extensions, the FAST_WAVES optimization cannot be used. Please make sure that the SIMD_EXTENSIONS option in cmake matches the capabilities of your target CPU, or (if your target CPU does not support the required extensions), disable the FAST_WAVES flag in cmake."
+      56             : #endif
+      57             : #endif
+      58             : 
+      59             : 
+      60             : #ifdef ENABLE_FAST_WAVES
+      61             : #include <immintrin.h>
+      62             : #endif
+      63             : 
+      64             : namespace crpropa {
+      65             : #ifdef ENABLE_FAST_WAVES
+      66             : // see
+      67             : // https://stackoverflow.com/questions/49941645/get-sum-of-values-stored-in-m256d-with-sse-avx
+      68             : double hsum_double_avx(__m256d v) {
+      69             :         __m128d vlow = _mm256_castpd256_pd128(v);
+      70             :         __m128d vhigh = _mm256_extractf128_pd(v, 1); // high 128
+      71             :         vlow = _mm_add_pd(vlow, vhigh);              // reduce down to 128
+      72             : 
+      73             :         __m128d high64 = _mm_unpackhi_pd(vlow, vlow);
+      74             :         return _mm_cvtsd_f64(_mm_add_sd(vlow, high64)); // reduce to scalar
+      75             : }
+      76             : #endif // defined(ENABLE_FAST_WAVES)
+      77             : 
+      78           2 : PlaneWaveTurbulence::PlaneWaveTurbulence(const TurbulenceSpectrum &spectrum,
+      79           2 :                                          int Nm, int seed)
+      80           2 :     : TurbulentField(spectrum), Nm(Nm) {
+      81             : 
+      82             : #ifdef ENABLE_FAST_WAVES
+      83             :         KISS_LOG_INFO << "PlaneWaveTurbulence: Using SIMD TD13 implementation"
+      84             :                       << std::endl;
+      85             : 
+      86             :         // There used to be a cpuid check here, to see if the cpu running
+      87             :         // this code would support SIMD (SSE + AVX). However, the library providing
+      88             :         // the relevant function is no longer being used, and doing this manually
+      89             :         // might be a bit too much work.
+      90             : #endif
+      91             : 
+      92           2 :         if (Nm <= 1) {
+      93           0 :                 throw std::runtime_error(
+      94             :                     "PlaneWaveTurbulence: Nm <= 1. Specify at least two wavemodes in "
+      95           0 :                     "order to generate the k distribution properly.");
+      96             :         }
+      97             : 
+      98           2 :         Random random;
+      99           2 :         if (seed != 0)
+     100           2 :                 random.seed(seed);
+     101             : 
+     102           2 :         double kmax = 2 * M_PI / spectrum.getLmin();
+     103           2 :         double kmin = 2 * M_PI / spectrum.getLmax();
+     104             : 
+     105           4 :         xi = std::vector<Vector3d>(Nm, Vector3d(0.));
+     106           4 :         kappa = std::vector<Vector3d>(Nm, Vector3d(0.));
+     107           2 :         phi = std::vector<double>(Nm, 0.);
+     108           2 :         costheta = std::vector<double>(Nm, 0.);
+     109           2 :         beta = std::vector<double>(Nm, 0.);
+     110           2 :         Ak = std::vector<double>(Nm, 0.);
+     111           2 :         k = std::vector<double>(Nm, 0.);
+     112             : 
+     113           2 :         double delta = log10(kmax / kmin);
+     114          22 :         for (int i = 0; i < Nm; i++) {
+     115          20 :                 k[i] = pow(10, log10(kmin) + ((double)i) / ((double)(Nm - 1)) * delta);
+     116             :         }
+     117             : 
+     118             :         // * compute Ak *
+     119             : 
+     120             :         double delta_k0 =
+     121           2 :             (k[1] - k[0]) / k[1]; // multiply this by k[i] to get delta_k[i]
+     122             :         // Note: this is probably unnecessary since it's just a factor
+     123             :         // and will get normalized out anyways. It's not like this is
+     124             :         // performance-sensitive code though, and I don't want to change
+     125             :         // anything numerical now.
+     126             : 
+     127             :         // For this loop, the Ak array actually contains Gk*delta_k (ie
+     128             :         // non-normalized Ak^2). Normalization happens in a second loop,
+     129             :         // once the total is known.
+     130             :         double Ak2_sum = 0; // sum of Ak^2 over all k
+     131          22 :         for (int i = 0; i < Nm; i++) {
+     132          20 :                 double k = this->k[i];
+     133          20 :                 double kHat = k * spectrum.getLbendover();
+     134          20 :                 double Gk = spectrum.energySpectrum(k) * (1 + kHat * kHat);     // correct different implementation in TD 13 (eq. 5, missing + 1 in the denuminators exponent)
+     135          20 :                 Ak[i] = Gk * delta_k0 * k;
+     136          20 :                 Ak2_sum += Ak[i];
+     137             : 
+     138             :                 // phi, costheta, and sintheta are for drawing vectors with
+     139             :                 // uniform distribution on the unit sphere.
+     140             :                 // This is similar to Random::randVector(): their t is our phi,
+     141             :                 // z is costheta, and r is sintheta. Our kappa is equivalent to
+     142             :                 // the return value of randVector(); however, TD13 then reuse
+     143             :                 // these values to generate a random vector perpendicular to kappa.
+     144          20 :                 double phi = random.randUniform(-M_PI, M_PI);
+     145          20 :                 double costheta = random.randUniform(-1., 1.);
+     146          20 :                 double sintheta = sqrt(1 - costheta * costheta);
+     147             : 
+     148          20 :                 double alpha = random.randUniform(0, 2 * M_PI);
+     149          20 :                 double beta = random.randUniform(0, 2 * M_PI);
+     150             : 
+     151             :                 Vector3d kappa =
+     152          20 :                     Vector3d(sintheta * cos(phi), sintheta * sin(phi), costheta);
+     153             : 
+     154             :                 // NOTE: all other variable names match the ones from the TD13 paper.
+     155             :                 // However, our xi is actually their psi, and their xi isn't used at
+     156             :                 // all. (Though both can be used for the polarization vector, according
+     157             :                 // to the paper.) The reason for this discrepancy is that this code
+     158             :                 // used to be based on the original GJ99 paper, which provided only a
+     159             :                 // xi vector, and this xi happens to be almost the same as TD13's psi.
+     160             :                 Vector3d xi =
+     161          20 :                     Vector3d(costheta * cos(phi) * cos(alpha) + sin(phi) * sin(alpha),
+     162          20 :                              costheta * sin(phi) * cos(alpha) - cos(phi) * sin(alpha),
+     163          20 :                              -sintheta * cos(alpha));
+     164             : 
+     165             :                 this->xi[i] = xi;
+     166             :                 this->kappa[i] = kappa;
+     167          20 :                 this->phi[i] = phi;
+     168          20 :                 this->costheta[i] = costheta;
+     169          20 :                 this->beta[i] = beta;
+     170             :         }
+     171             : 
+     172             :         // Only in this loop are the actual Ak computed and stored.
+     173             :         // This two-step process is necessary in order to normalize the values
+     174             :         // properly.
+     175          22 :         for (int i = 0; i < Nm; i++) {
+     176          20 :                 Ak[i] = sqrt(2 * Ak[i] / Ak2_sum) * spectrum.getBrms();
+     177             :         }
+     178             : 
+     179             : #ifdef ENABLE_FAST_WAVES
+     180             :         // * copy data into AVX-compatible arrays *
+     181             :         //
+     182             :         // AVX requires all data to be aligned to 256 bit, or 32 bytes, which is the
+     183             :         // same as 4 double precision floating point numbers. Since support for
+     184             :         // alignments this big seems to be somewhat tentative in C++ allocators,
+     185             :         // we're aligning them manually by allocating a normal double array, and
+     186             :         // then computing the offset to the first value with the correct alignment.
+     187             :         // This is a little bit of work, so instead of doing it separately for each
+     188             :         // of the individual data arrays, we're doing it once for one big array that
+     189             :         // all of the component arrays get packed into.
+     190             :         //
+     191             :         // The other thing to keep in mind is that AVX always reads in units of 256
+     192             :         // bits, or 4 doubles. This means that our number of wavemodes must be
+     193             :         // divisible by 4. If it isn't, we simply pad it out with zeros. Since the
+     194             :         // final step of the computation of each wavemode is multiplication by the
+     195             :         // amplitude, which will be set to 0, these padding wavemodes won't affect
+     196             :         // the result.
+     197             : 
+     198             :         avx_Nm = ((Nm + 4 - 1) / 4) * 4; // round up to next larger multiple of 4:
+     199             :                                          // align is 256 = 4 * sizeof(double) bit
+     200             :         avx_data = std::vector<double>(itotal * avx_Nm + 3, 0.);
+     201             : 
+     202             :         // get the first 256-bit aligned element
+     203             :         size_t size = avx_data.size() * sizeof(double);
+     204             :         void *pointer = avx_data.data();
+     205             :         align_offset =
+     206             :             (double *)std::align(32, 32, pointer, size) - avx_data.data();
+     207             : 
+     208             :         // copy into the AVX arrays
+     209             :         for (int i = 0; i < Nm; i++) {
+     210             :                 avx_data[i + align_offset + avx_Nm * iAxi0] = Ak[i] * xi[i].x;
+     211             :                 avx_data[i + align_offset + avx_Nm * iAxi1] = Ak[i] * xi[i].y;
+     212             :                 avx_data[i + align_offset + avx_Nm * iAxi2] = Ak[i] * xi[i].z;
+     213             : 
+     214             :                 // The cosine implementation computes cos(pi*x), so we'll divide out the
+     215             :                 // pi here.
+     216             :                 avx_data[i + align_offset + avx_Nm * ikkappa0] =
+     217             :                     k[i] / M_PI * kappa[i].x;
+     218             :                 avx_data[i + align_offset + avx_Nm * ikkappa1] =
+     219             :                     k[i] / M_PI * kappa[i].y;
+     220             :                 avx_data[i + align_offset + avx_Nm * ikkappa2] =
+     221             :                     k[i] / M_PI * kappa[i].z;
+     222             : 
+     223             :                 // We also need to divide beta by pi, since that goes into the argument
+     224             :                 // of the cosine as well.
+     225             :                 avx_data[i + align_offset + avx_Nm * ibeta] = beta[i] / M_PI;
+     226             :         }
+     227             : #endif // ENABLE_FAST_WAVES
+     228           2 : }
+     229             : 
+     230          45 : Vector3d PlaneWaveTurbulence::getField(const Vector3d &pos) const {
+     231             : 
+     232             : #ifndef ENABLE_FAST_WAVES
+     233             :         Vector3d B(0.);
+     234         495 :         for (int i = 0; i < Nm; i++) {
+     235         450 :                 double z_ = pos.dot(kappa[i]);
+     236         450 :                 B += xi[i] * Ak[i] * cos(k[i] * z_ + beta[i]);
+     237             :         }
+     238          45 :         return B;
+     239             : 
+     240             : #else  // ENABLE_FAST_WAVES
+     241             : 
+     242             :         // Initialize accumulators
+     243             :         //
+     244             :         // There is one accumulator per component of the result vector.
+     245             :         // Note that each accumulator contains four numbers. At the end of
+     246             :         // the loop, each of these numbers will contain the sum of every
+     247             :         // fourth wavemode, starting at a different offset. In the end, each
+     248             :         // of the accumulator's numbers are added together (using
+     249             :         // hsum_double_avx), resulting in the total sum for that component.
+     250             : 
+     251             :         __m256d acc0 = _mm256_setzero_pd();
+     252             :         __m256d acc1 = _mm256_setzero_pd();
+     253             :         __m256d acc2 = _mm256_setzero_pd();
+     254             : 
+     255             :         // broadcast position into AVX registers
+     256             :         __m256d pos0 = _mm256_set1_pd(pos.x);
+     257             :         __m256d pos1 = _mm256_set1_pd(pos.y);
+     258             :         __m256d pos2 = _mm256_set1_pd(pos.z);
+     259             : 
+     260             :         for (int i = 0; i < avx_Nm; i += 4) {
+     261             : 
+     262             :                 // Load data from memory into AVX registers:
+     263             :                 //  - the three components of the vector A * xi
+     264             :                 __m256d Axi0 =
+     265             :                     _mm256_load_pd(avx_data.data() + i + align_offset + avx_Nm * iAxi0);
+     266             :                 __m256d Axi1 =
+     267             :                     _mm256_load_pd(avx_data.data() + i + align_offset + avx_Nm * iAxi1);
+     268             :                 __m256d Axi2 =
+     269             :                     _mm256_load_pd(avx_data.data() + i + align_offset + avx_Nm * iAxi2);
+     270             : 
+     271             :                 //  - the three components of the vector k * kappa
+     272             :                 __m256d kkappa0 = _mm256_load_pd(avx_data.data() + i + align_offset +
+     273             :                                                  avx_Nm * ikkappa0);
+     274             :                 __m256d kkappa1 = _mm256_load_pd(avx_data.data() + i + align_offset +
+     275             :                                                  avx_Nm * ikkappa1);
+     276             :                 __m256d kkappa2 = _mm256_load_pd(avx_data.data() + i + align_offset +
+     277             :                                                  avx_Nm * ikkappa2);
+     278             : 
+     279             :                 //  - the phase beta.
+     280             :                 __m256d beta =
+     281             :                     _mm256_load_pd(avx_data.data() + i + align_offset + avx_Nm * ibeta);
+     282             : 
+     283             :                 // Then, do the computation.
+     284             : 
+     285             :                 // This is the scalar product between k*kappa and pos:
+     286             :                 __m256d z = _mm256_add_pd(_mm256_mul_pd(pos0, kkappa0),
+     287             :                                           _mm256_add_pd(_mm256_mul_pd(pos1, kkappa1),
+     288             :                                                         _mm256_mul_pd(pos2, kkappa2)));
+     289             : 
+     290             :                 // Here, the phase is added on. This is the argument of the cosine.
+     291             :                 __m256d cos_arg = _mm256_add_pd(z, beta);
+     292             : 
+     293             :                 // ********
+     294             :                 // * Computing the cosine
+     295             :                 // * Part 1: Argument reduction
+     296             :                 //
+     297             :                 //  To understand the computation of the cosine, first note that the
+     298             :                 //  cosine is periodic and we thus only need to model its behavior
+     299             :                 //  between 0 and 2*pi to be able compute the function anywhere. In
+     300             :                 //  fact, by mirroring the function along the x and y axes, even the
+     301             :                 //  range between 0 and pi/2 is sufficient for this purpose. In this
+     302             :                 //  range, the cosine can be efficiently evaluated with high precision
+     303             :                 //  by using a polynomial approximation. Thus, to compute the cosine,
+     304             :                 //  the input value is first reduced so that it lies within this range.
+     305             :                 //  Then, the polynomial approximation is evaluated. Finally, if
+     306             :                 //  necessary, the sign of the result is flipped (mirroring the function
+     307             :                 //  along the x axis).
+     308             :                 //
+     309             :                 //  The actual computation is slightly more involved. First, argument
+     310             :                 //  reduction can be simplified drastically by computing cos(pi*x),
+     311             :                 //  such that the values are reduced to the range [0, 0.5) instead of
+     312             :                 //  [0, pi/2). Since the cosine is even (independent of the sign), we
+     313             :                 //  can first reduce values to [-0.5, 0.5) – that is, a simple rounding
+     314             :                 //  operation – and then neutralize the sign. In fact, precisely because
+     315             :                 //  the cosine is even, all terms of the polynomial are powers of x^2,
+     316             :                 //  so the value of x^2 (computed as x*x) forms the basis for the
+     317             :                 //  polynomial approximation. If I understand things correctly, then (in
+     318             :                 //  IEEE-754 floating point) x*x and (-x)*(-x) will always result in the
+     319             :                 //  exact same value, which means that any error bound over [0, 0.5)
+     320             :                 //  automatically applies to (-0.5, 0] as well.
+     321             : 
+     322             :                 // First, compute round(x), and store it in q. If this value is odd,
+     323             :                 // we're looking at the negative half-wave of the cosine, and thus
+     324             :                 // will have to invert the sign of the result.
+     325             :                 __m256d q = _mm256_round_pd(
+     326             :                     cos_arg, (_MM_FROUND_TO_NEAREST_INT | _MM_FROUND_NO_EXC));
+     327             : 
+     328             :                 // Since we're computing cos(pi*x), round(x) always yields the center of
+     329             :                 // a half-wave (where cos(pi*x) achieves an extremum). This point
+     330             :                 // logically corresponds to x=0. Therefore, we subtract this center from
+     331             :                 // the actual input argument to find the corresponding point on the
+     332             :                 // half-wave that is centered around zero.
+     333             :                 __m256d s = _mm256_sub_pd(cos_arg, q);
+     334             : 
+     335             :                 // We now want to check whether q (the index of our half-wave) is even
+     336             :                 // or odd, since all of the odd-numbered half-waves are negative, so
+     337             :                 // we'll have to flip the final result. On an int, this is as simple as
+     338             :                 // checking the 0th bit. Idea: manipulate the double in such a way that
+     339             :                 // we can do this. So, we add 2^52, such that the last digit of the
+     340             :                 // mantissa is actually in the ones' position. Since q may be negative,
+     341             :                 // we'll also add 2^51 to make sure it's positive. Note that 2^51 is
+     342             :                 // even and thus leaves evenness invariant, which is the only thing we
+     343             :                 // care about here.
+     344             :                 //
+     345             :                 // This is based on the int extraction process described here:
+     346             :                 // https://stackoverflow.com/questions/41144668/how-to-efficiently-perform-double-int64-conversions-with-sse-avx/41223013
+     347             :                 //
+     348             :                 // We assume -2^51 <= q < 2^51 for this, which is unproblematic, as
+     349             :                 // double precision has decayed far enough at that point that the
+     350             :                 // usefulness of the cosine becomes limited.
+     351             :                 //
+     352             :                 // Explanation: The mantissa of a double-precision float has 52 bits
+     353             :                 // (excluding the implicit first bit, which is always one). If |q| >
+     354             :                 // 2^51, this implicit first bit has a place value of at least 2^51,
+     355             :                 // while the first stored bit of the mantissa has a place value of at
+     356             :                 // least 2^50. This means that the LSB of the mantissa has a place value
+     357             :                 // of at least 2^(-1), or 0.5. For a cos(pi*x), this corresponds to a
+     358             :                 // quarter of a cycle (pi/2), so at this point the precision of the
+     359             :                 // input argument is so low that going from one representable number to
+     360             :                 // the next causes the result to jump by +/-1.
+     361             : 
+     362             :                 q = _mm256_add_pd(q, _mm256_set1_pd(0x0018000000000000));
+     363             : 
+     364             :                 // Unfortunately, integer comparisons were only introduced in AVX2, so
+     365             :                 // we'll have to make do with a floating point comparison to check
+     366             :                 // whether the last bit is set. However, masking out all but the last
+     367             :                 // bit will result in a denormal float, which may either result in
+     368             :                 // performance problems or just be rounded down to zero, neither of
+     369             :                 // which is what we want here. To fix this, we'll mask in not only bit
+     370             :                 // 0, but also the exponent (and sign, but that doesn't matter) of q.
+     371             :                 // Luckily, the exponent of q is guaranteed to have the fixed value of
+     372             :                 // 1075 (corresponding to 2^52) after our addition.
+     373             : 
+     374             :                 __m256d invert = _mm256_and_pd(
+     375             :                     q, _mm256_castsi256_pd(_mm256_set1_epi64x(0xfff0000000000001)));
+     376             : 
+     377             :                 // If we did have a one in bit 0, our result will be equal to 2^52 + 1.
+     378             :                 invert = _mm256_cmp_pd(
+     379             :                     invert, _mm256_castsi256_pd(_mm256_set1_epi64x(0x4330000000000001)),
+     380             :                     _CMP_EQ_OQ);
+     381             : 
+     382             :                 // Now we know whether to flip the sign of the result. However, remember
+     383             :                 // that we're working on multiple values at a time, so an if statement
+     384             :                 // won't be of much use here (plus it might perform badly). Instead,
+     385             :                 // we'll make use of the fact that the result of the comparison is all
+     386             :                 // ones if the comparison was true (i.e. q is odd and we need to flip
+     387             :                 // the result), and all zeroes otherwise. If we now mask out all bits
+     388             :                 // except the sign bit, we get something that, when xor'ed into our
+     389             :                 // final result, will flip the sign exactly when q is odd.
+     390             :                 invert = _mm256_and_pd(invert, _mm256_set1_pd(-0.0));
+     391             :                 // (Note that the binary representation of -0.0 is all 0 bits, except
+     392             :                 // for the sign bit, which is set to 1.)
+     393             : 
+     394             :                 // TODO: clamp floats between 0 and 1? This would ensure that we never
+     395             :                 // see inf's, but maybe we want that, so that things dont just fail
+     396             :                 // silently...
+     397             : 
+     398             :                 // * end of argument reduction
+     399             :                 // *******
+     400             : 
+     401             :                 // ******
+     402             :                 // * Evaluate the cosine using a polynomial approximation for the zeroth
+     403             :                 // half-wave.
+     404             :                 // * The coefficients for this were generated using sleefs gencoef.c.
+     405             :                 // * These coefficients are probably far from optimal; however, they
+     406             :                 // should be sufficient for this case.
+     407             :                 s = _mm256_mul_pd(s, s);
+     408             : 
+     409             :                 __m256d u = _mm256_set1_pd(+0.2211852080653743946e+0);
+     410             : 
+     411             :                 u = _mm256_add_pd(_mm256_mul_pd(u, s),
+     412             :                                   _mm256_set1_pd(-0.1332560668688523853e+1));
+     413             :                 u = _mm256_add_pd(_mm256_mul_pd(u, s),
+     414             :                                   _mm256_set1_pd(+0.4058509506474178075e+1));
+     415             :                 u = _mm256_add_pd(_mm256_mul_pd(u, s),
+     416             :                                   _mm256_set1_pd(-0.4934797516664651162e+1));
+     417             :                 u = _mm256_add_pd(_mm256_mul_pd(u, s), _mm256_set1_pd(1.));
+     418             : 
+     419             :                 // Then, flip the sign of each double for which invert is not zero.
+     420             :                 // Since invert has only zero bits except for a possible one in bit 63,
+     421             :                 // we can xor it onto our result to selectively invert the 63rd (sign)
+     422             :                 // bit in each double where invert is set.
+     423             :                 u = _mm256_xor_pd(u, invert);
+     424             : 
+     425             :                 // * end computation of cosine
+     426             :                 // **********
+     427             : 
+     428             :                 // Finally, Ak*xi is multiplied on. Since this is a vector, the
+     429             :                 // multiplication needs to be done for each of the three
+     430             :                 // components, so it happens separately.
+     431             :                 acc0 = _mm256_add_pd(_mm256_mul_pd(u, Axi0), acc0);
+     432             :                 acc1 = _mm256_add_pd(_mm256_mul_pd(u, Axi1), acc1);
+     433             :                 acc2 = _mm256_add_pd(_mm256_mul_pd(u, Axi2), acc2);
+     434             :         }
+     435             : 
+     436             :         return Vector3d(hsum_double_avx(acc0), hsum_double_avx(acc1),
+     437             :                         hsum_double_avx(acc2));
+     438             : #endif // ENABLE_FAST_WAVES
+     439             : }
+     440             : 
+     441             : } // namespace crpropa
+
+
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+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.func-sort-c.html b/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.func-sort-c.html new file mode 100644 index 000000000..02289b77c --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/SimpleGridTurbulence.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - src/magneticField/turbulentField - SimpleGridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:5252100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa20SimpleGridTurbulenceC2ERKNS_24SimpleTurbulenceSpectrumERKNS_14GridPropertiesEj3
_ZN7crpropa20SimpleGridTurbulence14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddi7
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Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.func.html b/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.func.html new file mode 100644 index 000000000..55d106e43 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/SimpleGridTurbulence.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - SimpleGridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:5252100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa20SimpleGridTurbulence14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddi7
_ZN7crpropa20SimpleGridTurbulenceC2ERKNS_24SimpleTurbulenceSpectrumERKNS_14GridPropertiesEj3
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.gcov.html b/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.gcov.html new file mode 100644 index 000000000..a0b831617 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/SimpleGridTurbulence.cpp.gcov.html @@ -0,0 +1,193 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField/SimpleGridTurbulence.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentField - SimpleGridTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:5252100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/magneticField/turbulentField/SimpleGridTurbulence.h"
+       2             : #include "crpropa/GridTools.h"
+       3             : #include "crpropa/Random.h"
+       4             : 
+       5             : #ifdef CRPROPA_HAVE_FFTW3F
+       6             : #include "fftw3.h"
+       7             : 
+       8             : namespace crpropa {
+       9             : 
+      10           3 : SimpleGridTurbulence::SimpleGridTurbulence(const SimpleTurbulenceSpectrum &spectrum,
+      11             :                                            const GridProperties &gridProp,
+      12           3 :                                            unsigned int seed)
+      13           3 :     : GridTurbulence(spectrum, gridProp, seed) {
+      14           6 :         initTurbulence(gridPtr, spectrum.getBrms(), spectrum.getLmin(),
+      15           3 :                        spectrum.getLmax(), -spectrum.getSindex() - 2, seed);
+      16           3 : }
+      17             : 
+      18           7 : void SimpleGridTurbulence::initTurbulence(ref_ptr<Grid3f> grid, double Brms,
+      19             :                                           double lMin, double lMax,
+      20             :                                           double alpha, int seed) {
+      21             :         
+      22             :         Vector3d spacing = grid->getSpacing();
+      23             : 
+      24          11 :         checkGridRequirements(grid, lMin, lMax);
+      25             : 
+      26             :         size_t n = grid->getNx(); // size of array
+      27           4 :         size_t n2 = (size_t)floor(n / 2) +
+      28             :                     1; // size array in z-direction in configuration space
+      29             : 
+      30             :         // arrays to hold the complex vector components of the B(k)-field
+      31             :         fftwf_complex *Bkx, *Bky, *Bkz;
+      32           4 :         Bkx = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      33           4 :         Bky = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      34           4 :         Bkz = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
+      35             : 
+      36           4 :         Random random;
+      37           4 :         if (seed != 0)
+      38           2 :                 random.seed(seed); // use given seed
+      39             : 
+      40             :         // calculate the n possible discrete wave numbers
+      41           4 :         double K[n];
+      42         260 :         for (size_t i = 0; i < n; i++)
+      43         256 :                 K[i] = (double)i / n - i / (n / 2);
+      44             : 
+      45           4 :         double kMin = spacing.x / lMax;
+      46           4 :         double kMax = spacing.x / lMin;
+      47             :         Vector3f n0(1, 1, 1); // arbitrary vector to construct orthogonal base
+      48             : 
+      49         260 :         for (size_t ix = 0; ix < n; ix++) {
+      50       16640 :                 for (size_t iy = 0; iy < n; iy++) {
+      51      557056 :                         for (size_t iz = 0; iz < n2; iz++) {
+      52             :         
+      53             :                                 Vector3f ek, e1, e2;  // orthogonal base
+      54             : 
+      55      540672 :                                 size_t i = ix * n * n2 + iy * n2 + iz;
+      56      540672 :                                 ek.setXYZ(K[ix], K[iy], K[iz]);
+      57      540672 :                                 double k = ek.getR();
+      58             : 
+      59             :                                 // wave outside of turbulent range -> B(k) = 0
+      60      540672 :                                 if ((k < kMin) || (k > kMax)) {
+      61      264724 :                                         Bkx[i][0] = 0;
+      62      264724 :                                         Bkx[i][1] = 0;
+      63      264724 :                                         Bky[i][0] = 0;
+      64      264724 :                                         Bky[i][1] = 0;
+      65      264724 :                                         Bkz[i][0] = 0;
+      66      264724 :                                         Bkz[i][1] = 0;
+      67             :                                         continue;
+      68             :                                 }
+      69             : 
+      70             :                                 // construct an orthogonal base ek, e1, e2
+      71      275948 :                                 if (ek.isParallelTo(n0, float(1e-3))) {
+      72             :                                         // ek parallel to (1,1,1)
+      73             :                                         e1.setXYZ(-1., 1., 0);
+      74             :                                         e2.setXYZ(1., 1., -2.);
+      75             :                                 } else {
+      76             :                                         // ek not parallel to (1,1,1)
+      77             :                                         e1 = n0.cross(ek);
+      78             :                                         e2 = ek.cross(e1);
+      79             :                                 }
+      80             :                                 e1 /= e1.getR();
+      81             :                                 e2 /= e2.getR();
+      82             : 
+      83             :                                 // random orientation perpendicular to k
+      84      275948 :                                 double theta = 2 * M_PI * random.rand();
+      85      275948 :                                 Vector3f b = e1 * cos(theta) + e2 * sin(theta); // real b-field vector
+      86             : 
+      87             :                                 // normal distributed amplitude with mean = 0 and sigma =
+      88             :                                 // k^alpha/2
+      89      275948 :                                 b *= random.randNorm() * pow(k, alpha / 2);
+      90             : 
+      91             :                                 // uniform random phase
+      92      275948 :                                 double phase = 2 * M_PI * random.rand();
+      93      275948 :                                 double cosPhase = cos(phase); // real part
+      94      275948 :                                 double sinPhase = sin(phase); // imaginary part
+      95             : 
+      96      275948 :                                 Bkx[i][0] = b.x * cosPhase;
+      97      275948 :                                 Bkx[i][1] = b.x * sinPhase;
+      98      275948 :                                 Bky[i][0] = b.y * cosPhase;
+      99      275948 :                                 Bky[i][1] = b.y * sinPhase;
+     100      275948 :                                 Bkz[i][0] = b.z * cosPhase;
+     101      275948 :                                 Bkz[i][1] = b.z * sinPhase;
+     102             :                         } // for iz
+     103             :                 }     // for iy
+     104             :         }         // for ix
+     105             : 
+     106           4 :         executeInverseFFTInplace(grid, Bkx, Bky, Bkz);
+     107             : 
+     108           4 :         fftwf_free(Bkx);
+     109           4 :         fftwf_free(Bky);
+     110           4 :         fftwf_free(Bkz);
+     111             : 
+     112          16 :         scaleGrid(grid, Brms / rmsFieldStrength(grid)); // normalize to Brms
+     113          11 : }
+     114             : 
+     115             : } // namespace crpropa
+     116             : 
+     117             : #endif // CRPROPA_HAVE_FFTW3F
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/index-sort-f.html b/doc/coverageReport/src/magneticField/turbulentField/index-sort-f.html new file mode 100644 index 000000000..4bb56e51d --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/index-sort-f.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentFieldHitTotalCoverage
Test:coverage.info.cleanedLines:18726371.1 %
Date:2024-04-08 14:58:22Functions:111957.9 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
HelicalGridTurbulence.cpp +
0.0%
+ 		0.0 %0 / 590.0 %0 / 2
GridTurbulence.cpp +
85.6%85.6%
+ 		85.6 %89 / 10453.8 %7 / 13
SimpleGridTurbulence.cpp +
100.0%
+ 		100.0 %52 / 52100.0 %2 / 2
PlaneWaveTurbulence.cpp +
95.8%95.8%
+ 		95.8 %46 / 48100.0 %2 / 2
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/index-sort-l.html b/doc/coverageReport/src/magneticField/turbulentField/index-sort-l.html new file mode 100644 index 000000000..1a7102ae5 --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/index-sort-l.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentFieldHitTotalCoverage
Test:coverage.info.cleanedLines:18726371.1 %
Date:2024-04-08 14:58:22Functions:111957.9 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
HelicalGridTurbulence.cpp +
0.0%
+ 		0.0 %0 / 590.0 %0 / 2
GridTurbulence.cpp +
85.6%85.6%
+ 		85.6 %89 / 10453.8 %7 / 13
PlaneWaveTurbulence.cpp +
95.8%95.8%
+ 		95.8 %46 / 48100.0 %2 / 2
SimpleGridTurbulence.cpp +
100.0%
+ 		100.0 %52 / 52100.0 %2 / 2
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticField/turbulentField/index.html b/doc/coverageReport/src/magneticField/turbulentField/index.html new file mode 100644 index 000000000..2bfdfdefa --- /dev/null +++ b/doc/coverageReport/src/magneticField/turbulentField/index.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticField/turbulentField + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticField/turbulentFieldHitTotalCoverage
Test:coverage.info.cleanedLines:18726371.1 %
Date:2024-04-08 14:58:22Functions:111957.9 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
GridTurbulence.cpp +
85.6%85.6%
+ 		85.6 %89 / 10453.8 %7 / 13
HelicalGridTurbulence.cpp +
0.0%
+ 		0.0 %0 / 590.0 %0 / 2
PlaneWaveTurbulence.cpp +
95.8%95.8%
+ 		95.8 %46 / 48100.0 %2 / 2
SimpleGridTurbulence.cpp +
100.0%
+ 		100.0 %52 / 52100.0 %2 / 2
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/MagneticLens.cpp.func-sort-c.html b/doc/coverageReport/src/magneticLens/MagneticLens.cpp.func-sort-c.html new file mode 100644 index 000000000..6962e0d0c --- /dev/null +++ b/doc/coverageReport/src/magneticLens/MagneticLens.cpp.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/MagneticLens.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - MagneticLens.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4310441.3 %
Date:2024-04-08 14:58:22Functions:61346.2 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12MagneticLens12loadLensPartERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEdd0
_ZN7crpropa12MagneticLens13normalizeLensEv0
_ZN7crpropa12MagneticLens18normalizeLenspartsEv0
_ZN7crpropa12MagneticLens22normalizeMatrixColumnsEv0
_ZN7crpropa12MagneticLens8loadLensERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZNK7crpropa12MagneticLens15rigidityCoveredEd0
_ZNK7crpropa12MagneticLens20transformModelVectorEPdd0
_ZN7crpropa12MagneticLens11setLensPartERKN5Eigen12SparseMatrixIdLi0EiEEdd3
_ZN7crpropa12MagneticLens12_checkMatrixERKN5Eigen12SparseMatrixIdLi0EiEE3
_ZN7crpropa12MagneticLens20updateRigidityBoundsEdd3
_ZN7crpropa12MagneticLens18transformCosmicRayEdRNS_7Vector3IdEE4
_ZN7crpropa12MagneticLens18transformCosmicRayEdRdS1_12293
_ZNK7crpropa12MagneticLens11getLensPartEd12293
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/MagneticLens.cpp.func.html b/doc/coverageReport/src/magneticLens/MagneticLens.cpp.func.html new file mode 100644 index 000000000..291746429 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/MagneticLens.cpp.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/MagneticLens.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - MagneticLens.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4310441.3 %
Date:2024-04-08 14:58:22Functions:61346.2 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12MagneticLens11setLensPartERKN5Eigen12SparseMatrixIdLi0EiEEdd3
_ZN7crpropa12MagneticLens12_checkMatrixERKN5Eigen12SparseMatrixIdLi0EiEE3
_ZN7crpropa12MagneticLens12loadLensPartERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEdd0
_ZN7crpropa12MagneticLens13normalizeLensEv0
_ZN7crpropa12MagneticLens18normalizeLenspartsEv0
_ZN7crpropa12MagneticLens18transformCosmicRayEdRNS_7Vector3IdEE4
_ZN7crpropa12MagneticLens18transformCosmicRayEdRdS1_12293
_ZN7crpropa12MagneticLens20updateRigidityBoundsEdd3
_ZN7crpropa12MagneticLens22normalizeMatrixColumnsEv0
_ZN7crpropa12MagneticLens8loadLensERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZNK7crpropa12MagneticLens11getLensPartEd12293
_ZNK7crpropa12MagneticLens15rigidityCoveredEd0
_ZNK7crpropa12MagneticLens20transformModelVectorEPdd0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/MagneticLens.cpp.gcov.html b/doc/coverageReport/src/magneticLens/MagneticLens.cpp.gcov.html new file mode 100644 index 000000000..88d65754f --- /dev/null +++ b/doc/coverageReport/src/magneticLens/MagneticLens.cpp.gcov.html @@ -0,0 +1,353 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/MagneticLens.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - MagneticLens.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4310441.3 %
Date:2024-04-08 14:58:22Functions:61346.2 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : //----------------------------------------------------------------------
+       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
+       3             : // a parametrized simulation engine for cosmic rays.
+       4             : //
+       5             : // Copyright (C) 2011  Martin Erdmann, Peter Schiffer, Tobias Winchen
+       6             : //                     RWTH Aachen University, Germany
+       7             : // Contact: winchen@physik.rwth-aachen.de
+       8             : //
+       9             : //  This program is free software: you can redistribute it and/or
+      10             : //  modify it under the terms of the GNU General Public License as
+      11             : //  published by the Free Software Foundation, either version 3 of
+      12             : //  the License, or (at your option) any later version.
+      13             : //
+      14             : //  This program is distributed in the hope that it will be useful,
+      15             : //  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      16             : //  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      17             : //  GNU General Public License for more details.
+      18             : //
+      19             : //  You should have received a copy of the GNU General Public License
+      20             : //  along with this program. If not, see <http://www.gnu.org/licenses/>.
+      21             : //----------------------------------------------------------------------
+      22             : 
+      23             : #include "crpropa/magneticLens/MagneticLens.h"
+      24             : 
+      25             : #include "crpropa/Random.h"
+      26             : #include "crpropa/Units.h"
+      27             : 
+      28             : // needed for memcpy in gcc 4.3.2
+      29             : #include <cstring>
+      30             : 
+      31             : namespace crpropa 
+      32             : {
+      33             : 
+      34           0 : void MagneticLens::loadLens(const string &filename)
+      35             : {
+      36           0 :         ifstream infile(filename.c_str());
+      37           0 :         if (!infile)
+      38             :         {
+      39           0 :                 throw std::runtime_error("Can't read file: " + filename);
+      40             :         }
+      41             :         string line;
+      42             : 
+      43             :         string prefix;
+      44           0 :         int sp = filename.find_last_of("/");
+      45           0 :         if (sp >= 0)
+      46             :         {
+      47           0 :                 prefix = filename.substr(0, sp);
+      48           0 :                 prefix.append("/");
+      49             :         }
+      50             :         string mfdatfile;
+      51             :         double emin, emax;
+      52             : 
+      53             :         int lineCounter = 0;
+      54           0 :         while (!infile.eof())
+      55             :         {
+      56           0 :                 getline(infile, line);
+      57           0 :                 lineCounter++;
+      58           0 :                 if (line.find('#') == string::npos)
+      59             :                 {
+      60           0 :                         stringstream ss;
+      61             :                         ss << line;
+      62           0 :                         ss >> mfdatfile >> emin >> emax;
+      63           0 :                         if (ss.fail())
+      64             :                         {
+      65           0 :                                 cerr << "WARNING! Cannot read line " << lineCounter << " of file " << filename << " :\n [" << lineCounter << " ]: " << line << " \n";
+      66           0 :                                 cerr << " ... Skipping line and continue\n";
+      67             :                         }
+      68             :                         else
+      69             :                         {
+      70           0 :                                 this->loadLensPart(prefix + mfdatfile, pow(10, emin) * eV, pow(10, emax) * eV);
+      71             :                         }
+      72           0 :                 }
+      73             :         }
+      74           0 : }
+      75             : 
+      76       12293 : bool MagneticLens::transformCosmicRay(double rigidity, double& phi,
+      77             :                 double& theta) 
+      78             : {
+      79       12293 :         uint32_t c = _pixelization->direction2Pix(phi, theta);
+      80       12293 :         LensPart *lenspart = getLensPart(rigidity);
+      81       12293 :         if (!lenspart)
+      82             :         {
+      83           1 :                 std::cerr << "Warning. Trying to transform cosmic ray with rigidity " << rigidity / eV << " eV which is not covered by this lens!.\n";
+      84           2 :                 std::cerr << " This lens covers the range " << _minimumRigidity /eV << " eV - " << _maximumRigidity << " eV.\n";
+      85           1 :                 return false;
+      86             :         }
+      87             : 
+      88       12292 :         ModelVectorType v = lenspart->getMatrix().col(c);
+      89             : 
+      90             :         uint32_t r;
+      91             : 
+      92             :         // the random number to compare with
+      93       12292 :         double rn = Random::instance().rand();
+      94             : 
+      95             :         ModelVectorType::InnerIterator i(v);
+      96             :   double cpv = 0;
+      97       12292 :   while (i)
+      98             :   {
+      99       12292 :                 cpv += i.value();
+     100       12292 :                 if (rn < cpv)
+     101             :                 {
+     102       12292 :                         _pixelization->pix2Direction(i.index(), phi, theta);
+     103             :                         return true;
+     104             :     }
+     105             :     else
+     106             :     {
+     107             :                         ++i;
+     108             :     }
+     109             :    }
+     110             :   return false;
+     111             : }
+     112             : 
+     113           4 : bool MagneticLens::transformCosmicRay(double rigidity, Vector3d &p){
+     114             : 
+     115           4 :                         double galacticLongitude = atan2(-p.y, -p.x);
+     116           4 :                         double galacticLatitude =       M_PI / 2 - acos(-p.z/ sqrt(p.x*p.x + p.y*p.y + p.z*p.z));
+     117           4 :                         bool result = transformCosmicRay(rigidity, galacticLongitude, galacticLatitude);
+     118             :                         
+     119           4 :                         p.x = -1 * cos(galacticLongitude) * sin(M_PI / 2 - galacticLatitude);
+     120           4 :                         p.y = -1 * sin(galacticLongitude) * sin(M_PI / 2 - galacticLatitude);
+     121           4 :                         p.z = -1. * cos(M_PI / 2 - galacticLatitude);
+     122             : 
+     123           4 :                         return result;
+     124             : }
+     125             : 
+     126           0 : void MagneticLens::loadLensPart(const string &filename, double rigidityMin,
+     127             :                 double rigidityMax)
+     128             : {
+     129           0 :         updateRigidityBounds(rigidityMin, rigidityMax);
+     130             : 
+     131           0 :         LensPart *p = new LensPart(filename, rigidityMin, rigidityMax);
+     132             :         p->loadMatrixFromFile();
+     133           0 :         _checkMatrix(p->getMatrix());
+     134             : 
+     135           0 :         _lensParts.push_back(p);
+     136           0 : }
+     137             : 
+     138           3 : void MagneticLens::_checkMatrix(const ModelMatrixType &M)
+     139             : {
+     140           3 :         if (M.rows() != M.cols())
+     141             :         {
+     142           0 :                 throw std::runtime_error("Not a square Matrix!");
+     143             :         }
+     144             : 
+     145           3 :         if (_pixelization)
+     146             :         {
+     147           3 :                 if (_pixelization->nPix() != M.cols())
+     148             :                 {
+     149             :                         std::cerr << "*** ERROR ***" << endl;
+     150           0 :                         std::cerr << "  Pixelization: " << _pixelization->nPix() << endl;
+     151             :                         std::cerr << "  Matrix Size : " << M.cols() << endl;
+     152           0 :                         throw std::runtime_error("Matrix doesn't fit into Lense");
+     153             :                 }
+     154             :         }
+     155             :         else
+     156             :         {
+     157           0 :                 uint32_t morder = Pixelization::pix2Order(M.cols());
+     158           0 :                 if (morder == 0)
+     159             :                 {
+     160           0 :                         throw std::runtime_error(
+     161           0 :                                         "Matrix size doesn't match healpix scheme!");
+     162             :                 }
+     163           0 :                 _pixelization = new Pixelization(morder);
+     164             :         }
+     165           3 : }
+     166             : 
+     167           3 : void MagneticLens::updateRigidityBounds(double rigidityMin, double rigidityMax)
+     168             : {
+     169           3 :         if (rigidityMin >= rigidityMax)
+     170             :         {
+     171           0 :                 throw std::runtime_error("rigidityMin >= rigidityMax");
+     172             :         }
+     173           3 :         if (rigidityMin < _minimumRigidity)
+     174             :         {
+     175           3 :                 _minimumRigidity = rigidityMin;
+     176             :         }
+     177             : 
+     178           3 :         if (_maximumRigidity < rigidityMin)
+     179             :         {
+     180           3 :                 _maximumRigidity = rigidityMax;
+     181             :         }
+     182           3 : }
+     183             : 
+     184           3 : void MagneticLens::setLensPart(const ModelMatrixType &M, double rigidityMin,
+     185             :                 double rigidityMax)
+     186             : {
+     187           3 :         updateRigidityBounds(rigidityMin, rigidityMax);
+     188           3 :         LensPart *p = new LensPart("Direct Input", rigidityMin, rigidityMax);
+     189             : 
+     190             :         p->setMatrix(M);
+     191             : 
+     192           3 :         _checkMatrix(p->getMatrix());
+     193           3 :         _lensParts.push_back(p);
+     194           3 : }
+     195             : 
+     196       12293 : LensPart* MagneticLens::getLensPart(double rigidity) const
+     197             : {
+     198             :         const_LensPartIter i = _lensParts.begin();
+     199       12294 :         while (i != _lensParts.end())
+     200             :         {
+     201       12293 :                 if (((*i)->getMinimumRigidity() < rigidity / eV)
+     202       12293 :                                 && ((*i)->getMaximumRigidity() >= rigidity / eV))
+     203             :                 {
+     204             :                         return (*i);
+     205             :                 }
+     206             :                 ++i;
+     207             :         }
+     208             :         return NULL;
+     209             : }
+     210             : 
+     211           0 : bool MagneticLens::rigidityCovered(double rigidity) const
+     212             : {
+     213           0 :         if (getLensPart(rigidity))
+     214             :                 return true;
+     215             :         else
+     216           0 :                 return false;
+     217             : }
+     218             : 
+     219             : 
+     220           0 : void MagneticLens::normalizeMatrixColumns()
+     221             : {
+     222           0 :         for (LensPartIter iter = _lensParts.begin(); iter != _lensParts.end();
+     223             :                         ++iter)
+     224             :         {
+     225           0 :                 normalizeColumns((*iter)->getMatrix());
+     226             :         }
+     227           0 : }
+     228             : 
+     229             : 
+     230           0 : void MagneticLens::normalizeLens()
+     231             : {
+     232             :         // get maximum of sums of columns, and normalize each matrix to that
+     233             :         double norm = 0;
+     234           0 :         for (LensPartIter iter = _lensParts.begin(); iter != _lensParts.end();
+     235             :                         ++iter)
+     236             :         {
+     237           0 :                 if ((*iter)->getMaximumOfSumsOfColumns() > norm)
+     238             :                 {
+     239           0 :                         norm = (*iter)->getMaximumOfSumsOfColumns();
+     240             :                 }
+     241             :         }
+     242           0 :         for (LensPartIter iter = _lensParts.begin(); iter != _lensParts.end();
+     243             :                         ++iter)
+     244             :         {
+     245           0 :                 normalizeMatrix((*iter)->getMatrix(), norm);
+     246             :         }
+     247           0 :   _norm = norm;
+     248           0 : }
+     249             : 
+     250           0 : void MagneticLens::normalizeLensparts()
+     251             : {
+     252           0 :         for (LensPartIter iter = _lensParts.begin(); iter != _lensParts.end();
+     253             :                         ++iter)
+     254             :         {
+     255           0 :                 double norm = (*iter)->getMaximumOfSumsOfColumns();
+     256           0 :                 normalizeMatrix((*iter)->getMatrix(), norm);
+     257             :         }
+     258           0 : }
+     259             : 
+     260           0 : void MagneticLens::transformModelVector(double* model, double rigidity) const
+     261             : {
+     262           0 :         LensPart* lenspart = getLensPart(rigidity);
+     263             :         
+     264           0 :         if (!lenspart)
+     265             :         {
+     266           0 :                 std::cerr << "Warning. Trying to transform vector with rigidity " << rigidity / eV << "eV which is not covered by this lens!.\n" << std::endl;
+     267           0 :                 return;
+     268             :         }
+     269             : 
+     270           0 :         prod_up(lenspart->getMatrix(), model);
+     271             : 
+     272             : }
+     273             : 
+     274             : 
+     275             : 
+     276             : } // namespace parsec
+     277             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.func-sort-c.html b/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.func-sort-c.html new file mode 100644 index 000000000..0b636302b --- /dev/null +++ b/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/ModelMatrix.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - ModelMatrix.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0630.0 %
Date:2024-04-08 14:58:22Functions:070.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11deserializeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERN5Eigen12SparseMatrixIdLi0EiEE0
_ZN7crpropa15normalizeMatrixERN5Eigen12SparseMatrixIdLi0EiEEd0
_ZN7crpropa16normalizeColumnsERN5Eigen12SparseMatrixIdLi0EiEE0
_ZN7crpropa22maximumOfSumsOfColumnsERKN5Eigen12SparseMatrixIdLi0EiEE0
_ZN7crpropa6norm_1ERKN5Eigen12SparseVectorIdLi0EiEE0
_ZN7crpropa7prod_upERKN5Eigen12SparseMatrixIdLi0EiEEPd0
_ZN7crpropa9serializeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKN5Eigen12SparseMatrixIdLi0EiEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.func.html b/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.func.html new file mode 100644 index 000000000..9869c0266 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/ModelMatrix.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - ModelMatrix.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0630.0 %
Date:2024-04-08 14:58:22Functions:070.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11deserializeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERN5Eigen12SparseMatrixIdLi0EiEE0
_ZN7crpropa15normalizeMatrixERN5Eigen12SparseMatrixIdLi0EiEEd0
_ZN7crpropa16normalizeColumnsERN5Eigen12SparseMatrixIdLi0EiEE0
_ZN7crpropa22maximumOfSumsOfColumnsERKN5Eigen12SparseMatrixIdLi0EiEE0
_ZN7crpropa6norm_1ERKN5Eigen12SparseVectorIdLi0EiEE0
_ZN7crpropa7prod_upERKN5Eigen12SparseMatrixIdLi0EiEEPd0
_ZN7crpropa9serializeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKN5Eigen12SparseMatrixIdLi0EiEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.gcov.html b/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.gcov.html new file mode 100644 index 000000000..e0c22d95b --- /dev/null +++ b/doc/coverageReport/src/magneticLens/ModelMatrix.cpp.gcov.html @@ -0,0 +1,237 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/ModelMatrix.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - ModelMatrix.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0630.0 %
Date:2024-04-08 14:58:22Functions:070.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : //----------------------------------------------------------------------
+       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
+       3             : // a parametrized simulation engine for cosmic rays.
+       4             : //
+       5             : // Copyright (C) 2011  Martin Erdmann, Peter Schiffer, Tobias Winchen
+       6             : //                     RWTH Aachen University, Germany
+       7             : // Contact: winchen@physik.rwth-aachen.de
+       8             : //
+       9             : //  This program is free software: you can redistribute it and/or
+      10             : //  modify it under the terms of the GNU General Public License as
+      11             : //  published by the Free Software Foundation, either version 3 of
+      12             : //  the License, or (at your option) any later version.
+      13             : //
+      14             : //  This program is distributed in the hope that it will be useful,
+      15             : //  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      16             : //  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      17             : //  GNU General Public License for more details.
+      18             : //
+      19             : //  You should have received a copy of the GNU General Public License
+      20             : //  along with this program. If not, see <http://www.gnu.org/licenses/>.
+      21             : //----------------------------------------------------------------------
+      22             : 
+      23             : #include "crpropa/magneticLens/ModelMatrix.h"
+      24             : #include <ctime>
+      25             : 
+      26             : #include <Eigen/Core>
+      27             : namespace crpropa 
+      28             : {
+      29             : 
+      30           0 : void serialize(const string &filename, const ModelMatrixType& matrix)
+      31             : {
+      32           0 :         ofstream outfile(filename.c_str(), ios::binary);
+      33           0 :         if (!outfile)
+      34             :         {
+      35           0 :                 throw runtime_error("Can't write file: " + filename);
+      36             :         }
+      37             : 
+      38           0 :         uint32_t C = 0;
+      39             :         double val;
+      40             : 
+      41           0 :         C = (uint32_t) (matrix.nonZeros());
+      42           0 :         outfile.write((char*) &C, sizeof(uint32_t));
+      43           0 :         C = (uint32_t) (matrix.rows());
+      44           0 :         outfile.write((char*) &C, sizeof(uint32_t));
+      45           0 :         C = (uint32_t) (matrix.cols());
+      46           0 :         outfile.write((char*) &C, sizeof(uint32_t));
+      47             : 
+      48             :         // serialize non zero elements
+      49           0 :         for (size_t col_idx = 0; col_idx < matrix.cols(); ++col_idx)
+      50             :         {
+      51           0 :                 for (ModelMatrixType::InnerIterator it(matrix,col_idx); it; ++it)
+      52             :                         {
+      53             :                                 it.value();
+      54           0 :                                 C = (uint32_t) it.row();
+      55           0 :                                 outfile.write((char*) &C, sizeof(uint32_t));
+      56             : 
+      57           0 :                                 C = (uint32_t) it.col();
+      58           0 :                                 outfile.write((char*) &C, sizeof(uint32_t));
+      59             : 
+      60           0 :                                 val = it.value();
+      61           0 :                                 outfile.write((char*) &val, sizeof(double));
+      62           0 :                                 if (outfile.fail())
+      63             :                                 {
+      64           0 :                                         throw runtime_error("Error writing file: " + filename);
+      65             :                                 }
+      66             :                         }
+      67             :         }
+      68             : 
+      69           0 :         outfile.close();
+      70           0 : }
+      71             : 
+      72             : 
+      73           0 : void deserialize(const string &filename, ModelMatrixType& matrix)
+      74             : {
+      75           0 :         ifstream infile(filename.c_str(), ios::binary);
+      76           0 :         if (!infile)
+      77             :         {
+      78           0 :                 throw runtime_error("Can't read file: " + filename);
+      79             :         }
+      80             : 
+      81             :         uint32_t nnz, nRows, nColumns;
+      82           0 :         infile.read((char*) &nnz, sizeof(uint32_t));
+      83           0 :         infile.read((char*) &nRows, sizeof(uint32_t));
+      84           0 :         infile.read((char*) &nColumns, sizeof(uint32_t));
+      85           0 :         matrix.resize(nRows, nColumns);
+      86           0 :         matrix.reserve(nnz);
+      87             : 
+      88             :         uint32_t row, column;
+      89             :         double val;
+      90             :         std::vector< Eigen::Triplet<double> > triplets;
+      91           0 :         triplets.resize(nnz);
+      92           0 :         for (size_t i = 0; i < nnz; i++)
+      93             :         {
+      94           0 :                 infile.read((char*) &row, sizeof(uint32_t));
+      95           0 :                 infile.read((char*) &column, sizeof(uint32_t));
+      96           0 :                 infile.read((char*) &val, sizeof(double));
+      97             :                 //M(size1,size2) = val;
+      98           0 :                 triplets[i] = Eigen::Triplet<double>(row, column, val);
+      99             :         }
+     100           0 :         matrix.setFromTriplets(triplets.begin(), triplets.end());
+     101           0 :         matrix.makeCompressed();
+     102           0 : }
+     103             : 
+     104             : 
+     105           0 : double norm_1(const ModelVectorType &v)
+     106             : {
+     107           0 :         return v.cwiseAbs().sum();
+     108             : }
+     109             : 
+     110             : 
+     111           0 : void normalizeColumns(ModelMatrixType &matrix){
+     112           0 :         for (size_t i=0; i< matrix.cols(); i++)
+     113             :         {
+     114           0 :                 ModelVectorType v = matrix.col(i);
+     115           0 :                 double rn = norm_1(v);
+     116           0 :                 matrix.col(i) = v/rn;
+     117             :         }
+     118           0 : }
+     119             : 
+     120             : 
+     121           0 : double maximumOfSumsOfColumns(const ModelMatrixType &matrix) 
+     122             : {
+     123             :         double summax = 0;
+     124           0 :         for (size_t i = 0; i < matrix.cols(); i++)
+     125             :         {
+     126           0 :                 double sum = matrix.col(i).sum();
+     127           0 :                 if (sum > summax)
+     128             :                         summax = sum;
+     129             :         }
+     130           0 :         return summax;
+     131             : }
+     132             : 
+     133           0 :         void normalizeMatrix(ModelMatrixType& matrix, double norm)
+     134             : {
+     135           0 :         matrix /= norm;
+     136           0 : }
+     137             : 
+     138           0 :         void prod_up(const ModelMatrixType& matrix, double* model)
+     139             : {
+     140             : 
+     141             :         // copy storage of model, as matrix vector product cannot be done
+     142             :         // in place
+     143             :         
+     144           0 :         const size_t mSize = matrix.cols();
+     145           0 :         double *origVectorStorage = new double[mSize];
+     146             :         memcpy(origVectorStorage, model, mSize * sizeof(double));
+     147             : 
+     148             : 
+     149             : 
+     150             :         Eigen::Map<Eigen::Matrix<double, Eigen::Dynamic, 1> > origVectorAdaptor(origVectorStorage, mSize);
+     151             :         Eigen::Map<Eigen::Matrix<double, Eigen::Dynamic, 1> > modelVectorAdaptor(model, mSize);
+     152             : 
+     153             :         // perform the optimized product
+     154           0 :         modelVectorAdaptor = matrix * origVectorAdaptor;
+     155             : 
+     156             :         // clean up
+     157           0 :         delete[] origVectorStorage;
+     158           0 : }
+     159             : 
+     160             : 
+     161             : } // namespace parsec
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.func-sort-c.html b/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.func-sort-c.html new file mode 100644 index 000000000..20670889d --- /dev/null +++ b/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/ParticleMapsContainer.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - ParticleMapsContainer.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:7410570.5 %
Date:2024-04-08 14:58:22Functions:91369.2 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21ParticleMapsContainer11addParticleEidRKNS_7Vector3IdEEd0
_ZN7crpropa21ParticleMapsContainer17forceWeightUpdateEv0
_ZN7crpropa21ParticleMapsContainer6getMapEid0
_ZN7crpropa21ParticleMapsContainer9applyLensERNS_12MagneticLensE0
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_ZN7crpropa21ParticleMapsContainer10placeOnMapEidRdS1_420
_ZN7crpropa21ParticleMapsContainer14_updateWeightsEv421
_ZNK7crpropa21ParticleMapsContainer10idx2EnergyEi421
_ZNK7crpropa21ParticleMapsContainer10energy2IdxEd422
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.func.html b/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.func.html new file mode 100644 index 000000000..fec3680af --- /dev/null +++ b/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/ParticleMapsContainer.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - ParticleMapsContainer.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:7410570.5 %
Date:2024-04-08 14:58:22Functions:91369.2 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21ParticleMapsContainer10placeOnMapEidRdS1_420
_ZN7crpropa21ParticleMapsContainer11addParticleEidRKNS_7Vector3IdEEd0
_ZN7crpropa21ParticleMapsContainer11addParticleEidddd2
_ZN7crpropa21ParticleMapsContainer11getEnergiesEi1
_ZN7crpropa21ParticleMapsContainer14_updateWeightsEv421
_ZN7crpropa21ParticleMapsContainer14getParticleIdsEv1
_ZN7crpropa21ParticleMapsContainer17forceWeightUpdateEv0
_ZN7crpropa21ParticleMapsContainer18getRandomParticlesEmRSt6vectorIiSaIiEERS1_IdSaIdEES7_S7_1
_ZN7crpropa21ParticleMapsContainer6getMapEid0
_ZN7crpropa21ParticleMapsContainer9applyLensERNS_12MagneticLensE0
_ZN7crpropa21ParticleMapsContainerD2Ev2
_ZNK7crpropa21ParticleMapsContainer10energy2IdxEd422
_ZNK7crpropa21ParticleMapsContainer10idx2EnergyEi421
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.gcov.html b/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.gcov.html new file mode 100644 index 000000000..58e7fc9e5 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/ParticleMapsContainer.cpp.gcov.html @@ -0,0 +1,275 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/ParticleMapsContainer.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - ParticleMapsContainer.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:7410570.5 %
Date:2024-04-08 14:58:22Functions:91369.2 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "HepPID/ParticleIDMethods.hh"
+       2             : #include "crpropa/Random.h"
+       3             : #include "crpropa/magneticLens/ParticleMapsContainer.h"
+       4             : #include "crpropa/Units.h"
+       5             : 
+       6             : #include <iostream>
+       7             : #include <fstream>
+       8             : 
+       9             : namespace crpropa  {
+      10             : 
+      11           2 : ParticleMapsContainer::~ParticleMapsContainer() {
+      12           2 :         for(std::map<int, std::map<int, double*> >::iterator pid_iter = _data.begin(); 
+      13           4 :                         pid_iter != _data.end(); ++pid_iter) {
+      14           2 :                 for(std::map<int, double*>::iterator energy_iter = pid_iter->second.begin();
+      15           4 :                         energy_iter != pid_iter->second.end(); ++energy_iter) {
+      16           2 :                         delete[] (energy_iter->second);
+      17             :                 }
+      18             :         }
+      19           2 : }
+      20             : 
+      21         422 : int ParticleMapsContainer::energy2Idx(double energy) const {
+      22         422 :         double lE = log10(energy / eV);
+      23         422 :         return int((lE - _bin0lowerEdge) / _deltaLogE);
+      24             : }
+      25             : 
+      26         421 : double ParticleMapsContainer::idx2Energy(int idx) const {
+      27         421 :         return pow(10, idx * _deltaLogE + _bin0lowerEdge + _deltaLogE / 2) * eV;
+      28             : }
+      29             : 
+      30             :                 
+      31           0 : double* ParticleMapsContainer::getMap(const int particleId, double energy) {
+      32           0 :         _weightsUpToDate = false;
+      33           0 :         if (_data.find(particleId) == _data.end()) {
+      34           0 :                 std::cerr << "No map for ParticleID " << particleId << std::endl;
+      35           0 :                 return NULL;
+      36             :         }
+      37           0 :         int energyIdx   = energy2Idx(energy);
+      38           0 :         if (_data[particleId].find(energyIdx) == _data[particleId].end()) {
+      39           0 :                 std::cerr << "No map for ParticleID and energy" << energy / eV << " eV" << std::endl;
+      40           0 :                 return NULL;
+      41             :         }
+      42           0 :         return _data[particleId][energy2Idx(energy)];
+      43             : }
+      44             :                         
+      45             :                         
+      46           2 : void ParticleMapsContainer::addParticle(const int particleId, double energy, double galacticLongitude, double galacticLatitude, double weight) {
+      47           2 :         _weightsUpToDate = false;
+      48           2 :         if (_data.find(particleId) == _data.end()) {
+      49             :                 map<int, double*> M;
+      50           2 :                 _data[particleId] = M;
+      51             :         }
+      52             : 
+      53           2 :         int energyIdx   = energy2Idx(energy);
+      54           4 :         if (_data[particleId].find(energyIdx) == _data[particleId].end()) {
+      55           2 :                 _data[particleId][energyIdx] = new double[_pixelization.getNumberOfPixels()];
+      56           2 :                 std::fill(_data[particleId][energyIdx], _data[particleId][energyIdx] + _pixelization.getNumberOfPixels(), 0);
+      57             :         }
+      58             : 
+      59           2 :         uint32_t pixel = _pixelization.direction2Pix(galacticLongitude, galacticLatitude);
+      60           2 :         _data[particleId][energyIdx][pixel] += weight;
+      61           2 : }
+      62             : 
+      63             : 
+      64           0 : void ParticleMapsContainer::addParticle(const int particleId, double energy, const Vector3d &p, double weight) {
+      65           0 :         double galacticLongitude = atan2(-p.y, -p.x);
+      66           0 :         double galacticLatitude =       M_PI / 2 - acos(-p.z / p.getR());
+      67           0 :         addParticle(particleId, energy, galacticLongitude, galacticLatitude, weight);
+      68           0 : }
+      69             : 
+      70             : 
+      71           1 : std::vector<int> ParticleMapsContainer::getParticleIds() {
+      72             :         std::vector<int> ids;
+      73           1 :         for(std::map<int, std::map<int, double*> >::iterator pid_iter = _data.begin(); 
+      74           2 :                         pid_iter != _data.end(); ++pid_iter) {
+      75           1 :                 ids.push_back(pid_iter->first);
+      76             :         }
+      77           1 :         return ids;
+      78             : }
+      79             : 
+      80             : 
+      81           1 : std::vector<double> ParticleMapsContainer::getEnergies(int pid) {
+      82             :         std::vector<double> energies;
+      83           1 :         if (_data.find(pid) != _data.end()) {
+      84           1 :                 for(std::map<int, double*>::iterator iter = _data[pid].begin(); 
+      85           2 :                         iter != _data[pid].end(); ++iter) {
+      86           1 :                         energies.push_back( idx2Energy(iter->first) / eV );
+      87             :                 }
+      88             :         }
+      89           1 :         return energies;
+      90             : }
+      91             : 
+      92             : 
+      93           0 : void ParticleMapsContainer::applyLens(MagneticLens &lens) {
+      94             :         // if lens is normalized, this should not be necessary.
+      95           0 :         _weightsUpToDate = false;
+      96             : 
+      97           0 :         for(std::map<int, std::map<int, double*> >::iterator pid_iter = _data.begin(); 
+      98           0 :                         pid_iter != _data.end(); ++pid_iter) {
+      99           0 :                 for(std::map<int, double*>::iterator energy_iter = pid_iter->second.begin();
+     100           0 :                         energy_iter != pid_iter->second.end(); ++energy_iter) {
+     101             :                         // transform only nuclei
+     102           0 :                         double energy = idx2Energy(energy_iter->first);
+     103           0 :                         int chargeNumber = HepPID::Z(pid_iter->first);
+     104           0 :                         if (chargeNumber != 0 && lens.rigidityCovered(energy / chargeNumber)) {
+     105           0 :                                 lens.transformModelVector(energy_iter->second, energy / chargeNumber);
+     106             :                         } else { // still normalize the vectors 
+     107           0 :                                 for(size_t j=0; j< _pixelization.getNumberOfPixels() ; j++) {
+     108           0 :                                         energy_iter->second[j] /= lens.getNorm();
+     109             :                                 }
+     110             :                         }
+     111             :                 }
+     112             :         }
+     113           0 : }
+     114             : 
+     115             : 
+     116         421 : void ParticleMapsContainer::_updateWeights() {
+     117         421 :         if (_weightsUpToDate)
+     118             :                 return;
+     119             : 
+     120           1 :         for(std::map<int, std::map<int, double*> >::iterator pid_iter = _data.begin(); 
+     121           2 :                         pid_iter != _data.end(); ++pid_iter) {
+     122           1 :                 _weightsPID[pid_iter->first] = 0;
+     123             : 
+     124           1 :                 for(std::map<int, double*>::iterator energy_iter = pid_iter->second.begin();
+     125           2 :                         energy_iter != pid_iter->second.end(); ++energy_iter)  {
+     126             : 
+     127           1 :                         _weights_pidEnergy[pid_iter->first][energy_iter->first] = 0;
+     128       49153 :                         for(size_t j = 0; j< _pixelization.getNumberOfPixels() ; j++) {
+     129       49152 :                                 _weights_pidEnergy[pid_iter->first][energy_iter->first] +=energy_iter->second[j];
+     130       49152 :                                 _weightsPID[pid_iter->first]+=energy_iter->second[j];
+     131             :                         }
+     132           1 :                         _sumOfWeights+=_weights_pidEnergy[pid_iter->first][energy_iter->first];
+     133             :                 }
+     134             :         }
+     135           1 :         _weightsUpToDate = true;
+     136             : }
+     137             : 
+     138             : 
+     139           1 : void ParticleMapsContainer::getRandomParticles(size_t N, vector<int> &particleId, 
+     140             :         vector<double> &energy, vector<double> &galacticLongitudes,
+     141             :         vector<double> &galacticLatitudes) {
+     142           1 :         _updateWeights();
+     143             : 
+     144           1 :         particleId.resize(N);
+     145           1 :         energy.resize(N);
+     146           1 :         galacticLongitudes.resize(N);
+     147           1 :         galacticLatitudes.resize(N);
+     148             : 
+     149         421 :         for(size_t i=0; i< N; i++) {
+     150             :                 //get particle
+     151         420 :                 double r = Random::instance().rand() * _sumOfWeights;
+     152             :                 std::map<int, double>::iterator iter = _weightsPID.begin();
+     153         420 :                 while ((r-= iter->second) > 0) {
+     154             :                         ++iter; 
+     155             :                 }
+     156         420 :                 particleId[i] = iter->first;
+     157             :         
+     158             :                 //get energy
+     159         420 :                 r = Random::instance().rand() * iter->second;
+     160         420 :                 iter = _weights_pidEnergy[particleId[i]].begin();
+     161         420 :                 while ((r-= iter->second) > 0) {
+     162             :                  ++iter; 
+     163             :                 }
+     164         420 :                 energy[i] = idx2Energy(iter->first) / eV;
+     165             : 
+     166         420 :                 placeOnMap(particleId[i], energy[i] * eV, galacticLongitudes[i], galacticLatitudes[i]);
+     167             :         }
+     168           1 : }
+     169             : 
+     170             : 
+     171         420 : bool ParticleMapsContainer::placeOnMap(int pid, double energy, double &galacticLongitude, double &galacticLatitude) {
+     172         420 :         _updateWeights();
+     173             : 
+     174         420 :         if (_data.find(pid) == _data.end()) {
+     175             :                 return false;
+     176             :         }
+     177         420 :         int energyIdx   = energy2Idx(energy);
+     178         840 :         if (_data[pid].find(energyIdx) == _data[pid].end()) {
+     179             :                 return false;
+     180             :         }
+     181             : 
+     182         420 :         double r = Random::instance().rand() * _weights_pidEnergy[pid][energyIdx];
+     183             : 
+     184    10268580 :         for(size_t j = 0; j< _pixelization.getNumberOfPixels(); j++) {
+     185    10268580 :                 r -= _data[pid][energyIdx][j];
+     186    10268580 :                 if (r <= 0) {
+     187         420 :                         _pixelization.getRandomDirectionInPixel(j, galacticLongitude, galacticLatitude);
+     188         420 :                         return true;
+     189             :                 }
+     190             :         }
+     191             :         return false;
+     192             : }
+     193             : 
+     194             : 
+     195           0 : void ParticleMapsContainer::forceWeightUpdate() {
+     196           0 :         _weightsUpToDate = false;
+     197           0 : }
+     198             : 
+     199             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/Pixelization.cpp.func-sort-c.html b/doc/coverageReport/src/magneticLens/Pixelization.cpp.func-sort-c.html new file mode 100644 index 000000000..70dfc7376 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/Pixelization.cpp.func-sort-c.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/Pixelization.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - Pixelization.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:305060.0 %
Date:2024-04-08 14:58:22Functions:6875.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12Pixelization4nPixEh0
_ZN7crpropa12Pixelization9pix2OrderEj0
_ZN7crpropa12Pixelization25getRandomDirectionInPixelEjRdS1_421
_ZNK7crpropa12Pixelization11spherCo2VecEddRN7healpix6vec3_tIdEE24585
_ZNK7crpropa12Pixelization13direction2PixEdd24585
_ZNK7crpropa12Pixelization13pix2DirectionEjRdS1_36868
_ZNK7crpropa12Pixelization12vec2SphereCoERdS1_RKN7healpix6vec3_tIdEE37289
_ZNK7crpropa12Pixelization15angularDistanceEjj49152
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/Pixelization.cpp.func.html b/doc/coverageReport/src/magneticLens/Pixelization.cpp.func.html new file mode 100644 index 000000000..d568a50f3 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/Pixelization.cpp.func.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/Pixelization.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - Pixelization.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:305060.0 %
Date:2024-04-08 14:58:22Functions:6875.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12Pixelization25getRandomDirectionInPixelEjRdS1_421
_ZN7crpropa12Pixelization4nPixEh0
_ZN7crpropa12Pixelization9pix2OrderEj0
_ZNK7crpropa12Pixelization11spherCo2VecEddRN7healpix6vec3_tIdEE24585
_ZNK7crpropa12Pixelization12vec2SphereCoERdS1_RKN7healpix6vec3_tIdEE37289
_ZNK7crpropa12Pixelization13direction2PixEdd24585
_ZNK7crpropa12Pixelization13pix2DirectionEjRdS1_36868
_ZNK7crpropa12Pixelization15angularDistanceEjj49152
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/Pixelization.cpp.gcov.html b/doc/coverageReport/src/magneticLens/Pixelization.cpp.gcov.html new file mode 100644 index 000000000..26f97cb78 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/Pixelization.cpp.gcov.html @@ -0,0 +1,205 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens/Pixelization.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLens - Pixelization.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:305060.0 %
Date:2024-04-08 14:58:22Functions:6875.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : //----------------------------------------------------------------------
+       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
+       3             : // a parametrized simulation engine for cosmic rays.
+       4             : //
+       5             : // Copyright (C) 2011  Martin Erdmann, Peter Schiffer, Tobias Winchen
+       6             : //                     RWTH Aachen University, Germany
+       7             : // Contact: winchen@physik.rwth-aachen.de
+       8             : //
+       9             : //  This program is free software: you can redistribute it and/or
+      10             : //  modify it under the terms of the GNU General Public License as
+      11             : //  published by the Free Software Foundation, either version 3 of
+      12             : //  the License, or (at your option) any later version.
+      13             : //
+      14             : //  This program is distributed in the hope that it will be useful,
+      15             : //  but WITHOUT ANY WARRANTY; without even the implied warranty of
+      16             : //  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+      17             : //  GNU General Public License for more details.
+      18             : //
+      19             : //  You should have received a copy of the GNU General Public License
+      20             : //  along with this program. If not, see <http://www.gnu.org/licenses/>.
+      21             : //----------------------------------------------------------------------
+      22             : 
+      23             : #include "crpropa/magneticLens/Pixelization.h"
+      24             : #include "crpropa/Random.h"
+      25             : 
+      26             : namespace crpropa 
+      27             : {
+      28             : 
+      29             :         healpix::T_Healpix_Base<healpix::int64> Pixelization::_healpix_nest = healpix::T_Healpix_Base<healpix::int64>(29, healpix::NEST);
+      30             : 
+      31             : 
+      32           0 : uint8_t Pixelization::pix2Order(uint32_t pix)
+      33             : {
+      34           0 :         for (uint8_t i = 0; i < _nOrder_max; i++)
+      35             :         {
+      36           0 :                 if (pix == _nPix[i])
+      37           0 :                         return i + 1;
+      38             :         }
+      39             :         return 0;
+      40             : }
+      41             : 
+      42           0 : uint32_t Pixelization::nPix(uint8_t order)
+      43             : {
+      44           0 :         if (order > _nOrder_max)
+      45             :         {
+      46             :                 return 0;
+      47             :         }
+      48             :         else
+      49             :         {
+      50           0 :                 return _nPix[order - 1];
+      51             :         }
+      52             : }
+      53             : 
+      54       24585 : uint32_t Pixelization::direction2Pix(double longitude, double latitude) const
+      55             : {
+      56             :         healpix::vec3 v;
+      57       24585 :         spherCo2Vec(longitude, latitude, v);
+      58             :         try
+      59             :         {
+      60       24585 :                 uint32_t i = (uint32_t) _healpix->vec2pix(v);
+      61       24585 :                 return i;
+      62             :         }
+      63           0 :         catch (healpix::PlanckError &e)
+      64             :         {
+      65           0 :                 std::cerr << "Healpix error triggered from direction2Pix(" << longitude << ", " << latitude  << ")\n";
+      66           0 :                 std::cerr << " v = " << v.x <<", " << v.y << ", " <<  v.z << std::endl;
+      67           0 :                 std::cerr << "\n The original exception reads:\n";
+      68           0 :                 std::cerr << e.what() << std::endl;
+      69           0 :                 throw;
+      70           0 :         }
+      71             : }
+      72             : 
+      73       36868 : void Pixelization::pix2Direction(uint32_t i, double &longitude,
+      74             :                 double &latitude) const
+      75             : {
+      76             :         healpix::vec3 v;
+      77             :         try{
+      78       36868 :                 v = _healpix->pix2vec(i);
+      79             :         }
+      80           0 :         catch (healpix::PlanckError &e)
+      81             :         {
+      82           0 :                 std::cerr << "Healpix error triggered from pix2Direction(" << i << ", &longitude, &latitude " << ")\n";
+      83           0 :                 std::cerr << "The original exception reads:\n";
+      84           0 :                 std::cerr << e.what() << std::endl;
+      85           0 :                 throw;
+      86           0 :         }
+      87             : 
+      88       36868 :         vec2SphereCo(longitude, latitude, v);
+      89       36868 : }
+      90             : 
+      91       24585 : void Pixelization::spherCo2Vec(double phi, double theta,
+      92             :                 healpix::vec3 &V) const
+      93             : {
+      94       24585 :         V.x = cos(phi) * cos(theta);
+      95       24585 :         V.y = sin(phi) * cos(theta);
+      96       24585 :         V.z = sin(theta);
+      97       24585 : }
+      98             : 
+      99       37289 : void Pixelization::vec2SphereCo(double &phi, double &theta,
+     100             :                 const healpix::vec3 &V) const
+     101             : {
+     102       37289 :         theta = asin(V.z);
+     103       37289 :         phi = healpix::safe_atan2(V.y, V.x);
+     104       37289 : }
+     105             : 
+     106             : 
+     107       49152 : double Pixelization::angularDistance(uint32_t i, uint32_t j) const
+     108             : {
+     109             :         healpix::vec3 v1, v2;
+     110       49152 :         v1 = _healpix->pix2vec(i);
+     111       49152 :         v2 = _healpix->pix2vec(j);
+     112       49152 :         double s = v1.x * v2.x + v1.y * v2.y + v1.z * v2.z;
+     113             :         // Failsafe for numerical inaccuracies
+     114       49152 :         return ((s > 1) ? 0 : ((s < -1) ? M_PI : acos(s)));
+     115             : }
+     116             : 
+     117         421 : void Pixelization::getRandomDirectionInPixel(uint32_t i, double &longitude, double &latitude) 
+     118             : {
+     119             :         
+     120         421 :         uint64_t inest = _healpix->ring2nest(i);
+     121         421 :         uint64_t nUp = 29 - _healpix->Order();
+     122         421 :         uint64_t iUp = inest * pow(4, nUp);
+     123         421 :         iUp += Random::instance().randInt64(pow(4, nUp));
+     124             : 
+     125         421 :         healpix::vec3 v = _healpix_nest.pix2vec(iUp);
+     126             :         
+     127         421 :         vec2SphereCo(longitude, latitude, v);
+     128         421 : }
+     129             : } // namespace
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/index-sort-f.html b/doc/coverageReport/src/magneticLens/index-sort-f.html new file mode 100644 index 000000000..2a95e9fb8 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/index-sort-f.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLensHitTotalCoverage
Test:coverage.info.cleanedLines:14732245.7 %
Date:2024-04-08 14:58:22Functions:214151.2 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
ModelMatrix.cpp +
0.0%
+ 		0.0 %0 / 630.0 %0 / 7
MagneticLens.cpp +
41.3%41.3%
+ 		41.3 %43 / 10446.2 %6 / 13
ParticleMapsContainer.cpp +
70.5%70.5%
+ 		70.5 %74 / 10569.2 %9 / 13
Pixelization.cpp +
60.0%60.0%
+ 		60.0 %30 / 5075.0 %6 / 8
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/index-sort-l.html b/doc/coverageReport/src/magneticLens/index-sort-l.html new file mode 100644 index 000000000..7bd0ec2a3 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/index-sort-l.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLensHitTotalCoverage
Test:coverage.info.cleanedLines:14732245.7 %
Date:2024-04-08 14:58:22Functions:214151.2 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
ModelMatrix.cpp +
0.0%
+ 		0.0 %0 / 630.0 %0 / 7
MagneticLens.cpp +
41.3%41.3%
+ 		41.3 %43 / 10446.2 %6 / 13
Pixelization.cpp +
60.0%60.0%
+ 		60.0 %30 / 5075.0 %6 / 8
ParticleMapsContainer.cpp +
70.5%70.5%
+ 		70.5 %74 / 10569.2 %9 / 13
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/magneticLens/index.html b/doc/coverageReport/src/magneticLens/index.html new file mode 100644 index 000000000..bacc94ec2 --- /dev/null +++ b/doc/coverageReport/src/magneticLens/index.html @@ -0,0 +1,123 @@ + + + + + + + LCOV - coverage.info.cleaned - src/magneticLens + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/magneticLensHitTotalCoverage
Test:coverage.info.cleanedLines:14732245.7 %
Date:2024-04-08 14:58:22Functions:214151.2 %
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
MagneticLens.cpp +
41.3%41.3%
+ 		41.3 %43 / 10446.2 %6 / 13
ModelMatrix.cpp +
0.0%
+ 		0.0 %0 / 630.0 %0 / 7
ParticleMapsContainer.cpp +
70.5%70.5%
+ 		70.5 %74 / 10569.2 %9 / 13
Pixelization.cpp +
60.0%60.0%
+ 		60.0 %30 / 5075.0 %6 / 8
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.func-sort-c.html b/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.func-sort-c.html new file mode 100644 index 000000000..506fe0201 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.func-sort-c.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/ConstantDensity.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - ConstantDensity.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:748983.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa15ConstantDensity14getDescriptionB5cxx11Ev0
_ZN7crpropa15ConstantDensity5setH2Eb1
_ZN7crpropa15ConstantDensity5setH2Ed1
_ZN7crpropa15ConstantDensity5setHIEb1
_ZN7crpropa15ConstantDensity5setHIEd1
_ZN7crpropa15ConstantDensity6setHIIEb1
_ZN7crpropa15ConstantDensity6setHIIEd1
_ZN7crpropa15ConstantDensity10getIsForH2Ev2
_ZN7crpropa15ConstantDensity10getIsForHIEv2
_ZN7crpropa15ConstantDensity11getIsForHIIEv2
_ZN7crpropa15ConstantDensityC2Eddd3
_ZNK7crpropa15ConstantDensity10getDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity12getH2DensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity12getHIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity13getHIIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity17getNucleonDensityERKNS_7Vector3IdEE4
_ZN7crpropa15ConstantDensity5setH2Ebd5
_ZN7crpropa15ConstantDensity5setHIEbd5
_ZN7crpropa15ConstantDensity6setHIIEbd5
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.func.html b/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.func.html new file mode 100644 index 000000000..f0cb8a317 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.func.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/ConstantDensity.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - ConstantDensity.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:748983.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa15ConstantDensity10getIsForH2Ev2
_ZN7crpropa15ConstantDensity10getIsForHIEv2
_ZN7crpropa15ConstantDensity11getIsForHIIEv2
_ZN7crpropa15ConstantDensity14getDescriptionB5cxx11Ev0
_ZN7crpropa15ConstantDensity5setH2Eb1
_ZN7crpropa15ConstantDensity5setH2Ebd5
_ZN7crpropa15ConstantDensity5setH2Ed1
_ZN7crpropa15ConstantDensity5setHIEb1
_ZN7crpropa15ConstantDensity5setHIEbd5
_ZN7crpropa15ConstantDensity5setHIEd1
_ZN7crpropa15ConstantDensity6setHIIEb1
_ZN7crpropa15ConstantDensity6setHIIEbd5
_ZN7crpropa15ConstantDensity6setHIIEd1
_ZN7crpropa15ConstantDensityC2Eddd3
_ZNK7crpropa15ConstantDensity10getDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity12getH2DensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity12getHIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity13getHIIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity17getNucleonDensityERKNS_7Vector3IdEE4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.gcov.html b/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.gcov.html new file mode 100644 index 000000000..94c4d2718 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/ConstantDensity.cpp.gcov.html @@ -0,0 +1,213 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/ConstantDensity.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - ConstantDensity.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:748983.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/massDistribution/ConstantDensity.h"
+       2             : 
+       3             : #include "kiss/logger.h"
+       4             : 
+       5             : #include <sstream>
+       6             : 
+       7             : namespace crpropa{
+       8             : 
+       9           3 : ConstantDensity::ConstantDensity(double HI, double HII, double H2) {
+      10             :         // set all types active which are not equal 0 and change number density
+      11           3 :         if(HI!=0)
+      12           3 :                 setHI(true, HI);
+      13           3 :         if(HII!=0)
+      14           3 :                 setHII(true, HII);
+      15           3 :         if(H2!=0)
+      16           3 :                 setH2(true, H2);
+      17           3 : }
+      18             : 
+      19           4 : double ConstantDensity::getDensity(const Vector3d &position) const {
+      20             :         double n = 0;
+      21             : 
+      22           4 :         if(isHI)
+      23           3 :                 n += HIdensitynumber;
+      24           4 :         if(isHII)
+      25           3 :                 n += HIIdensitynumber;
+      26           4 :         if(isH2)
+      27           3 :                 n += H2densitynumber;
+      28             : 
+      29             :         // check if all densities are deactivated and raise warning if so
+      30           4 :         if((isHI || isHII || isH2) == false){
+      31           2 :                 KISS_LOG_WARNING
+      32           1 :                         << "\nCalled getNucleonDensity on fully deactivated ConstantDensity "
+      33           1 :                         << "gas density model. In this case the density is allways set to 0. \n";
+      34             :         }
+      35             : 
+      36           4 :         return n;
+      37             : }
+      38             : 
+      39           4 : double ConstantDensity::getNucleonDensity(const Vector3d &position) const {
+      40             :         double n = 0;
+      41             : 
+      42           4 :         if(isHI)
+      43           3 :                 n += HIdensitynumber;
+      44           4 :         if(isHII)
+      45           3 :                 n += HIIdensitynumber;
+      46           4 :         if(isH2)
+      47           3 :                 n += 2*H2densitynumber;
+      48             : 
+      49             :         // check if all densities are deactivated and raise warning if so
+      50           4 :         if((isHI || isHII || isH2) == false){
+      51           2 :                 KISS_LOG_WARNING
+      52           1 :                         << "\nCalled getNucleonDensity on fully deactivated ConstantDensity "
+      53           1 :                         << "gas density model. In this case the density is allways set to 0. \n";
+      54             :         }
+      55           4 :         return n;
+      56             : }
+      57             : 
+      58           4 : double ConstantDensity::getHIDensity(const Vector3d &position) const {
+      59           4 :         return HIdensitynumber;
+      60             : }
+      61             : 
+      62           4 : double ConstantDensity::getHIIDensity(const Vector3d &position) const{
+      63           4 :         return HIIdensitynumber;
+      64             : }
+      65             : 
+      66           4 : double ConstantDensity::getH2Density(const Vector3d &position) const{
+      67           4 :         return H2densitynumber;
+      68             : }
+      69             : 
+      70           2 : bool ConstantDensity::getIsForHI() {
+      71           2 :         return isHI;
+      72             : }
+      73             : 
+      74           2 : bool ConstantDensity::getIsForHII() {
+      75           2 :         return isHII;
+      76             : }
+      77             : 
+      78           2 : bool ConstantDensity::getIsForH2() {
+      79           2 :         return isH2;
+      80             : }
+      81             : 
+      82           5 : void ConstantDensity::setHI(bool activate, double densitynumber) {
+      83           5 :         isHI = activate;
+      84           5 :         HIdensitynumber = densitynumber;
+      85           5 : }
+      86             : 
+      87           1 : void ConstantDensity::setHI(bool activate) {
+      88           1 :         setHI(activate, HIdensitynumber);
+      89           1 : }
+      90             : 
+      91           1 : void ConstantDensity::setHI(double densitynumber) {
+      92           1 :         setHI(isHI, densitynumber);
+      93           1 : }
+      94             : 
+      95           5 : void ConstantDensity::setHII(bool activate, double densitynumber) {
+      96           5 :         isHII = activate;
+      97           5 :         HIIdensitynumber = densitynumber;
+      98           5 : }
+      99             : 
+     100           1 : void ConstantDensity::setHII(bool activate) {
+     101           1 :         setHII(activate, HIIdensitynumber);
+     102           1 : }
+     103             : 
+     104           1 : void ConstantDensity::setHII(double densitynumber) {
+     105           1 :         setHII(isHII, densitynumber);
+     106           1 : }
+     107             : 
+     108           5 : void ConstantDensity::setH2(bool activate, double densitynumber) {
+     109           5 :         isH2 = activate;
+     110           5 :         H2densitynumber = densitynumber;
+     111           5 : }
+     112             : 
+     113           1 : void ConstantDensity::setH2(bool activate) {
+     114           1 :         setH2(activate, H2densitynumber);
+     115           1 : }
+     116             : 
+     117           1 : void ConstantDensity::setH2(double densitynumber) {
+     118           1 :         setH2(isH2, densitynumber);
+     119           1 : }
+     120             : 
+     121           0 : std::string ConstantDensity::getDescription() {
+     122           0 :         std::stringstream s;
+     123           0 :         s << "ConstantDensity:\n";
+     124           0 :         s<< "HI component is ";
+     125           0 :         if(!isHI)
+     126           0 :                 s<< "not ";
+     127           0 :         s<< "active and has a density of " << HIdensitynumber/ccm << " cm^-3" << "\nHII component is ";
+     128           0 :         if(!isHII)
+     129           0 :                 s<< "not ";
+     130           0 :         s<<"active and has a density of " << HIIdensitynumber/ccm<<" cm^-3" <<  "\nH2 component is ";
+     131           0 :         if(!isH2)
+     132           0 :                 s<<"not ";
+     133           0 :         s<<"active and has a density of " << H2densitynumber/ccm << " cm^-3";
+     134           0 :         return s.str();
+     135           0 : }
+     136             : 
+     137             : }  // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Cordes.cpp.func-sort-c.html b/doc/coverageReport/src/massDistribution/Cordes.cpp.func-sort-c.html new file mode 100644 index 000000000..5ac34bc19 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Cordes.cpp.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Cordes.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Cordes.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:162176.2 %
Date:2024-04-08 14:58:22Functions:6785.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa6Cordes14getDescriptionB5cxx11Ev0
_ZN7crpropa6Cordes10getIsForH2Ev1
_ZN7crpropa6Cordes10getIsForHIEv1
_ZN7crpropa6Cordes11getIsForHIIEv1
_ZNK7crpropa6Cordes17getNucleonDensityERKNS_7Vector3IdEE1
_ZNK7crpropa6Cordes10getDensityERKNS_7Vector3IdEE2
_ZNK7crpropa6Cordes13getHIIDensityERKNS_7Vector3IdEE4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Cordes.cpp.func.html b/doc/coverageReport/src/massDistribution/Cordes.cpp.func.html new file mode 100644 index 000000000..6522e9bd4 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Cordes.cpp.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Cordes.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Cordes.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:162176.2 %
Date:2024-04-08 14:58:22Functions:6785.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa6Cordes10getIsForH2Ev1
_ZN7crpropa6Cordes10getIsForHIEv1
_ZN7crpropa6Cordes11getIsForHIIEv1
_ZN7crpropa6Cordes14getDescriptionB5cxx11Ev0
_ZNK7crpropa6Cordes10getDensityERKNS_7Vector3IdEE2
_ZNK7crpropa6Cordes13getHIIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa6Cordes17getNucleonDensityERKNS_7Vector3IdEE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Cordes.cpp.gcov.html b/doc/coverageReport/src/massDistribution/Cordes.cpp.gcov.html new file mode 100644 index 000000000..47a3e4fcf --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Cordes.cpp.gcov.html @@ -0,0 +1,122 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Cordes.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Cordes.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:162176.2 %
Date:2024-04-08 14:58:22Functions:6785.7 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/massDistribution/Cordes.h"
+       2             : #include "crpropa/Common.h"
+       3             : 
+       4             : #include <sstream>
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8           4 : double Cordes::getHIIDensity(const Vector3d &position) const {
+       9             :         double n=0;  // in m^-3
+      10             : 
+      11           4 :         double z=position.z;
+      12           4 :         double R = sqrt(position.x*position.x+position.y*position.y);  //radius in galactic disk
+      13             : 
+      14           4 :         n += 0.025/ccm*exp(-fabs(z)/(1*kpc))*exp(-pow_integer<2>(R/(20*kpc)));  // galactocentric component
+      15           4 :         n += 0.2/ccm*exp(-fabs(z)/(0.15*kpc))*exp(-pow_integer<2>((R-4*kpc)/(2*kpc)));  // anular component
+      16             : 
+      17           4 :         return n;
+      18             : }
+      19             : 
+      20           2 : double Cordes::getDensity(const Vector3d &position) const {
+      21           2 :         return Cordes::getHIIDensity(position);
+      22             : }
+      23             : 
+      24           1 : double Cordes::getNucleonDensity(const Vector3d &position) const {
+      25           1 :         return getHIIDensity(position);
+      26             : }
+      27             : 
+      28           1 : bool Cordes::getIsForHI() {
+      29           1 :         return isforHI;
+      30             : }
+      31             : 
+      32           1 : bool Cordes::getIsForHII() {
+      33           1 :         return isforHII;
+      34             : }
+      35             : 
+      36           1 : bool Cordes::getIsForH2() {
+      37           1 :         return isforH2;
+      38             : }
+      39             : 
+      40           0 : std::string Cordes::getDescription() {
+      41           0 :         std::stringstream s;
+      42           0 :         s << "Density Cordes: includes only an HII component";
+      43           0 :         return s.str();
+      44           0 : }
+      45             : 
+      46             : }  // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Ferriere.cpp.func-sort-c.html b/doc/coverageReport/src/massDistribution/Ferriere.cpp.func-sort-c.html new file mode 100644 index 000000000..31d3bf13c --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Ferriere.cpp.func-sort-c.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Ferriere.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Ferriere.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13615190.1 %
Date:2024-04-08 14:58:22Functions:131492.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa8Ferriere14getDescriptionB5cxx11Ev0
_ZN7crpropa8Ferriere10setIsForH2Eb1
_ZN7crpropa8Ferriere10setIsForHIEb1
_ZN7crpropa8Ferriere11setIsForHIIEb1
_ZN7crpropa8Ferriere10getIsForH2Ev4
_ZN7crpropa8Ferriere10getIsForHIEv4
_ZN7crpropa8Ferriere11getIsForHIIEv4
_ZNK7crpropa8Ferriere10getDensityERKNS_7Vector3IdEE5
_ZNK7crpropa8Ferriere17getNucleonDensityERKNS_7Vector3IdEE5
_ZNK7crpropa8Ferriere12getH2DensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere12getHIDensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere13getHIIDensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere17CMZTransformationERKNS_7Vector3IdEE13
_ZNK7crpropa8Ferriere18DiskTransformationERKNS_7Vector3IdEE13
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Ferriere.cpp.func.html b/doc/coverageReport/src/massDistribution/Ferriere.cpp.func.html new file mode 100644 index 000000000..0c1bd9d00 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Ferriere.cpp.func.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Ferriere.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Ferriere.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13615190.1 %
Date:2024-04-08 14:58:22Functions:131492.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa8Ferriere10getIsForH2Ev4
_ZN7crpropa8Ferriere10getIsForHIEv4
_ZN7crpropa8Ferriere10setIsForH2Eb1
_ZN7crpropa8Ferriere10setIsForHIEb1
_ZN7crpropa8Ferriere11getIsForHIIEv4
_ZN7crpropa8Ferriere11setIsForHIIEb1
_ZN7crpropa8Ferriere14getDescriptionB5cxx11Ev0
_ZNK7crpropa8Ferriere10getDensityERKNS_7Vector3IdEE5
_ZNK7crpropa8Ferriere12getH2DensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere12getHIDensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere13getHIIDensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere17CMZTransformationERKNS_7Vector3IdEE13
_ZNK7crpropa8Ferriere17getNucleonDensityERKNS_7Vector3IdEE5
_ZNK7crpropa8Ferriere18DiskTransformationERKNS_7Vector3IdEE13
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Ferriere.cpp.gcov.html b/doc/coverageReport/src/massDistribution/Ferriere.cpp.gcov.html new file mode 100644 index 000000000..b32294595 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Ferriere.cpp.gcov.html @@ -0,0 +1,349 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Ferriere.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Ferriere.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13615190.1 %
Date:2024-04-08 14:58:22Functions:131492.9 %
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+
          Line data    Source code
+
+       1             : #include "crpropa/massDistribution/Ferriere.h"
+       2             : #include "crpropa/Common.h"
+       3             : 
+       4             : #include "kiss/logger.h"
+       5             : 
+       6             : #include <sstream>
+       7             : 
+       8             : namespace crpropa {
+       9             : 
+      10          13 : Vector3d Ferriere::CMZTransformation(const Vector3d &position) const {
+      11             :         // set galactocentric coordinate system with the Sun at (-8.5,0.,0.) instead of (8.5, 0, 0) to be consistand with JF12 implementation
+      12          13 :         double x = -position.x;
+      13          13 :         double y = -position.y;
+      14             : 
+      15             :         double xC = -50*pc;             //offset
+      16             :         double yC = 50*pc;
+      17             :         double sinTc = sin(70.*deg);
+      18             :         double cosTc = cos(70.*deg);
+      19             : 
+      20             :         Vector3d pos;
+      21          13 :         pos.x = (x - xC)*cosTc + (y - yC)*sinTc;
+      22          13 :         pos.y = -(x - xC)*sinTc + (y - yC)*cosTc;
+      23          13 :         pos.z = position.z;
+      24             : 
+      25          13 :         return pos;
+      26             : }
+      27             : 
+      28          13 : Vector3d Ferriere::DiskTransformation(const Vector3d &position) const {
+      29             :         // set galactocentric coordinate system with the Sun at (-8.5,0.,0.) instead of (8.5, 0, 0) to be consistand with JF12 implementation
+      30          13 :         double x = -position.x;
+      31          13 :         double y = - position.y;
+      32          13 :         double z = position.z;
+      33             : 
+      34             :         double alphaD = 13.5*deg;  // rotation arround x-axis
+      35             :         double sinAd = sin(alphaD);
+      36             :         double cosAd = cos(alphaD);
+      37             :         double betaD = 20.*deg;  // rotation arround y'-axis
+      38             :         double sinBd = sin(betaD);
+      39             :         double cosBd = cos(betaD);
+      40             :         double TettaD = 48.5*deg;  // rotation arround x"-axis
+      41             :         double sinTd = sin(TettaD);
+      42             :         double cosTd = cos(TettaD);
+      43             : 
+      44             :         Vector3d pos;
+      45             : 
+      46          13 :         pos.x = x*cosBd*cosTd - y*(sinAd*sinBd*cosTd -cosAd*sinTd)-z*(cosAd*sinBd*cosTd +sinAd*sinTd);
+      47             : 
+      48          13 :         pos.y =  -x*cosBd*sinTd;
+      49          13 :         pos.y += y*(sinAd*sinBd*sinTd +cosAd*cosTd);
+      50          13 :         pos.y += z*(cosAd*sinBd*sinTd -sinAd*cosTd);
+      51             : 
+      52          13 :         pos.z = x*sinBd;
+      53          13 :         pos.z += y*sinAd*cosBd;
+      54          13 :         pos.z += z*cosAd*cosBd;
+      55             : 
+      56          13 :         return pos;
+      57             : }
+      58             : 
+      59          12 : double Ferriere::getHIDensity(const Vector3d &position) const {
+      60             :         double n = 0;
+      61          12 :         double R = sqrt(position.x*position.x+position.y*position.y);
+      62             : 
+      63          12 :         if(R<3*kpc)
+      64             :         {
+      65             :                 // density at center
+      66           6 :                 Vector3d pos = CMZTransformation(position);  // coordinate trafo
+      67           6 :                 double x = pos.x/pc;  // all units in pc
+      68           6 :                 double y = pos.y/pc;
+      69           6 :                 double z = pos.z/pc;
+      70             : 
+      71           6 :                 double A = sqrt(x*x+2.5*2.5*y*y);
+      72           6 :                 double nCMZ = 8.8/ccm*exp(-pow_integer<4>((A-125.)/137))*exp(-pow_integer<2>(z/54.));
+      73             : 
+      74             :                 // density in disk
+      75           6 :                 pos = DiskTransformation(position);  // Corrdinate Trafo
+      76           6 :                 x = pos.x/pc;  // all units in pc
+      77           6 :                 y = pos.y/pc;
+      78           6 :                 z = pos.z/pc;
+      79             : 
+      80           6 :                 A = sqrt(x*x+3.1*3.1*y*y);
+      81           6 :                 double nDisk = 0.34/ccm*exp(-pow_integer<4>((A-1200.)/438.))*exp(-pow_integer<2>(z/120));
+      82             : 
+      83           6 :                 n = nCMZ + nDisk;
+      84             :         }
+      85             :         else{  // outer region
+      86           6 :                 double z = position.z/pc;
+      87             :                 double a;
+      88           6 :                 if(R<=Rsun){
+      89             :                         a = 1;
+      90             :                 } else {
+      91           3 :                         a = R/Rsun;
+      92             :                 }
+      93             : 
+      94           6 :                 double nCold = 0.859*exp(-pow_integer<2>(z/(127*a))); // cold HI
+      95           6 :                 nCold += 0.047*exp(-pow_integer<2>(z/(318*a)));
+      96           6 :                 nCold += 0.094*exp(-fabs(z)/(403*a));
+      97           6 :                 nCold *= 0.340/ccm/(a*a);
+      98             : 
+      99           6 :                 double nWarm = (1.745 - 1.289/a)*exp(-pow_integer<2>(z/(127*a)));  // warm HI
+     100           6 :                 nWarm += (0.473 - 0.070/a)*exp(-pow_integer<2>(z/(318*a)));
+     101           6 :                 nWarm += (0.283 - 0.142/a)*exp(-fabs(z)/(403*a));
+     102           6 :                 nWarm *= 0.226/ccm/a;
+     103             : 
+     104           6 :                 n = nWarm + nCold;
+     105             :         }
+     106             : 
+     107          12 :         return n;
+     108             : }
+     109             : 
+     110          12 : double Ferriere::getHIIDensity(const Vector3d &position) const {
+     111             :         double n = 0;
+     112          12 :         double R = sqrt(position.x*position.x+position.y*position.y);
+     113             : 
+     114          12 :         if(R< 3*kpc){   // inner
+     115           6 :                 double x = position.x/pc;
+     116           6 :                 double y = position.y/pc;
+     117           6 :                 double z = position.z/pc;
+     118             : 
+     119             :                 // warm interstellar matter
+     120           6 :                 double H = (x*x + pow_integer<2>(y+10.))/(145*145);
+     121           6 :                 double nWIM = exp(-H)* exp(-pow_integer<2>(z+20.)/(26*26));
+     122           6 :                 nWIM += 0.009*exp(-pow_integer<2>((R/pc-3700)/(0.5*3700)))*1/pow_integer<2>(cosh(z/140.));
+     123           6 :                 nWIM += 0.005*cos(M_PI*R/pc*0.5/17000)*1/pow_integer<2>(cosh(z/950.));
+     124           6 :                 nWIM *= 8.0/ccm;  // rescaling with density at center
+     125             : 
+     126             :                 //very hot interstellar matter
+     127             :                 double alphaVH = 21.*deg;  // angle for very hot IM in radiant
+     128             :                 double cosA = cos(alphaVH);
+     129             :                 double sinA = sin(alphaVH);
+     130           6 :                 double etta = y*cosA+z*sinA;  // coordinate transformation for VHIM along major axis
+     131           6 :                 double chi = -y*sinA+z*cosA;
+     132             : 
+     133           6 :                 double nVHIM = 0.29/ccm*exp(-((x*x+etta*etta)/(162.*162.)+chi*chi/(90*90)));
+     134             : 
+     135           6 :                 n = nWIM + nVHIM;
+     136             :         } else {  // outer region
+     137           6 :                 double z = position.z;
+     138             : 
+     139           6 :                 double nWarm = 0.0237/ccm*exp(-(R*R-Rsun*Rsun)/pow_integer<2>(37*kpc))*exp(-fabs(z)/(1*kpc));
+     140           6 :                 nWarm += 0.0013/ccm*exp(-(pow_integer<2>(R-4*kpc)-pow_integer<2>(Rsun-4*kpc))/pow_integer<2>(2*kpc))*exp(-fabs(z)/(150*pc));
+     141             : 
+     142           6 :                 double nHot = 0.12*exp(-(R-Rsun)/(4.9*kpc));
+     143           6 :                 nHot += 0.88*exp(-(pow_integer<2>(R-4.5*kpc)-pow_integer<2>(Rsun-4.5*kpc))/pow_integer<2>(2.9*kpc));
+     144           6 :                 nHot *= pow(R/Rsun, -1.65);
+     145           6 :                 nHot *= exp(-fabs(z)/((1500*pc)*pow(R/Rsun,1.65)));
+     146           6 :                 nHot *= 4.8e-4/ccm;
+     147             : 
+     148           6 :                 n= nWarm + nHot;
+     149             :         }
+     150          12 :         return n;
+     151             : }
+     152             : 
+     153          12 : double Ferriere::getH2Density(const Vector3d &position) const{
+     154             :         double n=0;
+     155          12 :         double R=sqrt(position.x*position.x+position.y*position.y);
+     156             : 
+     157          12 :         if(R<3*kpc) {
+     158             :                 // density at center
+     159           6 :                 Vector3d pos =CMZTransformation(position);  // coord trafo for CMZ
+     160           6 :                 double x = pos.x/pc;  // all units in pc
+     161           6 :                 double y = pos.y/pc;
+     162           6 :                 double z = pos.z/pc;
+     163             : 
+     164           6 :                 double A = sqrt(x*x+pow(2.5*y,2));  // ellipticity
+     165           6 :                 double nCMZ = exp(-pow((A-125.)/137.,4))*exp(-pow(z/18.,2));
+     166           6 :                 nCMZ *= 150/ccm;  // rescaling
+     167             : 
+     168             :                 // density in disk
+     169           6 :                 pos = DiskTransformation(position);  // coord trafo for disk
+     170           6 :                 x=pos.x/pc;
+     171           6 :                 y=pos.y/pc;
+     172           6 :                 z=pos.z/pc;
+     173             : 
+     174           6 :                 A = sqrt(x*x+pow_integer<2>(3.1*y));
+     175           6 :                 double nDISK = exp(-pow_integer<4>((A-1200)/438))*exp(-pow_integer<2>(z/42));
+     176           6 :                 nDISK *= 4.8/ccm;  // rescaling
+     177             : 
+     178           6 :                 n = nCMZ + nDISK;
+     179             :         } else {  // outer region
+     180           6 :                 double z = position.z/pc;
+     181           6 :                 n = pow(R/Rsun, -0.58);
+     182           6 :                 n *= exp(-(pow_integer<2>(R-4.5*kpc)-pow_integer<2>(Rsun-4.5*kpc))/pow_integer<2>(2.9*kpc));
+     183           6 :                 n *= exp(-pow_integer<2>(z/(81*pow(R/Rsun,0.58))));
+     184           6 :                 n *= 0.58/ccm;  // rescaling
+     185             :         }
+     186             : 
+     187          12 :         return n;
+     188             : }
+     189             : 
+     190           5 : double Ferriere::getDensity(const Vector3d &position) const{
+     191             :         double n=0;
+     192           5 :         if(isforHI){
+     193           4 :                 n += getHIDensity(position);
+     194             :         }
+     195           5 :         if(isforHII){
+     196           4 :                 n+=getHIIDensity(position);
+     197             :         }
+     198           5 :         if(isforH2){
+     199           4 :                 n+=getH2Density(position);
+     200             :         }
+     201             :         // check if all densities are deactivated and raise warning if so
+     202           5 :         if((isforHI || isforHII || isforH2) == false){
+     203           2 :                 KISS_LOG_WARNING
+     204           1 :                         << "\nCalled getDensity on fully deactivated Ferriere \n"
+     205           1 :                         << "gas density model. The total density is set to 0.";
+     206             :         }
+     207             : 
+     208           5 :         return n;
+     209             : }
+     210             : 
+     211           5 : double Ferriere::getNucleonDensity(const Vector3d &position) const{
+     212             :         double n=0;
+     213           5 :         if(isforHI){
+     214           4 :                 n += getHIDensity(position);
+     215             :         }
+     216           5 :         if(isforHII){
+     217           4 :                 n+=getHIIDensity(position);
+     218             :         }
+     219           5 :         if(isforH2){
+     220           4 :                 n+= 2*getH2Density(position);
+     221             :         }
+     222             : 
+     223             :         // check if all densities are deactivated and raise warning if so
+     224           5 :         if((isforHI || isforHII || isforH2) == false){
+     225           2 :                 KISS_LOG_WARNING
+     226           1 :                         << "\nCalled getNucleonDensity on fully deactivated Ferriere \n"
+     227           1 :                         << "gas density model. The total density is set to 0.";
+     228             :         }
+     229             : 
+     230           5 :         return n;
+     231             : }
+     232             : 
+     233           1 : void Ferriere::setIsForHI(bool HI){
+     234           1 :         isforHI = HI;
+     235           1 : }
+     236             : 
+     237           1 : void Ferriere::setIsForHII(bool HII){
+     238           1 :         isforHII = HII;
+     239           1 : }
+     240             : 
+     241           1 : void Ferriere::setIsForH2(bool H2){
+     242           1 :         isforH2 = H2;
+     243           1 : }
+     244             : 
+     245           4 : bool Ferriere::getIsForHI(){
+     246           4 :         return isforHI;
+     247             : }
+     248             : 
+     249           4 : bool Ferriere::getIsForHII(){
+     250           4 :         return isforHII;
+     251             : }
+     252             : 
+     253           4 : bool Ferriere::getIsForH2(){
+     254           4 :         return isforH2;
+     255             : }
+     256             : 
+     257           0 : std::string Ferriere::getDescription() {
+     258           0 :         std::stringstream s;
+     259           0 :         s << "Density model Ferriere 2007:\n";
+     260           0 :         s<< "HI component is ";
+     261           0 :         if(!isforHI)
+     262           0 :                 s<< "not ";
+     263           0 :         s<< "active.\nHII component is ";
+     264           0 :         if(!isforHII)
+     265           0 :                 s<< "not ";
+     266           0 :         s<<"active.\nH2 component is ";
+     267           0 :         if(!isforH2)
+     268           0 :                 s<<"not ";
+     269           0 :         s<<"active.";
+     270           0 :         return s.str();
+     271           0 : }
+     272             : 
+     273             : }  // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Massdistribution.cpp.func-sort-c.html b/doc/coverageReport/src/massDistribution/Massdistribution.cpp.func-sort-c.html new file mode 100644 index 000000000..bf02e8f4f --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Massdistribution.cpp.func-sort-c.html @@ -0,0 +1,160 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Massdistribution.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Massdistribution.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:658576.5 %
Date:2024-04-08 14:58:22Functions:192286.4 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11DensityGrid14getDescriptionB5cxx11Ev0
_ZN7crpropa11DensityGrid7setGridENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa11DensityList14getDescriptionB5cxx11Ev0
_ZN7crpropa11DensityGrid10setIsForH2Eb1
_ZN7crpropa11DensityGrid10setIsForHIEb1
_ZN7crpropa11DensityGrid11setIsForHIIEb1
_ZNK7crpropa11DensityGrid10getDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityGrid17getNucleonDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList10getDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList12getH2DensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList12getHIDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList13getHIIDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList17getNucleonDensityERKNS_7Vector3IdEE1
_ZN7crpropa11DensityGrid10getIsForH2Ev2
_ZN7crpropa11DensityGrid10getIsForHIEv2
_ZN7crpropa11DensityGrid11getIsForHIIEv2
_ZN7crpropa11DensityGridC2ENS_7ref_ptrINS_4GridIfEEEEbbb2
_ZN7crpropa11DensityList10addDensityENS_7ref_ptrINS_7DensityEEE2
_ZNK7crpropa11DensityGrid12getH2DensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid12getHIDensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid13getHIIDensityERKNS_7Vector3IdEE3
_ZN7crpropa11DensityGrid12checkAndWarnEv5
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+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Massdistribution.cpp.func.html b/doc/coverageReport/src/massDistribution/Massdistribution.cpp.func.html new file mode 100644 index 000000000..350b48552 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Massdistribution.cpp.func.html @@ -0,0 +1,160 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Massdistribution.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Massdistribution.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:658576.5 %
Date:2024-04-08 14:58:22Functions:192286.4 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11DensityGrid10getIsForH2Ev2
_ZN7crpropa11DensityGrid10getIsForHIEv2
_ZN7crpropa11DensityGrid10setIsForH2Eb1
_ZN7crpropa11DensityGrid10setIsForHIEb1
_ZN7crpropa11DensityGrid11getIsForHIIEv2
_ZN7crpropa11DensityGrid11setIsForHIIEb1
_ZN7crpropa11DensityGrid12checkAndWarnEv5
_ZN7crpropa11DensityGrid14getDescriptionB5cxx11Ev0
_ZN7crpropa11DensityGrid7setGridENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa11DensityGridC2ENS_7ref_ptrINS_4GridIfEEEEbbb2
_ZN7crpropa11DensityList10addDensityENS_7ref_ptrINS_7DensityEEE2
_ZN7crpropa11DensityList14getDescriptionB5cxx11Ev0
_ZNK7crpropa11DensityGrid10getDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityGrid12getH2DensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid12getHIDensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid13getHIIDensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid17getNucleonDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList10getDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList12getH2DensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList12getHIDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList13getHIIDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList17getNucleonDensityERKNS_7Vector3IdEE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Massdistribution.cpp.gcov.html b/doc/coverageReport/src/massDistribution/Massdistribution.cpp.gcov.html new file mode 100644 index 000000000..8d925d1a5 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Massdistribution.cpp.gcov.html @@ -0,0 +1,222 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Massdistribution.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Massdistribution.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:658576.5 %
Date:2024-04-08 14:58:22Functions:192286.4 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/massDistribution/Massdistribution.h"
+       2             : #include <sstream>
+       3             : namespace crpropa {
+       4             : 
+       5           2 : void DensityList::addDensity(ref_ptr<Density> dens) {
+       6           2 :         DensityList.push_back(dens);
+       7           2 : }
+       8             : 
+       9           1 : double DensityList::getDensity(const Vector3d &position) const {
+      10             :         double n = 0.;
+      11           3 :         for (int i = 0; i < DensityList.size(); i++)
+      12           2 :                 n += DensityList[i]->getDensity(position);
+      13           1 :         return n;
+      14             : }
+      15             : 
+      16           1 : double DensityList::getHIDensity(const Vector3d &position) const {
+      17             :         double n = 0.;
+      18           3 :         for (int i = 0; i < DensityList.size(); i++)
+      19           2 :                 n += DensityList[i]->getHIDensity(position);
+      20           1 :         return n;
+      21             : }
+      22             : 
+      23           1 : double DensityList::getHIIDensity(const Vector3d &position) const {
+      24             :         double n = 0.;
+      25           3 :         for (int i = 0; i < DensityList.size(); i++)
+      26           2 :                 n += DensityList[i]->getHIIDensity(position);
+      27           1 :         return n;
+      28             : }
+      29             : 
+      30           1 : double DensityList::getH2Density(const Vector3d &position) const {
+      31             :         double n = 0.;
+      32           3 :         for (int i = 0; i < DensityList.size(); i++)
+      33           2 :                 n += DensityList[i]->getH2Density(position);
+      34           1 :         return n;
+      35             : }
+      36             : 
+      37           1 : double DensityList::getNucleonDensity(const Vector3d &position) const {
+      38             :         double n = 0.;
+      39           3 :         for (int i = 0; i < DensityList.size(); i++)
+      40           2 :                 n += DensityList[i]->getNucleonDensity(position);
+      41           1 :         return n;
+      42             : }
+      43             : 
+      44           0 : std::string DensityList::getDescription() {
+      45           0 :         std::stringstream ss; 
+      46           0 :         ss << "DensityList with " << DensityList.size() << " modules: \n";
+      47           0 :         for (int i = 0; i < DensityList.size(); i++) {
+      48           0 :                 ss << "density " << i + 1 << ": " << DensityList[i] -> getDescription();
+      49             :         }
+      50             :         
+      51           0 :         return ss.str();
+      52           0 : }
+      53             : 
+      54             : // ----------- DensityGrid -----------------------------------------------------------------
+      55             : 
+      56           2 : DensityGrid::DensityGrid(ref_ptr<Grid1f> grid, bool isForHI, bool isForHII, bool isForH2) : 
+      57           2 :         grid(grid), isForHI(isForHI), isForHII(isForHII), isForH2(isForH2) {
+      58           2 :                 checkAndWarn();
+      59           2 :         }
+      60             : 
+      61           5 : void DensityGrid::checkAndWarn() {
+      62           5 :         bool allDeactivated = (isForHI == false) && (isForHII == false) && (isForH2 == false);
+      63             :         if (allDeactivated) {
+      64           0 :                 KISS_LOG_WARNING << "DensityGrid has all types deactivated."
+      65           0 :                         << "In this case all output will be n = 0. \n"
+      66           0 :                         << "Please activate the intended particle type. \n";
+      67             :         }
+      68           5 : }
+      69             : 
+      70           3 : double DensityGrid::getHIDensity(const Vector3d &position) const {
+      71           3 :         if (isForHI)
+      72           3 :                 return grid -> interpolate(position);
+      73             :         else 
+      74             :                 return 0.;
+      75             : }
+      76             : 
+      77           3 : double DensityGrid::getHIIDensity(const Vector3d &position) const {
+      78           3 :         if (isForHII) 
+      79           0 :                 return grid -> interpolate(position);
+      80             :         else
+      81             :                 return 0.;
+      82             : }
+      83             : 
+      84           3 : double DensityGrid::getH2Density(const Vector3d &position) const {
+      85           3 :         if (isForH2)
+      86           0 :                 return grid -> interpolate(position);
+      87             :         else
+      88             :                 return 0.;
+      89             : }
+      90             : 
+      91           1 : double DensityGrid::getDensity(const Vector3d &position) const {
+      92             :         double n = 0;
+      93           1 :         n += getHIDensity(position);
+      94           1 :         n += getHIIDensity(position);
+      95           1 :         n += getH2Density(position);
+      96             : 
+      97           1 :         return n;
+      98             : }
+      99             : 
+     100           1 : double DensityGrid::getNucleonDensity(const Vector3d &position) const {
+     101             :         double n = 0;
+     102           1 :         n += getHIDensity(position);
+     103           1 :         n += getHIIDensity(position);
+     104           1 :         n += 2 * getH2Density(position);
+     105             : 
+     106           1 :         return n;
+     107             : }
+     108             : 
+     109           2 : bool DensityGrid::getIsForHI() {
+     110           2 :         return isForHI;
+     111             : }
+     112             : 
+     113           2 : bool DensityGrid::getIsForHII() {
+     114           2 :         return isForHII;
+     115             : }
+     116             : 
+     117           2 : bool DensityGrid::getIsForH2() {
+     118           2 :         return isForH2;
+     119             : }
+     120             : 
+     121           1 : void DensityGrid::setIsForHI(bool b) {
+     122           1 :         isForHI = b;
+     123           1 :         checkAndWarn();
+     124           1 : }
+     125             : 
+     126           1 : void DensityGrid::setIsForHII(bool b) {
+     127           1 :         isForHII = b;
+     128           1 :         checkAndWarn();
+     129           1 : }
+     130             : 
+     131           1 : void DensityGrid::setIsForH2(bool b) {
+     132           1 :         isForH2 = b;
+     133           1 :         checkAndWarn();
+     134           1 : }
+     135             : 
+     136           0 : void DensityGrid::setGrid(ref_ptr<Grid1f> grid) {
+     137           0 :         this->grid = grid;
+     138           0 : }
+     139             : 
+     140           0 : std::string DensityGrid::getDescription() {
+     141           0 :         std::stringstream ss;
+     142           0 :         ss << "Density in a given grid \n"; 
+     143           0 :         return ss.str();
+     144           0 : }
+     145             : 
+     146             : } //namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Nakanishi.cpp.func-sort-c.html b/doc/coverageReport/src/massDistribution/Nakanishi.cpp.func-sort-c.html new file mode 100644 index 000000000..6cf5bc02a --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Nakanishi.cpp.func-sort-c.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Nakanishi.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Nakanishi.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:587082.9 %
Date:2024-04-08 14:58:22Functions:131492.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9Nakanishi14getDescriptionB5cxx11Ev0
_ZN7crpropa9Nakanishi10setIsForH2Eb1
_ZN7crpropa9Nakanishi10setIsForHIEb1
_ZN7crpropa9Nakanishi11getIsForHIIEv1
_ZN7crpropa9Nakanishi10getIsForH2Ev3
_ZN7crpropa9Nakanishi10getIsForHIEv3
_ZNK7crpropa9Nakanishi10getDensityERKNS_7Vector3IdEE3
_ZNK7crpropa9Nakanishi17getNucleonDensityERKNS_7Vector3IdEE3
_ZNK7crpropa9Nakanishi12getH2DensityERKNS_7Vector3IdEE6
_ZNK7crpropa9Nakanishi12getHIDensityERKNS_7Vector3IdEE6
_ZNK7crpropa9Nakanishi16getH2ScaleheightERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi16getHIScaleheightERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getH2PlanedensityERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getHIPlanedensityERKNS_7Vector3IdEE8
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Nakanishi.cpp.func.html b/doc/coverageReport/src/massDistribution/Nakanishi.cpp.func.html new file mode 100644 index 000000000..13484a861 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Nakanishi.cpp.func.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Nakanishi.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Nakanishi.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:587082.9 %
Date:2024-04-08 14:58:22Functions:131492.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9Nakanishi10getIsForH2Ev3
_ZN7crpropa9Nakanishi10getIsForHIEv3
_ZN7crpropa9Nakanishi10setIsForH2Eb1
_ZN7crpropa9Nakanishi10setIsForHIEb1
_ZN7crpropa9Nakanishi11getIsForHIIEv1
_ZN7crpropa9Nakanishi14getDescriptionB5cxx11Ev0
_ZNK7crpropa9Nakanishi10getDensityERKNS_7Vector3IdEE3
_ZNK7crpropa9Nakanishi12getH2DensityERKNS_7Vector3IdEE6
_ZNK7crpropa9Nakanishi12getHIDensityERKNS_7Vector3IdEE6
_ZNK7crpropa9Nakanishi16getH2ScaleheightERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi16getHIScaleheightERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getH2PlanedensityERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getHIPlanedensityERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getNucleonDensityERKNS_7Vector3IdEE3
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/Nakanishi.cpp.gcov.html b/doc/coverageReport/src/massDistribution/Nakanishi.cpp.gcov.html new file mode 100644 index 000000000..79649cf3d --- /dev/null +++ b/doc/coverageReport/src/massDistribution/Nakanishi.cpp.gcov.html @@ -0,0 +1,195 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution/Nakanishi.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistribution - Nakanishi.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:587082.9 %
Date:2024-04-08 14:58:22Functions:131492.9 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/massDistribution/Nakanishi.h"
+       2             : #include "crpropa/Common.h"
+       3             : 
+       4             : #include "kiss/logger.h"
+       5             : 
+       6             : #include <sstream>
+       7             : 
+       8             : namespace crpropa {
+       9             : 
+      10           8 : double Nakanishi::getHIScaleheight(const Vector3d &position) const {
+      11           8 :         double R = sqrt(pow_integer<2>(position.x)+pow_integer<2>(position.y));      // radius in galactic plane
+      12           8 :         double scaleheight = 1.06*pc*(116.3 +19.3*R/kpc+4.1*pow_integer<2>(R/kpc)-0.05*pow_integer<3>(R/kpc));
+      13           8 :         return scaleheight;
+      14             :         }
+      15             : 
+      16           8 : double Nakanishi::getHIPlanedensity(const Vector3d &position) const {
+      17           8 :         double R = sqrt(pow_integer<2>(position.x)+pow_integer<2>(position.y));      // radius in galactic plane
+      18           8 :         double planedensity = 0.94/ccm*(0.6*exp(-R/(2.4*kpc))+0.24*exp(-pow_integer<2>((R-9.5*kpc)/(4.8*kpc))));
+      19           8 :         return planedensity;
+      20             :         }
+      21             : 
+      22             : 
+      23           8 : double Nakanishi::getH2Scaleheight(const Vector3d &position) const {
+      24           8 :         double R = sqrt(pow_integer<2>(position.x)+ pow_integer<2>(position.y));  // radius in galactic plane
+      25           8 :         double scaleheight = 1.06*pc*( 10.8*exp(0.28*R/kpc)+42.78);
+      26           8 :         return scaleheight;
+      27             : }
+      28             : 
+      29           8 : double Nakanishi::getH2Planedensity(const Vector3d &position) const {
+      30           8 :         double R = sqrt(pow_integer<2>(position.x)+pow_integer<2>(position.y));  // radius in galactic plane
+      31           8 :         double planedensity =0.94/ccm*(11.2*exp(-R*R/(0.874*kpc*kpc)) +0.83*exp(-pow_integer<2>((R-4*kpc)/(3.2*kpc))));
+      32           8 :         return planedensity;
+      33             : }
+      34             : 
+      35           6 : double Nakanishi::getHIDensity(const Vector3d &position) const {
+      36             :         double n = 0;  // density
+      37           6 :         double planedensity = getHIPlanedensity(position);
+      38           6 :         double scaleheight = getHIScaleheight(position);
+      39           6 :         n = planedensity*pow(0.5,pow_integer<2>(position.z/scaleheight));
+      40             : 
+      41           6 :         return n;
+      42             : }
+      43             : 
+      44           6 : double Nakanishi::getH2Density(const Vector3d &position) const {
+      45             :         double n = 0;  // density
+      46           6 :         double planedensity = getH2Planedensity(position);
+      47           6 :         double scaleheight = getH2Scaleheight(position);
+      48           6 :         n = planedensity*pow(0.5,pow_integer<2>(position.z/scaleheight));
+      49             : 
+      50           6 :         return n;
+      51             : }
+      52             : 
+      53           3 : double Nakanishi::getDensity(const Vector3d &position) const {
+      54             :         double n = 0;
+      55           3 :         if(isforHI)
+      56           2 :                 n += getHIDensity(position);
+      57           3 :         if(isforH2)
+      58           2 :                 n += getH2Density(position);
+      59             :         
+      60             :         // check if all densities are deactivated and raise warning if so
+      61           3 :         if((isforHI || isforH2) == false){
+      62           2 :                 KISS_LOG_WARNING
+      63           1 :                         << "\n"<<"Called getDensity on fully deactivated Nakanishi \n"
+      64           1 :                         << "gas density model. The total density is set to 0.";
+      65             :         }
+      66           3 :         return n;
+      67             : }
+      68             : 
+      69           3 : double Nakanishi::getNucleonDensity(const Vector3d &position) const {
+      70             :         double n = 0;
+      71           3 :         if(isforHI)
+      72           2 :                 n += getHIDensity(position);
+      73           3 :         if(isforH2)
+      74           2 :                 n += 2*getH2Density(position);  // weight 2 for molecular hydrogen
+      75             : 
+      76             :         // check if all densities are deactivated and raise warning if so
+      77           3 :         if((isforHI || isforH2) == false){
+      78           2 :                 KISS_LOG_WARNING
+      79           1 :                         << "\n"<<"Called getNucleonDensity on fully deactivated Nakanishi \n"
+      80           1 :                         << "gas density model. The total density is set to 0.";
+      81             :         }
+      82             : 
+      83           3 :         return n;
+      84             : }
+      85             : 
+      86           3 : bool Nakanishi::getIsForHI() {
+      87           3 :         return isforHI;
+      88             : }
+      89             : 
+      90           1 : bool Nakanishi::getIsForHII() {
+      91           1 :         return isforHII;
+      92             : }
+      93           3 : bool Nakanishi::getIsForH2() {
+      94           3 :         return isforH2;
+      95             : }
+      96             : 
+      97           1 : void Nakanishi::setIsForHI(bool HI) {
+      98           1 :         isforHI = HI;
+      99           1 : }
+     100             : 
+     101           1 : void Nakanishi::setIsForH2(bool H2) {
+     102           1 :         isforH2 = H2;
+     103           1 : }
+     104             : 
+     105           0 : std::string Nakanishi::getDescription() {
+     106           0 :         std::stringstream s;
+     107           0 :         s << "Density model Nakanishi:\n";
+     108           0 :         s<< "HI component is ";
+     109           0 :         if(isforHI==false)
+     110           0 :                 s<< "not ";
+     111           0 :         s<< "active.\nH2 component is ";
+     112           0 :         if(isforH2==false)
+     113           0 :                 s<<"not ";
+     114           0 :         s<<"active.\nNakanishi has no HII component.";
+     115             : 
+     116           0 :         return s.str();
+     117           0 : }
+     118             : 
+     119             : }  // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/index-sort-f.html b/doc/coverageReport/src/massDistribution/index-sort-f.html new file mode 100644 index 000000000..8608e5fe2 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/index-sort-f.html @@ -0,0 +1,133 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistributionHitTotalCoverage
Test:coverage.info.cleanedLines:34941683.9 %
Date:2024-04-08 14:58:22Functions:697690.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Cordes.cpp +
76.2%76.2%
+ 		76.2 %16 / 2185.7 %6 / 7
Massdistribution.cpp +
76.5%76.5%
+ 		76.5 %65 / 8586.4 %19 / 22
Ferriere.cpp +
90.1%90.1%
+ 		90.1 %136 / 15192.9 %13 / 14
Nakanishi.cpp +
82.9%82.9%
+ 		82.9 %58 / 7092.9 %13 / 14
ConstantDensity.cpp +
83.1%83.1%
+ 		83.1 %74 / 8994.7 %18 / 19
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/index-sort-l.html b/doc/coverageReport/src/massDistribution/index-sort-l.html new file mode 100644 index 000000000..9ce5836f7 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/index-sort-l.html @@ -0,0 +1,133 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistributionHitTotalCoverage
Test:coverage.info.cleanedLines:34941683.9 %
Date:2024-04-08 14:58:22Functions:697690.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Cordes.cpp +
76.2%76.2%
+ 		76.2 %16 / 2185.7 %6 / 7
Massdistribution.cpp +
76.5%76.5%
+ 		76.5 %65 / 8586.4 %19 / 22
Nakanishi.cpp +
82.9%82.9%
+ 		82.9 %58 / 7092.9 %13 / 14
ConstantDensity.cpp +
83.1%83.1%
+ 		83.1 %74 / 8994.7 %18 / 19
Ferriere.cpp +
90.1%90.1%
+ 		90.1 %136 / 15192.9 %13 / 14
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/massDistribution/index.html b/doc/coverageReport/src/massDistribution/index.html new file mode 100644 index 000000000..dbbcaaf42 --- /dev/null +++ b/doc/coverageReport/src/massDistribution/index.html @@ -0,0 +1,133 @@ + + + + + + + LCOV - coverage.info.cleaned - src/massDistribution + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/massDistributionHitTotalCoverage
Test:coverage.info.cleanedLines:34941683.9 %
Date:2024-04-08 14:58:22Functions:697690.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
ConstantDensity.cpp +
83.1%83.1%
+ 		83.1 %74 / 8994.7 %18 / 19
Cordes.cpp +
76.2%76.2%
+ 		76.2 %16 / 2185.7 %6 / 7
Ferriere.cpp +
90.1%90.1%
+ 		90.1 %136 / 15192.9 %13 / 14
Massdistribution.cpp +
76.5%76.5%
+ 		76.5 %65 / 8586.4 %19 / 22
Nakanishi.cpp +
82.9%82.9%
+ 		82.9 %58 / 7092.9 %13 / 14
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Acceleration.cpp.func-sort-c.html b/doc/coverageReport/src/module/Acceleration.cpp.func-sort-c.html new file mode 100644 index 000000000..dcbc5453c --- /dev/null +++ b/doc/coverageReport/src/module/Acceleration.cpp.func-sort-c.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Acceleration.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Acceleration.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0890.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16SecondOrderFermiC2Eddj0
_ZN7crpropa17ParticleSplittingC2EPNS_7SurfaceEiidNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa17QuasiLinearTheory6modifyEdPNS_9CandidateE0
_ZN7crpropa17QuasiLinearTheoryC2Eddd0
_ZN7crpropa22DirectedFlowScatteringC2ENS_7Vector3IdEEd0
_ZN7crpropa26AbstractAccelerationModule3addEPNS_18StepLengthModifierE0
_ZN7crpropa26AbstractAccelerationModuleC2Ed0
_ZN7crpropa28DirectedFlowOfScatterCenters6modifyEdPNS_9CandidateE0
_ZN7crpropa28DirectedFlowOfScatterCentersC2ERKNS_7Vector3IdEE0
_ZNK7crpropa16SecondOrderFermi21scatterCenterVelocityEPNS_9CandidateE0
_ZNK7crpropa17ParticleSplitting7processEPNS_9CandidateE0
_ZNK7crpropa22DirectedFlowScattering21scatterCenterVelocityEPNS_9CandidateE0
_ZNK7crpropa26AbstractAccelerationModule7processEPNS_9CandidateE0
_ZNK7crpropa26AbstractAccelerationModule7scatterEPNS_9CandidateERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Acceleration.cpp.func.html b/doc/coverageReport/src/module/Acceleration.cpp.func.html new file mode 100644 index 000000000..d528f5cfc --- /dev/null +++ b/doc/coverageReport/src/module/Acceleration.cpp.func.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Acceleration.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Acceleration.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0890.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16SecondOrderFermiC2Eddj0
_ZN7crpropa17ParticleSplittingC2EPNS_7SurfaceEiidNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa17QuasiLinearTheory6modifyEdPNS_9CandidateE0
_ZN7crpropa17QuasiLinearTheoryC2Eddd0
_ZN7crpropa22DirectedFlowScatteringC2ENS_7Vector3IdEEd0
_ZN7crpropa26AbstractAccelerationModule3addEPNS_18StepLengthModifierE0
_ZN7crpropa26AbstractAccelerationModuleC2Ed0
_ZN7crpropa28DirectedFlowOfScatterCenters6modifyEdPNS_9CandidateE0
_ZN7crpropa28DirectedFlowOfScatterCentersC2ERKNS_7Vector3IdEE0
_ZNK7crpropa16SecondOrderFermi21scatterCenterVelocityEPNS_9CandidateE0
_ZNK7crpropa17ParticleSplitting7processEPNS_9CandidateE0
_ZNK7crpropa22DirectedFlowScattering21scatterCenterVelocityEPNS_9CandidateE0
_ZNK7crpropa26AbstractAccelerationModule7processEPNS_9CandidateE0
_ZNK7crpropa26AbstractAccelerationModule7scatterEPNS_9CandidateERKNS_7Vector3IdEE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Acceleration.cpp.gcov.html b/doc/coverageReport/src/module/Acceleration.cpp.gcov.html new file mode 100644 index 000000000..11ea17011 --- /dev/null +++ b/doc/coverageReport/src/module/Acceleration.cpp.gcov.html @@ -0,0 +1,260 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Acceleration.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Acceleration.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0890.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/Acceleration.h"
+       2             : #include <crpropa/Common.h>
+       3             : #include <crpropa/Random.h>
+       4             : #include <cmath>
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8           0 : AbstractAccelerationModule::AbstractAccelerationModule(double _stepLength)
+       9           0 :         : crpropa::Module(), stepLength(_stepLength) {}
+      10             : 
+      11             : 
+      12           0 : void AbstractAccelerationModule::add(StepLengthModifier *modifier) {
+      13           0 :         modifiers.push_back(modifier);
+      14           0 : }
+      15             : 
+      16             : 
+      17           0 : void AbstractAccelerationModule::scatter(
+      18             :         crpropa::Candidate *candidate,
+      19             :         const crpropa::Vector3d &scatter_center_velocity) const {
+      20             :         // particle momentum in lab frame
+      21           0 :         const double E = candidate->current.getEnergy();
+      22           0 :         const crpropa::Vector3d p = candidate->current.getMomentum();
+      23             : 
+      24             :         // transform to rest frame of scatter center (p: prime)
+      25           0 :         const double beta = scatter_center_velocity.getR() / crpropa::c_light;
+      26           0 :         const double gamma = 1. / sqrt(1 - beta * beta);
+      27           0 :         const double Ep = gamma * (E - scatter_center_velocity.dot(p));
+      28             :         const crpropa::Vector3d pp = (p - scatter_center_velocity* E /
+      29             :                 (crpropa::c_light * crpropa::c_light)) * gamma;
+      30             : 
+      31             :         // scatter into random direction
+      32           0 :         const crpropa::Vector3d pp_new = crpropa::Random::instance().randVector() * pp.getR();
+      33             : 
+      34             :         // transform back
+      35           0 :         const double E_new = gamma * (Ep + scatter_center_velocity.dot(pp_new));
+      36             :         const crpropa::Vector3d p_new = (pp_new + scatter_center_velocity * Ep /
+      37             :                 (crpropa::c_light * crpropa::c_light)) * gamma;
+      38             : 
+      39             :         // update candidate properties
+      40           0 :         candidate->current.setEnergy(E_new);
+      41           0 :         candidate->current.setDirection(p_new / p_new.getR());
+      42           0 : }
+      43             : 
+      44             : 
+      45           0 : void AbstractAccelerationModule::process(crpropa::Candidate *candidate) const {
+      46           0 :         double currentStepLength = stepLength;
+      47           0 :         for (auto m : modifiers) {
+      48           0 :                 currentStepLength = m->modify(currentStepLength, candidate);
+      49             :         }
+      50             : 
+      51           0 :         double step = candidate->getCurrentStep();
+      52           0 :         while (step > 0) {
+      53           0 :                 double randDistance = -1. * log(crpropa::Random::instance().rand()) * currentStepLength;
+      54             : 
+      55           0 :                 if (step < randDistance) {
+      56           0 :                         candidate->limitNextStep(0.1 * currentStepLength);
+      57           0 :                         return;
+      58             :                 }
+      59           0 :                 scatter(candidate, scatterCenterVelocity(candidate));
+      60           0 :                 step -= randDistance;
+      61             :         }
+      62             : }
+      63             : 
+      64             : 
+      65           0 : SecondOrderFermi::SecondOrderFermi(double scatterVelocity, double stepLength,
+      66           0 :                                                                    unsigned int sizeOfPitchangleTable)
+      67             :         : AbstractAccelerationModule(stepLength),
+      68           0 :           scatterVelocity(scatterVelocity) {
+      69           0 :         setDescription("SecondOrderFermi Acceleration");
+      70           0 :         angle.resize(sizeOfPitchangleTable);
+      71           0 :         angleCDF.resize(sizeOfPitchangleTable);
+      72             : 
+      73             :         // have a discretized table of beamed pitch angles
+      74           0 :         for (unsigned int i =0; i < sizeOfPitchangleTable; i++) {
+      75           0 :                 angle[i] = i * M_PI / (sizeOfPitchangleTable-1);
+      76           0 :                 angleCDF[i] = (angle[i] +scatterVelocity / crpropa::c_light * sin(angle[i])) / M_PI;
+      77             :         }
+      78           0 : }
+      79             : 
+      80             : 
+      81           0 : crpropa::Vector3d SecondOrderFermi::scatterCenterVelocity(crpropa::Candidate *candidate) const
+      82             : {
+      83           0 :         size_t idx = crpropa::closestIndex(crpropa::Random::instance().rand(), angleCDF);
+      84           0 :         crpropa::Vector3d rv = crpropa::Random::instance().randVector();
+      85           0 :         crpropa::Vector3d rotationAxis = candidate->current.getDirection().cross(rv);
+      86             : 
+      87           0 :         rv = candidate->current.getDirection().getRotated(rotationAxis, M_PI - angle[idx]);
+      88           0 :         return rv * scatterVelocity;
+      89             : }
+      90             : 
+      91             : 
+      92           0 : DirectedFlowOfScatterCenters::DirectedFlowOfScatterCenters(
+      93           0 :         const Vector3d &scatterCenterVelocity)
+      94           0 :         : __scatterVelocity(scatterCenterVelocity) {}
+      95             : 
+      96             : 
+      97           0 : double DirectedFlowOfScatterCenters::modify(double steplength, Candidate* candidate)
+      98             : {
+      99           0 :         double directionModifier = (-1. * __scatterVelocity.dot(candidate->current.getDirection()) + c_light) / c_light;
+     100           0 :         return steplength / directionModifier;
+     101             : }
+     102             : 
+     103             : 
+     104           0 : DirectedFlowScattering::DirectedFlowScattering(
+     105           0 :         crpropa::Vector3d scatterCenterVelocity, double stepLength)
+     106           0 :         : __scatterVelocity(scatterCenterVelocity),
+     107           0 :           AbstractAccelerationModule(stepLength) {
+     108             : 
+     109             :         // In a directed field of scatter centers, the probability to encounter a
+     110             :         // scatter center depends on the direction of the candidate.
+     111           0 :         StepLengthModifier *mod = new DirectedFlowOfScatterCenters(__scatterVelocity);
+     112           0 :         this->add(mod);
+     113           0 : }
+     114             : 
+     115             : 
+     116           0 : crpropa::Vector3d DirectedFlowScattering::scatterCenterVelocity(
+     117             :         crpropa::Candidate *candidate) const { // does not depend on candidate here.
+     118           0 :         return __scatterVelocity;
+     119             : }
+     120             : 
+     121             : 
+     122           0 : QuasiLinearTheory::QuasiLinearTheory(double referenecEnergy,
+     123             :                                                                          double turbulenceIndex,
+     124           0 :                                                                          double minimumRigidity)
+     125           0 :         : __referenceEnergy(referenecEnergy), __turbulenceIndex(turbulenceIndex),
+     126           0 :           __minimumRigidity(minimumRigidity) {}
+     127             : 
+     128             : 
+     129           0 : double QuasiLinearTheory::modify(double steplength, Candidate* candidate)
+     130             : {
+     131           0 :         if (candidate->current.getRigidity() < __minimumRigidity)
+     132             :         {
+     133           0 :                 return steplength * std::pow(__minimumRigidity /
+     134           0 :                         (__referenceEnergy / eV), 2. - __turbulenceIndex);
+     135             :         }
+     136             :         else
+     137             :         {
+     138           0 :                 return steplength * std::pow(candidate->current.getRigidity() /
+     139           0 :                         (__referenceEnergy / eV), 2. - __turbulenceIndex);
+     140             :         }
+     141             : }
+     142             : 
+     143             : 
+     144           0 : ParticleSplitting::ParticleSplitting(Surface *surface, int      crossingThreshold, 
+     145           0 :         int numberSplits, double minWeight, std::string counterid)
+     146           0 :         : surface(surface), crossingThreshold(crossingThreshold),
+     147           0 :           numberSplits(numberSplits), minWeight(minWeight), counterid(counterid){};
+     148             : 
+     149           0 : void ParticleSplitting::process(Candidate *candidate) const {
+     150             :         const double currentDistance =
+     151           0 :                 surface->distance(candidate->current.getPosition());
+     152             :         const double previousDistance =
+     153           0 :                 surface->distance(candidate->previous.getPosition());
+     154             : 
+     155           0 :         if (currentDistance * previousDistance > 0)
+     156             :                 // candidate remains on the same side
+     157             :                 return;
+     158             : 
+     159           0 :         if (candidate->getWeight() < minWeight)
+     160             :                 return;
+     161             : 
+     162             :         int num_crossings = 1;
+     163           0 :         if (candidate->hasProperty(counterid))
+     164           0 :                 num_crossings = candidate->getProperty(counterid).toInt32() + 1;
+     165           0 :         candidate->setProperty(counterid, num_crossings);
+     166             : 
+     167           0 :         if (num_crossings % crossingThreshold != 0)
+     168             :                 return;
+     169             : 
+     170           0 :         candidate->updateWeight(1. / numberSplits);
+     171             : 
+     172           0 :         for (size_t i = 1; i < numberSplits; i++) {
+     173             :                 // No recursive split as the weights of the secondaries created
+     174             :                 // before the split are not affected
+     175           0 :                 ref_ptr<Candidate> new_candidate = candidate->clone(false);
+     176           0 :                 new_candidate->parent = candidate;
+     177           0 :                 uint64_t snr = Candidate::getNextSerialNumber();
+     178           0 :                 Candidate::setNextSerialNumber(snr + 1);
+     179           0 :                 new_candidate->setSerialNumber(snr);
+     180             :                 candidate->addSecondary(new_candidate);
+     181             :         }
+     182             : };
+     183             : 
+     184             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/AdiabaticCooling.cpp.func-sort-c.html b/doc/coverageReport/src/module/AdiabaticCooling.cpp.func-sort-c.html new file mode 100644 index 000000000..d39555576 --- /dev/null +++ b/doc/coverageReport/src/module/AdiabaticCooling.cpp.func-sort-c.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/AdiabaticCooling.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - AdiabaticCooling.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:232785.2 %
Date:2024-04-08 14:58:22Functions:55100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16AdiabaticCoolingC2ENS_7ref_ptrINS_14AdvectionFieldEEEd1
_ZNK7crpropa16AdiabaticCooling8getLimitEv1
_ZN7crpropa16AdiabaticCoolingC2ENS_7ref_ptrINS_14AdvectionFieldEEE2
_ZNK7crpropa16AdiabaticCooling7processEPNS_9CandidateE2
_ZN7crpropa16AdiabaticCooling8setLimitEd3
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/AdiabaticCooling.cpp.func.html b/doc/coverageReport/src/module/AdiabaticCooling.cpp.func.html new file mode 100644 index 000000000..c94a74943 --- /dev/null +++ b/doc/coverageReport/src/module/AdiabaticCooling.cpp.func.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/AdiabaticCooling.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - AdiabaticCooling.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:232785.2 %
Date:2024-04-08 14:58:22Functions:55100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16AdiabaticCooling8setLimitEd3
_ZN7crpropa16AdiabaticCoolingC2ENS_7ref_ptrINS_14AdvectionFieldEEE2
_ZN7crpropa16AdiabaticCoolingC2ENS_7ref_ptrINS_14AdvectionFieldEEEd1
_ZNK7crpropa16AdiabaticCooling7processEPNS_9CandidateE2
_ZNK7crpropa16AdiabaticCooling8getLimitEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/AdiabaticCooling.cpp.gcov.html b/doc/coverageReport/src/module/AdiabaticCooling.cpp.gcov.html new file mode 100644 index 000000000..1a9adcc18 --- /dev/null +++ b/doc/coverageReport/src/module/AdiabaticCooling.cpp.gcov.html @@ -0,0 +1,130 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/AdiabaticCooling.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - AdiabaticCooling.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:232785.2 %
Date:2024-04-08 14:58:22Functions:55100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/AdiabaticCooling.h"
+       2             : 
+       3             : namespace crpropa {
+       4             : 
+       5           2 : AdiabaticCooling::AdiabaticCooling(ref_ptr<AdvectionField> advectionField) :
+       6           2 :         advectionField(advectionField) {
+       7           2 :         setLimit(0.1);
+       8           2 : }
+       9             : 
+      10           1 : AdiabaticCooling::AdiabaticCooling(ref_ptr<AdvectionField> advectionField, double limit) :
+      11           1 :         advectionField(advectionField) {
+      12           1 :         setLimit(limit);
+      13           1 : }
+      14             : 
+      15           2 : void AdiabaticCooling::process(Candidate *c) const {
+      16             : 
+      17           2 :         Vector3d pos = c->current.getPosition();
+      18           2 :         double E = c->current.getEnergy(); // Note we use E=p/c (relativistic limit)
+      19             :         
+      20             :         double Div = 0.;        
+      21             :         try {
+      22           2 :                 Div +=  advectionField->getDivergence(pos);
+      23             :         } 
+      24           0 :         catch (std::exception &e) {
+      25           0 :                 KISS_LOG_ERROR  << "AdiabaticCooling: Exception in getDivergence.\n" 
+      26           0 :                                 << e.what();
+      27           0 :         }
+      28             :         
+      29           2 :         double dEdt = -E / 3. * Div;    // cooling due to advection -p/3 * div(V_wind)
+      30             :                                         // (see e.g. Kopp et al. Computer Physics Communication 183
+      31             :                                         // (2012) 530-542)
+      32           2 :         double dt = c->getCurrentStep() / c_light;
+      33           2 :         double dE = dEdt * dt;
+      34             :         
+      35           2 :         c->current.setEnergy(E + dE);
+      36           2 :         if (dEdt==0) {
+      37             :                 return;
+      38             :         }       
+      39           1 :         c->limitNextStep(limit * E / fabs(dEdt) *c_light);
+      40             : }
+      41             : 
+      42           3 : void AdiabaticCooling::setLimit(double l) {
+      43           3 :         limit = l;
+      44           3 : }
+      45             : 
+      46           1 : double AdiabaticCooling::getLimit() const {
+      47           1 :         return limit;
+      48             : }
+      49             :         
+      50             :         
+      51             : 
+      52             : 
+      53             : 
+      54             : } // end namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Boundary.cpp.func-sort-c.html b/doc/coverageReport/src/module/Boundary.cpp.func-sort-c.html new file mode 100644 index 000000000..402ed01de --- /dev/null +++ b/doc/coverageReport/src/module/Boundary.cpp.func-sort-c.html @@ -0,0 +1,252 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Boundary.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Boundary.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10621948.4 %
Date:2024-04-08 14:58:22Functions:204544.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11PeriodicBox7setSizeENS_7Vector3IdEE0
_ZN7crpropa11PeriodicBox9setOriginENS_7Vector3IdEE0
_ZN7crpropa11PeriodicBoxC2Ev0
_ZN7crpropa13CubicBoundary7setSizeEd0
_ZN7crpropa13CubicBoundary9setOriginENS_7Vector3IdEE0
_ZN7crpropa13CubicBoundaryC2Ev0
_ZN7crpropa13ReflectiveBox7setSizeENS_7Vector3IdEE0
_ZN7crpropa13ReflectiveBox9setOriginENS_7Vector3IdEE0
_ZN7crpropa13ReflectiveBoxC2Ev0
_ZN7crpropa17SphericalBoundary9setCenterENS_7Vector3IdEE0
_ZN7crpropa17SphericalBoundary9setRadiusEd0
_ZN7crpropa17SphericalBoundaryC2Ev0
_ZN7crpropa19CylindricalBoundary9setHeightEd0
_ZN7crpropa19CylindricalBoundary9setOriginENS_7Vector3IdEE0
_ZN7crpropa19CylindricalBoundary9setRadiusEd0
_ZN7crpropa19CylindricalBoundaryC2Ev0
_ZN7crpropa19EllipsoidalBoundary12setMajorAxisEd0
_ZN7crpropa19EllipsoidalBoundary14setFocalPointsENS_7Vector3IdEES2_0
_ZN7crpropa19EllipsoidalBoundaryC2Ev0
_ZNK7crpropa11PeriodicBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa13CubicBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ReflectiveBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa17SphericalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa19CylindricalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa19EllipsoidalBoundary14getDescriptionB5cxx11Ev0
_ZN7crpropa13ReflectiveBoxC2ENS_7Vector3IdEES2_1
_ZN7crpropa17SphericalBoundary12setLimitStepEb1
_ZN7crpropa17SphericalBoundary9setMarginEd1
_ZN7crpropa19CylindricalBoundary12setLimitStepEb1
_ZN7crpropa19CylindricalBoundary9setMarginEd1
_ZN7crpropa19EllipsoidalBoundary12setLimitStepEb1
_ZN7crpropa19EllipsoidalBoundary9setMarginEd1
_ZNK7crpropa13ReflectiveBox7processEPNS_9CandidateE1
_ZN7crpropa11PeriodicBoxC2ENS_7Vector3IdEES2_2
_ZN7crpropa13CubicBoundary12setLimitStepEb2
_ZN7crpropa13CubicBoundary9setMarginEd2
_ZNK7crpropa11PeriodicBox7processEPNS_9CandidateE2
_ZN7crpropa17SphericalBoundaryC2ENS_7Vector3IdEEd3
_ZN7crpropa19CylindricalBoundaryC2ENS_7Vector3IdEEdd3
_ZN7crpropa19EllipsoidalBoundaryC2ENS_7Vector3IdEES2_d3
_ZNK7crpropa17SphericalBoundary7processEPNS_9CandidateE3
_ZNK7crpropa19CylindricalBoundary7processEPNS_9CandidateE3
_ZNK7crpropa19EllipsoidalBoundary7processEPNS_9CandidateE3
_ZN7crpropa13CubicBoundaryC2ENS_7Vector3IdEEd4
_ZNK7crpropa13CubicBoundary7processEPNS_9CandidateE4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Boundary.cpp.func.html b/doc/coverageReport/src/module/Boundary.cpp.func.html new file mode 100644 index 000000000..faa7abed3 --- /dev/null +++ b/doc/coverageReport/src/module/Boundary.cpp.func.html @@ -0,0 +1,252 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Boundary.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Boundary.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10621948.4 %
Date:2024-04-08 14:58:22Functions:204544.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11PeriodicBox7setSizeENS_7Vector3IdEE0
_ZN7crpropa11PeriodicBox9setOriginENS_7Vector3IdEE0
_ZN7crpropa11PeriodicBoxC2ENS_7Vector3IdEES2_2
_ZN7crpropa11PeriodicBoxC2Ev0
_ZN7crpropa13CubicBoundary12setLimitStepEb2
_ZN7crpropa13CubicBoundary7setSizeEd0
_ZN7crpropa13CubicBoundary9setMarginEd2
_ZN7crpropa13CubicBoundary9setOriginENS_7Vector3IdEE0
_ZN7crpropa13CubicBoundaryC2ENS_7Vector3IdEEd4
_ZN7crpropa13CubicBoundaryC2Ev0
_ZN7crpropa13ReflectiveBox7setSizeENS_7Vector3IdEE0
_ZN7crpropa13ReflectiveBox9setOriginENS_7Vector3IdEE0
_ZN7crpropa13ReflectiveBoxC2ENS_7Vector3IdEES2_1
_ZN7crpropa13ReflectiveBoxC2Ev0
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_ZN7crpropa17SphericalBoundary9setMarginEd1
_ZN7crpropa17SphericalBoundary9setRadiusEd0
_ZN7crpropa17SphericalBoundaryC2ENS_7Vector3IdEEd3
_ZN7crpropa17SphericalBoundaryC2Ev0
_ZN7crpropa19CylindricalBoundary12setLimitStepEb1
_ZN7crpropa19CylindricalBoundary9setHeightEd0
_ZN7crpropa19CylindricalBoundary9setMarginEd1
_ZN7crpropa19CylindricalBoundary9setOriginENS_7Vector3IdEE0
_ZN7crpropa19CylindricalBoundary9setRadiusEd0
_ZN7crpropa19CylindricalBoundaryC2ENS_7Vector3IdEEdd3
_ZN7crpropa19CylindricalBoundaryC2Ev0
_ZN7crpropa19EllipsoidalBoundary12setLimitStepEb1
_ZN7crpropa19EllipsoidalBoundary12setMajorAxisEd0
_ZN7crpropa19EllipsoidalBoundary14setFocalPointsENS_7Vector3IdEES2_0
_ZN7crpropa19EllipsoidalBoundary9setMarginEd1
_ZN7crpropa19EllipsoidalBoundaryC2ENS_7Vector3IdEES2_d3
_ZN7crpropa19EllipsoidalBoundaryC2Ev0
_ZNK7crpropa11PeriodicBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa11PeriodicBox7processEPNS_9CandidateE2
_ZNK7crpropa13CubicBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa13CubicBoundary7processEPNS_9CandidateE4
_ZNK7crpropa13ReflectiveBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ReflectiveBox7processEPNS_9CandidateE1
_ZNK7crpropa17SphericalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa17SphericalBoundary7processEPNS_9CandidateE3
_ZNK7crpropa19CylindricalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa19CylindricalBoundary7processEPNS_9CandidateE3
_ZNK7crpropa19EllipsoidalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa19EllipsoidalBoundary7processEPNS_9CandidateE3
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Boundary.cpp.gcov.html b/doc/coverageReport/src/module/Boundary.cpp.gcov.html new file mode 100644 index 000000000..0e651f732 --- /dev/null +++ b/doc/coverageReport/src/module/Boundary.cpp.gcov.html @@ -0,0 +1,370 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Boundary.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Boundary.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10621948.4 %
Date:2024-04-08 14:58:22Functions:204544.4 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/Boundary.h"
+       2             : #include "crpropa/Units.h"
+       3             : 
+       4             : #include <sstream>
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8           0 : PeriodicBox::PeriodicBox() :
+       9           0 :                 origin(Vector3d(0, 0, 0)), size(Vector3d(0, 0, 0)) {
+      10           0 : }
+      11             : 
+      12           2 : PeriodicBox::PeriodicBox(Vector3d o, Vector3d s) :
+      13           2 :                 origin(o), size(s) {
+      14           2 : }
+      15             : 
+      16           2 : void PeriodicBox::process(Candidate *c) const {
+      17           2 :         Vector3d pos = c->current.getPosition();
+      18           2 :         Vector3d n = ((pos - origin) / size).floor();
+      19             : 
+      20           2 :         if ((n.x == 0) and (n.y == 0) and (n.z == 0))
+      21             :                 return; // do nothing if candidate is inside the box
+      22             : 
+      23           2 :         c->current.setPosition(pos - n * size);
+      24           2 :         c->previous.setPosition(c->previous.getPosition() - n * size);
+      25           2 :         c->source.setPosition(c->source.getPosition() - n * size);
+      26           2 :         c->created.setPosition(c->created.getPosition() - n * size);
+      27             : }
+      28             : 
+      29           0 : void PeriodicBox::setOrigin(Vector3d o) {
+      30             :         origin = o;
+      31           0 : }
+      32           0 : void PeriodicBox::setSize(Vector3d s) {
+      33             :         size = s;
+      34           0 : }
+      35             : 
+      36           0 : std::string PeriodicBox::getDescription() const {
+      37           0 :         std::stringstream s;
+      38           0 :         s << "Periodic box: origin " << origin / Mpc << " Mpc, ";
+      39           0 :         s << "size " << size / Mpc << " Mpc";
+      40           0 :         return s.str();
+      41           0 : }
+      42             : 
+      43           0 : ReflectiveBox::ReflectiveBox() :
+      44           0 :                 origin(Vector3d(0, 0, 0)), size(Vector3d(0, 0, 0)) {
+      45           0 : }
+      46             : 
+      47           1 : ReflectiveBox::ReflectiveBox(Vector3d o, Vector3d s) :
+      48           1 :                 origin(o), size(s) {
+      49           1 : }
+      50             : 
+      51           1 : void ReflectiveBox::process(Candidate *c) const {
+      52           1 :         Vector3d cur = (c->current.getPosition() - origin) / size; // current position in cell units
+      53           1 :         Vector3d n = cur.floor();
+      54             : 
+      55           1 :         if ((n.x == 0) and (n.y == 0) and (n.z == 0))
+      56             :                 return; // do nothing if candidate is inside the box
+      57             : 
+      58             :         // flip direction
+      59           1 :         Vector3d nReflect(pow(-1, n.x), pow(-1, n.y), pow(-1, n.z));
+      60           1 :         c->current.setDirection(c->current.getDirection() * nReflect);
+      61           1 :         c->previous.setDirection(c->previous.getDirection() * nReflect);
+      62           1 :         c->created.setDirection(c->created.getDirection() * nReflect);
+      63           1 :         c->source.setDirection(c->source.getDirection() * nReflect);
+      64             : 
+      65           1 :         Vector3d src = (c->source.getPosition() - origin) / size; // initial position in cell units
+      66           1 :         Vector3d cre = (c->created.getPosition() - origin) / size; // initial position in cell units
+      67           1 :         Vector3d prv = (c->previous.getPosition() - origin) / size; // previous position in cell units
+      68             : 
+      69             :         // repeatedly translate until the current position is inside the cell
+      70           1 :         while ((cur.x < 0) or (cur.x > 1)) {
+      71           0 :                 double t = 2 * (cur.x > 1);
+      72           0 :                 src.x = t - src.x;
+      73           0 :                 cre.x = t - cre.x;
+      74           0 :                 prv.x = t - prv.x;
+      75           0 :                 cur.x = t - cur.x;
+      76             :         }
+      77           1 :         while ((cur.y < 0) or (cur.y > 1)) {
+      78           0 :                 double t = 2 * (cur.y > 1);
+      79           0 :                 src.y = t - src.y;
+      80           0 :                 cre.y = t - cre.y;
+      81           0 :                 prv.y = t - prv.y;
+      82           0 :                 cur.y = t - cur.y;
+      83             :         }
+      84           2 :         while ((cur.z < 0) or (cur.z > 1)) {
+      85           1 :                 double t = 2 * (cur.z > 1);
+      86           1 :                 src.z = t - src.z;
+      87           1 :                 cre.z = t - cre.z;
+      88           1 :                 prv.z = t - prv.z;
+      89           1 :                 cur.z = t - cur.z;
+      90             :         }
+      91             : 
+      92           1 :         c->current.setPosition(cur * size + origin);
+      93           1 :         c->source.setPosition(src * size + origin);
+      94           1 :         c->created.setPosition(cre * size + origin);
+      95           1 :         c->previous.setPosition(prv * size + origin);
+      96             : }
+      97             : 
+      98           0 : void ReflectiveBox::setOrigin(Vector3d o) {
+      99             :         origin = o;
+     100           0 : }
+     101           0 : void ReflectiveBox::setSize(Vector3d s) {
+     102             :         size = s;
+     103           0 : }
+     104             : 
+     105           0 : std::string ReflectiveBox::getDescription() const {
+     106           0 :         std::stringstream s;
+     107           0 :         s << "Reflective box: origin " << origin / Mpc << " Mpc, ";
+     108           0 :         s << "size " << size / Mpc << " Mpc";
+     109           0 :         return s.str();
+     110           0 : }
+     111             : 
+     112           0 : CubicBoundary::CubicBoundary() :
+     113           0 :                 origin(Vector3d(0, 0, 0)), size(0), limitStep(true), margin(0.1 * kpc) {
+     114           0 : }
+     115             : 
+     116           4 : CubicBoundary::CubicBoundary(Vector3d o, double s) :
+     117           4 :                 origin(o), size(s), limitStep(true), margin(0.1 * kpc) {
+     118           4 : }
+     119             : 
+     120           4 : void CubicBoundary::process(Candidate *c) const {
+     121           4 :         Vector3d r = c->current.getPosition() - origin;
+     122             :         double lo = r.min();
+     123             :         double hi = r.max();
+     124           4 :         if ((lo <= 0) or (hi >= size)) {
+     125           1 :                 reject(c);
+     126             :         }
+     127           4 :         if (limitStep) {
+     128           4 :                 c->limitNextStep(lo + margin);
+     129           4 :                 c->limitNextStep(size - hi + margin);
+     130             :         }
+     131           4 : }
+     132             : 
+     133           0 : void CubicBoundary::setOrigin(Vector3d o) {
+     134             :         origin = o;
+     135           0 : }
+     136           0 : void CubicBoundary::setSize(double s) {
+     137           0 :         size = s;
+     138           0 : }
+     139           2 : void CubicBoundary::setMargin(double m) {
+     140           2 :         margin = m;
+     141           2 : }
+     142           2 : void CubicBoundary::setLimitStep(bool b) {
+     143           2 :         limitStep = b;
+     144           2 : }
+     145             : 
+     146           0 : std::string CubicBoundary::getDescription() const {
+     147           0 :         std::stringstream s;
+     148           0 :         s << "Cubic Boundary: origin " << origin / Mpc << " Mpc, ";
+     149           0 :         s << "size " << size / Mpc << " Mpc, ";
+     150           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     151           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     152           0 :         if (rejectAction.valid())
+     153           0 :                 s << ", Action: " << rejectAction->getDescription();
+     154           0 :         return s.str();
+     155           0 : }
+     156             : 
+     157           0 : SphericalBoundary::SphericalBoundary() :
+     158           0 :                 center(Vector3d(0, 0, 0)), radius(0), limitStep(true), margin(0.1 * kpc) {
+     159           0 : }
+     160             : 
+     161           3 : SphericalBoundary::SphericalBoundary(Vector3d c, double r) :
+     162           3 :                 center(c), radius(r), limitStep(true), margin(0.1 * kpc) {
+     163           3 : }
+     164             : 
+     165           3 : void SphericalBoundary::process(Candidate *c) const {
+     166           3 :         double d = (c->current.getPosition() - center).getR();
+     167           3 :         if (d >= radius) {
+     168           1 :                 reject(c);
+     169             :         }
+     170           3 :         if (limitStep)
+     171           3 :                 c->limitNextStep(radius - d + margin);
+     172           3 : }
+     173             : 
+     174           0 : void SphericalBoundary::setCenter(Vector3d c) {
+     175             :         center = c;
+     176           0 : }
+     177           0 : void SphericalBoundary::setRadius(double r) {
+     178           0 :         radius = r;
+     179           0 : }
+     180           1 : void SphericalBoundary::setMargin(double m) {
+     181           1 :         margin = m;
+     182           1 : }
+     183           1 : void SphericalBoundary::setLimitStep(bool b) {
+     184           1 :         limitStep = b;
+     185           1 : }
+     186             : 
+     187           0 : std::string SphericalBoundary::getDescription() const {
+     188           0 :         std::stringstream s;
+     189           0 :         s << "Spherical Boundary: radius " << radius / Mpc << " Mpc, ";
+     190           0 :         s << "around " << center / Mpc << " Mpc, ";
+     191           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     192           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     193           0 :         if (rejectAction.valid())
+     194           0 :                 s << ", Action: " << rejectAction->getDescription();
+     195           0 :         return s.str();
+     196           0 : }
+     197             : 
+     198           0 : EllipsoidalBoundary::EllipsoidalBoundary() :
+     199             :                 focalPoint1(Vector3d(0, 0, 0)), focalPoint2(Vector3d(0, 0, 0)),
+     200           0 :                 majorAxis(0), limitStep(true), margin(0.1 * kpc) {
+     201           0 : }
+     202             : 
+     203           3 : EllipsoidalBoundary::EllipsoidalBoundary(Vector3d f1, Vector3d f2, double a) :
+     204           3 :                 focalPoint1(f1), focalPoint2(f2), majorAxis(a), limitStep(true),
+     205           3 :                 margin(0.1 * kpc) {
+     206           3 : }
+     207             : 
+     208           3 : void EllipsoidalBoundary::process(Candidate *c) const {
+     209           3 :         Vector3d pos = c->current.getPosition();
+     210           3 :         double d = pos.getDistanceTo(focalPoint1) + pos.getDistanceTo(focalPoint2);
+     211           3 :         if (d >= majorAxis) {
+     212           1 :                 reject(c);
+     213             :         }
+     214           3 :         if (limitStep)
+     215           3 :                 c->limitNextStep(majorAxis - d + margin);
+     216           3 : }
+     217             : 
+     218           0 : void EllipsoidalBoundary::setFocalPoints(Vector3d f1, Vector3d f2) {
+     219             :         focalPoint1 = f1;
+     220             :         focalPoint2 = f2;
+     221           0 : }
+     222           0 : void EllipsoidalBoundary::setMajorAxis(double a) {
+     223           0 :         majorAxis = a;
+     224           0 : }
+     225           1 : void EllipsoidalBoundary::setMargin(double m) {
+     226           1 :         margin = m;
+     227           1 : }
+     228           1 : void EllipsoidalBoundary::setLimitStep(bool b) {
+     229           1 :         limitStep = b;
+     230           1 : }
+     231             : 
+     232           0 : std::string EllipsoidalBoundary::getDescription() const {
+     233           0 :         std::stringstream s;
+     234           0 :         s << "Ellipsoidal Boundary: F1 = " << focalPoint1 / Mpc << " Mpc, ";
+     235           0 :         s << "F2 = " << focalPoint2 / Mpc << " Mpc, ";
+     236           0 :         s << "major axis " << majorAxis / Mpc << " Mpc; ";
+     237           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     238           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     239           0 :         if (rejectAction.valid())
+     240           0 :                 s << ", Action: " << rejectAction->getDescription();
+     241           0 :         return s.str();
+     242           0 : }
+     243             : 
+     244           0 : CylindricalBoundary::CylindricalBoundary() :
+     245           0 :   origin(Vector3d(0,0,0)), height(0), radius(0), limitStep(false), margin(0) {
+     246           0 : }
+     247             : 
+     248           3 : CylindricalBoundary::CylindricalBoundary(Vector3d o, double h, double r) :
+     249           3 :   origin(o), height(h), radius(r), limitStep(false) , margin(0){
+     250           3 : }
+     251             : 
+     252           3 : void CylindricalBoundary::process(Candidate *c) const {
+     253           3 :         Vector3d d = c->current.getPosition() - origin;
+     254           3 :         double R2 = pow(d.x, 2.)+pow(d.y, 2.);
+     255           3 :         double Z = fabs(d.z);
+     256           3 :         if ( R2 < pow(radius, 2.) and Z < height/2.) {
+     257           2 :                 if(limitStep) {
+     258           2 :                         c->limitNextStep(std::min(radius - pow(R2, 0.5), height/2. - Z) + margin);   
+     259             :                 }
+     260             :           return;
+     261             :         }
+     262           1 :         reject(c);
+     263             : }
+     264             : 
+     265           0 : void CylindricalBoundary::setOrigin(Vector3d o) {
+     266             :         origin = o;
+     267           0 : }
+     268           0 : void CylindricalBoundary::setHeight(double h) {
+     269           0 :         height = h;
+     270           0 : }
+     271           0 : void CylindricalBoundary::setRadius(double r) {
+     272           0 :         radius = r;
+     273           0 : }
+     274           1 : void CylindricalBoundary::setLimitStep(bool b) {
+     275           1 :         limitStep = b;
+     276           1 : }
+     277           1 : void CylindricalBoundary::setMargin(double m) {
+     278           1 :         margin = m;
+     279           1 : }
+     280             : 
+     281             : 
+     282           0 : std::string CylindricalBoundary::getDescription() const {
+     283           0 :         std::stringstream s;
+     284           0 :         s << "Cylindrical Boundary: origin = " << origin / kpc << " kpc, ";
+     285           0 :         s << "radius = " << radius / kpc << " kpc, ";
+     286           0 :         s << "height" << height / kpc << " kpc; ";
+     287           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     288           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     289           0 :         if (rejectAction.valid())
+     290           0 :                 s << ", Action: " << rejectAction->getDescription();
+     291           0 :         return s.str();
+     292           0 : }
+     293             : 
+     294             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/BreakCondition.cpp.func-sort-c.html b/doc/coverageReport/src/module/BreakCondition.cpp.func-sort-c.html new file mode 100644 index 000000000..59b7031c8 --- /dev/null +++ b/doc/coverageReport/src/module/BreakCondition.cpp.func-sort-c.html @@ -0,0 +1,224 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/BreakCondition.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - BreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6317236.6 %
Date:2024-04-08 14:58:22Functions:153839.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13MinimumEnergy16setMinimumEnergyEd0
_ZN7crpropa15DetectionLength18setDetectionLengthEd0
_ZN7crpropa15MinimumRedshift18getMinimumRedshiftEv0
_ZN7crpropa15MinimumRedshift18setMinimumRedshiftEd0
_ZN7crpropa15MinimumRigidity18setMinimumRigidityEd0
_ZN7crpropa15MinimumRigidityC2Ed0
_ZN7crpropa19MinimumChargeNumber22setMinimumChargeNumberEi0
_ZN7crpropa23MaximumTrajectoryLength26setMaximumTrajectoryLengthEd0
_ZNK7crpropa13MinimumEnergy14getDescriptionB5cxx11Ev0
_ZNK7crpropa13MinimumEnergy16getMinimumEnergyEv0
_ZNK7crpropa15DetectionLength14getDescriptionB5cxx11Ev0
_ZNK7crpropa15DetectionLength18getDetectionLengthEv0
_ZNK7crpropa15MinimumRedshift14getDescriptionB5cxx11Ev0
_ZNK7crpropa15MinimumRigidity14getDescriptionB5cxx11Ev0
_ZNK7crpropa15MinimumRigidity18getMinimumRigidityEv0
_ZNK7crpropa15MinimumRigidity7processEPNS_9CandidateE0
_ZNK7crpropa19MinimumChargeNumber14getDescriptionB5cxx11Ev0
_ZNK7crpropa19MinimumChargeNumber22getMinimumChargeNumberEv0
_ZNK7crpropa23MaximumTrajectoryLength14getDescriptionB5cxx11Ev0
_ZNK7crpropa23MaximumTrajectoryLength20getObserverPositionsEv0
_ZNK7crpropa23MaximumTrajectoryLength26getMaximumTrajectoryLengthEv0
_ZNK7crpropa26MinimumEnergyPerParticleId14getDescriptionB5cxx11Ev0
_ZNK7crpropa26MinimumEnergyPerParticleId22getMinimumEnergyOthersEv0
_ZN7crpropa15DetectionLengthC2Ed1
_ZN7crpropa15MinimumRedshiftC2Ed1
_ZN7crpropa19MinimumChargeNumberC2Ei1
_ZN7crpropa23MaximumTrajectoryLength19addObserverPositionERKNS_7Vector3IdEE1
_ZN7crpropa26MinimumEnergyPerParticleId22setMinimumEnergyOthersEd1
_ZN7crpropa26MinimumEnergyPerParticleIdC2Ed1
_ZN7crpropa13MinimumEnergyC2Ed2
_ZNK7crpropa15DetectionLength7processEPNS_9CandidateE2
_ZNK7crpropa15MinimumRedshift7processEPNS_9CandidateE2
_ZN7crpropa26MinimumEnergyPerParticleId3addEid3
_ZNK7crpropa19MinimumChargeNumber7processEPNS_9CandidateE4
_ZNK7crpropa26MinimumEnergyPerParticleId7processEPNS_9CandidateE5
_ZN7crpropa23MaximumTrajectoryLengthC2Ed13
_ZNK7crpropa13MinimumEnergy7processEPNS_9CandidateE7644
_ZNK7crpropa23MaximumTrajectoryLength7processEPNS_9CandidateE491649
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/BreakCondition.cpp.func.html b/doc/coverageReport/src/module/BreakCondition.cpp.func.html new file mode 100644 index 000000000..9734252c0 --- /dev/null +++ b/doc/coverageReport/src/module/BreakCondition.cpp.func.html @@ -0,0 +1,224 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/BreakCondition.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - BreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6317236.6 %
Date:2024-04-08 14:58:22Functions:153839.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13MinimumEnergy16setMinimumEnergyEd0
_ZN7crpropa13MinimumEnergyC2Ed2
_ZN7crpropa15DetectionLength18setDetectionLengthEd0
_ZN7crpropa15DetectionLengthC2Ed1
_ZN7crpropa15MinimumRedshift18getMinimumRedshiftEv0
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_ZNK7crpropa26MinimumEnergyPerParticleId7processEPNS_9CandidateE5
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/BreakCondition.cpp.gcov.html b/doc/coverageReport/src/module/BreakCondition.cpp.gcov.html new file mode 100644 index 000000000..315b82cba --- /dev/null +++ b/doc/coverageReport/src/module/BreakCondition.cpp.gcov.html @@ -0,0 +1,343 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/BreakCondition.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - BreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6317236.6 %
Date:2024-04-08 14:58:22Functions:153839.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/BreakCondition.h"
+       2             : #include "crpropa/ParticleID.h"
+       3             : #include "crpropa/Units.h"
+       4             : 
+       5             : #include <sstream>
+       6             : 
+       7             : namespace crpropa {
+       8             : 
+       9          13 : MaximumTrajectoryLength::MaximumTrajectoryLength(double maxLength) :
+      10          13 :                 maxLength(maxLength) {
+      11          13 : }
+      12             : 
+      13           0 : void MaximumTrajectoryLength::setMaximumTrajectoryLength(double length) {
+      14           0 :         maxLength = length;
+      15           0 : }
+      16             : 
+      17           0 : double MaximumTrajectoryLength::getMaximumTrajectoryLength() const {
+      18           0 :         return maxLength;
+      19             : }
+      20             : 
+      21           1 : void MaximumTrajectoryLength::addObserverPosition(const Vector3d& position) {
+      22           1 :         observerPositions.push_back(position);
+      23           1 : }
+      24             : 
+      25           0 : const std::vector<Vector3d>& MaximumTrajectoryLength::getObserverPositions() const {
+      26           0 :         return observerPositions;
+      27             : }
+      28             : 
+      29           0 : std::string MaximumTrajectoryLength::getDescription() const {
+      30           0 :         std::stringstream s;
+      31           0 :         s << "Maximum trajectory length: " << maxLength / Mpc << " Mpc, ";
+      32           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+      33           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+      34           0 :         if (rejectAction.valid())
+      35           0 :                 s << ", Action: " << rejectAction->getDescription();
+      36           0 :         s << "\n  Observer positions: \n";
+      37           0 :         for (size_t i = 0; i < observerPositions.size(); i++)
+      38           0 :                 s << "    - " << observerPositions[i] / Mpc << " Mpc\n";
+      39           0 :         return s.str();
+      40           0 : }
+      41             : 
+      42      491649 : void MaximumTrajectoryLength::process(Candidate *c) const {
+      43      491649 :         double length = c->getTrajectoryLength();
+      44      491649 :         Vector3d position = c->current.getPosition();
+      45             : 
+      46      491649 :         if(observerPositions.size()) {
+      47             :                 bool inRange = false;
+      48           4 :                 for (size_t i = 0; i < observerPositions.size(); i++) {
+      49           2 :                         double distance = position.getDistanceTo(observerPositions[i]);
+      50           2 :                         if (distance + length < maxLength)
+      51             :                                 inRange = true;
+      52             :                 }
+      53           2 :                 if (!inRange) {
+      54           1 :                         reject(c);
+      55             :                         return;
+      56             :                 }
+      57             :         }
+      58             : 
+      59      491648 :         if (length >= maxLength) {
+      60        1107 :                 reject(c);
+      61             :         } else {
+      62      490541 :                 c->limitNextStep(maxLength - length);
+      63             :         }
+      64             : }
+      65             : 
+      66             : //*****************************************************************************
+      67           2 : MinimumEnergy::MinimumEnergy(double minEnergy) :
+      68           2 :                 minEnergy(minEnergy) {
+      69           2 : }
+      70             : 
+      71           0 : void MinimumEnergy::setMinimumEnergy(double energy) {
+      72           0 :         minEnergy = energy;
+      73           0 : }
+      74             : 
+      75           0 : double MinimumEnergy::getMinimumEnergy() const {
+      76           0 :         return minEnergy;
+      77             : }
+      78             : 
+      79        7644 : void MinimumEnergy::process(Candidate *c) const {
+      80        7644 :         if (c->current.getEnergy() > minEnergy)
+      81             :                 return;
+      82             :         else
+      83           1 :                 reject(c);
+      84             : }
+      85             : 
+      86           0 : std::string MinimumEnergy::getDescription() const {
+      87           0 :         std::stringstream s;
+      88           0 :         s << "Minimum energy: " << minEnergy / EeV << " EeV, ";
+      89           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+      90           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+      91           0 :         if (rejectAction.valid())
+      92           0 :                 s << ", Action: " << rejectAction->getDescription();
+      93           0 :         return s.str();
+      94           0 : }
+      95             : 
+      96             : //*****************************************************************************
+      97           0 : MinimumRigidity::MinimumRigidity(double minRigidity) :
+      98           0 :                 minRigidity(minRigidity) {
+      99           0 : }
+     100             : 
+     101           0 : void MinimumRigidity::setMinimumRigidity(double minRigidity) {
+     102           0 :         this->minRigidity = minRigidity;
+     103           0 : }
+     104             : 
+     105           0 : double MinimumRigidity::getMinimumRigidity() const {
+     106           0 :         return minRigidity;
+     107             : }
+     108             : 
+     109           0 : void MinimumRigidity::process(Candidate *c) const {
+     110           0 :         if (c->current.getRigidity() < minRigidity)
+     111           0 :                 reject(c);
+     112           0 : }
+     113             : 
+     114           0 : std::string MinimumRigidity::getDescription() const {
+     115           0 :         std::stringstream s;
+     116           0 :         s << "Minimum rigidity: " << minRigidity / EeV << " EeV, ";
+     117           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     118           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     119           0 :         if (rejectAction.valid())
+     120           0 :                 s << ", Action: " << rejectAction->getDescription();
+     121           0 :         return s.str();
+     122           0 : }
+     123             : 
+     124             : //*****************************************************************************
+     125           1 : MinimumRedshift::MinimumRedshift(double zmin) :
+     126           1 :                 zmin(zmin) {
+     127           1 : }
+     128             : 
+     129           0 : void MinimumRedshift::setMinimumRedshift(double z) {
+     130           0 :         zmin = z;
+     131           0 : }
+     132             : 
+     133           0 : double MinimumRedshift::getMinimumRedshift() {
+     134           0 :         return zmin;
+     135             : }
+     136             : 
+     137           2 : void MinimumRedshift::process(Candidate* c) const {
+     138           2 :         if (c->getRedshift() > zmin)
+     139             :                 return;
+     140             :         else
+     141           1 :                 reject(c);
+     142             : }
+     143             : 
+     144           0 : std::string MinimumRedshift::getDescription() const {
+     145           0 :         std::stringstream s;
+     146           0 :         s << "Minimum redshift: " << zmin << ", ";
+     147           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     148           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     149           0 :         if (rejectAction.valid())
+     150           0 :                 s << ", Action: " << rejectAction->getDescription();
+     151           0 :         return s.str();
+     152           0 : }
+     153             : 
+     154             : //*****************************************************************************
+     155           1 : MinimumChargeNumber::MinimumChargeNumber(int minChargeNumber) :
+     156           1 :                 minChargeNumber(minChargeNumber) {
+     157           1 : }
+     158             : 
+     159           0 : void MinimumChargeNumber::setMinimumChargeNumber(int chargeNumber) {
+     160           0 :         minChargeNumber = chargeNumber;
+     161           0 : }
+     162             : 
+     163           0 : int MinimumChargeNumber::getMinimumChargeNumber() const {
+     164           0 :         return minChargeNumber;
+     165             : }
+     166             : 
+     167           4 : void MinimumChargeNumber::process(Candidate *c) const {
+     168           4 :         if (chargeNumber(c->current.getId()) > minChargeNumber)
+     169             :                 return;
+     170             :         else
+     171           2 :                 reject(c);
+     172             : }
+     173             : 
+     174           0 : std::string MinimumChargeNumber::getDescription() const {
+     175           0 :         std::stringstream s;
+     176           0 :         s << "Minimum charge number: " << minChargeNumber;
+     177           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     178           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     179           0 :         if (rejectAction.valid())
+     180           0 :                 s << ", Action: " << rejectAction->getDescription();
+     181           0 :         return s.str();
+     182           0 : }
+     183             : 
+     184             : //*****************************************************************************
+     185           1 : MinimumEnergyPerParticleId::MinimumEnergyPerParticleId(double minEnergyOthers) {
+     186           1 :         setMinimumEnergyOthers(minEnergyOthers);
+     187           1 : }
+     188             : 
+     189           3 : void MinimumEnergyPerParticleId::add(int id, double energy) {
+     190           3 :         particleIds.push_back(id);
+     191           3 :         minEnergies.push_back(energy);
+     192           3 : }
+     193             : 
+     194           1 : void MinimumEnergyPerParticleId::setMinimumEnergyOthers(double energy) {
+     195           1 :         minEnergyOthers = energy;
+     196           1 : }
+     197             : 
+     198           0 : double MinimumEnergyPerParticleId::getMinimumEnergyOthers() const {
+     199           0 :         return minEnergyOthers;
+     200             : }
+     201             : 
+     202           5 : void MinimumEnergyPerParticleId::process(Candidate *c) const {
+     203          15 :         for (int i = 0; i < particleIds.size(); i++) {
+     204          12 :                 if (c->current.getId() == particleIds[i]) {
+     205           5 :                         if (c->current.getEnergy() < minEnergies[i])
+     206           3 :                                 reject(c);
+     207             :                         else
+     208             :                                 return;
+     209             :                 }
+     210             :         }
+     211             : 
+     212           3 :         if (c->current.getEnergy() < minEnergyOthers)
+     213           1 :                 reject(c);
+     214             :         else
+     215             :                 return;
+     216             : }
+     217             : 
+     218           0 : std::string MinimumEnergyPerParticleId::getDescription() const {
+     219           0 :         std::stringstream s;
+     220           0 :         s << "Minimum energy for non-specified particles: " << minEnergyOthers / eV << " eV";
+     221           0 :         for (int i = 0; i < minEnergies.size(); i++) {
+     222           0 :                 s << "  for particle " << particleIds[i] << " : " << minEnergies[i] / eV << " eV";
+     223             :         }
+     224           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     225           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     226           0 :         if (rejectAction.valid())
+     227           0 :                 s << ", Action: " << rejectAction->getDescription();
+     228           0 :         return s.str();
+     229           0 : }
+     230             : 
+     231             : //*****************************************************************************
+     232           1 : DetectionLength::DetectionLength(double detLength) :
+     233           1 :                 detLength(detLength) {
+     234           1 : }
+     235             : 
+     236           0 : void DetectionLength::setDetectionLength(double length) {
+     237           0 :         detLength = length;
+     238           0 : }
+     239             : 
+     240           0 : double DetectionLength::getDetectionLength() const {
+     241           0 :         return detLength;
+     242             : }
+     243             : 
+     244             : 
+     245           0 : std::string DetectionLength::getDescription() const {
+     246           0 :         std::stringstream s;
+     247           0 :         s << "Detection length: " << detLength / kpc << " kpc, ";
+     248           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
+     249           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
+     250           0 :         if (rejectAction.valid())
+     251           0 :                 s << ", Action: " << rejectAction->getDescription();
+     252           0 :         return s.str();
+     253           0 : }
+     254             : 
+     255           2 : void DetectionLength::process(Candidate *c) const {
+     256           2 :         double length = c->getTrajectoryLength();
+     257           2 :         double step = c->getCurrentStep();
+     258             : 
+     259           2 :         if (length >= detLength && length - step < detLength) {
+     260           1 :                 reject(c);
+     261             :         } else {
+     262           1 :                 c->limitNextStep(detLength - length);
+     263             :         }
+     264           2 : }
+     265             : 
+     266             : 
+     267             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/CandidateSplitting.cpp.func-sort-c.html b/doc/coverageReport/src/module/CandidateSplitting.cpp.func-sort-c.html new file mode 100644 index 000000000..d7f065f98 --- /dev/null +++ b/doc/coverageReport/src/module/CandidateSplitting.cpp.func-sort-c.html @@ -0,0 +1,116 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/CandidateSplitting.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - CandidateSplitting.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:536186.9 %
Date:2024-04-08 14:58:22Functions:101190.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa18CandidateSplittingC2Ev0
_ZN7crpropa18CandidateSplitting16setEnergyBinsDSAEddi1
_ZN7crpropa18CandidateSplittingC2Eddi1
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_ZN7crpropa18CandidateSplitting9setNsplitEi4
_ZNK7crpropa18CandidateSplitting13getEnergyBinsEv6
_ZNK7crpropa18CandidateSplitting7processEPNS_9CandidateE6
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/CandidateSplitting.cpp.func.html b/doc/coverageReport/src/module/CandidateSplitting.cpp.func.html new file mode 100644 index 000000000..8031c35f7 --- /dev/null +++ b/doc/coverageReport/src/module/CandidateSplitting.cpp.func.html @@ -0,0 +1,116 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/CandidateSplitting.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - CandidateSplitting.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:536186.9 %
Date:2024-04-08 14:58:22Functions:101190.9 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa18CandidateSplitting13setEnergyBinsEdddb3
_ZN7crpropa18CandidateSplitting16setEnergyBinsDSAEddi1
_ZN7crpropa18CandidateSplitting16setMinimalWeightEd4
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_ZNK7crpropa18CandidateSplitting7processEPNS_9CandidateE6
_ZNK7crpropa18CandidateSplitting9getNsplitEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/CandidateSplitting.cpp.gcov.html b/doc/coverageReport/src/module/CandidateSplitting.cpp.gcov.html new file mode 100644 index 000000000..c8cd11eb0 --- /dev/null +++ b/doc/coverageReport/src/module/CandidateSplitting.cpp.gcov.html @@ -0,0 +1,194 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/CandidateSplitting.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - CandidateSplitting.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:536186.9 %
Date:2024-04-08 14:58:22Functions:101190.9 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/CandidateSplitting.h"
+       2             : 
+       3             : namespace crpropa {
+       4             : 
+       5           0 : CandidateSplitting::CandidateSplitting() {
+       6             :         // no particle splitting if EnergyBins and NSplit are not specified
+       7           0 :         setNsplit(0);
+       8           0 :         setMinimalWeight(1.);
+       9           0 : }
+      10             : 
+      11           3 : CandidateSplitting::CandidateSplitting(int nSplit, double Emin, double Emax,  double nBins, double minWeight, bool log) {
+      12           3 :         setNsplit(nSplit);
+      13           3 :         setEnergyBins(Emin, Emax, nBins, log);
+      14           3 :         setMinimalWeight(minWeight);
+      15           3 : }
+      16             : 
+      17           1 : CandidateSplitting::CandidateSplitting(double spectralIndex, double Emin, int nBins)  {
+      18             :         // to use with Diffusive Shock Acceleration
+      19           1 :         if (spectralIndex > 0){
+      20           0 :                 throw std::runtime_error(
+      21           0 :                                 "CandidateSplitting: spectralIndex > 0 !"); 
+      22             :         }
+      23             : 
+      24           1 :         setNsplit(2); // always split in 2, calculate bins in energy for given spectrum:
+      25           1 :         double dE = pow(1. / 2, 1. / (spectralIndex + 1)); 
+      26           1 :         setEnergyBinsDSA(Emin, dE, nBins);
+      27           1 :         setMinimalWeight(1. / pow(2, nBins));
+      28           1 : }
+      29             : 
+      30           6 : void CandidateSplitting::process(Candidate *c) const {
+      31           6 :         double currE = c->current.getEnergy(); 
+      32           6 :         double prevE = c->previous.getEnergy();
+      33             : 
+      34           6 :         if (c->getWeight() <= minWeight){
+      35             :                 // minimal weight reached, no splitting
+      36             :                 return;
+      37             :         }
+      38           5 :         if (currE < Ebins[0] || nSplit == 0 ){
+      39             :                 // current energy is smaller than first bin -> no splitting
+      40             :                 // or, number of splits = 0
+      41             :                 return;
+      42             :         }
+      43           4 :         for (size_t i = 0; i < Ebins.size(); ++i){
+      44             :                 
+      45           4 :                 if( prevE < Ebins[i] ){
+      46             :                         // previous energy is in energy bin [i-1, i]
+      47           3 :                         if(currE < Ebins[i]){
+      48             :                                 //assuming that dE greater than 0, prevE and E in same energy bin -> no splitting
+      49             :                                 return;
+      50             :                         }
+      51             :                         // current energy is in energy bin [i,i+1] or higher -> particle splitting for each crossing
+      52           4 :                         for (size_t j = i; j < Ebins.size(); ++j ){
+      53             : 
+      54             :                                 // adapted from Acceleration Module:
+      55           4 :                                 c->updateWeight(1. / nSplit); // * 1/n_split
+      56             : 
+      57           8 :                                 for (int i = 1; i < nSplit; i++) {
+      58             :                                 
+      59           4 :                                         ref_ptr<Candidate> new_candidate = c->clone(false);
+      60           4 :                                         new_candidate->parent = c;
+      61           4 :                                         new_candidate->previous.setEnergy(currE); // so that new candidate is not split again in next step!
+      62             :                                         c->addSecondary(new_candidate);
+      63             :                                 }
+      64           4 :                                 if (j < Ebins.size()-1 && currE < Ebins[j+1]){
+      65             :                                         // candidate is in energy bin [j, j+1] -> no further splitting
+      66             :                                         return;
+      67             :                                 }
+      68             :                         }
+      69             :                         return;
+      70             :                 }
+      71             :         }
+      72             : }
+      73             : 
+      74           3 : void CandidateSplitting::setEnergyBins(double Emin, double Emax, double nBins, bool log) {
+      75           3 :         Ebins.resize(0);
+      76           3 :         if (Emin > Emax){
+      77           0 :                 throw std::runtime_error(
+      78           0 :                                 "CandidateSplitting: Emin > Emax!");
+      79             :         }
+      80           3 :         double dE = (Emax-Emin)/nBins;
+      81          14 :         for (size_t i = 0; i < nBins; ++i) {
+      82          11 :                 if (log == true) {
+      83           4 :                         Ebins.push_back(Emin * pow(Emax / Emin, i / (nBins - 1.0)));
+      84             :                 } else {
+      85           7 :                         Ebins.push_back(Emin + i * dE);
+      86             :                 }
+      87             :         }
+      88           3 : }
+      89             : 
+      90           1 : void CandidateSplitting::setEnergyBinsDSA(double Emin, double dE, int n) {
+      91           1 :         Ebins.resize(0);
+      92           5 :         for (size_t i = 1; i < n + 1; ++i) {
+      93           4 :                 Ebins.push_back(Emin * pow(dE, i));
+      94             :         }
+      95           1 : }
+      96             : 
+      97           6 : const std::vector<double>& CandidateSplitting::getEnergyBins() const {
+      98           6 :         return Ebins;
+      99             : }
+     100             : 
+     101           4 : void CandidateSplitting::setNsplit(int n) {
+     102           4 :         nSplit = n;
+     103           4 : }
+     104             : 
+     105           4 : void CandidateSplitting::setMinimalWeight(double w) {
+     106           4 :         minWeight = w;
+     107           4 : }
+     108             : 
+     109           1 : int CandidateSplitting::getNsplit() const {
+     110           1 :         return nSplit;
+     111             : }
+     112             : 
+     113           1 : double CandidateSplitting::getMinimalWeight() const {
+     114           1 :         return minWeight;
+     115             : }
+     116             : 
+     117             : } // end namespace crpropa
+     118             : 
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/DiffusionSDE.cpp.func-sort-c.html b/doc/coverageReport/src/module/DiffusionSDE.cpp.func-sort-c.html new file mode 100644 index 000000000..119a389bf --- /dev/null +++ b/doc/coverageReport/src/module/DiffusionSDE.cpp.func-sort-c.html @@ -0,0 +1,172 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/DiffusionSDE.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - DiffusionSDE.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15420276.2 %
Date:2024-04-08 14:58:22Functions:222588.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa12DiffusionSDE14getDescriptionB5cxx11Ev0
_ZNK7crpropa12DiffusionSDE16getMagneticFieldEv0
_ZNK7crpropa12DiffusionSDE17getAdvectionFieldEv0
_ZNK7crpropa12DiffusionSDE10getEpsilonEv1
_ZNK7crpropa12DiffusionSDE12getToleranceEv1
_ZNK7crpropa12DiffusionSDE14getMaximumStepEv1
_ZNK7crpropa12DiffusionSDE14getMinimumStepEv1
_ZN7crpropa12DiffusionSDE17setAdvectionFieldENS_7ref_ptrINS_14AdvectionFieldEEE3
_ZN7crpropa12DiffusionSDEC2ENS_7ref_ptrINS_13MagneticFieldEEENS1_INS_14AdvectionFieldEEEdddd3
_ZN7crpropa12DiffusionSDEC2ENS_7ref_ptrINS_13MagneticFieldEEEdddd4
_ZNK7crpropa12DiffusionSDE8getAlphaEv5
_ZNK7crpropa12DiffusionSDE8getScaleEv5
_ZN7crpropa12DiffusionSDE10setEpsilonEd7
_ZN7crpropa12DiffusionSDE12setToleranceEd7
_ZN7crpropa12DiffusionSDE14setMaximumStepEd7
_ZN7crpropa12DiffusionSDE14setMinimumStepEd7
_ZN7crpropa12DiffusionSDE16setMagneticFieldENS_7ref_ptrINS_13MagneticFieldEEE7
_ZN7crpropa12DiffusionSDE8setAlphaEd7
_ZN7crpropa12DiffusionSDE8setScaleEd7
_ZNK7crpropa12DiffusionSDE9driftStepERKNS_7Vector3IdEERS2_d120001
_ZNK7crpropa12DiffusionSDE27getAdvectionFieldAtPositionENS_7Vector3IdEE120002
_ZNK7crpropa12DiffusionSDE16calculateBTensorEdPdNS_7Vector3IdEES3_d480002
_ZNK7crpropa12DiffusionSDE7processEPNS_9CandidateE480003
_ZNK7crpropa12DiffusionSDE7tryStepERKNS_7Vector3IdEERS2_S5_dd960004
_ZNK7crpropa12DiffusionSDE26getMagneticFieldAtPositionENS_7Vector3IdEEd5760025
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/DiffusionSDE.cpp.func.html b/doc/coverageReport/src/module/DiffusionSDE.cpp.func.html new file mode 100644 index 000000000..d4e981a1a --- /dev/null +++ b/doc/coverageReport/src/module/DiffusionSDE.cpp.func.html @@ -0,0 +1,172 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/DiffusionSDE.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - DiffusionSDE.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15420276.2 %
Date:2024-04-08 14:58:22Functions:222588.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12DiffusionSDE10setEpsilonEd7
_ZN7crpropa12DiffusionSDE12setToleranceEd7
_ZN7crpropa12DiffusionSDE14setMaximumStepEd7
_ZN7crpropa12DiffusionSDE14setMinimumStepEd7
_ZN7crpropa12DiffusionSDE16setMagneticFieldENS_7ref_ptrINS_13MagneticFieldEEE7
_ZN7crpropa12DiffusionSDE17setAdvectionFieldENS_7ref_ptrINS_14AdvectionFieldEEE3
_ZN7crpropa12DiffusionSDE8setAlphaEd7
_ZN7crpropa12DiffusionSDE8setScaleEd7
_ZN7crpropa12DiffusionSDEC2ENS_7ref_ptrINS_13MagneticFieldEEENS1_INS_14AdvectionFieldEEEdddd3
_ZN7crpropa12DiffusionSDEC2ENS_7ref_ptrINS_13MagneticFieldEEEdddd4
_ZNK7crpropa12DiffusionSDE10getEpsilonEv1
_ZNK7crpropa12DiffusionSDE12getToleranceEv1
_ZNK7crpropa12DiffusionSDE14getDescriptionB5cxx11Ev0
_ZNK7crpropa12DiffusionSDE14getMaximumStepEv1
_ZNK7crpropa12DiffusionSDE14getMinimumStepEv1
_ZNK7crpropa12DiffusionSDE16calculateBTensorEdPdNS_7Vector3IdEES3_d480002
_ZNK7crpropa12DiffusionSDE16getMagneticFieldEv0
_ZNK7crpropa12DiffusionSDE17getAdvectionFieldEv0
_ZNK7crpropa12DiffusionSDE26getMagneticFieldAtPositionENS_7Vector3IdEEd5760025
_ZNK7crpropa12DiffusionSDE27getAdvectionFieldAtPositionENS_7Vector3IdEE120002
_ZNK7crpropa12DiffusionSDE7processEPNS_9CandidateE480003
_ZNK7crpropa12DiffusionSDE7tryStepERKNS_7Vector3IdEERS2_S5_dd960004
_ZNK7crpropa12DiffusionSDE8getAlphaEv5
_ZNK7crpropa12DiffusionSDE8getScaleEv5
_ZNK7crpropa12DiffusionSDE9driftStepERKNS_7Vector3IdEERS2_d120001
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/DiffusionSDE.cpp.gcov.html b/doc/coverageReport/src/module/DiffusionSDE.cpp.gcov.html new file mode 100644 index 000000000..51ca09aab --- /dev/null +++ b/doc/coverageReport/src/module/DiffusionSDE.cpp.gcov.html @@ -0,0 +1,480 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/DiffusionSDE.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - DiffusionSDE.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15420276.2 %
Date:2024-04-08 14:58:22Functions:222588.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/DiffusionSDE.h"
+       2             : 
+       3             : 
+       4             : using namespace crpropa;
+       5             : 
+       6             : // Defining Cash-Karp coefficients
+       7             : const double a[] = { 0., 0., 0., 0., 0., 0., 1. / 5., 0., 0., 0., 0.,
+       8             :                 0., 3. / 40., 9. / 40., 0., 0., 0., 0., 3. / 10., -9. / 10., 6. / 5.,
+       9             :                 0., 0., 0., -11. / 54., 5. / 2., -70. / 27., 35. / 27., 0., 0., 1631.
+      10             :                                 / 55296., 175. / 512., 575. / 13824., 44275. / 110592., 253.
+      11             :                                 / 4096., 0. };
+      12             : 
+      13             : const double b[] = { 37. / 378., 0, 250. / 621., 125. / 594., 0., 512.
+      14             :                 / 1771. };
+      15             : 
+      16             : const double bs[] = { 2825. / 27648., 0., 18575. / 48384., 13525.
+      17             :                 / 55296., 277. / 14336., 1. / 4. };
+      18             : 
+      19             : 
+      20             : 
+      21           4 : DiffusionSDE::DiffusionSDE(ref_ptr<MagneticField> magneticField, double tolerance,
+      22           4 :                                  double minStep, double maxStep, double epsilon) :
+      23           4 :         minStep(0)
+      24             : {
+      25           4 :         setMagneticField(magneticField);
+      26           4 :         setMaximumStep(maxStep);
+      27           4 :         setMinimumStep(minStep);
+      28           4 :         setTolerance(tolerance);
+      29           4 :         setEpsilon(epsilon);
+      30           4 :         setScale(1.);
+      31           4 :         setAlpha(1./3.);
+      32           4 :         }
+      33             : 
+      34           3 : DiffusionSDE::DiffusionSDE(ref_ptr<MagneticField> magneticField, ref_ptr<AdvectionField> advectionField, double tolerance, double minStep, double maxStep, double epsilon) :
+      35           3 :         minStep(0)
+      36             : {
+      37           6 :         setMagneticField(magneticField);
+      38           3 :         setAdvectionField(advectionField);
+      39           3 :         setMaximumStep(maxStep);
+      40           3 :         setMinimumStep(minStep);
+      41           3 :         setTolerance(tolerance);
+      42           3 :         setEpsilon(epsilon);
+      43           3 :         setScale(1.);
+      44           3 :         setAlpha(1./3.);
+      45           3 :         }
+      46             : 
+      47      480003 : void DiffusionSDE::process(Candidate *candidate) const {
+      48             : 
+      49             :     // save the new previous particle state
+      50             : 
+      51      480003 :         ParticleState &current = candidate->current;
+      52             :         candidate->previous = current;
+      53             : 
+      54      480003 :         double h = clip(candidate->getNextStep(), minStep, maxStep) / c_light;
+      55      480003 :         Vector3d PosIn = current.getPosition();
+      56      480003 :         Vector3d DirIn = current.getDirection();
+      57             : 
+      58             :     // rectilinear propagation for neutral particles
+      59             :     // If an advection field is provided the drift is also included
+      60      480003 :         if (current.getCharge() == 0) {
+      61           1 :                 Vector3d dir = current.getDirection();
+      62           1 :                 Vector3d Pos = current.getPosition();
+      63             : 
+      64             :                 Vector3d LinProp(0.);
+      65           1 :                 if (advectionField){
+      66           0 :                         driftStep(Pos, LinProp, h);
+      67             :                 }
+      68             : 
+      69           1 :                 current.setPosition(Pos + LinProp + dir*h*c_light);
+      70           1 :                 candidate->setCurrentStep(h * c_light);
+      71           1 :                 candidate->setNextStep(maxStep);
+      72             :                 return;
+      73             :         }
+      74             : 
+      75      480002 :         double z = candidate->getRedshift();
+      76      480002 :         double rig = current.getEnergy() / current.getCharge();
+      77             : 
+      78             : 
+      79             :     // Calculate the Diffusion tensor
+      80      480002 :         double BTensor[] = {0., 0., 0., 0., 0., 0., 0., 0., 0.};
+      81      480002 :         calculateBTensor(rig, BTensor, PosIn, DirIn, z);
+      82             : 
+      83             : 
+      84             :     // Generate random numbers
+      85      480002 :         double eta[] = {0., 0., 0.};
+      86     1920008 :         for(size_t i=0; i < 3; i++) {
+      87     1440006 :                 eta[i] =  Random::instance().randNorm();
+      88             :         }
+      89             : 
+      90      480002 :         double TStep = BTensor[0] * eta[0];
+      91      480002 :         double NStep = BTensor[4] * eta[1];
+      92      480002 :         double BStep = BTensor[8] * eta[2];
+      93             : 
+      94             :         Vector3d TVec(0.);
+      95             :         Vector3d NVec(0.);
+      96             :         Vector3d BVec(0.);
+      97             : 
+      98             :         Vector3d DirOut = Vector3d(0.);
+      99             : 
+     100             : 
+     101      480002 :         double propTime = TStep * sqrt(h) / c_light;
+     102             :         size_t counter = 0;
+     103             :         double r=42.; //arbitrary number larger than one
+     104             : 
+     105             :         do {
+     106             :                 Vector3d PosOut = Vector3d(0.);
+     107             :                 Vector3d PosErr = Vector3d(0.);
+     108      480002 :                 tryStep(PosIn, PosOut, PosErr, z, propTime);
+     109             :             // calculate the relative position error r and the next time step h
+     110      480002 :                 r = PosErr.getR() / tolerance;
+     111      480002 :                 propTime *= 0.5;
+     112      480002 :                 counter += 1;
+     113             : 
+     114             :     // Check for better break condition
+     115      480002 :         } while (r > 1 && fabs(propTime) >= minStep/c_light);
+     116             : 
+     117             : 
+     118      480002 :         size_t stepNumber = pow(2, counter-1);
+     119      480002 :         double allowedTime = TStep * sqrt(h) / c_light / stepNumber;
+     120             :         Vector3d Start = PosIn;
+     121             :         Vector3d PosOut = Vector3d(0.);
+     122             :         Vector3d PosErr = Vector3d(0.);
+     123      960004 :         for (size_t j=0; j<stepNumber; j++) {
+     124      480002 :                 tryStep(Start, PosOut, PosErr, z, allowedTime);
+     125             :                 Start = PosOut;
+     126             :         }
+     127             : 
+     128             :     // Normalize the tangent vector
+     129      480002 :         TVec = (PosOut-PosIn).getUnitVector();
+     130             :     // Exception: If the magnetic field vanishes: Use only advection.
+     131             :     // If an advection field is not provided --> rectilinear propagation.
+     132             :         double tTest = TVec.getR();
+     133      480002 :         if (tTest != tTest) {
+     134           2 :                 Vector3d dir = current.getDirection();
+     135           2 :                 Vector3d Pos = current.getPosition();
+     136             :                 Vector3d LinProp(0.);
+     137           2 :                 if (advectionField){
+     138           1 :                         driftStep(Pos, LinProp, h);
+     139           1 :                         current.setPosition(Pos + LinProp);
+     140           1 :                         candidate->setCurrentStep(h*c_light);
+     141           1 :                         double newStep = 5*h*c_light;
+     142             :                         newStep = clip(newStep, minStep, maxStep);
+     143           1 :                         candidate->setNextStep(newStep);
+     144             :                         return;
+     145             :                 }
+     146           1 :                 current.setPosition(Pos + dir*h*c_light);
+     147           1 :                 candidate->setCurrentStep(h*c_light);
+     148           1 :                 double newStep = 5*h*c_light;
+     149           1 :                 newStep = clip(newStep, minStep, maxStep);
+     150           1 :                 candidate->setNextStep(newStep);
+     151           1 :                 return;
+     152             :         }
+     153             : 
+     154             :     // Choose a random perpendicular vector as the Normal-vector.
+     155             :     // Prevent 'nan's in the NVec-vector in the case of <TVec, NVec> = 0.
+     156      960000 :         while (NVec.getR()==0.){
+     157      480000 :                 Vector3d RandomVector = Random::instance().randVector();
+     158             :                 NVec = TVec.cross( RandomVector );
+     159             :         }
+     160      480000 :         NVec = NVec.getUnitVector();
+     161             : 
+     162             :     // Calculate the Binormal-vector
+     163      480000 :         BVec = (TVec.cross(NVec)).getUnitVector();
+     164             : 
+     165             :     // Calculate the advection step
+     166             :         Vector3d LinProp(0.);
+     167      480000 :         if (advectionField){
+     168      120000 :                 driftStep(PosIn, LinProp, h);
+     169             :         }
+     170             : 
+     171             :     // Integration of the SDE with a Mayorama-Euler-method
+     172      480000 :         Vector3d PO = PosOut + LinProp + (NVec * NStep + BVec * BStep) * sqrt(h) ;
+     173             : 
+     174             :     // Throw error message if something went wrong with propagation.
+     175             :     // Deactivate candidate.
+     176             :         bool NaN = std::isnan(PO.getR());
+     177      480000 :         if (NaN == true){
+     178           0 :                   candidate->setActive(false);
+     179           0 :                   KISS_LOG_WARNING
+     180           0 :                         << "\nCandidate with 'nan'-position occured: \n"
+     181           0 :                         << "position = " << PO << "\n"
+     182           0 :                         << "PosIn = " << PosIn << "\n"
+     183           0 :                         << "TVec = " << TVec << "\n"
+     184           0 :                         << "TStep = " << std::abs(TStep) << "\n"
+     185           0 :                         << "NVec = " << NVec << "\n"
+     186             :                         << "NStep = " << NStep << "\n"
+     187           0 :                         << "BVec = " << BVec << "\n"
+     188             :                         << "BStep = " << BStep << "\n"
+     189           0 :                         << "Candidate is deactivated!\n";
+     190             :                   return;
+     191             :         }
+     192             : 
+     193             :         //DirOut = (PO - PosIn - LinProp).getUnitVector(); //Advection does not change the momentum vector
+     194             :         // Random direction around the tangential direction accounts for the pitch angle average.
+     195      480000 :         DirOut = Random::instance().randConeVector(TVec, M_PI/2.);
+     196      480000 :         current.setPosition(PO);
+     197      480000 :         current.setDirection(DirOut);
+     198      480000 :         candidate->setCurrentStep(h * c_light);
+     199             : 
+     200             :         double nextStep;
+     201      480000 :         if (stepNumber>1){
+     202           0 :                 nextStep = h*pow(stepNumber, -2.)*c_light;
+     203             :         }
+     204             :         else {
+     205      480000 :                 nextStep = 4 * h*c_light;
+     206             :         }
+     207             : 
+     208      480000 :         candidate->setNextStep(nextStep);
+     209             : 
+     210             :         // Debugging and Testing
+     211             :         // Delete comments if additional information should be stored in candidate
+     212             :         // This property "arcLength" can be interpreted as the effective arclength
+     213             :         // of the propagation along a magnetic field line.
+     214             : 
+     215             : /*
+     216             :         const std::string AL = "arcLength";
+     217             :         if (candidate->hasProperty(AL) == false){
+     218             :           double arcLen = (TStep + NStep + BStep) * sqrt(h);
+     219             :           candidate->setProperty(AL, arcLen);
+     220             :           return;
+     221             :         }
+     222             :         else {
+     223             :           double arcLen = candidate->getProperty(AL);
+     224             :           arcLen += (TStep + NStep + BStep) * sqrt(h);
+     225             :           candidate->setProperty(AL, arcLen);
+     226             :         }
+     227             : */
+     228             : 
+     229             : }
+     230             : 
+     231             : 
+     232      960004 : void DiffusionSDE::tryStep(const Vector3d &PosIn, Vector3d &POut, Vector3d &PosErr,double z, double propStep) const {
+     233             : 
+     234             :         Vector3d k[] = {Vector3d(0.),Vector3d(0.),Vector3d(0.),Vector3d(0.),Vector3d(0.),Vector3d(0.)};
+     235             :         POut = PosIn;
+     236             :         //calculate the sum k_i * b_i
+     237     6720028 :         for (size_t i = 0; i < 6; i++) {
+     238             : 
+     239             :                 Vector3d y_n = PosIn;
+     240    20160084 :                 for (size_t j = 0; j < i; j++)
+     241    14400060 :                   y_n += k[j] * a[i * 6 + j] * propStep;
+     242             : 
+     243             :                 // update k_i = direction of the regular magnetic mean field
+     244     5760024 :                 Vector3d BField = getMagneticFieldAtPosition(y_n, z);
+     245             : 
+     246     5760024 :                 k[i] = BField.getUnitVector() * c_light;
+     247             : 
+     248     5760024 :                 POut += k[i] * b[i] * propStep;
+     249     5760024 :                 PosErr +=  (k[i] * (b[i] - bs[i])) * propStep / kpc;
+     250             : 
+     251             :         }
+     252      960004 : }
+     253             : 
+     254      120001 : void DiffusionSDE::driftStep(const Vector3d &pos, Vector3d &linProp, double h) const {
+     255      120001 :         Vector3d advField = getAdvectionFieldAtPosition(pos);
+     256             :         linProp += advField * h;
+     257      120001 :         return;
+     258             : }
+     259             : 
+     260      480002 : void DiffusionSDE::calculateBTensor(double r, double BTen[], Vector3d pos, Vector3d dir, double z) const {
+     261             : 
+     262      480002 :     double DifCoeff = scale * 6.1e24 * pow((std::abs(r) / 4.0e9), alpha);
+     263      480002 :     BTen[0] = pow( 2  * DifCoeff, 0.5);
+     264      480002 :     BTen[4] = pow(2 * epsilon * DifCoeff, 0.5);
+     265      480002 :     BTen[8] = pow(2 * epsilon * DifCoeff, 0.5);
+     266      480002 :     return;
+     267             : 
+     268             : }
+     269             : 
+     270             : 
+     271           7 : void DiffusionSDE::setMinimumStep(double min) {
+     272           7 :         if (min < 0)
+     273           0 :                 throw std::runtime_error("DiffusionSDE: minStep < 0 ");
+     274           7 :         if (min > maxStep)
+     275           0 :                 throw std::runtime_error("DiffusionSDE: minStep > maxStep");
+     276           7 :         minStep = min;
+     277           7 : }
+     278             : 
+     279           7 : void DiffusionSDE::setMaximumStep(double max) {
+     280           7 :         if (max < minStep)
+     281           0 :                 throw std::runtime_error("DiffusionSDE: maxStep < minStep");
+     282           7 :         maxStep = max;
+     283           7 : }
+     284             : 
+     285             : 
+     286           7 : void DiffusionSDE::setTolerance(double tol) {
+     287           7 :         if ((tol > 1) or (tol < 0))
+     288           0 :                 throw std::runtime_error(
+     289           0 :                                 "DiffusionSDE: tolerance error not in range 0-1");
+     290           7 :         tolerance = tol;
+     291           7 : }
+     292             : 
+     293           7 : void DiffusionSDE::setEpsilon(double e) {
+     294           7 :         if ((e > 1) or (e < 0))
+     295           0 :                 throw std::runtime_error(
+     296           0 :                                 "DiffusionSDE: epsilon not in range 0-1");
+     297           7 :         epsilon = e;
+     298           7 : }
+     299             : 
+     300             : 
+     301           7 : void DiffusionSDE::setAlpha(double a) {
+     302           7 :         if ((a > 2.) or (a < 0))
+     303           0 :                 throw std::runtime_error(
+     304           0 :                                 "DiffusionSDE: alpha not in range 0-2");
+     305           7 :         alpha = a;
+     306           7 : }
+     307             : 
+     308           7 : void DiffusionSDE::setScale(double s) {
+     309           7 :         if (s < 0)
+     310           0 :                 throw std::runtime_error(
+     311           0 :                                 "DiffusionSDE: Scale error: Scale < 0");
+     312           7 :         scale = s;
+     313           7 : }
+     314             : 
+     315           7 : void DiffusionSDE::setMagneticField(ref_ptr<MagneticField> f) {
+     316           7 :         magneticField = f;
+     317           7 : }
+     318             : 
+     319           3 : void DiffusionSDE::setAdvectionField(ref_ptr<AdvectionField> f) {
+     320           3 :         advectionField = f;
+     321           3 : }
+     322             : 
+     323           1 : double DiffusionSDE::getMinimumStep() const {
+     324           1 :         return minStep;
+     325             : }
+     326             : 
+     327           1 : double DiffusionSDE::getMaximumStep() const {
+     328           1 :         return maxStep;
+     329             : }
+     330             : 
+     331           1 : double DiffusionSDE::getTolerance() const {
+     332           1 :         return tolerance;
+     333             : }
+     334             : 
+     335           1 : double DiffusionSDE::getEpsilon() const {
+     336           1 :         return epsilon;
+     337             : }
+     338             : 
+     339           5 : double DiffusionSDE::getAlpha() const {
+     340           5 :         return alpha;
+     341             : }
+     342             : 
+     343           5 : double DiffusionSDE::getScale() const {
+     344           5 :         return scale;
+     345             : }
+     346             : 
+     347           0 : ref_ptr<MagneticField> DiffusionSDE::getMagneticField() const {
+     348           0 :         return magneticField;
+     349             : }
+     350             : 
+     351     5760025 : Vector3d DiffusionSDE::getMagneticFieldAtPosition(Vector3d pos, double z) const {
+     352             :         Vector3d B(0, 0, 0);
+     353             :         try {
+     354             :                 // check if field is valid and use the field vector at the
+     355             :                 // position pos with the redshift z
+     356     5760025 :                 if (magneticField.valid())
+     357     5760025 :                         B = magneticField->getField(pos, z);
+     358             :         }
+     359           0 :         catch (std::exception &e) {
+     360           0 :                 KISS_LOG_ERROR  << "DiffusionSDE: Exception in DiffusionSDE::getMagneticFieldAtPosition.\n"
+     361           0 :                                 << e.what();
+     362           0 :         }       
+     363     5760025 :         return B;
+     364             : }
+     365             : 
+     366           0 : ref_ptr<AdvectionField> DiffusionSDE::getAdvectionField() const {
+     367           0 :         return advectionField;
+     368             : }
+     369             : 
+     370      120002 : Vector3d DiffusionSDE::getAdvectionFieldAtPosition(Vector3d pos) const {
+     371             :         Vector3d AdvField(0.);
+     372             :         try {
+     373             :                 // check if field is valid and use the field vector at the
+     374             :                 // position pos
+     375      120002 :                 if (advectionField.valid())
+     376      120002 :                         AdvField = advectionField->getField(pos);
+     377             :         }
+     378           0 :         catch (std::exception &e) {
+     379           0 :                 KISS_LOG_ERROR  << "DiffusionSDE: Exception in DiffusionSDE::getAdvectionFieldAtPosition.\n"
+     380           0 :                                 << e.what();
+     381           0 :         }
+     382      120002 :         return AdvField;
+     383             : }
+     384             : 
+     385           0 : std::string DiffusionSDE::getDescription() const {
+     386           0 :         std::stringstream s;
+     387           0 :         s << "minStep: " << minStep / kpc  << " kpc, ";
+     388           0 :         s << "maxStep: " << maxStep / kpc  << " kpc, ";
+     389           0 :         s << "tolerance: " << tolerance << "\n";
+     390             : 
+     391           0 :         if (epsilon != 0.1) {
+     392           0 :           s << "epsilon: " << epsilon << ", ";
+     393             :           }
+     394             : 
+     395           0 :         if (alpha != 1./3.) {
+     396           0 :           s << "alpha: " << alpha << "\n";
+     397             :           }
+     398             : 
+     399           0 :         if (scale != 1.) {
+     400           0 :           s << "D_0: " << scale*6.1e24 << " m^2/s" << "\n";
+     401             :           }
+     402             : 
+     403           0 :         return s.str();
+     404           0 : }
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMDoublePairProduction.cpp.func-sort-c.html b/doc/coverageReport/src/module/EMDoublePairProduction.cpp.func-sort-c.html new file mode 100644 index 000000000..a80dbd404 --- /dev/null +++ b/doc/coverageReport/src/module/EMDoublePairProduction.cpp.func-sort-c.html @@ -0,0 +1,112 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMDoublePairProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMDoublePairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:687294.4 %
Date:2024-04-08 14:58:22Functions:1010100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa22EMDoublePairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa22EMDoublePairProduction18performInteractionEPNS_9CandidateE1
_ZNK7crpropa22EMDoublePairProduction7processEPNS_9CandidateE1
_ZNK7crpropa22EMDoublePairProduction17getInteractionTagB5cxx11Ev2
_ZN7crpropa22EMDoublePairProduction11setThinningEd3
_ZN7crpropa22EMDoublePairProduction8setLimitEd3
_ZN7crpropa22EMDoublePairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd3
_ZN7crpropa22EMDoublePairProduction16setHaveElectronsEb4
_ZN7crpropa22EMDoublePairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE15
_ZN7crpropa22EMDoublePairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE15
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMDoublePairProduction.cpp.func.html b/doc/coverageReport/src/module/EMDoublePairProduction.cpp.func.html new file mode 100644 index 000000000..4e691a3a6 --- /dev/null +++ b/doc/coverageReport/src/module/EMDoublePairProduction.cpp.func.html @@ -0,0 +1,112 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMDoublePairProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMDoublePairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:687294.4 %
Date:2024-04-08 14:58:22Functions:1010100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa22EMDoublePairProduction11setThinningEd3
_ZN7crpropa22EMDoublePairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE15
_ZN7crpropa22EMDoublePairProduction16setHaveElectronsEb4
_ZN7crpropa22EMDoublePairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa22EMDoublePairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE15
_ZN7crpropa22EMDoublePairProduction8setLimitEd3
_ZN7crpropa22EMDoublePairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd3
_ZNK7crpropa22EMDoublePairProduction17getInteractionTagB5cxx11Ev2
_ZNK7crpropa22EMDoublePairProduction18performInteractionEPNS_9CandidateE1
_ZNK7crpropa22EMDoublePairProduction7processEPNS_9CandidateE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMDoublePairProduction.cpp.gcov.html b/doc/coverageReport/src/module/EMDoublePairProduction.cpp.gcov.html new file mode 100644 index 000000000..5469562c6 --- /dev/null +++ b/doc/coverageReport/src/module/EMDoublePairProduction.cpp.gcov.html @@ -0,0 +1,209 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMDoublePairProduction.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMDoublePairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:687294.4 %
Date:2024-04-08 14:58:22Functions:1010100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/EMDoublePairProduction.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Random.h"
+       4             : 
+       5             : #include <fstream>
+       6             : #include <limits>
+       7             : #include <stdexcept>
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11           3 : EMDoublePairProduction::EMDoublePairProduction(ref_ptr<PhotonField> photonField, bool haveElectrons, double thinning, double limit) {
+      12           3 :         setPhotonField(photonField);
+      13           3 :         setHaveElectrons(haveElectrons);
+      14           3 :         setLimit(limit);
+      15           3 :         setThinning(thinning);
+      16           3 : }
+      17             : 
+      18          15 : void EMDoublePairProduction::setPhotonField(ref_ptr<PhotonField> photonField) {
+      19          15 :         this->photonField = photonField;
+      20          15 :         std::string fname = photonField->getFieldName();
+      21          15 :         setDescription("EMDoublePairProduction: " + fname);
+      22          45 :         initRate(getDataPath("EMDoublePairProduction/rate_" + fname + ".txt"));
+      23          15 : }
+      24             : 
+      25           4 : void EMDoublePairProduction::setHaveElectrons(bool haveElectrons) {
+      26           4 :         this->haveElectrons = haveElectrons;
+      27           4 : }
+      28             : 
+      29           3 : void EMDoublePairProduction::setLimit(double limit) {
+      30           3 :         this->limit = limit;
+      31           3 : }
+      32             : 
+      33           3 : void EMDoublePairProduction::setThinning(double thinning) {
+      34           3 :         this->thinning = thinning;
+      35           3 : }
+      36             : 
+      37          15 : void EMDoublePairProduction::initRate(std::string filename) {
+      38          15 :         std::ifstream infile(filename.c_str());
+      39             : 
+      40          15 :         if (!infile.good())
+      41           0 :                 throw std::runtime_error("EMDoublePairProduction: could not open file " + filename);
+      42             : 
+      43             :         // clear previously loaded interaction rates
+      44          15 :         tabEnergy.clear();
+      45          15 :         tabRate.clear();
+      46             : 
+      47        3306 :         while (infile.good()) {
+      48        3291 :                 if (infile.peek() != '#') {
+      49             :                         double a, b;
+      50             :                         infile >> a >> b;
+      51        3231 :                         if (infile) {
+      52        3216 :                                 tabEnergy.push_back(pow(10, a) * eV);
+      53        3216 :                                 tabRate.push_back(b / Mpc);
+      54             :                         }
+      55             :                 }
+      56        3291 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+      57             :         }
+      58          15 :         infile.close();
+      59          15 : }
+      60             : 
+      61             : 
+      62           1 : void EMDoublePairProduction::performInteraction(Candidate *candidate) const {
+      63             :         // the photon is lost after the interaction
+      64           1 :         candidate->setActive(false);
+      65             : 
+      66           1 :         if (not haveElectrons)
+      67           0 :                 return;
+      68             : 
+      69             :         // Use assumption of Lee 96 arXiv:9604098
+      70             :         // Energy is equally shared between one e+e- pair, but take mass of second e+e- pair into account.
+      71             :         // This approximation has been shown to be valid within -1.5%.
+      72           1 :         double z = candidate->getRedshift();
+      73           1 :         double E = candidate->current.getEnergy() * (1 + z);
+      74           1 :         double Ee = (E - 2 * mass_electron * c_squared) / 2;
+      75             : 
+      76           1 :         Random &random = Random::instance();
+      77           1 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+      78             : 
+      79           1 :         double f = Ee / E;
+      80             : 
+      81           1 :         if (haveElectrons) {
+      82           1 :                 if (random.rand() < pow(1 - f, thinning)) {
+      83           1 :                         double w = 1. / pow(1 - f, thinning);
+      84           1 :                         candidate->addSecondary( 11, Ee / (1 + z), pos, w, interactionTag);
+      85             :                 } 
+      86           1 :                 if (random.rand() < pow(f, thinning)) {
+      87           1 :                         double w = 1. / pow(f, thinning);
+      88           1 :                         candidate->addSecondary(-11, Ee / (1 + z), pos, w, interactionTag);
+      89             :                 }
+      90             :         }
+      91             : }
+      92             : 
+      93           1 : void EMDoublePairProduction::process(Candidate *candidate) const {
+      94             :         // check if photon
+      95           1 :         if (candidate->current.getId() != 22)
+      96             :                 return;
+      97             : 
+      98             :         // scale the electron energy instead of background photons
+      99           1 :         double z = candidate->getRedshift();
+     100           1 :         double E = (1 + z) * candidate->current.getEnergy();
+     101             : 
+     102             :         // check if in tabulated energy range
+     103           1 :         if (E < tabEnergy.front() or (E > tabEnergy.back()))
+     104             :                 return;
+     105             : 
+     106             :         // interaction rate
+     107           1 :         double rate = interpolate(E, tabEnergy, tabRate);
+     108           1 :         rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);
+     109             : 
+     110             :         // check for interaction
+     111           1 :         Random &random = Random::instance();
+     112           1 :         double randDistance = -log(random.rand()) / rate;
+     113           1 :         double step = candidate->getCurrentStep();
+     114           1 :         if (step < randDistance) {
+     115           1 :                 candidate->limitNextStep(limit / rate);
+     116           1 :                 return;
+     117             :         } else { // after performing interaction photon ceases to exist (hence return)
+     118           0 :                 performInteraction(candidate);
+     119           0 :                 return;
+     120             :         }
+     121             : 
+     122             : }
+     123             : 
+     124           1 : void EMDoublePairProduction::setInteractionTag(std::string tag) {
+     125           1 :         interactionTag = tag;
+     126           1 : }
+     127             : 
+     128           2 : std::string EMDoublePairProduction::getInteractionTag() const {
+     129           2 :         return interactionTag;
+     130             : }
+     131             : 
+     132             : 
+     133             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.func-sort-c.html b/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.func-sort-c.html new file mode 100644 index 000000000..8878c9d70 --- /dev/null +++ b/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMInverseComptonScattering.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMInverseComptonScattering.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12813396.2 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa26EMInverseComptonScattering17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa32ICSSecondariesEnergyDistribution6sampleEdd1
_ZN7crpropa32ICSSecondariesEnergyDistributionC2Ev1
_ZNK7crpropa26EMInverseComptonScattering18performInteractionEPNS_9CandidateE1
_ZNK7crpropa26EMInverseComptonScattering17getInteractionTagB5cxx11Ev2
_ZN7crpropa26EMInverseComptonScattering11setThinningEd5
_ZN7crpropa26EMInverseComptonScattering8setLimitEd5
_ZN7crpropa26EMInverseComptonScatteringC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd5
_ZN7crpropa26EMInverseComptonScattering14setHavePhotonsEb6
_ZN7crpropa26EMInverseComptonScattering14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE17
_ZN7crpropa26EMInverseComptonScattering18initCumulativeRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE17
_ZN7crpropa26EMInverseComptonScattering8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE17
_ZNK7crpropa26EMInverseComptonScattering7processEPNS_9CandidateE15285
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.func.html b/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.func.html new file mode 100644 index 000000000..aa4472145 --- /dev/null +++ b/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMInverseComptonScattering.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMInverseComptonScattering.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12813396.2 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa26EMInverseComptonScattering11setThinningEd5
_ZN7crpropa26EMInverseComptonScattering14setHavePhotonsEb6
_ZN7crpropa26EMInverseComptonScattering14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE17
_ZN7crpropa26EMInverseComptonScattering17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa26EMInverseComptonScattering18initCumulativeRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE17
_ZN7crpropa26EMInverseComptonScattering8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE17
_ZN7crpropa26EMInverseComptonScattering8setLimitEd5
_ZN7crpropa26EMInverseComptonScatteringC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd5
_ZN7crpropa32ICSSecondariesEnergyDistribution6sampleEdd1
_ZN7crpropa32ICSSecondariesEnergyDistributionC2Ev1
_ZNK7crpropa26EMInverseComptonScattering17getInteractionTagB5cxx11Ev2
_ZNK7crpropa26EMInverseComptonScattering18performInteractionEPNS_9CandidateE1
_ZNK7crpropa26EMInverseComptonScattering7processEPNS_9CandidateE15285
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.gcov.html b/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.gcov.html new file mode 100644 index 000000000..c5f4dfec4 --- /dev/null +++ b/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.gcov.html @@ -0,0 +1,325 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMInverseComptonScattering.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMInverseComptonScattering.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12813396.2 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/EMInverseComptonScattering.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Random.h"
+       4             : #include "crpropa/Common.h"
+       5             : 
+       6             : #include <fstream>
+       7             : #include <limits>
+       8             : #include <stdexcept>
+       9             : 
+      10             : namespace crpropa {
+      11             : 
+      12             : static const double mec2 = mass_electron * c_squared;
+      13             : 
+      14           5 : EMInverseComptonScattering::EMInverseComptonScattering(ref_ptr<PhotonField> photonField, bool havePhotons, double thinning, double limit) {
+      15           5 :         setPhotonField(photonField);
+      16           5 :         setHavePhotons(havePhotons);
+      17           5 :         setLimit(limit);
+      18           5 :         setThinning(thinning);
+      19           5 : }
+      20             : 
+      21          17 : void EMInverseComptonScattering::setPhotonField(ref_ptr<PhotonField> photonField) {
+      22          17 :         this->photonField = photonField;
+      23          17 :         std::string fname = photonField->getFieldName();
+      24          17 :         setDescription("EMInverseComptonScattering: " + fname);
+      25          51 :         initRate(getDataPath("EMInverseComptonScattering/rate_" + fname + ".txt"));
+      26          51 :         initCumulativeRate(getDataPath("EMInverseComptonScattering/cdf_" + fname + ".txt"));
+      27          17 : }
+      28             : 
+      29           6 : void EMInverseComptonScattering::setHavePhotons(bool havePhotons) {
+      30           6 :         this->havePhotons = havePhotons;
+      31           6 : }
+      32             : 
+      33           5 : void EMInverseComptonScattering::setLimit(double limit) {
+      34           5 :         this->limit = limit;
+      35           5 : }
+      36             : 
+      37           5 : void EMInverseComptonScattering::setThinning(double thinning) {
+      38           5 :         this->thinning = thinning;
+      39           5 : }
+      40             : 
+      41          17 : void EMInverseComptonScattering::initRate(std::string filename) {
+      42          17 :         std::ifstream infile(filename.c_str());
+      43             : 
+      44          17 :         if (!infile.good())
+      45           0 :                 throw std::runtime_error("EMInverseComptonScattering: could not open file " + filename);
+      46             : 
+      47             :         // clear previously loaded tables
+      48          17 :         tabEnergy.clear();
+      49          17 :         tabRate.clear();
+      50             : 
+      51        4879 :         while (infile.good()) {
+      52        4862 :                 if (infile.peek() != '#') {
+      53             :                         double a, b;
+      54             :                         infile >> a >> b;
+      55        4794 :                         if (infile) {
+      56        4777 :                                 tabEnergy.push_back(pow(10, a) * eV);
+      57        4777 :                                 tabRate.push_back(b / Mpc);
+      58             :                         }
+      59             :                 }
+      60        4862 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+      61             :         }
+      62          17 :         infile.close();
+      63          17 : }
+      64             : 
+      65          17 : void EMInverseComptonScattering::initCumulativeRate(std::string filename) {
+      66          17 :         std::ifstream infile(filename.c_str());
+      67             : 
+      68          17 :         if (!infile.good())
+      69           0 :                 throw std::runtime_error("EMInverseComptonScattering: could not open file " + filename);
+      70             : 
+      71             :         // clear previously loaded tables
+      72          17 :         tabE.clear();
+      73          17 :         tabs.clear();
+      74          17 :         tabCDF.clear();
+      75             :         
+      76             :         // skip header
+      77          85 :         while (infile.peek() == '#')
+      78          68 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+      79             : 
+      80             :         // read s values in first line
+      81             :         double a;
+      82             :         infile >> a; // skip first value
+      83        3000 :         while (infile.good() and (infile.peek() != '\n')) {
+      84             :                 infile >> a;
+      85        2983 :                 tabs.push_back(pow(10, a) * eV * eV);
+      86             :         }
+      87             : 
+      88             :         // read all following lines: E, cdf values
+      89        4794 :         while (infile.good()) {
+      90             :                 infile >> a;
+      91        4794 :                 if (!infile)
+      92             :                         break;  // end of file
+      93        4777 :                 tabE.push_back(pow(10, a) * eV);
+      94             :                 std::vector<double> cdf;
+      95      843000 :                 for (int i = 0; i < tabs.size(); i++) {
+      96             :                         infile >> a;
+      97      838223 :                         cdf.push_back(a / Mpc);
+      98             :                 }
+      99        4777 :                 tabCDF.push_back(cdf);
+     100             :         }
+     101          17 :         infile.close();
+     102          17 : }
+     103             : 
+     104             : // Class to calculate the energy distribution of the ICS photon and to sample from it
+     105             : class ICSSecondariesEnergyDistribution {
+     106             :         private:
+     107             :                 std::vector< std::vector<double> > data;
+     108             :                 std::vector<double> s_values;
+     109             :                 size_t Ns;
+     110             :                 size_t Nrer;
+     111             :                 double s_min;
+     112             :                 double s_max;
+     113             :                 double dls;
+     114             : 
+     115             :         public:
+     116             :                 // differential cross-section, see Lee '96 (arXiv:9604098), eq. 23 for x = Ee'/Ee
+     117             :                 double dSigmadE(double x, double beta) {
+     118     1000000 :                         double q = ((1 - beta) / beta) * (1 - 1./x);
+     119     1000000 :                         return ((1 + beta) / beta) * (x + 1./x + 2 * q + q * q);
+     120             :                 }
+     121             : 
+     122             :                 // create the cumulative energy distribution of the up-scattered photon
+     123           1 :                 ICSSecondariesEnergyDistribution() {
+     124           1 :                         Ns = 1000;
+     125           1 :                         Nrer = 1000;
+     126           1 :                         s_min = mec2 * mec2;
+     127           1 :                         s_max = 2e23 * eV * eV;
+     128           1 :                         dls = (log(s_max) - log(s_min)) / Ns;
+     129           1 :                         data = std::vector< std::vector<double> >(1000, std::vector<double>(1000));
+     130           1 :                         std::vector<double> data_i(1000);
+     131             : 
+     132             :                         // tabulate s bin borders
+     133           1 :                         s_values = std::vector<double>(1001);
+     134        1002 :                         for (size_t i = 0; i < Ns + 1; ++i)
+     135        1001 :                                 s_values[i] = s_min * exp(i*dls);
+     136             : 
+     137             : 
+     138             :                         // for each s tabulate cumulative differential cross section
+     139        1001 :                         for (size_t i = 0; i < Ns; i++) {
+     140        1000 :                                 double s = s_min * exp((i+0.5) * dls);
+     141        1000 :                                 double beta = (s - s_min) / (s + s_min);
+     142        1000 :                                 double x0 = (1 - beta) / (1 + beta);
+     143        1000 :                                 double dlx = -log(x0) / Nrer;
+     144             : 
+     145             :                                 // cumulative midpoint integration
+     146        1000 :                                 data_i[0] = dSigmadE(x0, beta) * expm1(dlx);
+     147     1000000 :                                 for (size_t j = 1; j < Nrer; j++) {
+     148      999000 :                                         double x = x0 * exp((j+0.5) * dlx);
+     149      999000 :                                         double dx = exp((j+1) * dlx) - exp(j * dlx);
+     150      999000 :                                         data_i[j] = dSigmadE(x, beta) * dx;
+     151      999000 :                                         data_i[j] += data_i[j-1];
+     152             :                                 }
+     153        1000 :                                 data[i] = data_i;
+     154             :                         }
+     155           1 :                 }
+     156             : 
+     157             :                 // draw random energy for the up-scattered photon Ep(Ee, s)
+     158           1 :                 double sample(double Ee, double s) {
+     159           1 :                         size_t idx = std::lower_bound(s_values.begin(), s_values.end(), s) - s_values.begin();
+     160           1 :                         std::vector<double> s0 = data[idx];
+     161           1 :                         Random &random = Random::instance();
+     162           1 :                         size_t j = random.randBin(s0) + 1; // draw random bin (upper bin boundary returned)
+     163           1 :                         double beta = (s - s_min) / (s + s_min);
+     164           1 :                         double x0 = (1 - beta) / (1 + beta);
+     165           1 :                         double dlx = -log(x0) / Nrer;
+     166           1 :                         double binWidth = x0 * (exp(j * dlx) - exp((j-1) * dlx));
+     167           1 :                         double Ep = (x0 * exp((j-1) * dlx) + binWidth) * Ee;
+     168           2 :                         return std::min(Ee, Ep); // prevent Ep > Ee from numerical inaccuracies
+     169             :                 }
+     170             : };
+     171             : 
+     172           1 : void EMInverseComptonScattering::performInteraction(Candidate *candidate) const {
+     173             :         // scale the particle energy instead of background photons
+     174           1 :         double z = candidate->getRedshift();
+     175           1 :         double E = candidate->current.getEnergy() * (1 + z);
+     176             : 
+     177           1 :         if (E < tabE.front() or E > tabE.back())
+     178             :                 return;
+     179             : 
+     180             :         // sample the value of s
+     181           1 :         Random &random = Random::instance();
+     182           1 :         size_t i = closestIndex(E, tabE);
+     183           1 :         size_t j = random.randBin(tabCDF[i]);
+     184           1 :         double s_kin = pow(10, log10(tabs[j]) + (random.rand() - 0.5) * 0.1);
+     185           1 :         double s = s_kin + mec2 * mec2;
+     186             : 
+     187             :         // sample electron energy after scattering
+     188           1 :         static ICSSecondariesEnergyDistribution distribution;
+     189           1 :         double Enew = distribution.sample(E, s);
+     190             : 
+     191             :         // add up-scattered photon
+     192           1 :         double Esecondary = E - Enew;
+     193           1 :         double f = Enew / E;
+     194           1 :         if (havePhotons) {
+     195           1 :                 if (random.rand() < pow(1 - f, thinning)) {
+     196           1 :                         double w = 1. / pow(1 - f, thinning);
+     197           1 :                         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     198           1 :                         candidate->addSecondary(22, Esecondary / (1 + z), pos, w, interactionTag);
+     199             :                 }
+     200             :         }
+     201             : 
+     202             :         // update the primary particle energy; do this after adding the secondary to correctly set the secondary's parent
+     203           1 :         candidate->current.setEnergy(Enew / (1 + z));
+     204             : }
+     205             : 
+     206       15285 : void EMInverseComptonScattering::process(Candidate *candidate) const {
+     207             :         // check if electron / positron
+     208       15285 :         int id = candidate->current.getId();
+     209       15285 :         if (abs(id) != 11)
+     210             :                 return;
+     211             : 
+     212             :         // scale the particle energy instead of background photons
+     213           1 :         double z = candidate->getRedshift();
+     214           1 :         double E = candidate->current.getEnergy() * (1 + z);
+     215             : 
+     216           1 :         if (E < tabEnergy.front() or (E > tabEnergy.back()))
+     217             :                 return;
+     218             : 
+     219             :         // interaction rate
+     220           1 :         double rate = interpolate(E, tabEnergy, tabRate);
+     221           1 :         rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);
+     222             : 
+     223             :         // run this loop at least once to limit the step size
+     224           1 :         double step = candidate->getCurrentStep();
+     225           1 :         Random &random = Random::instance();
+     226             :         do {
+     227           1 :                 double randDistance = -log(random.rand()) / rate;
+     228             : 
+     229             :                 // check for interaction; if it doesn't ocurr, limit next step
+     230           1 :                 if (step < randDistance) {
+     231           1 :                         candidate->limitNextStep(limit / rate);
+     232           1 :                         return;
+     233             :                 }
+     234           0 :                 performInteraction(candidate);
+     235             : 
+     236             :                 // repeat with remaining step
+     237           0 :                 step -= randDistance;
+     238           0 :         } while (step > 0);
+     239             : }
+     240             : 
+     241           1 : void EMInverseComptonScattering::setInteractionTag(std::string tag) {
+     242           1 :         interactionTag = tag;
+     243           1 : }
+     244             : 
+     245           2 : std::string EMInverseComptonScattering::getInteractionTag() const {
+     246           2 :         return interactionTag;
+     247             : }
+     248             : 
+     249             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMPairProduction.cpp.func-sort-c.html b/doc/coverageReport/src/module/EMPairProduction.cpp.func-sort-c.html new file mode 100644 index 000000000..084270148 --- /dev/null +++ b/doc/coverageReport/src/module/EMPairProduction.cpp.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMPairProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13413797.8 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16EMPairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa31PPSecondariesEnergyDistributionC2Ev1
_ZNK7crpropa16EMPairProduction17getInteractionTagB5cxx11Ev2
_ZN7crpropa16EMPairProduction8setLimitEd9
_ZN7crpropa16EMPairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd9
_ZN7crpropa16EMPairProduction11setThinningEd13
_ZN7crpropa16EMPairProduction16setHaveElectronsEb14
_ZN7crpropa16EMPairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE33
_ZN7crpropa16EMPairProduction18initCumulativeRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE33
_ZN7crpropa16EMPairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE33
_ZN7crpropa31PPSecondariesEnergyDistribution6sampleEdd563
_ZNK7crpropa16EMPairProduction18performInteractionEPNS_9CandidateE563
_ZNK7crpropa16EMPairProduction7processEPNS_9CandidateE16965
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMPairProduction.cpp.func.html b/doc/coverageReport/src/module/EMPairProduction.cpp.func.html new file mode 100644 index 000000000..082cd9399 --- /dev/null +++ b/doc/coverageReport/src/module/EMPairProduction.cpp.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMPairProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13413797.8 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16EMPairProduction11setThinningEd13
_ZN7crpropa16EMPairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE33
_ZN7crpropa16EMPairProduction16setHaveElectronsEb14
_ZN7crpropa16EMPairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa16EMPairProduction18initCumulativeRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE33
_ZN7crpropa16EMPairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE33
_ZN7crpropa16EMPairProduction8setLimitEd9
_ZN7crpropa16EMPairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd9
_ZN7crpropa31PPSecondariesEnergyDistribution6sampleEdd563
_ZN7crpropa31PPSecondariesEnergyDistributionC2Ev1
_ZNK7crpropa16EMPairProduction17getInteractionTagB5cxx11Ev2
_ZNK7crpropa16EMPairProduction18performInteractionEPNS_9CandidateE563
_ZNK7crpropa16EMPairProduction7processEPNS_9CandidateE16965
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMPairProduction.cpp.gcov.html b/doc/coverageReport/src/module/EMPairProduction.cpp.gcov.html new file mode 100644 index 000000000..b3986bf74 --- /dev/null +++ b/doc/coverageReport/src/module/EMPairProduction.cpp.gcov.html @@ -0,0 +1,340 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMPairProduction.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13413797.8 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/EMPairProduction.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Random.h"
+       4             : 
+       5             : #include <fstream>
+       6             : #include <limits>
+       7             : #include <stdexcept>
+       8             : 
+       9             : 
+      10             : namespace crpropa {
+      11             : 
+      12             : static const double mec2 = mass_electron * c_squared;
+      13             : 
+      14           9 : EMPairProduction::EMPairProduction(ref_ptr<PhotonField> photonField, bool haveElectrons, double thinning, double limit) {
+      15           9 :         setPhotonField(photonField);
+      16           9 :         setThinning(thinning);
+      17           9 :         setLimit(limit);
+      18           9 :         setHaveElectrons(haveElectrons);
+      19           9 : }
+      20             : 
+      21          33 : void EMPairProduction::setPhotonField(ref_ptr<PhotonField> photonField) {
+      22          33 :         this->photonField = photonField;
+      23          33 :         std::string fname = photonField->getFieldName();
+      24          33 :         setDescription("EMPairProduction: " + fname);
+      25          99 :         initRate(getDataPath("EMPairProduction/rate_" + fname + ".txt"));
+      26          99 :         initCumulativeRate(getDataPath("EMPairProduction/cdf_" + fname + ".txt"));
+      27          33 : }
+      28             : 
+      29          14 : void EMPairProduction::setHaveElectrons(bool haveElectrons) {
+      30          14 :         this->haveElectrons = haveElectrons;
+      31          14 : }
+      32             : 
+      33           9 : void EMPairProduction::setLimit(double limit) {
+      34           9 :         this->limit = limit;
+      35           9 : }
+      36             : 
+      37          13 : void EMPairProduction::setThinning(double thinning) {
+      38          13 :         this->thinning = thinning;
+      39          13 : }
+      40             : 
+      41          33 : void EMPairProduction::initRate(std::string filename) {
+      42          33 :         std::ifstream infile(filename.c_str());
+      43             : 
+      44          33 :         if (!infile.good())
+      45           0 :                 throw std::runtime_error("EMPairProduction: could not open file " + filename);
+      46             : 
+      47             :         // clear previously loaded interaction rates
+      48          33 :         tabEnergy.clear();
+      49          33 :         tabRate.clear();
+      50             : 
+      51        7510 :         while (infile.good()) {
+      52        7477 :                 if (infile.peek() != '#') {
+      53             :                         double a, b;
+      54             :                         infile >> a >> b;
+      55        7345 :                         if (infile) {
+      56        7312 :                                 tabEnergy.push_back(pow(10, a) * eV);
+      57        7312 :                                 tabRate.push_back(b / Mpc);
+      58             :                         }
+      59             :                 }
+      60        7477 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+      61             :         }
+      62          33 :         infile.close();
+      63          33 : }
+      64             : 
+      65          33 : void EMPairProduction::initCumulativeRate(std::string filename) {
+      66          33 :         std::ifstream infile(filename.c_str());
+      67             : 
+      68          33 :         if (!infile.good())
+      69           0 :                 throw std::runtime_error("EMPairProduction: could not open file " + filename);
+      70             : 
+      71             :         // clear previously loaded tables
+      72          33 :         tabE.clear();
+      73          33 :         tabs.clear();
+      74          33 :         tabCDF.clear();
+      75             :         
+      76             :         // skip header
+      77         165 :         while (infile.peek() == '#')
+      78         132 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+      79             : 
+      80             :         // read s values in first line
+      81             :         double a;
+      82             :         infile >> a; // skip first value
+      83        3663 :         while (infile.good() and (infile.peek() != '\n')) {
+      84             :                 infile >> a;
+      85        3630 :                 tabs.push_back(pow(10, a) * eV * eV);
+      86             :         }
+      87             : 
+      88             :         // read all following lines: E, cdf values
+      89        7345 :         while (infile.good()) {
+      90             :                 infile >> a;
+      91        7345 :                 if (!infile)
+      92             :                         break;  // end of file
+      93        7312 :                 tabE.push_back(pow(10, a) * eV);
+      94             :                 std::vector<double> cdf;
+      95      811632 :                 for (int i = 0; i < tabs.size(); i++) {
+      96             :                         infile >> a;
+      97      804320 :                         cdf.push_back(a / Mpc);
+      98             :                 }
+      99        7312 :                 tabCDF.push_back(cdf);
+     100             :         }
+     101          33 :         infile.close();
+     102          33 : }
+     103             : 
+     104             : // Hold an data array to interpolate the energy distribution on
+     105             : class PPSecondariesEnergyDistribution {
+     106             :         private:
+     107             :                 std::vector<double> tab_s;
+     108             :                 std::vector< std::vector<double> > data;
+     109             :                 size_t N;
+     110             : 
+     111             :         public:
+     112             :                 // differential cross section for pair production for x = Epositron/Egamma, compare Lee 96 arXiv:9604098
+     113             :                 double dSigmadE_PPx(double x, double beta) {
+     114     1000000 :                         double A = (x / (1. - x) + (1. - x) / x );
+     115     1000000 :                         double B =  (1. / x + 1. / (1. - x) );
+     116        1000 :                         double y = (1 - beta * beta);
+     117     1000000 :                         return A + y * B - y * y / 4 * B * B;
+     118             :                 }
+     119             : 
+     120           1 :                 PPSecondariesEnergyDistribution() {
+     121           1 :                         N = 1000;
+     122             :                         size_t Ns = 1000;
+     123             :                         double s_min = 4 * mec2 * mec2;
+     124             :                         double s_max = 1e23 * eV * eV;
+     125             :                         double dls = log(s_max / s_min) / Ns;
+     126           1 :                         data = std::vector< std::vector<double> >(Ns, std::vector<double>(N));
+     127           1 :                         tab_s = std::vector<double>(Ns + 1);
+     128             : 
+     129        1002 :                         for (size_t i = 0; i < Ns + 1; ++i)
+     130        1001 :                                 tab_s[i] = s_min * exp(i*dls); // tabulate s bin borders
+     131             : 
+     132        1001 :                         for (size_t i = 0; i < Ns; i++) {
+     133        1000 :                                 double s = s_min * exp(i*dls + 0.5*dls);
+     134        1000 :                                 double beta = sqrt(1 - s_min/s);
+     135        1000 :                                 double x0 = (1 - beta) / 2;
+     136        1000 :                                 double dx = log((1 + beta) / (1 - beta)) / N;
+     137             : 
+     138             :                                 // cumulative midpoint integration
+     139        1000 :                                 std::vector<double> data_i(1000);
+     140        1000 :                                 data_i[0] = dSigmadE_PPx(x0, beta) * expm1(dx);
+     141     1000000 :                                 for (size_t j = 1; j < N; j++) {
+     142      999000 :                                         double x = x0 * exp(j*dx + 0.5*dx);
+     143      999000 :                                         double binWidth = exp((j+1)*dx)-exp(j*dx);
+     144      999000 :                                         data_i[j] = dSigmadE_PPx(x, beta) * binWidth + data_i[j-1];
+     145             :                                 }
+     146        1000 :                                 data[i] = data_i;
+     147             :                         }
+     148           1 :                 }
+     149             : 
+     150             :                 // sample positron energy from cdf(E, s_kin)
+     151         563 :                 double sample(double E0, double s) {
+     152             :                         // get distribution for given s
+     153         563 :                         size_t idx = std::lower_bound(tab_s.begin(), tab_s.end(), s) - tab_s.begin();
+     154         563 :                         if (idx > data.size())
+     155             :                                 return NAN;
+     156             :                                 
+     157         563 :                         std::vector<double> s0 = data[idx];
+     158             : 
+     159             :                         // draw random bin
+     160         563 :                         Random &random = Random::instance();
+     161         563 :                         size_t j = random.randBin(s0) + 1;
+     162             : 
+     163             :                         double s_min = 4. * mec2 * mec2;
+     164         563 :                         double beta = sqrtl(1. - s_min / s);
+     165         563 :                         double x0 = (1. - beta) / 2.;
+     166         563 :                         double dx = log((1 + beta) / (1 - beta)) / N;
+     167         563 :                         double binWidth = x0 * (exp(j*dx) - exp((j-1)*dx));
+     168         563 :                         if (random.rand() < 0.5)
+     169         290 :                                 return E0 * (x0 * exp((j-1) * dx) + binWidth);
+     170             :                         else
+     171         273 :                                 return E0 * (1 - (x0 * exp((j-1) * dx) + binWidth));
+     172             :                 }
+     173             : };
+     174             : 
+     175         563 : void EMPairProduction::performInteraction(Candidate *candidate) const {
+     176             :         // scale particle energy instead of background photon energy
+     177         563 :         double z = candidate->getRedshift();
+     178         563 :         double E = candidate->current.getEnergy() * (1 + z);
+     179             : 
+     180             :         // check if secondary electron pair needs to be produced
+     181         563 :         if (not haveElectrons)
+     182           0 :                 return;
+     183             : 
+     184             :         // check if in tabulated energy range
+     185         563 :         if (E < tabE.front() or (E > tabE.back()))
+     186             :                 return;
+     187             : 
+     188             :         // sample the value of s
+     189         563 :         Random &random = Random::instance();
+     190         563 :         size_t i = closestIndex(E, tabE);  // find closest tabulation point
+     191         563 :         size_t j = random.randBin(tabCDF[i]);
+     192        1092 :         double lo = std::max(4 * mec2 * mec2, tabs[j-1]);  // first s-tabulation point below min(s_kin) = (2 me c^2)^2; ensure physical value
+     193         563 :         double hi = tabs[j];
+     194         563 :         double s = lo + random.rand() * (hi - lo);
+     195             : 
+     196             :         // sample electron / positron energy
+     197         563 :         static PPSecondariesEnergyDistribution interpolation;
+     198         563 :         double Ee = interpolation.sample(E, s);
+     199         563 :         double Ep = E - Ee;
+     200         563 :         double f = Ep / E;
+     201             : 
+     202             :         // for some backgrounds Ee=nan due to precision limitations.
+     203         563 :         if (not std::isfinite(Ee) || not std::isfinite(Ep))
+     204             :                 return;
+     205             : 
+     206             :         // photon is lost after interacting
+     207         563 :         candidate->setActive(false);
+     208             : 
+     209             :         // sample random position along current step
+     210         563 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     211             :         // apply sampling
+     212         563 :         if (random.rand() < pow(f, thinning)) {
+     213         563 :                 double w = 1. / pow(f, thinning);
+     214         563 :                 candidate->addSecondary(11, Ep / (1 + z), pos, w, interactionTag);
+     215             :         }
+     216         563 :         if (random.rand() < pow(1 - f, thinning)){
+     217         563 :                 double w = 1. / pow(1 - f, thinning);
+     218         563 :                 candidate->addSecondary(-11, Ee / (1 + z), pos, w, interactionTag);  
+     219             :         }
+     220             : }
+     221             : 
+     222       16965 : void EMPairProduction::process(Candidate *candidate) const {
+     223             :         // check if photon
+     224       16965 :         if (candidate->current.getId() != 22)
+     225             :                 return;
+     226             : 
+     227             :         // scale particle energy instead of background photon energy
+     228         841 :         double z = candidate->getRedshift();
+     229         841 :         double E = candidate->current.getEnergy() * (1 + z);
+     230             : 
+     231             :         // check if in tabulated energy range
+     232         841 :         if ((E < tabEnergy.front()) or (E > tabEnergy.back()))
+     233             :                 return;
+     234             : 
+     235             :         // interaction rate
+     236         651 :         double rate = interpolate(E, tabEnergy, tabRate);
+     237         651 :         rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);
+     238             : 
+     239             :         // run this loop at least once to limit the step size 
+     240         651 :         double step = candidate->getCurrentStep();
+     241         651 :         Random &random = Random::instance();
+     242             :         do {
+     243         651 :                 double randDistance = -log(random.rand()) / rate;
+     244             :                 // check for interaction; if it doesn't ocurr, limit next step
+     245         651 :                 if (step < randDistance) { 
+     246          89 :                         candidate->limitNextStep(limit / rate);
+     247             :                 } else {
+     248         562 :                         performInteraction(candidate);
+     249         562 :                         return;
+     250             :                 }
+     251          89 :                 step -= randDistance; 
+     252          89 :         } while (step > 0.);
+     253             : 
+     254             : }
+     255             : 
+     256           1 : void EMPairProduction::setInteractionTag(std::string tag) {
+     257           1 :         interactionTag = tag;
+     258           1 : }
+     259             : 
+     260           2 : std::string EMPairProduction::getInteractionTag() const {
+     261           2 :         return interactionTag;
+     262             : }
+     263             : 
+     264             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMTripletPairProduction.cpp.func-sort-c.html b/doc/coverageReport/src/module/EMTripletPairProduction.cpp.func-sort-c.html new file mode 100644 index 000000000..bfb861b6b --- /dev/null +++ b/doc/coverageReport/src/module/EMTripletPairProduction.cpp.func-sort-c.html @@ -0,0 +1,116 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMTripletPairProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMTripletPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9410094.0 %
Date:2024-04-08 14:58:22Functions:1111100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa23EMTripletPairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa23EMTripletPairProduction18performInteractionEPNS_9CandidateE1
_ZNK7crpropa23EMTripletPairProduction7processEPNS_9CandidateE1
_ZNK7crpropa23EMTripletPairProduction17getInteractionTagB5cxx11Ev2
_ZN7crpropa23EMTripletPairProduction11setThinningEd3
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_ZN7crpropa23EMTripletPairProduction16setHaveElectronsEb4
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_ZN7crpropa23EMTripletPairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE15
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMTripletPairProduction.cpp.func.html b/doc/coverageReport/src/module/EMTripletPairProduction.cpp.func.html new file mode 100644 index 000000000..bfa5c293f --- /dev/null +++ b/doc/coverageReport/src/module/EMTripletPairProduction.cpp.func.html @@ -0,0 +1,116 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMTripletPairProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMTripletPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9410094.0 %
Date:2024-04-08 14:58:22Functions:1111100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa23EMTripletPairProduction11setThinningEd3
_ZN7crpropa23EMTripletPairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE15
_ZN7crpropa23EMTripletPairProduction16setHaveElectronsEb4
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_ZN7crpropa23EMTripletPairProduction8setLimitEd3
_ZN7crpropa23EMTripletPairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd3
_ZNK7crpropa23EMTripletPairProduction17getInteractionTagB5cxx11Ev2
_ZNK7crpropa23EMTripletPairProduction18performInteractionEPNS_9CandidateE1
_ZNK7crpropa23EMTripletPairProduction7processEPNS_9CandidateE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/EMTripletPairProduction.cpp.gcov.html b/doc/coverageReport/src/module/EMTripletPairProduction.cpp.gcov.html new file mode 100644 index 000000000..a959e6b81 --- /dev/null +++ b/doc/coverageReport/src/module/EMTripletPairProduction.cpp.gcov.html @@ -0,0 +1,263 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/EMTripletPairProduction.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - EMTripletPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9410094.0 %
Date:2024-04-08 14:58:22Functions:1111100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/EMTripletPairProduction.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Random.h"
+       4             : 
+       5             : #include <fstream>
+       6             : #include <limits>
+       7             : #include <stdexcept>
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11             : static const double mec2 = mass_electron * c_squared;
+      12             : 
+      13           3 : EMTripletPairProduction::EMTripletPairProduction(ref_ptr<PhotonField> photonField, bool haveElectrons, double thinning, double limit) {
+      14           3 :         setPhotonField(photonField);
+      15           3 :         setHaveElectrons(haveElectrons);
+      16           3 :         setLimit(limit);
+      17           3 :         setThinning(thinning);
+      18           3 : }
+      19             : 
+      20          15 : void EMTripletPairProduction::setPhotonField(ref_ptr<PhotonField> photonField) {
+      21          15 :         this->photonField = photonField;
+      22          15 :         std::string fname = photonField->getFieldName();
+      23          15 :         setDescription("EMTripletPairProduction: " + fname);
+      24          45 :         initRate(getDataPath("EMTripletPairProduction/rate_" + fname + ".txt"));
+      25          45 :         initCumulativeRate(getDataPath("EMTripletPairProduction/cdf_" + fname + ".txt"));
+      26          15 : }
+      27             : 
+      28           4 : void EMTripletPairProduction::setHaveElectrons(bool haveElectrons) {
+      29           4 :         this->haveElectrons = haveElectrons;
+      30           4 : }
+      31             : 
+      32           3 : void EMTripletPairProduction::setLimit(double limit) {
+      33           3 :         this->limit = limit;
+      34           3 : }
+      35             : 
+      36           3 : void EMTripletPairProduction::setThinning(double thinning) {
+      37           3 :         this->thinning = thinning;
+      38           3 : }
+      39             : 
+      40          15 : void EMTripletPairProduction::initRate(std::string filename) {
+      41          15 :         std::ifstream infile(filename.c_str());
+      42             : 
+      43          15 :         if (!infile.good())
+      44           0 :                 throw std::runtime_error("EMTripletPairProduction: could not open file " + filename);
+      45             : 
+      46             :         // clear previously loaded interaction rates
+      47          15 :         tabEnergy.clear();
+      48          15 :         tabRate.clear();
+      49             : 
+      50        3340 :         while (infile.good()) {
+      51        3325 :                 if (infile.peek() != '#') {
+      52             :                         double a, b;
+      53             :                         infile >> a >> b;
+      54        3265 :                         if (infile) {
+      55        3250 :                                 tabEnergy.push_back(pow(10, a) * eV);
+      56        3250 :                                 tabRate.push_back(b / Mpc);
+      57             :                         }
+      58             :                 }
+      59        3325 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+      60             :         }
+      61          15 :         infile.close();
+      62          15 : }
+      63             : 
+      64          15 : void EMTripletPairProduction::initCumulativeRate(std::string filename) {
+      65          15 :         std::ifstream infile(filename.c_str());
+      66             : 
+      67          15 :         if (!infile.good())
+      68           0 :                 throw std::runtime_error(
+      69           0 :                                 "EMTripletPairProduction: could not open file " + filename);
+      70             : 
+      71             :         // clear previously loaded tables
+      72          15 :         tabE.clear();
+      73          15 :         tabs.clear();
+      74          15 :         tabCDF.clear();
+      75             :         
+      76             :         // skip header
+      77          75 :         while (infile.peek() == '#')
+      78          60 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+      79             : 
+      80             :         // read s values in first line
+      81             :         double a;
+      82             :         infile >> a; // skip first value
+      83        1590 :         while (infile.good() and (infile.peek() != '\n')) {
+      84             :                 infile >> a;
+      85        1575 :                 tabs.push_back(pow(10, a) * eV * eV);
+      86             :         }
+      87             : 
+      88             :         // read all following lines: E, cdf values
+      89        3265 :         while (infile.good()) {
+      90             :                 infile >> a;
+      91        3265 :                 if (!infile)
+      92             :                         break;  // end of file
+      93        3250 :                 tabE.push_back(pow(10, a) * eV);
+      94             :                 std::vector<double> cdf;
+      95      344500 :                 for (int i = 0; i < tabs.size(); i++) {
+      96             :                         infile >> a;
+      97      341250 :                         cdf.push_back(a / Mpc);
+      98             :                 }
+      99        3250 :                 tabCDF.push_back(cdf);
+     100             :         }
+     101          15 :         infile.close();
+     102          15 : }
+     103             : 
+     104           1 : void EMTripletPairProduction::performInteraction(Candidate *candidate) const {
+     105           1 :         int id = candidate->current.getId();
+     106           1 :         if  (abs(id) != 11)
+     107             :                 return;
+     108             : 
+     109             :         // scale the particle energy instead of background photons
+     110           1 :         double z = candidate->getRedshift();
+     111           1 :         double E = candidate->current.getEnergy() * (1 + z);
+     112             : 
+     113           1 :         if (E < tabE.front() or E > tabE.back())
+     114             :                 return;
+     115             : 
+     116             :         // sample the value of eps
+     117           1 :         Random &random = Random::instance();
+     118           1 :         size_t i = closestIndex(E, tabE);
+     119           1 :         size_t j = random.randBin(tabCDF[i]);
+     120           1 :         double s_kin = pow(10, log10(tabs[j]) + (random.rand() - 0.5) * 0.1);
+     121           1 :         double eps = s_kin / 4. / E; // random background photon energy
+     122             : 
+     123             :         // Use approximation from A. Mastichiadis et al., Astroph. Journ. 300:178-189 (1986), eq. 30.
+     124             :         // This approx is valid only for alpha >=100 where alpha = p0*eps*costheta - E0*eps
+     125             :         // For our purposes, me << E0 --> p0~E0 --> alpha = E0*eps*(costheta - 1) >= 100
+     126           1 :         double Epp = 5.7e-1 * pow(eps / mec2, -0.56) * pow(E / mec2, 0.44) * mec2;
+     127             : 
+     128           1 :         double f = Epp / E;
+     129             : 
+     130           1 :         if (haveElectrons) {
+     131           1 :                 Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     132           1 :                 if (random.rand() < pow(1 - f, thinning)) {
+     133           1 :                         double w = 1. / pow(1 - f, thinning);
+     134           1 :                         candidate->addSecondary(11, Epp / (1 + z), pos, w, interactionTag);
+     135             :                 }
+     136           1 :                 if (random.rand() < pow(f, thinning)) {
+     137           1 :                         double w = 1. / pow(f, thinning);
+     138           1 :                         candidate->addSecondary(-11, Epp / (1 + z), pos, w, interactionTag);
+     139             :                 }
+     140             :         }
+     141             :         // Update the primary particle energy.
+     142             :         // This is done after adding the secondaries to correctly set the secondaries parent
+     143           1 :         candidate->current.setEnergy((E - 2 * Epp) / (1. + z));
+     144             : }
+     145             : 
+     146           1 : void EMTripletPairProduction::process(Candidate *candidate) const {
+     147             :         // check if electron / positron
+     148           1 :         int id = candidate->current.getId();
+     149           1 :         if (abs(id) != 11)
+     150             :                 return;
+     151             : 
+     152             :         // scale the particle energy instead of background photons
+     153           1 :         double z = candidate->getRedshift();
+     154           1 :         double E = (1 + z) * candidate->current.getEnergy();
+     155             : 
+     156             :         // check if in tabulated energy range
+     157           1 :         if ((E < tabEnergy.front()) or (E > tabEnergy.back()))
+     158             :                 return;
+     159             : 
+     160             :         // cosmological scaling of interaction distance (comoving)
+     161           1 :         double scaling = pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);
+     162           1 :         double rate = scaling * interpolate(E, tabEnergy, tabRate);
+     163             : 
+     164             :         // run this loop at least once to limit the step size
+     165           1 :         double step = candidate->getCurrentStep();
+     166           1 :         Random &random = Random::instance();
+     167             :         do {
+     168           1 :                 double randDistance = -log(random.rand()) / rate;
+     169             :                 // check for interaction; if it doesn't occur, limit next step
+     170           1 :                 if (step < randDistance) { 
+     171           1 :                         candidate->limitNextStep(limit / rate);
+     172           1 :                         return;
+     173             :                 }
+     174           0 :                 performInteraction(candidate);
+     175           0 :                 step -= randDistance; 
+     176           0 :         } while (step > 0.);
+     177             : }
+     178             : 
+     179           1 : void EMTripletPairProduction::setInteractionTag(std::string tag) {
+     180           1 :         interactionTag = tag;
+     181           1 : }
+     182             : 
+     183           2 : std::string EMTripletPairProduction::getInteractionTag() const {
+     184           2 :         return interactionTag;
+     185             : }
+     186             : 
+     187             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ElasticScattering.cpp.func-sort-c.html b/doc/coverageReport/src/module/ElasticScattering.cpp.func-sort-c.html new file mode 100644 index 000000000..222b6680f --- /dev/null +++ b/doc/coverageReport/src/module/ElasticScattering.cpp.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ElasticScattering.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ElasticScattering.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:637090.0 %
Date:2024-04-08 14:58:22Functions:5771.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17ElasticScattering17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZNK7crpropa17ElasticScattering17getInteractionTagB5cxx11Ev0
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_ZN7crpropa17ElasticScattering8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE4
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ElasticScattering.cpp.func.html b/doc/coverageReport/src/module/ElasticScattering.cpp.func.html new file mode 100644 index 000000000..8ecf24e21 --- /dev/null +++ b/doc/coverageReport/src/module/ElasticScattering.cpp.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ElasticScattering.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ElasticScattering.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:637090.0 %
Date:2024-04-08 14:58:22Functions:5771.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17ElasticScattering14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE4
_ZN7crpropa17ElasticScattering17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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_ZNK7crpropa17ElasticScattering17getInteractionTagB5cxx11Ev0
_ZNK7crpropa17ElasticScattering7processEPNS_9CandidateE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ElasticScattering.cpp.gcov.html b/doc/coverageReport/src/module/ElasticScattering.cpp.gcov.html new file mode 100644 index 000000000..f5b2d7a8c --- /dev/null +++ b/doc/coverageReport/src/module/ElasticScattering.cpp.gcov.html @@ -0,0 +1,212 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ElasticScattering.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ElasticScattering.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:637090.0 %
Date:2024-04-08 14:58:22Functions:5771.4 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/ElasticScattering.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/ParticleMass.h"
+       5             : #include "crpropa/Random.h"
+       6             : 
+       7             : #include <cmath>
+       8             : #include <limits>
+       9             : #include <sstream>
+      10             : #include <fstream>
+      11             : #include <stdexcept>
+      12             : 
+      13             : namespace crpropa {
+      14             : 
+      15             : const double ElasticScattering::lgmin = 6.;  // minimum log10(Lorentz-factor)
+      16             : const double ElasticScattering::lgmax = 14.; // maximum log10(Lorentz-factor)
+      17             : const size_t ElasticScattering::nlg = 201;   // number of Lorentz-factor steps
+      18             : const double ElasticScattering::epsmin = log10(2 * eV) + 3;    // log10 minimum photon background energy in nucleus rest frame for elastic scattering
+      19             : const double ElasticScattering::epsmax = log10(2 * eV) + 8.12; // log10 maximum photon background energy in nucleus rest frame for elastic scattering
+      20             : const size_t ElasticScattering::neps = 513; // number of photon background energies in nucleus rest frame
+      21             : 
+      22           2 : ElasticScattering::ElasticScattering(ref_ptr<PhotonField> f) {
+      23           2 :         setPhotonField(f);
+      24           2 : }
+      25             : 
+      26           4 : void ElasticScattering::setPhotonField(ref_ptr<PhotonField> photonField) {
+      27           4 :         this->photonField = photonField;
+      28           4 :         std::string fname = photonField->getFieldName();
+      29           4 :         setDescription("ElasticScattering: " + fname);
+      30          12 :         initRate(getDataPath("ElasticScattering/rate_" + fname.substr(0,3) + ".txt"));
+      31          12 :         initCDF(getDataPath("ElasticScattering/cdf_" + fname.substr(0,3) + ".txt"));
+      32           4 : }
+      33             : 
+      34           4 : void ElasticScattering::initRate(std::string filename) {
+      35           4 :         std::ifstream infile(filename.c_str());
+      36           4 :         if (not infile.good())
+      37           0 :                 throw std::runtime_error("ElasticScattering: could not open file " + filename);
+      38             : 
+      39           4 :         tabRate.clear();
+      40             : 
+      41         824 :         while (infile.good()) {
+      42         824 :                 if (infile.peek() == '#') {
+      43          16 :                         infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+      44          16 :                         continue;
+      45             :                 }
+      46             :                 double r;
+      47             :                 infile >> r;
+      48         808 :                 if (!infile)
+      49             :                         break;
+      50         804 :                 tabRate.push_back(r / Mpc);
+      51             :         }
+      52             : 
+      53           4 :         infile.close();
+      54           4 : }
+      55             : 
+      56           4 : void ElasticScattering::initCDF(std::string filename) {
+      57           4 :         std::ifstream infile(filename.c_str());
+      58           4 :         if (not infile.good())
+      59           0 :                 throw std::runtime_error("ElasticScattering: could not open file " + filename);
+      60             : 
+      61           4 :         tabCDF.clear();
+      62             :         std::string line;
+      63             :         double a;
+      64         820 :         while (std::getline(infile, line)) {
+      65         816 :                 if (line[0] == '#')
+      66          12 :                         continue;
+      67             : 
+      68         804 :                 std::stringstream lineStream(line);
+      69             :                 lineStream >> a;
+      70             : 
+      71         804 :                 std::vector<double> cdf(neps);
+      72      413256 :                 for (size_t i = 0; i < neps; i++) {
+      73             :                         lineStream >> a;
+      74      412452 :                         cdf[i] = a;
+      75             :                 }
+      76         804 :                 tabCDF.push_back(cdf);
+      77         804 :         }
+      78             : 
+      79           4 :         infile.close();
+      80           4 : }
+      81             : 
+      82           1 : void ElasticScattering::process(Candidate *candidate) const {
+      83           1 :         int id = candidate->current.getId();
+      84           1 :         double z = candidate->getRedshift();
+      85             : 
+      86           1 :         if (not isNucleus(id))
+      87             :                 return;
+      88             : 
+      89           1 :         double lg = log10(candidate->current.getLorentzFactor() * (1 + z));
+      90           1 :         if ((lg < lgmin) or (lg > lgmax))
+      91             :                 return;
+      92             : 
+      93           1 :         int A = massNumber(id);
+      94           1 :         int Z = chargeNumber(id);
+      95           1 :         int N = A - Z;
+      96             : 
+      97           1 :         double step = candidate->getCurrentStep();
+      98           8 :         while (step > 0) {
+      99             : 
+     100           8 :                 double rate = interpolateEquidistant(lg, lgmin, lgmax, tabRate);
+     101           8 :                 rate *= Z * N / double(A);  // TRK scaling
+     102           8 :                 rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);  // cosmological scaling
+     103             : 
+     104             :                 // check for interaction
+     105           8 :                 Random &random = Random::instance();
+     106           8 :                 double randDist = -log(random.rand()) / rate;
+     107           8 :                 if (step < randDist)
+     108           1 :                         return;
+     109             : 
+     110             :                 // draw random background photon energy from CDF
+     111           7 :                 size_t i = floor((lg - lgmin) / (lgmax - lgmin) * (nlg - 1)); // index of closest gamma tabulation point
+     112           7 :                 size_t j = random.randBin(tabCDF[i]) - 1; // index of next lower tabulated eps value
+     113             :                 double binWidth = (epsmax - epsmin) / (neps - 1); // logarithmic bin width
+     114           7 :                 double eps = pow(10, epsmin + (j + random.rand()) * binWidth);
+     115             : 
+     116             :                 // boost to lab frame
+     117           7 :                 double cosTheta = 2 * random.rand() - 1;
+     118           7 :                 double E = eps * candidate->current.getLorentzFactor() * (1. - cosTheta);
+     119             : 
+     120           7 :                 Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     121           7 :                 candidate->addSecondary(22, E, pos, 1., interactionTag);
+     122             : 
+     123             :                 // repeat with remaining step
+     124           7 :                 step -= randDist;
+     125             :         }
+     126             : }
+     127             : 
+     128           0 : void ElasticScattering::setInteractionTag(std::string tag) {
+     129           0 :         this -> interactionTag = tag;
+     130           0 : }
+     131             : 
+     132           0 : std::string ElasticScattering::getInteractionTag() const {
+     133           0 :         return interactionTag;
+     134             : }
+     135             : 
+     136             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ElectronPairProduction.cpp.func-sort-c.html b/doc/coverageReport/src/module/ElectronPairProduction.cpp.func-sort-c.html new file mode 100644 index 000000000..03ac203cf --- /dev/null +++ b/doc/coverageReport/src/module/ElectronPairProduction.cpp.func-sort-c.html @@ -0,0 +1,112 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ElectronPairProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ElectronPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:859292.4 %
Date:2024-04-08 14:58:22Functions:91090.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa22ElectronPairProduction8setLimitEd0
_ZN7crpropa22ElectronPairProduction12initSpectrumENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa22ElectronPairProduction16setHaveElectronsEb1
_ZN7crpropa22ElectronPairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa22ElectronPairProduction17getInteractionTagB5cxx11Ev2
_ZN7crpropa22ElectronPairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbd10
_ZN7crpropa22ElectronPairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE19
_ZN7crpropa22ElectronPairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE19
_ZNK7crpropa22ElectronPairProduction10lossLengthEidd15446
_ZNK7crpropa22ElectronPairProduction7processEPNS_9CandidateE15447
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ElectronPairProduction.cpp.func.html b/doc/coverageReport/src/module/ElectronPairProduction.cpp.func.html new file mode 100644 index 000000000..5da0c6c27 --- /dev/null +++ b/doc/coverageReport/src/module/ElectronPairProduction.cpp.func.html @@ -0,0 +1,112 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ElectronPairProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ElectronPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:859292.4 %
Date:2024-04-08 14:58:22Functions:91090.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa22ElectronPairProduction12initSpectrumENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa22ElectronPairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE19
_ZN7crpropa22ElectronPairProduction16setHaveElectronsEb1
_ZN7crpropa22ElectronPairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa22ElectronPairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE19
_ZN7crpropa22ElectronPairProduction8setLimitEd0
_ZN7crpropa22ElectronPairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbd10
_ZNK7crpropa22ElectronPairProduction10lossLengthEidd15446
_ZNK7crpropa22ElectronPairProduction17getInteractionTagB5cxx11Ev2
_ZNK7crpropa22ElectronPairProduction7processEPNS_9CandidateE15447
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ElectronPairProduction.cpp.gcov.html b/doc/coverageReport/src/module/ElectronPairProduction.cpp.gcov.html new file mode 100644 index 000000000..5204a21c0 --- /dev/null +++ b/doc/coverageReport/src/module/ElectronPairProduction.cpp.gcov.html @@ -0,0 +1,233 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ElectronPairProduction.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ElectronPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:859292.4 %
Date:2024-04-08 14:58:22Functions:91090.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/ElectronPairProduction.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/ParticleMass.h"
+       5             : #include "crpropa/Random.h"
+       6             : 
+       7             : #include <fstream>
+       8             : #include <limits>
+       9             : #include <stdexcept>
+      10             : 
+      11             : namespace crpropa {
+      12             : 
+      13          10 : ElectronPairProduction::ElectronPairProduction(ref_ptr<PhotonField> photonField,
+      14          10 :                 bool haveElectrons, double limit) {
+      15          10 :         this->haveElectrons = haveElectrons;
+      16          10 :         this->limit = limit;
+      17          10 :         setPhotonField(photonField);
+      18          10 : }
+      19             : 
+      20          19 : void ElectronPairProduction::setPhotonField(ref_ptr<PhotonField> photonField) {
+      21          19 :         this->photonField = photonField;
+      22          19 :         std::string fname = photonField->getFieldName();
+      23          19 :         setDescription("ElectronPairProduction: " + fname);
+      24          57 :         initRate(getDataPath("ElectronPairProduction/lossrate_" + fname + ".txt"));
+      25          19 :         if (haveElectrons) { // Load secondary spectra only if electrons should be produced
+      26           0 :                 initSpectrum(getDataPath("ElectronPairProduction/spectrum_" + fname.substr(0,3) + ".txt"));
+      27             :         }
+      28          19 : }
+      29             : 
+      30           1 : void ElectronPairProduction::setHaveElectrons(bool haveElectrons) {
+      31           1 :         this->haveElectrons = haveElectrons;
+      32           1 :         if (haveElectrons) { // Load secondary spectra in case haveElectrons was changed to true
+      33           1 :                 std::string fname = photonField->getFieldName();
+      34           3 :                 initSpectrum(getDataPath("ElectronPairProduction/spectrum_" + fname.substr(0,3) + ".txt"));
+      35             :         }
+      36           1 : }
+      37             : 
+      38           0 : void ElectronPairProduction::setLimit(double limit) {
+      39           0 :         this->limit = limit;
+      40           0 : }
+      41             : 
+      42          19 : void ElectronPairProduction::initRate(std::string filename) {
+      43          19 :         std::ifstream infile(filename.c_str());
+      44             : 
+      45          19 :         if (!infile.good())
+      46           0 :                 throw std::runtime_error("ElectronPairProduction: could not open file " + filename);
+      47             : 
+      48             :         // clear previously loaded interaction rates
+      49          19 :         tabLorentzFactor.clear();
+      50          19 :         tabLossRate.clear();
+      51             : 
+      52        2853 :         while (infile.good()) {
+      53        2834 :                 if (infile.peek() != '#') {
+      54             :                         double a, b;
+      55             :                         infile >> a >> b;
+      56        2777 :                         if (infile) {
+      57        2758 :                                 tabLorentzFactor.push_back(pow(10, a));
+      58        2758 :                                 tabLossRate.push_back(b / Mpc);
+      59             :                         }
+      60             :                 }
+      61        2834 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+      62             :         }
+      63          19 :         infile.close();
+      64          19 : }
+      65             : 
+      66           1 : void ElectronPairProduction::initSpectrum(std::string filename) {
+      67           1 :         std::ifstream infile(filename.c_str());
+      68           1 :         if (!infile.good())
+      69           0 :                 throw std::runtime_error("ElectronPairProduction: could not open file " + filename);
+      70             : 
+      71             :         double dNdE;
+      72           1 :         tabSpectrum.resize(70);
+      73          71 :         for (size_t i = 0; i < 70; i++) {
+      74          70 :                 tabSpectrum[i].resize(170);
+      75       11970 :                 for (size_t j = 0; j < 170; j++) {
+      76             :                         infile >> dNdE;
+      77       11900 :                         tabSpectrum[i][j] = dNdE * pow(10, (7 + 0.1 * j)); // read electron distribution pdf(Ee) ~ dN/dEe * Ee
+      78             :                 }
+      79       11900 :                 for (size_t j = 1; j < 170; j++) {
+      80       11830 :                         tabSpectrum[i][j] += tabSpectrum[i][j - 1]; // cdf(Ee), unnormalized
+      81             :                 }
+      82             :         }
+      83           1 :         infile.close();
+      84           1 : }
+      85             : 
+      86       15446 : double ElectronPairProduction::lossLength(int id, double lf, double z) const {
+      87       15446 :         double Z = chargeNumber(id);
+      88       15446 :         if (Z == 0)
+      89             :                 return std::numeric_limits<double>::max(); // no pair production on uncharged particles
+      90             : 
+      91       14944 :         lf *= (1 + z);
+      92       14944 :         if (lf < tabLorentzFactor.front())
+      93             :                 return std::numeric_limits<double>::max(); // below energy threshold
+      94             : 
+      95             :         double rate;
+      96       14921 :         if (lf < tabLorentzFactor.back())
+      97       14921 :                 rate = interpolate(lf, tabLorentzFactor, tabLossRate); // interpolation
+      98             :         else
+      99           0 :                 rate = tabLossRate.back() * pow(lf / tabLorentzFactor.back(), -0.6); // extrapolation
+     100             : 
+     101       14921 :         double A = nuclearMass(id) / mass_proton; // more accurate than massNumber(Id)
+     102       14921 :         rate *= Z * Z / A * pow_integer<3>(1 + z) * photonField->getRedshiftScaling(z);
+     103       14921 :         return 1. / rate;
+     104             : }
+     105             : 
+     106       15447 : void ElectronPairProduction::process(Candidate *c) const {
+     107       15447 :         int id = c->current.getId();
+     108       15447 :         if (not (isNucleus(id)))
+     109             :                 return; // only nuclei
+     110             : 
+     111       15446 :         double lf = c->current.getLorentzFactor();
+     112       15446 :         double z = c->getRedshift();
+     113       15446 :         double losslen = lossLength(id, lf, z);  // energy loss length
+     114       15446 :         if (losslen >= std::numeric_limits<double>::max())
+     115             :                 return;
+     116             : 
+     117       14921 :         double step = c->getCurrentStep() / (1 + z); // step size in local frame
+     118       14921 :         double loss = step / losslen;  // relative energy loss
+     119             : 
+     120       14921 :         if (haveElectrons) {
+     121           1 :                 double dE = c->current.getEnergy() * loss;  // energy loss
+     122           1 :                 int i = round((log10(lf) - 6.05) * 10);  // find closest cdf(Ee|log10(gamma))
+     123           1 :                 i = std::min(std::max(i, 0), 69);
+     124           1 :                 Random &random = Random::instance();
+     125             : 
+     126             :                 // draw pairs as long as their energy is smaller than the pair production energy loss
+     127        6534 :                 while (dE > 0) {
+     128        6534 :                         size_t j = random.randBin(tabSpectrum[i]);
+     129        6534 :                         double Ee = pow(10, 6.95 + (j + random.rand()) * 0.1) * eV;
+     130        6534 :                         double Epair = 2 * Ee; // NOTE: electron and positron in general don't have same lab frame energy, but averaged over many draws the result is consistent
+     131             :                         // if the remaining energy is not sufficient check for random accepting
+     132        6534 :                         if (Epair > dE)
+     133           1 :                                 if (random.rand() > (dE / Epair))
+     134             :                                         break; // not accepted
+     135             : 
+     136             :                         // create pair and repeat with remaining energy
+     137        6533 :                         dE -= Epair;
+     138        6533 :                         Vector3d pos = random.randomInterpolatedPosition(c->previous.getPosition(), c->current.getPosition());
+     139        6533 :                         c->addSecondary( 11, Ee, pos, 1., interactionTag);
+     140        6533 :                         c->addSecondary(-11, Ee, pos, 1., interactionTag);
+     141             :                 }
+     142             :         }
+     143             : 
+     144       14921 :         c->current.setLorentzFactor(lf * (1 - loss));
+     145       14921 :         c->limitNextStep(limit * losslen);
+     146             : }
+     147             : 
+     148           1 : void ElectronPairProduction::setInteractionTag(std::string tag) {
+     149           1 :         interactionTag = tag;
+     150           1 : }
+     151             : 
+     152           2 : std::string ElectronPairProduction::getInteractionTag() const {
+     153           2 :         return interactionTag;
+     154             : }
+     155             : 
+     156             : 
+     157             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/HDF5Output.cpp.func-sort-c.html b/doc/coverageReport/src/module/HDF5Output.cpp.func-sort-c.html new file mode 100644 index 000000000..7c1102518 --- /dev/null +++ b/doc/coverageReport/src/module/HDF5Output.cpp.func-sort-c.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/HDF5Output.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - HDF5Output.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:122415.0 %
Date:2024-04-08 14:58:22Functions:41428.6 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10HDF5Output13setFlushLimitEj0
_ZN7crpropa10HDF5Output21insertDoubleAttributeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKd0
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_ZNK7crpropa10HDF5Output7processEPNS_9CandidateE0
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_ZN7crpropa10HDF5Output5closeEv1
_ZN7crpropa10HDF5OutputC2Ev1
_ZN7crpropa10HDF5OutputD2Ev1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/HDF5Output.cpp.func.html b/doc/coverageReport/src/module/HDF5Output.cpp.func.html new file mode 100644 index 000000000..23798cfed --- /dev/null +++ b/doc/coverageReport/src/module/HDF5Output.cpp.func.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/HDF5Output.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - HDF5Output.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:122415.0 %
Date:2024-04-08 14:58:22Functions:41428.6 %
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10HDF5Output13setFlushLimitEj0
_ZN7crpropa10HDF5Output21insertDoubleAttributeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKd0
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_ZN7crpropa10HDF5Output5closeEv1
_ZN7crpropa10HDF5OutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa10HDF5OutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEENS_6Output10OutputTypeE0
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_ZN7crpropa10HDF5OutputD0Ev0
_ZN7crpropa10HDF5OutputD2Ev1
_ZN7crpropa23variantTypeToH5T_NATIVEENS_7Variant4TypeE0
_ZNK7crpropa10HDF5Output14getDescriptionB5cxx11Ev0
_ZNK7crpropa10HDF5Output5flushEv0
_ZNK7crpropa10HDF5Output7processEPNS_9CandidateE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/HDF5Output.cpp.gcov.html b/doc/coverageReport/src/module/HDF5Output.cpp.gcov.html new file mode 100644 index 000000000..653ba85ea --- /dev/null +++ b/doc/coverageReport/src/module/HDF5Output.cpp.gcov.html @@ -0,0 +1,468 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/HDF5Output.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - HDF5Output.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:122415.0 %
Date:2024-04-08 14:58:22Functions:41428.6 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #ifdef CRPROPA_HAVE_HDF5
+       2             : 
+       3             : #include "crpropa/module/HDF5Output.h"
+       4             : #include "crpropa/Version.h"
+       5             : #include "crpropa/Random.h"
+       6             : #include "kiss/logger.h"
+       7             : 
+       8             : #include <hdf5.h>
+       9             : #include <cstring>
+      10             : 
+      11             : const hsize_t RANK = 1;
+      12             : const hsize_t BUFFER_SIZE = 1024 * 16;
+      13             : 
+      14             : namespace crpropa {
+      15             : 
+      16             : // map variant types to H5T_NATIVE
+      17           0 : hid_t variantTypeToH5T_NATIVE(Variant::Type type) {
+      18             :         if (type == Variant::TYPE_INT64)
+      19           0 :                 return H5T_NATIVE_INT64;
+      20             :         else if(type == Variant::TYPE_BOOL)
+      21           0 :                 return H5T_NATIVE_HBOOL;
+      22             :         else if(type == Variant::TYPE_CHAR)
+      23           0 :                 return H5T_NATIVE_CHAR;
+      24             :         else if(type == Variant::TYPE_UCHAR)
+      25           0 :                 return H5T_NATIVE_UCHAR;
+      26             :         else if(type == Variant::TYPE_INT16)
+      27           0 :                 return H5T_NATIVE_INT16;
+      28             :         else if(type == Variant::TYPE_UINT16)
+      29           0 :                 return H5T_NATIVE_UINT16;
+      30             :         else if(type == Variant::TYPE_INT32)
+      31           0 :                 return H5T_NATIVE_INT32;
+      32             :         else if(type == Variant::TYPE_UINT32)
+      33           0 :                 return H5T_NATIVE_UINT32;
+      34             :         else if(type == Variant::TYPE_INT64)
+      35             :                 return H5T_NATIVE_INT64;
+      36             :         else if(type == Variant::TYPE_UINT64)
+      37           0 :                 return H5T_NATIVE_UINT64;
+      38             :         else if(type == Variant::TYPE_FLOAT)
+      39           0 :                 return H5T_NATIVE_FLOAT;
+      40             :         else if(type == Variant::TYPE_DOUBLE)
+      41           0 :                 return H5T_NATIVE_DOUBLE;
+      42             :         else if(type == Variant::TYPE_STRING)
+      43           0 :                 return H5T_C_S1;
+      44             :         else
+      45             :         {
+      46           0 :                 KISS_LOG_ERROR << "variantTypeToH5T_NATIVE:: Type: " << Variant::getTypeName(type) << " unknown.";
+      47           0 :                 throw std::runtime_error("No matching HDF type for Variant type");
+      48             :         }
+      49             : }
+      50             : 
+      51           1 : HDF5Output::HDF5Output() :  Output(), filename(), file(-1), sid(-1), dset(-1), dataspace(-1), candidatesSinceFlush(0), flushLimit(std::numeric_limits<unsigned int>::max()) {
+      52           1 : }
+      53             : 
+      54           0 : HDF5Output::HDF5Output(const std::string& filename) :  Output(), filename(filename), file(-1), sid(-1), dset(-1), dataspace(-1), candidatesSinceFlush(0), flushLimit(std::numeric_limits<unsigned int>::max()) {
+      55           0 : }
+      56             : 
+      57           0 : HDF5Output::HDF5Output(const std::string& filename, OutputType outputtype) :  Output(outputtype), filename(filename), file(-1), sid(-1), dset(-1), dataspace(-1), candidatesSinceFlush(0), flushLimit(std::numeric_limits<unsigned int>::max()) {
+      58             :         outputtype = outputtype;
+      59           0 : }
+      60             : 
+      61           1 : HDF5Output::~HDF5Output() {
+      62           1 :         close();
+      63           2 : }
+      64             : 
+      65           0 : herr_t HDF5Output::insertStringAttribute(const std::string &key, const std::string &value){
+      66             :         hid_t   strtype, attr_space, version_attr;
+      67           0 :         hsize_t dims = 0;
+      68             :         herr_t  status;
+      69             : 
+      70           0 :         strtype = H5Tcopy(H5T_C_S1);
+      71           0 :         status = H5Tset_size(strtype, value.size());
+      72             : 
+      73           0 :         attr_space = H5Screate_simple(0, &dims, NULL);
+      74           0 :         version_attr = H5Acreate2(dset, key.c_str(), strtype, attr_space, H5P_DEFAULT, H5P_DEFAULT);
+      75           0 :         status = H5Awrite(version_attr, strtype, value.c_str());
+      76           0 :         status = H5Aclose(version_attr);
+      77           0 :         status = H5Sclose(attr_space);
+      78             : 
+      79           0 :         return status;
+      80             : }
+      81             : 
+      82           0 : herr_t HDF5Output::insertDoubleAttribute(const std::string &key, const double &value){
+      83             :         hid_t   type, attr_space, version_attr;
+      84           0 :         hsize_t dims = 0;
+      85             :         herr_t  status;
+      86             : 
+      87           0 :         type = H5Tcopy(H5T_NATIVE_DOUBLE);
+      88             : 
+      89           0 :         attr_space = H5Screate_simple(0, &dims, NULL);
+      90           0 :         version_attr = H5Acreate2(dset, key.c_str(), type, attr_space, H5P_DEFAULT, H5P_DEFAULT);
+      91           0 :         status = H5Awrite(version_attr, type, &value);
+      92           0 :         status = H5Aclose(version_attr);
+      93           0 :         status = H5Sclose(attr_space);
+      94             : 
+      95           0 :         return status;
+      96             : }
+      97             : 
+      98             : 
+      99             : 
+     100           1 : void HDF5Output::open(const std::string& filename) {
+     101           1 :         file = H5Fcreate(filename.c_str(), H5F_ACC_TRUNC, H5P_DEFAULT, H5P_DEFAULT);
+     102           1 :         if (file < 0)
+     103           2 :                 throw std::runtime_error(std::string("Cannot create file: ") + filename);
+     104             : 
+     105             : 
+     106           0 :         sid = H5Tcreate(H5T_COMPOUND, sizeof(OutputRow));
+     107           0 :         if (fields.test(TrajectoryLengthColumn))
+     108           0 :                 H5Tinsert(sid, "D", HOFFSET(OutputRow, D), H5T_NATIVE_DOUBLE);
+     109           0 :         if (fields.test(RedshiftColumn))
+     110           0 :                 H5Tinsert(sid, "z", HOFFSET(OutputRow, z), H5T_NATIVE_DOUBLE);
+     111           0 :         if (fields.test(SerialNumberColumn))
+     112           0 :                 H5Tinsert(sid, "SN", HOFFSET(OutputRow, SN), H5T_NATIVE_UINT64);
+     113           0 :         if (fields.test(CurrentIdColumn))
+     114           0 :                 H5Tinsert(sid, "ID", HOFFSET(OutputRow, ID), H5T_NATIVE_INT32);
+     115           0 :         if (fields.test(CurrentEnergyColumn))
+     116           0 :                 H5Tinsert(sid, "E", HOFFSET(OutputRow, E), H5T_NATIVE_DOUBLE);
+     117           0 :         if (fields.test(CurrentPositionColumn) && oneDimensional)
+     118           0 :                 H5Tinsert(sid, "X", HOFFSET(OutputRow, X), H5T_NATIVE_DOUBLE);
+     119           0 :         if (fields.test(CurrentPositionColumn) && not oneDimensional) {
+     120           0 :                 H5Tinsert(sid, "X", HOFFSET(OutputRow, X), H5T_NATIVE_DOUBLE);
+     121           0 :                 H5Tinsert(sid, "Y", HOFFSET(OutputRow, Y), H5T_NATIVE_DOUBLE);
+     122           0 :                 H5Tinsert(sid, "Z", HOFFSET(OutputRow, Z), H5T_NATIVE_DOUBLE);
+     123             :         }
+     124           0 :         if (fields.test(CurrentDirectionColumn) && not oneDimensional) {
+     125           0 :                 H5Tinsert(sid, "Px", HOFFSET(OutputRow, Px), H5T_NATIVE_DOUBLE);
+     126           0 :                 H5Tinsert(sid, "Py", HOFFSET(OutputRow, Py), H5T_NATIVE_DOUBLE);
+     127           0 :                 H5Tinsert(sid, "Pz", HOFFSET(OutputRow, Pz), H5T_NATIVE_DOUBLE);
+     128             :         }
+     129           0 :         if (fields.test(SerialNumberColumn))
+     130           0 :                 H5Tinsert(sid, "SN0", HOFFSET(OutputRow, SN0), H5T_NATIVE_UINT64);
+     131           0 :         if (fields.test(SourceIdColumn))
+     132           0 :                 H5Tinsert(sid, "ID0", HOFFSET(OutputRow, ID0), H5T_NATIVE_INT32);
+     133           0 :         if (fields.test(SourceEnergyColumn))
+     134           0 :                 H5Tinsert(sid, "E0", HOFFSET(OutputRow, E0), H5T_NATIVE_DOUBLE);
+     135           0 :         if (fields.test(SourcePositionColumn) && oneDimensional)
+     136           0 :                 H5Tinsert(sid, "X0", HOFFSET(OutputRow, X0), H5T_NATIVE_DOUBLE);
+     137           0 :         if (fields.test(SourcePositionColumn) && not oneDimensional){
+     138           0 :                 H5Tinsert(sid, "X0", HOFFSET(OutputRow, X0), H5T_NATIVE_DOUBLE);
+     139           0 :                 H5Tinsert(sid, "Y0", HOFFSET(OutputRow, Y0), H5T_NATIVE_DOUBLE);
+     140           0 :                 H5Tinsert(sid, "Z0", HOFFSET(OutputRow, Z0), H5T_NATIVE_DOUBLE);
+     141             :         }
+     142           0 :         if (fields.test(SourceDirectionColumn) && not oneDimensional) {
+     143           0 :                 H5Tinsert(sid, "P0x", HOFFSET(OutputRow, P0x), H5T_NATIVE_DOUBLE);
+     144           0 :                 H5Tinsert(sid, "P0y", HOFFSET(OutputRow, P0y), H5T_NATIVE_DOUBLE);
+     145           0 :                 H5Tinsert(sid, "P0z", HOFFSET(OutputRow, P0z), H5T_NATIVE_DOUBLE);
+     146             :         }
+     147           0 :         if (fields.test(SerialNumberColumn))
+     148           0 :                 H5Tinsert(sid, "SN1", HOFFSET(OutputRow, SN1), H5T_NATIVE_UINT64);
+     149           0 :         if (fields.test(CreatedIdColumn))
+     150           0 :                 H5Tinsert(sid, "ID1", HOFFSET(OutputRow, ID1), H5T_NATIVE_INT32);
+     151           0 :         if (fields.test(CreatedEnergyColumn))
+     152           0 :                 H5Tinsert(sid, "E1", HOFFSET(OutputRow, E1), H5T_NATIVE_DOUBLE);
+     153           0 :         if (fields.test(CreatedPositionColumn) && oneDimensional)
+     154           0 :                 H5Tinsert(sid, "X1", HOFFSET(OutputRow, X1), H5T_NATIVE_DOUBLE);
+     155           0 :         if (fields.test(CreatedPositionColumn) && not oneDimensional) {
+     156           0 :                 H5Tinsert(sid, "X1", HOFFSET(OutputRow, X1), H5T_NATIVE_DOUBLE);
+     157           0 :                 H5Tinsert(sid, "Y1", HOFFSET(OutputRow, Y1), H5T_NATIVE_DOUBLE);
+     158           0 :                 H5Tinsert(sid, "Z1", HOFFSET(OutputRow, Z1), H5T_NATIVE_DOUBLE);
+     159             :         }
+     160           0 :         if (fields.test(CreatedDirectionColumn) && not oneDimensional) {
+     161           0 :                 H5Tinsert(sid, "P1x", HOFFSET(OutputRow, P1x), H5T_NATIVE_DOUBLE);
+     162           0 :                 H5Tinsert(sid, "P1y", HOFFSET(OutputRow, P1y), H5T_NATIVE_DOUBLE);
+     163           0 :                 H5Tinsert(sid, "P1z", HOFFSET(OutputRow, P1z), H5T_NATIVE_DOUBLE);
+     164             :         }
+     165           0 :         if (fields.test(WeightColumn))
+     166           0 :                 H5Tinsert(sid, "W", HOFFSET(OutputRow, weight), H5T_NATIVE_DOUBLE);
+     167             :         
+     168           0 :         if (fields.test(CandidateTagColumn)) 
+     169           0 :                 H5Tinsert(sid, "tag", HOFFSET(OutputRow, tag), H5T_C_S1);
+     170             : 
+     171           0 :         size_t pos = 0;
+     172           0 :         for(std::vector<Output::Property>::const_iterator iter = properties.begin();
+     173           0 :                         iter != properties.end(); ++iter)
+     174             :         {
+     175           0 :                         hid_t type = variantTypeToH5T_NATIVE((*iter).defaultValue.getType());
+     176           0 :                         if (type == H5T_C_S1)
+     177             :                         { // set size of string field to size of default value!
+     178           0 :                                 type = H5Tcopy(H5T_C_S1);
+     179           0 :                                 H5Tset_size(type, (*iter).defaultValue.toString().size());
+     180             :                         }
+     181             : 
+     182           0 :                         H5Tinsert(sid, (*iter).name.c_str(), HOFFSET(OutputRow, propertyBuffer) + pos, type);
+     183           0 :                   pos += (*iter).defaultValue.getSize();
+     184             :         }
+     185           0 :         if (pos >= propertyBufferSize)
+     186             :         {
+     187           0 :                 KISS_LOG_ERROR << "Using " << pos << " bytes for properties output. Maximum is " << propertyBufferSize << " bytes.";
+     188           0 :                 throw std::runtime_error("Size of property buffer exceeded");
+     189             :         }
+     190             : 
+     191             :         // chunked prop
+     192           0 :         hid_t plist = H5Pcreate(H5P_DATASET_CREATE);
+     193           0 :         H5Pset_layout(plist, H5D_CHUNKED);
+     194           0 :         hsize_t chunk_dims[RANK] = {BUFFER_SIZE};
+     195           0 :         H5Pset_chunk(plist, RANK, chunk_dims);
+     196           0 :         H5Pset_deflate(plist, 5);
+     197             : 
+     198           0 :         hsize_t dims[RANK] = {0};
+     199           0 :         hsize_t max_dims[RANK] = {H5S_UNLIMITED};
+     200           0 :         dataspace = H5Screate_simple(RANK, dims, max_dims);
+     201             : 
+     202           0 :         dset = H5Dcreate2(file, "CRPROPA3", sid, dataspace, H5P_DEFAULT, plist, H5P_DEFAULT);
+     203             : 
+     204           0 :         insertStringAttribute("OutputType", outputName);
+     205           0 :         insertStringAttribute("Version", g_GIT_DESC);
+     206           0 :         insertDoubleAttribute("LengthScale", this->lengthScale);
+     207           0 :         insertDoubleAttribute("EnergyScale", this->energyScale);
+     208             : 
+     209             :         // add ranom seeds
+     210           0 :         std::vector< std::vector<uint32_t> > seeds = Random::getSeedThreads();
+     211           0 :         for (size_t i = 0; i < seeds.size(); i++)
+     212             :         {
+     213             :                 hid_t   type, attr_space, version_attr;
+     214             :                 herr_t  status;
+     215           0 :                 hsize_t dims[] = {1, 0};
+     216           0 :                 dims[1] = seeds[i].size();
+     217             : 
+     218           0 :                 type = H5Tarray_create(H5T_NATIVE_ULONG, 2, dims);
+     219             : 
+     220           0 :                 attr_space = H5Screate_simple(0, dims, NULL);
+     221             :                 char nameBuffer[256];
+     222             :                 sprintf(nameBuffer, "SEED_%03lu", i);
+     223           0 :                 KISS_LOG_DEBUG << "Creating HDF5 attribute: " << nameBuffer << " with dimensions " << dims[0] << "x" << dims[1] ;
+     224             : 
+     225           0 :                 version_attr = H5Acreate2(dset, nameBuffer, type, attr_space, H5P_DEFAULT, H5P_DEFAULT);
+     226           0 :                 status = H5Awrite(version_attr, type, &seeds[i][0]);
+     227           0 :                 status = H5Aclose(version_attr);
+     228           0 :                 status = H5Sclose(attr_space);
+     229             : 
+     230             :         }
+     231             : 
+     232             : 
+     233           0 :         H5Pclose(plist);
+     234             : 
+     235           0 :         buffer.reserve(BUFFER_SIZE);
+     236           0 :         time(&lastFlush);
+     237           0 : }
+     238             : 
+     239           1 : void HDF5Output::close() {
+     240           1 :         if (file >= 0) {
+     241           0 :                 flush();
+     242           0 :                 H5Dclose(dset);
+     243           0 :                 H5Tclose(sid);
+     244           0 :                 H5Sclose(dataspace);
+     245           0 :                 H5Fclose(file);
+     246           0 :                 file = -1;
+     247             :         }
+     248           1 : }
+     249             : 
+     250           0 : void HDF5Output::process(Candidate* candidate) const {
+     251           0 :         #pragma omp critical
+     252             :         {
+     253           0 :         if (file == -1)
+     254             :                 // This is ugly, but necesary as otherwise the user has to manually open the
+     255             :                 // file before processing the first candidate
+     256           0 :                 const_cast<HDF5Output*>(this)->open(filename);
+     257             :         }
+     258             : 
+     259             :         OutputRow r;
+     260           0 :         r.D = candidate->getTrajectoryLength() / lengthScale;
+     261           0 :         r.z = candidate->getRedshift();
+     262             : 
+     263           0 :         r.SN = candidate->getSerialNumber();
+     264           0 :         r.ID = candidate->current.getId();
+     265           0 :         r.E = candidate->current.getEnergy() / energyScale;
+     266           0 :         Vector3d v = candidate->current.getPosition() / lengthScale;
+     267           0 :         r.X = v.x;
+     268           0 :         r.Y = v.y;
+     269           0 :         r.Z = v.z;
+     270           0 :         v = candidate->current.getDirection();
+     271           0 :         r.Px = v.x;
+     272           0 :         r.Py = v.y;
+     273           0 :         r.Pz = v.z;
+     274             : 
+     275           0 :         r.SN0 = candidate->getSourceSerialNumber();
+     276           0 :         r.ID0 = candidate->source.getId();
+     277           0 :         r.E0 = candidate->source.getEnergy() / energyScale;
+     278           0 :         v = candidate->source.getPosition() / lengthScale;
+     279           0 :         r.X0 = v.x;
+     280           0 :         r.Y0 = v.y;
+     281           0 :         r.Z0 = v.z;
+     282           0 :         v = candidate->source.getDirection();
+     283           0 :         r.P0x = v.x;
+     284           0 :         r.P0y = v.y;
+     285           0 :         r.P0z = v.z;
+     286             : 
+     287           0 :         r.SN1 = candidate->getCreatedSerialNumber();
+     288           0 :         r.ID1 = candidate->created.getId();
+     289           0 :         r.E1 = candidate->created.getEnergy() / energyScale;
+     290           0 :         v = candidate->created.getPosition() / lengthScale;
+     291           0 :         r.X1 = v.x;
+     292           0 :         r.Y1 = v.y;
+     293           0 :         r.Z1 = v.z;
+     294           0 :         v = candidate->created.getDirection();
+     295           0 :         r.P1x = v.x;
+     296           0 :         r.P1y = v.y;
+     297           0 :         r.P1z = v.z;
+     298             : 
+     299           0 :         r.weight= candidate->getWeight();
+     300             : 
+     301           0 :         r.tag = candidate->getTagOrigin();
+     302             : 
+     303             :         size_t pos = 0;
+     304           0 :         for(std::vector<Output::Property>::const_iterator iter = properties.begin();
+     305           0 :                         iter != properties.end(); ++iter)
+     306             :         {
+     307           0 :                   Variant v;
+     308           0 :                         if (candidate->hasProperty((*iter).name))
+     309             :                         {
+     310           0 :                                 v = candidate->getProperty((*iter).name);
+     311             :                         }
+     312             :                         else
+     313             :                         {
+     314           0 :                                 v = (*iter).defaultValue;
+     315             :                         }
+     316           0 :                         pos += v.copyToBuffer(&r.propertyBuffer[pos]);
+     317           0 :         }
+     318             : 
+     319           0 :         #pragma omp critical
+     320             :         {
+     321           0 :                 const_cast<HDF5Output*>(this)->candidatesSinceFlush++;
+     322           0 :                 Output::process(candidate);
+     323             : 
+     324           0 :                 buffer.push_back(r);
+     325             : 
+     326             : 
+     327           0 :                 if (buffer.size() >= buffer.capacity())
+     328             :                 {
+     329           0 :                         KISS_LOG_DEBUG << "HDF5Output: Flush due to buffer capacity exceeded";
+     330           0 :                         flush();
+     331             :                 }
+     332           0 :                 else if (candidatesSinceFlush >= flushLimit)
+     333             :                 {
+     334           0 :                         KISS_LOG_DEBUG << "HDF5Output: Flush due to number of candidates";
+     335           0 :                         flush();
+     336             :                 }
+     337           0 :                 else if (difftime(time(NULL), lastFlush) > 60*10)
+     338             :                 {
+     339           0 :                         KISS_LOG_DEBUG << "HDF5Output: Flush due to time exceeded";
+     340           0 :                         flush();
+     341             :                 }
+     342             :         }
+     343           0 : }
+     344             : 
+     345           0 : void HDF5Output::flush() const {
+     346           0 :         const_cast<HDF5Output*>(this)->lastFlush = time(NULL);
+     347           0 :         const_cast<HDF5Output*>(this)->candidatesSinceFlush = 0;
+     348             : 
+     349             :         hsize_t n = buffer.size();
+     350             : 
+     351           0 :         if (n == 0)
+     352           0 :                 return;
+     353             : 
+     354           0 :         hid_t file_space = H5Dget_space(dset);
+     355           0 :         hsize_t count = H5Sget_simple_extent_npoints(file_space);
+     356             : 
+     357             :         // resize dataset
+     358           0 :         hsize_t new_size[RANK] = {count + n};
+     359           0 :         H5Dset_extent(dset, new_size);
+     360             : 
+     361             :         // get updated filespace
+     362           0 :         H5Sclose(file_space);
+     363           0 :         file_space = H5Dget_space(dset);
+     364             : 
+     365           0 :         hsize_t offset[RANK] = {count};
+     366           0 :         hsize_t cnt[RANK] = {n};
+     367             : 
+     368           0 :         H5Sselect_hyperslab(file_space, H5S_SELECT_SET, offset, NULL, cnt, NULL);
+     369           0 :         hid_t mspace_id = H5Screate_simple(RANK, cnt, NULL);
+     370             : 
+     371           0 :         H5Dwrite(dset, sid, mspace_id, file_space, H5P_DEFAULT, buffer.data());
+     372             : 
+     373           0 :         H5Sclose(mspace_id);
+     374           0 :         H5Sclose(file_space);
+     375             : 
+     376           0 :         buffer.clear();
+     377             : 
+     378           0 :         H5Fflush(file, H5F_SCOPE_GLOBAL);
+     379             : }
+     380             : 
+     381           0 : std::string HDF5Output::getDescription() const  {
+     382           0 :         return "HDF5Output";
+     383             : }
+     384             : 
+     385           0 : void HDF5Output::setFlushLimit(unsigned int N)
+     386             : {
+     387           0 :         flushLimit = N;
+     388           0 : }
+     389             : 
+     390             : } // namespace crpropa
+     391             : 
+     392             : #endif // CRPROPA_HAVE_HDF5
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/MomentumDiffusion.cpp.func-sort-c.html b/doc/coverageReport/src/module/MomentumDiffusion.cpp.func-sort-c.html new file mode 100644 index 000000000..8f9c1026b --- /dev/null +++ b/doc/coverageReport/src/module/MomentumDiffusion.cpp.func-sort-c.html @@ -0,0 +1,112 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/MomentumDiffusion.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - MomentumDiffusion.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:114524.4 %
Date:2024-04-08 14:58:22Functions:31030.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa25ConstantMomentumDiffusionC2Edd0
_ZNK7crpropa25ConstantMomentumDiffusion14getDescriptionB5cxx11Ev0
_ZNK7crpropa25ConstantMomentumDiffusion16calculateAScalarEd0
_ZNK7crpropa25ConstantMomentumDiffusion16calculateBScalarEv0
_ZNK7crpropa25ConstantMomentumDiffusion6getDppEv0
_ZNK7crpropa25ConstantMomentumDiffusion7processEPNS_9CandidateE0
_ZNK7crpropa25ConstantMomentumDiffusion8getLimitEv0
_ZN7crpropa25ConstantMomentumDiffusion6setDppEd1
_ZN7crpropa25ConstantMomentumDiffusionC2Ed1
_ZN7crpropa25ConstantMomentumDiffusion8setLimitEd2
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Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/src/module/MomentumDiffusion.cpp.func.html b/doc/coverageReport/src/module/MomentumDiffusion.cpp.func.html new file mode 100644 index 000000000..377203fb6 --- /dev/null +++ b/doc/coverageReport/src/module/MomentumDiffusion.cpp.func.html @@ -0,0 +1,112 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/MomentumDiffusion.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - MomentumDiffusion.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:114524.4 %
Date:2024-04-08 14:58:22Functions:31030.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa25ConstantMomentumDiffusion6setDppEd1
_ZN7crpropa25ConstantMomentumDiffusion8setLimitEd2
_ZN7crpropa25ConstantMomentumDiffusionC2Ed1
_ZN7crpropa25ConstantMomentumDiffusionC2Edd0
_ZNK7crpropa25ConstantMomentumDiffusion14getDescriptionB5cxx11Ev0
_ZNK7crpropa25ConstantMomentumDiffusion16calculateAScalarEd0
_ZNK7crpropa25ConstantMomentumDiffusion16calculateBScalarEv0
_ZNK7crpropa25ConstantMomentumDiffusion6getDppEv0
_ZNK7crpropa25ConstantMomentumDiffusion7processEPNS_9CandidateE0
_ZNK7crpropa25ConstantMomentumDiffusion8getLimitEv0
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Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/MomentumDiffusion.cpp.gcov.html b/doc/coverageReport/src/module/MomentumDiffusion.cpp.gcov.html new file mode 100644 index 000000000..926f0af54 --- /dev/null +++ b/doc/coverageReport/src/module/MomentumDiffusion.cpp.gcov.html @@ -0,0 +1,147 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/MomentumDiffusion.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - MomentumDiffusion.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:114524.4 %
Date:2024-04-08 14:58:22Functions:31030.0 %
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          Line data    Source code
+
+       1             : #include "crpropa/module/MomentumDiffusion.h"
+       2             : 
+       3             : using namespace crpropa;
+       4             : 
+       5           1 : ConstantMomentumDiffusion::ConstantMomentumDiffusion(double Dpp) {
+       6           1 :         setLimit(0.1);
+       7           1 :         setDpp(Dpp);
+       8           1 : }
+       9             : 
+      10           0 : ConstantMomentumDiffusion::ConstantMomentumDiffusion(double Dpp, double limit) {
+      11           0 :         setLimit(limit);
+      12           0 :         setDpp(Dpp);
+      13           0 : }
+      14             : 
+      15           0 : void ConstantMomentumDiffusion::process(Candidate *c) const {
+      16           0 :         double rig = c->current.getRigidity();
+      17           0 :         if (std::isinf(rig)) {
+      18             :                 return; // Only charged particles
+      19             :         }
+      20             :         
+      21           0 :         double p = c->current.getEnergy() / c_light; // Note we use E=p/c (relativistic limit)
+      22           0 :         double dt = c->getCurrentStep() / c_light;
+      23             :         
+      24           0 :         double eta =  Random::instance().randNorm();
+      25           0 :         double domega = eta * sqrt(dt);
+      26             :         
+      27           0 :         double AScal = calculateAScalar(p);
+      28           0 :         double BScal = calculateBScalar();
+      29             : 
+      30           0 :         double dp = AScal * dt + BScal * domega;
+      31           0 :         c->current.setEnergy((p + dp) * c_light);
+      32             :         
+      33           0 :         c->limitNextStep(limit * p / AScal * c_light);
+      34             : }
+      35             : 
+      36           0 : double ConstantMomentumDiffusion::calculateAScalar(double p) const {
+      37           0 :         double a = + 2. / p * Dpp;
+      38           0 :         return a; 
+      39             : }
+      40             : 
+      41           0 : double ConstantMomentumDiffusion::calculateBScalar() const {
+      42           0 :         double b = sqrt(2 * Dpp);
+      43           0 :         return b;
+      44             : }
+      45             : 
+      46           1 : void ConstantMomentumDiffusion::setDpp(double d) {
+      47           1 :         if (d < 0 )
+      48           0 :                 throw std::runtime_error(
+      49           0 :                                 "ConstantMomentumDiffusion: Dpp must be non-negative");
+      50           1 :         Dpp = d;
+      51           1 : }
+      52             : 
+      53           2 : void ConstantMomentumDiffusion::setLimit(double l) {
+      54           2 :         limit = l;
+      55           2 : }
+      56             : 
+      57           0 : double ConstantMomentumDiffusion::getDpp() const {
+      58           0 :         return Dpp;
+      59             : }
+      60             : 
+      61           0 : double ConstantMomentumDiffusion::getLimit() const {
+      62           0 :         return limit;
+      63             : }
+      64             : 
+      65           0 : std::string ConstantMomentumDiffusion::getDescription() const {
+      66           0 :         std::stringstream s;
+      67           0 :         s << "limit: " << limit << "\n";
+      68           0 :         s << "Dpp: " << Dpp / (meter * meter / second) << " m^2/s";
+      69             : 
+      70           0 :         return s.str();
+      71           0 : }
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/NuclearDecay.cpp.func-sort-c.html b/doc/coverageReport/src/module/NuclearDecay.cpp.func-sort-c.html new file mode 100644 index 000000000..dde7b40eb --- /dev/null +++ b/doc/coverageReport/src/module/NuclearDecay.cpp.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/NuclearDecay.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - NuclearDecay.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13716881.5 %
Date:2024-04-08 14:58:22Functions:111384.6 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12NuclearDecay12meanFreePathEid0
_ZN7crpropa12NuclearDecay8setLimitEd0
_ZN7crpropa12NuclearDecay14setHavePhotonsEb1
_ZN7crpropa12NuclearDecay16setHaveNeutrinosEb1
_ZN7crpropa12NuclearDecay17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa12NuclearDecay16setHaveElectronsEb2
_ZNK7crpropa12NuclearDecay17getInteractionTagB5cxx11Ev2
_ZN7crpropa12NuclearDecayC2Ebbbd9
_ZNK7crpropa12NuclearDecay13gammaEmissionEPNS_9CandidateEi11
_ZNK7crpropa12NuclearDecay9betaDecayEPNS_9CandidateEb499
_ZNK7crpropa12NuclearDecay15nucleonEmissionEPNS_9CandidateEii699
_ZNK7crpropa12NuclearDecay18performInteractionEPNS_9CandidateEi984
_ZNK7crpropa12NuclearDecay7processEPNS_9CandidateE7647
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/NuclearDecay.cpp.func.html b/doc/coverageReport/src/module/NuclearDecay.cpp.func.html new file mode 100644 index 000000000..2adf42079 --- /dev/null +++ b/doc/coverageReport/src/module/NuclearDecay.cpp.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/NuclearDecay.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - NuclearDecay.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13716881.5 %
Date:2024-04-08 14:58:22Functions:111384.6 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12NuclearDecay12meanFreePathEid0
_ZN7crpropa12NuclearDecay14setHavePhotonsEb1
_ZN7crpropa12NuclearDecay16setHaveElectronsEb2
_ZN7crpropa12NuclearDecay16setHaveNeutrinosEb1
_ZN7crpropa12NuclearDecay17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa12NuclearDecay8setLimitEd0
_ZN7crpropa12NuclearDecayC2Ebbbd9
_ZNK7crpropa12NuclearDecay13gammaEmissionEPNS_9CandidateEi11
_ZNK7crpropa12NuclearDecay15nucleonEmissionEPNS_9CandidateEii699
_ZNK7crpropa12NuclearDecay17getInteractionTagB5cxx11Ev2
_ZNK7crpropa12NuclearDecay18performInteractionEPNS_9CandidateEi984
_ZNK7crpropa12NuclearDecay7processEPNS_9CandidateE7647
_ZNK7crpropa12NuclearDecay9betaDecayEPNS_9CandidateEb499
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/NuclearDecay.cpp.gcov.html b/doc/coverageReport/src/module/NuclearDecay.cpp.gcov.html new file mode 100644 index 000000000..a9a87ffa4 --- /dev/null +++ b/doc/coverageReport/src/module/NuclearDecay.cpp.gcov.html @@ -0,0 +1,395 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/NuclearDecay.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - NuclearDecay.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13716881.5 %
Date:2024-04-08 14:58:22Functions:111384.6 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/NuclearDecay.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/ParticleMass.h"
+       5             : #include "crpropa/Random.h"
+       6             : 
+       7             : #include <fstream>
+       8             : #include <limits>
+       9             : #include <cmath>
+      10             : #include <stdexcept>
+      11             : 
+      12             : #include "kiss/logger.h"
+      13             : 
+      14             : namespace crpropa {
+      15             : 
+      16           9 : NuclearDecay::NuclearDecay(bool electrons, bool photons, bool neutrinos, double l) {
+      17           9 :         haveElectrons = electrons;
+      18           9 :         havePhotons = photons;
+      19           9 :         haveNeutrinos = neutrinos;
+      20           9 :         limit = l;
+      21           9 :         setDescription("NuclearDecay");
+      22             : 
+      23             :         // load decay table
+      24          18 :         std::string filename = getDataPath("nuclear_decay.txt");
+      25           9 :         std::ifstream infile(filename.c_str());
+      26           9 :         if (!infile.good())
+      27           0 :                 throw std::runtime_error(
+      28           0 :                                 "crpropa::NuclearDecay: could not open file " + filename);
+      29             : 
+      30           9 :         decayTable.resize(27 * 31);
+      31             :         std::string line;
+      32        8550 :         while (std::getline(infile,line)) {
+      33        8541 :                 std::stringstream stream(line);
+      34        8541 :                 if (stream.peek() == '#')
+      35             :                         continue;
+      36             :                 DecayMode decay;
+      37             :                 int Z, N;
+      38             :                 double lifetime;
+      39        8523 :                 stream >> Z >> N >> decay.channel >> lifetime;
+      40        8523 :                 decay.rate = 1. / lifetime / c_light; // decay rate in [1/m]
+      41             :                 std::vector<double> gamma;
+      42             :                 double val;
+      43       34227 :                 while (stream >> val)
+      44       25704 :                         gamma.push_back(val);
+      45       21375 :                 for (int i = 0; i < gamma.size(); i += 2) {
+      46       12852 :                         decay.energy.push_back(gamma[i] * keV);
+      47       12852 :                         decay.intensity.push_back(gamma[i+1]);
+      48             :                 }
+      49        8523 :                 if (infile)
+      50        8523 :                         decayTable[Z * 31 + N].push_back(decay);
+      51        8541 :         }
+      52           9 :         infile.close();
+      53          18 : }
+      54             : 
+      55           2 : void NuclearDecay::setHaveElectrons(bool b) {
+      56           2 :         haveElectrons = b;
+      57           2 : }
+      58             : 
+      59           1 : void NuclearDecay::setHavePhotons(bool b) {
+      60           1 :         havePhotons = b;
+      61           1 : }
+      62             : 
+      63           1 : void NuclearDecay::setHaveNeutrinos(bool b) {
+      64           1 :         haveNeutrinos = b;
+      65           1 : }
+      66             : 
+      67           0 : void NuclearDecay::setLimit(double l) {
+      68           0 :         limit = l;
+      69           0 : }
+      70             : 
+      71        7647 : void NuclearDecay::process(Candidate *candidate) const {
+      72             :         // the loop should be processed at least once for limiting the next step
+      73        7647 :         double step = candidate->getCurrentStep();
+      74        7647 :         double z = candidate->getRedshift();
+      75             :         do {
+      76             :                 // check if nucleus
+      77        7672 :                 int id = candidate->current.getId();
+      78        7672 :                 if (not (isNucleus(id)))
+      79             :                         return;
+      80             : 
+      81        7671 :                 int A = massNumber(id);
+      82        7671 :                 int Z = chargeNumber(id);
+      83        7671 :                 int N = A - Z;
+      84             : 
+      85             :                 // check if particle can decay
+      86        7671 :                 const std::vector<DecayMode> &decays = decayTable[Z * 31 + N];
+      87        7671 :                 if (decays.size() == 0)
+      88             :                         return;
+      89             : 
+      90             :                 // find interaction mode with minimum random decay distance
+      91         328 :                 Random &random = Random::instance();
+      92             :                 double randDistance = std::numeric_limits<double>::max();
+      93             :                 int channel;
+      94             :                 double totalRate = 0;
+      95             : 
+      96         656 :                 for (size_t i = 0; i < decays.size(); i++) {
+      97         328 :                         double rate = decays[i].rate;
+      98         328 :                         rate /= candidate->current.getLorentzFactor();  // relativistic time dilation
+      99         328 :                         rate /= (1 + z);  // rate per light travel distance -> rate per comoving distance
+     100         328 :                         totalRate += rate;
+     101         328 :                         double d = -log(random.rand()) / rate;
+     102         328 :                         if (d > randDistance)
+     103           0 :                                 continue;
+     104             :                         randDistance = d;
+     105         328 :                         channel = decays[i].channel;
+     106             :                 }
+     107             : 
+     108             :                 // check if interaction doesn't happen
+     109         328 :                 if (step < randDistance) {
+     110             :                         // limit next step to a fraction of the mean free path
+     111         303 :                         candidate->limitNextStep(limit / totalRate);
+     112         303 :                         return;
+     113             :                 }
+     114             : 
+     115             :                 // interact and repeat with remaining step
+     116          25 :                 performInteraction(candidate, channel);
+     117          25 :                 step -= randDistance;
+     118          25 :         } while (step > 0);
+     119             : }
+     120             : 
+     121         984 : void NuclearDecay::performInteraction(Candidate *candidate, int channel) const {
+     122             :         // interpret decay channel
+     123             :         int nBetaMinus = digit(channel, 10000);
+     124             :         int nBetaPlus = digit(channel, 1000);
+     125             :         int nAlpha = digit(channel, 100);
+     126             :         int nProton = digit(channel, 10);
+     127             :         int nNeutron = digit(channel, 1);
+     128             : 
+     129             :         // perform decays
+     130         984 :         if (havePhotons)
+     131          11 :                 gammaEmission(candidate,channel);
+     132        1314 :         for (size_t i = 0; i < nBetaMinus; i++)
+     133         330 :                 betaDecay(candidate, false);
+     134        1153 :         for (size_t i = 0; i < nBetaPlus; i++)
+     135         169 :                 betaDecay(candidate, true);
+     136        1008 :         for (size_t i = 0; i < nAlpha; i++)
+     137          24 :                 nucleonEmission(candidate, 4, 2);
+     138        1319 :         for (size_t i = 0; i < nProton; i++)
+     139         335 :                 nucleonEmission(candidate, 1, 1);
+     140        1324 :         for (size_t i = 0; i < nNeutron; i++)
+     141         340 :                 nucleonEmission(candidate, 1, 0);
+     142         984 : }
+     143             : 
+     144          11 : void NuclearDecay::gammaEmission(Candidate *candidate, int channel) const {
+     145          11 :         int id = candidate->current.getId();
+     146          11 :         int Z = chargeNumber(id);
+     147          11 :         int N = massNumber(id) - Z;
+     148             : 
+     149             :         // get photon energies and emission probabilities for decay channel
+     150          11 :         const std::vector<DecayMode> &decays = decayTable[Z * 31 + N];
+     151             :         size_t idecay = decays.size();
+     152          21 :         while (idecay-- != 0) {
+     153          21 :                 if (decays[idecay].channel == channel)
+     154             :                         break;
+     155             :         }
+     156             : 
+     157             :         const std::vector<double> &energy = decays[idecay].energy;
+     158             :         const std::vector<double> &intensity = decays[idecay].intensity;
+     159             : 
+     160             :         // check if photon emission available
+     161          11 :         if (energy.size() == 0)
+     162           0 :                 return;
+     163             : 
+     164          11 :         Random &random = Random::instance();
+     165          11 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     166             : 
+     167          26 :         for (int i = 0; i < energy.size(); ++i) {
+     168             :                 // check if photon of specific energy is emitted
+     169          15 :                 if (random.rand() > intensity[i])
+     170           5 :                         continue;
+     171             :                 // create secondary photon; boost to lab frame
+     172          10 :                 double cosTheta = 2 * random.rand() - 1;
+     173          10 :                 double E = energy[i] * candidate->current.getLorentzFactor() * (1. - cosTheta);
+     174          10 :                 candidate->addSecondary(22, E, pos, 1., interactionTag);
+     175             :         }
+     176             : }
+     177             : 
+     178         499 : void NuclearDecay::betaDecay(Candidate *candidate, bool isBetaPlus) const {
+     179         499 :         double gamma = candidate->current.getLorentzFactor();
+     180         499 :         int id = candidate->current.getId();
+     181         499 :         int A = massNumber(id);
+     182         499 :         int Z = chargeNumber(id);
+     183             : 
+     184             :         // beta- decay
+     185             :         int electronId = 11; // electron
+     186             :         int neutrinoId = -12; // anti-electron neutrino
+     187             :         int dZ = 1;
+     188             :         // beta+ decay
+     189         499 :         if (isBetaPlus) {
+     190             :                 electronId = -11; // positron
+     191             :                 neutrinoId = 12; // electron neutrino
+     192             :                 dZ = -1;
+     193             :         }
+     194             : 
+     195             :         // update candidate, nuclear recoil negligible
+     196             :         try
+     197             :         {
+     198         499 :                 candidate->current.setId(nucleusId(A, Z + dZ));
+     199             :         }
+     200           0 :         catch (std::runtime_error &e)
+     201             :         {
+     202           0 :                 KISS_LOG_ERROR<< "Something went wrong in the NuclearDecay\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
+     203           0 :                 throw;
+     204           0 :         }
+     205             : 
+     206         499 :         candidate->current.setLorentzFactor(gamma);
+     207             : 
+     208         499 :         if (not (haveElectrons or haveNeutrinos))
+     209         487 :                 return;
+     210             : 
+     211             :         // Q-value of the decay, subtract total energy of emitted photons
+     212          12 :         double m1 = nuclearMass(A, Z);
+     213          12 :         double m2 = nuclearMass(A, Z+dZ);
+     214          12 :         double Q = (m1 - m2 - mass_electron) * c_squared;
+     215             : 
+     216             :         // generate cdf of electron energy, neglecting Coulomb correction
+     217             :         // see Basdevant, Fundamentals in Nuclear Physics, eq. (4.92)
+     218             :         // This leads to deviations from theoretical expectations at low 
+     219             :         // primary energies.
+     220             :         std::vector<double> energies;
+     221             :         std::vector<double> densities; // cdf(E), unnormalized
+     222             : 
+     223          12 :         energies.reserve(51);
+     224          12 :         densities.reserve(51);
+     225             : 
+     226             :         double me = mass_electron * c_squared;
+     227          12 :         double cdf = 0;
+     228         624 :         for (int i = 0; i <= 50; i++) {
+     229         612 :                 double E = me + i / 50. * Q;
+     230         612 :                 cdf += E * sqrt(E * E - me * me) * pow(Q + me - E, 2);
+     231         612 :                 energies.push_back(E);
+     232         612 :                 densities.push_back(cdf);
+     233             :         }
+     234             : 
+     235             :         // draw random electron energy and angle
+     236             :         // assumption of ultra-relativistic particles 
+     237             :         // leads to deviations from theoretical predictions
+     238             :         // is not problematic for usual CRPropa energies E>~TeV
+     239          12 :         Random &random = Random::instance();
+     240          12 :         double E = interpolate(random.rand() * cdf, densities, energies);
+     241          12 :         double p = sqrt(E * E - me * me);  // p*c
+     242          12 :         double cosTheta = 2 * random.rand() - 1;
+     243             : 
+     244             :         // boost to lab frame
+     245          12 :         double Ee = gamma * (E - p * cosTheta);
+     246          12 :         double Enu = gamma * (Q + me - E) * (1 + cosTheta);  // pnu*c ~ Enu
+     247             : 
+     248          12 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     249          12 :         if (haveElectrons)
+     250          12 :                 candidate->addSecondary(electronId, Ee, pos, 1., interactionTag);
+     251          12 :         if (haveNeutrinos)
+     252          10 :                 candidate->addSecondary(neutrinoId, Enu, pos, 1., interactionTag);
+     253             : }
+     254             : 
+     255         699 : void NuclearDecay::nucleonEmission(Candidate *candidate, int dA, int dZ) const {
+     256         699 :         Random &random = Random::instance();
+     257         699 :         int id = candidate->current.getId();
+     258         699 :         int A = massNumber(id);
+     259         699 :         int Z = chargeNumber(id);
+     260         699 :         double EpA = candidate->current.getEnergy() / double(A);
+     261             : 
+     262             :         try
+     263             :         {
+     264         699 :                 candidate->current.setId(nucleusId(A - dA, Z - dZ));
+     265             :         }
+     266           0 :         catch (std::runtime_error &e)
+     267             :         {
+     268           0 :                 KISS_LOG_ERROR<< "Something went wrong in the NuclearDecay\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
+     269           0 :                 throw;
+     270           0 :         }
+     271             : 
+     272         699 :         candidate->current.setEnergy(EpA * (A - dA));
+     273         699 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(),candidate->current.getPosition());
+     274             : 
+     275             :         try
+     276             :         {
+     277         699 :                 candidate->addSecondary(nucleusId(dA, dZ), EpA * dA, pos, 1., interactionTag);
+     278             :         }
+     279           0 :         catch (std::runtime_error &e)
+     280             :         {
+     281           0 :                 KISS_LOG_ERROR<< "Something went wrong in the NuclearDecay\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
+     282           0 :                 throw;
+     283           0 :         }
+     284             : 
+     285         699 : }
+     286             : 
+     287           0 : double NuclearDecay::meanFreePath(int id, double gamma) {
+     288           0 :         if (not (isNucleus(id)))
+     289             :                 return std::numeric_limits<double>::max();
+     290             : 
+     291           0 :         int A = massNumber(id);
+     292           0 :         int Z = chargeNumber(id);
+     293           0 :         int N = A - Z;
+     294             : 
+     295             :         // check if particle can decay
+     296           0 :         const std::vector<DecayMode> &decays = decayTable[Z * 31 + N];
+     297           0 :         if (decays.size() == 0)
+     298             :                 return std::numeric_limits<double>::max();
+     299             : 
+     300             :         double totalRate = 0;
+     301             : 
+     302           0 :         for (size_t i = 0; i < decays.size(); i++) {
+     303           0 :                 double rate = decays[i].rate;
+     304           0 :                 rate /= gamma;
+     305           0 :                 totalRate += rate;
+     306             :         }
+     307             : 
+     308           0 :         return 1. / totalRate;
+     309             : }
+     310             : 
+     311           1 : void NuclearDecay::setInteractionTag(std::string tag) {
+     312           1 :         interactionTag = tag;
+     313           1 : }
+     314             : 
+     315           2 : std::string NuclearDecay::getInteractionTag() const {
+     316           2 :         return interactionTag;
+     317             : }
+     318             : 
+     319             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
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LCOV - code coverage report
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Current view:top level - src/module - Observer.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8018044.4 %
Date:2024-04-08 14:58:22Functions:164436.4 %
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_ZNK7crpropa8Observer7processEPNS_9CandidateE7681
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Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Observer.cpp.func.html b/doc/coverageReport/src/module/Observer.cpp.func.html new file mode 100644 index 000000000..d3bea8de7 --- /dev/null +++ b/doc/coverageReport/src/module/Observer.cpp.func.html @@ -0,0 +1,248 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Observer.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Observer.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8018044.4 %
Date:2024-04-08 14:58:22Functions:164436.4 %
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_ZNK7crpropa8Observer7processEPNS_9CandidateE7681
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Observer.cpp.gcov.html b/doc/coverageReport/src/module/Observer.cpp.gcov.html new file mode 100644 index 000000000..e54a180c9 --- /dev/null +++ b/doc/coverageReport/src/module/Observer.cpp.gcov.html @@ -0,0 +1,427 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Observer.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Observer.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8018044.4 %
Date:2024-04-08 14:58:22Functions:164436.4 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/Observer.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/Cosmology.h"
+       5             : 
+       6             : #include "kiss/logger.h"
+       7             : 
+       8             : #include <iostream>
+       9             : #include <cmath>
+      10             : 
+      11             : namespace crpropa {
+      12             : 
+      13             : // Observer -------------------------------------------------------------------
+      14          10 : Observer::Observer() :
+      15          10 :                 makeInactive(true), clone(false) {
+      16          10 : }
+      17             : 
+      18          10 : void Observer::add(ObserverFeature *feature) {
+      19          10 :         features.push_back(feature);
+      20          10 : }
+      21             : 
+      22           2 : void Observer::onDetection(Module *action, bool clone_) {
+      23           2 :         detectionAction = action;
+      24           2 :         clone = clone_;
+      25           2 : }
+      26             : 
+      27        7681 : void Observer::process(Candidate *candidate) const {
+      28             :         // loop over all features and have them check the particle
+      29             :         DetectionState state = NOTHING;
+      30       15362 :         for (int i = 0; i < features.size(); i++) {
+      31        7681 :                 DetectionState s = features[i]->checkDetection(candidate);
+      32        7681 :                 if (s == VETO)
+      33             :                         state = VETO;
+      34        7681 :                 else if ((s == DETECTED) && (state != VETO))
+      35             :                         state = DETECTED;
+      36             :         }
+      37             : 
+      38        7681 :         if (state == DETECTED) {
+      39         104 :                 for (int i = 0; i < features.size(); i++) {
+      40          52 :                         features[i]->onDetection(candidate);
+      41             :                 }
+      42             : 
+      43          52 :                 if (detectionAction.valid()) {
+      44          38 :                         if (clone)
+      45           0 :                                 detectionAction->process(candidate->clone(false));
+      46             :                         else
+      47          38 :                                 detectionAction->process(candidate);
+      48             :                 }
+      49             : 
+      50          52 :                 if (!flagKey.empty())
+      51           4 :                         candidate->setProperty(flagKey, flagValue);
+      52             : 
+      53          52 :                 if (makeInactive)
+      54          48 :                         candidate->setActive(false);
+      55             :         }
+      56        7681 : }
+      57             : 
+      58           2 : void Observer::setFlag(std::string key, std::string value) {
+      59           2 :         flagKey = key;
+      60           2 :         flagValue = value;
+      61           2 : }
+      62             : 
+      63           0 : std::string Observer::getDescription() const {
+      64           0 :         std::stringstream ss;
+      65           0 :         ss << "Observer";
+      66           0 :         for (int i = 0; i < features.size(); i++)
+      67           0 :                 ss << "\n    " << features[i]->getDescription() << "\n";
+      68           0 :         ss << "    Flag: '" << flagKey << "' -> '" << flagValue << "'\n";
+      69           0 :         ss << "    MakeInactive: " << (makeInactive ? "yes\n" : "no\n");
+      70           0 :         if (detectionAction.valid())
+      71           0 :                 ss << "    Action: " << detectionAction->getDescription() << ", clone: " << (clone ? "yes" : "no");
+      72             : 
+      73           0 :         return ss.str();
+      74           0 : }
+      75             : 
+      76           2 : void Observer::setDeactivateOnDetection(bool deactivate) {
+      77           2 :         makeInactive = deactivate;
+      78           2 : }
+      79             : 
+      80             : // ObserverFeature ------------------------------------------------------------
+      81           0 : DetectionState ObserverFeature::checkDetection(Candidate *candidate) const {
+      82           0 :         return NOTHING;
+      83             : }
+      84             : 
+      85          52 : void ObserverFeature::onDetection(Candidate *candidate) const {
+      86          52 : }
+      87             : 
+      88           0 : std::string ObserverFeature::getDescription() const {
+      89           0 :         return description;
+      90             : }
+      91             : 
+      92             : // ObserverDetectAll ----------------------------------------------------------
+      93           2 : DetectionState ObserverDetectAll::checkDetection(Candidate *candidate) const {
+      94           2 :         return DETECTED;
+      95             : }
+      96             : 
+      97           0 : std::string ObserverDetectAll::getDescription() const {
+      98           0 :         return description;
+      99             : }
+     100             : 
+     101             : // ObserverTracking --------------------------------------------------------
+     102           0 : ObserverTracking::ObserverTracking(Vector3d center, double radius, double stepSize) :
+     103           0 :                 center(center), radius(radius), stepSize(stepSize) {
+     104             :         if (stepSize == 0) {
+     105             :                 stepSize = radius / 10.;
+     106             :         }
+     107           0 : }
+     108             : 
+     109           0 : DetectionState ObserverTracking::checkDetection(Candidate *candidate) const {
+     110             :         // current distance to observer sphere center
+     111           0 :         double d = (candidate->current.getPosition() - center).getR();
+     112             : 
+     113             :         // no detection if outside of observer sphere
+     114           0 :         if (d > radius) {
+     115             :                 // conservatively limit next step to prevent overshooting
+     116           0 :                 candidate->limitNextStep(fabs(d - radius));
+     117             : 
+     118           0 :                 return NOTHING;
+     119             :         } else {
+     120             :                 // limit next step
+     121           0 :                 candidate->limitNextStep(stepSize);
+     122             : 
+     123           0 :                 return DETECTED;
+     124             :         }
+     125             : }
+     126             : 
+     127           0 : std::string ObserverTracking::getDescription() const {
+     128           0 :         std::stringstream ss;
+     129           0 :         ss << "ObserverTracking: ";
+     130           0 :         ss << "center = " << center / Mpc << " Mpc, ";
+     131           0 :         ss << "radius = " << radius / Mpc << " Mpc";
+     132           0 :         ss << "stepSize = " << stepSize / Mpc << " Mpc";
+     133           0 :         return ss.str();
+     134           0 : }
+     135             : 
+     136             : // Observer1D --------------------------------------------------------------
+     137        7664 : DetectionState Observer1D::checkDetection(Candidate *candidate) const {
+     138        7664 :         double x = candidate->current.getPosition().x;
+     139        7664 :         if (x > 0) {
+     140             :                 // Limits the next step size to prevent candidates from overshooting in case of non-detection
+     141        7625 :                 candidate->limitNextStep(x);
+     142        7625 :                 return NOTHING;
+     143             :         }
+     144             :         // Detects particles when reaching x = 0
+     145             :         return DETECTED;
+     146             : }
+     147             : 
+     148           0 : std::string Observer1D::getDescription() const {
+     149           0 :         return "Observer1D: observer at x = 0";
+     150             : }
+     151             : 
+     152             : // ObserverRedshiftWindow -----------------------------------------------------
+     153           0 : ObserverRedshiftWindow::ObserverRedshiftWindow(double zmin, double zmax) :
+     154           0 :                 zmin(zmin), zmax(zmax) {
+     155           0 : }
+     156             : 
+     157           0 : DetectionState ObserverRedshiftWindow::checkDetection(
+     158             :                 Candidate *candidate) const {
+     159           0 :         double z = candidate->getRedshift();
+     160           0 :         if (z > zmax)
+     161             :                 return VETO;
+     162           0 :         if (z < zmin)
+     163           0 :                 return VETO;
+     164             :         return NOTHING;
+     165             : }
+     166             : 
+     167           0 : std::string ObserverRedshiftWindow::getDescription() const {
+     168           0 :         std::stringstream ss;
+     169           0 :         ss << "ObserverRedshiftWindow: z = " << zmin << " - " << zmax;
+     170           0 :         return ss.str();
+     171           0 : }
+     172             : 
+     173             : // ObserverInactiveVeto -------------------------------------------------------
+     174           0 : DetectionState ObserverInactiveVeto::checkDetection(Candidate *c) const {
+     175           0 :         if (not(c->isActive()))
+     176           0 :                 return VETO;
+     177             :         return NOTHING;
+     178             : }
+     179             : 
+     180           0 : std::string ObserverInactiveVeto::getDescription() const {
+     181           0 :         return "ObserverInactiveVeto";
+     182             : }
+     183             : 
+     184             : // ObserverNucleusVeto --------------------------------------------------------
+     185           0 : DetectionState ObserverNucleusVeto::checkDetection(Candidate *c) const {
+     186           0 :         if (isNucleus(c->current.getId()))
+     187           0 :                 return VETO;
+     188             :         return NOTHING;
+     189             : }
+     190             : 
+     191           0 : std::string ObserverNucleusVeto::getDescription() const {
+     192           0 :         return "ObserverNucleusVeto";
+     193             : }
+     194             : 
+     195             : // ObserverNeutrinoVeto -------------------------------------------------------
+     196           0 : DetectionState ObserverNeutrinoVeto::checkDetection(Candidate *c) const {
+     197           0 :         int id = abs(c->current.getId());
+     198           0 :         if ((id == 12) or (id == 14) or (id == 16))
+     199           0 :                 return VETO;
+     200             :         return NOTHING;
+     201             : }
+     202             : 
+     203           0 : std::string ObserverNeutrinoVeto::getDescription() const {
+     204           0 :         return "ObserverNeutrinoVeto";
+     205             : }
+     206             : 
+     207             : // ObserverPhotonVeto ---------------------------------------------------------
+     208           0 : DetectionState ObserverPhotonVeto::checkDetection(Candidate *c) const {
+     209           0 :         if (c->current.getId() == 22)
+     210           0 :                 return VETO;
+     211             :         return NOTHING;
+     212             : }
+     213             : 
+     214           0 : std::string ObserverPhotonVeto::getDescription() const {
+     215           0 :         return "ObserverPhotonVeto";
+     216             : }
+     217             : 
+     218             : // ObserverElectronVeto ---------------------------------------------------------
+     219           0 : DetectionState ObserverElectronVeto::checkDetection(Candidate *c) const {
+     220           0 :         if (abs(c->current.getId()) == 11)
+     221           0 :                 return VETO;
+     222             :         return NOTHING;
+     223             : }
+     224             : 
+     225           0 : std::string ObserverElectronVeto::getDescription() const {
+     226           0 :         return "ObserverElectronVeto";
+     227             : }
+     228             : 
+     229             : // ObserverCustomVeto -------------------------------------------------------
+     230           0 : ObserverParticleIdVeto::ObserverParticleIdVeto(int pId) {
+     231           0 :         vetoParticleId = pId;
+     232           0 : }
+     233             : 
+     234           0 : DetectionState ObserverParticleIdVeto::checkDetection(Candidate *c) const {
+     235           0 :         if (c->current.getId() == vetoParticleId)
+     236           0 :                 return VETO;
+     237             :         return NOTHING;
+     238             : }
+     239             : 
+     240           0 : std::string ObserverParticleIdVeto::getDescription() const {
+     241           0 :         return "ObserverParticleIdVeto";
+     242             : }
+     243             : 
+     244             : 
+     245             : // ObserverTimeEvolution --------------------------------------------------------
+     246           0 : ObserverTimeEvolution::ObserverTimeEvolution() {}
+     247             : 
+     248           1 : ObserverTimeEvolution::ObserverTimeEvolution(double min, double dist, double numb) {
+     249           1 :         double max = min + numb * dist;
+     250             :         bool log = false;
+     251           1 :         addTimeRange(min, max, numb, log);
+     252           1 : }
+     253             : 
+     254           1 : ObserverTimeEvolution::ObserverTimeEvolution(double min, double max, double numb, bool log) {
+     255           1 :         addTimeRange(min, max, numb, log);
+     256           1 : }
+     257             : 
+     258             : 
+     259           6 : DetectionState ObserverTimeEvolution::checkDetection(Candidate *c) const {
+     260             : 
+     261           6 :         if (detList.size()) {
+     262           6 :                 double length = c->getTrajectoryLength();
+     263             :                 size_t index;
+     264           6 :                 const std::string DI = "DetectionIndex";
+     265             :                 std::string value;
+     266             : 
+     267             :                 // Load the last detection index
+     268           6 :                 if (c->hasProperty(DI)) {
+     269           4 :                         index = c->getProperty(DI).asUInt64();
+     270             :                 }
+     271             :                 else {
+     272             :                         index = 0;
+     273             :                 }
+     274             : 
+     275             :                 // Break if the particle has been detected once for all detList entries.
+     276           6 :                 if (index > detList.size()) {
+     277             :                         return NOTHING;
+     278             :                 }
+     279             : 
+     280             :                 // Calculate the distance to next detection
+     281           6 :                 double distance = length - detList[index];
+     282             : 
+     283             :                 // Limit next step and detect candidate.
+     284             :                 // Increase the index by one in case of detection
+     285           6 :                 if (distance < 0.) {
+     286           2 :                         c->limitNextStep(-distance);
+     287             :                         return NOTHING;
+     288             :                 }
+     289             :                 else {
+     290             : 
+     291           4 :                         if (index < detList.size()-1) {
+     292           2 :                                 c->limitNextStep(detList[index+1]-length);
+     293             :                         }
+     294           4 :                         c->setProperty(DI, Variant::fromUInt64(index+1));
+     295             : 
+     296           4 :                         return DETECTED;
+     297             :                 }
+     298             :         }
+     299             :         return NOTHING;
+     300             : }
+     301             : 
+     302           4 : void ObserverTimeEvolution::addTime(const double& t) {
+     303           4 :         detList.push_back(t);
+     304           4 : }
+     305             : 
+     306           2 : void ObserverTimeEvolution::addTimeRange(double min, double max, double numb, bool log) {
+     307           6 :         for (size_t i = 0; i < numb; i++) {
+     308           4 :                 if (log == true) {
+     309           2 :                         addTime(min * pow(max / min, i / (numb - 1.0)));
+     310             :                 } else {
+     311           2 :                         addTime(min + i * (max - min) / numb);
+     312             :                 }
+     313             :         }
+     314           2 : }
+     315             : 
+     316           0 : const std::vector<double>& ObserverTimeEvolution::getTimes() const {
+     317           0 :         return detList;
+     318             : }
+     319             : 
+     320           0 : std::string ObserverTimeEvolution::getDescription() const {
+     321           0 :         std::stringstream s;
+     322           0 :         s << "List of Detection lengths in kpc";
+     323           0 :         for (size_t i = 0; i < detList.size(); i++)
+     324           0 :           s << "  - " << detList[i] / kpc;
+     325           0 :         return s.str();
+     326           0 : }
+     327             : 
+     328             : // ObserverSurface--------------------------------------------------------------
+     329           2 : ObserverSurface::ObserverSurface(Surface* _surface) : surface(_surface) { }
+     330             : 
+     331           4 : DetectionState ObserverSurface::checkDetection(Candidate *candidate) const
+     332             : {
+     333           4 :                 double currentDistance = surface->distance(candidate->current.getPosition());
+     334           4 :                 double previousDistance = surface->distance(candidate->previous.getPosition());
+     335           4 :                 candidate->limitNextStep(fabs(currentDistance));
+     336             : 
+     337           4 :                 if (currentDistance * previousDistance > 0)
+     338             :                         return NOTHING;
+     339           2 :                 else if (previousDistance == 0)
+     340             :                         return NOTHING;
+     341             :                 else
+     342           2 :                         return DETECTED;
+     343             : }
+     344             : 
+     345           0 : std::string ObserverSurface::getDescription() const {
+     346           0 :         std::stringstream ss;
+     347           0 :         ss << "ObserverSurface: << " << surface->getDescription();
+     348           0 :         return ss.str();
+     349           0 : }
+     350             : 
+     351             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Output.cpp.func-sort-c.html b/doc/coverageReport/src/module/Output.cpp.func-sort-c.html new file mode 100644 index 000000000..8aa2d21bc --- /dev/null +++ b/doc/coverageReport/src/module/Output.cpp.func-sort-c.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Output.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Output.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:889889.8 %
Date:2024-04-08 14:58:22Functions:141687.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa6Output14setEnergyScaleEd0
_ZN7crpropa6Output14setLengthScaleEd0
_ZN7crpropa6Output10disableAllEv1
_ZN7crpropa6Output14enablePropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKNS_7VariantES8_1
_ZN7crpropa6Output7disableENS0_12OutputColumnE1
_ZNK7crpropa6Output4sizeEv1
_ZN7crpropa6Output6enableENS0_12OutputColumnE2
_ZN7crpropa6OutputC2Ev4
_ZN7crpropa6Output9enableAllEv5
_ZN7crpropa6Output13setOutputTypeENS0_10OutputTypeE8
_ZN7crpropa6OutputC2ENS0_10OutputTypeE8
_ZN7crpropa6Output5set1DEb9
_ZN7crpropa6Output14OutputTypeNameB5cxx11ENS0_10OutputTypeE12
_ZN7crpropa6Output3setENS0_12OutputColumnEb38
_ZNK7crpropa6Output7processEPNS_9CandidateE59
_ZN7crpropa6Output6modifyEv65
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Output.cpp.func.html b/doc/coverageReport/src/module/Output.cpp.func.html new file mode 100644 index 000000000..e967462c5 --- /dev/null +++ b/doc/coverageReport/src/module/Output.cpp.func.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Output.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Output.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:889889.8 %
Date:2024-04-08 14:58:22Functions:141687.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa6Output10disableAllEv1
_ZN7crpropa6Output13setOutputTypeENS0_10OutputTypeE8
_ZN7crpropa6Output14OutputTypeNameB5cxx11ENS0_10OutputTypeE12
_ZN7crpropa6Output14enablePropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKNS_7VariantES8_1
_ZN7crpropa6Output14setEnergyScaleEd0
_ZN7crpropa6Output14setLengthScaleEd0
_ZN7crpropa6Output3setENS0_12OutputColumnEb38
_ZN7crpropa6Output5set1DEb9
_ZN7crpropa6Output6enableENS0_12OutputColumnE2
_ZN7crpropa6Output6modifyEv65
_ZN7crpropa6Output7disableENS0_12OutputColumnE1
_ZN7crpropa6Output9enableAllEv5
_ZN7crpropa6OutputC2ENS0_10OutputTypeE8
_ZN7crpropa6OutputC2Ev4
_ZNK7crpropa6Output4sizeEv1
_ZNK7crpropa6Output7processEPNS_9CandidateE59
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Output.cpp.gcov.html b/doc/coverageReport/src/module/Output.cpp.gcov.html new file mode 100644 index 000000000..d08f567ad --- /dev/null +++ b/doc/coverageReport/src/module/Output.cpp.gcov.html @@ -0,0 +1,210 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Output.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Output.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:889889.8 %
Date:2024-04-08 14:58:22Functions:141687.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/Output.h"
+       2             : #include "crpropa/Units.h"
+       3             : 
+       4             : #include <stdexcept>
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8           4 : Output::Output() : outputName(OutputTypeName(Everything)), lengthScale(Mpc), energyScale(EeV), oneDimensional(false), count(0) {
+       9           4 :         enableAll();
+      10           4 : }
+      11             : 
+      12           8 : Output::Output(OutputType outputType) : outputName(OutputTypeName(outputType)), lengthScale(Mpc), energyScale(EeV), oneDimensional(false), count(0) {
+      13           8 :         setOutputType(outputType);
+      14           8 : }
+      15             : 
+      16          12 : std::string Output::OutputTypeName(OutputType outputType) {
+      17          12 :         if (outputType == Trajectory1D)
+      18           1 :                 return "Trajectory1D";
+      19          11 :         if (outputType == Event1D)
+      20           4 :                 return "Event1D";
+      21           7 :         if (outputType == Trajectory3D)
+      22           1 :                 return "Trajectory3D";
+      23           6 :         if (outputType == Event3D)
+      24           1 :                 return "Event3D";
+      25           5 :         return "Everything";
+      26             : }
+      27             : 
+      28          65 : void Output::modify() {
+      29          65 :         if (count > 0)
+      30           0 :                 throw std::runtime_error("Output: cannot change Output parameters after data has been written to file.");
+      31          65 : }
+      32             : 
+      33          59 : void Output::process(Candidate *c) const {
+      34          59 :         count++;
+      35          59 : }
+      36             : 
+      37           8 : void Output::setOutputType(OutputType outputtype) {
+      38           8 :         modify();
+      39           8 :         if (outputtype == Trajectory1D) {
+      40             :                 // X, ID, E
+      41           1 :                 set(CurrentPositionColumn, true);
+      42           1 :                 set(CurrentIdColumn, true);
+      43           1 :                 set(CurrentEnergyColumn, true);
+      44           1 :                 set1D(true);
+      45           7 :         } else if (outputtype == Event1D) {
+      46             :                 // D, ID, E, ID0, E0
+      47           4 :                 set(TrajectoryLengthColumn, true);
+      48           4 :                 set(CurrentIdColumn, true);
+      49           4 :                 set(CurrentEnergyColumn, true);
+      50           4 :                 set(SourceIdColumn, true);
+      51           4 :                 set(SourceEnergyColumn, true);
+      52           4 :                 set1D(true);
+      53           3 :         } else if (outputtype == Trajectory3D) {
+      54             :                 // D, ID, E, X, Y, Z, Px, Py, Pz
+      55           1 :                 set(TrajectoryLengthColumn, true);
+      56           1 :                 set(CurrentIdColumn, true);
+      57           1 :                 set(CurrentEnergyColumn, true);
+      58           1 :                 set(CurrentPositionColumn, true);
+      59           1 :                 set(CurrentDirectionColumn, true);
+      60           1 :                 set1D(false);
+      61           2 :         } else if (outputtype == Event3D) {
+      62             :                 // D, ID, E, X, Y, Z, Px, Py, Pz, ID0, E0, X0, Y0, Z0, P0x, P0y, P0z
+      63           1 :                 set(TrajectoryLengthColumn, true);
+      64           1 :                 set(CurrentIdColumn, true);
+      65           1 :                 set(CurrentEnergyColumn, true);
+      66           1 :                 set(CurrentPositionColumn, true);
+      67           1 :                 set(CurrentDirectionColumn, true);
+      68           1 :                 set(SourceIdColumn, true);
+      69           1 :                 set(SourceEnergyColumn, true);
+      70           1 :                 set(SourcePositionColumn, true);
+      71           1 :                 set(SourceDirectionColumn, true);
+      72           1 :                 set1D(false);
+      73           1 :         } else if (outputtype == Everything) {
+      74           1 :                 enableAll();
+      75           1 :                 set1D(false);
+      76             :         } else {
+      77           0 :                 throw std::runtime_error("Output: unknown output type");
+      78             :         }
+      79           8 : }
+      80             : 
+      81           0 : void Output::setEnergyScale(double scale) {
+      82           0 :         modify();
+      83           0 :         energyScale = scale;
+      84           0 : }
+      85             : 
+      86           0 : void Output::setLengthScale(double scale) {
+      87           0 :         modify();
+      88           0 :         lengthScale = scale;
+      89           0 : }
+      90             : 
+      91           9 : void Output::set1D(bool value) {
+      92           9 :         modify();
+      93           9 :         oneDimensional = value;
+      94           9 : }
+      95             : 
+      96           2 : void Output::enable(OutputColumn field) {
+      97           2 :         modify();
+      98           2 :         fields.set(field, true);
+      99           2 : }
+     100             : 
+     101           1 : void Output::disable(OutputColumn field) {
+     102           1 :         modify();
+     103           1 :         fields.set(field, false);
+     104           1 : }
+     105             : 
+     106          38 : void Output::set(OutputColumn field, bool value) {
+     107          38 :         modify();
+     108          38 :         fields.set(field, value);
+     109          38 : }
+     110             : 
+     111           5 : void Output::enableAll() {
+     112           5 :         modify();
+     113             :         fields.set();
+     114           5 : }
+     115             : 
+     116           1 : void Output::disableAll() {
+     117           1 :         modify();
+     118             :         fields.reset();
+     119           1 : }
+     120             : 
+     121           1 : size_t Output::size() const {
+     122           1 :         return count;
+     123             : }
+     124             : 
+     125           1 : void Output::enableProperty(const std::string &property, const Variant &defaultValue, const std::string &comment) {
+     126           1 :         modify();
+     127           1 :         Property prop;
+     128             :         prop.name = property;
+     129             :         prop.comment = comment;
+     130           1 :         prop.defaultValue = defaultValue;
+     131           1 :         properties.push_back(prop);
+     132           1 : };
+     133             : 
+     134             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/OutputShell.cpp.func-sort-c.html b/doc/coverageReport/src/module/OutputShell.cpp.func-sort-c.html new file mode 100644 index 000000000..98f8d83aa --- /dev/null +++ b/doc/coverageReport/src/module/OutputShell.cpp.func-sort-c.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/OutputShell.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - OutputShell.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0270.0 %
Date:2024-04-08 14:58:22Functions:060.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa11ShellOutput14getDescriptionB5cxx11Ev0
_ZNK7crpropa11ShellOutput7processEPNS_9CandidateE0
_ZNK7crpropa13ShellOutput1D14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ShellOutput1D7processEPNS_9CandidateE0
_ZNK7crpropa19ShellPropertyOutput14getDescriptionB5cxx11Ev0
_ZNK7crpropa19ShellPropertyOutput7processEPNS_9CandidateE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/OutputShell.cpp.func.html b/doc/coverageReport/src/module/OutputShell.cpp.func.html new file mode 100644 index 000000000..2ba776c67 --- /dev/null +++ b/doc/coverageReport/src/module/OutputShell.cpp.func.html @@ -0,0 +1,96 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/OutputShell.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - OutputShell.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0270.0 %
Date:2024-04-08 14:58:22Functions:060.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa11ShellOutput14getDescriptionB5cxx11Ev0
_ZNK7crpropa11ShellOutput7processEPNS_9CandidateE0
_ZNK7crpropa13ShellOutput1D14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ShellOutput1D7processEPNS_9CandidateE0
_ZNK7crpropa19ShellPropertyOutput14getDescriptionB5cxx11Ev0
_ZNK7crpropa19ShellPropertyOutput7processEPNS_9CandidateE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/OutputShell.cpp.gcov.html b/doc/coverageReport/src/module/OutputShell.cpp.gcov.html new file mode 100644 index 000000000..5ac2e949a --- /dev/null +++ b/doc/coverageReport/src/module/OutputShell.cpp.gcov.html @@ -0,0 +1,134 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/OutputShell.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - OutputShell.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0270.0 %
Date:2024-04-08 14:58:22Functions:060.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/OutputShell.h"
+       2             : #include "crpropa/Units.h"
+       3             : 
+       4             : #include <iomanip>
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8           0 : void ShellOutput::process(Candidate* c) const {
+       9           0 : #pragma omp critical
+      10             :         {
+      11             :                 std::cout << std::fixed << std::showpoint << std::setprecision(3)
+      12             :                                 << std::setw(6);
+      13           0 :                 std::cout << c->getTrajectoryLength() / Mpc << " Mpc,  ";
+      14           0 :                 std::cout << c->getRedshift() << ",  ";
+      15           0 :                 std::cout << c->current.getId() << ",  ";
+      16           0 :                 std::cout << c->current.getEnergy() / EeV << " EeV,  ";
+      17           0 :                 std::cout << c->current.getPosition() / Mpc << " Mpc,  ";
+      18           0 :                 std::cout << c->current.getDirection();
+      19             :                 std::cout << std::endl;
+      20             :         }
+      21           0 : }
+      22             : 
+      23           0 : std::string ShellOutput::getDescription() const {
+      24           0 :         return "Shell output";
+      25             : }
+      26             : 
+      27           0 : void ShellOutput1D::process(Candidate* c) const {
+      28           0 : #pragma omp critical
+      29             :         {
+      30             :                 std::cout << std::fixed << std::showpoint << std::setprecision(3)
+      31             :                                 << std::setw(6);
+      32           0 :                 std::cout << c->current.getPosition().x / Mpc << " Mpc,  ";
+      33           0 :                 std::cout << c->getRedshift() << ",  ";
+      34           0 :                 std::cout << c->current.getId() << ",  ";
+      35           0 :                 std::cout << c->current.getEnergy() / EeV << " EeV";
+      36             :                 std::cout << std::endl;
+      37             :         }
+      38           0 : }
+      39             : 
+      40           0 : std::string ShellOutput1D::getDescription() const {
+      41           0 :         return "Shell output for 1D";
+      42             : }
+      43             : 
+      44           0 : void ShellPropertyOutput::process(Candidate* c) const {
+      45             :         Candidate::PropertyMap::const_iterator i = c->properties.begin();
+      46           0 : #pragma omp critical
+      47             :         {
+      48           0 :                 for ( ; i != c->properties.end(); i++) {
+      49           0 :                         std::cout << "  " << i->first << ", " << i->second << std::endl;
+      50             :                 }
+      51             :         }
+      52           0 : }
+      53             : 
+      54           0 : std::string ShellPropertyOutput::getDescription() const {
+      55           0 :         return "Shell property output";
+      56             : }
+      57             : 
+      58             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ParticleCollector.cpp.func-sort-c.html b/doc/coverageReport/src/module/ParticleCollector.cpp.func-sort-c.html new file mode 100644 index 000000000..066818d57 --- /dev/null +++ b/doc/coverageReport/src/module/ParticleCollector.cpp.func-sort-c.html @@ -0,0 +1,168 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ParticleCollector.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ParticleCollector.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:547275.0 %
Date:2024-04-08 14:58:22Functions:172470.8 %
+
+ +
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17ParticleCollectorC2Em0
_ZN7crpropa17ParticleCollectorC2Emb0
_ZN7crpropa17ParticleCollectorC2Embb0
_ZNK7crpropa17ParticleCollector14getDescriptionB5cxx11Ev0
_ZNK7crpropa17ParticleCollector3endEv0
_ZNK7crpropa17ParticleCollector5beginEv0
_ZNK7crpropa17ParticleCollector8getCloneEv0
_ZN7crpropa17ParticleCollector4loadERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa17ParticleCollector13getTrajectoryENS_7ref_ptrINS_10ModuleListEEEmNS1_INS_6ModuleEEE1
_ZNK7crpropa17ParticleCollector13getTrajectoryEPNS_10ModuleListEmPNS_6ModuleE1
_ZNK7crpropa17ParticleCollector4dumpERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa17ParticleCollector8setCloneEb2
_ZNK7crpropa17ParticleCollector12getContainerEv2
_ZNK7crpropa17ParticleCollector9reprocessEPNS_6ModuleE2
_ZN7crpropa17ParticleCollector5beginEv5
_ZNK7crpropa17ParticleCollector4sizeEv6
_ZN7crpropa17ParticleCollectorD0Ev8
_ZNK7crpropa17ParticleCollectorixEm8
_ZN7crpropa17ParticleCollector14clearContainerEv14
_ZN7crpropa17ParticleCollectorC2Ev14
_ZN7crpropa17ParticleCollectorD2Ev14
_ZN7crpropa17ParticleCollector3endEv30
_ZNK7crpropa17ParticleCollector7processENS_7ref_ptrINS_9CandidateEEE30
_ZNK7crpropa17ParticleCollector7processEPNS_9CandidateE3206
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ParticleCollector.cpp.func.html b/doc/coverageReport/src/module/ParticleCollector.cpp.func.html new file mode 100644 index 000000000..a393ca64a --- /dev/null +++ b/doc/coverageReport/src/module/ParticleCollector.cpp.func.html @@ -0,0 +1,168 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ParticleCollector.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ParticleCollector.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:547275.0 %
Date:2024-04-08 14:58:22Functions:172470.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17ParticleCollector14clearContainerEv14
_ZN7crpropa17ParticleCollector3endEv30
_ZN7crpropa17ParticleCollector4loadERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa17ParticleCollector5beginEv5
_ZN7crpropa17ParticleCollector8setCloneEb2
_ZN7crpropa17ParticleCollectorC2Em0
_ZN7crpropa17ParticleCollectorC2Emb0
_ZN7crpropa17ParticleCollectorC2Embb0
_ZN7crpropa17ParticleCollectorC2Ev14
_ZN7crpropa17ParticleCollectorD0Ev8
_ZN7crpropa17ParticleCollectorD2Ev14
_ZNK7crpropa17ParticleCollector12getContainerEv2
_ZNK7crpropa17ParticleCollector13getTrajectoryENS_7ref_ptrINS_10ModuleListEEEmNS1_INS_6ModuleEEE1
_ZNK7crpropa17ParticleCollector13getTrajectoryEPNS_10ModuleListEmPNS_6ModuleE1
_ZNK7crpropa17ParticleCollector14getDescriptionB5cxx11Ev0
_ZNK7crpropa17ParticleCollector3endEv0
_ZNK7crpropa17ParticleCollector4dumpERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa17ParticleCollector4sizeEv6
_ZNK7crpropa17ParticleCollector5beginEv0
_ZNK7crpropa17ParticleCollector7processENS_7ref_ptrINS_9CandidateEEE30
_ZNK7crpropa17ParticleCollector7processEPNS_9CandidateE3206
_ZNK7crpropa17ParticleCollector8getCloneEv0
_ZNK7crpropa17ParticleCollector9reprocessEPNS_6ModuleE2
_ZNK7crpropa17ParticleCollectorixEm8
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/ParticleCollector.cpp.gcov.html b/doc/coverageReport/src/module/ParticleCollector.cpp.gcov.html new file mode 100644 index 000000000..b881f5f25 --- /dev/null +++ b/doc/coverageReport/src/module/ParticleCollector.cpp.gcov.html @@ -0,0 +1,194 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/ParticleCollector.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - ParticleCollector.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:547275.0 %
Date:2024-04-08 14:58:22Functions:172470.8 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/ParticleCollector.h"
+       2             : #include "crpropa/module/TextOutput.h"
+       3             : #include "crpropa/Units.h"
+       4             : 
+       5             : namespace crpropa {
+       6             : 
+       7          14 : ParticleCollector::ParticleCollector() : nBuffer(10e6), clone(false), recursive(false)  {
+       8          14 :         container.reserve(nBuffer); // for 1e6 candidates ~ 500MB of RAM
+       9          14 : }
+      10             : 
+      11           0 : ParticleCollector::ParticleCollector(const std::size_t nBuffer) : clone(false), recursive(false)  {
+      12           0 :         container.reserve(nBuffer);
+      13           0 : }
+      14             : 
+      15           0 : ParticleCollector::ParticleCollector(const std::size_t nBuffer, const bool clone) : recursive(false) {
+      16           0 :         container.reserve(nBuffer);
+      17           0 : }
+      18             : 
+      19           0 : ParticleCollector::ParticleCollector(const std::size_t nBuffer, const bool clone, const bool recursive) {
+      20           0 :         container.reserve(nBuffer);
+      21           0 : }
+      22             : 
+      23        3206 : void ParticleCollector::process(Candidate *c) const {
+      24        6412 : #pragma omp critical
+      25             :         {
+      26        3206 :                 if(clone)
+      27          50 :                         container.push_back(c->clone(recursive));
+      28             :                 else
+      29        6362 :                         container.push_back(c);
+      30             :         }
+      31        3206 : }
+      32             : 
+      33          30 : void ParticleCollector::process(ref_ptr<Candidate> c) const {
+      34          30 :         ParticleCollector::process((Candidate*) c);
+      35          30 : }
+      36             : 
+      37           2 : void ParticleCollector::reprocess(Module *action) const {
+      38          14 :         for (ParticleCollector::iterator itr = container.begin(); itr != container.end(); ++itr){
+      39          12 :                 if (clone)
+      40           0 :                         action->process((*(itr->get())).clone(false));
+      41             :                 else
+      42          12 :                         action->process(itr->get());
+      43             :         }
+      44           2 : }
+      45             : 
+      46           1 : void ParticleCollector::dump(const std::string &filename) const {
+      47           1 :         TextOutput output(filename.c_str(), Output::Everything);
+      48           1 :         reprocess(&output);
+      49           1 :         output.close();
+      50           1 : }
+      51             : 
+      52           1 : void ParticleCollector::load(const std::string &filename){
+      53           1 :         TextOutput::load(filename.c_str(), this);
+      54           1 : }
+      55             : 
+      56          22 : ParticleCollector::~ParticleCollector() {
+      57          14 :         clearContainer();
+      58          22 : }
+      59             : 
+      60           6 : std::size_t ParticleCollector::size() const {
+      61           6 :         return container.size();
+      62             : }
+      63             : 
+      64           8 : ref_ptr<Candidate> ParticleCollector::operator[](const std::size_t i) const {
+      65           8 :         return container[i];
+      66             : }
+      67             : 
+      68          14 : void ParticleCollector::clearContainer() {
+      69          14 :         container.clear();
+      70          14 : }
+      71             : 
+      72           2 : std::vector<ref_ptr<Candidate> >& ParticleCollector::getContainer() const {
+      73           2 :         return container;
+      74             : }
+      75             : 
+      76           2 : void ParticleCollector::setClone(bool b) {
+      77           2 :         clone = b;
+      78           2 : }
+      79             : 
+      80           0 : bool ParticleCollector::getClone() const {
+      81           0 :         return clone;
+      82             : }
+      83             : 
+      84           0 : std::string ParticleCollector::getDescription() const {
+      85           0 :         return "ParticleCollector";
+      86             : }
+      87             : 
+      88           5 : ParticleCollector::iterator ParticleCollector::begin() {
+      89           5 :         return container.begin();
+      90             : }
+      91             : 
+      92           0 : ParticleCollector::const_iterator ParticleCollector::begin() const {
+      93           0 :         return container.begin();
+      94             : }
+      95             : 
+      96          30 : ParticleCollector::iterator ParticleCollector::end() {
+      97          30 :         return container.end();
+      98             : }
+      99             : 
+     100           0 : ParticleCollector::const_iterator ParticleCollector::end() const {
+     101           0 :         return container.end();
+     102             : }
+     103             : 
+     104           1 : void ParticleCollector::getTrajectory(ModuleList* mlist, std::size_t i, Module *output) const {
+     105           1 :         ref_ptr<Candidate> c_tmp = container[i]->clone();
+     106             : 
+     107           1 :         c_tmp->restart();
+     108             : 
+     109           1 :         mlist->add(output);
+     110           1 :         mlist->run(c_tmp);
+     111           1 :         mlist->remove(mlist->size()-1);
+     112           1 : }
+     113             : 
+     114           1 : void ParticleCollector::getTrajectory(ref_ptr<ModuleList> mlist, std::size_t i, ref_ptr<Module> output) const {
+     115           1 :         ParticleCollector::getTrajectory((ModuleList*) mlist, i, (Module*) output);
+     116           1 : }
+     117             : 
+     118             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotoDisintegration.cpp.func-sort-c.html b/doc/coverageReport/src/module/PhotoDisintegration.cpp.func-sort-c.html new file mode 100644 index 000000000..3a3f0982b --- /dev/null +++ b/doc/coverageReport/src/module/PhotoDisintegration.cpp.func-sort-c.html @@ -0,0 +1,120 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotoDisintegration.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotoDisintegration.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:14017580.0 %
Date:2024-04-08 14:58:22Functions:101283.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19PhotoDisintegration10lossLengthEidd0
_ZN7crpropa19PhotoDisintegration8setLimitEd0
_ZN7crpropa19PhotoDisintegration14setHavePhotonsEb1
_ZN7crpropa19PhotoDisintegration17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa19PhotoDisintegration17getInteractionTagB5cxx11Ev2
_ZN7crpropa19PhotoDisintegrationC2ENS_7ref_ptrINS_11PhotonFieldEEEbd11
_ZN7crpropa19PhotoDisintegration13initBranchingENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE22
_ZN7crpropa19PhotoDisintegration14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE22
_ZN7crpropa19PhotoDisintegration18initPhotonEmissionENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE22
_ZN7crpropa19PhotoDisintegration8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE22
_ZNK7crpropa19PhotoDisintegration18performInteractionEPNS_9CandidateEi265
_ZNK7crpropa19PhotoDisintegration7processEPNS_9CandidateE16849
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotoDisintegration.cpp.func.html b/doc/coverageReport/src/module/PhotoDisintegration.cpp.func.html new file mode 100644 index 000000000..7207f6b5b --- /dev/null +++ b/doc/coverageReport/src/module/PhotoDisintegration.cpp.func.html @@ -0,0 +1,120 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotoDisintegration.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotoDisintegration.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:14017580.0 %
Date:2024-04-08 14:58:22Functions:101283.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19PhotoDisintegration10lossLengthEidd0
_ZN7crpropa19PhotoDisintegration13initBranchingENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE22
_ZN7crpropa19PhotoDisintegration14setHavePhotonsEb1
_ZN7crpropa19PhotoDisintegration14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE22
_ZN7crpropa19PhotoDisintegration17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa19PhotoDisintegration18initPhotonEmissionENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE22
_ZN7crpropa19PhotoDisintegration8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE22
_ZN7crpropa19PhotoDisintegration8setLimitEd0
_ZN7crpropa19PhotoDisintegrationC2ENS_7ref_ptrINS_11PhotonFieldEEEbd11
_ZNK7crpropa19PhotoDisintegration17getInteractionTagB5cxx11Ev2
_ZNK7crpropa19PhotoDisintegration18performInteractionEPNS_9CandidateEi265
_ZNK7crpropa19PhotoDisintegration7processEPNS_9CandidateE16849
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotoDisintegration.cpp.gcov.html b/doc/coverageReport/src/module/PhotoDisintegration.cpp.gcov.html new file mode 100644 index 000000000..9d6164c97 --- /dev/null +++ b/doc/coverageReport/src/module/PhotoDisintegration.cpp.gcov.html @@ -0,0 +1,406 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotoDisintegration.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotoDisintegration.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:14017580.0 %
Date:2024-04-08 14:58:22Functions:101283.3 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/PhotoDisintegration.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/ParticleMass.h"
+       5             : #include "crpropa/Random.h"
+       6             : #include "kiss/logger.h"
+       7             : 
+       8             : #include <cmath>
+       9             : #include <limits>
+      10             : #include <sstream>
+      11             : #include <fstream>
+      12             : #include <stdexcept>
+      13             : 
+      14             : namespace crpropa {
+      15             : 
+      16             : const double PhotoDisintegration::lgmin = 6;  // minimum log10(Lorentz-factor)
+      17             : const double PhotoDisintegration::lgmax = 14; // maximum log10(Lorentz-factor)
+      18             : const size_t PhotoDisintegration::nlg = 201;  // number of Lorentz-factor steps
+      19             : 
+      20          11 : PhotoDisintegration::PhotoDisintegration(ref_ptr<PhotonField> f, bool havePhotons, double limit) {
+      21          11 :         setPhotonField(f);
+      22          11 :         this->havePhotons = havePhotons;
+      23          11 :         this->limit = limit;
+      24          11 : }
+      25             : 
+      26          22 : void PhotoDisintegration::setPhotonField(ref_ptr<PhotonField> photonField) {
+      27          22 :         this->photonField = photonField;
+      28          22 :         std::string fname = photonField->getFieldName();
+      29          22 :         setDescription("PhotoDisintegration: " + fname);
+      30          66 :         initRate(getDataPath("Photodisintegration/rate_" + fname + ".txt"));
+      31          66 :         initBranching(getDataPath("Photodisintegration/branching_" + fname + ".txt"));
+      32          66 :         initPhotonEmission(getDataPath("Photodisintegration/photon_emission_" + fname.substr(0,3) + ".txt"));
+      33          22 : }
+      34             : 
+      35           1 : void PhotoDisintegration::setHavePhotons(bool havePhotons) {
+      36           1 :         this->havePhotons = havePhotons;
+      37           1 : }
+      38             : 
+      39           0 : void PhotoDisintegration::setLimit(double limit) {
+      40           0 :         this->limit = limit;
+      41           0 : }
+      42             : 
+      43          22 : void PhotoDisintegration::initRate(std::string filename) {
+      44          22 :         std::ifstream infile(filename.c_str());
+      45          22 :         if (not infile.good())
+      46           0 :                 throw std::runtime_error("PhotoDisintegration: could not open file " + filename);
+      47             : 
+      48             :         // clear previously loaded interaction rates
+      49          22 :         pdRate.clear();
+      50          22 :         pdRate.resize(27 * 31);
+      51             : 
+      52             :         std::string line;
+      53        4158 :         while (std::getline(infile, line)) {
+      54        4136 :                 if (line[0] == '#')
+      55          66 :                         continue;
+      56        4070 :                 std::stringstream lineStream(line);
+      57             : 
+      58             :                 int Z, N;
+      59        4070 :                 lineStream >> Z;
+      60        4070 :                 lineStream >> N;
+      61             : 
+      62             :                 double r;
+      63      822140 :                 for (size_t i = 0; i < nlg; i++) {
+      64             :                         lineStream >> r;
+      65      818070 :                         pdRate[Z * 31 + N].push_back(r / Mpc);
+      66             :                 }
+      67        4070 :         }
+      68          22 :         infile.close();
+      69          22 : }
+      70             : 
+      71          22 : void PhotoDisintegration::initBranching(std::string filename) {
+      72          22 :         std::ifstream infile(filename.c_str());
+      73          22 :         if (not infile.good())
+      74           0 :                 throw std::runtime_error("PhotoDisintegration: could not open file " + filename);
+      75             : 
+      76             :         // clear previously loaded interaction rates
+      77          22 :         pdBranch.clear();
+      78          22 :         pdBranch.resize(27 * 31);
+      79             : 
+      80             :         std::string line;
+      81       48532 :         while (std::getline(infile, line)) {
+      82       48510 :                 if (line[0] == '#')
+      83          66 :                         continue;
+      84             : 
+      85       48444 :                 std::stringstream lineStream(line);
+      86             : 
+      87             :                 int Z, N;
+      88       48444 :                 lineStream >> Z;
+      89       48444 :                 lineStream >> N;
+      90             : 
+      91             :                 Branch branch;
+      92       48444 :                 lineStream >> branch.channel;
+      93             : 
+      94             :                 double r;
+      95     9785688 :                 for (size_t i = 0; i < nlg; i++) {
+      96             :                         lineStream >> r;
+      97     9737244 :                         branch.branchingRatio.push_back(r);
+      98             :                 }
+      99             : 
+     100       48444 :                 pdBranch[Z * 31 + N].push_back(branch);
+     101       48444 :         }
+     102             : 
+     103          22 :         infile.close();
+     104          22 : }
+     105             : 
+     106          22 : void PhotoDisintegration::initPhotonEmission(std::string filename) {
+     107          22 :         std::ifstream infile(filename.c_str());
+     108          22 :         if (not infile.good())
+     109           0 :                 throw std::runtime_error("PhotoDisintegration: could not open file " + filename);
+     110             : 
+     111             :         // clear previously loaded emission probabilities
+     112          22 :         pdPhoton.clear();
+     113             : 
+     114             :         std::string line;
+     115      209154 :         while (std::getline(infile, line)) {
+     116      209132 :                 if (line[0] == '#')
+     117          66 :                         continue;
+     118             : 
+     119      209066 :                 std::stringstream lineStream(line);
+     120             : 
+     121             :                 int Z, N, Zd, Nd;
+     122      209066 :                 lineStream >> Z;
+     123      209066 :                 lineStream >> N;
+     124      209066 :                 lineStream >> Zd;
+     125      209066 :                 lineStream >> Nd;
+     126             : 
+     127             :                 PhotonEmission em;
+     128             :                 lineStream >> em.energy;
+     129      209066 :                 em.energy *= eV;
+     130             : 
+     131             :                 double r;
+     132    42231332 :                 for (size_t i = 0; i < nlg; i++) {
+     133             :                         lineStream >> r;
+     134    42022266 :                         em.emissionProbability.push_back(r);
+     135             :                 }
+     136             : 
+     137      209066 :                 int key = Z * 1000000 + N * 10000 + Zd * 100 + Nd;
+     138      209066 :                 if (pdPhoton.find(key) == pdPhoton.end()) {
+     139             :                         std::vector<PhotonEmission> emissions;
+     140       41096 :                         pdPhoton[key] = emissions;
+     141       41096 :                 }
+     142      209066 :                 pdPhoton[key].push_back(em);
+     143      209066 :         }
+     144             : 
+     145          22 :         infile.close();
+     146          22 : }
+     147             : 
+     148       16849 : void PhotoDisintegration::process(Candidate *candidate) const {
+     149             :         // execute the loop at least once for limiting the next step
+     150       16849 :         double step = candidate->getCurrentStep();
+     151             :         do {
+     152             :                 // check if nucleus
+     153       17112 :                 int id = candidate->current.getId();
+     154       17112 :                 if (not isNucleus(id))
+     155             :                         return;
+     156             : 
+     157       17111 :                 int A = massNumber(id);
+     158       17111 :                 int Z = chargeNumber(id);
+     159       17111 :                 int N = A - Z;
+     160       17111 :                 size_t idx = Z * 31 + N;
+     161             : 
+     162             :                 // check if disintegration data available
+     163       17111 :                 if ((Z > 26) or (N > 30))
+     164             :                         return;
+     165       17111 :                 if (pdRate[idx].size() == 0)
+     166             :                         return;
+     167             : 
+     168             :                 // check if in tabulated energy range
+     169        1517 :                 double z = candidate->getRedshift();
+     170        1517 :                 double lg = log10(candidate->current.getLorentzFactor() * (1 + z));
+     171        1517 :                 if ((lg <= lgmin) or (lg >= lgmax))
+     172             :                         return;
+     173             : 
+     174        1517 :                 double rate = interpolateEquidistant(lg, lgmin, lgmax, pdRate[idx]);
+     175        1517 :                 rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z); // cosmological scaling, rate per comoving distance
+     176             : 
+     177             :                 // check if interaction occurs in this step
+     178             :                 // otherwise limit next step to a fraction of the mean free path
+     179        1517 :                 Random &random = Random::instance();
+     180        1517 :                 double randDist = -log(random.rand()) / rate;
+     181        1517 :                 if (step < randDist) {
+     182        1254 :                         candidate->limitNextStep(limit / rate);
+     183        1254 :                         return;
+     184             :                 }
+     185             : 
+     186             :                 // select channel and interact
+     187             :                 const std::vector<Branch> &branches = pdBranch[idx];
+     188         263 :                 double cmp = random.rand();
+     189         263 :                 int l = round((lg - lgmin) / (lgmax - lgmin) * (nlg - 1)); // index of closest tabulation point
+     190             :                 size_t i = 0;
+     191        2133 :                 while ((i < branches.size()) and (cmp > 0)) {
+     192        1870 :                         cmp -= branches[i].branchingRatio[l];
+     193        1870 :                         i++;
+     194             :                 }
+     195         263 :                 performInteraction(candidate, branches[i-1].channel);
+     196             : 
+     197             :                 // repeat with remaining step
+     198         263 :                 step -= randDist;
+     199         263 :         } while (step > 0);
+     200             : }
+     201             : 
+     202         265 : void PhotoDisintegration::performInteraction(Candidate *candidate, int channel) const {
+     203         265 :         KISS_LOG_DEBUG << "Photodisintegration::performInteraction. Channel " <<  channel << " on candidate " << candidate->getDescription(); 
+     204             :         // parse disintegration channel
+     205             :         int nNeutron = digit(channel, 100000);
+     206             :         int nProton = digit(channel, 10000);
+     207             :         int nH2 = digit(channel, 1000);
+     208             :         int nH3 = digit(channel, 100);
+     209             :         int nHe3 = digit(channel, 10);
+     210             :         int nHe4 = digit(channel, 1);
+     211             : 
+     212         265 :         int dA = -nNeutron - nProton - 2 * nH2 - 3 * nH3 - 3 * nHe3 - 4 * nHe4;
+     213         265 :         int dZ = -nProton - nH2 - nH3 - 2 * nHe3 - 2 * nHe4;
+     214             : 
+     215         265 :         int id = candidate->current.getId();
+     216         265 :         int A = massNumber(id);
+     217         265 :         int Z = chargeNumber(id);
+     218         265 :         double EpA = candidate->current.getEnergy() / A;
+     219             : 
+     220             :         // create secondaries
+     221         265 :         Random &random = Random::instance();
+     222         265 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     223             :         try
+     224             :         {
+     225         458 :                 for (size_t i = 0; i < nNeutron; i++)
+     226         193 :                         candidate->addSecondary(nucleusId(1, 0), EpA, pos, 1., interactionTag);
+     227         379 :                 for (size_t i = 0; i < nProton; i++)
+     228         114 :                         candidate->addSecondary(nucleusId(1, 1), EpA, pos, 1., interactionTag);
+     229         265 :                 for (size_t i = 0; i < nH2; i++)
+     230           0 :                         candidate->addSecondary(nucleusId(2, 1), EpA * 2, pos, 1., interactionTag);
+     231         267 :                 for (size_t i = 0; i < nH3; i++)
+     232           2 :                         candidate->addSecondary(nucleusId(3, 1), EpA * 3, pos, 1., interactionTag);
+     233         265 :                 for (size_t i = 0; i < nHe3; i++)
+     234           0 :                         candidate->addSecondary(nucleusId(3, 2), EpA * 3, pos, 1., interactionTag);
+     235         309 :                 for (size_t i = 0; i < nHe4; i++)
+     236          44 :                         candidate->addSecondary(nucleusId(4, 2), EpA * 4, pos, 1., interactionTag);
+     237             : 
+     238             : 
+     239             :         // update particle
+     240             :           candidate->created = candidate->current;
+     241         265 :                 candidate->current.setId(nucleusId(A + dA, Z + dZ));
+     242         265 :                 candidate->current.setEnergy(EpA * (A + dA));
+     243             :         }
+     244           0 :         catch (std::runtime_error &e)
+     245             :         {
+     246           0 :                 KISS_LOG_ERROR << "Something went wrong in the PhotoDisentigration\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
+     247           0 :                 throw;
+     248           0 :         }
+     249             : 
+     250         265 :         if (not havePhotons)
+     251             :                 return;
+     252             : 
+     253             :         // create photons
+     254          32 :         double z = candidate->getRedshift();
+     255          32 :         double lg = log10(candidate->current.getLorentzFactor() * (1 + z));
+     256          32 :         double lf = candidate->current.getLorentzFactor();
+     257             : 
+     258          32 :         int l = round((lg - lgmin) / (lgmax - lgmin) * (nlg - 1));  // index of closest tabulation point
+     259          32 :         int key = Z*1e6 + (A-Z)*1e4 + (Z+dZ)*1e2 + (A+dA) - (Z+dZ);
+     260             : 
+     261         227 :         for (int i = 0; i < pdPhoton[key].size(); i++) {
+     262             :                 // check for random emission
+     263         195 :                 if (random.rand() > pdPhoton[key][i].emissionProbability[l])
+     264         162 :                         continue;
+     265             : 
+     266             :                 // boost to lab frame
+     267          33 :                 double cosTheta = 2 * random.rand() - 1;
+     268          33 :                 double E = pdPhoton[key][i].energy * lf * (1 - cosTheta);
+     269          33 :                 candidate->addSecondary(22, E, pos, 1., interactionTag);
+     270             :         }
+     271             : }
+     272             : 
+     273           0 : double PhotoDisintegration::lossLength(int id, double gamma, double z) {
+     274             :         // check if nucleus
+     275           0 :         if (not (isNucleus(id)))
+     276             :                 return std::numeric_limits<double>::max();
+     277             : 
+     278           0 :         int A = massNumber(id);
+     279           0 :         int Z = chargeNumber(id);
+     280           0 :         int N = A - Z;
+     281           0 :         size_t idx = Z * 31 + N;
+     282             : 
+     283             :         // check if disintegration data available
+     284           0 :         if ((Z > 26) or (N > 30))
+     285             :                 return std::numeric_limits<double>::max();
+     286             :         const std::vector<double> &rate = pdRate[idx];
+     287           0 :         if (rate.size() == 0)
+     288             :                 return std::numeric_limits<double>::max();
+     289             : 
+     290             :         // check if in tabulated energy range
+     291           0 :         double lg = log10(gamma * (1 + z));
+     292           0 :         if ((lg <= lgmin) or (lg >= lgmax))
+     293             :                 return std::numeric_limits<double>::max();
+     294             : 
+     295             :         // total interaction rate
+     296           0 :         double lossRate = interpolateEquidistant(lg, lgmin, lgmax, rate);
+     297             : 
+     298             :         // comological scaling, rate per physical distance
+     299           0 :         lossRate *= pow_integer<3>(1 + z) * photonField->getRedshiftScaling(z);
+     300             : 
+     301             :         // average number of nucleons lost for all disintegration channels
+     302             :         double avg_dA = 0;
+     303             :         const std::vector<Branch> &branches = pdBranch[idx];
+     304           0 :         for (size_t i = 0; i < branches.size(); i++) {
+     305           0 :                 int channel = branches[i].channel;
+     306             :                 int dA = 0;
+     307             :                 dA += 1 * digit(channel, 100000);
+     308           0 :                 dA += 1 * digit(channel, 10000);
+     309           0 :                 dA += 2 * digit(channel, 1000);
+     310           0 :                 dA += 3 * digit(channel, 100);
+     311           0 :                 dA += 3 * digit(channel, 10);
+     312           0 :                 dA += 4 * digit(channel, 1);
+     313             : 
+     314           0 :                 double br = interpolateEquidistant(lg, lgmin, lgmax, branches[i].branchingRatio);
+     315           0 :                 avg_dA += br * dA;
+     316             :         }
+     317             : 
+     318           0 :         lossRate *= avg_dA / A;
+     319           0 :         return 1 / lossRate;
+     320             : }
+     321             : 
+     322           1 : void PhotoDisintegration::setInteractionTag(std::string tag) {
+     323           1 :         interactionTag = tag;
+     324           1 : }
+     325             : 
+     326           2 : std::string PhotoDisintegration::getInteractionTag() const {
+     327           2 :         return interactionTag;
+     328             : }
+     329             : 
+     330             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotoPionProduction.cpp.func-sort-c.html b/doc/coverageReport/src/module/PhotoPionProduction.cpp.func-sort-c.html new file mode 100644 index 000000000..7b6272449 --- /dev/null +++ b/doc/coverageReport/src/module/PhotoPionProduction.cpp.func-sort-c.html @@ -0,0 +1,232 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotoPionProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotoPionProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:24638763.6 %
Date:2024-04-08 14:58:22Functions:244060.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19PhotoPionProduction10lossLengthEidd0
_ZN7crpropa19PhotoPionProduction12setSampleLogEb0
_ZN7crpropa19PhotoPionProduction16setHaveElectronsEb0
_ZN7crpropa19PhotoPionProduction16setHaveNeutrinosEb0
_ZN7crpropa19PhotoPionProduction19setCorrectionFactorEd0
_ZN7crpropa19PhotoPionProduction19setHaveAntiNucleonsEb0
_ZN7crpropa19PhotoPionProduction25setHaveRedshiftDependenceEb0
_ZN7crpropa19PhotoPionProduction8setLimitEd0
_ZNK7crpropa19PhotoPionProduction11sophiaEventEbdd0
_ZNK7crpropa19PhotoPionProduction12getSampleLogEv0
_ZNK7crpropa19PhotoPionProduction14getHavePhotonsEv0
_ZNK7crpropa19PhotoPionProduction16getHaveElectronsEv0
_ZNK7crpropa19PhotoPionProduction16getHaveNeutrinosEv0
_ZNK7crpropa19PhotoPionProduction19getHaveAntiNucleonsEv0
_ZNK7crpropa19PhotoPionProduction25getHaveRedshiftDependenceEv0
_ZNK7crpropa19PhotoPionProduction8getLimitEv0
_ZN7crpropa19PhotoPionProduction14setHavePhotonsEb1
_ZN7crpropa19PhotoPionProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa19PhotoPionProduction14getPhotonFieldEv1
_ZNK7crpropa19PhotoPionProduction19getCorrectionFactorEv1
_ZNK7crpropa19PhotoPionProduction17getInteractionTagB5cxx11Ev2
_ZN7crpropa19PhotoPionProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbbbbdb11
_ZN7crpropa19PhotoPionProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE22
_ZN7crpropa19PhotoPionProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE22
_ZNK7crpropa19PhotoPionProduction17epsMinInteractionEbd28
_ZNK7crpropa19PhotoPionProduction18performInteractionEPNS_9CandidateEb28
_ZNK7crpropa19PhotoPionProduction9sampleEpsEbdd28
_ZNK7crpropa19PhotoPionProduction10probEpsMaxEbdddd29
_ZNK7crpropa19PhotoPionProduction7probEpsEdbdd10689
_ZNK7crpropa19PhotoPionProduction8momentumEbd10717
_ZNK7crpropa19PhotoPionProduction7processEPNS_9CandidateE15289
_ZNK7crpropa19PhotoPionProduction10nucleonMFPEddb16206
_ZNK7crpropa19PhotoPionProduction18nucleiModificationEii16206
_ZNK7crpropa19PhotoPionProduction11crossectionEdb170560
_ZNK7crpropa19PhotoPionProduction6functsEdb170560
_ZNK7crpropa19PhotoPionProduction4sMinEv191909
_ZNK7crpropa19PhotoPionProduction2PlEdddd320502
_ZNK7crpropa19PhotoPionProduction11breitwignerEddddb1442259
_ZNK7crpropa19PhotoPionProduction2EfEddd1612819
_ZNK7crpropa19PhotoPionProduction4massEb1815502
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotoPionProduction.cpp.func.html b/doc/coverageReport/src/module/PhotoPionProduction.cpp.func.html new file mode 100644 index 000000000..4e52c0c59 --- /dev/null +++ b/doc/coverageReport/src/module/PhotoPionProduction.cpp.func.html @@ -0,0 +1,232 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotoPionProduction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotoPionProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:24638763.6 %
Date:2024-04-08 14:58:22Functions:244060.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19PhotoPionProduction10lossLengthEidd0
_ZN7crpropa19PhotoPionProduction12setSampleLogEb0
_ZN7crpropa19PhotoPionProduction14setHavePhotonsEb1
_ZN7crpropa19PhotoPionProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE22
_ZN7crpropa19PhotoPionProduction16setHaveElectronsEb0
_ZN7crpropa19PhotoPionProduction16setHaveNeutrinosEb0
_ZN7crpropa19PhotoPionProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa19PhotoPionProduction19setCorrectionFactorEd0
_ZN7crpropa19PhotoPionProduction19setHaveAntiNucleonsEb0
_ZN7crpropa19PhotoPionProduction25setHaveRedshiftDependenceEb0
_ZN7crpropa19PhotoPionProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE22
_ZN7crpropa19PhotoPionProduction8setLimitEd0
_ZN7crpropa19PhotoPionProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbbbbdb11
_ZNK7crpropa19PhotoPionProduction10nucleonMFPEddb16206
_ZNK7crpropa19PhotoPionProduction10probEpsMaxEbdddd29
_ZNK7crpropa19PhotoPionProduction11breitwignerEddddb1442259
_ZNK7crpropa19PhotoPionProduction11crossectionEdb170560
_ZNK7crpropa19PhotoPionProduction11sophiaEventEbdd0
_ZNK7crpropa19PhotoPionProduction12getSampleLogEv0
_ZNK7crpropa19PhotoPionProduction14getHavePhotonsEv0
_ZNK7crpropa19PhotoPionProduction14getPhotonFieldEv1
_ZNK7crpropa19PhotoPionProduction16getHaveElectronsEv0
_ZNK7crpropa19PhotoPionProduction16getHaveNeutrinosEv0
_ZNK7crpropa19PhotoPionProduction17epsMinInteractionEbd28
_ZNK7crpropa19PhotoPionProduction17getInteractionTagB5cxx11Ev2
_ZNK7crpropa19PhotoPionProduction18nucleiModificationEii16206
_ZNK7crpropa19PhotoPionProduction18performInteractionEPNS_9CandidateEb28
_ZNK7crpropa19PhotoPionProduction19getCorrectionFactorEv1
_ZNK7crpropa19PhotoPionProduction19getHaveAntiNucleonsEv0
_ZNK7crpropa19PhotoPionProduction25getHaveRedshiftDependenceEv0
_ZNK7crpropa19PhotoPionProduction2EfEddd1612819
_ZNK7crpropa19PhotoPionProduction2PlEdddd320502
_ZNK7crpropa19PhotoPionProduction4massEb1815502
_ZNK7crpropa19PhotoPionProduction4sMinEv191909
_ZNK7crpropa19PhotoPionProduction6functsEdb170560
_ZNK7crpropa19PhotoPionProduction7probEpsEdbdd10689
_ZNK7crpropa19PhotoPionProduction7processEPNS_9CandidateE15289
_ZNK7crpropa19PhotoPionProduction8getLimitEv0
_ZNK7crpropa19PhotoPionProduction8momentumEbd10717
_ZNK7crpropa19PhotoPionProduction9sampleEpsEbdd28
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotoPionProduction.cpp.gcov.html b/doc/coverageReport/src/module/PhotoPionProduction.cpp.gcov.html new file mode 100644 index 000000000..5a80e6b6b --- /dev/null +++ b/doc/coverageReport/src/module/PhotoPionProduction.cpp.gcov.html @@ -0,0 +1,758 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotoPionProduction.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotoPionProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:24638763.6 %
Date:2024-04-08 14:58:22Functions:244060.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/PhotoPionProduction.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/Random.h"
+       5             : 
+       6             : #include "kiss/convert.h"
+       7             : #include "kiss/logger.h"
+       8             : #include "sophia.h"
+       9             : 
+      10             : #include <limits>
+      11             : #include <cmath>
+      12             : #include <sstream>
+      13             : #include <fstream>
+      14             : #include <stdexcept>
+      15             : 
+      16             : namespace crpropa {
+      17             : 
+      18          11 : PhotoPionProduction::PhotoPionProduction(ref_ptr<PhotonField> field, bool photons, bool neutrinos, bool electrons, bool antiNucleons, double l, bool redshift) {
+      19          11 :         havePhotons = photons;
+      20          11 :         haveNeutrinos = neutrinos;
+      21          11 :         haveElectrons = electrons;
+      22          11 :         haveAntiNucleons = antiNucleons;
+      23          11 :         haveRedshiftDependence = redshift;
+      24          11 :         limit = l;
+      25          11 :         setPhotonField(field);
+      26          11 : }
+      27             : 
+      28          22 : void PhotoPionProduction::setPhotonField(ref_ptr<PhotonField> field) {
+      29          22 :         photonField = field;
+      30          22 :         std::string fname = photonField->getFieldName();
+      31          22 :         if (haveRedshiftDependence) {
+      32           0 :                 if (photonField->hasRedshiftDependence() == false){
+      33           0 :                         std::cout << "PhotoPionProduction: tabulated redshift dependence not needed for " + fname + ", switching off" << std::endl;
+      34           0 :                         haveRedshiftDependence = false;
+      35             :                 }
+      36             :                 else {
+      37           0 :                         KISS_LOG_WARNING << "PhotoPionProduction: You are using the 2-dimensional tabulated redshift evolution, which is not available for other interactions. To be consistent across all interactions you may deactivate this <setHaveRedshiftDependence(False)>.";
+      38             :                 }
+      39             :         }
+      40             :         
+      41          22 :         setDescription("PhotoPionProduction: " + fname);
+      42          22 :         if (haveRedshiftDependence){
+      43           0 :                 initRate(getDataPath("PhotoPionProduction/rate_" + fname.replace(0, 3, "IRBz") + ".txt"));
+      44             :         }
+      45             :         else
+      46          66 :                 initRate(getDataPath("PhotoPionProduction/rate_" + fname + ".txt"));
+      47          22 : }
+      48             : 
+      49           1 : void PhotoPionProduction::setHavePhotons(bool b) {
+      50           1 :         havePhotons = b;
+      51           1 : }
+      52             :         
+      53           0 : void PhotoPionProduction::setHaveElectrons(bool b) {
+      54           0 :         haveElectrons = b;
+      55           0 : }
+      56             : 
+      57           0 : void PhotoPionProduction::setHaveNeutrinos(bool b) {
+      58           0 :         haveNeutrinos = b;
+      59           0 : }
+      60             : 
+      61           0 : void PhotoPionProduction::setHaveAntiNucleons(bool b) {
+      62           0 :         haveAntiNucleons = b;
+      63           0 : }
+      64             : 
+      65           0 : void PhotoPionProduction::setHaveRedshiftDependence(bool b) {
+      66           0 :         haveRedshiftDependence = b;
+      67           0 :         setPhotonField(photonField);
+      68           0 : }
+      69             : 
+      70           0 : void PhotoPionProduction::setLimit(double l) {
+      71           0 :         limit = l;
+      72           0 : }
+      73             : 
+      74          22 : void PhotoPionProduction::initRate(std::string filename) {
+      75             :         // clear previously loaded tables
+      76          22 :         tabLorentz.clear();
+      77          22 :         tabRedshifts.clear();
+      78          22 :         tabProtonRate.clear();
+      79          22 :         tabNeutronRate.clear();
+      80             : 
+      81          22 :         std::ifstream infile(filename.c_str());
+      82          22 :         if (!infile.good())
+      83           0 :                 throw std::runtime_error("PhotoPionProduction: could not open file " + filename);
+      84             : 
+      85          22 :         if (haveRedshiftDependence) {
+      86             :                 double zOld = -1, aOld = -1;
+      87           0 :                 while (infile.good()) {
+      88           0 :                         if (infile.peek() == '#') {
+      89           0 :                                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+      90           0 :                                 continue;
+      91             :                         }
+      92             :                         double z, a, b, c;
+      93             :                         infile >> z >> a >> b >> c;
+      94           0 :                         if (!infile)
+      95             :                                 break;
+      96           0 :                         if (z > zOld) {
+      97           0 :                                 tabRedshifts.push_back(z);
+      98           0 :                                 zOld = z;
+      99             :                         }
+     100           0 :                         if (a > aOld) {
+     101           0 :                                 tabLorentz.push_back(pow(10, a));
+     102           0 :                                 aOld = a;
+     103             :                         }
+     104           0 :                         tabProtonRate.push_back(b / Mpc);
+     105           0 :                         tabNeutronRate.push_back(c / Mpc);
+     106             :                 }
+     107             :         } else {
+     108        5610 :                 while (infile.good()) {
+     109        5610 :                         if (infile.peek() == '#') {
+     110          66 :                                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+     111          66 :                                 continue;
+     112             :                         }
+     113             :                         double a, b, c;
+     114             :                         infile >> a >> b >> c;
+     115        5544 :                         if (!infile)
+     116             :                                 break;
+     117        5522 :                         tabLorentz.push_back(pow(10, a));
+     118        5522 :                         tabProtonRate.push_back(b / Mpc);
+     119        5522 :                         tabNeutronRate.push_back(c / Mpc);
+     120             :                 }
+     121             :         }
+     122             : 
+     123          22 :         infile.close();
+     124          22 : }
+     125             : 
+     126       16206 : double PhotoPionProduction::nucleonMFP(double gamma, double z, bool onProton) const {
+     127       16206 :         const std::vector<double> &tabRate = (onProton)? tabProtonRate : tabNeutronRate;
+     128             : 
+     129             :         // scale nucleus energy instead of background photon energy
+     130       16206 :         gamma *= (1 + z);
+     131       16206 :         if (gamma < tabLorentz.front() or (gamma > tabLorentz.back()))
+     132             :                 return std::numeric_limits<double>::max();
+     133             : 
+     134             :         double rate;
+     135       16206 :         if (haveRedshiftDependence)
+     136           0 :                 rate = interpolate2d(z, gamma, tabRedshifts, tabLorentz, tabRate);
+     137             :         else
+     138       16206 :                 rate = interpolate(gamma, tabLorentz, tabRate) * photonField->getRedshiftScaling(z);
+     139             : 
+     140             :         // cosmological scaling
+     141       16206 :         rate *= pow_integer<2>(1 + z);
+     142             : 
+     143       16206 :         return 1. / rate;
+     144             : }
+     145             : 
+     146       16206 : double PhotoPionProduction::nucleiModification(int A, int X) const {
+     147       16206 :         if (A == 1)
+     148             :                 return 1.;
+     149        1801 :         if (A <= 8)
+     150         453 :                 return 0.85 * pow(X, 2. / 3.);
+     151        1348 :         return 0.85 * X;
+     152             : }
+     153             : 
+     154       15289 : void PhotoPionProduction::process(Candidate *candidate) const {
+     155       15289 :         double step = candidate->getCurrentStep();
+     156       15289 :         double z = candidate->getRedshift();
+     157             :         // the loop is processed at least once for limiting the next step
+     158             :         do {
+     159             :                 // check if nucleus
+     160       15307 :                 int id = candidate->current.getId();
+     161       15307 :                 if (!isNucleus(id))
+     162             :                         return;
+     163             : 
+     164             :                 // find interaction with minimum random distance
+     165       15306 :                 Random &random = Random::instance();
+     166             :                 double randDistance = std::numeric_limits<double>::max();
+     167             :                 double meanFreePath;
+     168             :                 double totalRate = 0;
+     169             :                 bool onProton = true; // interacting particle: proton or neutron
+     170             : 
+     171       15306 :                 int A = massNumber(id);
+     172       15306 :                 int Z = chargeNumber(id);
+     173       15306 :                 int N = A - Z;
+     174       15306 :                 double gamma = candidate->current.getLorentzFactor();
+     175             : 
+     176             :                 // check for interaction on protons
+     177       15306 :                 if (Z > 0) {
+     178       14758 :                         meanFreePath = nucleonMFP(gamma, z, true) / nucleiModification(A, Z);
+     179       14758 :                         randDistance = -log(random.rand()) * meanFreePath;
+     180       14758 :                         totalRate += 1. / meanFreePath;
+     181             :                 }
+     182             :                 // check for interaction on neutrons
+     183       15306 :                 if (N > 0) {
+     184        1448 :                         meanFreePath = nucleonMFP(gamma, z, false) / nucleiModification(A, N);
+     185        1448 :                         totalRate += 1. / meanFreePath;
+     186        1448 :                         double d = -log(random.rand()) * meanFreePath;
+     187        1448 :                         if (d < randDistance) {
+     188             :                                 randDistance = d;
+     189             :                                 onProton = false;
+     190             :                         }
+     191             :                 }
+     192             : 
+     193             :                 // check if interaction does not happen
+     194       15306 :                 if (step < randDistance) {
+     195       15288 :                         if (totalRate > 0.)
+     196       15288 :                                 candidate->limitNextStep(limit / totalRate);
+     197       15288 :                         return;
+     198             :                 }
+     199             : 
+     200             :                 // interact and repeat with remaining step
+     201          18 :                 performInteraction(candidate, onProton);
+     202          18 :                 step -= randDistance;
+     203          18 :         } while (step > 0);
+     204             : }
+     205             : 
+     206          28 : void PhotoPionProduction::performInteraction(Candidate *candidate, bool onProton) const {
+     207          28 :         int id = candidate->current.getId();
+     208          28 :         int A = massNumber(id);
+     209          28 :         int Z = chargeNumber(id);
+     210          28 :         double E = candidate->current.getEnergy();
+     211          28 :         double EpA = E / A;
+     212          28 :         double z = candidate->getRedshift();
+     213             : 
+     214             :         // SOPHIA simulates interactions only for protons / neutrons.
+     215             :         // For anti-protons / neutrons assume charge symmetry and change all
+     216             :         // interaction products from particle <--> anti-particle (sign)
+     217          28 :         int sign = (id > 0) ? 1 : -1;
+     218             : 
+     219             :         // check if below SOPHIA's energy threshold
+     220          56 :         double E_threshold = (photonField->getFieldName() == "CMB") ? 3.72e18 * eV : 5.83e15 * eV;
+     221          28 :         if (EpA * (1 + z) < E_threshold)
+     222           0 :                 return;
+     223             : 
+     224             :         // SOPHIA - input:
+     225          28 :         int nature = 1 - static_cast<int>(onProton);  // 0=proton, 1=neutron
+     226          28 :         double Ein = EpA / GeV;  // GeV is the SOPHIA standard unit
+     227          28 :         double eps = sampleEps(onProton, EpA, z) / GeV;  // GeV for SOPHIA
+     228             : 
+     229             :         // SOPHIA - output:
+     230             :         double outputEnergy[5][2000];  // [GeV/c, GeV/c, GeV/c, GeV, GeV/c^2]
+     231             :         int outPartID[2000];
+     232             :         int nParticles;
+     233             : 
+     234          56 : #pragma omp critical
+     235             :         {
+     236          28 :                 sophiaevent_(nature, Ein, eps, outputEnergy, outPartID, nParticles);
+     237             :         }
+     238             : 
+     239          28 :         Random &random = Random::instance();
+     240          28 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     241             :         std::vector<int> pnType;  // filled with either 13 (proton) or 14 (neutron)
+     242             :         std::vector<double> pnEnergy;  // corresponding energies of proton or neutron
+     243          28 :         if (nParticles == 0)
+     244             :                 return;
+     245         146 :         for (int i = 0; i < nParticles; i++) { // loop over out-going particles
+     246         118 :                 double Eout = outputEnergy[3][i] * GeV; // only the energy is used; could be changed for more detail
+     247         118 :                 int pType = outPartID[i];
+     248         118 :                 switch (pType) {
+     249          28 :                 case 13: // proton
+     250             :                 case 14: // neutron
+     251             :                         // proton and neutron data is taken to determine primary particle in a later step
+     252          28 :                         pnType.push_back(pType);
+     253          28 :                         pnEnergy.push_back(Eout);
+     254             :                         break;
+     255           0 :                 case -13: // anti-proton
+     256             :                 case -14: // anti-neutron
+     257           0 :                         if (haveAntiNucleons)
+     258             :                                 try
+     259             :                                 {
+     260           0 :                                         candidate->addSecondary(-sign * nucleusId(1, 14 + pType), Eout, pos, 1., interactionTag);
+     261             :                                 }
+     262           0 :                                 catch (std::runtime_error &e)
+     263             :                                 {
+     264           0 :                                         KISS_LOG_ERROR<< "Something went wrong in the PhotoPionProduction (anti-nucleon production)\n" << "Something went wrong in the PhotoPionProduction\n"<< "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
+     265           0 :                                         throw;
+     266           0 :                                 }
+     267             :                         break;
+     268          22 :                 case 1: // photon
+     269          22 :                         if (havePhotons)
+     270          14 :                                 candidate->addSecondary(22, Eout, pos, 1., interactionTag);
+     271             :                         break;
+     272          12 :                 case 2: // positron
+     273          12 :                         if (haveElectrons)
+     274           2 :                                 candidate->addSecondary(sign * -11, Eout, pos, 1., interactionTag);
+     275             :                         break;
+     276           5 :                 case 3: // electron
+     277           5 :                         if (haveElectrons)
+     278           2 :                                 candidate->addSecondary(sign * 11, Eout, pos, 1., interactionTag);
+     279             :                         break;
+     280          12 :                 case 15: // nu_e
+     281          12 :                         if (haveNeutrinos)
+     282           2 :                                 candidate->addSecondary(sign * 12, Eout, pos, 1., interactionTag);
+     283             :                         break;
+     284           5 :                 case 16: // anti-nu_e
+     285           5 :                         if (haveNeutrinos)
+     286           2 :                                 candidate->addSecondary(sign * -12, Eout, pos, 1., interactionTag);
+     287             :                         break;
+     288          17 :                 case 17: // nu_mu
+     289          17 :                         if (haveNeutrinos)
+     290           4 :                                 candidate->addSecondary(sign * 14, Eout, pos, 1., interactionTag);
+     291             :                         break;
+     292          17 :                 case 18: // anti-nu_mu
+     293          17 :                         if (haveNeutrinos)
+     294           4 :                                 candidate->addSecondary(sign * -14, Eout, pos, 1., interactionTag);
+     295             :                         break;
+     296           0 :                 default:
+     297           0 :                         throw std::runtime_error("PhotoPionProduction: unexpected particle " + kiss::str(pType));
+     298             :                 }
+     299             :         }
+     300          28 :         double maxEnergy = *std::max_element(pnEnergy.begin(), pnEnergy.end());  // criterion for being declared primary
+     301          56 :         for (int i = 0; i < pnEnergy.size(); ++i) {
+     302          28 :                 if (pnEnergy[i] == maxEnergy) {  // nucleon is primary particle
+     303          28 :                         if (A == 1) {
+     304             :                                 // single interacting nucleon
+     305          25 :                                 candidate->current.setEnergy(pnEnergy[i]);
+     306             :                                 try
+     307             :                                 {
+     308          25 :                                         candidate->current.setId(sign * nucleusId(1, 14 - pnType[i]));
+     309             :                                 }
+     310           0 :                                 catch (std::runtime_error &e)
+     311             :                                 {
+     312           0 :                                         KISS_LOG_ERROR<< "Something went wrong in the PhotoPionProduction (primary particle, A==1)\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
+     313           0 :                                         throw;
+     314           0 :                                 }
+     315             :                         } else {
+     316             :                                 // interacting nucleon is part of nucleus: it is emitted from the nucleus
+     317           3 :                                 candidate->current.setEnergy(E - EpA);
+     318             :                                 try
+     319             :                                 {
+     320           3 :                                         candidate->current.setId(sign * nucleusId(A - 1, Z - int(onProton)));
+     321           3 :                                         candidate->addSecondary(sign * nucleusId(1, 14 - pnType[i]), pnEnergy[i], pos, 1., interactionTag);
+     322             :                                 }
+     323           0 :                                 catch (std::runtime_error &e)
+     324             :                                 {
+     325           0 :                                         KISS_LOG_ERROR<< "Something went wrong in the PhotoPionProduction (primary particle, A!=1)\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
+     326           0 :                                         throw;
+     327           0 :                                 }
+     328             :                         }
+     329             :                 } else {  // nucleon is secondary proton or neutron
+     330           0 :                         candidate->addSecondary(sign * nucleusId(1, 14 - pnType[i]), pnEnergy[i], pos, 1., interactionTag);
+     331             :                 }
+     332             :         }
+     333             : }
+     334             : 
+     335           0 : double PhotoPionProduction::lossLength(int id, double gamma, double z) {
+     336           0 :         int A = massNumber(id);
+     337           0 :         int Z = chargeNumber(id);
+     338           0 :         int N = A - Z;
+     339             : 
+     340             :         double lossRate = 0;
+     341           0 :         if (Z > 0)
+     342           0 :                 lossRate += 1 / nucleonMFP(gamma, z, true) * nucleiModification(A, Z);
+     343           0 :         if (N > 0)
+     344           0 :                 lossRate += 1 / nucleonMFP(gamma, z, false) * nucleiModification(A, N);
+     345             : 
+     346             :         // approximate the relative energy loss
+     347             :         // - nucleons keep the fraction of mass to delta-resonance mass
+     348             :         // - nuclei lose the energy 1/A the interacting nucleon is carrying
+     349           0 :         double relativeEnergyLoss = (A == 1) ? 1 - 938. / 1232. : 1. / A;
+     350           0 :         lossRate *= relativeEnergyLoss;
+     351             : 
+     352             :         // scaling factor: interaction rate --> energy loss rate
+     353           0 :         lossRate *= (1 + z);
+     354             : 
+     355           0 :         return 1. / lossRate;
+     356             : }
+     357             : 
+     358           0 : SophiaEventOutput PhotoPionProduction::sophiaEvent(bool onProton, double Ein, double eps) const {
+     359             :         // SOPHIA - input:
+     360           0 :         int nature = 1 - static_cast<int>(onProton);  // 0=proton, 1=neutron
+     361           0 :         Ein /= GeV;  // GeV is the SOPHIA standard unit
+     362           0 :         eps /= GeV;  // GeV for SOPHIA
+     363             : 
+     364             :         // SOPHIA - output:
+     365             :         double outputEnergy[5][2000];  // [Px GeV/c, Py GeV/c, Pz GeV/c, E GeV, m0 GeV/c^2]
+     366             :         int outPartID[2000];
+     367             :         int nParticles;
+     368             : 
+     369           0 :         sophiaevent_(nature, Ein, eps, outputEnergy, outPartID, nParticles);
+     370             : 
+     371             :         // convert SOPHIA IDs to PDG naming convention & create particles
+     372             :         SophiaEventOutput output;
+     373           0 :         output.nParticles = nParticles;
+     374           0 :         for (int i = 0; i < nParticles; ++i) {
+     375           0 :                 int id = 0;
+     376           0 :                 int partType = outPartID[i];
+     377           0 :                 switch (partType) {
+     378           0 :                         case 13:  // proton
+     379             :                         case 14:  // neutron
+     380           0 :                                 id = nucleusId(1, 14 - partType);
+     381           0 :                                 break;
+     382           0 :                         case -13:  // anti-proton
+     383             :                         case -14:  // anti-neutron
+     384           0 :                                 id = -nucleusId(1, 14 + partType);
+     385           0 :                                 break;
+     386           0 :                         case 1:  // photon
+     387           0 :                                 id = 22;
+     388           0 :                                 break;
+     389           0 :                         case 2:  // positron
+     390           0 :                                 id = -11;
+     391           0 :                                 break;
+     392           0 :                         case 3:  // electron
+     393           0 :                                 id = 11;
+     394           0 :                                 break;
+     395           0 :                         case 15:  // nu_e
+     396           0 :                                 id = 12;
+     397           0 :                                 break;
+     398           0 :                         case 16:  // anti-nu_e
+     399           0 :                                 id = -12;
+     400           0 :                                 break;
+     401           0 :                         case 17:  // nu_mu
+     402           0 :                                 id = 14;
+     403           0 :                                 break;
+     404           0 :                         case 18:  // anti-nu_mu
+     405           0 :                                 id = -14;
+     406           0 :                                 break;
+     407           0 :                         default:
+     408           0 :                                 throw std::runtime_error("PhotoPionProduction: unexpected particle " + kiss::str(partType));
+     409             :                 }
+     410           0 :                 output.energy.push_back(outputEnergy[3][i] * GeV); // only the energy is used; could be changed for more detail
+     411           0 :                 output.id.push_back(id);
+     412             :         }
+     413           0 :         return output;
+     414           0 : }
+     415             : 
+     416          28 : double PhotoPionProduction::sampleEps(bool onProton, double E, double z) const {
+     417             :         // sample eps between epsMin ... epsMax
+     418          28 :         double Ein = E / GeV;
+     419          56 :         double epsMin = std::max(photonField -> getMinimumPhotonEnergy(z) / eV, epsMinInteraction(onProton, Ein));
+     420          28 :         double epsMax = photonField -> getMaximumPhotonEnergy(z) / eV;
+     421          28 :         double pEpsMax = probEpsMax(onProton, Ein, z, epsMin, epsMax);
+     422             : 
+     423          28 :         Random &random = Random::instance();
+     424        5034 :         for (int i = 0; i < 1000000; i++) {
+     425        5034 :                 double eps = epsMin + random.rand() * (epsMax - epsMin);
+     426        5034 :                 double pEps = probEps(eps, onProton, Ein, z);
+     427        5034 :                 if (random.rand() * pEpsMax < pEps)
+     428          28 :                         return eps * eV;
+     429             :         }
+     430           0 :         throw std::runtime_error("error: no photon found in sampleEps, please make sure that photon field provides photons for the interaction by adapting the energy range of the tabulated photon field.");
+     431             : }
+     432             : 
+     433          28 : double PhotoPionProduction::epsMinInteraction(bool onProton, double Ein) const {
+     434             :         // labframe energy of least energetic photon where PPP can occur
+     435             :         // this kind-of ties samplingEps to the PPP and SOPHIA
+     436          28 :         const double m = mass(onProton);
+     437          28 :         const double p = momentum(onProton, Ein);
+     438          28 :         double epsMin = 1.e9 * (1.1646 - m * m) / 2. / (Ein + p); // eV
+     439          28 :         return epsMin;
+     440             : }
+     441             : 
+     442          29 : double PhotoPionProduction::probEpsMax(bool onProton, double Ein, double z, double epsMin, double epsMax) const {
+     443             :         // find pEpsMax by testing photon energies (eps) for their interaction
+     444             :         // probabilities (p) in order to find the maximum (max) probability
+     445             :         const int nrSteps = 100;
+     446             :         double pEpsMaxTested = 0.;
+     447             :         double step = 0.;
+     448          29 :         if (sampleLog){
+     449             :                 // sample in logspace with stepsize that is at max Δlog(E/eV) = 0.01 or otherwise dep. on size of energy range with nrSteps+1 steps log. equidis. spaced
+     450          29 :                 step = std::min(0.01, std::log10(epsMax / epsMin) / nrSteps);
+     451             :         } else
+     452           0 :                 step = (epsMax - epsMin) / nrSteps;
+     453             : 
+     454             :         double epsDummy = 0.;
+     455             :         int i = 0;
+     456        5684 :         while (epsDummy < epsMax) {
+     457        5655 :                 if (sampleLog)
+     458        5655 :                         epsDummy = epsMin * pow(10, step * i);
+     459             :                 else
+     460           0 :                         epsDummy = epsMin + step * i;
+     461        5655 :                 double p = probEps(epsDummy, onProton, Ein, z);
+     462        5655 :                 if(p > pEpsMaxTested)
+     463             :                         pEpsMaxTested = p;
+     464        5655 :                 i++;
+     465             :         }
+     466             :         // the following factor corrects for only trying to find the maximum on nrIteration photon energies
+     467             :         // the factor should be determined in convergence tests
+     468          29 :         double pEpsMax = pEpsMaxTested * correctionFactor;
+     469             : 
+     470          29 :         if(pEpsMax == 0) {
+     471           0 :                 KISS_LOG_WARNING << "pEpsMax is 0 in the following configuration: \n"
+     472           0 :                         << "\t" << "onProton: " << onProton << "\n"
+     473           0 :                         << "\t" << "Ein: " << Ein << " [GeV] \n"
+     474           0 :                         << "\t" << "epsRange [eV] " << epsMin << "\t" << epsMax << "\n"
+     475           0 :                         << "\t" << "redshift: " << z << "\n"
+     476           0 :                         << "\t" << "sample Log " << sampleLog << " with step " << step << " [eV] \n";
+     477             :         }
+     478             : 
+     479          29 :         return pEpsMax;
+     480             : }
+     481             : 
+     482       10689 : double PhotoPionProduction::probEps(double eps, bool onProton, double Ein, double z) const {
+     483             :         // probEps returns "probability to encounter a photon of energy eps", given a primary nucleon
+     484             :         // note, probEps does not return a normalized probability [0,...,1]
+     485       10689 :         double photonDensity = photonField->getPhotonDensity(eps * eV, z) * ccm / eps;
+     486       10689 :         if (photonDensity != 0.) {
+     487       10689 :                 const double p = momentum(onProton, Ein);
+     488       10689 :                 const double sMax = mass(onProton) * mass(onProton) + 2. * eps * (Ein + p) / 1.e9;
+     489       10689 :                 if (sMax <= sMin())
+     490             :                         return 0;
+     491       95940 :                 double sIntegr = gaussInt([this, onProton](double s) { return this->functs(s, onProton); }, sMin(), sMax);
+     492       10660 :                 return photonDensity * sIntegr / eps / eps / p / 8. * 1.e18 * 1.e6;
+     493             :         }
+     494             :         return 0;
+     495             : }
+     496             : 
+     497       10717 : double PhotoPionProduction::momentum(bool onProton, double Ein) const {
+     498       10717 :         const double m = mass(onProton);
+     499       10717 :         const double momentumHadron = sqrt(Ein * Ein - m * m);  // GeV/c
+     500       10717 :         return momentumHadron;
+     501             : }
+     502             : 
+     503      170560 : double PhotoPionProduction::crossection(double eps, bool onProton) const {
+     504      170560 :         const double m = mass(onProton);
+     505      170560 :         const double s = m * m + 2. * m * eps;
+     506      170560 :         if (s < sMin())
+     507             :                 return 0.;
+     508             :         double cross_res = 0.;
+     509             :         double cross_dir = 0.;
+     510             :         double cross_dir1 = 0.;
+     511             :         double cross_dir2 = 0.;
+     512             :         double sig_res[9];
+     513             : 
+     514             :         // first half of array: 9x proton resonance data | second half of array 9x neutron resonance data
+     515             :         static const double AMRES[18] = {1.231, 1.440, 1.515, 1.525, 1.675, 1.680, 1.690, 1.895, 1.950, 1.231, 1.440, 1.515, 1.525, 1.675, 1.675, 1.690, 1.895, 1.950};
+     516             :         static const double BGAMMA[18] = {5.6, 0.5, 4.6, 2.5, 1.0, 2.1, 2.0, 0.2, 1.0, 6.1, 0.3, 4.0, 2.5, 0.0, 0.2, 2.0, 0.2, 1.0};
+     517             :         static const double WIDTH[18] = {0.11, 0.35, 0.11, 0.1, 0.16, 0.125, 0.29, 0.35, 0.3, 0.11, 0.35, 0.11, 0.1, 0.16, 0.150, 0.29, 0.35, 0.3};
+     518             :         static const double RATIOJ[18] = {1., 0.5, 1., 0.5, 0.5, 1.5, 1., 1.5, 2., 1., 0.5, 1., 0.5, 0.5, 1.5, 1., 1.5, 2.};
+     519             :         static const double AM2[2] = {0.882792, 0.880351};
+     520             : 
+     521      170560 :         const int idx = onProton? 0 : 9;
+     522             :         double SIG0[9];
+     523     1705600 :         for (int i = 0; i < 9; ++i) {
+     524     1535040 :                 SIG0[i] = 4.893089117 / AM2[int(onProton)] * RATIOJ[i + idx] * BGAMMA[i + idx];
+     525             :         }
+     526      170560 :         if (eps <= 10.) {
+     527      160251 :                 cross_res = breitwigner(SIG0[0], WIDTH[0 + idx], AMRES[0 + idx], eps, onProton) * Ef(eps, 0.152, 0.17);
+     528             :                 sig_res[0] = cross_res;
+     529     1442259 :                 for (int i = 1; i < 9; ++i) {
+     530     1282008 :                         sig_res[i] = breitwigner(SIG0[i], WIDTH[i + idx], AMRES[i + idx], eps, onProton) * Ef(eps, 0.15, 0.38);
+     531     1282008 :                         cross_res += sig_res[i];
+     532             :                 }
+     533             :                 // direct channel
+     534      160251 :                 if ((eps > 0.1) && (eps < 0.6)) {
+     535       66492 :                         cross_dir1 = 92.7 * Pl(eps, 0.152, 0.25, 2.0)  // single pion production
+     536       66492 :                                            + 40. * std::exp(-(eps - 0.29) * (eps - 0.29) / 0.002)
+     537       66492 :                                            - 15. * std::exp(-(eps - 0.37) * (eps - 0.37) / 0.002);
+     538             :                 } else {
+     539       93759 :                         cross_dir1 = 92.7 * Pl(eps, 0.152, 0.25, 2.0);  // single pion production
+     540             :                 }
+     541      160251 :                 cross_dir2 = 37.7 * Pl(eps, 0.4, 0.6, 2.0);  // double pion production
+     542      160251 :                 cross_dir = cross_dir1 + cross_dir2;
+     543             :         }
+     544             :         // fragmentation 2:
+     545      170560 :         double cross_frag2 = onProton? 80.3 : 60.2;
+     546      170560 :         cross_frag2 *= Ef(eps, 0.5, 0.1) * std::pow(s, -0.34);
+     547             :         // multipion production/fragmentation 1 cross section
+     548             :         double cs_multidiff = 0.;
+     549             :         double cs_multi = 0.;
+     550             :         double cross_diffr1 = 0.;
+     551             :         double cross_diffr2 = 0.;
+     552             :         double cross_diffr = 0.;
+     553      170560 :         if (eps > 0.85) {
+     554       92272 :                 double ss1 = (eps - 0.85) / 0.69;
+     555       92272 :                 double ss2 = onProton? 29.3 : 26.4;
+     556       92272 :                 ss2 *= std::pow(s, -0.34) + 59.3 * std::pow(s, 0.095);
+     557       92272 :                 cs_multidiff = (1. - std::exp(-ss1)) * ss2;
+     558       92272 :                 cs_multi = 0.89 * cs_multidiff;
+     559             :                 // diffractive scattering:
+     560             :                 cross_diffr1 = 0.099 * cs_multidiff;
+     561             :                 cross_diffr2 = 0.011 * cs_multidiff;
+     562       92272 :                 cross_diffr = 0.11 * cs_multidiff;
+     563             :                 // **************************************
+     564       92272 :                 ss1 = std::pow(eps - 0.85, 0.75) / 0.64;
+     565       92272 :                 ss2 = 74.1 * std::pow(eps, -0.44) + 62. * std::pow(s, 0.08);
+     566       92272 :                 double cs_tmp = 0.96 * (1. - std::exp(-ss1)) * ss2;
+     567       92272 :                 cross_diffr1 = 0.14 * cs_tmp;
+     568       92272 :                 cross_diffr2 = 0.013 * cs_tmp;
+     569       92272 :                 double cs_delta = cross_frag2 - (cross_diffr1 + cross_diffr2 - cross_diffr);
+     570       92272 :                 if (cs_delta < 0.) {
+     571             :                         cross_frag2 = 0.;
+     572           0 :                         cs_multi += cs_delta;
+     573             :                 } else {
+     574             :                         cross_frag2 = cs_delta;
+     575             :                 }
+     576             :                 cross_diffr = cross_diffr1 + cross_diffr2;
+     577       92272 :                 cs_multidiff = cs_multi + cross_diffr;
+     578             :         // in the original SOPHIA code, here is a switch for the return argument.
+     579             :         // Here, only one case (compare in SOPHIA: NDIR=3) is needed.
+     580             :         }
+     581      170560 :         return cross_res + cross_dir + cs_multidiff + cross_frag2;
+     582             : }
+     583             : 
+     584      320502 : double PhotoPionProduction::Pl(double eps, double epsTh, double epsMax, double alpha) const {
+     585      320502 :         if (epsTh > eps)
+     586             :                 return 0.;
+     587      266687 :         const double a = alpha * epsMax / epsTh;
+     588      266687 :         const double prod1 = std::pow((eps - epsTh) / (epsMax - epsTh), a - alpha);
+     589      266687 :         const double prod2 = std::pow(eps / epsMax, -a);
+     590      266687 :         return prod1 * prod2;
+     591             : }
+     592             : 
+     593     1612819 : double PhotoPionProduction::Ef(double eps, double epsTh, double w) const {
+     594     1612819 :         const double wTh = w + epsTh;
+     595     1612819 :         if (eps <= epsTh) {
+     596             :                 return 0.;
+     597     1551121 :         } else if ((eps > epsTh) && (eps < wTh)) {
+     598      547581 :                 return (eps - epsTh) / w;
+     599     1003540 :         } else if (eps >= wTh) {
+     600             :                 return 1.;
+     601             :         } else {
+     602           0 :                 throw std::runtime_error("error in function Ef");
+     603             :         }
+     604             : }
+     605             : 
+     606     1442259 : double PhotoPionProduction::breitwigner(double sigma0, double gamma, double DMM, double epsPrime, bool onProton) const {
+     607     1442259 :         const double m = mass(onProton);
+     608     1442259 :         const double s = m * m + 2. * m * epsPrime;
+     609     1442259 :         const double gam2s = gamma * gamma * s;
+     610     1442259 :         return sigma0 * (s / epsPrime / epsPrime) * gam2s / ((s - DMM * DMM) * (s - DMM * DMM) + gam2s);
+     611             : }
+     612             : 
+     613      170560 : double PhotoPionProduction::functs(double s, bool onProton) const {
+     614      170560 :         const double m = mass(onProton);
+     615      170560 :         const double factor = s - m * m;
+     616      170560 :         const double epsPrime = factor / 2. / m;
+     617      170560 :         const double sigmaPg = crossection(epsPrime, onProton);
+     618      170560 :         return factor * sigmaPg;
+     619             : }
+     620             : 
+     621     1815502 : double PhotoPionProduction::mass(bool onProton) const {
+     622     1815502 :         const double m =  onProton ? mass_proton : mass_neutron;
+     623     1815502 :         return m / GeV * c_squared;
+     624             : }
+     625             : 
+     626      191909 : double PhotoPionProduction::sMin() const {
+     627      191909 :         return 1.1646; // [GeV^2] head-on collision
+     628             : }
+     629             : 
+     630           0 : void PhotoPionProduction::setSampleLog(bool b) {
+     631           0 :         sampleLog = b;
+     632           0 : }
+     633             : 
+     634           0 : void PhotoPionProduction::setCorrectionFactor(double factor) {
+     635           0 :         correctionFactor = factor;
+     636           0 : }
+     637             : 
+     638           1 : ref_ptr<PhotonField> PhotoPionProduction::getPhotonField() const {
+     639           1 :         return photonField;
+     640             : }
+     641             : 
+     642           0 : bool PhotoPionProduction::getHavePhotons() const {
+     643           0 :         return havePhotons;
+     644             : }
+     645             : 
+     646           0 : bool PhotoPionProduction::getHaveNeutrinos() const {
+     647           0 :         return haveNeutrinos;
+     648             : }
+     649             : 
+     650           0 : bool PhotoPionProduction::getHaveElectrons() const {
+     651           0 :         return haveElectrons;
+     652             : }
+     653             : 
+     654           0 : bool PhotoPionProduction::getHaveAntiNucleons() const {
+     655           0 :         return haveAntiNucleons;
+     656             : }
+     657             : 
+     658           0 : bool PhotoPionProduction::getHaveRedshiftDependence() const {
+     659           0 :         return haveRedshiftDependence;
+     660             : }
+     661             : 
+     662           0 : double PhotoPionProduction::getLimit() const {
+     663           0 :         return limit;
+     664             : }
+     665             : 
+     666           0 : bool PhotoPionProduction::getSampleLog() const {
+     667           0 :         return sampleLog;
+     668             : }
+     669             : 
+     670           1 : double PhotoPionProduction::getCorrectionFactor() const {
+     671           1 :         return correctionFactor;
+     672             : }
+     673             : 
+     674           1 : void PhotoPionProduction::setInteractionTag(std::string tag) {
+     675           1 :         interactionTag = tag;
+     676           1 : }
+     677             : 
+     678           2 : std::string PhotoPionProduction::getInteractionTag() const {
+     679           2 :         return interactionTag;
+     680             : }
+     681             : 
+     682             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotonOutput1D.cpp.func-sort-c.html b/doc/coverageReport/src/module/PhotonOutput1D.cpp.func-sort-c.html new file mode 100644 index 000000000..20fda8338 --- /dev/null +++ b/doc/coverageReport/src/module/PhotonOutput1D.cpp.func-sort-c.html @@ -0,0 +1,108 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotonOutput1D.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotonOutput1D.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0560.0 %
Date:2024-04-08 14:58:22Functions:090.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa14PhotonOutput1D4gzipEv0
_ZN7crpropa14PhotonOutput1D5closeEv0
_ZN7crpropa14PhotonOutput1DC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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_ZN7crpropa14PhotonOutput1DD2Ev0
_ZNK7crpropa14PhotonOutput1D14getDescriptionB5cxx11Ev0
_ZNK7crpropa14PhotonOutput1D7processEPNS_9CandidateE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotonOutput1D.cpp.func.html b/doc/coverageReport/src/module/PhotonOutput1D.cpp.func.html new file mode 100644 index 000000000..bb7a35aac --- /dev/null +++ b/doc/coverageReport/src/module/PhotonOutput1D.cpp.func.html @@ -0,0 +1,108 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotonOutput1D.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotonOutput1D.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0560.0 %
Date:2024-04-08 14:58:22Functions:090.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa14PhotonOutput1D4gzipEv0
_ZN7crpropa14PhotonOutput1D5closeEv0
_ZN7crpropa14PhotonOutput1DC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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_ZNK7crpropa14PhotonOutput1D14getDescriptionB5cxx11Ev0
_ZNK7crpropa14PhotonOutput1D7processEPNS_9CandidateE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PhotonOutput1D.cpp.gcov.html b/doc/coverageReport/src/module/PhotonOutput1D.cpp.gcov.html new file mode 100644 index 000000000..18cb674db --- /dev/null +++ b/doc/coverageReport/src/module/PhotonOutput1D.cpp.gcov.html @@ -0,0 +1,180 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PhotonOutput1D.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PhotonOutput1D.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0560.0 %
Date:2024-04-08 14:58:22Functions:090.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/PhotonOutput1D.h"
+       2             : #include "crpropa/Units.h"
+       3             : 
+       4             : #include <iostream>
+       5             : #include <sstream>
+       6             : #include <cstdio>
+       7             : #include <stdexcept>
+       8             : 
+       9             : #include "kiss/string.h"
+      10             : #include "kiss/logger.h"
+      11             : 
+      12             : #ifdef CRPROPA_HAVE_ZLIB
+      13             : #include <ozstream.hpp>
+      14             : #endif
+      15             : 
+      16             : using namespace std;
+      17             : 
+      18             : namespace crpropa {
+      19             : 
+      20           0 : PhotonOutput1D::PhotonOutput1D() : out(&std::cout) {
+      21           0 :         KISS_LOG_WARNING << "PhotonOutput1D is deprecated and will be removed in the future. Replace with TextOutput or HDF5Output with features ObserverNucleusVeto + ObserverDetectAll";
+      22           0 : }
+      23             : 
+      24           0 : PhotonOutput1D::PhotonOutput1D(std::ostream &out) : out(&out) {
+      25           0 :         KISS_LOG_WARNING << "PhotonOutput1D is deprecated and will be removed in the future. Replace with TextOutput or HDF5Output with features ObserverNucleusVeto + ObserverDetectAll";
+      26           0 : }
+      27             : 
+      28           0 : PhotonOutput1D::PhotonOutput1D(const std::string &filename) : outfile(
+      29           0 :         filename.c_str(), std::ios::binary), out(&outfile), filename(filename) {
+      30           0 :         KISS_LOG_WARNING << "PhotonOutput1D is deprecated and will be removed in the future. Replace with TextOutput or HDF5Output with features ObserverNucleusVeto + ObserverDetectAll";
+      31           0 :         if (kiss::ends_with(filename, ".gz"))
+      32           0 :                 gzip();
+      33             : 
+      34           0 :         *out << "#ID\tE\tD\tpID\tpE\tiID\tiE\tiD\n";
+      35           0 :         *out << "#\n";
+      36           0 :         *out << "# ID          Id of particle (photon, electron, positron)\n";
+      37           0 :         *out << "# E           Energy [EeV]\n";
+      38           0 :         *out << "# D           Comoving distance to origin [Mpc]\n";
+      39           0 :         *out << "# pID         Id of parent particle\n";
+      40           0 :         *out << "# pE          Energy [EeV] of parent particle\n";
+      41           0 :         *out << "# iID         Id of source particle\n";
+      42           0 :         *out << "# iE          Energy [EeV] of source particle\n";
+      43           0 :         *out << "# iD          Comoving distance [Mpc] to source\n";
+      44           0 :         *out << "#\n";
+      45           0 : }
+      46             : 
+      47           0 : void PhotonOutput1D::process(Candidate *candidate) const {
+      48           0 :         int pid = candidate->current.getId();
+      49           0 :         if ((pid != 22) and (abs(pid) != 11))
+      50           0 :                 return;
+      51             : 
+      52             :         char buffer[1024];
+      53             :         size_t p = 0;
+      54             : 
+      55           0 :         p += std::sprintf(buffer + p, "%4i\t", pid);
+      56           0 :         p += std::sprintf(buffer + p, "%g\t", candidate->current.getEnergy() / EeV);
+      57           0 :         p += std::sprintf(buffer + p, "%8.4f\t", candidate->current.getPosition().getR() / Mpc);
+      58             : 
+      59           0 :         p += std::sprintf(buffer + p, "%10i\t", candidate->created.getId());
+      60           0 :         p += std::sprintf(buffer + p, "%8.4f\t", candidate->created.getEnergy() / EeV);
+      61             : 
+      62           0 :         p += std::sprintf(buffer + p, "%10i\t", candidate->source.getId());
+      63           0 :         p += std::sprintf(buffer + p, "%8.4f\t", candidate->source.getEnergy() / EeV);
+      64           0 :         p += std::sprintf(buffer + p, "%8.4f\n", candidate->source.getPosition().getR() / Mpc);
+      65             : 
+      66           0 : #pragma omp critical
+      67             :         {
+      68           0 :                 out->write(buffer, p);
+      69             :         }
+      70             : 
+      71           0 :         candidate->setActive(false);
+      72             : }
+      73             : 
+      74           0 : void PhotonOutput1D::close() {
+      75             :         #ifdef CRPROPA_HAVE_ZLIB
+      76           0 :                 zstream::ogzstream *zs = dynamic_cast<zstream::ogzstream *>(out);
+      77           0 :                 if (zs) {
+      78           0 :                         zs->close();
+      79           0 :                         delete out;
+      80           0 :                         out = 0;
+      81             :                 }
+      82             :         #endif
+      83           0 :         outfile.flush();
+      84           0 : }
+      85             : 
+      86           0 : string PhotonOutput1D::getDescription() const {
+      87           0 :         std::stringstream s;
+      88             :         s << "PhotonOutput1D: Output file = " << filename;
+      89           0 :         return s.str();
+      90           0 : }
+      91             : 
+      92           0 : PhotonOutput1D::~PhotonOutput1D() {
+      93           0 :         close();
+      94           0 : }
+      95             : 
+      96           0 : void PhotonOutput1D::gzip() {
+      97             :         #ifdef CRPROPA_HAVE_ZLIB
+      98           0 :                 out = new zstream::ogzstream(*out);
+      99             :         #else
+     100             :                 throw std::runtime_error("CRPropa was build without Zlib compression!");
+     101             :         #endif
+     102           0 : }
+     103             : 
+     104             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PropagationBP.cpp.func-sort-c.html b/doc/coverageReport/src/module/PropagationBP.cpp.func-sort-c.html new file mode 100644 index 000000000..ba52b0e12 --- /dev/null +++ b/doc/coverageReport/src/module/PropagationBP.cpp.func-sort-c.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PropagationBP.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PropagationBP.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9210488.5 %
Date:2024-04-08 14:58:22Functions:151693.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa13PropagationBP14getDescriptionB5cxx11Ev0
_ZNK7crpropa13PropagationBP12getToleranceEv2
_ZNK7crpropa13PropagationBP14getMinimumStepEv2
_ZNK7crpropa13PropagationBP8getFieldEv2
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_ZNK7crpropa13PropagationBP7tryStepERKNS0_1YERS1_S4_dRNS_13ParticleStateEddd28
_ZNK7crpropa13PropagationBP7processEPNS_9CandidateE37
_ZNK7crpropa13PropagationBP2dYENS_7Vector3IdEES2_dddd103
_ZNK7crpropa13PropagationBP18getFieldAtPositionENS_7Vector3IdEEd104
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PropagationBP.cpp.func.html b/doc/coverageReport/src/module/PropagationBP.cpp.func.html new file mode 100644 index 000000000..d14b61859 --- /dev/null +++ b/doc/coverageReport/src/module/PropagationBP.cpp.func.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PropagationBP.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PropagationBP.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9210488.5 %
Date:2024-04-08 14:58:22Functions:151693.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13PropagationBP12setToleranceEd22
_ZN7crpropa13PropagationBP14setMaximumStepEd22
_ZN7crpropa13PropagationBP14setMinimumStepEd24
_ZN7crpropa13PropagationBP8setFieldENS_7ref_ptrINS_13MagneticFieldEEE16
_ZN7crpropa13PropagationBPC2ENS_7ref_ptrINS_13MagneticFieldEEEd10
_ZN7crpropa13PropagationBPC2ENS_7ref_ptrINS_13MagneticFieldEEEddd5
_ZNK7crpropa13PropagationBP12getToleranceEv2
_ZNK7crpropa13PropagationBP14getDescriptionB5cxx11Ev0
_ZNK7crpropa13PropagationBP14getMaximumStepEv5
_ZNK7crpropa13PropagationBP14getMinimumStepEv2
_ZNK7crpropa13PropagationBP15errorEstimationENS_7Vector3IdEES2_d28
_ZNK7crpropa13PropagationBP18getFieldAtPositionENS_7Vector3IdEEd104
_ZNK7crpropa13PropagationBP2dYENS_7Vector3IdEES2_dddd103
_ZNK7crpropa13PropagationBP7processEPNS_9CandidateE37
_ZNK7crpropa13PropagationBP7tryStepERKNS0_1YERS1_S4_dRNS_13ParticleStateEddd28
_ZNK7crpropa13PropagationBP8getFieldEv2
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PropagationBP.cpp.gcov.html b/doc/coverageReport/src/module/PropagationBP.cpp.gcov.html new file mode 100644 index 000000000..8e1869baf --- /dev/null +++ b/doc/coverageReport/src/module/PropagationBP.cpp.gcov.html @@ -0,0 +1,285 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PropagationBP.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PropagationBP.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:9210488.5 %
Date:2024-04-08 14:58:22Functions:151693.8 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/PropagationBP.h"
+       2             : 
+       3             : #include <sstream>
+       4             : #include <stdexcept>
+       5             : #include <vector>
+       6             : 
+       7             : namespace crpropa {
+       8          28 :         void PropagationBP::tryStep(const Y &y, Y &out, Y &error, double h,
+       9             :                         ParticleState &particle, double z, double q, double m) const {
+      10          28 :                 out = dY(y.x, y.u, h, z, q, m);  // 1 step with h
+      11             : 
+      12          28 :                 Y outHelp = dY(y.x, y.u, h/2, z, q, m);  // 2 steps with h/2
+      13          28 :                 Y outCompare = dY(outHelp.x, outHelp.u, h/2, z, q, m);
+      14             : 
+      15          28 :                 error = errorEstimation(out.x , outCompare.x , h);
+      16          28 :         }
+      17             : 
+      18             : 
+      19         103 :         PropagationBP::Y PropagationBP::dY(Vector3d pos, Vector3d dir, double step,
+      20             :                         double z, double q, double m) const {
+      21             :                 // half leap frog step in the position
+      22             :                 pos += dir * step / 2.;
+      23             : 
+      24             :                 // get B field at particle position
+      25         103 :                 Vector3d B = getFieldAtPosition(pos, z);
+      26             : 
+      27             :                 // Boris help vectors
+      28             :                 Vector3d t = B * q / 2 / m * step / c_light;
+      29         103 :                 Vector3d s = t * 2 / (1 + t.dot(t));
+      30             :                 Vector3d v_help;
+      31             : 
+      32             :                 // Boris push
+      33             :                 v_help = dir + dir.cross(t);
+      34             :                 dir = dir + v_help.cross(s);
+      35             : 
+      36             :                 // the other half leap frog step in the position
+      37             :                 pos += dir * step / 2.;
+      38         103 :                 return Y(pos, dir);
+      39             :         }
+      40             : 
+      41             : 
+      42             :         // with a fixed step size
+      43          10 :         PropagationBP::PropagationBP(ref_ptr<MagneticField> field, double fixedStep) :
+      44          10 :                         minStep(0) {
+      45          10 :                 setField(field);
+      46          10 :                 setTolerance(0.42);
+      47          10 :                 setMaximumStep(fixedStep);
+      48          10 :                 setMinimumStep(fixedStep);
+      49          10 :         }
+      50             : 
+      51             : 
+      52             :         // with adaptive step size
+      53           5 :         PropagationBP::PropagationBP(ref_ptr<MagneticField> field, double tolerance, double minStep, double maxStep) :
+      54           5 :                         minStep(0) {
+      55           7 :                 setField(field);
+      56           5 :                 setTolerance(tolerance);
+      57           4 :                 setMaximumStep(maxStep);
+      58           4 :                 setMinimumStep(minStep);
+      59           3 :         }
+      60             : 
+      61             : 
+      62          37 :         void PropagationBP::process(Candidate *candidate) const {
+      63             :                 // save the new previous particle state
+      64          37 :                 ParticleState &current = candidate->current;
+      65             :                 candidate->previous = current;
+      66             : 
+      67          37 :                 Y yIn(current.getPosition(), current.getDirection());
+      68             : 
+      69             :                 // calculate charge of particle
+      70          37 :                 double q = current.getCharge();
+      71          37 :                 double step = maxStep;
+      72             : 
+      73             :                 // rectilinear propagation for neutral particles
+      74          37 :                 if (q == 0) {
+      75           2 :                         step = clip(candidate->getNextStep(), minStep, maxStep);
+      76           1 :                         current.setPosition(yIn.x + yIn.u * step);
+      77           1 :                         candidate->setCurrentStep(step);
+      78           1 :                         candidate->setNextStep(maxStep);
+      79             :                         return;
+      80             :                 }
+      81             : 
+      82             :                 Y yOut, yErr;
+      83          36 :                 double newStep = step;
+      84          36 :                 double z = candidate->getRedshift();
+      85          36 :                 double m = current.getEnergy()/(c_light * c_light);
+      86             : 
+      87             :                 // if minStep is the same as maxStep the adaptive algorithm with its error
+      88             :                 // estimation is not needed and the computation time can be saved:
+      89          36 :                 if (minStep == maxStep){
+      90          19 :                         yOut = dY(yIn.x, yIn.u, step, z, q, m);
+      91             :                 } else {
+      92          17 :                         step = clip(candidate->getNextStep(), minStep, maxStep);
+      93          17 :                         newStep = step;
+      94             :                         double r = 42;  // arbitrary value
+      95             : 
+      96             :                         // try performing step until the target error (tolerance) or the minimum/maximum step size has been reached
+      97             :                         while (true) {
+      98          28 :                                 tryStep(yIn, yOut, yErr, step, current, z, q, m);
+      99          28 :                                 r = yErr.u.getR() / tolerance;  // ratio of absolute direction error and tolerance
+     100          28 :                                 if (r > 1) {  // large direction error relative to tolerance, try to decrease step size
+     101          18 :                                         if (step == minStep)  // already minimum step size
+     102             :                                                 break;
+     103             :                                         else {
+     104          11 :                                                 newStep = step * 0.95 * pow(r, -0.2);
+     105          19 :                                                 newStep = std::max(newStep, 0.1 * step); // limit step size decrease
+     106          11 :                                                 newStep = std::max(newStep, minStep); // limit step size to minStep
+     107             :                                                 step = newStep;
+     108             :                                         }
+     109             :                                 } else {  // small direction error relative to tolerance, try to increase step size
+     110          10 :                                         if (step != maxStep) {  // only update once if maximum step size yet not reached
+     111          10 :                                                 newStep = step * 0.95 * pow(r, -0.2);
+     112          17 :                                                 newStep = std::min(newStep, 5 * step); // limit step size increase
+     113          10 :                                                 newStep = std::min(newStep, maxStep); // limit step size to maxStep
+     114             :                                         }
+     115             :                                         break;
+     116             :                                 }
+     117             :                         }
+     118             :                 }
+     119             : 
+     120          36 :                 current.setPosition(yOut.x);
+     121          36 :                 current.setDirection(yOut.u.getUnitVector());
+     122          36 :                 candidate->setCurrentStep(step);
+     123          36 :                 candidate->setNextStep(newStep);
+     124             :         }
+     125             : 
+     126             : 
+     127          16 :         void PropagationBP::setField(ref_ptr<MagneticField> f) {
+     128          16 :                 field = f;
+     129          16 :         }
+     130             : 
+     131             : 
+     132           2 :         ref_ptr<MagneticField> PropagationBP::getField() const {
+     133           2 :                 return field;
+     134             :         }
+     135             : 
+     136             : 
+     137         104 :         Vector3d PropagationBP::getFieldAtPosition(Vector3d pos, double z) const {
+     138             :                 Vector3d B(0, 0, 0);
+     139             :                 try {
+     140             :                         // check if field is valid and use the field vector at the
+     141             :                         // position pos with the redshift z
+     142         104 :                         if (field.valid())
+     143         104 :                                 B = field->getField(pos, z);
+     144           0 :                 } catch (std::exception &e) {
+     145           0 :                         KISS_LOG_ERROR  << "PropagationBP: Exception in PropagationBP::getFieldAtPosition.\n"
+     146           0 :                                         << e.what();
+     147           0 :                 }       
+     148         104 :                 return B;
+     149             :         }
+     150             : 
+     151             : 
+     152          28 :         double PropagationBP::errorEstimation(const Vector3d x1, const Vector3d x2, double step) const {
+     153             :                 // compare the position after one step with the position after two steps with step/2.
+     154             :                 Vector3d diff = (x1 - x2);
+     155             : 
+     156          28 :                 double S = diff.getR() / (step * (1 - 1/4.) );  // 1/4 = (1/2)²  number of steps for x1 divided by number of steps for x2 to the power of p (order)
+     157             : 
+     158          28 :                 return S;
+     159             :         }
+     160             : 
+     161             : 
+     162          22 :         void PropagationBP::setTolerance(double tol) {
+     163          22 :                 if ((tol > 1) or (tol < 0))
+     164           2 :                         throw std::runtime_error(
+     165           4 :                                         "PropagationBP: target error not in range 0-1");
+     166          20 :                 tolerance = tol;
+     167          20 :         }
+     168             : 
+     169             : 
+     170          24 :         void PropagationBP::setMinimumStep(double min) {
+     171          24 :                 if (min < 0)
+     172           1 :                         throw std::runtime_error("PropagationBP: minStep < 0 ");
+     173          23 :                 if (min > maxStep)
+     174           2 :                         throw std::runtime_error("PropagationBP: minStep > maxStep");
+     175          21 :                 minStep = min;
+     176          21 :         }
+     177             : 
+     178             : 
+     179          22 :         void PropagationBP::setMaximumStep(double max) {
+     180          22 :                 if (max < minStep)
+     181           1 :                         throw std::runtime_error("PropagationBP: maxStep < minStep");
+     182          21 :                 maxStep = max;
+     183          21 :         }
+     184             : 
+     185             : 
+     186           2 :         double PropagationBP::getTolerance() const {
+     187           2 :                 return tolerance;
+     188             :         }
+     189             : 
+     190             : 
+     191           2 :         double PropagationBP::getMinimumStep() const {
+     192           2 :                 return minStep;
+     193             :         }
+     194             : 
+     195             : 
+     196           5 :         double PropagationBP::getMaximumStep() const {
+     197           5 :                 return maxStep;
+     198             :         }
+     199             : 
+     200             : 
+     201           0 :         std::string PropagationBP::getDescription() const {
+     202           0 :                 std::stringstream s;
+     203           0 :                 s << "Propagation in magnetic fields using the adaptive Boris push method.";
+     204           0 :                 s << " Target error: " << tolerance;
+     205           0 :                 s << ", Minimum Step: " << minStep / kpc << " kpc";
+     206           0 :                 s << ", Maximum Step: " << maxStep / kpc << " kpc";
+     207           0 :                 return s.str();
+     208           0 :         }
+     209             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PropagationCK.cpp.func-sort-c.html b/doc/coverageReport/src/module/PropagationCK.cpp.func-sort-c.html new file mode 100644 index 000000000..01527a79b --- /dev/null +++ b/doc/coverageReport/src/module/PropagationCK.cpp.func-sort-c.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PropagationCK.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PropagationCK.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:859787.6 %
Date:2024-04-08 14:58:22Functions:131492.9 %
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa13PropagationCK14getDescriptionB5cxx11Ev0
_ZNK7crpropa13PropagationCK12getToleranceEv2
_ZNK7crpropa13PropagationCK14getMinimumStepEv2
_ZNK7crpropa13PropagationCK8getFieldEv2
_ZNK7crpropa13PropagationCK14getMaximumStepEv3
_ZN7crpropa13PropagationCKC2ENS_7ref_ptrINS_13MagneticFieldEEEddd13
_ZN7crpropa13PropagationCK8setFieldENS_7ref_ptrINS_13MagneticFieldEEE14
_ZN7crpropa13PropagationCK12setToleranceEd18
_ZN7crpropa13PropagationCK14setMaximumStepEd19
_ZN7crpropa13PropagationCK14setMinimumStepEd22
_ZNK7crpropa13PropagationCK7processEPNS_9CandidateE34
_ZNK7crpropa13PropagationCK7tryStepERKNS0_1YERS1_S4_dRNS_13ParticleStateEd42
_ZNK7crpropa13PropagationCK4dYdtERKNS0_1YERNS_13ParticleStateEd252
_ZNK7crpropa13PropagationCK18getFieldAtPositionENS_7Vector3IdEEd253
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PropagationCK.cpp.func.html b/doc/coverageReport/src/module/PropagationCK.cpp.func.html new file mode 100644 index 000000000..6461ce48c --- /dev/null +++ b/doc/coverageReport/src/module/PropagationCK.cpp.func.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PropagationCK.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PropagationCK.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:859787.6 %
Date:2024-04-08 14:58:22Functions:131492.9 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13PropagationCK12setToleranceEd18
_ZN7crpropa13PropagationCK14setMaximumStepEd19
_ZN7crpropa13PropagationCK14setMinimumStepEd22
_ZN7crpropa13PropagationCK8setFieldENS_7ref_ptrINS_13MagneticFieldEEE14
_ZN7crpropa13PropagationCKC2ENS_7ref_ptrINS_13MagneticFieldEEEddd13
_ZNK7crpropa13PropagationCK12getToleranceEv2
_ZNK7crpropa13PropagationCK14getDescriptionB5cxx11Ev0
_ZNK7crpropa13PropagationCK14getMaximumStepEv3
_ZNK7crpropa13PropagationCK14getMinimumStepEv2
_ZNK7crpropa13PropagationCK18getFieldAtPositionENS_7Vector3IdEEd253
_ZNK7crpropa13PropagationCK4dYdtERKNS0_1YERNS_13ParticleStateEd252
_ZNK7crpropa13PropagationCK7processEPNS_9CandidateE34
_ZNK7crpropa13PropagationCK7tryStepERKNS0_1YERS1_S4_dRNS_13ParticleStateEd42
_ZNK7crpropa13PropagationCK8getFieldEv2
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/PropagationCK.cpp.gcov.html b/doc/coverageReport/src/module/PropagationCK.cpp.gcov.html new file mode 100644 index 000000000..037e88d09 --- /dev/null +++ b/doc/coverageReport/src/module/PropagationCK.cpp.gcov.html @@ -0,0 +1,278 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/PropagationCK.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - PropagationCK.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:859787.6 %
Date:2024-04-08 14:58:22Functions:131492.9 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/PropagationCK.h"
+       2             : 
+       3             : #include <limits>
+       4             : #include <sstream>
+       5             : #include <stdexcept>
+       6             : #include <vector>
+       7             : 
+       8             : namespace crpropa {
+       9             : 
+      10             : // Cash-Karp coefficients
+      11             : const double cash_karp_a[] = {
+      12             :         0., 0., 0., 0., 0., 0.,
+      13             :         1. / 5., 0., 0., 0., 0., 0.,
+      14             :         3. / 40., 9. / 40., 0., 0., 0., 0.,
+      15             :         3. / 10., -9. / 10., 6. / 5., 0., 0., 0.,
+      16             :         -11. / 54., 5. / 2., -70. / 27., 35. / 27., 0., 0.,
+      17             :         1631. / 55296., 175. / 512., 575. / 13824., 44275. / 110592., 253. / 4096., 0.
+      18             : };
+      19             : 
+      20             : const double cash_karp_b[] = {
+      21             :         37. / 378., 0, 250. / 621., 125. / 594., 0., 512. / 1771.
+      22             : };
+      23             : 
+      24             : const double cash_karp_bs[] = {
+      25             :         2825. / 27648., 0., 18575. / 48384., 13525. / 55296., 277. / 14336., 1. / 4.
+      26             : };
+      27             : 
+      28          42 : void PropagationCK::tryStep(const Y &y, Y &out, Y &error, double h,
+      29             :                 ParticleState &particle, double z) const {
+      30             :         std::vector<Y> k;
+      31          42 :         k.reserve(6);
+      32             : 
+      33             :         out = y;
+      34             :         error = Y(0);
+      35             : 
+      36             :         // calculate the sum of b_i * k_i
+      37         294 :         for (size_t i = 0; i < 6; i++) {
+      38             : 
+      39             :                 Y y_n = y;
+      40         882 :                 for (size_t j = 0; j < i; j++)
+      41         630 :                         y_n += k[j] * a[i * 6 + j] * h;
+      42             : 
+      43             :                 // update k_i
+      44         252 :                 k[i] = dYdt(y_n, particle, z);
+      45             : 
+      46         252 :                 out += k[i] * b[i] * h;
+      47         252 :                 error += k[i] * (b[i] - bs[i]) * h;
+      48             :         }
+      49          42 : }
+      50             : 
+      51         252 : PropagationCK::Y PropagationCK::dYdt(const Y &y, ParticleState &p, double z) const {
+      52             :         // normalize direction vector to prevent numerical losses
+      53         252 :         Vector3d velocity = y.u.getUnitVector() * c_light;
+      54             :         
+      55             :         // get B field at particle position
+      56         252 :         Vector3d B = getFieldAtPosition(y.x, z);
+      57             : 
+      58             :         // Lorentz force: du/dt = q*c/E * (v x B)
+      59         252 :         Vector3d dudt = p.getCharge() * c_light / p.getEnergy() * velocity.cross(B);
+      60         252 :         return Y(velocity, dudt);
+      61             : }
+      62             : 
+      63          13 : PropagationCK::PropagationCK(ref_ptr<MagneticField> field, double tolerance,
+      64          13 :                 double minStep, double maxStep) :
+      65          13 :                 minStep(0) {
+      66          15 :         setField(field);
+      67          13 :         setTolerance(tolerance);
+      68          12 :         setMaximumStep(maxStep);
+      69          12 :         setMinimumStep(minStep);
+      70             : 
+      71             :         // load Cash-Karp coefficients
+      72             :         a.assign(cash_karp_a, cash_karp_a + 36);
+      73             :         b.assign(cash_karp_b, cash_karp_b + 6);
+      74             :         bs.assign(cash_karp_bs, cash_karp_bs + 6);
+      75          11 : }
+      76             : 
+      77          34 : void PropagationCK::process(Candidate *candidate) const {
+      78             :         // save the new previous particle state
+      79          34 :         ParticleState &current = candidate->current;
+      80             :         candidate->previous = current;
+      81             : 
+      82          34 :         Y yIn(current.getPosition(), current.getDirection());
+      83          34 :         double step = maxStep;
+      84             : 
+      85             :         // rectilinear propagation for neutral particles
+      86          34 :         if (current.getCharge() == 0) {
+      87           2 :                 step = clip(candidate->getNextStep(), minStep, maxStep);
+      88           1 :                 current.setPosition(yIn.x + yIn.u * step);
+      89           1 :                 candidate->setCurrentStep(step);
+      90           1 :                 candidate->setNextStep(maxStep);
+      91             :                 return;
+      92             :         }
+      93             : 
+      94             :         Y yOut, yErr;
+      95          33 :         double newStep = step;
+      96          33 :         double z = candidate->getRedshift();
+      97             : 
+      98             : 
+      99             :         // if minStep is the same as maxStep the adaptive algorithm with its error
+     100             :         // estimation is not needed and the computation time can be saved:
+     101          33 :         if (minStep == maxStep){
+     102          10 :                 tryStep(yIn, yOut, yErr, step / c_light, current, z);
+     103             :         } else {
+     104          23 :                 step = clip(candidate->getNextStep(), minStep, maxStep);
+     105          23 :                 newStep = step;
+     106             :                 double r = 42;  // arbitrary value
+     107             : 
+     108             :                 // try performing step until the target error (tolerance) or the minimum/maximum step size has been reached
+     109             :                 while (true) {
+     110          32 :                         tryStep(yIn, yOut, yErr, step / c_light, current, z);
+     111          32 :                         r = yErr.u.getR() / tolerance;  // ratio of absolute direction error and tolerance
+     112          32 :                         if (r > 1) {  // large direction error relative to tolerance, try to decrease step size
+     113          10 :                                 if (step == minStep)  // already minimum step size
+     114             :                                         break;
+     115             :                                 else {
+     116           9 :                                         newStep = step * 0.95 * pow(r, -0.2);
+     117          17 :                                         newStep = std::max(newStep, 0.1 * step); // limit step size decrease
+     118           9 :                                         newStep = std::max(newStep, minStep); // limit step size to minStep
+     119             :                                         step = newStep;
+     120             :                                 }
+     121             :                         } else {  // small direction error relative to tolerance, try to increase step size
+     122          22 :                                 if (step != maxStep) {  // only update once if maximum step size yet not reached
+     123          22 :                                         newStep = step * 0.95 * pow(r, -0.2);
+     124          35 :                                         newStep = std::min(newStep, 5 * step); // limit step size increase
+     125          22 :                                         newStep = std::min(newStep, maxStep); // limit step size to maxStep
+     126             :                                 }
+     127             :                                 break;
+     128             :                         }
+     129             :                 }
+     130             :         }
+     131             : 
+     132          33 :         current.setPosition(yOut.x);
+     133          33 :         current.setDirection(yOut.u.getUnitVector());
+     134          33 :         candidate->setCurrentStep(step);
+     135          33 :         candidate->setNextStep(newStep);
+     136             : }
+     137             : 
+     138          14 : void PropagationCK::setField(ref_ptr<MagneticField> f) {
+     139          14 :         field = f;
+     140          14 : }
+     141             : 
+     142           2 : ref_ptr<MagneticField> PropagationCK::getField() const {
+     143           2 :         return field;
+     144             : }
+     145             : 
+     146         253 : Vector3d PropagationCK::getFieldAtPosition(Vector3d pos, double z) const {
+     147             :         Vector3d B(0, 0, 0);
+     148             :         try {
+     149             :                 // check if field is valid and use the field vector at the
+     150             :                 // position pos with the redshift z
+     151         253 :                 if (field.valid())
+     152         253 :                         B = field->getField(pos, z);
+     153           0 :         } catch (std::exception &e) {
+     154           0 :                 KISS_LOG_ERROR  << "PropagationCK: Exception in PropagationCK::getFieldAtPosition.\n"
+     155           0 :                                 << e.what();
+     156           0 :         }       
+     157         253 :         return B;
+     158             : }
+     159             : 
+     160          18 : void PropagationCK::setTolerance(double tol) {
+     161          18 :         if ((tol > 1) or (tol < 0))
+     162           2 :                 throw std::runtime_error(
+     163           4 :                                 "PropagationCK: target error not in range 0-1");
+     164          16 :         tolerance = tol;
+     165          16 : }
+     166             : 
+     167          22 : void PropagationCK::setMinimumStep(double min) {
+     168          22 :         if (min < 0)
+     169           1 :                 throw std::runtime_error("PropagationCK: minStep < 0 ");
+     170          21 :         if (min > maxStep)
+     171           2 :                 throw std::runtime_error("PropagationCK: minStep > maxStep");
+     172          19 :         minStep = min;
+     173          19 : }
+     174             : 
+     175          19 : void PropagationCK::setMaximumStep(double max) {
+     176          19 :         if (max < minStep)
+     177           1 :                 throw std::runtime_error("PropagationCK: maxStep < minStep");
+     178          18 :         maxStep = max;
+     179          18 : }
+     180             : 
+     181           2 : double PropagationCK::getTolerance() const {
+     182           2 :         return tolerance;
+     183             : }
+     184             : 
+     185           2 : double PropagationCK::getMinimumStep() const {
+     186           2 :         return minStep;
+     187             : }
+     188             : 
+     189           3 : double PropagationCK::getMaximumStep() const {
+     190           3 :         return maxStep;
+     191             : }
+     192             : 
+     193           0 : std::string PropagationCK::getDescription() const {
+     194           0 :         std::stringstream s;
+     195           0 :         s << "Propagation in magnetic fields using the Cash-Karp method.";
+     196           0 :         s << " Target error: " << tolerance;
+     197           0 :         s << ", Minimum Step: " << minStep / kpc << " kpc";
+     198           0 :         s << ", Maximum Step: " << maxStep / kpc << " kpc";
+     199           0 :         return s.str();
+     200           0 : }
+     201             : 
+     202             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Redshift.cpp.func-sort-c.html b/doc/coverageReport/src/module/Redshift.cpp.func-sort-c.html new file mode 100644 index 000000000..8258b1e94 --- /dev/null +++ b/doc/coverageReport/src/module/Redshift.cpp.func-sort-c.html @@ -0,0 +1,88 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Redshift.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Redshift.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:92832.1 %
Date:2024-04-08 14:58:22Functions:1425.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa14FutureRedshift14getDescriptionB5cxx11Ev0
_ZNK7crpropa14FutureRedshift7processEPNS_9CandidateE0
_ZNK7crpropa8Redshift14getDescriptionB5cxx11Ev0
_ZNK7crpropa8Redshift7processEPNS_9CandidateE7644
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Redshift.cpp.func.html b/doc/coverageReport/src/module/Redshift.cpp.func.html new file mode 100644 index 000000000..39944b158 --- /dev/null +++ b/doc/coverageReport/src/module/Redshift.cpp.func.html @@ -0,0 +1,88 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Redshift.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Redshift.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:92832.1 %
Date:2024-04-08 14:58:22Functions:1425.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa14FutureRedshift14getDescriptionB5cxx11Ev0
_ZNK7crpropa14FutureRedshift7processEPNS_9CandidateE0
_ZNK7crpropa8Redshift14getDescriptionB5cxx11Ev0
_ZNK7crpropa8Redshift7processEPNS_9CandidateE7644
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Redshift.cpp.gcov.html b/doc/coverageReport/src/module/Redshift.cpp.gcov.html new file mode 100644 index 000000000..f41db2d01 --- /dev/null +++ b/doc/coverageReport/src/module/Redshift.cpp.gcov.html @@ -0,0 +1,138 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Redshift.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Redshift.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:92832.1 %
Date:2024-04-08 14:58:22Functions:1425.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/Redshift.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Cosmology.h"
+       4             : 
+       5             : #include <limits>
+       6             : 
+       7             : namespace crpropa {
+       8             : 
+       9        7644 : void Redshift::process(Candidate *c) const {
+      10        7644 :         double z = c->getRedshift();
+      11             : 
+      12             :         // check if z = 0
+      13        7644 :         if (z <= std::numeric_limits<double>::min())
+      14          21 :                 return;
+      15             : 
+      16             :         // use small step approximation:  dz = H(z) / c * ds
+      17        7623 :         double dz = hubbleRate(z) / c_light * c->getCurrentStep();
+      18             : 
+      19             :         // prevent dz > z
+      20        7623 :         dz = std::min(dz, z);
+      21             : 
+      22             :         // update redshift
+      23        7623 :         c->setRedshift(z - dz);
+      24             : 
+      25             :         // adiabatic energy loss: dE / dz = E / (1 + z)
+      26        7623 :         double E = c->current.getEnergy();
+      27        7623 :         c->current.setEnergy(E * (1 - dz / (1 + z)));
+      28             : }
+      29             : 
+      30           0 : std::string Redshift::getDescription() const {
+      31           0 :         std::stringstream s;
+      32           0 :         s << "Redshift: h0 = " << hubbleRate() / 1e5 * Mpc << ", omegaL = "
+      33           0 :                         << omegaL() << ", omegaM = " << omegaM();
+      34           0 :         return s.str();
+      35           0 : }
+      36             : 
+      37           0 : void FutureRedshift::process(Candidate *c) const {
+      38           0 :         double z = c->getRedshift();
+      39             : 
+      40             :         // check if z = -1
+      41           0 :         if (z <= -1)
+      42             :                 return;
+      43             : 
+      44             :         // use small step approximation:  dz = H(z) / c * ds
+      45           0 :         double dz = hubbleRate(z) / c_light * c->getCurrentStep();
+      46             : 
+      47             :         // update redshift
+      48           0 :         c->setRedshift(z - dz);
+      49             : 
+      50             :         // adiabatic energy loss: dE / dz = E / (1 + z)
+      51           0 :         double E = c->current.getEnergy();
+      52           0 :         c->current.setEnergy(E * (1 - dz / (1 + z)));
+      53             : }
+      54             : 
+      55           0 : std::string FutureRedshift::getDescription() const {
+      56           0 :         std::stringstream s;
+      57           0 :         s << "FutureRedshift: h0 = " << hubbleRate() / 1e5 * Mpc << ", omegaL = "
+      58           0 :                         << omegaL() << ", omegaM = " << omegaM();
+      59           0 :         return s.str();
+      60           0 : }
+      61             : 
+      62             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/RestrictToRegion.cpp.func-sort-c.html b/doc/coverageReport/src/module/RestrictToRegion.cpp.func-sort-c.html new file mode 100644 index 000000000..89ada30d6 --- /dev/null +++ b/doc/coverageReport/src/module/RestrictToRegion.cpp.func-sort-c.html @@ -0,0 +1,84 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/RestrictToRegion.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - RestrictToRegion.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:61250.0 %
Date:2024-04-08 14:58:22Functions:2366.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa16RestrictToRegion14getDescriptionB5cxx11Ev0
_ZN7crpropa16RestrictToRegionC2EPNS_6ModuleEPNS_7SurfaceE1
_ZNK7crpropa16RestrictToRegion7processEPNS_9CandidateE2
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/RestrictToRegion.cpp.func.html b/doc/coverageReport/src/module/RestrictToRegion.cpp.func.html new file mode 100644 index 000000000..6024c3ad3 --- /dev/null +++ b/doc/coverageReport/src/module/RestrictToRegion.cpp.func.html @@ -0,0 +1,84 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/RestrictToRegion.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - RestrictToRegion.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:61250.0 %
Date:2024-04-08 14:58:22Functions:2366.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16RestrictToRegionC2EPNS_6ModuleEPNS_7SurfaceE1
_ZNK7crpropa16RestrictToRegion14getDescriptionB5cxx11Ev0
_ZNK7crpropa16RestrictToRegion7processEPNS_9CandidateE2
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/RestrictToRegion.cpp.gcov.html b/doc/coverageReport/src/module/RestrictToRegion.cpp.gcov.html new file mode 100644 index 000000000..38282b565 --- /dev/null +++ b/doc/coverageReport/src/module/RestrictToRegion.cpp.gcov.html @@ -0,0 +1,101 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/RestrictToRegion.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - RestrictToRegion.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:61250.0 %
Date:2024-04-08 14:58:22Functions:2366.7 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/RestrictToRegion.h" 
+       2             : 
+       3             : #include <sstream>
+       4             : 
+       5             : namespace crpropa {
+       6             : 
+       7           1 : RestrictToRegion::RestrictToRegion(Module* _module, Surface* _surface) : module(_module), surface(_surface) { 
+       8           1 : };
+       9             : 
+      10           2 : void RestrictToRegion::process(Candidate *candidate) const {
+      11           2 :         if (surface->distance(candidate->current.getPosition()) <= 0) {
+      12           1 :                 module->process(candidate);
+      13             :         }
+      14           2 : };
+      15             : 
+      16           0 : std::string RestrictToRegion::getDescription() const {
+      17           0 :         std::stringstream s;
+      18             :         s << "RestrictToArea:\n"
+      19           0 :                 << "  Module: " << module->getDescription() << std::endl
+      20           0 :                 << "  Region: " << surface->getDescription() << std::endl;
+      21           0 :         return s.str();
+      22           0 : };
+      23             : 
+      24             : 
+      25             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/SimplePropagation.cpp.func-sort-c.html b/doc/coverageReport/src/module/SimplePropagation.cpp.func-sort-c.html new file mode 100644 index 000000000..1d24c0fb2 --- /dev/null +++ b/doc/coverageReport/src/module/SimplePropagation.cpp.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/SimplePropagation.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - SimplePropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:123336.4 %
Date:2024-04-08 14:58:22Functions:2728.6 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17SimplePropagation14setMaximumStepEd0
_ZN7crpropa17SimplePropagation14setMinimumStepEd0
_ZNK7crpropa17SimplePropagation14getDescriptionB5cxx11Ev0
_ZNK7crpropa17SimplePropagation14getMaximumStepEv0
_ZNK7crpropa17SimplePropagation14getMinimumStepEv0
_ZN7crpropa17SimplePropagationC2Edd12
_ZNK7crpropa17SimplePropagation7processEPNS_9CandidateE19294
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/SimplePropagation.cpp.func.html b/doc/coverageReport/src/module/SimplePropagation.cpp.func.html new file mode 100644 index 000000000..2f86027c0 --- /dev/null +++ b/doc/coverageReport/src/module/SimplePropagation.cpp.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/SimplePropagation.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - SimplePropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:123336.4 %
Date:2024-04-08 14:58:22Functions:2728.6 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17SimplePropagation14setMaximumStepEd0
_ZN7crpropa17SimplePropagation14setMinimumStepEd0
_ZN7crpropa17SimplePropagationC2Edd12
_ZNK7crpropa17SimplePropagation14getDescriptionB5cxx11Ev0
_ZNK7crpropa17SimplePropagation14getMaximumStepEv0
_ZNK7crpropa17SimplePropagation14getMinimumStepEv0
_ZNK7crpropa17SimplePropagation7processEPNS_9CandidateE19294
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/SimplePropagation.cpp.gcov.html b/doc/coverageReport/src/module/SimplePropagation.cpp.gcov.html new file mode 100644 index 000000000..c01c7f1d1 --- /dev/null +++ b/doc/coverageReport/src/module/SimplePropagation.cpp.gcov.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/SimplePropagation.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - SimplePropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:123336.4 %
Date:2024-04-08 14:58:22Functions:2728.6 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/SimplePropagation.h"
+       2             : 
+       3             : #include <sstream>
+       4             : #include <stdexcept>
+       5             : 
+       6             : namespace crpropa {
+       7             : 
+       8          12 : SimplePropagation::SimplePropagation(double minStep, double maxStep) :
+       9          12 :                 minStep(minStep), maxStep(maxStep) {
+      10          12 :         if (minStep > maxStep)
+      11           0 :                 throw std::runtime_error("SimplePropagation: minStep > maxStep");
+      12          12 : }
+      13             : 
+      14       19294 : void SimplePropagation::process(Candidate *c) const {
+      15             :         c->previous = c->current;
+      16             : 
+      17       19294 :         double step = clip(c->getNextStep(), minStep, maxStep);
+      18       19294 :         c->setCurrentStep(step);
+      19       19294 :         Vector3d pos = c->current.getPosition();
+      20       19294 :         Vector3d dir = c->current.getDirection();
+      21       19294 :         c->current.setPosition(pos + dir * step);
+      22       19294 :         c->setNextStep(maxStep);
+      23       19294 : }
+      24             : 
+      25           0 : void SimplePropagation::setMinimumStep(double step) {
+      26           0 :         if (step > maxStep)
+      27           0 :                 throw std::runtime_error("SimplePropagation: minStep > maxStep");
+      28           0 :         minStep = step;
+      29           0 : }
+      30             : 
+      31           0 : void SimplePropagation::setMaximumStep(double step) {
+      32           0 :         if (minStep > step)
+      33           0 :                 throw std::runtime_error("SimplePropagation: minStep > maxStep");
+      34           0 :         maxStep = step;
+      35           0 : }
+      36             : 
+      37           0 : double SimplePropagation::getMinimumStep() const {
+      38           0 :         return minStep;
+      39             : }
+      40             : 
+      41           0 : double SimplePropagation::getMaximumStep() const {
+      42           0 :         return maxStep;
+      43             : }
+      44             : 
+      45           0 : std::string SimplePropagation::getDescription() const {
+      46           0 :         std::stringstream s;
+      47           0 :         s << "SimplePropagation: Step size = " << minStep / kpc
+      48           0 :                         << " - " << maxStep / kpc << " kpc";
+      49           0 :         return s.str();
+      50           0 : }
+      51             : 
+      52             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/SynchrotronRadiation.cpp.func-sort-c.html b/doc/coverageReport/src/module/SynchrotronRadiation.cpp.func-sort-c.html new file mode 100644 index 000000000..d0dcbba06 --- /dev/null +++ b/doc/coverageReport/src/module/SynchrotronRadiation.cpp.func-sort-c.html @@ -0,0 +1,156 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/SynchrotronRadiation.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - SynchrotronRadiation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8113161.8 %
Date:2024-04-08 14:58:22Functions:102147.6 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa20SynchrotronRadiation11getThinningEv0
_ZN7crpropa20SynchrotronRadiation11setThinningEd0
_ZN7crpropa20SynchrotronRadiation14getHavePhotonsEv0
_ZN7crpropa20SynchrotronRadiation17getMaximumSamplesEv0
_ZN7crpropa20SynchrotronRadiation7getBrmsEv0
_ZN7crpropa20SynchrotronRadiation8getFieldEv0
_ZN7crpropa20SynchrotronRadiation8getLimitEv0
_ZN7crpropa20SynchrotronRadiation8setFieldENS_7ref_ptrINS_13MagneticFieldEEE0
_ZN7crpropa20SynchrotronRadiationC2ENS_7ref_ptrINS_13MagneticFieldEEEbdid0
_ZNK7crpropa20SynchrotronRadiation14getDescriptionB5cxx11Ev0
_ZNK7crpropa20SynchrotronRadiation21getSecondaryThresholdEv0
_ZN7crpropa20SynchrotronRadiation12initSpectrumEv1
_ZN7crpropa20SynchrotronRadiation14setHavePhotonsEb1
_ZN7crpropa20SynchrotronRadiation17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa20SynchrotronRadiation17setMaximumSamplesEi1
_ZN7crpropa20SynchrotronRadiation21setSecondaryThresholdEd1
_ZN7crpropa20SynchrotronRadiation7setBrmsEd1
_ZN7crpropa20SynchrotronRadiation8setLimitEd1
_ZN7crpropa20SynchrotronRadiationC2Edbdid1
_ZNK7crpropa20SynchrotronRadiation7processEPNS_9CandidateE1
_ZNK7crpropa20SynchrotronRadiation17getInteractionTagB5cxx11Ev2
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/SynchrotronRadiation.cpp.func.html b/doc/coverageReport/src/module/SynchrotronRadiation.cpp.func.html new file mode 100644 index 000000000..bc212b37e --- /dev/null +++ b/doc/coverageReport/src/module/SynchrotronRadiation.cpp.func.html @@ -0,0 +1,156 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/SynchrotronRadiation.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - SynchrotronRadiation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8113161.8 %
Date:2024-04-08 14:58:22Functions:102147.6 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa20SynchrotronRadiation11getThinningEv0
_ZN7crpropa20SynchrotronRadiation11setThinningEd0
_ZN7crpropa20SynchrotronRadiation12initSpectrumEv1
_ZN7crpropa20SynchrotronRadiation14getHavePhotonsEv0
_ZN7crpropa20SynchrotronRadiation14setHavePhotonsEb1
_ZN7crpropa20SynchrotronRadiation17getMaximumSamplesEv0
_ZN7crpropa20SynchrotronRadiation17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa20SynchrotronRadiation17setMaximumSamplesEi1
_ZN7crpropa20SynchrotronRadiation21setSecondaryThresholdEd1
_ZN7crpropa20SynchrotronRadiation7getBrmsEv0
_ZN7crpropa20SynchrotronRadiation7setBrmsEd1
_ZN7crpropa20SynchrotronRadiation8getFieldEv0
_ZN7crpropa20SynchrotronRadiation8getLimitEv0
_ZN7crpropa20SynchrotronRadiation8setFieldENS_7ref_ptrINS_13MagneticFieldEEE0
_ZN7crpropa20SynchrotronRadiation8setLimitEd1
_ZN7crpropa20SynchrotronRadiationC2ENS_7ref_ptrINS_13MagneticFieldEEEbdid0
_ZN7crpropa20SynchrotronRadiationC2Edbdid1
_ZNK7crpropa20SynchrotronRadiation14getDescriptionB5cxx11Ev0
_ZNK7crpropa20SynchrotronRadiation17getInteractionTagB5cxx11Ev2
_ZNK7crpropa20SynchrotronRadiation21getSecondaryThresholdEv0
_ZNK7crpropa20SynchrotronRadiation7processEPNS_9CandidateE1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/SynchrotronRadiation.cpp.gcov.html b/doc/coverageReport/src/module/SynchrotronRadiation.cpp.gcov.html new file mode 100644 index 000000000..3ea130039 --- /dev/null +++ b/doc/coverageReport/src/module/SynchrotronRadiation.cpp.gcov.html @@ -0,0 +1,306 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/SynchrotronRadiation.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - SynchrotronRadiation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8113161.8 %
Date:2024-04-08 14:58:22Functions:102147.6 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/SynchrotronRadiation.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Random.h"
+       4             : 
+       5             : #include <fstream>
+       6             : #include <limits>
+       7             : #include <stdexcept>
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11           0 : SynchrotronRadiation::SynchrotronRadiation(ref_ptr<MagneticField> field, bool havePhotons, double thinning, int nSamples, double limit) {
+      12           0 :         setField(field);
+      13           0 :         setBrms(0);
+      14           0 :         initSpectrum();
+      15           0 :         setHavePhotons(havePhotons);
+      16           0 :         setLimit(limit);
+      17           0 :         setSecondaryThreshold(1e6 * eV);
+      18           0 :         setMaximumSamples(nSamples);
+      19           0 : }
+      20             : 
+      21           1 : SynchrotronRadiation::SynchrotronRadiation(double Brms, bool havePhotons, double thinning, int nSamples, double limit) {
+      22           1 :         setBrms(Brms);
+      23           1 :         initSpectrum();
+      24           1 :         setHavePhotons(havePhotons);
+      25           1 :         setLimit(limit);
+      26           1 :         setSecondaryThreshold(1e6 * eV);
+      27           1 :         setMaximumSamples(nSamples);
+      28           1 : }
+      29             : 
+      30           0 : void SynchrotronRadiation::setField(ref_ptr<MagneticField> f) {
+      31           0 :         this->field = f;
+      32           0 : }
+      33             : 
+      34           0 : ref_ptr<MagneticField> SynchrotronRadiation::getField() {
+      35           0 :         return field;
+      36             : }
+      37             : 
+      38           1 : void SynchrotronRadiation::setBrms(double Brms) {
+      39           1 :         this->Brms = Brms;
+      40           1 : }
+      41             : 
+      42           0 : double SynchrotronRadiation::getBrms() {
+      43           0 :         return Brms;
+      44             : }
+      45             : 
+      46           1 : void SynchrotronRadiation::setHavePhotons(bool havePhotons) {
+      47           1 :         this->havePhotons = havePhotons;
+      48           1 : }
+      49             : 
+      50           0 : bool SynchrotronRadiation::getHavePhotons() {
+      51           0 :         return havePhotons;
+      52             : }
+      53             : 
+      54           0 : void SynchrotronRadiation::setThinning(double thinning) {
+      55           0 :         this->thinning = thinning;
+      56           0 : }
+      57             : 
+      58           0 : double SynchrotronRadiation::getThinning() {
+      59           0 :         return thinning;
+      60             : }
+      61             : 
+      62           1 : void SynchrotronRadiation::setLimit(double limit) {
+      63           1 :         this->limit = limit;
+      64           1 : }
+      65             : 
+      66           0 : double SynchrotronRadiation::getLimit() {
+      67           0 :         return limit;
+      68             : }
+      69             : 
+      70           1 : void SynchrotronRadiation::setMaximumSamples(int nmax) {
+      71           1 :         maximumSamples = nmax;
+      72           1 : }
+      73             : 
+      74           0 : int SynchrotronRadiation::getMaximumSamples() {
+      75           0 :         return maximumSamples;
+      76             : }
+      77             : 
+      78           1 : void SynchrotronRadiation::setSecondaryThreshold(double threshold) {
+      79           1 :         secondaryThreshold = threshold;
+      80           1 : }
+      81             : 
+      82           0 : double SynchrotronRadiation::getSecondaryThreshold() const {
+      83           0 :         return secondaryThreshold;
+      84             : }
+      85             : 
+      86           1 : void SynchrotronRadiation::initSpectrum() {
+      87           2 :         std::string filename = getDataPath("Synchrotron/spectrum.txt");
+      88           1 :         std::ifstream infile(filename.c_str());
+      89             : 
+      90           1 :         if (!infile.good())
+      91           0 :                 throw std::runtime_error("SynchrotronRadiation: could not open file " + filename);
+      92             : 
+      93             :         // clear previously loaded interaction rates
+      94           1 :         tabx.clear();
+      95           1 :         tabCDF.clear();
+      96             : 
+      97        1407 :         while (infile.good()) {
+      98        1406 :                 if (infile.peek() != '#') {
+      99             :                         double a, b;
+     100             :                         infile >> a >> b;
+     101        1402 :                         if (infile) {
+     102        1401 :                                 tabx.push_back(pow(10, a));
+     103        1401 :                                 tabCDF.push_back(b);
+     104             :                         }
+     105             :                 }
+     106        1406 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
+     107             :         }
+     108           1 :         infile.close();
+     109           2 : }
+     110             : 
+     111           1 : void SynchrotronRadiation::process(Candidate *candidate) const {
+     112           1 :         double charge = fabs(candidate->current.getCharge());
+     113           1 :         if (charge == 0)
+     114           0 :                 return; // only charged particles
+     115             : 
+     116             :         // calculate gyroradius, evaluated at the current position
+     117           1 :         double z = candidate->getRedshift();
+     118             :         double B;
+     119           1 :         if (field.valid()) {
+     120           0 :                 Vector3d Bvec = field->getField(candidate->current.getPosition(), z);
+     121           0 :                 B = Bvec.cross(candidate->current.getDirection()).getR();
+     122             :         } else {
+     123           1 :                 B = sqrt(2. / 3) * Brms; // average perpendicular field component
+     124             :         }
+     125           1 :         B *= pow(1 + z, 2); // cosmological scaling
+     126           1 :         double Rg = candidate->current.getMomentum().getR() / charge / B;
+     127             : 
+     128             :         // calculate energy loss
+     129           1 :         double lf = candidate->current.getLorentzFactor();
+     130           1 :         double dEdx = 1. / 6 / M_PI / epsilon0 * pow(lf * lf - 1, 2) * pow(charge / Rg, 2); // Jackson p. 770 (14.31)
+     131           1 :         double step = candidate->getCurrentStep() / (1 + z); // step size in local frame
+     132           1 :         double dE = step * dEdx;
+     133             : 
+     134             :         // apply energy loss and limit next step
+     135           1 :         double E = candidate->current.getEnergy();
+     136           1 :         candidate->current.setEnergy(E - dE);
+     137           1 :         candidate->limitNextStep(limit * E / dEdx);
+     138             : 
+     139             :         // optionally add secondary photons
+     140           1 :         if (not(havePhotons))
+     141             :                 return;
+     142             : 
+     143             :         // check if photons with energies > 14 * Ecrit are possible
+     144           1 :         double Ecrit = 3. / 4 * h_planck / M_PI * c_light * pow(lf, 3) / Rg;
+     145           1 :         if (14 * Ecrit < secondaryThreshold)
+     146             :                 return;
+     147             : 
+     148             :         // draw photons up to the total energy loss
+     149             :         // if maximumSamples is reached before that, compensate the total energy afterwards
+     150           1 :         Random &random = Random::instance();
+     151             :         double dE0 = dE;
+     152             :         std::vector<double> energies;
+     153             :         int counter = 0;
+     154     3620603 :         while (dE > 0) {
+     155             :                 // draw random value between 0 and maximum of corresponding cdf
+     156             :                 // choose bin of s where cdf(x) = cdf_rand -> x_rand
+     157     3620602 :                 size_t i = random.randBin(tabCDF); // draw random bin (upper bin boundary returned)
+     158     3620602 :                 double binWidth = (tabx[i] - tabx[i-1]);
+     159     3620602 :                 double x = tabx[i-1] + random.rand() * binWidth; // draw random x uniformly distributed in bin
+     160     3620602 :                 double Ephoton = x * Ecrit;
+     161             : 
+     162             :                 // if the remaining energy is not sufficient check for random accepting
+     163     3620602 :                 if (Ephoton > dE) {
+     164           1 :                         if (random.rand() > (dE / Ephoton))
+     165             :                                 break; // not accepted
+     166             :                 }
+     167             : 
+     168             :                 // only activate the "per-step" sampling if maximumSamples is explicitly set.
+     169     3620602 :                 if (maximumSamples > 0) {
+     170           0 :                         if (counter >= maximumSamples) 
+     171             :                                 break;                  
+     172             :                 }
+     173             : 
+     174             :                 // store energies in array
+     175     3620602 :                 energies.push_back(Ephoton);
+     176             : 
+     177             :                 // energy loss
+     178     3620602 :                 dE -= Ephoton;
+     179             : 
+     180             :                 // counter for sampling break condition;
+     181     3620602 :                 counter++;
+     182             :         }
+     183             : 
+     184             :         // while loop before gave total energy which is just a fraction of the required
+     185             :         double w1 = 1;
+     186           1 :         if (maximumSamples > 0 && dE > 0)
+     187           0 :                 w1 = 1. / (1. - dE / dE0); 
+     188             : 
+     189             :         // loop over sampled photons and attribute weights accordingly
+     190     3620603 :         for (int i = 0; i < energies.size(); i++) {
+     191     3620602 :                 double Ephoton = energies[i];
+     192     3620602 :                 double f = Ephoton / (E - dE0);
+     193     3620602 :                 double w = w1 / pow(f, thinning);
+     194             : 
+     195             :                 // thinning procedure: accepts only a few random secondaries
+     196     3620602 :                 if (random.rand() < pow(f, thinning)) {
+     197     3620602 :                         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
+     198     3620602 :                         if (Ephoton > secondaryThreshold) // create only photons with energies above threshold
+     199     3309554 :                                 candidate->addSecondary(22, Ephoton, pos, w, interactionTag);
+     200             :                 }
+     201             :         }
+     202             : }
+     203             : 
+     204           0 : std::string SynchrotronRadiation::getDescription() const {
+     205           0 :         std::stringstream s;
+     206           0 :         s << "Synchrotron radiation";
+     207           0 :         if (field.valid())
+     208           0 :                 s << " for specified magnetic field";
+     209             :         else
+     210           0 :                 s << " for Brms = " << Brms / nG << " nG";
+     211           0 :         if (havePhotons)
+     212           0 :                 s << ", synchrotron photons E > " << secondaryThreshold / eV << " eV";
+     213             :         else
+     214           0 :                 s << ", no synchrotron photons";
+     215           0 :         if (maximumSamples > 0)
+     216           0 :                 s << "maximum number of photon samples: " << maximumSamples;
+     217           0 :         if (thinning > 0)
+     218           0 :                 s << "thinning parameter: " << thinning; 
+     219           0 :         return s.str();
+     220           0 : }
+     221             : 
+     222           1 : void SynchrotronRadiation::setInteractionTag(std::string tag) {
+     223           1 :         interactionTag = tag;
+     224           1 : }
+     225             : 
+     226           2 : std::string SynchrotronRadiation::getInteractionTag() const {
+     227           2 :         return interactionTag;
+     228             : }
+     229             : 
+     230             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/TextOutput.cpp.func-sort-c.html b/doc/coverageReport/src/module/TextOutput.cpp.func-sort-c.html new file mode 100644 index 000000000..97378d014 --- /dev/null +++ b/doc/coverageReport/src/module/TextOutput.cpp.func-sort-c.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/TextOutput.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - TextOutput.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:21924988.0 %
Date:2024-04-08 14:58:22Functions:91464.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10TextOutput4gzipEv0
_ZN7crpropa10TextOutputC2ERSo0
_ZN7crpropa10TextOutputC2ERSoNS_6Output10OutputTypeE0
_ZN7crpropa10TextOutputC2Ev0
_ZNK7crpropa10TextOutput14getDescriptionB5cxx11Ev0
_ZN7crpropa10TextOutput4loadERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEPNS_17ParticleCollectorE1
_ZN7crpropa10TextOutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEENS_6Output10OutputTypeE1
_ZN7crpropa10TextOutputD0Ev1
_ZN7crpropa10TextOutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE2
_ZN7crpropa10TextOutputC2ENS_6Output10OutputTypeE7
_ZN7crpropa10TextOutputD2Ev9
_ZNK7crpropa10TextOutput11printHeaderEv9
_ZN7crpropa10TextOutput5closeEv10
_ZNK7crpropa10TextOutput7processEPNS_9CandidateE54
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/TextOutput.cpp.func.html b/doc/coverageReport/src/module/TextOutput.cpp.func.html new file mode 100644 index 000000000..1ca5f18f5 --- /dev/null +++ b/doc/coverageReport/src/module/TextOutput.cpp.func.html @@ -0,0 +1,128 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/TextOutput.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - TextOutput.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:21924988.0 %
Date:2024-04-08 14:58:22Functions:91464.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10TextOutput4gzipEv0
_ZN7crpropa10TextOutput4loadERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEPNS_17ParticleCollectorE1
_ZN7crpropa10TextOutput5closeEv10
_ZN7crpropa10TextOutputC2ENS_6Output10OutputTypeE7
_ZN7crpropa10TextOutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE2
_ZN7crpropa10TextOutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEENS_6Output10OutputTypeE1
_ZN7crpropa10TextOutputC2ERSo0
_ZN7crpropa10TextOutputC2ERSoNS_6Output10OutputTypeE0
_ZN7crpropa10TextOutputC2Ev0
_ZN7crpropa10TextOutputD0Ev1
_ZN7crpropa10TextOutputD2Ev9
_ZNK7crpropa10TextOutput11printHeaderEv9
_ZNK7crpropa10TextOutput14getDescriptionB5cxx11Ev0
_ZNK7crpropa10TextOutput7processEPNS_9CandidateE54
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/TextOutput.cpp.gcov.html b/doc/coverageReport/src/module/TextOutput.cpp.gcov.html new file mode 100644 index 000000000..7ac87a19d --- /dev/null +++ b/doc/coverageReport/src/module/TextOutput.cpp.gcov.html @@ -0,0 +1,457 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/TextOutput.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - TextOutput.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:21924988.0 %
Date:2024-04-08 14:58:22Functions:91464.3 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/TextOutput.h"
+       2             : #include "crpropa/module/ParticleCollector.h"
+       3             : #include "crpropa/Units.h"
+       4             : #include "crpropa/Version.h"
+       5             : #include "crpropa/Random.h"
+       6             : #include "crpropa/base64.h"
+       7             : 
+       8             : #include "kiss/string.h"
+       9             : 
+      10             : #include <cstdio>
+      11             : #include <stdexcept>
+      12             : #include <iostream>
+      13             : 
+      14             : #ifdef CRPROPA_HAVE_ZLIB
+      15             : #include <izstream.hpp>
+      16             : #include <ozstream.hpp>
+      17             : #endif
+      18             : 
+      19             : namespace crpropa {
+      20             : 
+      21           0 : TextOutput::TextOutput() : Output(), out(&std::cout), storeRandomSeeds(false) {
+      22           0 : }
+      23             : 
+      24           7 : TextOutput::TextOutput(OutputType outputtype) : Output(outputtype), out(&std::cout), storeRandomSeeds(false) {
+      25           7 : }
+      26             : 
+      27           0 : TextOutput::TextOutput(std::ostream &out) : Output(), out(&out), storeRandomSeeds(false) {
+      28           0 : }
+      29             : 
+      30           0 : TextOutput::TextOutput(std::ostream &out,
+      31           0 :                 OutputType outputtype) : Output(outputtype), out(&out), storeRandomSeeds(false) {
+      32           0 : }
+      33             : 
+      34           4 : TextOutput::TextOutput(const std::string &filename) :  Output(), outfile(filename.c_str(),
+      35           2 :                                 std::ios::binary), out(&outfile),  filename(
+      36           4 :                                 filename), storeRandomSeeds(false) {
+      37           2 :         if (!outfile.is_open())
+      38           2 :                 throw std::runtime_error(std::string("Cannot create file: ") + filename);
+      39           3 :         if (kiss::ends_with(filename, ".gz"))
+      40           0 :                 gzip();
+      41           3 : }
+      42             : 
+      43           1 : TextOutput::TextOutput(const std::string &filename,
+      44           2 :                                 OutputType outputtype) : Output(outputtype), outfile(filename.c_str(),
+      45           1 :                                 std::ios::binary), out(&outfile), filename(
+      46           2 :                                 filename), storeRandomSeeds(false) {
+      47           1 :         if (!outfile.is_open())
+      48           0 :                 throw std::runtime_error(std::string("Cannot create file: ") + filename);
+      49           2 :         if (kiss::ends_with(filename, ".gz"))
+      50           0 :                 gzip();
+      51           1 : }
+      52             : 
+      53           9 : void TextOutput::printHeader() const {
+      54           9 :         *out << "#";
+      55           9 :         if (fields.test(TrajectoryLengthColumn))
+      56           6 :                 *out << "\tD";
+      57           9 :         if (fields.test(RedshiftColumn))
+      58           2 :                 *out << "\tz";
+      59           9 :         if (fields.test(SerialNumberColumn))
+      60           3 :                 *out << "\tSN";
+      61           9 :         if (fields.test(CurrentIdColumn))
+      62           8 :                 *out << "\tID";
+      63           9 :         if (fields.test(CurrentEnergyColumn))
+      64           8 :                 *out << "\tE";
+      65           9 :         if (fields.test(CurrentPositionColumn) && oneDimensional)
+      66           2 :                 *out << "\tX";
+      67           9 :         if (fields.test(CurrentPositionColumn) && not oneDimensional)
+      68           3 :                 *out << "\tX\tY\tZ";
+      69           9 :         if (fields.test(CurrentDirectionColumn) && not oneDimensional)
+      70           3 :                 *out << "\tPx\tPy\tPz";
+      71           9 :         if (fields.test(SerialNumberColumn))
+      72           3 :                 *out << "\tSN0";
+      73           9 :         if (fields.test(SourceIdColumn))
+      74           6 :                 *out << "\tID0";
+      75           9 :         if (fields.test(SourceEnergyColumn))
+      76           6 :                 *out << "\tE0";
+      77           9 :         if (fields.test(SourcePositionColumn) && oneDimensional) 
+      78           1 :                 *out << "\tX0";
+      79           9 :         if (fields.test(SourcePositionColumn) && not oneDimensional)
+      80           2 :                 *out << "\tX0\tY0\tZ0";
+      81           9 :         if (fields.test(SourceDirectionColumn) && not oneDimensional)
+      82           2 :                 *out << "\tP0x\tP0y\tP0z";
+      83           9 :         if (fields.test(SerialNumberColumn))
+      84           3 :                 *out << "\tSN1";
+      85           9 :         if (fields.test(CreatedIdColumn))
+      86           2 :                 *out << "\tID1";
+      87           9 :         if (fields.test(CreatedEnergyColumn))
+      88           2 :                 *out << "\tE1";
+      89           9 :         if (fields.test(CreatedPositionColumn) && oneDimensional)
+      90           1 :                 *out << "\tX1";
+      91           9 :         if (fields.test(CreatedPositionColumn) && not oneDimensional)
+      92           1 :                 *out << "\tX1\tY1\tZ1";
+      93           9 :         if (fields.test(CreatedDirectionColumn) && not oneDimensional)
+      94           1 :                 *out << "\tP1x\tP1y\tP1z";
+      95           9 :         if (fields.test(WeightColumn))
+      96           2 :                 *out << "\tW";
+      97           9 :         if (fields.test(CandidateTagColumn))
+      98           3 :                 *out << "\ttag";
+      99           9 :         for(std::vector<Property>::const_iterator iter = properties.begin();
+     100          10 :                         iter != properties.end(); ++iter)
+     101             :         {
+     102           1 :                 *out << "\t" << (*iter).name;
+     103             :         }
+     104             : 
+     105           9 :         *out << "\n#\n";
+     106           9 :         if (fields.test(TrajectoryLengthColumn))
+     107           6 :                 *out << "# D             Trajectory length [" << lengthScale / Mpc
+     108           6 :                                 << " Mpc]\n";
+     109           9 :         if (fields.test(RedshiftColumn))
+     110           2 :                 *out << "# z             Redshift\n";
+     111           9 :         if (fields.test(SerialNumberColumn))
+     112           3 :                 *out << "# SN/SN0/SN1    Serial number. Unique (within this run) id of the particle.\n";
+     113           1 :         if (fields.test(CurrentIdColumn) || fields.test(CreatedIdColumn)
+     114          10 :                         || fields.test(SourceIdColumn))
+     115           8 :                 *out << "# ID/ID0/ID1    Particle type (PDG MC numbering scheme)\n";
+     116           1 :         if (fields.test(CurrentEnergyColumn) || fields.test(CreatedEnergyColumn)
+     117          10 :                         || fields.test(SourceEnergyColumn))
+     118           8 :                 *out << "# E/E0/E1       Energy [" << energyScale / EeV << " EeV]\n";
+     119           4 :         if (fields.test(CurrentPositionColumn) || fields.test(CreatedPositionColumn)
+     120          13 :                         || fields.test(SourcePositionColumn))
+     121           5 :                 *out << "# X/X0/X1...    Position [" << lengthScale / Mpc << " Mpc]\n";
+     122             :         if (fields.test(CurrentDirectionColumn)
+     123           5 :                         || fields.test(CreatedDirectionColumn)
+     124          14 :                         || fields.test(SourceDirectionColumn))
+     125           4 :                 *out << "# Px/P0x/P1x... Heading (unit vector of momentum)\n";
+     126           9 :         if (fields.test(WeightColumn))
+     127           2 :                 *out << "# W             Weights" << " \n";
+     128           9 :         if (fields.test(CandidateTagColumn)) {
+     129           3 :                 *out << "# tag           Candidate tag can be given by the source feature (user defined tag) or by the following interaction process \n";
+     130           3 :                 *out << "#\tES  \tElasticScattering \n" << "#\tEPP \tElectronPairProduction \n" << "#\tEMPP\tEMPairProduction\n"
+     131             :                         << "#\tEMDP\tEMDoublePairProduction\n" << "#\tEMTP\tEMTripletPairProduction \n" << "#\tEMIC\tEMInverseComptonScattering\n"
+     132             :                         << "#\tND  \tNuclearDecay\n" << "#\tPD  \tPhotoDisintegration\n" << "#\tPPP  \tPhotoPionProduction\n" << "#\tSYN \tSynchrotronRadiation\n"
+     133           3 :                         << "#\tPRIM/SEC\t primary / secondary particle\n";
+     134             :         }
+     135           9 :         for(std::vector<Property>::const_iterator iter = properties.begin();
+     136          10 :                         iter != properties.end(); ++iter)
+     137             :         {
+     138           2 :                         *out << "# " << (*iter).name << " " << (*iter).comment << "\n";
+     139             :         }
+     140             : 
+     141           9 :         *out << "# no index = current, 0 = at source, 1 = at point of creation\n#\n";
+     142          18 :         *out << "# CRPropa version: " << g_GIT_DESC << "\n#\n";
+     143             : 
+     144           9 :         if (storeRandomSeeds)
+     145             :         {
+     146           0 :                 *out << "# Random seeds:\n";
+     147           0 :                 std::vector< std::vector<uint32_t> > seeds = Random::getSeedThreads();
+     148             : 
+     149           0 :                 for (size_t i =0; i < seeds.size(); i++)
+     150             :                 {
+     151           0 :                         std::string encoded_data = Base64::encode((unsigned char*) &seeds[i][0], sizeof(seeds[i][0]) * seeds[i].size() / sizeof(unsigned char));
+     152           0 :                         *out << "#   Thread " << i << ": ";
+     153           0 :                         *out << encoded_data;
+     154           0 :                         *out << "\n";
+     155             :                 }
+     156           0 :         }
+     157           9 : }
+     158             : 
+     159          54 : void TextOutput::process(Candidate *c) const {
+     160          54 :         if (fields.none() && properties.empty())
+     161           0 :                 return;
+     162             : 
+     163             :         char buffer[1024];
+     164             :         size_t p = 0;
+     165             : 
+     166          54 :         std::locale old_locale = std::locale::global(std::locale::classic());
+     167             : 
+     168          54 :         if (fields.test(TrajectoryLengthColumn))
+     169          51 :                 p += std::sprintf(buffer + p, "%8.5E\t",
+     170          51 :                                 c->getTrajectoryLength() / lengthScale);
+     171             : 
+     172          54 :         if (fields.test(RedshiftColumn))
+     173          47 :                 p += std::sprintf(buffer + p, "%1.5E\t", c->getRedshift());
+     174             : 
+     175          54 :         if (fields.test(SerialNumberColumn))
+     176          48 :                 p += std::sprintf(buffer + p, "%10lu\t",
+     177             :                                 c->getSerialNumber());
+     178          54 :         if (fields.test(CurrentIdColumn))
+     179          53 :                 p += std::sprintf(buffer + p, "%10i\t", c->current.getId());
+     180          54 :         if (fields.test(CurrentEnergyColumn))
+     181          53 :                 p += std::sprintf(buffer + p, "%8.5E\t",
+     182          53 :                                 c->current.getEnergy() / energyScale);
+     183          54 :         if (fields.test(CurrentPositionColumn)) {
+     184          50 :                 if (oneDimensional) {
+     185          37 :                         p += std::sprintf(buffer + p, "%8.5E\t",
+     186          37 :                                         c->current.getPosition().x / lengthScale);
+     187             :                 } else {
+     188          13 :                         const Vector3d pos = c->current.getPosition() / lengthScale;
+     189          13 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
+     190             :                                         pos.z);
+     191             :                 }
+     192             :         }
+     193          54 :         if (fields.test(CurrentDirectionColumn)) {
+     194          49 :                 if (not oneDimensional) {
+     195          13 :                         const Vector3d pos = c->current.getDirection();
+     196          13 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
+     197             :                                         pos.z);
+     198             :                 }
+     199             :         }
+     200             : 
+     201          54 :         if (fields.test(SerialNumberColumn))
+     202          48 :                 p += std::sprintf(buffer + p, "%10lu\t", c->getSourceSerialNumber());
+     203          54 :         if (fields.test(SourceIdColumn))
+     204          51 :                 p += std::sprintf(buffer + p, "%10i\t", c->source.getId());
+     205          54 :         if (fields.test(SourceEnergyColumn))
+     206          51 :                 p += std::sprintf(buffer + p, "%8.5E\t",
+     207          51 :                                 c->source.getEnergy() / energyScale);
+     208          54 :         if (fields.test(SourcePositionColumn)) {
+     209          48 :                 if (oneDimensional) {
+     210          36 :                         p += std::sprintf(buffer + p, "%8.5E\t",
+     211          36 :                                         c->source.getPosition().x / lengthScale);
+     212             :                 } else {
+     213          12 :                         const Vector3d pos = c->source.getPosition() / lengthScale;
+     214          12 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
+     215             :                                         pos.z);
+     216             :                 }
+     217             :         }
+     218          54 :         if (fields.test(SourceDirectionColumn)) {
+     219          48 :                 if (not oneDimensional) {
+     220          12 :                         const Vector3d pos = c->source.getDirection();
+     221          12 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
+     222             :                                         pos.z);
+     223             :                 }
+     224             : 
+     225             :         }
+     226             : 
+     227          54 :         if (fields.test(SerialNumberColumn))
+     228          48 :                 p += std::sprintf(buffer + p, "%10lu\t",
+     229             :                                 c->getCreatedSerialNumber());
+     230          54 :         if (fields.test(CreatedIdColumn))
+     231          47 :                 p += std::sprintf(buffer + p, "%10i\t", c->created.getId());
+     232          54 :         if (fields.test(CreatedEnergyColumn))
+     233          47 :                 p += std::sprintf(buffer + p, "%8.5E\t",
+     234          47 :                                 c->created.getEnergy() / energyScale);
+     235          54 :         if (fields.test(CreatedPositionColumn)) {
+     236          47 :                 if (oneDimensional) {
+     237          36 :                         p += std::sprintf(buffer + p, "%8.5E\t",
+     238          36 :                                         c->created.getPosition().x / lengthScale);
+     239             :                 } else {
+     240          11 :                         const Vector3d pos = c->created.getPosition() / lengthScale;
+     241          11 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
+     242             :                                         pos.z);
+     243             :                 }
+     244             :         }
+     245          54 :         if (fields.test(CreatedDirectionColumn)) {
+     246          47 :                 if (not oneDimensional) {
+     247          11 :                         const Vector3d pos = c->created.getDirection();
+     248          11 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
+     249             :                                         pos.z);
+     250             :                 }
+     251             :         }
+     252          54 :         if (fields.test(WeightColumn)) {
+     253          47 :                 p += std::sprintf(buffer + p, "%8.5E\t", c->getWeight());
+     254             :         }
+     255          54 :         if (fields.test(CandidateTagColumn)) {
+     256          48 :                 p += std::sprintf(buffer + p, "%s\t", c->getTagOrigin().c_str());
+     257             :         }
+     258             : 
+     259          54 :         for(std::vector<Output::Property>::const_iterator iter = properties.begin();
+     260          55 :                         iter != properties.end(); ++iter) {
+     261           1 :                   Variant v;
+     262           1 :                         if (c->hasProperty((*iter).name)) {
+     263           0 :                                 v = c->getProperty((*iter).name);
+     264             :                         } else {
+     265           1 :                                 v = (*iter).defaultValue;
+     266             :                         }
+     267           1 :                         p += std::sprintf(buffer + p, "%s", v.toString("\t").c_str());
+     268           1 :                         p += std::sprintf(buffer + p, "\t");
+     269           1 :         }
+     270          54 :         buffer[p - 1] = '\n';
+     271             : 
+     272          54 :         std::locale::global(old_locale);
+     273             : 
+     274         108 : #pragma omp critical
+     275             :         {
+     276          54 :                 if (count == 0)
+     277           9 :                         printHeader();
+     278          54 :                 Output::process(c);
+     279          54 :                 out->write(buffer, p);
+     280             :         }
+     281             : 
+     282          54 : }
+     283             : 
+     284           1 : void TextOutput::load(const std::string &filename, ParticleCollector *collector){
+     285             : 
+     286             :         std::string line;
+     287             :         std::istream *in;
+     288           1 :         std::ifstream infile(filename.c_str());
+     289             :         
+     290             :         double lengthScale = Mpc; // default Mpc
+     291             :         double energyScale = EeV; // default EeV
+     292             : 
+     293           1 :         if (!infile.good())
+     294           0 :                 throw std::runtime_error("crpropa::TextOutput: could not open file " + filename);
+     295             :         in = &infile;
+     296             :         
+     297           2 :         if (kiss::ends_with(filename, ".gz")){
+     298             : #ifdef CRPROPA_HAVE_ZLIB
+     299           0 :                 in = new zstream::igzstream(*in);
+     300             : #else
+     301             :                 throw std::runtime_error("CRPropa was built without Zlib compression!");
+     302             : #endif
+     303             :         }
+     304             : 
+     305          38 :         while (std::getline(*in, line)) {
+     306          37 :                 std::stringstream stream(line);
+     307          37 :                 if (stream.peek() == '#')
+     308             :                         continue;
+     309             : 
+     310          22 :                 ref_ptr<Candidate> c = new Candidate(); 
+     311             :                 double val_d; int val_i;
+     312             :                 double x, y, z;
+     313             :                 stream >> val_d;
+     314          11 :                 c->setTrajectoryLength(val_d*lengthScale); // D
+     315             :                 stream >> val_d;
+     316          11 :                 c->setRedshift(val_d); // z
+     317          11 :                 stream >> val_i;
+     318          11 :                 c->setSerialNumber(val_i); // SN
+     319          11 :                 stream >> val_i;
+     320          11 :                 c->current.setId(val_i); // ID
+     321             :                 stream >> val_d;
+     322          11 :                 c->current.setEnergy(val_d*energyScale); // E
+     323             :                 stream >> x >> y >> z;
+     324          11 :                 c->current.setPosition(Vector3d(x, y, z)*lengthScale); // X, Y, Z
+     325             :                 stream >> x >> y >> z;
+     326          11 :                 c->current.setDirection(Vector3d(x, y, z)*lengthScale); // Px, Py, Pz
+     327          11 :                 stream >> val_i; // SN0 (TODO: Reconstruct the parent-child relationship)
+     328          11 :                 stream >> val_i;
+     329          11 :                 c->source.setId(val_i); // ID0
+     330             :                 stream >> val_d;
+     331          11 :                 c->source.setEnergy(val_d*energyScale);      // E0
+     332             :                 stream >> x >> y >> z;
+     333          11 :                 c->source.setPosition(Vector3d(x, y, z)*lengthScale); // X0, Y0, Z0
+     334             :                 stream >> x >> y >> z;
+     335          11 :                 c->source.setDirection(Vector3d(x, y, z)*lengthScale); // P0x, P0y, P0z
+     336          11 :                 stream >> val_i; // SN1
+     337          11 :                 stream >> val_i;
+     338          11 :                 c->created.setId(val_i); // ID1
+     339             :                 stream >> val_d;
+     340          11 :                 c->created.setEnergy(val_d*energyScale); // E1
+     341             :                 stream >> x >> y >> z;
+     342          11 :                 c->created.setPosition(Vector3d(x, y, z)*lengthScale); // X1, Y1, Z1
+     343             :                 stream >> x >> y >> z;
+     344          11 :                 c->created.setDirection(Vector3d(x, y, z)*lengthScale); // P1x, P1y, P1z
+     345             :                 stream >> val_d;
+     346          11 :                 c->setWeight(val_d); // W
+     347             : 
+     348          22 :                 collector->process(c);
+     349          37 :         }
+     350           1 :         infile.close();
+     351           2 : }
+     352             : 
+     353           0 : std::string TextOutput::getDescription() const {
+     354           0 :         return "TextOutput";
+     355             : }
+     356             : 
+     357          10 : void TextOutput::close() {
+     358             : #ifdef CRPROPA_HAVE_ZLIB
+     359          10 :         zstream::ogzstream *zs = dynamic_cast<zstream::ogzstream *>(out);
+     360          10 :         if (zs) {
+     361           0 :                 zs->close();
+     362           0 :                 delete out;
+     363           0 :                 out = 0;
+     364             :         }
+     365             : #endif
+     366          10 :         outfile.flush();
+     367          10 : }
+     368             : 
+     369          10 : TextOutput::~TextOutput() {
+     370           9 :         close();
+     371          10 : }
+     372             : 
+     373           0 : void TextOutput::gzip() {
+     374             : #ifdef CRPROPA_HAVE_ZLIB
+     375           0 :         out = new zstream::ogzstream(*out);
+     376             : #else
+     377             :         throw std::runtime_error("CRPropa was built without Zlib compression!");
+     378             : #endif
+     379           0 : }
+     380             : 
+     381             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Tools.cpp.func-sort-c.html b/doc/coverageReport/src/module/Tools.cpp.func-sort-c.html new file mode 100644 index 000000000..ec6611df0 --- /dev/null +++ b/doc/coverageReport/src/module/Tools.cpp.func-sort-c.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Tools.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Tools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:77010.0 %
Date:2024-04-08 14:58:22Functions:21612.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa14ParticleFilter5addIdEi0
_ZN7crpropa14ParticleFilter6getIdsEv0
_ZN7crpropa14ParticleFilter8removeIdEi0
_ZN7crpropa14ParticleFilterC2Ev0
_ZN7crpropa17EmissionMapFiller14setEmissionMapEPNS_11EmissionMapE0
_ZN7crpropa17EmissionMapFillerC2EPNS_11EmissionMapE0
_ZN7crpropa17PerformanceModule3addEPNS_6ModuleE0
_ZN7crpropa17PerformanceModuleD0Ev0
_ZN7crpropa17PerformanceModuleD2Ev0
_ZNK7crpropa14ParticleFilter14getDescriptionB5cxx11Ev0
_ZNK7crpropa17EmissionMapFiller14getDescriptionB5cxx11Ev0
_ZNK7crpropa17EmissionMapFiller7processEPNS_9CandidateE0
_ZNK7crpropa17PerformanceModule14getDescriptionB5cxx11Ev0
_ZNK7crpropa17PerformanceModule7processEPNS_9CandidateE0
_ZN7crpropa14ParticleFilterC2ERKSt3setIiSt4lessIiESaIiEE1
_ZNK7crpropa14ParticleFilter7processEPNS_9CandidateE7
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Tools.cpp.func.html b/doc/coverageReport/src/module/Tools.cpp.func.html new file mode 100644 index 000000000..23037d8e8 --- /dev/null +++ b/doc/coverageReport/src/module/Tools.cpp.func.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Tools.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Tools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:77010.0 %
Date:2024-04-08 14:58:22Functions:21612.5 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa14ParticleFilter5addIdEi0
_ZN7crpropa14ParticleFilter6getIdsEv0
_ZN7crpropa14ParticleFilter8removeIdEi0
_ZN7crpropa14ParticleFilterC2ERKSt3setIiSt4lessIiESaIiEE1
_ZN7crpropa14ParticleFilterC2Ev0
_ZN7crpropa17EmissionMapFiller14setEmissionMapEPNS_11EmissionMapE0
_ZN7crpropa17EmissionMapFillerC2EPNS_11EmissionMapE0
_ZN7crpropa17PerformanceModule3addEPNS_6ModuleE0
_ZN7crpropa17PerformanceModuleD0Ev0
_ZN7crpropa17PerformanceModuleD2Ev0
_ZNK7crpropa14ParticleFilter14getDescriptionB5cxx11Ev0
_ZNK7crpropa14ParticleFilter7processEPNS_9CandidateE7
_ZNK7crpropa17EmissionMapFiller14getDescriptionB5cxx11Ev0
_ZNK7crpropa17EmissionMapFiller7processEPNS_9CandidateE0
_ZNK7crpropa17PerformanceModule14getDescriptionB5cxx11Ev0
_ZNK7crpropa17PerformanceModule7processEPNS_9CandidateE0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/Tools.cpp.gcov.html b/doc/coverageReport/src/module/Tools.cpp.gcov.html new file mode 100644 index 000000000..050d3fde4 --- /dev/null +++ b/doc/coverageReport/src/module/Tools.cpp.gcov.html @@ -0,0 +1,199 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module/Tools.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/module - Tools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:77010.0 %
Date:2024-04-08 14:58:22Functions:21612.5 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/module/Tools.h"
+       2             : #include "crpropa/Clock.h"
+       3             : 
+       4             : #include <iostream>
+       5             : #include <sstream>
+       6             : 
+       7             : using namespace std;
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11           0 : PerformanceModule::~PerformanceModule() {
+      12             :         double total = 0;
+      13           0 :         for (size_t i = 0; i < modules.size(); i++) {
+      14             :                 _module_info &m = modules[i];
+      15           0 :                 total += m.time;
+      16             :         }
+      17           0 :         cout << "Performance for " << calls << " calls:" << endl;
+      18           0 :         for (size_t i = 0; i < modules.size(); i++) {
+      19             :                 _module_info &m = modules[i];
+      20           0 :                 cout << " - " << floor((1000 * m.time / total) + 0.5) / 10 << "% -> "
+      21           0 :                                 << m.module->getDescription() << ": " << (m.time / calls)
+      22             :                                 << endl;
+      23             :         }
+      24           0 : }
+      25             : 
+      26           0 : void PerformanceModule::add(Module *module) {
+      27             :         _module_info info;
+      28           0 :         info.module = module;
+      29           0 :         info.time = 0;
+      30           0 :         modules.push_back(info);
+      31           0 : }
+      32             : 
+      33           0 : void PerformanceModule::process(Candidate *candidate) const {
+      34           0 :         vector<double> times(modules.size());
+      35           0 :         for (size_t i = 0; i < modules.size(); i++) {
+      36             :                 _module_info &m = modules[i];
+      37           0 :                 double start = Clock::getInstance().getMillisecond();
+      38           0 :                 m.module->process(candidate);
+      39           0 :                 double end = Clock::getInstance().getMillisecond();
+      40           0 :                 times[i] = end - start;
+      41             :         }
+      42             : 
+      43           0 : #pragma omp critical
+      44             :         {
+      45           0 :                 for (size_t i = 0; i < modules.size(); i++) {
+      46             :                         _module_info &m = modules[i];
+      47           0 :                         m.time += times[i];
+      48             :                 }
+      49           0 :                 calls++;
+      50             :         }
+      51           0 : }
+      52             : 
+      53           0 : string PerformanceModule::getDescription() const {
+      54           0 :         stringstream sstr;
+      55           0 :         sstr << "PerformanceModule (";
+      56           0 :         for (size_t i = 0; i < modules.size(); i++) {
+      57             :                 _module_info &m = modules[i];
+      58           0 :                 if (i > 0)
+      59           0 :                         sstr << ", ";
+      60           0 :                 sstr << m.module->getDescription();
+      61             :         }
+      62           0 :         sstr << ")";
+      63           0 :         return sstr.str();
+      64           0 : }
+      65             : 
+      66             : // ----------------------------------------------------------------------------
+      67           0 : ParticleFilter::ParticleFilter() {
+      68             : 
+      69           0 : }
+      70           1 : ParticleFilter::ParticleFilter(const std::set<int> &ids) : ids(ids) {
+      71             : 
+      72           1 : }
+      73           0 : void ParticleFilter::addId(int id) {
+      74             :         ids.insert(id);
+      75           0 : }
+      76           0 : void ParticleFilter::removeId(int id) {
+      77             :         ids.erase(id);
+      78           0 : }
+      79             : 
+      80           0 : std::set<int> &ParticleFilter::getIds() {
+      81           0 :         return ids;
+      82             : }
+      83             : 
+      84           7 : void ParticleFilter::process(Candidate* candidate) const {
+      85          14 :         if (ids.find(candidate->current.getId()) == ids.end())
+      86           5 :                 reject(candidate);
+      87             :         else
+      88           2 :                 accept(candidate);
+      89           7 : }
+      90             : 
+      91           0 : string ParticleFilter::getDescription() const {
+      92           0 :         stringstream sstr;
+      93           0 :         sstr << "ParticleFilter: ";
+      94           0 :         for (std::set<int>::const_iterator i = ids.begin(); i != ids.end(); i++) {
+      95           0 :                 sstr << *i << ", ";
+      96             :         }
+      97           0 :         sstr << ")";
+      98           0 :         return sstr.str();
+      99           0 : }
+     100             : 
+     101             : // ----------------------------------------------------------------------------
+     102           0 : EmissionMapFiller::EmissionMapFiller(EmissionMap *emissionMap) : emissionMap(emissionMap) {
+     103             : 
+     104           0 : }
+     105             : 
+     106           0 : void EmissionMapFiller::setEmissionMap(EmissionMap *emissionMap) {
+     107           0 :         this->emissionMap = emissionMap;
+     108           0 : }
+     109             : 
+     110           0 : void EmissionMapFiller::process(Candidate* candidate) const {
+     111           0 :         if (emissionMap) {
+     112           0 :                 #pragma omp critical
+     113             :                 {
+     114           0 :                         emissionMap->fillMap(candidate->source);
+     115             :                 }
+     116             :         }
+     117           0 : }
+     118             : 
+     119           0 : string EmissionMapFiller::getDescription() const {
+     120           0 :         return "EmissionMapFiller";
+     121             : }
+     122             : 
+     123             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/index-sort-f.html b/doc/coverageReport/src/module/index-sort-f.html new file mode 100644 index 000000000..cb0181bfe --- /dev/null +++ b/doc/coverageReport/src/module/index-sort-f.html @@ -0,0 +1,383 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module + + + + + + + + + + + + + + +
LCOV - code coverage report
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Current view:top level - src/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:2250354763.4 %
Date:2024-04-08 14:58:22Functions:28648559.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
OutputShell.cpp +
0.0%
+ 		0.0 %0 / 270.0 %0 / 6
PhotonOutput1D.cpp +
0.0%
+ 		0.0 %0 / 560.0 %0 / 9
Acceleration.cpp +
0.0%
+ 		0.0 %0 / 890.0 %0 / 14
Tools.cpp +
10.0%10.0%
+ 		10.0 %7 / 7012.5 %2 / 16
Redshift.cpp +
32.1%32.1%
+ 		32.1 %9 / 2825.0 %1 / 4
SimplePropagation.cpp +
36.4%36.4%
+ 		36.4 %12 / 3328.6 %2 / 7
HDF5Output.cpp +
5.0%5.0%
+ 		5.0 %12 / 24128.6 %4 / 14
MomentumDiffusion.cpp +
24.4%24.4%
+ 		24.4 %11 / 4530.0 %3 / 10
Observer.cpp +
44.4%44.4%
+ 		44.4 %80 / 18036.4 %16 / 44
BreakCondition.cpp +
36.6%36.6%
+ 		36.6 %63 / 17239.5 %15 / 38
Boundary.cpp +
48.4%48.4%
+ 		48.4 %106 / 21944.4 %20 / 45
SynchrotronRadiation.cpp +
61.8%61.8%
+ 		61.8 %81 / 13147.6 %10 / 21
PhotoPionProduction.cpp +
63.6%63.6%
+ 		63.6 %246 / 38760.0 %24 / 40
TextOutput.cpp +
88.0%88.0%
+ 		88.0 %219 / 24964.3 %9 / 14
RestrictToRegion.cpp +
50.0%50.0%
+ 		50.0 %6 / 1266.7 %2 / 3
ParticleCollector.cpp +
75.0%75.0%
+ 		75.0 %54 / 7270.8 %17 / 24
ElasticScattering.cpp +
90.0%90.0%
+ 		90.0 %63 / 7071.4 %5 / 7
PhotoDisintegration.cpp +
80.0%80.0%
+ 		80.0 %140 / 17583.3 %10 / 12
NuclearDecay.cpp +
81.5%81.5%
+ 		81.5 %137 / 16884.6 %11 / 13
Output.cpp +
89.8%89.8%
+ 		89.8 %88 / 9887.5 %14 / 16
DiffusionSDE.cpp +
76.2%76.2%
+ 		76.2 %154 / 20288.0 %22 / 25
ElectronPairProduction.cpp +
92.4%92.4%
+ 		92.4 %85 / 9290.0 %9 / 10
CandidateSplitting.cpp +
86.9%86.9%
+ 		86.9 %53 / 6190.9 %10 / 11
PropagationCK.cpp +
87.6%87.6%
+ 		87.6 %85 / 9792.9 %13 / 14
PropagationBP.cpp +
88.5%88.5%
+ 		88.5 %92 / 10493.8 %15 / 16
AdiabaticCooling.cpp +
85.2%85.2%
+ 		85.2 %23 / 27100.0 %5 / 5
EMDoublePairProduction.cpp +
94.4%94.4%
+ 		94.4 %68 / 72100.0 %10 / 10
EMTripletPairProduction.cpp +
94.0%94.0%
+ 		94.0 %94 / 100100.0 %11 / 11
EMInverseComptonScattering.cpp +
96.2%96.2%
+ 		96.2 %128 / 133100.0 %13 / 13
EMPairProduction.cpp +
97.8%97.8%
+ 		97.8 %134 / 137100.0 %13 / 13
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/index-sort-l.html b/doc/coverageReport/src/module/index-sort-l.html new file mode 100644 index 000000000..aa76e709f --- /dev/null +++ b/doc/coverageReport/src/module/index-sort-l.html @@ -0,0 +1,383 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:2250354763.4 %
Date:2024-04-08 14:58:22Functions:28648559.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
OutputShell.cpp +
0.0%
+ 		0.0 %0 / 270.0 %0 / 6
PhotonOutput1D.cpp +
0.0%
+ 		0.0 %0 / 560.0 %0 / 9
Acceleration.cpp +
0.0%
+ 		0.0 %0 / 890.0 %0 / 14
HDF5Output.cpp +
5.0%5.0%
+ 		5.0 %12 / 24128.6 %4 / 14
Tools.cpp +
10.0%10.0%
+ 		10.0 %7 / 7012.5 %2 / 16
MomentumDiffusion.cpp +
24.4%24.4%
+ 		24.4 %11 / 4530.0 %3 / 10
Redshift.cpp +
32.1%32.1%
+ 		32.1 %9 / 2825.0 %1 / 4
SimplePropagation.cpp +
36.4%36.4%
+ 		36.4 %12 / 3328.6 %2 / 7
BreakCondition.cpp +
36.6%36.6%
+ 		36.6 %63 / 17239.5 %15 / 38
Observer.cpp +
44.4%44.4%
+ 		44.4 %80 / 18036.4 %16 / 44
Boundary.cpp +
48.4%48.4%
+ 		48.4 %106 / 21944.4 %20 / 45
RestrictToRegion.cpp +
50.0%50.0%
+ 		50.0 %6 / 1266.7 %2 / 3
SynchrotronRadiation.cpp +
61.8%61.8%
+ 		61.8 %81 / 13147.6 %10 / 21
PhotoPionProduction.cpp +
63.6%63.6%
+ 		63.6 %246 / 38760.0 %24 / 40
ParticleCollector.cpp +
75.0%75.0%
+ 		75.0 %54 / 7270.8 %17 / 24
DiffusionSDE.cpp +
76.2%76.2%
+ 		76.2 %154 / 20288.0 %22 / 25
PhotoDisintegration.cpp +
80.0%80.0%
+ 		80.0 %140 / 17583.3 %10 / 12
NuclearDecay.cpp +
81.5%81.5%
+ 		81.5 %137 / 16884.6 %11 / 13
AdiabaticCooling.cpp +
85.2%85.2%
+ 		85.2 %23 / 27100.0 %5 / 5
CandidateSplitting.cpp +
86.9%86.9%
+ 		86.9 %53 / 6190.9 %10 / 11
PropagationCK.cpp +
87.6%87.6%
+ 		87.6 %85 / 9792.9 %13 / 14
TextOutput.cpp +
88.0%88.0%
+ 		88.0 %219 / 24964.3 %9 / 14
PropagationBP.cpp +
88.5%88.5%
+ 		88.5 %92 / 10493.8 %15 / 16
Output.cpp +
89.8%89.8%
+ 		89.8 %88 / 9887.5 %14 / 16
ElasticScattering.cpp +
90.0%90.0%
+ 		90.0 %63 / 7071.4 %5 / 7
ElectronPairProduction.cpp +
92.4%92.4%
+ 		92.4 %85 / 9290.0 %9 / 10
EMTripletPairProduction.cpp +
94.0%94.0%
+ 		94.0 %94 / 100100.0 %11 / 11
EMDoublePairProduction.cpp +
94.4%94.4%
+ 		94.4 %68 / 72100.0 %10 / 10
EMInverseComptonScattering.cpp +
96.2%96.2%
+ 		96.2 %128 / 133100.0 %13 / 13
EMPairProduction.cpp +
97.8%97.8%
+ 		97.8 %134 / 137100.0 %13 / 13
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/src/module/index.html b/doc/coverageReport/src/module/index.html new file mode 100644 index 000000000..7af31a205 --- /dev/null +++ b/doc/coverageReport/src/module/index.html @@ -0,0 +1,383 @@ + + + + + + + LCOV - coverage.info.cleaned - src/module + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - src/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:2250354763.4 %
Date:2024-04-08 14:58:22Functions:28648559.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Acceleration.cpp +
0.0%
+ 		0.0 %0 / 890.0 %0 / 14
AdiabaticCooling.cpp +
85.2%85.2%
+ 		85.2 %23 / 27100.0 %5 / 5
Boundary.cpp +
48.4%48.4%
+ 		48.4 %106 / 21944.4 %20 / 45
BreakCondition.cpp +
36.6%36.6%
+ 		36.6 %63 / 17239.5 %15 / 38
CandidateSplitting.cpp +
86.9%86.9%
+ 		86.9 %53 / 6190.9 %10 / 11
DiffusionSDE.cpp +
76.2%76.2%
+ 		76.2 %154 / 20288.0 %22 / 25
EMDoublePairProduction.cpp +
94.4%94.4%
+ 		94.4 %68 / 72100.0 %10 / 10
EMInverseComptonScattering.cpp +
96.2%96.2%
+ 		96.2 %128 / 133100.0 %13 / 13
EMPairProduction.cpp +
97.8%97.8%
+ 		97.8 %134 / 137100.0 %13 / 13
EMTripletPairProduction.cpp +
94.0%94.0%
+ 		94.0 %94 / 100100.0 %11 / 11
ElasticScattering.cpp +
90.0%90.0%
+ 		90.0 %63 / 7071.4 %5 / 7
ElectronPairProduction.cpp +
92.4%92.4%
+ 		92.4 %85 / 9290.0 %9 / 10
HDF5Output.cpp +
5.0%5.0%
+ 		5.0 %12 / 24128.6 %4 / 14
MomentumDiffusion.cpp +
24.4%24.4%
+ 		24.4 %11 / 4530.0 %3 / 10
NuclearDecay.cpp +
81.5%81.5%
+ 		81.5 %137 / 16884.6 %11 / 13
Observer.cpp +
44.4%44.4%
+ 		44.4 %80 / 18036.4 %16 / 44
Output.cpp +
89.8%89.8%
+ 		89.8 %88 / 9887.5 %14 / 16
OutputShell.cpp +
0.0%
+ 		0.0 %0 / 270.0 %0 / 6
ParticleCollector.cpp +
75.0%75.0%
+ 		75.0 %54 / 7270.8 %17 / 24
PhotoDisintegration.cpp +
80.0%80.0%
+ 		80.0 %140 / 17583.3 %10 / 12
PhotoPionProduction.cpp +
63.6%63.6%
+ 		63.6 %246 / 38760.0 %24 / 40
PhotonOutput1D.cpp +
0.0%
+ 		0.0 %0 / 560.0 %0 / 9
PropagationBP.cpp +
88.5%88.5%
+ 		88.5 %92 / 10493.8 %15 / 16
PropagationCK.cpp +
87.6%87.6%
+ 		87.6 %85 / 9792.9 %13 / 14
Redshift.cpp +
32.1%32.1%
+ 		32.1 %9 / 2825.0 %1 / 4
RestrictToRegion.cpp +
50.0%50.0%
+ 		50.0 %6 / 1266.7 %2 / 3
SimplePropagation.cpp +
36.4%36.4%
+ 		36.4 %12 / 3328.6 %2 / 7
SynchrotronRadiation.cpp +
61.8%61.8%
+ 		61.8 %81 / 13147.6 %10 / 21
TextOutput.cpp +
88.0%88.0%
+ 		88.0 %219 / 24964.3 %9 / 14
Tools.cpp +
10.0%10.0%
+ 		10.0 %7 / 7012.5 %2 / 16
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/index-sort-f.html b/doc/coverageReport/test/index-sort-f.html new file mode 100644 index 000000000..d8992e401 --- /dev/null +++ b/doc/coverageReport/test/index-sort-f.html @@ -0,0 +1,243 @@ + + + + + + + LCOV - coverage.info.cleaned - test + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - testHitTotalCoverage
Test:coverage.info.cleanedLines:3320339197.9 %
Date:2024-04-08 14:58:22Functions:26427396.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
testFunctionalGroups.cpp +
87.0%87.0%
+ 		87.0 %20 / 2350.0 %1 / 2
testModuleList.cpp +
94.5%94.5%
+ 		94.5 %52 / 5585.7 %6 / 7
testVector3.cpp +
96.8%96.8%
+ 		96.8 %90 / 9392.3 %12 / 13
testOutput.cpp +
96.9%96.9%
+ 		96.9 %157 / 16294.4 %17 / 18
testPropagation.cpp +
99.1%99.1%
+ 		99.1 %337 / 34094.7 %18 / 19
testSource.cpp +
98.6%98.6%
+ 		98.6 %279 / 28395.8 %23 / 24
testBreakCondition.cpp +
99.3%99.3%
+ 		99.3 %398 / 40196.8 %30 / 31
testInteraction.cpp +
94.4%94.4%
+ 		94.4 %743 / 78798.1 %52 / 53
testCore.cpp +
99.5%99.5%
+ 		99.5 %654 / 65798.3 %58 / 59
testCandidateSplitting.cpp +
100.0%
+ 		100.0 %47 / 47100.0 %2 / 2
testAdiabaticCooling.cpp +
100.0%
+ 		100.0 %23 / 23100.0 %2 / 2
testAdvectionField.cpp +
100.0%
+ 		100.0 %83 / 83100.0 %5 / 5
testMagneticLens.cpp +
100.0%
+ 		100.0 %87 / 87100.0 %7 / 7
testDensity.cpp +
100.0%
+ 		100.0 %166 / 166100.0 %7 / 7
testTurbulentField.cpp +
100.0%
+ 		100.0 %46 / 46100.0 %8 / 8
testMagneticField.cpp +
100.0%
+ 		100.0 %138 / 138100.0 %16 / 16
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/index-sort-l.html b/doc/coverageReport/test/index-sort-l.html new file mode 100644 index 000000000..a458518a3 --- /dev/null +++ b/doc/coverageReport/test/index-sort-l.html @@ -0,0 +1,243 @@ + + + + + + + LCOV - coverage.info.cleaned - test + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - testHitTotalCoverage
Test:coverage.info.cleanedLines:3320339197.9 %
Date:2024-04-08 14:58:22Functions:26427396.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
testFunctionalGroups.cpp +
87.0%87.0%
+ 		87.0 %20 / 2350.0 %1 / 2
testInteraction.cpp +
94.4%94.4%
+ 		94.4 %743 / 78798.1 %52 / 53
testModuleList.cpp +
94.5%94.5%
+ 		94.5 %52 / 5585.7 %6 / 7
testVector3.cpp +
96.8%96.8%
+ 		96.8 %90 / 9392.3 %12 / 13
testOutput.cpp +
96.9%96.9%
+ 		96.9 %157 / 16294.4 %17 / 18
testSource.cpp +
98.6%98.6%
+ 		98.6 %279 / 28395.8 %23 / 24
testPropagation.cpp +
99.1%99.1%
+ 		99.1 %337 / 34094.7 %18 / 19
testBreakCondition.cpp +
99.3%99.3%
+ 		99.3 %398 / 40196.8 %30 / 31
testCore.cpp +
99.5%99.5%
+ 		99.5 %654 / 65798.3 %58 / 59
testAdiabaticCooling.cpp +
100.0%
+ 		100.0 %23 / 23100.0 %2 / 2
testTurbulentField.cpp +
100.0%
+ 		100.0 %46 / 46100.0 %8 / 8
testCandidateSplitting.cpp +
100.0%
+ 		100.0 %47 / 47100.0 %2 / 2
testAdvectionField.cpp +
100.0%
+ 		100.0 %83 / 83100.0 %5 / 5
testMagneticLens.cpp +
100.0%
+ 		100.0 %87 / 87100.0 %7 / 7
testMagneticField.cpp +
100.0%
+ 		100.0 %138 / 138100.0 %16 / 16
testDensity.cpp +
100.0%
+ 		100.0 %166 / 166100.0 %7 / 7
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/index.html b/doc/coverageReport/test/index.html new file mode 100644 index 000000000..8374654ca --- /dev/null +++ b/doc/coverageReport/test/index.html @@ -0,0 +1,243 @@ + + + + + + + LCOV - coverage.info.cleaned - test + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - testHitTotalCoverage
Test:coverage.info.cleanedLines:3320339197.9 %
Date:2024-04-08 14:58:22Functions:26427396.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
testAdiabaticCooling.cpp +
100.0%
+ 		100.0 %23 / 23100.0 %2 / 2
testAdvectionField.cpp +
100.0%
+ 		100.0 %83 / 83100.0 %5 / 5
testBreakCondition.cpp +
99.3%99.3%
+ 		99.3 %398 / 40196.8 %30 / 31
testCandidateSplitting.cpp +
100.0%
+ 		100.0 %47 / 47100.0 %2 / 2
testCore.cpp +
99.5%99.5%
+ 		99.5 %654 / 65798.3 %58 / 59
testDensity.cpp +
100.0%
+ 		100.0 %166 / 166100.0 %7 / 7
testFunctionalGroups.cpp +
87.0%87.0%
+ 		87.0 %20 / 2350.0 %1 / 2
testInteraction.cpp +
94.4%94.4%
+ 		94.4 %743 / 78798.1 %52 / 53
testMagneticField.cpp +
100.0%
+ 		100.0 %138 / 138100.0 %16 / 16
testMagneticLens.cpp +
100.0%
+ 		100.0 %87 / 87100.0 %7 / 7
testModuleList.cpp +
94.5%94.5%
+ 		94.5 %52 / 5585.7 %6 / 7
testOutput.cpp +
96.9%96.9%
+ 		96.9 %157 / 16294.4 %17 / 18
testPropagation.cpp +
99.1%99.1%
+ 		99.1 %337 / 34094.7 %18 / 19
testSource.cpp +
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testTurbulentField.cpp +
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testVector3.cpp +
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+ 		96.8 %90 / 9392.3 %12 / 13
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Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/test/testAdiabaticCooling.cpp.func-sort-c.html b/doc/coverageReport/test/testAdiabaticCooling.cpp.func-sort-c.html new file mode 100644 index 000000000..32530ff4f --- /dev/null +++ b/doc/coverageReport/test/testAdiabaticCooling.cpp.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testAdiabaticCooling.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testAdiabaticCooling.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:2323100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa34AdiabaticCooling_UniformField_Test8TestBodyEv1
_ZN7crpropa44AdiabaticCooling_ConstantSphericalField_Test8TestBodyEv1
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+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testAdiabaticCooling.cpp.func.html b/doc/coverageReport/test/testAdiabaticCooling.cpp.func.html new file mode 100644 index 000000000..2bf778f01 --- /dev/null +++ b/doc/coverageReport/test/testAdiabaticCooling.cpp.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testAdiabaticCooling.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testAdiabaticCooling.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:2323100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa34AdiabaticCooling_UniformField_Test8TestBodyEv1
_ZN7crpropa44AdiabaticCooling_ConstantSphericalField_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testAdiabaticCooling.cpp.gcov.html b/doc/coverageReport/test/testAdiabaticCooling.cpp.gcov.html new file mode 100644 index 000000000..6953c46a9 --- /dev/null +++ b/doc/coverageReport/test/testAdiabaticCooling.cpp.gcov.html @@ -0,0 +1,131 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testAdiabaticCooling.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testAdiabaticCooling.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:2323100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Candidate.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/advectionField/AdvectionField.h"
+       5             : #include "crpropa/module/AdiabaticCooling.h"
+       6             : #include "gtest/gtest.h"
+       7             : 
+       8             : //#include <fstream>
+       9             : 
+      10             : namespace crpropa {
+      11             : 
+      12             : // AdiabaticCooling ---------------------------------------------------------------
+      13             : 
+      14           2 : TEST (AdiabaticCooling, UniformField) {
+      15             :         // Test in a uniform advection Field
+      16             : 
+      17           2 :         AdiabaticCooling AC(new UniformAdvectionField(Vector3d(1,0,0)));
+      18           1 :         Candidate c(nucleusId(1,1), 1e13*eV);
+      19           1 :         c.setCurrentStep(10*kpc);
+      20           1 :         c.setNextStep(10*kpc);
+      21           1 :         double E = c.current.getEnergy();
+      22           1 :         AC.process(&c);
+      23             : 
+      24             :         // Energy is expected to be conserved
+      25           1 :         EXPECT_DOUBLE_EQ(c.current.getEnergy(), E);
+      26           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 10*kpc);
+      27             : 
+      28             :         double limit = 0.2;
+      29           3 :         AdiabaticCooling AC2(new UniformAdvectionField(Vector3d(1,0,0)), limit);
+      30             :         
+      31           1 :         EXPECT_DOUBLE_EQ(AC2.getLimit(), limit);
+      32             : 
+      33             :         //
+      34             : 
+      35           1 : }
+      36             : 
+      37           2 : TEST (AdiabaticCooling, ConstantSphericalField) {
+      38             :         // Constant velocity vector
+      39             :         
+      40           2 :         AdiabaticCooling AC(new ConstantSphericalAdvectionField(Vector3d(0,0,0), 1));
+      41           1 :         Candidate c(nucleusId(1,1), 10);
+      42           1 :         c.current.setPosition(Vector3d(1,0,0));
+      43           1 :         c.setCurrentStep(c_light);
+      44           1 :         c.setNextStep(c_light);
+      45           1 :         double E = c.current.getEnergy();
+      46           1 :         AC.process(&c);
+      47             : 
+      48             :         // Check energy loss and step limitation
+      49           1 :         EXPECT_DOUBLE_EQ(c.current.getEnergy(), E/3.);
+      50           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 0.15*c_light);
+      51             : 
+      52           1 : }
+      53             : 
+      54             : 
+      55             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testAdvectionField.cpp.func-sort-c.html b/doc/coverageReport/test/testAdvectionField.cpp.func-sort-c.html new file mode 100644 index 000000000..f4debdd54 --- /dev/null +++ b/doc/coverageReport/test/testAdvectionField.cpp.func-sort-c.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testAdvectionField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testAdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8383100.0 %
Date:2024-04-08 14:58:22Functions:55100.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa38testAdvectionFieldList_SimpleTest_Test8TestBodyEv1
_ZN7crpropa41testUniformAdvectionField_SimpleTest_Test8TestBodyEv1
_ZN7crpropa43testSphericalAdvectionField_SimpleTest_Test8TestBodyEv1
_ZN7crpropa43testSphericalAdvectionShock_SimpleTest_Test8TestBodyEv1
_ZN7crpropa51testConstantSphericalAdvectionField_SimpleTest_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testAdvectionField.cpp.func.html b/doc/coverageReport/test/testAdvectionField.cpp.func.html new file mode 100644 index 000000000..c24ce98a8 --- /dev/null +++ b/doc/coverageReport/test/testAdvectionField.cpp.func.html @@ -0,0 +1,92 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testAdvectionField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testAdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8383100.0 %
Date:2024-04-08 14:58:22Functions:55100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa38testAdvectionFieldList_SimpleTest_Test8TestBodyEv1
_ZN7crpropa41testUniformAdvectionField_SimpleTest_Test8TestBodyEv1
_ZN7crpropa43testSphericalAdvectionField_SimpleTest_Test8TestBodyEv1
_ZN7crpropa43testSphericalAdvectionShock_SimpleTest_Test8TestBodyEv1
_ZN7crpropa51testConstantSphericalAdvectionField_SimpleTest_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testAdvectionField.cpp.gcov.html b/doc/coverageReport/test/testAdvectionField.cpp.gcov.html new file mode 100644 index 000000000..e0ac90041 --- /dev/null +++ b/doc/coverageReport/test/testAdvectionField.cpp.gcov.html @@ -0,0 +1,245 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testAdvectionField.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testAdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8383100.0 %
Date:2024-04-08 14:58:22Functions:55100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/advectionField/AdvectionField.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/Common.h"
+       4             : 
+       5             : #include "gtest/gtest.h"
+       6             : #include <stdexcept>
+       7             : #include <cmath>
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11           2 : TEST(testUniformAdvectionField, SimpleTest) {
+      12           1 :         UniformAdvectionField A(Vector3d(-1, 5, 3));
+      13           1 :         Vector3d a = A.getField(Vector3d(1, 0, 0));
+      14           1 :         double D = A.getDivergence(Vector3d(1, 0, 0));
+      15           1 :         EXPECT_DOUBLE_EQ(a.x, -1);
+      16           1 :         EXPECT_DOUBLE_EQ(a.y, 5);
+      17           1 :         EXPECT_DOUBLE_EQ(a.z, 3);
+      18           1 :         EXPECT_DOUBLE_EQ(D, 0.);
+      19           1 : }
+      20             : 
+      21           2 : TEST(testAdvectionFieldList, SimpleTest) {
+      22             :         // Test a list of three advection fields
+      23             :         AdvectionFieldList A;
+      24           2 :         A.addField(new UniformAdvectionField(Vector3d(1, 0, 0)));
+      25           2 :         A.addField(new UniformAdvectionField(Vector3d(0, 2, 0)));
+      26           2 :         A.addField(new UniformAdvectionField(Vector3d(0, 0, 3)));
+      27           1 :         Vector3d a = A.getField(Vector3d(0.));
+      28           1 :         double D = A.getDivergence(Vector3d(1, 2, 3));
+      29           1 :         EXPECT_DOUBLE_EQ(a.x, 1);
+      30           1 :         EXPECT_DOUBLE_EQ(a.y, 2);
+      31           1 :         EXPECT_DOUBLE_EQ(a.z, 3);
+      32           1 :         EXPECT_DOUBLE_EQ(D, 0.);
+      33           1 : }
+      34             : 
+      35           2 : TEST(testConstantSphericalAdvectionField, SimpleTest) {
+      36             :         
+      37             :         Vector3d origin(1, 0, 0);
+      38             :         double V_wind(10);
+      39             :         
+      40           1 :         ConstantSphericalAdvectionField A(origin, V_wind);
+      41             :         
+      42             :         // Check the properties of the advection field
+      43           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().x, origin.x);
+      44           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().y, origin.y);
+      45           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().z, origin.z);
+      46             : 
+      47           1 :         EXPECT_DOUBLE_EQ(A.getVWind(), V_wind);
+      48             : 
+      49             :         // Field should be radial with center (1,0,0)
+      50             :         Vector3d Pos(2, 1, 1);
+      51           1 :         Vector3d V = A.getField(Pos);
+      52             : 
+      53           1 :         EXPECT_DOUBLE_EQ(V.x, 10.*pow(3, -0.5));
+      54           1 :         EXPECT_DOUBLE_EQ(V.y, 10.*pow(3, -0.5));
+      55           1 :         EXPECT_DOUBLE_EQ(V.z, 10.*pow(3, -0.5));
+      56             :         
+      57             :         // Divergence should be 2*V/r
+      58             :         Vector3d Pos2(2, 0, 0);
+      59           1 :         double D = A.getDivergence(Pos2);
+      60           1 :         EXPECT_DOUBLE_EQ(D, 2*10);
+      61           1 : }
+      62             : 
+      63           2 : TEST(testSphericalAdvectionField, SimpleTest) {
+      64             : 
+      65             :         Vector3d origin(1, 0, 0);
+      66             :         double R_max(10);
+      67             :         double V_max(1000);
+      68             :         double tau(3.);
+      69             :         double alpha(2.);
+      70             : 
+      71           1 :         SphericalAdvectionField A(origin, R_max, V_max, tau, alpha);
+      72             : 
+      73             :         // Check the properties of the advection field
+      74           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().x, origin.x);
+      75           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().y, origin.y);
+      76           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().z, origin.z);
+      77             :         
+      78           1 :         EXPECT_DOUBLE_EQ(A.getRadius(), R_max);
+      79           1 :         EXPECT_DOUBLE_EQ(A.getVMax(), V_max);
+      80           1 :         EXPECT_DOUBLE_EQ(A.getTau(), tau);
+      81           1 :         EXPECT_DOUBLE_EQ(A.getAlpha(), alpha);
+      82             : 
+      83             :         // Field/divergence should be zero for R>10
+      84           1 :         EXPECT_DOUBLE_EQ(A.getField(Vector3d(12,0,0)).getR(), 0.);
+      85           1 :         EXPECT_DOUBLE_EQ(A.getDivergence(Vector3d(12,0,0)), 0.);
+      86             : 
+      87             :         // Check field and divergence
+      88             :         Vector3d Pos(2, 0, 0);
+      89           1 :         Vector3d a = A.getField(Pos);
+      90           1 :         Vector3d a0 = a.getUnitVector();
+      91           1 :         double d = A.getDivergence(Pos);
+      92             : 
+      93           1 :         EXPECT_DOUBLE_EQ(a0.x, 1.);
+      94           1 :         EXPECT_DOUBLE_EQ(a0.y, 0.);
+      95           1 :         EXPECT_DOUBLE_EQ(a0.z, 0.);
+      96           1 :         EXPECT_DOUBLE_EQ(a.getR(), V_max*(1.-exp(-1./tau)) );
+      97             : 
+      98           1 :         EXPECT_NEAR(d, 1044.624919, 1e-5);
+      99             : 
+     100             :         // Check asymptotic of the Field
+     101           1 :         EXPECT_NEAR(A.getField(Vector3d(11, 0, 0)).getR(), 1000., 1e-4);
+     102             :         
+     103             :         // Divergence should be 2*V_max/r for r>>1
+     104           1 :         EXPECT_NEAR(A.getDivergence(Vector3d(11, 0, 0)), 2*1000./10., 1e-4);
+     105           1 : }
+     106             : 
+     107             : 
+     108           2 : TEST(testSphericalAdvectionShock, SimpleTest) {
+     109             : 
+     110             :         Vector3d origin(0, 0, 0);
+     111             :         double R_0(10);
+     112             :         double V_0(1000);
+     113             :         double lambda(0.1);
+     114             :         double R_rot(1.);
+     115             :         double V_rot(100);
+     116             :         
+     117             : 
+     118           1 :         SphericalAdvectionShock A(origin, R_0, V_0, lambda);
+     119             : 
+     120             :         // Check the properties of the advection field
+     121           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().x, origin.x);
+     122           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().y, origin.y);
+     123           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().z, origin.z);
+     124             :         
+     125           1 :         EXPECT_DOUBLE_EQ(A.getR0(), R_0);
+     126           1 :         EXPECT_DOUBLE_EQ(A.getV0(), V_0);
+     127           1 :         EXPECT_DOUBLE_EQ(A.getLambda(), lambda);
+     128             : 
+     129             :         // Default values for R_Rot is R_0
+     130             :         // Default value for Azimuthal speed is 0
+     131           1 :         EXPECT_DOUBLE_EQ(A.getRRot(), R_0);
+     132           1 :         EXPECT_DOUBLE_EQ(A.getAzimuthalSpeed(), 0.);    
+     133             : 
+     134             :         // Field should drop to 0.625*V_0 at the shock 
+     135             :         // That's a difference to the analytic shock model where it should
+     136             :         // drop to v_r(R_0)=0.25*V_0.
+     137           1 :         EXPECT_DOUBLE_EQ(A.getField(Vector3d(R_0,0,0)).getR(), 0.625*V_0);
+     138             : 
+     139             :         // Field divergence should be zero for R>>R_0
+     140           1 :         EXPECT_NEAR(A.getDivergence(Vector3d(15,0,0)), 0., 1e-10);
+     141             : 
+     142             :         // Check field and divergence
+     143             :         Vector3d Pos(2, 0, 0);
+     144           1 :         Vector3d a = A.getField(Pos);
+     145           1 :         Vector3d a0 = a.getUnitVector();
+     146           1 :         double d = A.getDivergence(Pos);
+     147             : 
+     148           1 :         EXPECT_DOUBLE_EQ(a0.x, 1.);
+     149           1 :         EXPECT_DOUBLE_EQ(a0.y, 0.);
+     150           1 :         EXPECT_DOUBLE_EQ(a0.z, 0.);
+     151           1 :         EXPECT_DOUBLE_EQ(a.getR(), V_0);
+     152             :         
+     153             :         //Set explicitely the azimuthal rotation speed 
+     154           1 :         A.setRRot(R_rot);
+     155           1 :         A.setAzimuthalSpeed(V_rot);
+     156             :         
+     157           1 :         EXPECT_DOUBLE_EQ(A.getRRot(), R_rot);
+     158           1 :         EXPECT_DOUBLE_EQ(A.getAzimuthalSpeed(), V_rot); 
+     159             :         
+     160             :         Vector3d pos(1., 0., 0.);
+     161           1 :         Vector3d f = A.getField(pos);
+     162           1 :         EXPECT_DOUBLE_EQ(f.x, 1000.);
+     163           1 :         EXPECT_DOUBLE_EQ(f.y, 100.);
+     164           1 :         EXPECT_DOUBLE_EQ(f.z, 0.);      
+     165             : 
+     166             :         
+     167           1 : }
+     168             : 
+     169             : } //namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testBreakCondition.cpp.func-sort-c.html b/doc/coverageReport/test/testBreakCondition.cpp.func-sort-c.html new file mode 100644 index 000000000..fdc048a9d --- /dev/null +++ b/doc/coverageReport/test/testBreakCondition.cpp.func-sort-c.html @@ -0,0 +1,196 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testBreakCondition.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testBreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:39840199.3 %
Date:2024-04-08 14:58:22Functions:303196.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa20PeriodicBox_low_Test8TestBodyEv1
_ZN7crpropa21PeriodicBox_high_Test8TestBodyEv1
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_ZN7crpropa25DetectionLength_test_Test8TestBodyEv1
_ZN7crpropa25MinimumRedshift_test_Test8TestBodyEv1
_ZN7crpropa26CubicBoundary_outside_Test8TestBodyEv1
_ZN7crpropa26ObserverFeature_Point_Test8TestBodyEv1
_ZN7crpropa29MinimumChargeNumber_test_Test8TestBodyEv1
_ZN7crpropa29SphericalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa30ObserverFeature_DetectAll_Test8TestBodyEv1
_ZN7crpropa30SphericalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa31CylindricalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa31EllipsoidalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa32CylindricalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa32EllipsoidalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa32ObserverFeature_LargeSphere_Test8TestBodyEv1
_ZN7crpropa32ObserverFeature_SmallSphere_Test8TestBodyEv1
_ZN7crpropa32SphericalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa33CubicBoundary_limitStepLower_Test8TestBodyEv1
_ZN7crpropa33CubicBoundary_limitStepUpper_Test8TestBodyEv1
_ZN7crpropa33MaximumTrajectoryLength_test_Test8TestBodyEv1
_ZN7crpropa34CylindricalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa34EllipsoidalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa34ObserverFeature_TimeEvolution_Test8TestBodyEv1
_ZN7crpropa36MinimumEnergyPerParticleId_test_Test8TestBodyEv1
_ZN7crpropa37MaximumTrajectoryLength_observer_Test8TestBodyEv1
_ZN7crpropa37ObserverFeature_TimeEvolutionLog_Test8TestBodyEv1
_ZN7crpropa38RestrictToRegion_RestrictToRegion_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testBreakCondition.cpp.func.html b/doc/coverageReport/test/testBreakCondition.cpp.func.html new file mode 100644 index 000000000..13dcf1aae --- /dev/null +++ b/doc/coverageReport/test/testBreakCondition.cpp.func.html @@ -0,0 +1,196 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testBreakCondition.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testBreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:39840199.3 %
Date:2024-04-08 14:58:22Functions:303196.8 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa20PeriodicBox_low_Test8TestBodyEv1
_ZN7crpropa21PeriodicBox_high_Test8TestBodyEv1
_ZN7crpropa23MinimumEnergy_test_Test8TestBodyEv1
_ZN7crpropa23ReflectiveBox_high_Test8TestBodyEv1
_ZN7crpropa25CubicBoundary_inside_Test8TestBodyEv1
_ZN7crpropa25DetectionLength_test_Test8TestBodyEv1
_ZN7crpropa25MinimumRedshift_test_Test8TestBodyEv1
_ZN7crpropa26CubicBoundary_outside_Test8TestBodyEv1
_ZN7crpropa26ObserverFeature_Point_Test8TestBodyEv1
_ZN7crpropa29MinimumChargeNumber_test_Test8TestBodyEv1
_ZN7crpropa29SphericalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa30ObserverFeature_DetectAll_Test8TestBodyEv1
_ZN7crpropa30SphericalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa31CylindricalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa31EllipsoidalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa32CylindricalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa32EllipsoidalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa32ObserverFeature_LargeSphere_Test8TestBodyEv1
_ZN7crpropa32ObserverFeature_SmallSphere_Test8TestBodyEv1
_ZN7crpropa32SphericalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa33CubicBoundary_limitStepLower_Test8TestBodyEv1
_ZN7crpropa33CubicBoundary_limitStepUpper_Test8TestBodyEv1
_ZN7crpropa33MaximumTrajectoryLength_test_Test8TestBodyEv1
_ZN7crpropa34CylindricalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa34EllipsoidalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa34ObserverFeature_TimeEvolution_Test8TestBodyEv1
_ZN7crpropa36MinimumEnergyPerParticleId_test_Test8TestBodyEv1
_ZN7crpropa37MaximumTrajectoryLength_observer_Test8TestBodyEv1
_ZN7crpropa37ObserverFeature_TimeEvolutionLog_Test8TestBodyEv1
_ZN7crpropa38RestrictToRegion_RestrictToRegion_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
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+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testBreakCondition.cpp.gcov.html b/doc/coverageReport/test/testBreakCondition.cpp.gcov.html new file mode 100644 index 000000000..daded67ee --- /dev/null +++ b/doc/coverageReport/test/testBreakCondition.cpp.gcov.html @@ -0,0 +1,621 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testBreakCondition.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testBreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:39840199.3 %
Date:2024-04-08 14:58:22Functions:303196.8 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /** Unit tests for break condition, observer, boundary and tool modules */
+       2             : 
+       3             : #include "crpropa/module/BreakCondition.h"
+       4             : #include "crpropa/module/Observer.h"
+       5             : #include "crpropa/module/Boundary.h"
+       6             : #include "crpropa/module/Tools.h"
+       7             : #include "crpropa/module/RestrictToRegion.h"
+       8             : #include "crpropa/ParticleID.h"
+       9             : #include "crpropa/Geometry.h"
+      10             : 
+      11             : #include "gtest/gtest.h"
+      12             : 
+      13             : namespace crpropa {
+      14             : 
+      15             : //** ========================= Break conditions ============================= */
+      16           1 : TEST(MinimumEnergy, test) {
+      17           1 :         MinimumEnergy minEnergy(5);
+      18           1 :         Candidate c;
+      19             : 
+      20           1 :         c.current.setEnergy(5.1);
+      21           1 :         minEnergy.process(&c);
+      22           1 :         EXPECT_TRUE(c.isActive());
+      23             : 
+      24           1 :         c.current.setEnergy(4.9);
+      25           1 :         minEnergy.process(&c);
+      26           1 :         EXPECT_FALSE(c.isActive());
+      27           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+      28           2 : }
+      29             : 
+      30           1 : TEST(MinimumChargeNumber, test) {
+      31           1 :         MinimumChargeNumber minChargeNumber(20);
+      32           1 :         Candidate c;
+      33             : 
+      34           1 :         c.current.setId(nucleusId(56, 26));
+      35           1 :         minChargeNumber.process(&c);
+      36           1 :         EXPECT_TRUE(c.isActive());
+      37             :         
+      38           1 :         c.current.setId(-nucleusId(56, 26));
+      39           1 :         minChargeNumber.process(&c);
+      40           1 :         EXPECT_TRUE(c.isActive());
+      41             : 
+      42           1 :         c.current.setId(nucleusId(4, 2));
+      43           1 :         minChargeNumber.process(&c);
+      44           1 :         EXPECT_FALSE(c.isActive());
+      45           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+      46             :         
+      47           1 :         c.setActive(true);
+      48           1 :         c.removeProperty("Rejected");
+      49             : 
+      50           1 :         c.current.setId(-nucleusId(4, 2));
+      51           1 :         minChargeNumber.process(&c);
+      52           1 :         EXPECT_FALSE(c.isActive());
+      53           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+      54           2 : }
+      55             : 
+      56           1 : TEST(MinimumEnergyPerParticleId, test) {
+      57           1 :         MinimumEnergyPerParticleId minEnergy(1);
+      58           1 :         minEnergy.add(22, 10);
+      59           1 :         minEnergy.add(12, 2);
+      60           1 :         minEnergy.add(11, 20);
+      61             : 
+      62           1 :         Candidate c;
+      63             : 
+      64           1 :         c.current.setEnergy(20);
+      65           1 :         c.current.setId(22);
+      66           1 :         minEnergy.process(&c);
+      67           1 :         EXPECT_TRUE(c.isActive());
+      68             : 
+      69           1 :         c.current.setEnergy(5);
+      70           1 :         c.current.setId(22);
+      71           1 :         minEnergy.process(&c);
+      72           1 :         EXPECT_FALSE(c.isActive());
+      73           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+      74             : 
+      75           1 :         c.setActive(true);
+      76           1 :         c.removeProperty("Rejected");
+      77             : 
+      78           1 :         c.current.setEnergy(10);
+      79           1 :         c.current.setId(11);
+      80           1 :         minEnergy.process(&c);
+      81           1 :         EXPECT_FALSE(c.isActive());
+      82           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+      83             : 
+      84           1 :         c.setActive(true);
+      85           1 :         c.removeProperty("Rejected");
+      86             : 
+      87           1 :         c.current.setEnergy(5);
+      88           1 :         c.current.setId(12);
+      89           1 :         minEnergy.process(&c);
+      90           1 :         EXPECT_TRUE(c.isActive());      
+      91             : 
+      92           1 :         c.current.setEnergy(0.1);
+      93           1 :         c.current.setId(12);
+      94           1 :         minEnergy.process(&c);
+      95           1 :         EXPECT_FALSE(c.isActive());
+      96           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+      97           1 : }
+      98             : 
+      99           1 : TEST(MaximumTrajectoryLength, test) {
+     100           1 :         MaximumTrajectoryLength maxLength(10);
+     101           1 :         Candidate c;
+     102             : 
+     103           1 :         c.setTrajectoryLength(9.9);
+     104           1 :         maxLength.process(&c);
+     105           1 :         EXPECT_TRUE(c.isActive());
+     106             : 
+     107           1 :         c.setTrajectoryLength(10.1);
+     108           1 :         maxLength.process(&c);
+     109           1 :         EXPECT_FALSE(c.isActive());
+     110           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+     111           1 : }
+     112             : 
+     113           1 : TEST(MaximumTrajectoryLength, observer) {
+     114           1 :         MaximumTrajectoryLength maxLength(12);
+     115           1 :         maxLength.addObserverPosition(Vector3d(10, 0, 0));
+     116           1 :         Candidate c;
+     117           1 :         c.current.setPosition(Vector3d(5, 0, 0));
+     118             : 
+     119           1 :         c.setTrajectoryLength(5);
+     120           1 :         maxLength.process(&c);
+     121           1 :         EXPECT_TRUE(c.isActive());
+     122             : 
+     123           1 :         c.setTrajectoryLength(8);
+     124           1 :         maxLength.process(&c);
+     125           1 :         EXPECT_FALSE(c.isActive());
+     126           1 : }
+     127             : 
+     128           1 : TEST(MinimumRedshift, test) {
+     129           1 :         MinimumRedshift minZ; // default minimum redshift of 0
+     130           1 :         Candidate c;
+     131             : 
+     132           1 :         c.setRedshift(0.1);
+     133           1 :         minZ.process(&c);
+     134           1 :         EXPECT_TRUE(c.isActive());
+     135             : 
+     136           1 :         c.setRedshift(0);
+     137           1 :         minZ.process(&c);
+     138           1 :         EXPECT_FALSE(c.isActive());
+     139           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+     140           2 : }
+     141             : 
+     142           1 : TEST(DetectionLength, test) {
+     143           1 :         DetectionLength detL(10);
+     144           1 :         detL.setMakeRejectedInactive(false);
+     145           1 :         Candidate c;
+     146           1 :         c.current.setPosition(Vector3d(5,0,0));
+     147             : 
+     148           1 :         c.setTrajectoryLength(2);
+     149           1 :         detL.process(&c);
+     150           1 :         EXPECT_TRUE(c.isActive());
+     151             :         
+     152           1 :         c.setCurrentStep(10);
+     153           1 :         c.setTrajectoryLength(12);
+     154           1 :         detL.process(&c);
+     155           1 :         EXPECT_TRUE(c.isActive());
+     156           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+     157           2 : }
+     158             : 
+     159             : //** ============================= Observers ================================ */
+     160           1 : TEST(ObserverFeature, SmallSphere) {
+     161             :         // detect if the current position is inside and the previous outside of the sphere
+     162           1 :         Observer obs;
+     163           1 :         obs.add(new ObserverSurface(new Sphere (Vector3d(0, 0, 0), 1)));
+     164           1 :         Candidate c;
+     165           1 :         c.setNextStep(10);
+     166             : 
+     167             :         // no detection: particle was inside already
+     168           1 :         c.current.setPosition(Vector3d(0.9, 0, 0));
+     169           1 :         c.previous.setPosition(Vector3d(0.95, 0, 0));
+     170           1 :         obs.process(&c);
+     171           1 :         EXPECT_TRUE(c.isActive());
+     172             : 
+     173             :         // limit step
+     174           1 :         EXPECT_NEAR(c.getNextStep(), 0.1, 0.001);
+     175             : 
+     176             :         // detection: particle just entered
+     177           1 :         c.current.setPosition(Vector3d(0.9, 0, 0));
+     178           1 :         c.previous.setPosition(Vector3d(1.1, 0, 0));
+     179           1 :         obs.process(&c);
+     180           1 :         EXPECT_FALSE(c.isActive());
+     181           1 : }
+     182             : 
+     183           1 : TEST(ObserverFeature, LargeSphere) {
+     184             :         // detect if the current position is outside and the previous inside of the sphere
+     185           1 :         Observer obs;
+     186           1 :         obs.add(new ObserverSurface(new Sphere (Vector3d(0, 0, 0), 10)));
+     187           1 :         Candidate c;
+     188           1 :         c.setNextStep(10);
+     189             : 
+     190             :         // no detection: particle was outside already
+     191           1 :         c.current.setPosition(Vector3d(11, 0, 0));
+     192           1 :         c.previous.setPosition(Vector3d(10.5, 0, 0));
+     193           1 :         obs.process(&c);
+     194           1 :         EXPECT_TRUE(c.isActive());
+     195             : 
+     196             :         // limit step
+     197           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 1);
+     198             : 
+     199             :         // detection: particle just left
+     200           1 :         c.current.setPosition(Vector3d(11, 0, 0));
+     201           1 :         c.previous.setPosition(Vector3d(9.5, 0, 0));
+     202           1 :         obs.process(&c);
+     203           1 :         EXPECT_FALSE(c.isActive());
+     204           1 : }
+     205             : 
+     206           1 : TEST(ObserverFeature, Point) {
+     207           1 :         Observer obs;
+     208           1 :         obs.add(new Observer1D());
+     209           1 :         Candidate c;
+     210           1 :         c.setNextStep(10);
+     211             : 
+     212             :         // no detection, limit step
+     213           1 :         c.current.setPosition(Vector3d(5, 0, 0));
+     214           1 :         obs.process(&c);
+     215           1 :         EXPECT_TRUE(c.isActive());
+     216             : 
+     217             :         // limit step
+     218           1 :         EXPECT_DOUBLE_EQ(5, c.getNextStep());
+     219             : 
+     220             :         // detection
+     221           1 :         c.current.setPosition(Vector3d(0, 0, 0));
+     222           1 :         obs.process(&c);
+     223           1 :         EXPECT_FALSE(c.isActive());
+     224           1 : }
+     225             : 
+     226           1 : TEST(ObserverFeature, DetectAll) {
+     227             :         // DetectAll should detect all candidates
+     228           1 :         Observer obs;
+     229           1 :         obs.add(new ObserverDetectAll());
+     230           1 :         Candidate c;
+     231           1 :         obs.process(&c);
+     232           1 :         EXPECT_FALSE(c.isActive());
+     233           1 : }
+     234             : 
+     235           1 : TEST(ObserverFeature, TimeEvolution) {
+     236           1 :   Observer obs;
+     237           1 :   obs.setDeactivateOnDetection(false);
+     238           2 :   obs.setFlag("Detected", "Detected");
+     239           1 :   obs.add(new ObserverTimeEvolution(5, 5, 2));
+     240           1 :   Candidate c;
+     241           1 :   c.setNextStep(10);
+     242           1 :   c.setTrajectoryLength(3);
+     243             :   
+     244             :   // no detection, limit next step
+     245           1 :   obs.process(&c);
+     246           1 :   EXPECT_TRUE(c.isActive());
+     247             : 
+     248             :   // limit step
+     249           1 :   EXPECT_DOUBLE_EQ(2, c.getNextStep());
+     250             :   
+     251             :   // detection one
+     252           1 :   c.setCurrentStep(0.1);
+     253           1 :   c.setTrajectoryLength(5);
+     254           1 :   obs.process(&c);
+     255           1 :   EXPECT_TRUE(c.isActive());
+     256           2 :   EXPECT_TRUE(c.hasProperty("Detected"));
+     257             : 
+     258             :   // delete property
+     259           1 :   c.removeProperty("Detected");
+     260           1 :   EXPECT_FALSE(c.hasProperty("Detected"));
+     261             : 
+     262             :   // detection two
+     263           1 :   c.setCurrentStep(0.1);
+     264           1 :   c.setTrajectoryLength(10.05);
+     265           1 :   obs.process(&c);
+     266           1 :   EXPECT_TRUE(c.isActive());
+     267           2 :   EXPECT_TRUE(c.hasProperty("Detected"));
+     268           1 : }
+     269             : 
+     270           1 : TEST(ObserverFeature, TimeEvolutionLog) {
+     271           1 :   Observer obs;
+     272           1 :   obs.setDeactivateOnDetection(false);
+     273           2 :   obs.setFlag("Detected", "Detected");
+     274             :   // usage of a log scaling for the observer
+     275             :   bool log = true;
+     276           1 :   obs.add(new ObserverTimeEvolution(5, 5, 2, log));
+     277           1 :   Candidate c;
+     278           1 :   c.setNextStep(10);
+     279           1 :   c.setTrajectoryLength(3);
+     280             :   
+     281             :   // no detection, limit next step
+     282           1 :   obs.process(&c);
+     283           1 :   EXPECT_TRUE(c.isActive());
+     284             : 
+     285             :   // limit step
+     286           1 :   EXPECT_DOUBLE_EQ(2, c.getNextStep());
+     287             :   
+     288             :   // detection one
+     289           1 :   c.setCurrentStep(0.1);
+     290           1 :   c.setTrajectoryLength(5);
+     291           1 :   obs.process(&c);
+     292           1 :   EXPECT_TRUE(c.isActive());
+     293           2 :   EXPECT_TRUE(c.hasProperty("Detected"));
+     294             : 
+     295             :   // delete property
+     296           1 :   c.removeProperty("Detected");
+     297           1 :   EXPECT_FALSE(c.hasProperty("Detected"));
+     298             : 
+     299             :   // detection two
+     300           1 :   c.setCurrentStep(0.1);
+     301           1 :   c.setTrajectoryLength(10.05);
+     302           1 :   obs.process(&c);
+     303           1 :   EXPECT_TRUE(c.isActive());
+     304           2 :   EXPECT_TRUE(c.hasProperty("Detected"));
+     305           1 : }
+     306             : 
+     307             : //** ========================= Boundaries =================================== */
+     308           2 : TEST(PeriodicBox, high) {
+     309             :         // Tests if the periodical boundaries place the particle back inside the box and translate the initial position accordingly.
+     310             :         Vector3d origin(2, 2, 2);
+     311             :         Vector3d size(2, 2, 2);
+     312           1 :         PeriodicBox box(origin, size);
+     313             : 
+     314           1 :         Candidate c;
+     315           1 :         c.current.setPosition(Vector3d(4.5, 4.3, 4.4));
+     316           1 :         c.created.setPosition(Vector3d(3, 3, 3));
+     317             : 
+     318           1 :         box.process(&c);
+     319             : 
+     320           1 :         EXPECT_DOUBLE_EQ(2.5, c.current.getPosition().x);
+     321           1 :         EXPECT_DOUBLE_EQ(1, c.created.getPosition().x);
+     322           1 :         EXPECT_DOUBLE_EQ(2.3, c.current.getPosition().y);
+     323           1 :         EXPECT_DOUBLE_EQ(1, c.created.getPosition().y);
+     324           1 :         EXPECT_DOUBLE_EQ(2.4, c.current.getPosition().z);
+     325           1 :         EXPECT_DOUBLE_EQ(1, c.created.getPosition().z);
+     326           2 : }
+     327             : 
+     328           2 : TEST(PeriodicBox, low) {
+     329             :         // Tests if the periodical boundaries place the particle back inside the box and translate the initial position accordingly.
+     330             :         Vector3d origin(0, 0, 0);
+     331             :         Vector3d size(2, 2, 2);
+     332           1 :         PeriodicBox box(origin, size);
+     333             : 
+     334           1 :         Candidate c;
+     335           1 :         c.current.setPosition(Vector3d(-2.5, -0.3, -0.4));
+     336           1 :         c.created.setPosition(Vector3d(1, 1, 1));
+     337             : 
+     338           1 :         box.process(&c);
+     339             : 
+     340           1 :         EXPECT_DOUBLE_EQ(1.5, c.current.getPosition().x);
+     341           1 :         EXPECT_DOUBLE_EQ(5, c.created.getPosition().x);
+     342           1 :         EXPECT_DOUBLE_EQ(1.7, c.current.getPosition().y);
+     343           1 :         EXPECT_DOUBLE_EQ(3, c.created.getPosition().y);
+     344           1 :         EXPECT_DOUBLE_EQ(1.6, c.current.getPosition().z);
+     345           1 :         EXPECT_DOUBLE_EQ(3, c.created.getPosition().z);
+     346           2 : }
+     347             : 
+     348           2 : TEST(ReflectiveBox, high) {
+     349             :         // Tests if the reflective boundaries place the particle back inside the box and translate the initial position accordingly.
+     350             :         // Also the initial and final directions are to be reflected
+     351             :         Vector3d origin(10, 10, 10);
+     352             :         Vector3d size(10, 20, 20);
+     353           1 :         ReflectiveBox box(origin, size);
+     354             : 
+     355           1 :         Candidate c;
+     356           1 :         c.source.setPosition(Vector3d(16, 17, 18));
+     357           1 :         c.source.setDirection(Vector3d(1, 1.6, 1.8));
+     358           1 :         c.created.setPosition(Vector3d(15, 15, 15));
+     359           1 :         c.created.setDirection(Vector3d(0, 0.6, 0.8));
+     360           1 :         c.previous.setPosition(Vector3d(15, 15, 29.5));
+     361           1 :         c.previous.setDirection(Vector3d(0, 0.6, 0.8));
+     362           1 :         c.current.setPosition(Vector3d(15, 15, 30.5));
+     363           1 :         c.current.setDirection(Vector3d(0, 0.6, 0.8));
+     364             : 
+     365           1 :         box.process(&c);
+     366             : 
+     367           1 :         EXPECT_DOUBLE_EQ(16, c.source.getPosition().x);
+     368           1 :         EXPECT_DOUBLE_EQ(17, c.source.getPosition().y);
+     369           1 :         EXPECT_DOUBLE_EQ(42, c.source.getPosition().z);
+     370             : 
+     371           1 :         EXPECT_DOUBLE_EQ(15, c.created.getPosition().x);
+     372           1 :         EXPECT_DOUBLE_EQ(15, c.created.getPosition().y);
+     373           1 :         EXPECT_DOUBLE_EQ(45, c.created.getPosition().z);
+     374             : 
+     375           1 :         EXPECT_DOUBLE_EQ(15, c.previous.getPosition().x);
+     376           1 :         EXPECT_DOUBLE_EQ(15, c.previous.getPosition().y);
+     377           1 :         EXPECT_DOUBLE_EQ(30.5, c.previous.getPosition().z);
+     378             : 
+     379           1 :         EXPECT_DOUBLE_EQ(15, c.current.getPosition().x);
+     380           1 :         EXPECT_DOUBLE_EQ(15, c.current.getPosition().y);
+     381           1 :         EXPECT_DOUBLE_EQ(29.5, c.current.getPosition().z);
+     382             : 
+     383           1 :         EXPECT_DOUBLE_EQ(0, c.created.getDirection().x);
+     384           1 :         EXPECT_DOUBLE_EQ(0.6, c.created.getDirection().y);
+     385           1 :         EXPECT_DOUBLE_EQ(-0.8, c.created.getDirection().z);
+     386             : 
+     387           1 :         EXPECT_DOUBLE_EQ(0, c.previous.getDirection().x);
+     388           1 :         EXPECT_DOUBLE_EQ(0.6, c.previous.getDirection().y);
+     389           1 :         EXPECT_DOUBLE_EQ(-0.8, c.previous.getDirection().z);
+     390             : 
+     391           1 :         EXPECT_DOUBLE_EQ(0, c.current.getDirection().x);
+     392           1 :         EXPECT_DOUBLE_EQ(0.6, c.current.getDirection().y);
+     393           1 :         EXPECT_DOUBLE_EQ(-0.8, c.current.getDirection().z);
+     394           2 : }
+     395             : 
+     396           2 : TEST(CubicBoundary, inside) {
+     397           1 :         CubicBoundary cube(Vector3d(0, 0, 0), 10);
+     398           1 :         Candidate c;
+     399           1 :         c.current.setPosition(Vector3d(9, 5, 5));
+     400           1 :         cube.process(&c);
+     401           1 :         EXPECT_TRUE(c.isActive());
+     402           2 : }
+     403             : 
+     404           2 : TEST(CubicBoundary, outside) {
+     405           1 :         CubicBoundary cube(Vector3d(0, 0, 0), 10);
+     406           1 :         Candidate c;
+     407           1 :         c.current.setPosition(Vector3d(10.1, 5, 5));
+     408           1 :         cube.process(&c);
+     409           1 :         EXPECT_FALSE(c.isActive());
+     410           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+     411           2 : }
+     412             : 
+     413           2 : TEST(CubicBoundary, limitStepLower) {
+     414           1 :         CubicBoundary cube(Vector3d(10, 10, 10), 10);
+     415           1 :         cube.setLimitStep(true);
+     416           1 :         cube.setMargin(1);
+     417           1 :         Candidate c;
+     418           1 :         c.current.setPosition(Vector3d(15, 15, 10.5));
+     419           1 :         c.setNextStep(100);
+     420           1 :         cube.process(&c);
+     421           1 :         EXPECT_DOUBLE_EQ(1.5, c.getNextStep());
+     422           2 : }
+     423             : 
+     424           2 : TEST(CubicBoundary, limitStepUpper) {
+     425           1 :         CubicBoundary cube(Vector3d(-10, -10, -10), 10);
+     426           1 :         cube.setLimitStep(true);
+     427           1 :         cube.setMargin(1);
+     428           1 :         Candidate c;
+     429           1 :         c.current.setPosition(Vector3d(-5, -5, -0.5));
+     430           1 :         c.setNextStep(100);
+     431           1 :         cube.process(&c);
+     432           1 :         EXPECT_DOUBLE_EQ(1.5, c.getNextStep());
+     433           2 : }
+     434             : 
+     435           2 : TEST(SphericalBoundary, inside) {
+     436           1 :         SphericalBoundary sphere(Vector3d(0, 0, 0), 10);
+     437           1 :         Candidate c;
+     438           1 :         c.current.setPosition(Vector3d(9, 0, 0));
+     439           1 :         sphere.process(&c);
+     440           1 :         EXPECT_TRUE(c.isActive());
+     441           1 :         EXPECT_FALSE(c.hasProperty("Rejected"));
+     442           2 : }
+     443             : 
+     444           2 : TEST(SphericalBoundary, outside) {
+     445           1 :         SphericalBoundary sphere(Vector3d(0, 0, 0), 10);
+     446           2 :         sphere.setRejectFlag("I passed the galactic border", "Nothing happened");
+     447           1 :         Candidate c;
+     448           1 :         c.current.setPosition(Vector3d(0, -10.1, 0));
+     449           1 :         sphere.process(&c);
+     450           1 :         EXPECT_FALSE(c.isActive());
+     451           2 :         EXPECT_TRUE(c.hasProperty("I passed the galactic border"));
+     452           2 : }
+     453             : 
+     454           2 : TEST(SphericalBoundary, limitStep) {
+     455           1 :         SphericalBoundary sphere(Vector3d(0, 0, 0), 10);
+     456           1 :         sphere.setLimitStep(true);
+     457           1 :         sphere.setMargin(1);
+     458           1 :         Candidate c;
+     459           1 :         c.setNextStep(100);
+     460           1 :         c.current.setPosition(Vector3d(0, 0, 9.5));
+     461           1 :         sphere.process(&c);
+     462           1 :         EXPECT_DOUBLE_EQ(1.5, c.getNextStep());
+     463           2 : }
+     464             : 
+     465           2 : TEST(EllipsoidalBoundary, inside) {
+     466           1 :         EllipsoidalBoundary ellipsoid(Vector3d(-5, 0, 0), Vector3d(5, 0, 0), 15);
+     467           1 :         Candidate c;
+     468           1 :         c.current.setPosition(Vector3d(3, 2, 0));
+     469           1 :         ellipsoid.process(&c);
+     470           1 :         EXPECT_TRUE(c.isActive());
+     471           1 :         EXPECT_FALSE(c.hasProperty("Rejected"));
+     472           2 : }
+     473             : 
+     474           2 : TEST(EllipsoidalBoundary, outside) {
+     475           1 :         EllipsoidalBoundary ellipsoid(Vector3d(-5, 0, 0), Vector3d(5, 0, 0), 15);
+     476           1 :         Candidate c;
+     477           1 :         c.current.setPosition(Vector3d(0, 25, 0));
+     478           1 :         ellipsoid.process(&c);
+     479           1 :         EXPECT_FALSE(c.isActive());
+     480           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+     481           2 : }
+     482             : 
+     483           2 : TEST(EllipsoidalBoundary, limitStep) {
+     484           1 :         EllipsoidalBoundary ellipsoid(Vector3d(-5, 0, 0), Vector3d(5, 0, 0), 15);
+     485           1 :         ellipsoid.setLimitStep(true);
+     486           1 :         ellipsoid.setMargin(0.5);
+     487           1 :         Candidate c;
+     488           1 :         c.setNextStep(2);
+     489           1 :         c.current.setPosition(Vector3d(7, 0, 0));
+     490           1 :         ellipsoid.process(&c);
+     491           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 1.5);
+     492           2 : }
+     493             : 
+     494           2 : TEST(CylindricalBoundary, inside) {
+     495           1 :         CylindricalBoundary cylinder(Vector3d(0, 0, 0), 2, 15);
+     496           1 :         Candidate c;
+     497           1 :         c.current.setPosition(Vector3d(6, -3, 0.5));
+     498           1 :         cylinder.process(&c);
+     499           1 :         EXPECT_TRUE(c.isActive());
+     500           1 :         EXPECT_FALSE(c.hasProperty("Rejected"));
+     501           2 : }
+     502             : 
+     503           2 : TEST(CylindricalBoundary, outside) {
+     504           1 :         CylindricalBoundary cylinder(Vector3d(0, 0, 0), 2, 15);
+     505           1 :         Candidate c;
+     506           1 :         c.current.setPosition(Vector3d(6, -3, 1.5));
+     507           1 :         cylinder.process(&c);
+     508           1 :         EXPECT_FALSE(c.isActive());
+     509           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
+     510           2 : }
+     511             : 
+     512           2 : TEST(CylindricalBoundary, limitStep) {
+     513           1 :         CylindricalBoundary cylinder(Vector3d(0, 0, 0), 2, 15);
+     514           1 :         cylinder.setLimitStep(true);
+     515           1 :         cylinder.setMargin(0.5);
+     516           1 :         Candidate c;
+     517           1 :         c.setNextStep(2);
+     518           1 :         c.current.setPosition(Vector3d(7, 0, 0));
+     519           1 :         cylinder.process(&c);
+     520           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 1.5);
+     521           2 : }
+     522             : 
+     523           1 : TEST(RestrictToRegion, RestrictToRegion) {
+     524             : 
+     525           1 :         ref_ptr<Observer> obs = new Observer();
+     526           1 :         obs->add(new ObserverDetectAll());
+     527           1 :         RestrictToRegion R(obs, new Sphere(Vector3d(0, 0, 0), 10));
+     528             : 
+     529           1 :         Candidate c;
+     530           1 :         c.previous.setPosition(Vector3d(13,0,0));
+     531           1 :         c.current.setPosition(Vector3d(12,0,0));
+     532           1 :         R.process(&c);
+     533           1 :         EXPECT_TRUE(c.isActive());
+     534           1 :         c.current.setPosition(Vector3d(9,0,0));
+     535           1 :         R.process(&c);
+     536           1 :         EXPECT_FALSE(c.isActive());
+     537           2 : }
+     538             : 
+     539             : 
+     540           0 : int main(int argc, char **argv) {
+     541           0 :         ::testing::InitGoogleTest(&argc, argv);
+     542           0 :         return RUN_ALL_TESTS();
+     543             : }
+     544             : 
+     545             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testCandidateSplitting.cpp.func-sort-c.html b/doc/coverageReport/test/testCandidateSplitting.cpp.func-sort-c.html new file mode 100644 index 000000000..fd272427c --- /dev/null +++ b/doc/coverageReport/test/testCandidateSplitting.cpp.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testCandidateSplitting.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testCandidateSplitting.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4747100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa38testCandidateSplitting_SimpleTest_Test8TestBodyEv1
_ZN7crpropa39testCandidateSplitting_CheckSplits_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testCandidateSplitting.cpp.func.html b/doc/coverageReport/test/testCandidateSplitting.cpp.func.html new file mode 100644 index 000000000..5940d2ea4 --- /dev/null +++ b/doc/coverageReport/test/testCandidateSplitting.cpp.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testCandidateSplitting.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testCandidateSplitting.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4747100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa38testCandidateSplitting_SimpleTest_Test8TestBodyEv1
_ZN7crpropa39testCandidateSplitting_CheckSplits_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testCandidateSplitting.cpp.gcov.html b/doc/coverageReport/test/testCandidateSplitting.cpp.gcov.html new file mode 100644 index 000000000..7f7795772 --- /dev/null +++ b/doc/coverageReport/test/testCandidateSplitting.cpp.gcov.html @@ -0,0 +1,166 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testCandidateSplitting.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testCandidateSplitting.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4747100.0 %
Date:2024-04-08 14:58:22Functions:22100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Units.h"
+       2             : #include "crpropa/Common.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/module/CandidateSplitting.h"
+       5             : 
+       6             : #include "gtest/gtest.h"
+       7             : #include <stdexcept>
+       8             : #include <cmath>
+       9             : 
+      10             : namespace crpropa {
+      11             : 
+      12           1 : TEST(testCandidateSplitting, SimpleTest) {
+      13           1 :         int nSplit = 2;
+      14             :         int nBins = 4;
+      15             :         double minWeight = pow(1. / nSplit, 2);
+      16             :         double Emin = 1; // dimensionless for testing
+      17             :         double Emax = 10;       
+      18             : 
+      19           1 :         CandidateSplitting split_lin(nSplit, Emin, Emax, nBins, minWeight);
+      20             :         double dE = (Emax - Emin) / nBins;
+      21           1 :         EXPECT_DOUBLE_EQ(split_lin.getEnergyBins()[0], Emin);
+      22           1 :         EXPECT_DOUBLE_EQ(split_lin.getEnergyBins()[1], Emin + dE);
+      23             : 
+      24           1 :         EXPECT_EQ(split_lin.getNsplit(), nSplit);
+      25           1 :         EXPECT_DOUBLE_EQ(split_lin.getMinimalWeight(), minWeight);
+      26             : 
+      27           2 :         CandidateSplitting split_log(nSplit, Emin, Emax, nBins, minWeight, true);
+      28             :         double dE_log = pow(Emax / Emin, 1. / (nBins - 1.0));
+      29           1 :         EXPECT_DOUBLE_EQ(split_log.getEnergyBins()[0], Emin);
+      30           1 :         EXPECT_DOUBLE_EQ(split_log.getEnergyBins()[1], Emin * dE_log);
+      31             : 
+      32             :         double spectralIndex = -2.;
+      33           2 :         CandidateSplitting split_dsa(spectralIndex, Emin, nBins);
+      34             :         double dE_dsa = pow(1. / 2, 1. / (spectralIndex + 1));
+      35           1 :         EXPECT_DOUBLE_EQ(split_dsa.getEnergyBins()[0], Emin * dE_dsa);
+      36           1 :         EXPECT_DOUBLE_EQ(split_dsa.getEnergyBins()[nBins - 1], Emin * pow(dE_dsa, nBins));
+      37           1 : }
+      38             : 
+      39             : 
+      40           1 : TEST(testCandidateSplitting, CheckSplits) {
+      41             :         int nSplit = 2;
+      42             :         int nBins = 3;
+      43             :         double Emin = 1; // dimensionless for testing
+      44             :         double Emax = 10;
+      45             :         double minWeight = pow(1. / nSplit, 4);
+      46             : 
+      47           1 :         CandidateSplitting splitting(nSplit, Emin, Emax, nBins, minWeight);
+      48           1 :         Candidate c(nucleusId(1,1),0.5);
+      49             :         double weight = 1.0;
+      50           1 :         double serial = c.getSerialNumber();
+      51             :         
+      52           1 :         splitting.process(&c); // no split
+      53           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
+      54           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial);
+      55             : 
+      56           1 :         c.current.setEnergy(2); 
+      57           1 :         splitting.process(&c); // 1. split
+      58             :         weight = weight/nSplit;
+      59           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
+      60           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 1);
+      61           1 :         c.previous.setEnergy(2);
+      62             : 
+      63           1 :         c.current.setEnergy(6); 
+      64           1 :         splitting.process(&c); // 2. split
+      65             :         weight = weight/nSplit;
+      66           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
+      67           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 2);
+      68           1 :         c.previous.setEnergy(6);
+      69             : 
+      70           1 :         c.current.setEnergy(0.5); 
+      71           1 :         splitting.process(&c); // no split, cooling
+      72           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
+      73           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 2);
+      74           1 :         c.previous.setEnergy(0.5);
+      75             : 
+      76           1 :         c.current.setEnergy(6); 
+      77           1 :         splitting.process(&c); // 3. & 4. split, crosses two boundaries
+      78             :         weight = weight/nSplit/nSplit;
+      79           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
+      80           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 4);
+      81           1 :         c.previous.setEnergy(6);
+      82             : 
+      83           1 :         c.current.setEnergy(8); 
+      84           1 :         splitting.process(&c); // no split, minimal weight reached
+      85           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
+      86           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 4);
+      87           1 :         c.previous.setEnergy(8);
+      88           1 : }
+      89             : 
+      90             : } //namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testCore.cpp.func-sort-c.html b/doc/coverageReport/test/testCore.cpp.func-sort-c.html new file mode 100644 index 000000000..d65894f63 --- /dev/null +++ b/doc/coverageReport/test/testCore.cpp.func-sort-c.html @@ -0,0 +1,308 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testCore.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testCore.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:65465799.5 %
Date:2024-04-08 14:58:22Functions:585998.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa16Random_seed_Test8TestBodyEv1
_ZN7crpropa17Grid3f_Speed_Test8TestBodyEv1
_ZN7crpropa17common_digit_Test8TestBodyEv1
_ZN7crpropa18HepPID_charge_Test8TestBodyEv1
_ZN7crpropa19Geometry_Plane_Test8TestBodyEv1
_ZN7crpropa20Geometry_Sphere_Test8TestBodyEv1
_ZN7crpropa20Grid3f_DumpLoad_Test8TestBodyEv1
_ZN7crpropa20common_gaussInt_Test8TestBodyEv1
_ZN7crpropa21Candidate_weight_Test8TestBodyEv1
_ZN7crpropa21ParticleState_id_Test8TestBodyEv1
_ZN7crpropa22EmissionMap_merge_Test8TestBodyEv1
_ZN7crpropa22Grid1f_SimpleTest_Test8TestBodyEv1
_ZN7crpropa22Grid1f_clipVolume_Test8TestBodyEv1
_ZN7crpropa22Random_base64Seed_Test8TestBodyEv1
_ZN7crpropa22VectordGrid_Scale_Test8TestBodyEv1
_ZN7crpropa23Candidate_isActive_Test8TestBodyEv1
_ZN7crpropa23Candidate_property_Test8TestBodyEv1
_ZN7crpropa23Grid3f_DumpLoadTxt_Test8TestBodyEv1
_ZN7crpropa23Grid3f_Periodicity_Test8TestBodyEv1
_ZN7crpropa23Grid_PeriodicClamp_Test8TestBodyEv1
_ZN7crpropa23ParticleState_Mass_Test8TestBodyEv1
_ZN7crpropa23common_interpolate_Test8TestBodyEv1
_ZN7crpropa23common_pow_integer_Test8TestBodyEv1
_ZN7crpropa24Grid1f_ClosestValue_Test8TestBodyEv1
_ZN7crpropa24Grid3f_Reflectivity_Test8TestBodyEv1
_ZN7crpropa24base64_de_en_coding_Test8TestBodyEv1
_ZN7crpropa25Geometry_ParaxialBox_Test8TestBodyEv1
_ZN7crpropa25Grid3f_Interpolation_Test8TestBodyEv1
_ZN7crpropa25Grid_ReflectiveClamp_Test8TestBodyEv1
_ZN7crpropa25ParticleID_isNucleus_Test8TestBodyEv1
_ZN7crpropa25ParticleID_nucleusId_Test8TestBodyEv1
_ZN7crpropa25ParticleState_Charge_Test8TestBodyEv1
_ZN7crpropa25ParticleState_energy_Test8TestBodyEv1
_ZN7crpropa25Variant_copyToBuffer_Test8TestBodyEv1
_ZN7crpropa26Candidate_currentStep_Test8TestBodyEv1
_ZN7crpropa26EmissionMap_functions_Test8TestBodyEv1
_ZN7crpropa26Grid_PeriodicBoundary_Test8TestBodyEv1
_ZN7crpropa26ParticleID_massNumber_Test8TestBodyEv1
_ZN7crpropa26Random_bigSeedStorage_Test8TestBodyEv1
_ZN7crpropa27Candidate_addSecondary_Test8TestBodyEv1
_ZN7crpropa27Candidate_candidateTag_Test8TestBodyEv1
_ZN7crpropa27Candidate_serialNumber_Test8TestBodyEv1
_ZN7crpropa27ParticleState_Rigidity_Test8TestBodyEv1
_ZN7crpropa27ParticleState_momentum_Test8TestBodyEv1
_ZN7crpropa27ParticleState_position_Test8TestBodyEv1
_ZN7crpropa27ParticleState_velocity_Test8TestBodyEv1
_ZN7crpropa28Candidate_limitNextStep_Test8TestBodyEv1
_ZN7crpropa28Grid_ReflectiveBoundary_Test8TestBodyEv1
_ZN7crpropa28ParticleID_chargeNumber_Test8TestBodyEv1
_ZN7crpropa28ParticleState_direction_Test8TestBodyEv1
_ZN7crpropa29Grid1f_TestVectorSpacing_Test8TestBodyEv1
_ZN7crpropa29Variant_stringConversion_Test8TestBodyEv1
_ZN7crpropa30ParticleState_idException_Test8TestBodyEv1
_ZN7crpropa32ParticleState_lorentzFactor_Test8TestBodyEv1
_ZN7crpropa34common_interpolateEquidistant_Test8TestBodyEv1
_ZN7crpropa37Grid1f_GridPropertiesConstructor_Test8TestBodyEv1
_ZN7crpropa39CylindricalProjectionMap_functions_Test8TestBodyEv1
_ZN7crpropa50HepPID_consistencyWithReferenceImplementation_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testCore.cpp.func.html b/doc/coverageReport/test/testCore.cpp.func.html new file mode 100644 index 000000000..1336167ed --- /dev/null +++ b/doc/coverageReport/test/testCore.cpp.func.html @@ -0,0 +1,308 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testCore.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testCore.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:65465799.5 %
Date:2024-04-08 14:58:22Functions:585998.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16Random_seed_Test8TestBodyEv1
_ZN7crpropa17Grid3f_Speed_Test8TestBodyEv1
_ZN7crpropa17common_digit_Test8TestBodyEv1
_ZN7crpropa18HepPID_charge_Test8TestBodyEv1
_ZN7crpropa19Geometry_Plane_Test8TestBodyEv1
_ZN7crpropa20Geometry_Sphere_Test8TestBodyEv1
_ZN7crpropa20Grid3f_DumpLoad_Test8TestBodyEv1
_ZN7crpropa20common_gaussInt_Test8TestBodyEv1
_ZN7crpropa21Candidate_weight_Test8TestBodyEv1
_ZN7crpropa21ParticleState_id_Test8TestBodyEv1
_ZN7crpropa22EmissionMap_merge_Test8TestBodyEv1
_ZN7crpropa22Grid1f_SimpleTest_Test8TestBodyEv1
_ZN7crpropa22Grid1f_clipVolume_Test8TestBodyEv1
_ZN7crpropa22Random_base64Seed_Test8TestBodyEv1
_ZN7crpropa22VectordGrid_Scale_Test8TestBodyEv1
_ZN7crpropa23Candidate_isActive_Test8TestBodyEv1
_ZN7crpropa23Candidate_property_Test8TestBodyEv1
_ZN7crpropa23Grid3f_DumpLoadTxt_Test8TestBodyEv1
_ZN7crpropa23Grid3f_Periodicity_Test8TestBodyEv1
_ZN7crpropa23Grid_PeriodicClamp_Test8TestBodyEv1
_ZN7crpropa23ParticleState_Mass_Test8TestBodyEv1
_ZN7crpropa23common_interpolate_Test8TestBodyEv1
_ZN7crpropa23common_pow_integer_Test8TestBodyEv1
_ZN7crpropa24Grid1f_ClosestValue_Test8TestBodyEv1
_ZN7crpropa24Grid3f_Reflectivity_Test8TestBodyEv1
_ZN7crpropa24base64_de_en_coding_Test8TestBodyEv1
_ZN7crpropa25Geometry_ParaxialBox_Test8TestBodyEv1
_ZN7crpropa25Grid3f_Interpolation_Test8TestBodyEv1
_ZN7crpropa25Grid_ReflectiveClamp_Test8TestBodyEv1
_ZN7crpropa25ParticleID_isNucleus_Test8TestBodyEv1
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_ZN7crpropa25ParticleState_energy_Test8TestBodyEv1
_ZN7crpropa25Variant_copyToBuffer_Test8TestBodyEv1
_ZN7crpropa26Candidate_currentStep_Test8TestBodyEv1
_ZN7crpropa26EmissionMap_functions_Test8TestBodyEv1
_ZN7crpropa26Grid_PeriodicBoundary_Test8TestBodyEv1
_ZN7crpropa26ParticleID_massNumber_Test8TestBodyEv1
_ZN7crpropa26Random_bigSeedStorage_Test8TestBodyEv1
_ZN7crpropa27Candidate_addSecondary_Test8TestBodyEv1
_ZN7crpropa27Candidate_candidateTag_Test8TestBodyEv1
_ZN7crpropa27Candidate_serialNumber_Test8TestBodyEv1
_ZN7crpropa27ParticleState_Rigidity_Test8TestBodyEv1
_ZN7crpropa27ParticleState_momentum_Test8TestBodyEv1
_ZN7crpropa27ParticleState_position_Test8TestBodyEv1
_ZN7crpropa27ParticleState_velocity_Test8TestBodyEv1
_ZN7crpropa28Candidate_limitNextStep_Test8TestBodyEv1
_ZN7crpropa28Grid_ReflectiveBoundary_Test8TestBodyEv1
_ZN7crpropa28ParticleID_chargeNumber_Test8TestBodyEv1
_ZN7crpropa28ParticleState_direction_Test8TestBodyEv1
_ZN7crpropa29Grid1f_TestVectorSpacing_Test8TestBodyEv1
_ZN7crpropa29Variant_stringConversion_Test8TestBodyEv1
_ZN7crpropa30ParticleState_idException_Test8TestBodyEv1
_ZN7crpropa32ParticleState_lorentzFactor_Test8TestBodyEv1
_ZN7crpropa34common_interpolateEquidistant_Test8TestBodyEv1
_ZN7crpropa37Grid1f_GridPropertiesConstructor_Test8TestBodyEv1
_ZN7crpropa39CylindricalProjectionMap_functions_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
_ZN7crpropa50HepPID_consistencyWithReferenceImplementation_Test8TestBodyEv1
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+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testCore.cpp.gcov.html b/doc/coverageReport/test/testCore.cpp.gcov.html new file mode 100644 index 000000000..3e1716747 --- /dev/null +++ b/doc/coverageReport/test/testCore.cpp.gcov.html @@ -0,0 +1,1144 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testCore.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testCore.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:65465799.5 %
Date:2024-04-08 14:58:22Functions:585998.3 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /** Unit tests for core features of CRPropa
+       2             :         Candidate
+       3             :         ParticleState
+       4             :         Random
+       5             :         Common functions
+       6             :  */
+       7             : 
+       8             : #include <complex>
+       9             : 
+      10             : #include "crpropa/Candidate.h"
+      11             : #include "crpropa/base64.h"
+      12             : #include "crpropa/Common.h"
+      13             : #include "crpropa/Units.h"
+      14             : #include "crpropa/ParticleID.h"
+      15             : #include "crpropa/ParticleMass.h"
+      16             : #include "crpropa/Random.h"
+      17             : #include "crpropa/Grid.h"
+      18             : #include "crpropa/GridTools.h"
+      19             : #include "crpropa/Geometry.h"
+      20             : #include "crpropa/EmissionMap.h"
+      21             : #include "crpropa/Vector3.h"
+      22             : 
+      23             : #include <HepPID/ParticleIDMethods.hh>
+      24             : #include "gtest/gtest.h"
+      25             : 
+      26             : namespace crpropa {
+      27             : 
+      28           2 : TEST(ParticleState, position) {
+      29           1 :         ParticleState particle;
+      30             :         Vector3d v(1, 3, 5);
+      31           1 :         particle.setPosition(v * Mpc);
+      32           2 :         EXPECT_TRUE(particle.getPosition() == v * Mpc);
+      33           1 : }
+      34             : 
+      35           2 : TEST(ParticleState, energy) {
+      36           1 :         ParticleState particle;
+      37           1 :         particle.setEnergy(10 * EeV);
+      38           1 :         EXPECT_EQ(particle.getEnergy(), 10 * EeV);
+      39           1 : }
+      40             : 
+      41           2 : TEST(ParticleState, direction) {
+      42           1 :         ParticleState particle;
+      43             :         Vector3d v(1, 2, 3);
+      44           1 :         particle.setDirection(v);
+      45           2 :         EXPECT_TRUE(particle.getDirection() == v.getUnitVector());
+      46           1 : }
+      47             : 
+      48           2 : TEST(ParticleState, velocity) {
+      49           1 :         ParticleState particle;
+      50             :         Vector3d v(1, 1, 0);
+      51           1 :         particle.setDirection(v);
+      52           2 :         EXPECT_TRUE(particle.getVelocity() == v.getUnitVector() * c_light);
+      53           1 : }
+      54             : 
+      55           2 : TEST(ParticleState, momentum) {
+      56           1 :         ParticleState particle;
+      57             :         Vector3d v(0, 1, 0);
+      58           1 :         particle.setDirection(v);
+      59           1 :         particle.setEnergy(100 * EeV);
+      60           2 :         EXPECT_TRUE(particle.getMomentum() == v * (particle.getEnergy() / c_light));
+      61           1 : }
+      62             : 
+      63           2 : TEST(ParticleState, id) {
+      64           1 :         ParticleState particle;
+      65           1 :         particle.setId(nucleusId(12, 6));
+      66           1 :         EXPECT_EQ(particle.getId(), 1000060120);
+      67           1 : }
+      68             : 
+      69             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
+      70           1 : TEST(ParticleState, idException) {
+      71           1 :         EXPECT_THROW(nucleusId(5, 6), std::runtime_error);
+      72           1 : }
+      73             : #endif
+      74             : 
+      75           2 : TEST(ParticleState, Charge) {
+      76           1 :         ParticleState particle;
+      77             : 
+      78           1 :         particle.setId(nucleusId(56, 26)); // iron
+      79           1 :         EXPECT_DOUBLE_EQ(26 * eplus, particle.getCharge());
+      80             : 
+      81           1 :         particle.setId(-nucleusId(56, 26)); // anti-iron
+      82           1 :         EXPECT_DOUBLE_EQ(-26 * eplus, particle.getCharge());
+      83             : 
+      84           1 :         particle.setId(11); // electron
+      85           1 :         EXPECT_DOUBLE_EQ(-1 * eplus, particle.getCharge());
+      86             : 
+      87           1 :         particle.setId(-11); // positron
+      88           1 :         EXPECT_DOUBLE_EQ(1 * eplus, particle.getCharge());
+      89             : 
+      90           1 :         particle.setId(12); // electron neutrino
+      91           1 :         EXPECT_DOUBLE_EQ(0, particle.getCharge());
+      92             : 
+      93           1 :         particle.setId(-12); // electron anti-neutrino
+      94           1 :         EXPECT_DOUBLE_EQ(0, particle.getCharge());
+      95           1 : }
+      96             : 
+      97           2 : TEST(ParticleState, Rigidity) {
+      98           1 :         ParticleState particle;
+      99             : 
+     100           1 :         particle.setId(nucleusId(1, 1)); // proton
+     101           1 :         particle.setEnergy(1 * EeV);
+     102           1 :         EXPECT_EQ(particle.getRigidity(), 1e18);
+     103           1 : }
+     104             : 
+     105           2 : TEST(ParticleState, Mass) {
+     106           1 :         ParticleState particle;
+     107             : 
+     108           1 :         particle.setId(nucleusId(1, 1)); // proton
+     109           1 :         EXPECT_DOUBLE_EQ(mass_proton, particle.getMass());
+     110             : 
+     111           1 :         particle.setId(nucleusId(1, 0)); // neutron
+     112           1 :         EXPECT_DOUBLE_EQ(mass_neutron, particle.getMass());
+     113             : 
+     114           1 :         int id = nucleusId(56, 26);
+     115           1 :         particle.setId(id); // iron
+     116           1 :         EXPECT_DOUBLE_EQ(nuclearMass(id), particle.getMass());
+     117             : 
+     118           1 :         particle.setId(-id); // anti-iron
+     119           1 :         EXPECT_DOUBLE_EQ(nuclearMass(-id), particle.getMass());
+     120             : 
+     121             :         // approximation for unkown nucleus A * amu - Z * mass_electron
+     122             :         int A = 238; int Z = 92; // Uranium92
+     123           1 :         EXPECT_DOUBLE_EQ(nuclearMass(A, Z), A*amu - Z*mass_electron);
+     124           1 : }
+     125             : 
+     126           2 : TEST(ParticleState, lorentzFactor) {
+     127           1 :         ParticleState particle;
+     128           1 :         particle.setId(nucleusId(1, 1));
+     129           1 :         particle.setEnergy(1e12 * eV);
+     130           1 :         EXPECT_DOUBLE_EQ(particle.getLorentzFactor(),
+     131             :                         1e12 * eV / mass_proton / c_squared);
+     132           1 : }
+     133             : 
+     134           1 : TEST(ParticleID, nucleusId) {
+     135           1 :         EXPECT_EQ(nucleusId(3,2), 1000020030);
+     136           1 : }
+     137             : 
+     138           1 : TEST(ParticleID, chargeNumber) {
+     139           1 :         EXPECT_EQ(chargeNumber(1000020030), 2);
+     140           1 : }
+     141             : 
+     142           1 : TEST(ParticleID, massNumber) {
+     143           1 :         EXPECT_EQ(massNumber(2112), 1);
+     144           1 :         EXPECT_EQ(massNumber(1000020030), 3);
+     145           1 : }
+     146             : 
+     147           1 : TEST(ParticleID, isNucleus) {
+     148           1 :         EXPECT_TRUE(isNucleus(1000020030));
+     149           1 :         EXPECT_FALSE(isNucleus(11));
+     150           1 : }
+     151             : 
+     152           1 : TEST(HepPID, consistencyWithReferenceImplementation) {
+     153             :         // Tests the performance improved version against the default one
+     154           1 :         unsigned long testPID = rand() % 1000000000 + 1000000000;
+     155           8 :         for(size_t i=1; i < 8; i++) {
+     156           7 :                 HepPID::location loc = (HepPID::location) i;
+     157           7 :                 unsigned short newResult = HepPID::digit(loc, testPID);
+     158             :                 //original implementation
+     159           7 :                 int numerator = (int) std::pow(10.0,(loc-1));
+     160           7 :                 EXPECT_EQ(newResult, (HepPID::abspid(testPID)/numerator)%10);
+     161             :         }
+     162           1 : }
+     163             : 
+     164           1 : TEST(HepPID, charge) {
+     165           1 :         EXPECT_DOUBLE_EQ(HepPID::charge(11), -1.);
+     166           1 : }
+     167             : 
+     168           1 : TEST(Candidate, currentStep) {
+     169           1 :         Candidate candidate;
+     170           1 :         candidate.setCurrentStep(1 * Mpc);
+     171           1 :         EXPECT_DOUBLE_EQ(candidate.getCurrentStep(), 1 * Mpc);
+     172           1 : }
+     173             : 
+     174           1 : TEST(Candidate, limitNextStep) {
+     175           1 :         Candidate candidate;
+     176           1 :         candidate.setNextStep(5 * Mpc);
+     177           1 :         EXPECT_DOUBLE_EQ(candidate.getNextStep(), 5 * Mpc);
+     178           1 :         candidate.limitNextStep(2 * Mpc);
+     179           1 :         EXPECT_DOUBLE_EQ(candidate.getNextStep(), 2 * Mpc);
+     180           1 :         candidate.limitNextStep(3 * Mpc);
+     181           1 :         EXPECT_DOUBLE_EQ(candidate.getNextStep(), 2 * Mpc);
+     182           1 : }
+     183             : 
+     184           1 : TEST(Candidate, isActive) {
+     185           1 :         Candidate candidate;
+     186           1 :         EXPECT_TRUE(candidate.isActive());
+     187           1 :         candidate.setActive(false);
+     188           1 :         EXPECT_FALSE(candidate.isActive());
+     189           1 : }
+     190             : 
+     191           1 : TEST(Candidate, property) {
+     192           1 :         Candidate candidate;
+     193           2 :         candidate.setProperty("foo", "bar");
+     194           2 :         EXPECT_TRUE(candidate.hasProperty("foo"));
+     195           2 :         std::string value = candidate.getProperty("foo");
+     196           1 :         EXPECT_EQ("bar", value);
+     197           1 : }
+     198             : 
+     199           1 : TEST(Candidate, weight) {
+     200           1 :     Candidate candidate;
+     201           1 :     EXPECT_EQ (1., candidate.getWeight());
+     202             :     
+     203           1 :     candidate.setWeight(5.);
+     204           1 :     EXPECT_EQ (5., candidate.getWeight());
+     205             :     
+     206           1 :     candidate.updateWeight(3.);
+     207           1 :     EXPECT_EQ (15., candidate.getWeight());
+     208           1 : }
+     209             : 
+     210           1 : TEST(Candidate, addSecondary) {
+     211           1 :         Candidate c;
+     212           1 :         c.setRedshift(5);
+     213           1 :         c.setTrajectoryLength(23);
+     214           1 :         c.setWeight(3.);
+     215           1 :         c.previous.setId(nucleusId(56,26));
+     216           1 :         c.previous.setEnergy(1000);
+     217           1 :         c.previous.setPosition(Vector3d(1,2,3));
+     218           1 :         c.previous.setDirection(Vector3d(0,0,1));
+     219             : 
+     220           1 :         c.addSecondary(nucleusId(1,1), 200);
+     221           2 :         c.addSecondary(nucleusId(1,1), 200, 5.);
+     222           1 :         Candidate s1 = *c.secondaries[0];
+     223           1 :         Candidate s2 = *c.secondaries[1];
+     224             : 
+     225           1 :         EXPECT_EQ(nucleusId(1,1), s1.current.getId());
+     226           1 :         EXPECT_EQ(200, s1.current.getEnergy());
+     227           1 :         EXPECT_EQ(5, s1.getRedshift());
+     228           1 :         EXPECT_EQ(23, s1.getTrajectoryLength());
+     229           1 :         EXPECT_EQ(1000, s1.created.getEnergy());
+     230           1 :         EXPECT_EQ(3., s1.getWeight());
+     231           2 :         EXPECT_TRUE(Vector3d(1,2,3) == s1.created.getPosition());
+     232           2 :         EXPECT_TRUE(Vector3d(0,0,1) == s1.created.getDirection());
+     233           2 :         EXPECT_TRUE(s1.getTagOrigin() == "SEC");
+     234             : 
+     235           1 :         EXPECT_EQ(15., s2.getWeight());
+     236           1 : }
+     237             : 
+     238           1 : TEST(Candidate, candidateTag) {
+     239           1 :         Candidate c;
+     240             : 
+     241             :         // test default tag
+     242           2 :         EXPECT_TRUE(c.getTagOrigin() == "PRIM");
+     243             : 
+     244             :         // test setting tag
+     245           1 :         c.setTagOrigin("myTag");
+     246           2 :         EXPECT_TRUE(c.getTagOrigin() == "myTag");
+     247           1 : }
+     248             : 
+     249           1 : TEST(Candidate, serialNumber) {
+     250           1 :         Candidate::setNextSerialNumber(42);
+     251           1 :         Candidate c;
+     252           1 :         EXPECT_EQ(43, c.getSourceSerialNumber());
+     253           1 : }
+     254             : 
+     255           1 : TEST(common, digit) {
+     256           1 :         EXPECT_EQ(1, digit(1234, 1000));
+     257           1 :         EXPECT_EQ(2, digit(1234, 100));
+     258           1 :         EXPECT_EQ(3, digit(1234, 10));
+     259           1 :         EXPECT_EQ(4, digit(1234, 1));
+     260           1 : }
+     261             : 
+     262           1 : TEST(common, interpolate) {
+     263             :         // create vectors x = (0, 0.02, ... 2) and y = 2x + 3 = (3, ... 7)
+     264           1 :         std::vector<double> xD(101), yD(101);
+     265         102 :         for (int i = 0; i <= 100; i++) {
+     266         101 :                 xD[i] = i * 0.02;
+     267         101 :                 yD[i] = 2 * xD[i] + 3;
+     268             :         }
+     269             : 
+     270             :         // interpolating tabulated values of a linear function should produce exact results
+     271           1 :         Random &R = Random::instance();
+     272             :         double x, ytrue, yinterp;
+     273       10001 :         for (int i = 0; i < 10000; i++) {
+     274       10000 :                 x = R.rand() * 2; // random value between 0 and 2
+     275       10000 :                 ytrue = 2 * x + 3;
+     276       10000 :                 yinterp = interpolate(x, xD, yD);
+     277       10000 :                 EXPECT_DOUBLE_EQ(ytrue, yinterp);
+     278             :         }
+     279             : 
+     280             :         // test interpolation in first bin
+     281             :         x = 0.01;
+     282             :         ytrue = 2 * x + 3;
+     283           1 :         yinterp = interpolate(x, xD, yD);
+     284           1 :         EXPECT_DOUBLE_EQ(ytrue, yinterp);
+     285             : 
+     286             :         // test interpolation in last bin
+     287             :         x = 1.99;
+     288             :         ytrue = 2 * x + 3;
+     289           1 :         yinterp = interpolate(x, xD, yD);
+     290           1 :         EXPECT_DOUBLE_EQ(ytrue, yinterp);
+     291             : 
+     292             :         // value out of range, return lower bound
+     293           1 :         EXPECT_EQ(3, interpolate(-0.001, xD, yD));
+     294             : 
+     295             :         // value out of range, return upper bound
+     296           1 :         EXPECT_EQ(7, interpolate(2.001, xD, yD));
+     297           1 : }
+     298             : 
+     299           1 : TEST(common, interpolateEquidistant) {
+     300           1 :         std::vector<double> yD(100);
+     301         101 :         for (int i = 0; i < 100; i++) {
+     302         100 :                 yD[i] = pow(1 + i * 2. / 99., 2);
+     303             :         }
+     304             : 
+     305             :         // interpolated value should be close to computed
+     306           1 :         double y = interpolateEquidistant(1.5001, 1, 3, yD);
+     307           1 :         EXPECT_NEAR(pow(1.5001, 2), y, 1e-4);
+     308             : 
+     309             :         // value out of range, return lower bound
+     310           1 :         EXPECT_EQ(1, interpolateEquidistant(0.9, 1, 3, yD));
+     311             : 
+     312             :         // value out of range, return lower bound
+     313           1 :         EXPECT_EQ(9, interpolateEquidistant(3.1, 1, 3, yD));
+     314           1 : }
+     315             : 
+     316           1 : TEST(common, pow_integer) {
+     317           1 :         EXPECT_EQ(pow_integer<0>(1.23), 1);
+     318           1 :         EXPECT_FLOAT_EQ(pow_integer<1>(1.234), 1.234);
+     319           1 :         EXPECT_FLOAT_EQ(pow_integer<2>(1.234), pow(1.234, 2));
+     320           1 :         EXPECT_FLOAT_EQ(pow_integer<3>(1.234), pow(1.234, 3));
+     321           1 : }
+     322             : 
+     323           2 : TEST(common, gaussInt) {
+     324           9 :         EXPECT_NEAR(gaussInt(([](double x){ return x*x; }), 0, 10), 1000/3., 1e-4);
+     325           9 :         EXPECT_NEAR(gaussInt(([](double x){ return sin(x)*sin(x); }), 0, M_PI), M_PI/2., 1e-4);
+     326           1 : }
+     327             : 
+     328           1 : TEST(Random, seed) {
+     329           1 :         Random &a = Random::instance();
+     330           1 :         Random &b = Random::instance();
+     331             : 
+     332           1 :         a.seed(42);
+     333           1 :         double r1 = a.rand();
+     334             : 
+     335           1 :         a.seed(42);
+     336           1 :         double r2 = a.rand();
+     337             : 
+     338           1 :         a.seed(42);
+     339           1 :         double r3 = b.rand();
+     340             : 
+     341             :         // seeding should give same random numbers
+     342           1 :         EXPECT_EQ(r1, r2);
+     343             : 
+     344             :         // seeding should work for all instances
+     345           1 :         EXPECT_EQ(r1, r3);
+     346           1 : }
+     347             : 
+     348           1 : TEST(Random, bigSeedStorage) {
+     349           1 :         Random a;
+     350             :         std::vector<uint32_t> bigSeed;
+     351             : 
+     352             :         const size_t nComp = 42;
+     353             :         double values[nComp];
+     354          43 :         for (size_t i = 0; i < nComp; i++)
+     355             :         {
+     356          42 :                 values[i] = a.rand();
+     357             :         }
+     358           1 :         bigSeed = a.getSeed();
+     359           1 :         Random b;
+     360             :         //b.load(bigSeed);
+     361           1 :         b.seed(&bigSeed[0], bigSeed.size());
+     362          43 :         for (size_t i = 0; i < nComp; i++)
+     363             :         {
+     364          42 :                 EXPECT_EQ(values[i], b.rand());
+     365             :         }
+     366             : 
+     367           1 :         a.seed(42);
+     368           1 :         bigSeed = a.getSeed();
+     369           1 :         EXPECT_EQ(bigSeed.size(), 1);
+     370           1 :         EXPECT_EQ(bigSeed[0], 42);
+     371           1 :         b.seed(bigSeed[0]);
+     372          43 :         for (size_t i = 0; i < nComp; i++)
+     373             :         {
+     374          42 :                 EXPECT_EQ(a.rand(), b.rand());
+     375             :         }
+     376             : 
+     377           1 : }
+     378             : 
+     379           1 : TEST(base64, de_en_coding) {
+     380           1 :         Random a;
+     381         100 :         for (int N=1; N < 100; N++) {
+     382             :                 std::vector<uint32_t> data;
+     383          99 :                 data.reserve(N);
+     384        5049 :                 for (int i =0; i<N; i++)
+     385        4950 :                         data.push_back(a.randInt());
+     386             : 
+     387          99 :                 std::string encoded_data = Base64::encode((unsigned char*)&data[0], sizeof(data[0]) * data.size() / sizeof(unsigned char));
+     388             : 
+     389          99 :                 std::string decoded_data = Base64::decode(encoded_data);
+     390          99 :                 size_t S = decoded_data.size() * sizeof(decoded_data[0]) / sizeof(uint32_t);
+     391        5049 :                 for (int i=0; i < S; i++) {
+     392        4950 :                         EXPECT_EQ(((uint32_t*)decoded_data.c_str())[i], data[i]);
+     393             :                 }
+     394             :         }
+     395             : 
+     396           1 : }
+     397             : 
+     398           1 : TEST(Random, base64Seed) {
+     399             : 
+     400           1 :         std::string seed =  "I1+8ANzXYwAqAAAAAwAAAA==";
+     401             :         std::vector<uint32_t> bigSeed;
+     402           1 :         bigSeed.push_back(12345123);
+     403           1 :         bigSeed.push_back(6543324);
+     404           1 :         bigSeed.push_back(42);
+     405           1 :         bigSeed.push_back(3);
+     406           1 :         Random a, b;
+     407           1 :         a.seed(seed);
+     408           1 :         b.seed(&bigSeed[0], bigSeed.size());
+     409             : 
+     410             :         const size_t nComp = 42;
+     411             :         double values[nComp];
+     412          43 :         for (size_t i = 0; i < nComp; i++)
+     413             :         {
+     414          42 :                 EXPECT_EQ(a.rand(), b.rand());
+     415             :         }
+     416           1 : }
+     417             : 
+     418           2 : TEST(Grid, PeriodicClamp) {
+     419             :         // Test correct determination of lower and upper neighbor
+     420             :         int lo, hi;
+     421             : 
+     422             :         periodicClamp(23.12, 8, lo, hi);
+     423           1 :         EXPECT_EQ(7, lo);
+     424           1 :         EXPECT_EQ(0, hi);
+     425             : 
+     426             :         periodicClamp(-23.12, 8, lo, hi);
+     427           1 :         EXPECT_EQ(0, lo);
+     428           1 :         EXPECT_EQ(1, hi);
+     429           1 : }
+     430             : 
+     431           1 : TEST(Grid, PeriodicBoundary) {
+     432             :         // Test correct determination of periodic continuated index
+     433             :         // periodic indices for n=8 should repeat like ...0123456701234567...
+     434             :         int index;
+     435             : 
+     436           1 :         index = periodicBoundary(0, 8);
+     437           1 :         EXPECT_EQ(0, index);
+     438           1 :         index = periodicBoundary(7, 8);
+     439           1 :         EXPECT_EQ(7, index);
+     440           1 :         index = periodicBoundary(8, 8);
+     441           1 :         EXPECT_EQ(0, index);
+     442           1 :         index = periodicBoundary(9, 8);
+     443           1 :         EXPECT_EQ(1, index);
+     444           1 : }
+     445             : 
+     446           1 : TEST(Grid, ReflectiveClamp) {
+     447             :         // Test correct determination of lower and upper neighbor
+     448             :         // reflective indices for n=8 should repeat like ...67765432100123456776...
+     449             :         int lo, hi; 
+     450             :         double res;
+     451             : 
+     452           1 :         reflectiveClamp(23.12, 8, lo, hi, res);
+     453           1 :         EXPECT_EQ(7, lo);
+     454           1 :         EXPECT_EQ(7, hi);
+     455           1 :         EXPECT_FLOAT_EQ(7.12, res);
+     456             : 
+     457           1 :         reflectiveClamp(-23.12, 8, lo, hi, res);
+     458           1 :         EXPECT_EQ(6, lo);
+     459           1 :         EXPECT_EQ(7, hi);
+     460           1 :         EXPECT_FLOAT_EQ(6.12, res);
+     461           1 : }
+     462             : 
+     463           2 : TEST(Grid, ReflectiveBoundary) {
+     464             :         // Test correct determination of reflected index
+     465             :         // reflective indices for n=8 should repeat like ...67765432100123456776...
+     466             :         int index; 
+     467             : 
+     468           1 :         index = reflectiveBoundary(8, 8);
+     469           1 :         EXPECT_EQ(7, index);
+     470           1 :         index = reflectiveBoundary(9, 8);
+     471           1 :         EXPECT_EQ(6, index);
+     472           1 :         index = reflectiveBoundary(0, 8);
+     473           1 :         EXPECT_EQ(0, index);
+     474           1 :         index = reflectiveBoundary(-1, 8);
+     475           1 :         EXPECT_EQ(0, index);
+     476           1 :         index = reflectiveBoundary(-8, 8);
+     477           1 :         EXPECT_EQ(7, index);
+     478           1 :         index = reflectiveBoundary(-9, 8);
+     479           1 :         EXPECT_EQ(7, index);
+     480           1 : }
+     481             : 
+     482           1 : TEST(Grid1f, SimpleTest) {
+     483             :         // Test construction and parameters
+     484           1 :         size_t Nx = 5;
+     485           1 :         size_t Ny = 8;
+     486           1 :         size_t Nz = 10;
+     487             :         double spacing = 2.0;
+     488             :         Vector3d origin(1., 2., 3.);
+     489             : 
+     490           1 :         Grid1f grid(origin, Nx, Ny, Nz, spacing);
+     491             : 
+     492           1 :         EXPECT_TRUE(origin == grid.getOrigin());
+     493           1 :         EXPECT_EQ(Nx, grid.getNx());
+     494           1 :         EXPECT_EQ(Ny, grid.getNy());
+     495           1 :         EXPECT_EQ(Nz, grid.getNz());
+     496           1 :         EXPECT_EQ(Vector3d(spacing), grid.getSpacing());
+     497           1 :         EXPECT_EQ(5 * 8 * 10, grid.getGrid().size());
+     498             : 
+     499             :         // Test index handling: get position of grid point (2, 3, 4)
+     500           1 :         size_t some_index = 2 * Ny * Nz + 3 * Nz + 4;
+     501             :         Vector3d some_grid_point = origin + Vector3d(2, 3, 4) * spacing + Vector3d(spacing / 2.);
+     502           2 :         EXPECT_EQ(some_grid_point, grid.positionFromIndex(some_index));
+     503             :         
+     504             :         //Test if value on gridpoint is correctly retrieved
+     505           1 :         grid.get(2, 3, 4) = 7;
+     506           1 :         EXPECT_FLOAT_EQ(7., grid.getGrid()[some_index]);
+     507             :         //trilinear interpolated
+     508           1 :         EXPECT_FLOAT_EQ(7., grid.interpolate(some_grid_point));
+     509             :         //tricubic interpolated
+     510             :         grid.setInterpolationType(TRICUBIC);
+     511           1 :         EXPECT_FLOAT_EQ(7., grid.interpolate(some_grid_point));
+     512             :         //nearest neighbour interpolated
+     513             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
+     514           1 :         EXPECT_FLOAT_EQ(7., grid.interpolate(some_grid_point));
+     515             : 
+     516             :         //Test if grid is set to zero outside of volume for clipVolume=true
+     517             :         grid.setClipVolume(true);
+     518           1 :         EXPECT_FLOAT_EQ(0, grid.interpolate(Vector3d(100, 0, 12)));
+     519           1 : }
+     520             : 
+     521           2 : TEST(Grid1f, GridPropertiesConstructor) {
+     522             :         // Test constructor for vector spacing
+     523             :         size_t Nx = 5;
+     524             :         size_t Ny = 8;
+     525             :         size_t Nz = 10;
+     526             :         Vector3d origin = Vector3d(1., 2., 3.);
+     527             :         Vector3d spacing = Vector3d(1., 5., 3.);
+     528             :         GridProperties properties(origin, Nx, Ny, Nz, spacing);
+     529           1 :         Grid1f grid(properties);
+     530             : 
+     531           1 :         EXPECT_EQ(spacing, grid.getSpacing());
+     532             : 
+     533             :         // Test index handling: get position of grid point (1, 7, 6)
+     534             :         size_t some_index = 1 * Ny * Nz + 7 * Nz + 6;
+     535             :         Vector3d some_grid_point = origin + Vector3d(1, 7, 6) * spacing + spacing / 2.;
+     536             : 
+     537             :         //Test if value on gridpoint is correctly retrieved
+     538           1 :         grid.get(1, 7, 6) = 12;
+     539           1 :         EXPECT_FLOAT_EQ(12., grid.getGrid()[some_index]);
+     540             :         //trilinear interpolated
+     541           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
+     542             :         //tricubic interpolated
+     543             :         grid.setInterpolationType(TRICUBIC);
+     544           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
+     545             :         //nearest neighbour interpolated
+     546             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
+     547           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
+     548           1 : }
+     549             : 
+     550           2 : TEST(Grid1f, TestVectorSpacing) {
+     551             :         // Test constructor for vector spacing
+     552             :         size_t Nx = 5;
+     553             :         size_t Ny = 8;
+     554             :         size_t Nz = 10;
+     555             :         Vector3d origin = Vector3d(1., 2., 3.);
+     556             :         Vector3d spacing = Vector3d(1., 5., 3.);
+     557             : 
+     558           1 :         Grid1f grid(origin, Nx, Ny, Nz, spacing);
+     559             : 
+     560           1 :         EXPECT_EQ(spacing, grid.getSpacing());
+     561             : 
+     562             :         // Test index handling: get position of grid point (1, 7, 6)
+     563             :         size_t some_index = 1 * Ny * Nz + 7 * Nz + 6;
+     564             :         Vector3d some_grid_point = origin + Vector3d(1, 7, 6) * spacing + spacing / 2.;
+     565             : 
+     566             :         //Test if value on gridpoint is correctly retrieved
+     567           1 :         grid.get(1, 7, 6) = 12;
+     568           1 :         EXPECT_FLOAT_EQ(12., grid.getGrid()[some_index]);
+     569             :         //trilinear interpolated
+     570           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
+     571             :         //tricubic interpolated
+     572             :         grid.setInterpolationType(TRICUBIC);
+     573           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
+     574             :         //nearest neighbour interpolated
+     575             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
+     576           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
+     577           1 : }
+     578             : 
+     579           2 : TEST(Grid1f, ClosestValue) {
+     580             :         // Check some closest values / nearest neighbour interpolation
+     581           1 :         Grid1f grid(Vector3d(0.), 2, 2, 2, 1.);
+     582           1 :         grid.get(0, 0, 0) = 1;
+     583           1 :         grid.get(0, 0, 1) = 2;
+     584           1 :         grid.get(0, 1, 0) = 3;
+     585           1 :         grid.get(0, 1, 1) = 4;
+     586           1 :         grid.get(1, 0, 0) = 5;
+     587           1 :         grid.get(1, 0, 1) = 6;
+     588           1 :         grid.get(1, 1, 0) = 7;
+     589           1 :         grid.get(1, 1, 1) = 8;
+     590             : 
+     591             :         // grid points are at 0.5 and 1.5
+     592           1 :         EXPECT_FLOAT_EQ(1, grid.closestValue(Vector3d(0.1,  0.2, 0.6)));
+     593           1 :         EXPECT_FLOAT_EQ(2, grid.closestValue(Vector3d(0.2, 0.1, 1.3)));
+     594           1 :         EXPECT_FLOAT_EQ(3, grid.closestValue(Vector3d(0.3, 1.2, 0.2)));
+     595           1 :         EXPECT_FLOAT_EQ(7, grid.closestValue(Vector3d(1.7, 1.8, 0.4)));
+     596             : 
+     597             :         //Test if grid is set to zero outside of volume for clipVolume=true
+     598           1 :         EXPECT_NE(0, grid.interpolate(Vector3d(0, 0, 12)));
+     599             :         grid.setClipVolume(true);
+     600           1 :         double b = grid.interpolate(Vector3d(0, 0, 12));
+     601           1 :         EXPECT_FLOAT_EQ(0, b);
+     602           1 : }
+     603             : 
+     604           2 : TEST(Grid1f, clipVolume) {
+     605             :         // Check volume clipping for gridproperties constructor
+     606             :         size_t N = 2;
+     607             :         Vector3d origin = Vector3d(0.);
+     608             :         double spacing = 2;
+     609             :         GridProperties properties(origin, N, spacing);
+     610           1 :         Grid1f grid(properties);
+     611           1 :         grid.get(0, 0, 0) = 1;
+     612           1 :         grid.get(0, 0, 1) = 2;
+     613           1 :         grid.get(0, 1, 0) = 3;
+     614           1 :         grid.get(0, 1, 1) = 4;
+     615           1 :         grid.get(1, 0, 0) = 5;
+     616           1 :         grid.get(1, 0, 1) = 6;
+     617           1 :         grid.get(1, 1, 0) = 7;
+     618           1 :         grid.get(1, 1, 1) = 8;
+     619             : 
+     620             :         //Test if grid is set to zero outside of volume for clipVolume=true
+     621           1 :         EXPECT_NE(0, grid.interpolate(Vector3d(0, 0, 12)));
+     622             :         grid.setClipVolume(true);
+     623           1 :         double b = grid.interpolate(Vector3d(0, 0, 10));
+     624           1 :         EXPECT_FLOAT_EQ(0, b);
+     625           1 : }
+     626             : 
+     627           2 : TEST(Grid3f, Interpolation) {
+     628             :         // Explicitly test trilinear and tricubic interpolation
+     629             :         double spacing = 2.793;
+     630             :         int n = 3;
+     631           1 :         Grid3f grid(Vector3d(0.), n, n, n, spacing);
+     632             :         grid.get(0, 0, 1) = Vector3f(1.7, 0., 0.); // set one value
+     633             : 
+     634             :         Vector3d b;
+     635             :         
+     636             :         //trilinear
+     637             : 
+     638             :         // grid points are at [0.5, 1.5, ...] * spacing
+     639           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.5) * spacing);
+     640           1 :         EXPECT_FLOAT_EQ(1.7, b.x);
+     641             : 
+     642           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.4) * spacing);
+     643           1 :         EXPECT_FLOAT_EQ(1.7 * 0.9, b.x);
+     644             : 
+     645           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.6) * spacing);
+     646           1 :         EXPECT_FLOAT_EQ(1.7 * 0.9, b.x);
+     647             : 
+     648           1 :         b = grid.interpolate(Vector3d(0.5, 0.35, 1.6) * spacing);
+     649           1 :         EXPECT_FLOAT_EQ(1.7 * 0.9 * 0.85, b.x);
+     650             : 
+     651           1 :         b = grid.interpolate(Vector3d(0.5, 2.65, 1.6) * spacing); // using periodic repetition
+     652           1 :         EXPECT_FLOAT_EQ(1.7 * 0.9 * 0.15, b.x);
+     653             :         
+     654             :         //tricubic
+     655             :         #ifdef HAVE_SIMD
+     656             :         grid.setInterpolationType(TRICUBIC);
+     657             :         
+     658           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.5) * spacing);
+     659           1 :         EXPECT_FLOAT_EQ(1.7, b.x);
+     660             : 
+     661           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.4) * spacing);
+     662           1 :         EXPECT_FLOAT_EQ(1.66005015373, b.x);
+     663             : 
+     664           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.6) * spacing);
+     665           1 :         EXPECT_FLOAT_EQ(1.66005003452, b.x);
+     666             : 
+     667           1 :         b = grid.interpolate(Vector3d(0.5, 0.35, 1.6) * spacing);
+     668           1 :         EXPECT_FLOAT_EQ(1.57507634163, b.x);
+     669             : 
+     670           1 :         b = grid.interpolate(Vector3d(0.5, 2.65, 1.6) * spacing);
+     671           1 :         EXPECT_FLOAT_EQ(0.190802007914, b.x);
+     672             :         #endif // HAVE_SIMD
+     673           1 : }
+     674             : 
+     675           2 : TEST(VectordGrid, Scale) {
+     676             :         // Test scaling a field
+     677           1 :         ref_ptr<Grid3f> grid = new Grid3f(Vector3d(0.), 3, 1);
+     678           4 :         for (int ix = 0; ix < 3; ix++)
+     679          12 :                 for (int iy = 0; iy < 3; iy++)
+     680          36 :                         for (int iz = 0; iz < 3; iz++)
+     681          27 :                                 grid->get(ix, iy, iz) = Vector3f(1, 0, 0);
+     682             : 
+     683           1 :         scaleGrid(grid, 5);
+     684           4 :         for (int ix = 0; ix < 3; ix++)
+     685          12 :                 for (int iy = 0; iy < 3; iy++)
+     686          36 :                         for (int iz = 0; iz < 3; iz++)
+     687          27 :                                 EXPECT_FLOAT_EQ(5, grid->interpolate(Vector3d(0.7, 0, 0.1)).x);
+     688           1 : }
+     689             : 
+     690           2 : TEST(Grid3f, Periodicity) {
+     691             :         // Test for periodic boundaries: grid(x+a*n) = grid(x)
+     692             :         size_t n = 3;
+     693             :         double spacing = 3;
+     694             :         double size = n * spacing;
+     695           1 :         Grid3f grid(Vector3d(0.), n, spacing);
+     696           4 :         for (int ix = 0; ix < 3; ix++)
+     697          12 :                 for (int iy = 0; iy < 3; iy++)
+     698          36 :                         for (int iz = 0; iz < 3; iz++)
+     699          27 :                                 grid.get(ix, iy, iz) = Vector3f(iz + ix, iy * iz, ix - iz * iy);
+     700             : 
+     701             :         Vector3d pos(1.2, 2.3, 0.7);
+     702             :         
+     703             :         //trilinear interpolated
+     704           1 :         Vector3f b = grid.interpolate(pos);
+     705           1 :         Vector3f b2 = grid.interpolate(pos + Vector3d(1, 0, 0) * size);
+     706           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     707           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     708           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     709             : 
+     710           1 :         b2 = grid.interpolate(pos + Vector3d(0, 5, 0) * size);
+     711           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     712           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     713           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     714             : 
+     715           1 :         b2 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
+     716           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     717           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     718           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     719             :         
+     720             :         //tricubic interpolated
+     721             :         #ifdef HAVE_SIMD
+     722             :         grid.setInterpolationType(TRICUBIC);
+     723           1 :         b = grid.interpolate(pos);
+     724           1 :         b2 = grid.interpolate(pos + Vector3d(1, 0, 0) * size);
+     725           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     726           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     727           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     728             : 
+     729           1 :         b2 = grid.interpolate(pos + Vector3d(0, 5, 0) * size);
+     730           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     731           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     732           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     733             : 
+     734           1 :         b2 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
+     735           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     736           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     737           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     738             :         #endif // HAVE_SIMD
+     739             :         
+     740             :         //nearest neighbour interpolated
+     741             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
+     742           1 :         b = grid.interpolate(pos);
+     743           1 :         b2 = grid.interpolate(pos + Vector3d(1, 0, 0) * size);
+     744           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     745           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     746           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     747             : 
+     748           1 :         b2 = grid.interpolate(pos + Vector3d(0, 5, 0) * size);
+     749           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     750           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     751           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     752             : 
+     753           1 :         b2 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
+     754           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     755           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     756           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     757             : 
+     758             :         //Test if grid is set to zero outside of volume for clipVolume=true
+     759             :         grid.setClipVolume(true);
+     760           1 :         Vector3f b3 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
+     761           1 :         EXPECT_FLOAT_EQ(0., b3.x);
+     762           1 :         EXPECT_FLOAT_EQ(0., b3.y);
+     763           1 :         EXPECT_FLOAT_EQ(0., b3.z);
+     764           1 : }
+     765             : 
+     766           2 : TEST(Grid3f, Reflectivity) {
+     767             :         // Test for reflective boundaries: grid(pos) = grid(x+a) = grid(-x-a)
+     768             :         size_t n = 3;
+     769             :         double spacing = 3;
+     770             :         double size = n * spacing;
+     771           1 :         Grid3f grid(Vector3d(0.), n, spacing);
+     772             :         grid.setReflective(true); //set reflective boundary
+     773           4 :         for (int ix = 0; ix < 3; ix++)
+     774          12 :                 for (int iy = 0; iy < 3; iy++)
+     775          36 :                         for (int iz = 0; iz < 3; iz++)
+     776          27 :                                 grid.get(ix, iy, iz) = Vector3f(iz + ix, iy * iz, ix - iz * iy);
+     777             : 
+     778             :         Vector3d pos(1.2, 2.3, 0.7);
+     779             :         
+     780             :         //trilinear interpolated
+     781           1 :         Vector3f b = grid.interpolate(pos + Vector3d(1,0,0) * spacing);
+     782           1 :         Vector3f b2 = grid.interpolate(pos *(-1) - Vector3d(1,0,0) * spacing);
+     783           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     784           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     785           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     786             :         
+     787           1 :         b = grid.interpolate(pos + Vector3d(0,5,0) * spacing);
+     788           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,5,0) * spacing);
+     789           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     790           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     791           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     792             :         
+     793           1 :         b = grid.interpolate(pos + Vector3d(0,0,-2) * spacing);
+     794           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,0,-2) * spacing);
+     795           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     796           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     797           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     798             :         
+     799             :         //tricubic interpolated
+     800             :         #ifdef HAVE_SIMD
+     801             :         grid.setInterpolationType(TRICUBIC);
+     802           1 :         b = grid.interpolate(pos + Vector3d(1,0,0) * spacing);
+     803           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(1,0,0) * spacing);
+     804           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     805           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     806           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     807             :         
+     808           1 :         b = grid.interpolate(pos + Vector3d(0,5,0) * spacing);
+     809           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,5,0) * spacing);
+     810           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     811           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     812           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     813             :         
+     814           1 :         b = grid.interpolate(pos + Vector3d(0,0,-2) * spacing);
+     815           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,0,-2) * spacing);
+     816           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     817           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     818           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     819             :         #endif //HAVE_SIMD
+     820             :         
+     821             :         //nearest neighbour interpolated
+     822             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
+     823           1 :         b = grid.interpolate(pos + Vector3d(1,0,0) * spacing);
+     824           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(1,0,0) * spacing);
+     825           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     826           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     827           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     828             :         
+     829           1 :         b = grid.interpolate(pos + Vector3d(0,5,0) * spacing);
+     830           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,5,0) * spacing);
+     831           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     832           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     833           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     834             :         
+     835           1 :         b = grid.interpolate(pos + Vector3d(0,0,-2) * spacing);
+     836           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,0,-2) * spacing);
+     837           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
+     838           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
+     839           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
+     840             : 
+     841             :         //Test if grid is set to zero outside of volume for clipVolume=true
+     842             :         grid.setClipVolume(true);
+     843           1 :         Vector3f b3 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
+     844           1 :         EXPECT_FLOAT_EQ(0., b3.x);
+     845           1 :         EXPECT_FLOAT_EQ(0., b3.y);
+     846           1 :         EXPECT_FLOAT_EQ(0., b3.z);
+     847           1 : }
+     848             : 
+     849           2 : TEST(Grid3f, DumpLoad) {
+     850             :         // Dump and load a field grid
+     851           1 :         ref_ptr<Grid3f> grid1 = new Grid3f(Vector3d(0.), 3, 1);
+     852           1 :         ref_ptr<Grid3f> grid2 = new Grid3f(Vector3d(0.), 3, 1);
+     853             : 
+     854           4 :         for (int ix = 0; ix < 3; ix++)
+     855          12 :                 for (int iy = 0; iy < 3; iy++)
+     856          36 :                         for (int iz = 0; iz < 3; iz++)
+     857          27 :                                 grid1->get(ix, iy, iz) = Vector3f(1, 2, 3);
+     858             : 
+     859           2 :         dumpGrid(grid1, "testDump.raw");
+     860           2 :         loadGrid(grid2, "testDump.raw");
+     861             : 
+     862           4 :         for (int ix = 0; ix < 3; ix++) {
+     863          12 :                 for (int iy = 0; iy < 3; iy++) {
+     864          36 :                         for (int iz = 0; iz < 3; iz++) {
+     865          27 :                                 Vector3f b1 = grid1->get(ix, iy, iz);
+     866             :                                 Vector3f b2 = grid2->get(ix, iy, iz);
+     867          27 :                                 EXPECT_FLOAT_EQ(b1.x, b2.x);
+     868          27 :                                 EXPECT_FLOAT_EQ(b1.y, b2.y);
+     869          27 :                                 EXPECT_FLOAT_EQ(b1.z, b2.z);
+     870             :                         }
+     871             :                 }
+     872             :         }
+     873           1 : }
+     874             : 
+     875           2 : TEST(Grid3f, DumpLoadTxt) {
+     876             :         // Dump and load a field grid
+     877           1 :         ref_ptr<Grid3f> grid1 = new Grid3f(Vector3d(0.), 3, 1);
+     878           1 :         ref_ptr<Grid3f> grid2 = new Grid3f(Vector3d(0.), 3, 1);
+     879             : 
+     880           4 :         for (int ix = 0; ix < 3; ix++)
+     881          12 :                 for (int iy = 0; iy < 3; iy++)
+     882          36 :                         for (int iz = 0; iz < 3; iz++)
+     883          27 :                                 grid1->get(ix, iy, iz) = Vector3f(ix, iy, iz);
+     884             : 
+     885           2 :         dumpGridToTxt(grid1, "testDump.txt", 1e4);
+     886           2 :         loadGridFromTxt(grid2, "testDump.txt", 1e-4);
+     887             : 
+     888           4 :         for (int ix = 0; ix < 3; ix++) {
+     889          12 :                 for (int iy = 0; iy < 3; iy++) {
+     890          36 :                         for (int iz = 0; iz < 3; iz++) {
+     891          27 :                                 Vector3f b1 = grid1->get(ix, iy, iz);
+     892             :                                 Vector3f b2 = grid2->get(ix, iy, iz);
+     893          27 :                                 EXPECT_FLOAT_EQ(b1.x, b2.x);
+     894          27 :                                 EXPECT_FLOAT_EQ(b1.y, b2.y);
+     895          27 :                                 EXPECT_FLOAT_EQ(b1.z, b2.z);
+     896             :                         }
+     897             :                 }
+     898             :         }
+     899           1 : }
+     900             : 
+     901           2 : TEST(Grid3f, Speed) {
+     902             :         // Dump and load a field grid
+     903           1 :         Grid3f grid(Vector3d(0.), 3, 3);
+     904           4 :         for (int ix = 0; ix < 3; ix++)
+     905          12 :                 for (int iy = 0; iy < 3; iy++)
+     906          36 :                         for (int iz = 0; iz < 3; iz++)
+     907          27 :                                 grid.get(ix, iy, iz) = Vector3f(1, 2, 3);
+     908             : 
+     909             :         Vector3d b;
+     910      100001 :         for (int i = 0; i < 100000; i++)
+     911      100000 :                 b = grid.interpolate(Vector3d(i));
+     912           1 : }
+     913             : 
+     914           2 : TEST(CylindricalProjectionMap, functions) {
+     915             :         Vector3d v;
+     916           1 :         v.setRThetaPhi(1.0, 1.2, 2.4);
+     917           1 :         EXPECT_NEAR(v.getPhi(), 2.4, .00001);
+     918           1 :         EXPECT_NEAR(v.getTheta(), 1.2, .000001);
+     919             : 
+     920             : 
+     921             : 
+     922           2 :         CylindricalProjectionMap cpm(24, 12);
+     923           1 :         size_t bin = 50;
+     924           1 :         Vector3d d = cpm.directionFromBin(bin);
+     925           1 :         size_t bin2 = cpm.binFromDirection(d);
+     926           1 :         EXPECT_EQ(bin, bin2);
+     927           1 : }
+     928             : 
+     929           1 : TEST(EmissionMap, functions) {
+     930             : 
+     931           1 :         EmissionMap em(360, 180, 100, 1 * EeV, 100 * EeV);
+     932           1 :         double e = em.energyFromBin(50);
+     933           1 :         size_t b = em.binFromEnergy(50 * EeV);
+     934             : 
+     935             :         Vector3d d(1.0, 0.0, 0.0);
+     936             : 
+     937           1 :         em.fillMap(1, 50 * EeV, d);
+     938             : 
+     939             :         Vector3d d2;
+     940             : 
+     941           1 :         bool r = em.drawDirection(1, 50 * EeV, d2);
+     942           1 :         EXPECT_TRUE(r);
+     943           1 :         EXPECT_TRUE(d.getAngleTo(d2) < (2. * M_PI / 180.));
+     944             : 
+     945           1 :         r = em.drawDirection(1, 30 * EeV, d2);
+     946           1 :         EXPECT_FALSE(r);
+     947             : 
+     948           1 :         r = em.drawDirection(2, 50 * EeV, d2);
+     949           1 :         EXPECT_FALSE(r);
+     950             : 
+     951           1 : }
+     952             : 
+     953           1 : TEST(EmissionMap, merge) {
+     954           1 :         EmissionMap em1, em2;
+     955           1 :         em1.fillMap(1, 50 * EeV, Vector3d(1.0, 0.0, 0.0));
+     956           1 :         em2.fillMap(1, 50 * EeV, Vector3d(0.0, 1.0, 0.0));
+     957           1 :         em2.fillMap(2, 50 * EeV, Vector3d(0.0, 1.0, 0.0));
+     958             : 
+     959           1 :         em1.merge(&em2);
+     960             : 
+     961           1 :         EXPECT_EQ(em1.getMaps().size(), 2);
+     962             : 
+     963           1 :         ref_ptr<CylindricalProjectionMap> cpm = em1.getMap(1, 50 * EeV);
+     964           1 :         size_t bin = cpm->binFromDirection(Vector3d(0.0, 1.0, 0.0));
+     965           1 :         EXPECT_TRUE(cpm->getPdf()[bin] > 0);
+     966           1 : }
+     967             : 
+     968           1 : TEST(Variant, copyToBuffer) {
+     969           1 :         double a = 23.42;
+     970             :         Variant v(a);
+     971             :         double b;
+     972           1 :         v.copyToBuffer(&b);
+     973           1 :         EXPECT_EQ(a, b);
+     974           1 : }
+     975             : 
+     976           1 : TEST(Variant, stringConversion) {
+     977           1 :         Variant v, w;
+     978             :         {
+     979           1 :                 int32_t a = 12;
+     980           1 :                 v = Variant::fromInt32(a);
+     981           1 :                 EXPECT_EQ(a, v.asInt32());
+     982             : 
+     983           1 :                 w = Variant::fromString(v.toString(), v.getType());
+     984           1 :                 EXPECT_EQ(a, w.asInt32());
+     985             :         }
+     986             : 
+     987             :         {
+     988           1 :                 int64_t a = 12;
+     989           1 :                 v = Variant::fromInt64(a);
+     990           1 :                 EXPECT_EQ(a, v.asInt64());
+     991             : 
+     992           1 :                 w = Variant::fromString(v.toString(), v.getType());
+     993           1 :                 EXPECT_EQ(a, w.asInt64());
+     994             :         }
+     995             : 
+     996             :         {
+     997             :                 Vector3d a(1, 2, 3);
+     998             :                 Variant v = Variant::fromVector3d(a);
+     999             :                 Vector3d u = v.asVector3d();
+    1000           1 :                 EXPECT_EQ(a.getX(), u.getX());
+    1001           1 :                 EXPECT_EQ(a.getY(), u.getY());
+    1002           1 :                 EXPECT_EQ(a.getZ(), u.getZ());
+    1003           1 :         }
+    1004             : 
+    1005             :         {
+    1006           1 :                 std::complex<double> a1(1, 1);
+    1007           1 :                 std::complex<double> a2(2, 0);
+    1008             :                 Vector3<std::complex<double>> a(a1, a1, a2);
+    1009             :                 Variant v = Variant::fromVector3c(a);
+    1010             :                 Vector3<std::complex<double>> u = v.asVector3c();
+    1011           1 :                 EXPECT_EQ(a1, u.getX());
+    1012           1 :                 EXPECT_EQ(a1, u.getY());
+    1013           1 :                 EXPECT_EQ(a2, u.getZ());
+    1014           1 :         }
+    1015             : 
+    1016             :         {
+    1017             :                 std::complex<double> a(1, 2);
+    1018             :                 Variant v = Variant::fromComplexDouble(a);
+    1019           1 :                 std::complex<double> u = v.asComplexDouble();
+    1020           1 :                 EXPECT_EQ(u.real(), 1);
+    1021           1 :                 EXPECT_EQ(u.imag(), 2);
+    1022           1 :         }
+    1023             : 
+    1024             :         {
+    1025             :                 std::vector<Variant> a;
+    1026           1 :                 a.push_back(Variant::fromDouble(1));
+    1027           1 :                 a.push_back(Variant::fromDouble(2));
+    1028           1 :                 a.push_back(Variant::fromDouble(3));
+    1029           1 :                 a.push_back(Variant::fromDouble(4));
+    1030             :                 Variant v = Variant::fromVector(a);
+    1031           1 :                 std::vector<Variant> u = v.asVector();
+    1032           1 :                 EXPECT_EQ(a[0], Variant::fromDouble(u[0]));
+    1033           1 :                 EXPECT_EQ(a[1], Variant::fromDouble(u[1]));
+    1034           1 :                 EXPECT_EQ(a[2], Variant::fromDouble(u[2]));
+    1035           1 :                 EXPECT_EQ(a[3], Variant::fromDouble(u[3]));
+    1036           1 :         }
+    1037             : 
+    1038             : 
+    1039           1 : }
+    1040             : 
+    1041           2 : TEST(Geometry, Plane) {
+    1042           1 :         Plane p(Vector3d(0,0,1), Vector3d(0,0,1));
+    1043           1 :         EXPECT_DOUBLE_EQ(-1., p.distance(Vector3d(0, 0, 0)));
+    1044           1 :         EXPECT_DOUBLE_EQ(9., p.distance(Vector3d(1, 1, 10)));
+    1045           1 : }
+    1046             : 
+    1047           2 : TEST(Geometry, Sphere) {
+    1048           1 :         Sphere s(Vector3d(0,0,0), 1.);
+    1049           1 :         EXPECT_DOUBLE_EQ(-1., s.distance(Vector3d(0, 0, 0)));
+    1050           1 :         EXPECT_DOUBLE_EQ(9., s.distance(Vector3d(10, 0, 0)));
+    1051           1 : }
+    1052             : 
+    1053           2 : TEST(Geometry, ParaxialBox) {
+    1054           1 :         ParaxialBox b(Vector3d(0,0,0), Vector3d(3,4,5));
+    1055           1 :         EXPECT_NEAR(-.1, b.distance(Vector3d(0.1, 0.1, 0.1)), 1E-10);
+    1056           1 :         EXPECT_NEAR(-.1, b.distance(Vector3d(0.1, 3.8, 0.1)), 1E-10);
+    1057           1 :         EXPECT_NEAR(-.2, b.distance(Vector3d(0.9, 3.8, 0.9)), 1E-10);
+    1058           1 :         EXPECT_NEAR(7., b.distance(Vector3d(10., 0., 0.)), 1E-10);
+    1059           1 :         EXPECT_NEAR(7., b.distance(Vector3d(10., 2., 0.)), 1E-10);
+    1060           1 :         EXPECT_NEAR(8., b.distance(Vector3d(-8., 0., 0.)), 1E-10);
+    1061           1 : }
+    1062             : 
+    1063           0 : int main(int argc, char **argv) {
+    1064           0 :         ::testing::InitGoogleTest(&argc, argv);
+    1065           0 :         return RUN_ALL_TESTS();
+    1066             : }
+    1067             : 
+    1068             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testDensity.cpp.func-sort-c.html b/doc/coverageReport/test/testDensity.cpp.func-sort-c.html new file mode 100644 index 000000000..b1eb7ef54 --- /dev/null +++ b/doc/coverageReport/test/testDensity.cpp.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testDensity.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testDensity.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:166166100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa31testDensityList_SimpleTest_Test8TestBodyEv1
_ZN7crpropa31testGridDensity_SimpleTest_Test8TestBodyEv1
_ZN7crpropa35testConstantDensity_SimpleTest_Test8TestBodyEv1
_ZN7crpropa36testGridDensity_testRetrunValue_Test8TestBodyEv1
_ZN7crpropa41testCordes_checkValueAtCertainPoints_Test8TestBodyEv1
_ZN7crpropa43testFerriere_checkValueAtCertainPoints_Test8TestBodyEv1
_ZN7crpropa44testNakanishi_checkValueAtCertainPoints_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testDensity.cpp.func.html b/doc/coverageReport/test/testDensity.cpp.func.html new file mode 100644 index 000000000..337e954df --- /dev/null +++ b/doc/coverageReport/test/testDensity.cpp.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testDensity.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testDensity.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:166166100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa31testDensityList_SimpleTest_Test8TestBodyEv1
_ZN7crpropa31testGridDensity_SimpleTest_Test8TestBodyEv1
_ZN7crpropa35testConstantDensity_SimpleTest_Test8TestBodyEv1
_ZN7crpropa36testGridDensity_testRetrunValue_Test8TestBodyEv1
_ZN7crpropa41testCordes_checkValueAtCertainPoints_Test8TestBodyEv1
_ZN7crpropa43testFerriere_checkValueAtCertainPoints_Test8TestBodyEv1
_ZN7crpropa44testNakanishi_checkValueAtCertainPoints_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testDensity.cpp.gcov.html b/doc/coverageReport/test/testDensity.cpp.gcov.html new file mode 100644 index 000000000..587a77d5d --- /dev/null +++ b/doc/coverageReport/test/testDensity.cpp.gcov.html @@ -0,0 +1,372 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testDensity.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testDensity.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:166166100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/massDistribution/Massdistribution.h"
+       2             : #include "crpropa/massDistribution/Cordes.h"
+       3             : #include "crpropa/massDistribution/Ferriere.h"
+       4             : #include "crpropa/massDistribution/Nakanishi.h"
+       5             : #include "crpropa/massDistribution/ConstantDensity.h"
+       6             : #include "crpropa/Units.h"
+       7             : #include "crpropa/Grid.h"
+       8             : 
+       9             : #include "gtest/gtest.h"
+      10             : 
+      11             : #include <stdexcept>
+      12             : #include <cmath>
+      13             : #include <string>
+      14             : 
+      15             : namespace crpropa {
+      16             : 
+      17           1 : TEST(testConstantDensity, SimpleTest) {
+      18             :         //test ConstantDensity in all types and in total density (output)
+      19           1 :         ConstantDensity n(2/ccm,3/ccm, 2/ccm);
+      20             :         Vector3d p(1*pc,2*pc,1*kpc);    // random position for testing density
+      21           1 :         EXPECT_DOUBLE_EQ(n.getHIDensity(p), 2e6);       // density output in m^-3
+      22           1 :         EXPECT_DOUBLE_EQ(n.getHIIDensity(p), 3e6);
+      23           1 :         EXPECT_DOUBLE_EQ( n.getH2Density(p), 2e6);
+      24           1 :         EXPECT_DOUBLE_EQ(n.getDensity(p), 7e6);         // total density 2+3+2 = 7 (/ccm)
+      25           1 :         EXPECT_DOUBLE_EQ(n.getNucleonDensity(p),9e6);   // nucleon density 2+3+2*2 = 9 (/ccm) factor 2 for molecular hydrogen
+      26             : 
+      27             :         //test set/get function for used type
+      28           1 :         bool useHI = n.getIsForHI();
+      29           1 :         bool useHII= n.getIsForHII();
+      30           1 :         bool useH2 = n.getIsForH2();
+      31             :         //check if all types are activited
+      32           1 :         EXPECT_TRUE(useHI);
+      33           1 :         EXPECT_TRUE(useHII);
+      34           1 :         EXPECT_TRUE(useH2);
+      35             : 
+      36             :         //set density number to 500
+      37           1 :         n.setHI(500.);
+      38           1 :         n.setHII(500.);
+      39           1 :         n.setH2(500.);
+      40             : 
+      41             :         //check if output is changed to 500 in types and is 0 (all deactivated) for Hges
+      42           1 :         EXPECT_DOUBLE_EQ(n.getHIDensity(p), 500.);
+      43           1 :         EXPECT_DOUBLE_EQ(n.getHIIDensity(p), 500.);
+      44           1 :         EXPECT_DOUBLE_EQ(n.getH2Density(p), 500.);
+      45             : 
+      46             :         //deactivate all
+      47           1 :         n.setHI(false);
+      48           1 :         n.setHII(false);
+      49           1 :         n.setH2(false);
+      50             : 
+      51             :         //check if all isfor are set to false
+      52           1 :         useHI = n.getIsForHI();
+      53           1 :         useHII= n.getIsForHII();
+      54           1 :         useH2 = n.getIsForH2();
+      55           1 :         EXPECT_FALSE(useHI);
+      56           1 :         EXPECT_FALSE(useHII);
+      57           1 :         EXPECT_FALSE(useH2);
+      58             : 
+      59             :         //get<type>Density is independent of type activation, getDensity is not independent
+      60             :         //check if getDensity returns 0. (should give a error message in log file)
+      61           1 :         ::testing::internal::CaptureStderr();
+      62           1 :         EXPECT_DOUBLE_EQ(n.getDensity(p), 0);
+      63           1 :         EXPECT_DOUBLE_EQ(n.getNucleonDensity(p),0);
+      64           1 :         std::string captured = testing::internal::GetCapturedStderr();
+      65           1 :         EXPECT_NE(captured.find("WARNING"), std::string::npos);
+      66           1 : }
+      67             : 
+      68             : 
+      69           2 : TEST(testDensityList, SimpleTest) {
+      70             : 
+      71             :         DensityList MS;
+      72           1 :         MS.addDensity(new ConstantDensity(1,1,2));      //sum 4
+      73           2 :         MS.addDensity(new ConstantDensity(2,3,1));      //sum 6
+      74             : 
+      75             :         Vector3d p(50*pc,10*pc,-30*pc); //random position for testing density
+      76           1 :         EXPECT_DOUBLE_EQ(MS.getHIDensity(p),3);
+      77           1 :         EXPECT_DOUBLE_EQ(MS.getHIIDensity(p),4);
+      78           1 :         EXPECT_DOUBLE_EQ(MS.getH2Density(p),3);
+      79           1 :         EXPECT_DOUBLE_EQ(MS.getDensity(p),10);  //sum of sums
+      80           1 :         EXPECT_DOUBLE_EQ(MS.getNucleonDensity(p),13);   // 3+4+2*3 factor 2 for molecular hydrogen
+      81             : 
+      82           1 : }
+      83             : 
+      84           2 : TEST(testCordes, checkValueAtCertainPoints) {
+      85             : 
+      86             :         Cordes n;
+      87             : 
+      88             :         //check type Information
+      89           1 :         EXPECT_FALSE(n.getIsForHI());
+      90           1 :         EXPECT_TRUE(n.getIsForHII());
+      91           1 :         EXPECT_FALSE(n.getIsForH2());
+      92             : 
+      93             :         Vector3d p(3.1*kpc,2.9*kpc,-30*pc);     //position for testing density
+      94             : 
+      95           1 :         EXPECT_NEAR(n.getHIIDensity(p), 184500.,1);     // output in m^-3 ; uncertainty of 1e-6 cm^-3
+      96           1 :         EXPECT_NEAR(n.getDensity(p), 184500.,1);
+      97           1 :         EXPECT_NEAR(n.getNucleonDensity(p), 184500,1);  // only HII component -> no differenz between density and nucleon density
+      98           1 :         p.z=30*pc;                      // invariant density for +/- z
+      99           1 :         EXPECT_NEAR(n.getDensity(p),184500,1);
+     100             : 
+     101           1 : }
+     102             : 
+     103           2 : TEST(testNakanishi, checkValueAtCertainPoints) {
+     104             : 
+     105             :         Nakanishi n;
+     106             : 
+     107             :         //check type Information
+     108           1 :         EXPECT_TRUE(n.getIsForHI());
+     109           1 :         EXPECT_FALSE(n.getIsForHII());
+     110           1 :         EXPECT_TRUE(n.getIsForH2());
+     111             : 
+     112             :         //first position for testing density
+     113             :         Vector3d p(4*kpc,-2.5*kpc,-0.85*kpc);
+     114             : 
+     115             :         //testing HI component
+     116           1 :         EXPECT_NEAR(n.getHIPlanedensity(p),162597,1);   //uncertaincy of 1e-6 cm^-3
+     117           1 :         EXPECT_NEAR(n.getHIScaleheight(p),0.3109*kpc,0.1*pc);
+     118           1 :         EXPECT_NEAR(n.getHIDensity(p),914,1);   //uncertainc 1e-6 cm^-3
+     119             : 
+     120             :         //testing H2 compontent
+     121           1 :         EXPECT_NEAR(n.getH2Planedensity(p),741999,1); //uncertaincy of 1e-6 cm^-3
+     122           1 :         EXPECT_NEAR(n.getH2Scaleheight(p),88.2*pc,0.1*pc);
+     123           1 :         EXPECT_NEAR(n.getH2Density(p),0,1);
+     124             : 
+     125             :         //testing total Density
+     126           1 :         EXPECT_NEAR(n.getDensity(p),914,2); //double uncertaincy for both type á 1cm^-3
+     127           1 :         EXPECT_NEAR(n.getNucleonDensity(p),914,2);      // 914 + 0*2    factor 2 for molecular hydrogen
+     128             : 
+     129             :         //second position for testing density
+     130             :         p = Vector3d(50*pc,100*pc,10*pc);
+     131             : 
+     132             :         //testing HI component
+     133           1 :         EXPECT_NEAR(n.getHIPlanedensity(p),543249,1);
+     134           1 :         EXPECT_NEAR(n.getHIScaleheight(p),125.6*pc,0.1*pc);
+     135           1 :         EXPECT_NEAR(n.getHIDensity(p),540867,1);
+     136             : 
+     137             :         //testing H2 component
+     138           1 :         EXPECT_NEAR(n.getH2Planedensity(p),10556748,1);
+     139           1 :         EXPECT_NEAR(n.getH2Scaleheight(p),57.2*pc,0.1*pc);
+     140           1 :         EXPECT_NEAR(n.getH2Density(p),10335137,1);
+     141             : 
+     142             :         //testing total Density
+     143           1 :         EXPECT_NEAR(n.getDensity(p),10876004,2);
+     144           1 :         EXPECT_NEAR(n.getNucleonDensity(p),21211141,2); // factor 2 in molecular hydrogen
+     145             : 
+     146             :         //test set type function
+     147           1 :         n.setIsForHI(false);
+     148           1 :         EXPECT_FALSE(n.getIsForHI());
+     149           1 :         EXPECT_TRUE(n.getIsForH2());
+     150             : 
+     151           1 :         n.setIsForH2(false);
+     152           1 :         EXPECT_FALSE(n.getIsForHI());
+     153           1 :         EXPECT_FALSE(n.getIsForH2());
+     154             : 
+     155             :         //check if density output is zero if all density-types are deaktivated (should give warning in log-file)
+     156           1 :         ::testing::internal::CaptureStderr();
+     157           1 :         EXPECT_DOUBLE_EQ(n.getDensity(p),0);
+     158           1 :         EXPECT_DOUBLE_EQ(n.getNucleonDensity(p),0);
+     159           1 :         std::string captured = testing::internal::GetCapturedStderr();
+     160           1 :         EXPECT_NE(captured.find("WARNING"), std::string::npos);
+     161             : 
+     162           1 : }
+     163             : 
+     164           1 : TEST(testFerriere, checkValueAtCertainPoints) {
+     165           1 :         ::testing::internal::CaptureStderr();
+     166             :         Ferriere n;
+     167             : 
+     168             :         //check type information
+     169             : 
+     170           1 :         EXPECT_TRUE(n.getIsForHI());
+     171           1 :         EXPECT_TRUE(n.getIsForHII());
+     172           1 :         EXPECT_TRUE(n.getIsForH2());
+     173             : 
+     174             :         //testing density in inner Ring (R <= 3*kpc)
+     175             :         Vector3d p(60*pc,-60*pc,-20*pc);        //testing position in region of CMZ
+     176             : 
+     177             :         //test CMZ Trafo
+     178             :         Vector3d Trafo;
+     179           1 :         Trafo = n.CMZTransformation(p);
+     180           1 :         EXPECT_NEAR(Trafo.x,5.9767*pc,1e-4*pc);
+     181           1 :         EXPECT_NEAR(Trafo.y,12.8171*pc,1e-4*pc);
+     182           1 :         EXPECT_DOUBLE_EQ(Trafo.z,p.z);  //no transformation in z component
+     183             : 
+     184             :         //test DISK Trafo
+     185           1 :         Trafo = n.DiskTransformation(p);
+     186           1 :         EXPECT_NEAR(Trafo.x,11.0660*pc,1e-4*pc);
+     187           1 :         EXPECT_NEAR(Trafo.y,82.5860*pc,1e-4*pc);
+     188           1 :         EXPECT_NEAR(Trafo.z,-25.6338*pc,1e-4*pc);
+     189             : 
+     190             :         //testing density
+     191           1 :         EXPECT_NEAR(n.getHIDensity(p),6237723,1);       //uncertaincy 1e-6 cm^-3
+     192           1 :         EXPECT_NEAR(n.getH2Density(p),35484825,1);
+     193           1 :         EXPECT_NEAR(n.getHIIDensity(p),6243793,1);
+     194           1 :         EXPECT_NEAR(n.getDensity(p),47966341,1);
+     195           1 :         EXPECT_NEAR(n.getNucleonDensity(p),83451166,2);         //factor 2 in molecular hydrogen; double uncertaincy
+     196             : 
+     197             :         Vector3d p2(-500*pc,-900*pc,35*pc);     //testing position in region of the DISK
+     198           1 :         EXPECT_NEAR(n.getHIIDensity(p2),48190,1);
+     199           1 :         EXPECT_NEAR(n.getHIDensity(p2),5,1);
+     200           1 :         EXPECT_NEAR(n.getH2Density(p2),0,1);
+     201           1 :         EXPECT_NEAR(n.getDensity(p2),48195,1);
+     202           1 :         EXPECT_NEAR(n.getNucleonDensity(p2),48195,1);   // no H2 component -> no difference between density and nucleon-density
+     203             : 
+     204             :         //testing the outer region R>3kpc
+     205             :         Vector3d p3(5*kpc,4*kpc,-29*pc);        //testing position with 3kpc < R < R_sun
+     206           1 :         EXPECT_NEAR(n.getHIDensity(p3),540607,1);
+     207           1 :         EXPECT_NEAR(n.getHIIDensity(p3),66495 ,1);
+     208           1 :         EXPECT_NEAR(n.getH2Density(p3),2492685,1);
+     209           1 :         EXPECT_NEAR(n.getDensity(p3),3099787,1);
+     210           1 :         EXPECT_NEAR(n.getNucleonDensity(p3), 5592472,1);
+     211             : 
+     212             :         Vector3d p4(10*kpc,2*kpc,50*pc);        //testing position with R > R_sun
+     213           1 :         EXPECT_NEAR(n.getHIDensity(p4),431294,1);
+     214           1 :         EXPECT_NEAR(n.getHIIDensity(p4),22109,1);
+     215           1 :         EXPECT_NEAR(n.getH2Density(p4),54099,1);
+     216           1 :         EXPECT_NEAR(n.getDensity(p4),507502,1);
+     217           1 :         EXPECT_NEAR(n.getNucleonDensity(p4),561601,1);
+     218             : 
+     219             :         //test get/set type function
+     220           1 :         n.setIsForHI(false);
+     221           1 :         EXPECT_FALSE(n.getIsForHI());
+     222           1 :         EXPECT_TRUE(n.getIsForHII());
+     223           1 :         EXPECT_TRUE(n.getIsForH2());
+     224             : 
+     225           1 :         n.setIsForHII(false);
+     226           1 :         EXPECT_FALSE(n.getIsForHI());
+     227           1 :         EXPECT_FALSE(n.getIsForHII());
+     228           1 :         EXPECT_TRUE(n.getIsForH2());
+     229             : 
+     230           1 :         n.setIsForH2(false);
+     231           1 :         EXPECT_FALSE(n.getIsForHI());
+     232           1 :         EXPECT_FALSE(n.getIsForHII());
+     233           1 :         EXPECT_FALSE(n.getIsForH2());
+     234             : 
+     235             :         //check if density is set to zero if all types are deactivated (should give warning in log-file)
+     236           1 :         EXPECT_DOUBLE_EQ(n.getDensity(p),0);
+     237           1 :         EXPECT_DOUBLE_EQ(n.getNucleonDensity(p),0);
+     238           1 :         std::string captured = testing::internal::GetCapturedStderr();
+     239           1 :         EXPECT_NE(captured.find("WARNING"), std::string::npos);
+     240           1 : }
+     241             : 
+     242           2 : TEST(testGridDensity, SimpleTest) {
+     243           1 :         ref_ptr<Grid1f> grid = new Grid1f(Vector3d(0.), 1, 1, 1, 1.);     
+     244           1 :         DensityGrid dens = DensityGrid(grid, true, false, false);
+     245             : 
+     246             :         // check active types
+     247           1 :         EXPECT_TRUE(dens.getIsForHI()); 
+     248           1 :         EXPECT_FALSE(dens.getIsForHII());
+     249           1 :         EXPECT_FALSE(dens.getIsForH2());
+     250             : 
+     251             :         // check set function
+     252           1 :         dens.setIsForH2(true);
+     253           1 :         EXPECT_TRUE(dens.getIsForH2());
+     254             : 
+     255           1 :         dens.setIsForHII(true);
+     256           1 :         EXPECT_TRUE(dens.getIsForHII());
+     257             : 
+     258           1 :         dens.setIsForHI(false);
+     259           1 :         EXPECT_FALSE(dens.getIsForHI());
+     260           1 : }
+     261             : 
+     262           2 : TEST(testGridDensity, testRetrunValue) {
+     263             :         size_t Nx = 5;
+     264             :         size_t Ny = 8;
+     265             :         size_t Nz = 10;
+     266             :         double spacing = 2.0;
+     267             :         Vector3d origin(1., 2., 3.);
+     268             : 
+     269           1 :         ref_ptr<Grid1f> grid = new Grid1f(origin, Nx, Ny, Nz, spacing);
+     270             : 
+     271             :         // set some values for the grid
+     272           1 :         grid->get(3, 2, 4) = 5;
+     273           1 :         grid->get(3, 2, 5) = 12;
+     274           1 :         grid->get(2, 3, 4) = 6;
+     275             : 
+     276           2 :         DensityGrid dens = DensityGrid(grid, true, false, false);
+     277             : 
+     278             :         // a point in the region where values are defined for the grid.
+     279             :         Vector3d position = origin + Vector3d(2.2, 2.8, 4.1) * spacing; 
+     280           1 :         double valueFromGrid =  grid->interpolate(position);
+     281           1 :         double nHI = dens.getHIDensity(position);
+     282           1 :         double nHII = dens.getHIIDensity(position);
+     283           1 :         double nH2 = dens.getH2Density(position);
+     284           1 :         double nNucleon = dens.getNucleonDensity(position);
+     285           1 :         double nTotal = dens.getDensity(position);
+     286             : 
+     287             :         // Check for values
+     288           1 :         EXPECT_DOUBLE_EQ(valueFromGrid, nHI);
+     289           1 :         EXPECT_DOUBLE_EQ(nHII, 0);      // HII is set to false and should be 0
+     290           1 :         EXPECT_DOUBLE_EQ(nH2, 0);       // H2 is set to false and should be 0
+     291           1 :         EXPECT_DOUBLE_EQ(nNucleon, valueFromGrid);
+     292           1 :         EXPECT_DOUBLE_EQ(nTotal, valueFromGrid);
+     293           1 : }
+     294             : 
+     295             : 
+     296             : } //namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testFunctionalGroups.cpp.func-sort-c.html b/doc/coverageReport/test/testFunctionalGroups.cpp.func-sort-c.html new file mode 100644 index 000000000..1eaa671c2 --- /dev/null +++ b/doc/coverageReport/test/testFunctionalGroups.cpp.func-sort-c.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testFunctionalGroups.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testFunctionalGroups.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:202387.0 %
Date:2024-04-08 14:58:22Functions:1250.0 %
+
+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa36testFunctionalGroups_gyroradius_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testFunctionalGroups.cpp.func.html b/doc/coverageReport/test/testFunctionalGroups.cpp.func.html new file mode 100644 index 000000000..24b5d5269 --- /dev/null +++ b/doc/coverageReport/test/testFunctionalGroups.cpp.func.html @@ -0,0 +1,80 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testFunctionalGroups.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testFunctionalGroups.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:202387.0 %
Date:2024-04-08 14:58:22Functions:1250.0 %
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+ +
+ + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa36testFunctionalGroups_gyroradius_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testFunctionalGroups.cpp.gcov.html b/doc/coverageReport/test/testFunctionalGroups.cpp.gcov.html new file mode 100644 index 000000000..e6bdc1708 --- /dev/null +++ b/doc/coverageReport/test/testFunctionalGroups.cpp.gcov.html @@ -0,0 +1,126 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testFunctionalGroups.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testFunctionalGroups.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:202387.0 %
Date:2024-04-08 14:58:22Functions:1250.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "CRPropa.h"
+       2             : #include "gtest/gtest.h"
+       3             : 
+       4             : namespace crpropa {
+       5             : 
+       6             : /*
+       7             :  * Functional test which calculates the particle's gyroradius in a uniform field
+       8             :  * r_g = R / (B*c) = 1 EV / (1 nG * c) \approx 1.08*Mpc
+       9             :  */
+      10           2 : TEST(testFunctionalGroups, gyroradius) {
+      11             :         double energy = 1*EeV;
+      12             :         double field = 1*nG;
+      13             : 
+      14           1 :         ParticleState p;
+      15           1 :         p.setId(nucleusId(1, 1));
+      16           1 :         p.setEnergy(energy);
+      17           1 :         p.setPosition(Vector3d(0, 0, 0));
+      18           1 :         p.setDirection(Vector3d(0, 0, 1));
+      19             : 
+      20           1 :         ref_ptr<Candidate> c = new Candidate(p);
+      21           1 :         ref_ptr<PropagationCK> propa = new PropagationCK(new UniformMagneticField(Vector3d(field, 0, 0)));
+      22           1 :         ref_ptr<ParticleCollector> collector = new ParticleCollector();
+      23           1 :         collector->setClone(true);
+      24           1 :         ref_ptr<ModuleList> sim = new ModuleList();
+      25             : 
+      26             :         Vector3d pos;
+      27             :         double max_y = 0;
+      28             : 
+      29           1 :         sim->add(propa);
+      30           1 :         sim->add(new MaximumTrajectoryLength(10*Mpc));
+      31           1 :         sim->add(collector);
+      32             : 
+      33           1 :         sim->run(c);
+      34             : 
+      35          16 :         for (ParticleCollector::iterator itr = collector->begin(); itr != collector->end(); ++itr){
+      36          15 :                 pos = (*(itr->get())).current.getPosition();
+      37          15 :                 if (max_y < pos.getY())
+      38             :                         max_y = pos.getY();
+      39             :         }
+      40             : 
+      41           1 :         EXPECT_NEAR(max_y/2.0, energy/(field * c_light * eplus), 0.01*Mpc);
+      42             : 
+      43           1 : }
+      44             : 
+      45           0 : int main(int argc, char **argv) {
+      46           0 :         ::testing::InitGoogleTest(&argc, argv);
+      47           0 :         return RUN_ALL_TESTS();
+      48             : }
+      49             : 
+      50             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testInteraction.cpp.func-sort-c.html b/doc/coverageReport/test/testInteraction.cpp.func-sort-c.html new file mode 100644 index 000000000..e28ec63a0 --- /dev/null +++ b/doc/coverageReport/test/testInteraction.cpp.func-sort-c.html @@ -0,0 +1,284 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testInteraction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testInteraction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:74378794.4 %
Date:2024-04-08 14:58:22Functions:525398.1 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa24Redshift_simpleTest_Test8TestBodyEv1
_ZN7crpropa25NuclearDecay_helium5_Test8TestBodyEv1
_ZN7crpropa26NuclearDecay_lithium4_Test8TestBodyEv1
_ZN7crpropa28NuclearDecay_scandium44_Test8TestBodyEv1
_ZN7crpropa29NuclearDecay_secondaries_Test8TestBodyEv1
_ZN7crpropa29PhotoDisintegration_iron_Test8TestBodyEv1
_ZN7crpropa31NuclearDecay_limitNextStep_Test8TestBodyEv1
_ZN7crpropa31PhotoDisintegration_carbon_Test8TestBodyEv1
_ZN7crpropa31PhotoPionProduction_helium_Test8TestBodyEv1
_ZN7crpropa31PhotoPionProduction_proton_Test8TestBodyEv1
_ZN7crpropa32NuclearDecay_interactionTag_Test8TestBodyEv1
_ZN7crpropa33EMPairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa33PhotoPionProduction_sampling_Test8TestBodyEv1
_ZN7crpropa34ElasticScattering_secondaries_Test8TestBodyEv1
_ZN7crpropa35EMPairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa35Redshift_limitRedshiftDecrease_Test8TestBodyEv1
_ZN7crpropa36EMPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa36EMPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa36NuclearDecay_allChannelsWorking_Test8TestBodyEv1
_ZN7crpropa36NuclearDecay_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa36PhotoDisintegration_allIsotopes_Test8TestBodyEv1
_ZN7crpropa36PhotoPionProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa37ElasticScattering_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa37ElectronPairProduction_valuesCMB_Test8TestBodyEv1
_ZN7crpropa37ElectronPairProduction_valuesIRB_Test8TestBodyEv1
_ZN7crpropa38PhotoDisintegration_limitNextStep_Test8TestBodyEv1
_ZN7crpropa38PhotoPionProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa39EMDoublePairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa39PhotoDisintegration_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa39PhotoDisintegration_interactionTag_Test8TestBodyEv1
_ZN7crpropa39PhotoPionProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa39PhotoPionProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa40EMTripletPairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa40SynchrotronRadiation_interactionTag_Test8TestBodyEv1
_ZN7crpropa41EMDoublePairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa42EMDoublePairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa42EMDoublePairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa42EMTripletPairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa42ElectronPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa42ElectronPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa43EMInverseComptonScattering_secondaries_Test8TestBodyEv1
_ZN7crpropa43EMTripletPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa43EMTripletPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa43PhotoDisintegration_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa43PhotoPionProduction_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa44ElectronPairProduction_energyDecreasing_Test8TestBodyEv1
_ZN7crpropa45EMInverseComptonScattering_limitNextStep_Test8TestBodyEv1
_ZN7crpropa46EMInverseComptonScattering_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa46EMInverseComptonScattering_interactionTag_Test8TestBodyEv1
_ZN7crpropa46ElectronPairProduction_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa47ElectronPairProduction_belowEnergyTreshold_Test8TestBodyEv1
_ZN7crpropa55Photodisintegration_updateParticleParentProperties_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testInteraction.cpp.func.html b/doc/coverageReport/test/testInteraction.cpp.func.html new file mode 100644 index 000000000..ded452dfc --- /dev/null +++ b/doc/coverageReport/test/testInteraction.cpp.func.html @@ -0,0 +1,284 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testInteraction.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testInteraction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:74378794.4 %
Date:2024-04-08 14:58:22Functions:525398.1 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa24Redshift_simpleTest_Test8TestBodyEv1
_ZN7crpropa25NuclearDecay_helium5_Test8TestBodyEv1
_ZN7crpropa26NuclearDecay_lithium4_Test8TestBodyEv1
_ZN7crpropa28NuclearDecay_scandium44_Test8TestBodyEv1
_ZN7crpropa29NuclearDecay_secondaries_Test8TestBodyEv1
_ZN7crpropa29PhotoDisintegration_iron_Test8TestBodyEv1
_ZN7crpropa31NuclearDecay_limitNextStep_Test8TestBodyEv1
_ZN7crpropa31PhotoDisintegration_carbon_Test8TestBodyEv1
_ZN7crpropa31PhotoPionProduction_helium_Test8TestBodyEv1
_ZN7crpropa31PhotoPionProduction_proton_Test8TestBodyEv1
_ZN7crpropa32NuclearDecay_interactionTag_Test8TestBodyEv1
_ZN7crpropa33EMPairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa33PhotoPionProduction_sampling_Test8TestBodyEv1
_ZN7crpropa34ElasticScattering_secondaries_Test8TestBodyEv1
_ZN7crpropa35EMPairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa35Redshift_limitRedshiftDecrease_Test8TestBodyEv1
_ZN7crpropa36EMPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa36EMPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa36NuclearDecay_allChannelsWorking_Test8TestBodyEv1
_ZN7crpropa36NuclearDecay_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa36PhotoDisintegration_allIsotopes_Test8TestBodyEv1
_ZN7crpropa36PhotoPionProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa37ElasticScattering_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa37ElectronPairProduction_valuesCMB_Test8TestBodyEv1
_ZN7crpropa37ElectronPairProduction_valuesIRB_Test8TestBodyEv1
_ZN7crpropa38PhotoDisintegration_limitNextStep_Test8TestBodyEv1
_ZN7crpropa38PhotoPionProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa39EMDoublePairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa39PhotoDisintegration_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa39PhotoDisintegration_interactionTag_Test8TestBodyEv1
_ZN7crpropa39PhotoPionProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa39PhotoPionProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa40EMTripletPairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa40SynchrotronRadiation_interactionTag_Test8TestBodyEv1
_ZN7crpropa41EMDoublePairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa42EMDoublePairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa42EMDoublePairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa42EMTripletPairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa42ElectronPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa42ElectronPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa43EMInverseComptonScattering_secondaries_Test8TestBodyEv1
_ZN7crpropa43EMTripletPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa43EMTripletPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa43PhotoDisintegration_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa43PhotoPionProduction_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa44ElectronPairProduction_energyDecreasing_Test8TestBodyEv1
_ZN7crpropa45EMInverseComptonScattering_limitNextStep_Test8TestBodyEv1
_ZN7crpropa46EMInverseComptonScattering_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa46EMInverseComptonScattering_interactionTag_Test8TestBodyEv1
_ZN7crpropa46ElectronPairProduction_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa47ElectronPairProduction_belowEnergyTreshold_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
_ZN7crpropa55Photodisintegration_updateParticleParentProperties_Test8TestBodyEv1
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Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/test/testInteraction.cpp.gcov.html b/doc/coverageReport/test/testInteraction.cpp.gcov.html new file mode 100644 index 000000000..a903e964c --- /dev/null +++ b/doc/coverageReport/test/testInteraction.cpp.gcov.html @@ -0,0 +1,1229 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testInteraction.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testInteraction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:74378794.4 %
Date:2024-04-08 14:58:22Functions:525398.1 %
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+ + + + + + + + +

+
          Line data    Source code
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+       1             : #include "crpropa/Candidate.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/PhotonBackground.h"
+       5             : #include "crpropa/module/ElectronPairProduction.h"
+       6             : #include "crpropa/module/NuclearDecay.h"
+       7             : #include "crpropa/module/PhotoDisintegration.h"
+       8             : #include "crpropa/module/ElasticScattering.h"
+       9             : #include "crpropa/module/PhotoPionProduction.h"
+      10             : #include "crpropa/module/Redshift.h"
+      11             : #include "crpropa/module/EMPairProduction.h"
+      12             : #include "crpropa/module/EMDoublePairProduction.h"
+      13             : #include "crpropa/module/EMTripletPairProduction.h"
+      14             : #include "crpropa/module/EMInverseComptonScattering.h"
+      15             : #include "crpropa/module/SynchrotronRadiation.h"
+      16             : #include "gtest/gtest.h"
+      17             : 
+      18             : #include <fstream>
+      19             : 
+      20             : namespace crpropa {
+      21             : 
+      22             : // ElectronPairProduction -----------------------------------------------------
+      23           1 : TEST(ElectronPairProduction, allBackgrounds) {
+      24             :         // Test if interaction data files are loaded.
+      25           1 :         ref_ptr<PhotonField> cmb = new CMB();
+      26           1 :         ElectronPairProduction epp(cmb);
+      27           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
+      28           1 :         epp.setPhotonField(irb);
+      29           2 :         irb = new IRB_Stecker05();
+      30           1 :         epp.setPhotonField(irb);
+      31           2 :         irb = new IRB_Franceschini08();
+      32           1 :         epp.setPhotonField(irb);
+      33           2 :         irb = new IRB_Finke10();
+      34           1 :         epp.setPhotonField(irb);
+      35           2 :         irb = new IRB_Dominguez11();
+      36           1 :         epp.setPhotonField(irb);
+      37           2 :         irb = new IRB_Gilmore12();
+      38           1 :         epp.setPhotonField(irb);
+      39           2 :         irb = new IRB_Stecker16_upper();
+      40           1 :         epp.setPhotonField(irb);
+      41           2 :         irb = new IRB_Stecker16_lower();
+      42           1 :         epp.setPhotonField(irb);
+      43           2 :     irb = new IRB_Finke22();
+      44           2 :         epp.setPhotonField(irb);
+      45           2 : }
+      46             : 
+      47           1 : TEST(ElectronPairProduction, energyDecreasing) {
+      48             :         // Test if energy loss occurs for protons with energies from 1e15 - 1e23 eV.
+      49           1 :         Candidate c;
+      50           1 :         c.setCurrentStep(2 * Mpc);
+      51           1 :         c.current.setId(nucleusId(1, 1)); // proton
+      52             : 
+      53           1 :         ref_ptr<PhotonField> cmb = new CMB();
+      54           1 :         ElectronPairProduction epp1(cmb);
+      55          81 :         for (int i = 0; i < 80; i++) {
+      56          80 :                 double E = pow(10, 15 + i * 0.1) * eV;
+      57          80 :                 c.current.setEnergy(E);
+      58          80 :                 epp1.process(&c);
+      59          80 :                 EXPECT_LE(c.current.getEnergy(), E);
+      60             :         }
+      61             : 
+      62           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
+      63           2 :         ElectronPairProduction epp2(irb);
+      64          81 :         for (int i = 0; i < 80; i++) {
+      65          80 :                 double E = pow(10, 15 + i * 0.1) * eV;
+      66          80 :                 c.current.setEnergy(E);
+      67          80 :                 epp2.process(&c);
+      68          80 :                 EXPECT_LE(c.current.getEnergy(), E);
+      69             :         }
+      70           2 : }
+      71             : 
+      72           1 : TEST(ElectronPairProduction, belowEnergyTreshold) {
+      73             :         // Test if nothing happens below 1e15 eV.
+      74           1 :         ref_ptr<PhotonField> cmb = new CMB();
+      75           1 :         ElectronPairProduction epp(cmb);
+      76           1 :         Candidate c(nucleusId(1, 1), 1E14 * eV);
+      77           1 :         epp.process(&c);
+      78           1 :         EXPECT_DOUBLE_EQ(1E14 * eV, c.current.getEnergy());
+      79           2 : }
+      80             : 
+      81           1 : TEST(ElectronPairProduction, thisIsNotNucleonic) {
+      82             :         // Test if non-nuclei are skipped.
+      83           1 :         ref_ptr<PhotonField> cmb = new CMB();
+      84           1 :         ElectronPairProduction epp(cmb);
+      85           1 :         Candidate c(11, 1E20 * eV);  // electron
+      86           1 :         epp.process(&c);
+      87           1 :         EXPECT_DOUBLE_EQ(1E20 * eV, c.current.getEnergy());
+      88           2 : }
+      89             : 
+      90           2 : TEST(ElectronPairProduction, valuesCMB) {
+      91             :         // Test if energy loss corresponds to the data table.
+      92             :         std::vector<double> x;
+      93             :         std::vector<double> y;
+      94           2 :         std::ifstream infile(getDataPath("pair_CMB.txt").c_str());
+      95           1 :         while (infile.good()) {
+      96           0 :                 if (infile.peek() != '#') {
+      97             :                         double a, b;
+      98             :                         infile >> a >> b;
+      99           0 :                         if (infile) {
+     100           0 :                                 x.push_back(a * eV);
+     101           0 :                                 y.push_back(b * eV / Mpc);
+     102             :                         }
+     103             :                 }
+     104           0 :                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+     105             :         }
+     106           1 :         infile.close();
+     107             : 
+     108           1 :         Candidate c;
+     109           1 :         c.setCurrentStep(1 * Mpc);
+     110           1 :         c.current.setId(nucleusId(1, 1)); // proton
+     111           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     112             : 
+     113           1 :         ElectronPairProduction epp(cmb);
+     114           1 :         for (int i = 0; i < x.size(); i++) {
+     115           0 :                 c.current.setEnergy(x[i]);
+     116           0 :                 epp.process(&c);
+     117           0 :                 double dE = x[i] - c.current.getEnergy();
+     118           0 :                 double dE_table = y[i] * 1 * Mpc;
+     119           0 :                 EXPECT_NEAR(dE_table, dE, 1e-12);
+     120             :         }
+     121           3 : }
+     122             : 
+     123           1 : TEST(ElectronPairProduction, interactionTag) {
+     124             :         
+     125           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     126           0 :         ElectronPairProduction epp(cmb);
+     127             :         
+     128             :         // test the default interaction tag
+     129           2 :         EXPECT_TRUE(epp.getInteractionTag() == "EPP");
+     130             : 
+     131             :         // test changing the interaction tag
+     132           1 :         epp.setInteractionTag("myTag");
+     133           2 :         EXPECT_TRUE(epp.getInteractionTag() == "myTag");
+     134             : 
+     135             :         // test the tag of produced secondaries
+     136           2 :         Candidate c;
+     137           1 :         c.setCurrentStep(1 * Gpc);
+     138           1 :         c.current.setId(nucleusId(1,1));
+     139           1 :         c.current.setEnergy(100 * EeV);
+     140           1 :         epp.setHaveElectrons(true);
+     141           1 :         epp.process(&c);
+     142             :         
+     143           1 :         std::string secondaryTag = c.secondaries[0] -> getTagOrigin();
+     144           1 :         EXPECT_TRUE(secondaryTag == "myTag");
+     145           2 : }
+     146             : 
+     147           2 : TEST(ElectronPairProduction, valuesIRB) {
+     148             :         // Test if energy loss corresponds to the data table.
+     149             :         std::vector<double> x;
+     150             :         std::vector<double> y;
+     151           2 :         std::ifstream infile(getDataPath("pairIRB.txt").c_str());
+     152           1 :         while (infile.good()) {
+     153           0 :                 if (infile.peek() != '#') {
+     154             :                         double a, b;
+     155             :                         infile >> a >> b;
+     156           0 :                         if (infile) {
+     157           0 :                                 x.push_back(a * eV);
+     158           0 :                                 y.push_back(b * eV / Mpc);
+     159             :                         }
+     160             :                 }
+     161           0 :                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+     162             :         }
+     163           1 :         infile.close();
+     164             : 
+     165           1 :         Candidate c;
+     166           1 :         c.setCurrentStep(1 * Mpc);
+     167           1 :         c.current.setId(nucleusId(1, 1)); // proton
+     168           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
+     169             : 
+     170           1 :         ElectronPairProduction epp(irb);
+     171           1 :         for (int i = 0; i < x.size(); i++) {
+     172           0 :                 c.current.setEnergy(x[i]);
+     173           0 :                 epp.process(&c);
+     174           0 :                 double dE = x[i] - c.current.getEnergy();
+     175           0 :                 double dE_table = y[i] * 1 * Mpc;
+     176           0 :                 EXPECT_NEAR(dE, dE_table, 1e-12);
+     177             :         }
+     178           3 : }
+     179             : 
+     180             : // NuclearDecay ---------------------------------------------------------------
+     181           1 : TEST(NuclearDecay, scandium44) {
+     182             :         // Test beta+ decay of 44Sc to 44Ca.
+     183             :         // This test can stochastically fail.
+     184           1 :         NuclearDecay d(true, true);
+     185           1 :         Candidate c(nucleusId(44, 21), 1E18 * eV);
+     186           1 :         c.setCurrentStep(100 * Mpc);
+     187           1 :         double gamma = c.current.getLorentzFactor();
+     188           1 :         d.process(&c);
+     189             :         
+     190             :         // expected decay product: 44Ca
+     191           1 :         EXPECT_EQ(nucleusId(44, 20), c.current.getId());
+     192             : 
+     193             :         // expect Lorentz factor to be conserved
+     194           1 :         EXPECT_DOUBLE_EQ(gamma, c.current.getLorentzFactor());
+     195             :         
+     196             :         // expect at least two secondaries: positron + electron neutrino
+     197           1 :         EXPECT_GE(c.secondaries.size(), 2);
+     198           1 : }
+     199             : 
+     200           1 : TEST(NuclearDecay, lithium4) {
+     201             :         // Test proton dripping of Li-4 to He-3
+     202             :         // This test can stochastically fail
+     203           1 :         NuclearDecay d;
+     204           1 :         Candidate c(nucleusId(4, 3), 4 * EeV);
+     205           1 :         c.setCurrentStep(100 * Mpc);
+     206           1 :         d.process(&c);
+     207             :         
+     208             :         // expected decay product: He-3
+     209           1 :         EXPECT_EQ(nucleusId(3, 2), c.current.getId());
+     210             : 
+     211             :         // expected secondary: proton
+     212           1 :         EXPECT_EQ(1, c.secondaries.size());
+     213           2 :         Candidate c1 = *c.secondaries[0];
+     214           1 :         EXPECT_EQ(nucleusId(1, 1), c1.current.getId());
+     215           1 :         EXPECT_EQ(1 * EeV, c1.current.getEnergy());
+     216           1 : }
+     217             : 
+     218           1 : TEST(NuclearDecay, helium5) {
+     219             :         // Test neutron dripping of He-5 to He-4.
+     220             :         // This test can stochastically fail.
+     221           1 :         NuclearDecay d;
+     222           1 :         Candidate c(nucleusId(5, 2), 5 * EeV);
+     223           1 :         c.setCurrentStep(100 * Mpc);
+     224           1 :         d.process(&c);
+     225             : 
+     226             :         // expected primary: He-4
+     227           1 :         EXPECT_EQ(nucleusId(4, 2), c.current.getId());
+     228           1 :         EXPECT_EQ(4, c.current.getEnergy() / EeV);
+     229             :         
+     230             :         // expected secondary: neutron
+     231           2 :         Candidate c2 = *c.secondaries[0];
+     232           1 :         EXPECT_EQ(nucleusId(1, 0), c2.current.getId());
+     233           1 :         EXPECT_EQ(1, c2.current.getEnergy() / EeV);
+     234           1 : }
+     235             : 
+     236           1 : TEST(NuclearDecay, limitNextStep) {
+     237             :         // Test if next step is limited in case of a neutron.
+     238           1 :         NuclearDecay decay;
+     239           1 :         Candidate c(nucleusId(1, 0), 10 * EeV);
+     240           1 :         c.setNextStep(std::numeric_limits<double>::max());
+     241           1 :         decay.process(&c);
+     242           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
+     243           1 : }
+     244             : 
+     245           1 : TEST(NuclearDecay, allChannelsWorking) {
+     246             :         // Test if all nuclear decays are working.
+     247           1 :         NuclearDecay d;
+     248           1 :         Candidate c;
+     249             : 
+     250           2 :         std::ifstream infile(getDataPath("nuclear_decay.txt").c_str());
+     251         951 :         while (infile.good()) {
+     252         950 :                 if (infile.peek() != '#') {
+     253             :                         int Z, N, channel, foo;
+     254         948 :                         infile >> Z >> N >> channel >> foo;
+     255         948 :                         c.current.setId(nucleusId(Z + N, Z));
+     256         948 :                         c.current.setEnergy(80 * EeV);
+     257         948 :                         d.performInteraction(&c, channel);
+     258             :                 }
+     259         950 :                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
+     260             :         }
+     261           1 :         infile.close();
+     262           1 : }
+     263             : 
+     264           1 : TEST(NuclearDecay, secondaries) {
+     265             :         // Test if all types of secondaries are produced.
+     266           1 :         NuclearDecay d;
+     267           1 :         d.setHaveElectrons(true);
+     268           1 :         d.setHaveNeutrinos(true);
+     269           1 :         d.setHavePhotons(true);
+     270           1 :         Candidate c;
+     271             : 
+     272             :         // He-8 --> Li-8 + e- + neutrino
+     273             :         // additional photon emitted with 84% probability
+     274             :         // --> expect at least 1 photon out of 10 decays
+     275          11 :         for (int i = 0; i < 10; ++i) {
+     276          10 :                 c.current.setId(nucleusId(8, 2));
+     277          10 :                 c.current.setEnergy(5 * EeV);
+     278          10 :                 d.performInteraction(&c, 10000);
+     279             :         }
+     280             : 
+     281             :         // count number of secondaries
+     282           1 :         size_t nElectrons = 0;
+     283           1 :         size_t nNeutrinos = 0;
+     284           1 :         size_t nPhotons = 0;
+     285             : 
+     286          30 :         for(size_t i = 0; i < c.secondaries.size(); ++i) {
+     287          29 :                 int id = (*c.secondaries[i]).current.getId();
+     288          29 :                 if (id == 22) nPhotons++;
+     289          29 :                 if (id == 11) nElectrons++;
+     290          29 :                 if (id == -12) nNeutrinos++;
+     291             :         }
+     292             : 
+     293           1 :         EXPECT_EQ(nElectrons, 10);
+     294           1 :         EXPECT_EQ(nNeutrinos, 10);
+     295           1 :         EXPECT_GE(nPhotons, 1);
+     296           1 : }
+     297             : 
+     298           1 : TEST(NuclearDecay, thisIsNotNucleonic) {
+     299             :         // Test if nothing happens to an electron
+     300           1 :         NuclearDecay decay;
+     301           1 :         Candidate c(11, 10 * EeV);
+     302           1 :         c.setNextStep(std::numeric_limits<double>::max());
+     303           1 :         decay.process(&c);
+     304           1 :         EXPECT_EQ(11, c.current.getId());
+     305           1 :         EXPECT_EQ(10 * EeV, c.current.getEnergy());
+     306           1 : }
+     307             : 
+     308           1 : TEST(NuclearDecay, interactionTag) {
+     309             :         // test default interaction tag
+     310           1 :         NuclearDecay decay;
+     311           2 :         EXPECT_TRUE(decay.getInteractionTag() == "ND");
+     312             : 
+     313             :         // test secondary tag
+     314           1 :         decay.setHaveElectrons(true);
+     315           2 :         Candidate c(nucleusId(8,2), 5 * EeV);
+     316           1 :         decay.performInteraction(&c, 10000);
+     317           3 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "ND");
+     318             : 
+     319             :         // test custom tags
+     320           1 :         decay.setInteractionTag("myTag");
+     321           2 :         EXPECT_TRUE(decay.getInteractionTag() == "myTag");
+     322           1 : }
+     323             : 
+     324             : // PhotoDisintegration --------------------------------------------------------
+     325           1 : TEST(PhotoDisintegration, allBackgrounds) {
+     326             :         // Test if interaction data files are loaded.
+     327           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     328           1 :         PhotoDisintegration pd(cmb);
+     329           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
+     330           1 :         pd.setPhotonField(irb);
+     331           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
+     332           1 :         pd.setPhotonField(urb);
+     333           2 :         irb = new IRB_Stecker05();
+     334           1 :         pd.setPhotonField(irb);
+     335           2 :         irb = new IRB_Franceschini08();
+     336           1 :         pd.setPhotonField(irb);
+     337           2 :         irb = new IRB_Finke10();
+     338           1 :         pd.setPhotonField(irb);
+     339           2 :         irb = new IRB_Dominguez11();
+     340           1 :         pd.setPhotonField(irb);
+     341           2 :         irb = new IRB_Gilmore12();
+     342           1 :         pd.setPhotonField(irb);
+     343           2 :         irb = new IRB_Stecker16_upper();
+     344           1 :         pd.setPhotonField(irb);
+     345           2 :         irb = new IRB_Stecker16_lower();
+     346           1 :         pd.setPhotonField(irb);
+     347           2 :     irb = new IRB_Finke22();
+     348           1 :         pd.setPhotonField(irb);
+     349           2 :         urb = new URB_Nitu21();
+     350           2 :         pd.setPhotonField(urb);
+     351           2 : }
+     352             : 
+     353           1 : TEST(PhotoDisintegration, carbon) {
+     354             :         // Test if a 100 EeV C-12 nucleus photo-disintegrates (at least once) over a distance of 1 Gpc.
+     355             :         // This test can stochastically fail.
+     356           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     357           1 :         PhotoDisintegration pd(cmb);
+     358           1 :         Candidate c;
+     359           1 :         int id = nucleusId(12, 6);
+     360           1 :         c.current.setId(id);
+     361           1 :         c.current.setEnergy(100 * EeV);
+     362           1 :         c.setCurrentStep(1000 * Mpc);
+     363           1 :         pd.process(&c);
+     364             : 
+     365           1 :         EXPECT_TRUE(c.current.getEnergy() < 100 * EeV);
+     366             :         // energy loss
+     367           1 :         EXPECT_TRUE(c.secondaries.size() > 0);
+     368             :         // secondaries produced
+     369             : 
+     370           1 :         double E = c.current.getEnergy();
+     371           1 :         id = c.current.getId();
+     372           1 :         int A = massNumber(id);
+     373           1 :         int Z = chargeNumber(id);
+     374             : 
+     375           2 :         for (int i = 0; i < c.secondaries.size(); i++) {
+     376           1 :                 E += (*c.secondaries[i]).current.getEnergy();
+     377           1 :                 id = (*c.secondaries[i]).current.getId();
+     378           1 :                 A += massNumber(id);
+     379           1 :                 Z += chargeNumber(id);
+     380             :         }
+     381           1 :         EXPECT_EQ(12, A);
+     382             :         // nucleon number conserved
+     383           1 :         EXPECT_EQ(6, Z);
+     384             :         // proton number conserved
+     385           1 :         EXPECT_DOUBLE_EQ(100 * EeV, E);
+     386             :         // energy conserved
+     387           2 : }
+     388             : 
+     389           1 : TEST(PhotoDisintegration, iron) {
+     390             :         // Test if a 200 EeV Fe-56 nucleus photo-disintegrates (at least once) over a distance of 1 Gpc.
+     391             :         // This test can stochastically fail.
+     392           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
+     393           1 :         PhotoDisintegration pd(irb);
+     394           1 :         Candidate c;
+     395           1 :         int id = nucleusId(56, 26);
+     396           1 :         c.current.setId(id);
+     397           1 :         c.current.setEnergy(200 * EeV);
+     398           1 :         c.setCurrentStep(1000 * Mpc);
+     399           1 :         pd.process(&c);
+     400             : 
+     401             :         // expect energy loss
+     402           1 :         EXPECT_TRUE(c.current.getEnergy() < 200 * EeV);
+     403             :         
+     404             :         // expect secondaries produced
+     405           1 :         EXPECT_TRUE(c.secondaries.size() > 0);
+     406             : 
+     407           1 :         double E = c.current.getEnergy();
+     408           1 :         id = c.current.getId();
+     409           1 :         int A = massNumber(id);
+     410           1 :         int Z = chargeNumber(id);
+     411             : 
+     412          31 :         for (int i = 0; i < c.secondaries.size(); i++) {
+     413          30 :                 E += (*c.secondaries[i]).current.getEnergy();
+     414          30 :                 id = (*c.secondaries[i]).current.getId();
+     415          30 :                 A += massNumber(id);
+     416          30 :                 Z += chargeNumber(id);
+     417             :         }
+     418             : 
+     419             :         // nucleon number conserved
+     420           1 :         EXPECT_EQ(56, A);
+     421             :         
+     422             :         // proton number conserved (no decay active)
+     423           1 :         EXPECT_EQ(26, Z);
+     424             :         
+     425             :         // energy conserved
+     426           1 :         EXPECT_DOUBLE_EQ(200 * EeV, E);
+     427           2 : }
+     428             : 
+     429           1 : TEST(PhotoDisintegration, thisIsNotNucleonic) {
+     430             :         // Test that nothing happens to an electron.
+     431           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     432           1 :         PhotoDisintegration pd(cmb);
+     433           1 :         Candidate c;
+     434           1 :         c.setCurrentStep(1 * Mpc);
+     435           1 :         c.current.setId(11); // electron
+     436           1 :         c.current.setEnergy(10 * EeV);
+     437           1 :         pd.process(&c);
+     438           1 :         EXPECT_EQ(11, c.current.getId());
+     439           1 :         EXPECT_EQ(10 * EeV, c.current.getEnergy());
+     440           2 : }
+     441             : 
+     442           1 : TEST(PhotoDisintegration, limitNextStep) {
+     443             :         // Test if the interaction limits the next propagation step.
+     444           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     445           1 :         PhotoDisintegration pd(cmb);
+     446           1 :         Candidate c;
+     447           1 :         c.setNextStep(std::numeric_limits<double>::max());
+     448           1 :         c.current.setId(nucleusId(4, 2));
+     449           1 :         c.current.setEnergy(200 * EeV);
+     450           1 :         pd.process(&c);
+     451           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
+     452           2 : }
+     453             : 
+     454           1 : TEST(PhotoDisintegration, allIsotopes) {
+     455             :         // Test if all isotopes are handled.
+     456           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     457           1 :         PhotoDisintegration pd1(cmb);
+     458           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
+     459           1 :         PhotoDisintegration pd2(irb);
+     460           1 :         Candidate c;
+     461           1 :         c.setCurrentStep(10 * Mpc);
+     462             : 
+     463          27 :         for (int Z = 1; Z <= 26; Z++) {
+     464         806 :                 for (int N = 1; N <= 30; N++) {
+     465             : 
+     466         780 :                         c.current.setId(nucleusId(Z + N, Z));
+     467         780 :                         c.current.setEnergy(80 * EeV);
+     468         780 :                         pd1.process(&c);
+     469             : 
+     470         780 :                         c.current.setId(nucleusId(Z + N, Z));
+     471         780 :                         c.current.setEnergy(80 * EeV);
+     472         780 :                         pd2.process(&c);
+     473             :                 }
+     474             :         }
+     475           3 : }
+     476             : 
+     477           1 : TEST(Photodisintegration, updateParticleParentProperties) { // Issue: #204
+     478           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     479           1 :         PhotoDisintegration pd(cmb);
+     480             : 
+     481           1 :         Candidate c(nucleusId(56,26), 500 * EeV, Vector3d(1 * Mpc, 0, 0));
+     482             : 
+     483           1 :         pd.performInteraction(&c, 1);
+     484             :         // the candidates parent is the original particle
+     485           1 :         EXPECT_EQ(c.created.getId(), nucleusId(56,26));
+     486             : 
+     487           1 :         pd.performInteraction(&c, 1);
+     488             :         // now it has to be changed
+     489           1 :         EXPECT_NE(c.created.getId(), nucleusId(56,26));
+     490           2 : }
+     491             : 
+     492           1 : TEST(PhotoDisintegration, interactionTag) {
+     493           2 :         PhotoDisintegration pd(new CMB());
+     494             : 
+     495             :         // test default interactionTag
+     496           2 :         EXPECT_TRUE(pd.getInteractionTag() == "PD");
+     497             : 
+     498             :         // test secondary tag
+     499           1 :         pd.setHavePhotons(true);
+     500           2 :         Candidate c(nucleusId(56,26), 500 * EeV);
+     501           1 :         c.setCurrentStep(1 * Gpc);
+     502           1 :         pd.process(&c);
+     503           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "PD");
+     504             : 
+     505             :         // test custom tag
+     506           1 :         pd.setInteractionTag("myTag");
+     507           2 :         EXPECT_TRUE(pd.getInteractionTag() == "myTag");
+     508           1 : }
+     509             : 
+     510             : // ElasticScattering ----------------------------------------------------------
+     511           1 : TEST(ElasticScattering, allBackgrounds) {
+     512             :         // Test if interaction data files are loaded.
+     513           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     514           1 :         ElasticScattering scattering(cmb);
+     515           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
+     516           1 :         scattering.setPhotonField(irb);
+     517           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
+     518           2 :         scattering.setPhotonField(urb);
+     519           2 : }
+     520             : 
+     521           1 : TEST(ElasticScattering, secondaries) {
+     522             :         // Test the creation of cosmic ray photons.
+     523             :         // This test can stochastically fail.
+     524           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     525           1 :         ElasticScattering scattering(cmb);
+     526           1 :         Candidate c;
+     527           1 :         int id = nucleusId(12, 6);
+     528           1 :         c.current.setId(id);
+     529           1 :         c.current.setEnergy(200 * EeV);
+     530           1 :         c.setCurrentStep(400 * Mpc);
+     531           1 :         scattering.process(&c);
+     532             : 
+     533           1 :         EXPECT_GT(c.secondaries.size(), 0);
+     534             : 
+     535           8 :         for (int i = 0; i < c.secondaries.size(); i++) {
+     536           7 :                 int id = (*c.secondaries[i]).current.getId();
+     537           7 :                 EXPECT_EQ(id, 22);
+     538           7 :                 double energy = (*c.secondaries[i]).current.getEnergy();
+     539           7 :                 EXPECT_GT(energy, 0);
+     540           7 :                 EXPECT_LT(energy, 200 * EeV);
+     541             :         }
+     542           2 : }
+     543             : 
+     544             : // PhotoPionProduction --------------------------------------------------------
+     545           1 : TEST(PhotoPionProduction, allBackgrounds) {
+     546             :         // Test if all interaction data files can be loaded.
+     547           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     548           1 :         PhotoPionProduction ppp(cmb);
+     549           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
+     550           1 :         ppp.setPhotonField(irb);
+     551           2 :         irb = new IRB_Stecker05();
+     552           1 :         ppp.setPhotonField(irb);
+     553           2 :         irb = new IRB_Franceschini08();
+     554           1 :         ppp.setPhotonField(irb);
+     555           2 :         irb = new IRB_Finke10();
+     556           1 :         ppp.setPhotonField(irb);
+     557           2 :         irb = new IRB_Dominguez11();
+     558           1 :         ppp.setPhotonField(irb);
+     559           2 :         irb = new IRB_Gilmore12();
+     560           1 :         ppp.setPhotonField(irb);
+     561           2 :         irb = new IRB_Stecker16_upper();
+     562           1 :         ppp.setPhotonField(irb);
+     563           2 :         irb = new IRB_Stecker16_lower();
+     564           1 :         ppp.setPhotonField(irb);
+     565           2 :     irb = new IRB_Finke22();
+     566           1 :         ppp.setPhotonField(irb);
+     567           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
+     568           1 :         ppp.setPhotonField(urb);
+     569           2 :         urb = new URB_Nitu21();
+     570           2 :         ppp.setPhotonField(urb);
+     571           2 : }
+     572             : 
+     573           1 : TEST(PhotoPionProduction, proton) {
+     574             :         // Test photopion interaction for 100 EeV proton.
+     575             :         // This test can stochastically fail.
+     576           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     577           1 :         PhotoPionProduction ppp(cmb);
+     578           1 :         Candidate c(nucleusId(1, 1), 100 * EeV);
+     579           1 :         c.setCurrentStep(1000 * Mpc);
+     580           1 :         ppp.process(&c);
+     581             : 
+     582             :         // expect energy loss
+     583           1 :         EXPECT_LT(c.current.getEnergy(), 100. * EeV);
+     584             : 
+     585             :         // expect nucleon number conservation
+     586           1 :         EXPECT_EQ(1, massNumber(c.current.getId()));
+     587             : 
+     588             :         // expect no (nucleonic) secondaries
+     589           1 :         EXPECT_EQ(0, c.secondaries.size());
+     590           2 : }
+     591             : 
+     592           1 : TEST(PhotoPionProduction, helium) {
+     593             :         // Test photo-pion interaction for 400 EeV He nucleus.
+     594             :         // This test can stochastically fail.
+     595           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     596           1 :         PhotoPionProduction ppp(cmb);
+     597           1 :         Candidate c;
+     598           1 :         c.current.setId(nucleusId(4, 2));
+     599           1 :         c.current.setEnergy(400. * EeV);
+     600           1 :         c.setCurrentStep(1000 * Mpc);
+     601           1 :         ppp.process(&c);
+     602           1 :         EXPECT_LT(c.current.getEnergy(), 400. * EeV);
+     603           1 :         int id = c.current.getId();
+     604           1 :         EXPECT_TRUE(massNumber(id) < 4);
+     605           1 :         EXPECT_TRUE(c.secondaries.size() > 0);
+     606           2 : }
+     607             : 
+     608           1 : TEST(PhotoPionProduction, thisIsNotNucleonic) {
+     609             :         // Test if nothing happens to an electron.
+     610           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     611           1 :         PhotoPionProduction ppp(cmb);
+     612           1 :         Candidate c;
+     613           1 :         c.current.setId(11); // electron
+     614           1 :         c.current.setEnergy(10 * EeV);
+     615           1 :         c.setCurrentStep(100 * Mpc);
+     616           1 :         ppp.process(&c);
+     617           1 :         EXPECT_EQ(11, c.current.getId());
+     618           1 :         EXPECT_EQ(10 * EeV, c.current.getEnergy());
+     619           2 : }
+     620             : 
+     621           1 : TEST(PhotoPionProduction, limitNextStep) {
+     622             :         // Test if the interaction limits the next propagation step.
+     623           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     624           1 :         PhotoPionProduction ppp(cmb);
+     625           1 :         Candidate c(nucleusId(1, 1), 200 * EeV);
+     626           1 :         c.setNextStep(std::numeric_limits<double>::max());
+     627           1 :         ppp.process(&c);
+     628           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
+     629           2 : }
+     630             : 
+     631           1 : TEST(PhotoPionProduction, secondaries) {
+     632             :         // Test photo-pion interaction for 100 EeV proton.
+     633             :         // This test can stochastically fail.
+     634           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     635           1 :         PhotoPionProduction ppp(cmb, true, true, true);
+     636           1 :         Candidate c(nucleusId(1, 1), 100 * EeV);
+     637           1 :         c.setCurrentStep(1000 * Mpc);
+     638           1 :         ppp.process(&c);
+     639             :         // there should be secondaries
+     640           1 :         EXPECT_GT(c.secondaries.size(), 1);
+     641           2 : }
+     642             : 
+     643           1 : TEST(PhotoPionProduction, sampling) {
+     644             :         // Specific test of photon sampling of photo-pion production
+     645             :         // by testing the calculated pEpsMax for CMB(), also indirectly
+     646             :         // testing epsMinInteraction and logSampling (default).
+     647           1 :         ref_ptr<PhotonField> cmb = new CMB(); //create CMB instance
+     648             :         double energy = 1.e10; //1e10 GeV
+     649             :         bool onProton = true; //proton
+     650             :         double z = 0; //no redshift
+     651           1 :         PhotoPionProduction ppp(cmb, true, true, true);
+     652           1 :         double correctionFactor = ppp.getCorrectionFactor(); //get current correctionFactor
+     653           1 :         double epsMin = std::max(cmb -> getMinimumPhotonEnergy(z) / eV, 0.00710614); // 0.00710614 = epsMinInteraction(onProton,energy)
+     654           1 :         double epsMax = cmb -> getMaximumPhotonEnergy(z) / eV;
+     655           1 :         double pEpsMax = ppp.probEpsMax(onProton, energy, z, epsMin, epsMax) / correctionFactor;
+     656           1 :         EXPECT_DOUBLE_EQ(pEpsMax,132673934934.922);
+     657           2 : }
+     658             : 
+     659           1 : TEST(PhotoPionProduction, interactionTag) {
+     660           2 :         PhotoPionProduction ppp(new CMB());
+     661             : 
+     662             :         // test default interactionTag
+     663           2 :         EXPECT_TRUE(ppp.getInteractionTag() == "PPP");
+     664             : 
+     665             :         // test secondary tag
+     666           1 :         ppp.setHavePhotons(true);
+     667           2 :         Candidate c(nucleusId(1,1), 100 * EeV);
+     668          11 :         for(int i = 0; i <10; i++) 
+     669          10 :                 ppp.performInteraction(&c, true);
+     670           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "PPP");
+     671             : 
+     672             :         // test custom interactionTag
+     673           1 :         ppp.setInteractionTag("myTag");
+     674           2 :         EXPECT_TRUE(ppp.getInteractionTag() == "myTag");
+     675           1 : }
+     676             : 
+     677             : // Redshift -------------------------------------------------------------------
+     678           2 : TEST(Redshift, simpleTest) {
+     679             :         // Test if redshift is decreased and adiabatic energy loss is applied.
+     680             :         Redshift redshift;
+     681             : 
+     682           1 :         Candidate c;
+     683           1 :         c.setRedshift(0.024);
+     684           1 :         c.current.setEnergy(100 * EeV);
+     685           1 :         c.setCurrentStep(1 * Mpc);
+     686             : 
+     687           1 :         redshift.process(&c);
+     688           1 :         EXPECT_GT(0.024, c.getRedshift()); // expect redshift decrease
+     689           1 :         EXPECT_GT(100, c.current.getEnergy() / EeV); // expect energy loss
+     690           2 : }
+     691             : 
+     692           2 : TEST(Redshift, limitRedshiftDecrease) {
+     693             :         // Test if the redshift decrease is limited to z_updated >= 0.
+     694             :         Redshift redshift;
+     695             : 
+     696           1 :         Candidate c;
+     697           1 :         c.setRedshift(0.024); // roughly corresponds to 100 Mpc
+     698           1 :         c.setCurrentStep(150 * Mpc);
+     699             : 
+     700           1 :         redshift.process(&c);
+     701           1 :         EXPECT_DOUBLE_EQ(0, c.getRedshift());
+     702           2 : }
+     703             : 
+     704             : // EMPairProduction -----------------------------------------------------------
+     705           1 : TEST(EMPairProduction, allBackgrounds) {
+     706             :         // Test if interaction data files are loaded.
+     707           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     708           1 :         EMPairProduction em(cmb);
+     709           1 :         ref_ptr<PhotonField> ebl = new IRB_Kneiske04();
+     710           1 :         em.setPhotonField(ebl);
+     711           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
+     712           1 :         em.setPhotonField(urb);
+     713           2 :         ebl = new IRB_Stecker05();
+     714           1 :         em.setPhotonField(ebl);
+     715           2 :         ebl = new IRB_Franceschini08();
+     716           1 :         em.setPhotonField(ebl);
+     717           2 :         ebl = new IRB_Finke10();
+     718           1 :         em.setPhotonField(ebl);
+     719           2 :         ebl = new IRB_Dominguez11();
+     720           1 :         em.setPhotonField(ebl);
+     721           2 :         ebl = new IRB_Gilmore12();
+     722           1 :         em.setPhotonField(ebl);
+     723           2 :         ebl = new IRB_Stecker16_upper();
+     724           1 :         em.setPhotonField(ebl);
+     725           2 :         ebl = new IRB_Stecker16_lower();
+     726           1 :         em.setPhotonField(ebl);
+     727           2 :         ebl = new IRB_Finke22();
+     728           1 :         em.setPhotonField(ebl);
+     729           2 :         urb = new URB_Fixsen11();
+     730           1 :         em.setPhotonField(urb);
+     731           2 :         urb = new URB_Nitu21();
+     732           2 :         em.setPhotonField(urb);
+     733           2 : }
+     734             : 
+     735           1 : TEST(EMPairProduction, limitNextStep) {
+     736             :         // Test if the interaction limits the next propagation step.
+     737           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     738           1 :         EMPairProduction m(cmb);
+     739           1 :         Candidate c(22, 1E17 * eV);
+     740           1 :         c.setNextStep(std::numeric_limits<double>::max());
+     741           1 :         m.process(&c);
+     742           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
+     743           2 : }
+     744             : 
+     745           1 : TEST(EMPairProduction, secondaries) {
+     746             :         // Test if secondaries are correctly produced.
+     747           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     748           1 :         ref_ptr<PhotonField> irb = new IRB_Saldana21();
+     749           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
+     750           1 :         EMPairProduction m(cmb);
+     751           1 :         m.setHaveElectrons(true);
+     752           1 :         m.setThinning(0.);
+     753             : 
+     754             :         std::vector<ref_ptr<PhotonField>> fields;
+     755           1 :         fields.push_back(cmb);
+     756           1 :         fields.push_back(irb);
+     757           1 :         fields.push_back(urb);
+     758             : 
+     759             :         // loop over photon backgrounds
+     760           4 :         for (int f = 0; f < fields.size(); f++) {
+     761           3 :                 m.setPhotonField(fields[f]);
+     762         423 :                 for (int i = 0; i < 140; i++) { // loop over energies Ep = (1e10 - 1e23) eV
+     763         420 :                         double Ep = pow(10, 9.05 + 0.1 * i) * eV;
+     764         420 :                         Candidate c(22, Ep);
+     765         420 :                         c.setCurrentStep(1e10 * Mpc);
+     766             : 
+     767         420 :                         m.process(&c);
+     768             : 
+     769             :                         // pass if no interaction has ocurred (no tabulated rates)
+     770         420 :                         if (c.isActive())
+     771             :                                 continue;
+     772             :                         
+     773             :                         // expect 2 secondaries
+     774         311 :                         EXPECT_EQ(c.secondaries.size(), 2);
+     775             : 
+     776             :                         // expect electron / positron with energies 0 < E < Ephoton
+     777             :                         double Etot = 0;
+     778         933 :                         for (int j = 0; j < c.secondaries.size(); j++) {
+     779         622 :                                 Candidate s = *c.secondaries[j];
+     780         622 :                                 EXPECT_EQ(abs(s.current.getId()), 11);
+     781         622 :                                 EXPECT_GT(s.current.getEnergy(), 0);
+     782         622 :                                 EXPECT_LT(s.current.getEnergy(), Ep);
+     783         622 :                                 Etot += s.current.getEnergy();
+     784         622 :                         }
+     785             : 
+     786             :                         // test energy conservation
+     787         311 :                         EXPECT_DOUBLE_EQ(Ep, Etot);
+     788         420 :                 }
+     789             :         }
+     790           2 : }
+     791             : 
+     792           1 : TEST(EMPairProduction, interactionTag) {
+     793           2 :         EMPairProduction m(new CMB());
+     794             : 
+     795             :         // test default interactionTag
+     796           2 :         EXPECT_TRUE(m.getInteractionTag() == "EMPP");
+     797             : 
+     798             :         // test secondary tag
+     799           1 :         m.setHaveElectrons(true);
+     800           2 :         Candidate c(22, 1 * EeV);
+     801           1 :         m.performInteraction(&c);
+     802           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "EMPP");
+     803             : 
+     804             :         // test custom tag
+     805           1 :         m.setInteractionTag("myTag");
+     806           2 :         EXPECT_TRUE(m.getInteractionTag() == "myTag");
+     807           1 : }
+     808             : 
+     809             : // EMDoublePairProduction -----------------------------------------------------
+     810           1 : TEST(EMDoublePairProduction, allBackgrounds) {
+     811             :         // Test if interaction data files are loaded.
+     812           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     813           1 :         EMDoublePairProduction em(cmb);
+     814           1 :         ref_ptr<PhotonField> ebl = new IRB_Kneiske04();
+     815           1 :         em.setPhotonField(ebl);
+     816           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
+     817           1 :         em.setPhotonField(urb);
+     818           2 :         ebl = new IRB_Stecker05();
+     819           1 :         em.setPhotonField(ebl);
+     820           2 :         ebl = new IRB_Franceschini08();
+     821           1 :         em.setPhotonField(ebl);
+     822           2 :         ebl = new IRB_Finke10();
+     823           1 :         em.setPhotonField(ebl);
+     824           2 :         ebl = new IRB_Dominguez11();
+     825           1 :         em.setPhotonField(ebl);
+     826           2 :         ebl = new IRB_Gilmore12();
+     827           1 :         em.setPhotonField(ebl);
+     828           2 :         ebl = new IRB_Stecker16_upper();
+     829           1 :         em.setPhotonField(ebl);
+     830           2 :         ebl = new IRB_Stecker16_lower();
+     831           1 :         em.setPhotonField(ebl);
+     832           2 :         ebl = new IRB_Finke22();
+     833           1 :         em.setPhotonField(ebl);
+     834           2 :         urb = new URB_Fixsen11();
+     835           1 :         em.setPhotonField(urb);
+     836           2 :         urb = new URB_Nitu21();
+     837           2 :         em.setPhotonField(urb);
+     838           2 : }
+     839             : 
+     840           1 : TEST(EMDoublePairProduction, limitNextStep) {
+     841             :         // Test if the interaction limits the next propagation step.
+     842           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     843           1 :         EMDoublePairProduction m(cmb);
+     844           1 :         Candidate c(22, 1E17 * eV);
+     845           1 :         c.setNextStep(std::numeric_limits<double>::max());
+     846           1 :         m.process(&c);
+     847           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
+     848           2 : }
+     849             : 
+     850           1 : TEST(EMDoublePairProduction, secondaries) {
+     851             :         // Test if secondaries are correctly produced.
+     852           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     853           1 :         ref_ptr<PhotonField> irb = new IRB_Saldana21();
+     854           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
+     855           1 :         EMPairProduction m(cmb);
+     856           1 :         m.setHaveElectrons(true);
+     857           1 :         m.setThinning(0.);
+     858             : 
+     859             :         std::vector<ref_ptr<PhotonField>> fields;
+     860           1 :         fields.push_back(cmb);
+     861           1 :         fields.push_back(irb);
+     862           1 :         fields.push_back(urb);
+     863             : 
+     864             :         // loop over photon backgrounds
+     865           4 :         for (int f = 0; f < fields.size(); f++) {
+     866           3 :                 m.setPhotonField(fields[f]);
+     867             :                 
+     868             :                 // loop over energies Ep = (1e9 - 1e23) eV
+     869         423 :                 for (int i = 0; i < 140; i++) {
+     870         420 :                         double Ep = pow(10, 9.05 + 0.1 * i) * eV;
+     871         420 :                         Candidate c(22, Ep);
+     872         420 :                         c.setCurrentStep(1e4 * Mpc); // use lower value so that the test can run faster
+     873         420 :                         m.process(&c);
+     874             : 
+     875             :                         // pass if no interaction has occured (no tabulated rates)
+     876         420 :                         if (c.isActive())
+     877             :                                 continue;
+     878             :                         
+     879             :                         // expect 2 secondaries (only one pair is considered)
+     880         251 :                         EXPECT_EQ(c.secondaries.size(), 2);
+     881             : 
+     882             :                         // expect electron / positron with energies 0 < E < Ephoton
+     883             :                         double Etot = 0;
+     884         753 :                         for (int j = 0; j < c.secondaries.size(); j++) {
+     885         502 :                                 Candidate s = *c.secondaries[j];
+     886         502 :                                 EXPECT_EQ(abs(s.current.getId()), 11);
+     887         502 :                                 EXPECT_GT(s.current.getEnergy(), 0);
+     888         502 :                                 EXPECT_LT(s.current.getEnergy(), Ep);
+     889         502 :                                 Etot += s.current.getEnergy();
+     890         502 :                         }
+     891             : 
+     892             :                         // test energy conservation
+     893         251 :                         EXPECT_NEAR(Ep, Etot, 1E-9);
+     894         420 :                 }
+     895             :         }
+     896           2 : }
+     897             : 
+     898           1 : TEST(EMDoublePairProduction, interactionTag) {
+     899           2 :         EMDoublePairProduction m(new CMB());
+     900             : 
+     901             :         // test default interactionTag
+     902           2 :         EXPECT_TRUE(m.getInteractionTag() == "EMDP");
+     903             : 
+     904             :         // test secondary tag
+     905           1 :         m.setHaveElectrons(true);
+     906           2 :         Candidate c(22, 1 * EeV);
+     907           1 :         m.performInteraction(&c);
+     908           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "EMDP");
+     909             : 
+     910             :         // test custom tag
+     911           1 :         m.setInteractionTag("myTag");
+     912           2 :         EXPECT_TRUE(m.getInteractionTag() == "myTag");
+     913           1 : }
+     914             : 
+     915             : // EMTripletPairProduction ----------------------------------------------------
+     916           1 : TEST(EMTripletPairProduction, allBackgrounds) {
+     917             :         // Test if interaction data files are loaded.
+     918           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     919           1 :         EMTripletPairProduction em(cmb);
+     920           1 :         ref_ptr<PhotonField> ebl = new IRB_Kneiske04();
+     921           1 :         em.setPhotonField(ebl);
+     922           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
+     923           1 :         em.setPhotonField(urb);
+     924           2 :         ebl = new IRB_Stecker05();
+     925           1 :         em.setPhotonField(ebl);
+     926           2 :         ebl = new IRB_Franceschini08();
+     927           1 :         em.setPhotonField(ebl);
+     928           2 :         ebl = new IRB_Finke10();
+     929           1 :         em.setPhotonField(ebl);
+     930           2 :         ebl = new IRB_Dominguez11();
+     931           1 :         em.setPhotonField(ebl);
+     932           2 :         ebl = new IRB_Gilmore12();
+     933           1 :         em.setPhotonField(ebl);
+     934           2 :         ebl = new IRB_Stecker16_upper();
+     935           1 :         em.setPhotonField(ebl);
+     936           2 :         ebl = new IRB_Stecker16_lower();
+     937           1 :         em.setPhotonField(ebl);
+     938           2 :         ebl = new IRB_Finke22();
+     939           1 :         em.setPhotonField(ebl);
+     940           2 :         urb = new URB_Fixsen11();
+     941           1 :         em.setPhotonField(urb);
+     942           2 :         urb = new URB_Nitu21();
+     943           2 :         em.setPhotonField(urb);
+     944           2 : }
+     945             : 
+     946           1 : TEST(EMTripletPairProduction, limitNextStep) {
+     947             :         // Test if the interaction limits the next propagation step.
+     948           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     949           1 :         EMTripletPairProduction m(cmb);
+     950           1 :         Candidate c(11, 1E17 * eV);
+     951           1 :         c.setNextStep(std::numeric_limits<double>::max());
+     952           1 :         m.process(&c);
+     953           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
+     954           2 : }
+     955             : 
+     956           1 : TEST(EMTripletPairProduction, secondaries) {
+     957             :         // Test if secondaries are correctly produced.
+     958           1 :         ref_ptr<PhotonField> cmb = new CMB();
+     959           1 :         ref_ptr<PhotonField> irb = new IRB_Saldana21();
+     960           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
+     961           1 :         EMPairProduction m(cmb);
+     962           1 :         m.setHaveElectrons(true);
+     963           1 :         m.setThinning(0.);
+     964             : 
+     965             :         std::vector<ref_ptr<PhotonField>> fields;
+     966           1 :         fields.push_back(cmb);
+     967           1 :         fields.push_back(irb);
+     968           1 :         fields.push_back(urb);
+     969             : 
+     970             :         // loop over photon backgrounds
+     971           4 :         for (int f = 0; f < fields.size(); f++) {
+     972           3 :                 m.setPhotonField(fields[f]);
+     973             :                 
+     974             :                 // loop over energies Ep = (1e9 - 1e23) eV
+     975         423 :                 for (int i = 0; i < 140; i++) {
+     976             : 
+     977         420 :                         double Ep = pow(10, 9.05 + 0.1 * i) * eV;
+     978         420 :                         Candidate c(11, Ep);
+     979         420 :                         c.setCurrentStep(1e4 * Mpc); // use lower value so that the test can run faster
+     980         420 :                         m.process(&c);
+     981             : 
+     982             :                         // pass if no interaction has occured (no tabulated rates)
+     983         420 :                         if (c.current.getEnergy() == Ep)
+     984             :                                 continue;
+     985             : 
+     986             :                         // expect positive energy of primary electron
+     987           0 :                         EXPECT_GT(c.current.getEnergy(), 0);
+     988           0 :                         double Etot = c.current.getEnergy();
+     989             : 
+     990             :                         // expect electron / positron with energies 0 < E < Ephoton
+     991           0 :                         for (int j = 0; j < c.secondaries.size(); j++) {
+     992           0 :                                 Candidate s = *c.secondaries[j];
+     993           0 :                                 EXPECT_EQ(abs(s.current.getId()), 11);
+     994           0 :                                 EXPECT_GT(s.current.getEnergy(), 0);
+     995           0 :                                 EXPECT_LT(s.current.getEnergy(), Ep);
+     996           0 :                                 Etot += s.current.getEnergy();
+     997           0 :                         }
+     998             : 
+     999             :                         // test energy conservation
+    1000           0 :                         EXPECT_NEAR(Ep, Etot, 1e-9);
+    1001         420 :                 }
+    1002             :         }
+    1003           2 : }
+    1004             : 
+    1005           1 : TEST(EMTripletPairProduction, interactionTag) {
+    1006           2 :         EMTripletPairProduction m(new CMB());
+    1007             : 
+    1008             :         // test default interactionTag
+    1009           2 :         EXPECT_TRUE(m.getInteractionTag() == "EMTP");
+    1010             : 
+    1011             :         // test secondary tag
+    1012           1 :         m.setHaveElectrons(true);
+    1013           2 :         Candidate c(11, 1 * EeV);
+    1014           1 :         m.performInteraction(&c);
+    1015           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "EMTP");
+    1016             : 
+    1017             :         // test custom tag
+    1018           1 :         m.setInteractionTag("myTag");
+    1019           2 :         EXPECT_TRUE(m.getInteractionTag() == "myTag");
+    1020           1 : }
+    1021             : 
+    1022             : // EMInverseComptonScattering -------------------------------------------------
+    1023           1 : TEST(EMInverseComptonScattering, allBackgrounds) {
+    1024             :         // Test if interaction data files are loaded.
+    1025           1 :         ref_ptr<PhotonField> cmb = new CMB();
+    1026           1 :         EMInverseComptonScattering em(cmb);
+    1027           1 :         ref_ptr<PhotonField> ebl = new IRB_Kneiske04();
+    1028           1 :         em.setPhotonField(ebl);
+    1029           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
+    1030           1 :         em.setPhotonField(urb);
+    1031           2 :         ebl = new IRB_Stecker05();
+    1032           1 :         em.setPhotonField(ebl);
+    1033           2 :         ebl = new IRB_Franceschini08();
+    1034           1 :         em.setPhotonField(ebl);
+    1035           2 :         ebl = new IRB_Finke10();
+    1036           1 :         em.setPhotonField(ebl);
+    1037           2 :         ebl = new IRB_Dominguez11();
+    1038           1 :         em.setPhotonField(ebl);
+    1039           2 :         ebl = new IRB_Gilmore12();
+    1040           1 :         em.setPhotonField(ebl);
+    1041           2 :         ebl = new IRB_Stecker16_upper();
+    1042           1 :         em.setPhotonField(ebl);
+    1043           2 :         ebl = new IRB_Stecker16_lower();
+    1044           1 :         em.setPhotonField(ebl);
+    1045           2 :         ebl = new IRB_Finke22();
+    1046           1 :         em.setPhotonField(ebl);
+    1047           2 :         urb = new URB_Fixsen11();
+    1048           1 :         em.setPhotonField(urb);
+    1049           2 :         urb = new URB_Nitu21();
+    1050           2 :         em.setPhotonField(urb);
+    1051           2 : }
+    1052             : 
+    1053           1 : TEST(EMInverseComptonScattering, limitNextStep) {
+    1054             :         // Test if the interaction limits the next propagation step.
+    1055           1 :         ref_ptr<PhotonField> cmb = new CMB();
+    1056           1 :         EMInverseComptonScattering m(cmb);
+    1057           1 :         Candidate c(11, 1E17 * eV);
+    1058           1 :         c.setNextStep(std::numeric_limits<double>::max());
+    1059           1 :         m.process(&c);
+    1060           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
+    1061           2 : }
+    1062             : 
+    1063           1 : TEST(EMInverseComptonScattering, secondaries) {
+    1064             :         // Test if secondaries are correctly produced.
+    1065           1 :         ref_ptr<PhotonField> cmb = new CMB();
+    1066           1 :         ref_ptr<PhotonField> irb = new IRB_Saldana21();
+    1067           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
+    1068           1 :         EMPairProduction m(cmb);
+    1069           1 :         m.setHaveElectrons(true);
+    1070           1 :         m.setThinning(0.);
+    1071             : 
+    1072             :         std::vector<ref_ptr<PhotonField>> fields;
+    1073           1 :         fields.push_back(cmb);
+    1074           1 :         fields.push_back(irb);
+    1075           1 :         fields.push_back(urb);
+    1076             : 
+    1077             :         // loop over photon backgrounds
+    1078           4 :         for (int f = 0; f < fields.size(); f++) {
+    1079           3 :                 m.setPhotonField(fields[f]);
+    1080             :                 
+    1081             :                 // loop over energies Ep = (1e9 - 1e23) eV
+    1082         423 :                 for (int i = 0; i < 140; i++) {
+    1083         420 :                         double Ep = pow(10, 9.05 + 0.1 * i) * eV;
+    1084         420 :                         Candidate c(11, Ep);
+    1085         420 :                         c.setCurrentStep(1e3 * Mpc); // use lower value so that the test can run faster
+    1086         420 :                         m.process(&c);
+    1087             : 
+    1088             :                         // pass if no interaction has occured (no tabulated rates)
+    1089         420 :                         if (c.current.getEnergy() == Ep)
+    1090             :                                 continue;
+    1091             :                         
+    1092             :                         // expect positive energy of primary electron
+    1093           0 :                         EXPECT_GT(c.current.getEnergy(), 0);
+    1094             : 
+    1095             :                         // expect photon with energy 0 < E < Ephoton
+    1096           0 :                         Candidate s = *c.secondaries[0];
+    1097           0 :                         EXPECT_EQ(abs(s.current.getId()), 22);
+    1098           0 :                         EXPECT_TRUE(s.current.getEnergy() >= 0.);
+    1099           0 :                         EXPECT_TRUE(s.current.getEnergy() < Ep);
+    1100             : 
+    1101             : 
+    1102           0 :                         double Etot = c.current.getEnergy();
+    1103           0 :                         for (int j = 0; j < c.secondaries.size(); j++) {
+    1104           0 :                                 s = *c.secondaries[j];
+    1105           0 :                                 Etot += s.current.getEnergy();
+    1106             :                         }
+    1107           0 :                         EXPECT_NEAR(Ep, Etot, 1e-9); 
+    1108         420 :                 }
+    1109             :         }
+    1110           2 : }
+    1111             : 
+    1112           1 : TEST(EMInverseComptonScattering, interactionTag) {
+    1113           2 :         EMInverseComptonScattering m(new CMB());
+    1114             : 
+    1115             :         // test default interactionTag
+    1116           2 :         EXPECT_TRUE(m.getInteractionTag() == "EMIC");
+    1117             : 
+    1118             :         // test secondary tag
+    1119           1 :         m.setHavePhotons(true);
+    1120           2 :         Candidate c(11, 1 * PeV);
+    1121           1 :         m.performInteraction(&c);
+    1122           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "EMIC");
+    1123             : 
+    1124             :         // test custom tag
+    1125           1 :         m.setInteractionTag("myTag");
+    1126           2 :         EXPECT_TRUE(m.getInteractionTag() == "myTag");
+    1127           1 : }
+    1128             : 
+    1129             : // SynchrotronRadiation -------------------------------------------------
+    1130           1 : TEST(SynchrotronRadiation, interactionTag) {
+    1131           1 :         SynchrotronRadiation s(1 * muG, true);
+    1132             : 
+    1133             :         // test default interactionTag
+    1134           2 :         EXPECT_TRUE(s.getInteractionTag() == "SYN");
+    1135             : 
+    1136             :         // test secondary tag
+    1137           2 :         Candidate c(11, 10 * PeV);
+    1138           1 :         c.setCurrentStep(1 * pc);
+    1139           1 :         s.process(&c);
+    1140           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "SYN");
+    1141             : 
+    1142             :         // test custom tag
+    1143           1 :         s.setInteractionTag("myTag");
+    1144           2 :         EXPECT_TRUE(s.getInteractionTag() == "myTag");
+    1145           1 : }
+    1146             : 
+    1147             : 
+    1148           0 : int main(int argc, char **argv) {
+    1149           0 :         ::testing::InitGoogleTest(&argc, argv);
+    1150           0 :         return RUN_ALL_TESTS();
+    1151             : }
+    1152             : 
+    1153             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testMagneticField.cpp.func-sort-c.html b/doc/coverageReport/test/testMagneticField.cpp.func-sort-c.html new file mode 100644 index 000000000..aaf4ebc36 --- /dev/null +++ b/doc/coverageReport/test/testMagneticField.cpp.func-sort-c.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testMagneticField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testMagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:138138100.0 %
Date:2024-04-08 14:58:22Functions:1616100.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN36testCMZMagneticField_SimpleTest_Test8TestBodyEv1
_ZN37testMagneticFieldList_SimpleTest_Test8TestBodyEv1
_ZN37testToroidalHaloField_SimpleTest_Test8TestBodyEv1
_ZN38testCMZMagneticField_TestNTFField_Test8TestBodyEv1
_ZN39testMagneticDipoleField_SimpleTest_Test8TestBodyEv1
_ZN40testUniformMagneticField_SimpleTest_Test8TestBodyEv1
_ZN41testCMZMagneticField_TestICComponent_Test8TestBodyEv1
_ZN41testPeriodicMagneticField_Exceptions_Test8TestBodyEv1
_ZN42testLogarithmicSpiralField_SimpleTest_Test8TestBodyEv1
_ZN42testMagneticFieldEvolution_SimpleTest_Test8TestBodyEv1
_ZN43testCMZMagneticField_TestRaidoArcField_Test8TestBodyEv1
_ZN44testRenormalizeMagneticField_simpleTest_Test8TestBodyEv1
_ZN47testCMZMagneticField_TestAzimutalComponent_Test8TestBodyEv1
_ZN52testPolarizedSingleModeMagneticField_SimpleTest_Test8TestBodyEv1
main1
_ZNK17EchoMagneticField8getFieldERKN7crpropa7Vector3IdEE3
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testMagneticField.cpp.func.html b/doc/coverageReport/test/testMagneticField.cpp.func.html new file mode 100644 index 000000000..4842756d7 --- /dev/null +++ b/doc/coverageReport/test/testMagneticField.cpp.func.html @@ -0,0 +1,136 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testMagneticField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testMagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:138138100.0 %
Date:2024-04-08 14:58:22Functions:1616100.0 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN36testCMZMagneticField_SimpleTest_Test8TestBodyEv1
_ZN37testMagneticFieldList_SimpleTest_Test8TestBodyEv1
_ZN37testToroidalHaloField_SimpleTest_Test8TestBodyEv1
_ZN38testCMZMagneticField_TestNTFField_Test8TestBodyEv1
_ZN39testMagneticDipoleField_SimpleTest_Test8TestBodyEv1
_ZN40testUniformMagneticField_SimpleTest_Test8TestBodyEv1
_ZN41testCMZMagneticField_TestICComponent_Test8TestBodyEv1
_ZN41testPeriodicMagneticField_Exceptions_Test8TestBodyEv1
_ZN42testLogarithmicSpiralField_SimpleTest_Test8TestBodyEv1
_ZN42testMagneticFieldEvolution_SimpleTest_Test8TestBodyEv1
_ZN43testCMZMagneticField_TestRaidoArcField_Test8TestBodyEv1
_ZN44testRenormalizeMagneticField_simpleTest_Test8TestBodyEv1
_ZN47testCMZMagneticField_TestAzimutalComponent_Test8TestBodyEv1
_ZN52testPolarizedSingleModeMagneticField_SimpleTest_Test8TestBodyEv1
_ZNK17EchoMagneticField8getFieldERKN7crpropa7Vector3IdEE3
main1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testMagneticField.cpp.gcov.html b/doc/coverageReport/test/testMagneticField.cpp.gcov.html new file mode 100644 index 000000000..1da471524 --- /dev/null +++ b/doc/coverageReport/test/testMagneticField.cpp.gcov.html @@ -0,0 +1,292 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testMagneticField.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testMagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:138138100.0 %
Date:2024-04-08 14:58:22Functions:1616100.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include <stdexcept>
+       2             : 
+       3             : #include "crpropa/magneticField/MagneticFieldGrid.h"
+       4             : #include "crpropa/magneticField/CMZField.h"
+       5             : #include "crpropa/magneticField/PolarizedSingleModeMagneticField.h"
+       6             : #include "crpropa/magneticField/GalacticMagneticField.h"
+       7             : #include "crpropa/Grid.h"
+       8             : #include "crpropa/Units.h"
+       9             : #include "crpropa/Common.h"
+      10             : 
+      11             : #include "gtest/gtest.h"
+      12             : 
+      13             : using namespace crpropa;
+      14             : 
+      15           1 : TEST(testUniformMagneticField, SimpleTest) {
+      16             :         UniformMagneticField B(Vector3d(-1, 5, 3));
+      17             :         Vector3d b = B.getField(Vector3d(1, 0, 0));
+      18           1 :         EXPECT_DOUBLE_EQ(b.getX(), -1);
+      19           1 :         EXPECT_DOUBLE_EQ(b.getY(), 5);
+      20           1 :         EXPECT_DOUBLE_EQ(b.getZ(), 3);
+      21           1 : }
+      22             : 
+      23           2 : TEST(testMagneticDipoleField, SimpleTest) {
+      24             :         // Test magnetic dipole
+      25             :         // mu0 / (4*M_PI) * m / r^3 (2*cos(theta)*e_r + sin(theta)*e_theta)
+      26             :         MagneticDipoleField B(Vector3d(0,0,0), Vector3d(0,0,1), 1);
+      27           1 :         Vector3d b1 = B.getField(Vector3d(0, 0, 1)); // theta = 0
+      28           1 :         Vector3d b2 = B.getField(Vector3d(1, 0, 0)); // theta = 0
+      29           1 :         EXPECT_NEAR(b1.getX(), 0, 1E-8);
+      30           1 :         EXPECT_NEAR(b1.getY(), 0, 1E-8);
+      31           1 :         EXPECT_NEAR(b1.getZ(), mu0 / (4*M_PI) * 2, 1E-8);
+      32           1 :         EXPECT_NEAR(b2.getX(), 0, 1E-8);
+      33           1 :         EXPECT_NEAR(b2.getY(), 0, 1E-8);
+      34           1 :         EXPECT_NEAR(b2.getZ(), -1 * mu0 / (4*M_PI), 1E-8);
+      35           1 : }
+      36             : 
+      37             : #ifdef CRPROPA_HAVE_MUPARSER
+      38           1 : TEST(testRenormalizeMagneticField, simpleTest) {
+      39           1 :         ref_ptr<UniformMagneticField> field = new UniformMagneticField(Vector3d(2*nG, 0, 0));
+      40           2 :         RenormalizeMagneticField modField(field, "B^2-1*nG");
+      41           1 :         Vector3d b = modField.getField(Vector3d(5, 5, 5));
+      42           1 :         EXPECT_NEAR(b.getR(), 3*nG, 0.001);
+      43           2 : }
+      44             : #endif
+      45             : 
+      46           2 : TEST(testMagneticFieldList, SimpleTest) {
+      47             :         // Test a list of three magnetic fields
+      48             :         MagneticFieldList B;
+      49           1 :         B.addField(new UniformMagneticField(Vector3d(1, 0, 0)));
+      50           1 :         B.addField(new UniformMagneticField(Vector3d(0, 2, 0)));
+      51           2 :         B.addField(new UniformMagneticField(Vector3d(0, 0, 3)));
+      52           1 :         Vector3d b = B.getField(Vector3d(0.));
+      53           1 :         EXPECT_DOUBLE_EQ(b.x, 1);
+      54           1 :         EXPECT_DOUBLE_EQ(b.y, 2);
+      55           1 :         EXPECT_DOUBLE_EQ(b.z, 3);
+      56           1 : }
+      57             : 
+      58           1 : TEST(testMagneticFieldEvolution, SimpleTest) {
+      59             :         // Test if this decorator scales the underlying field as (1+z)^m
+      60           1 :         ref_ptr<UniformMagneticField> B = new UniformMagneticField(Vector3d(1,0,0));
+      61             :         double z = 1.2;
+      62             :         double m = 3;
+      63           2 :         MagneticFieldEvolution Bz(B, m);
+      64             : 
+      65             :         // scaled field
+      66           1 :         Vector3d b = Bz.getField(Vector3d(0,0,0), z);
+      67           1 :         EXPECT_DOUBLE_EQ(b.x, pow(1+z, m));
+      68             : 
+      69             :         // unscaled field
+      70           1 :         b = Bz.getField(Vector3d(0,0,0));
+      71           1 :         EXPECT_DOUBLE_EQ(b.x, 1);
+      72           1 : }
+      73             : 
+      74           1 : class EchoMagneticField: public MagneticField {
+      75             : public:
+      76           3 :         Vector3d getField(const Vector3d &position) const {
+      77           3 :                 return position;
+      78             :         }
+      79             : };
+      80             : 
+      81           1 : TEST(testPeriodicMagneticField, Exceptions) {
+      82           1 :         ref_ptr<EchoMagneticField> f = new EchoMagneticField();
+      83             :         ref_ptr<PeriodicMagneticField> p = new PeriodicMagneticField(f,
+      84           1 :                         Vector3d(10000, 10000, 10000), Vector3d(1000, 1000, 1000), true);
+      85             : 
+      86             :         // box 0, 0, 0
+      87           1 :         Vector3d v = p->getField(Vector3d(1000, 2000, 3000));
+      88           1 :         EXPECT_DOUBLE_EQ(0, v.x);
+      89           1 :         EXPECT_DOUBLE_EQ(1000, v.y);
+      90           1 :         EXPECT_DOUBLE_EQ(2000, v.z);
+      91             : 
+      92             :         // box 1, 2, 3
+      93           1 :         v = p->getField(Vector3d(12000, 23000, 34000));
+      94           1 :         EXPECT_DOUBLE_EQ(9000, v.x);
+      95           1 :         EXPECT_DOUBLE_EQ(2000, v.y);
+      96           1 :         EXPECT_DOUBLE_EQ(7000, v.z);
+      97             : 
+      98             :         // box -1, -2, -3
+      99           1 :         v = p->getField(Vector3d(0, -10000, -20000));
+     100           1 :         EXPECT_DOUBLE_EQ(1000, v.x);
+     101           1 :         EXPECT_DOUBLE_EQ(9000, v.y);
+     102           1 :         EXPECT_DOUBLE_EQ(1000, v.z);
+     103             : 
+     104           1 : }
+     105             : 
+     106           1 : TEST(testCMZMagneticField, SimpleTest) {
+     107           1 :         ref_ptr<CMZField> field = new CMZField();
+     108             :         
+     109             :         // check use-Values
+     110           1 :         EXPECT_FALSE(field->getUseMCField());
+     111           1 :         EXPECT_TRUE(field->getUseICField());
+     112           1 :         EXPECT_FALSE(field->getUseNTFField());
+     113           1 :         EXPECT_FALSE(field->getUseRadioArc());
+     114             : 
+     115             :         // check set function
+     116           1 :         field->setUseMCField(true);
+     117           1 :         EXPECT_TRUE(field->getUseMCField());
+     118           1 :         field->setUseICField(false);
+     119           1 :         EXPECT_FALSE(field->getUseICField());
+     120           1 :         field->setUseNTFField(true);
+     121           1 :         EXPECT_TRUE(field->getUseNTFField());
+     122           1 :         field->setUseRadioArc(true);
+     123           1 :         EXPECT_TRUE(field->getUseRadioArc());
+     124           1 : }
+     125             : 
+     126           1 : TEST(testCMZMagneticField, TestICComponent) {
+     127           1 :         ref_ptr<CMZField> field = new CMZField();
+     128             :         Vector3d pos(10*pc,15*pc,-5*pc);        
+     129             : 
+     130             :         // check IC field at given position
+     131           1 :         Vector3d bVec = field->getField(pos);
+     132           1 :         EXPECT_NEAR(bVec.getR(), 10.501*muG, 1E-3*muG);
+     133           1 :         EXPECT_NEAR(bVec.x, 0.225*muG, 1E-3*muG);
+     134           1 :         EXPECT_NEAR(bVec.y, 0.524*muG, 1E-3*muG);
+     135           1 :         EXPECT_NEAR(bVec.z, 10.486*muG, 1E-3*muG);
+     136           1 : }
+     137           1 : TEST(testCMZMagneticField, TestNTFField){
+     138           1 :         ref_ptr<CMZField> field = new CMZField();
+     139             :         Vector3d pos(10*pc,15*pc,-5*pc);        
+     140             :         
+     141             :         // check NFTField at given position
+     142           1 :         Vector3d bVec = field->getNTFField(pos);
+     143           1 :         EXPECT_NEAR(bVec.getR(),1.692*muG, 1e-3*muG);
+     144           1 :         EXPECT_NEAR(bVec.x, -0.584*muG, 1e-3*muG);
+     145           1 :         EXPECT_NEAR(bVec.y, -1.185*muG, 1e-3*muG);
+     146           1 :         EXPECT_NEAR(bVec.z, 1.057*muG, 1e-3*muG);
+     147           1 : }
+     148           1 : TEST(testCMZMagneticField, TestRaidoArcField){
+     149           1 :         ref_ptr<CMZField> field = new CMZField();
+     150             :         Vector3d pos(10*pc,15*pc,-5*pc);        
+     151             : 
+     152             :         // check RadioArcField at given position
+     153           1 :         Vector3d bVec = field->getRadioArcField(pos);
+     154           1 :         EXPECT_NEAR(bVec.getR(), 31.616*muG, 1e-3*muG);
+     155           1 :         EXPECT_NEAR(bVec.x, -4.671*muG, 1e-3*muG);
+     156           1 :         EXPECT_NEAR(bVec.y, 5.465*muG, 1e-3*muG);
+     157           1 :         EXPECT_NEAR(bVec.z, 30.788*muG, 1e-3*muG);
+     158           1 : }
+     159             : 
+     160           1 : TEST(testCMZMagneticField, TestAzimutalComponent){
+     161           1 :         ref_ptr<CMZField> field = new CMZField();
+     162             :         Vector3d mid(12*pc, 9*pc, 20*pc);
+     163             :         Vector3d pos(9*pc, 10*pc, 25*pc);       
+     164             : 
+     165             :         // simple Test for inner part
+     166           1 :         Vector3d bVec = field->BAz(pos, mid, 100, 0.2, 60*pc);
+     167           1 :         EXPECT_NEAR(bVec.x, 3939.782, 1e-3);
+     168           1 :         EXPECT_NEAR(bVec.y, 14347.304, 1e-3);
+     169           1 :         EXPECT_DOUBLE_EQ(bVec.z, 0);
+     170             : 
+     171             :         // simple Test for outer part
+     172           1 :         bVec = field->BAz(pos, mid, 100, 0.2, 10*pc);
+     173           1 :         EXPECT_NEAR(bVec.x, -164.659, 1e-3);
+     174           1 :         EXPECT_NEAR(bVec.y, -1317.270, 1e-3);
+     175           1 :         EXPECT_DOUBLE_EQ(bVec.z, 0);
+     176             : 
+     177             :         // test for molecular Clouds
+     178           1 :         bVec = field->getMCField(pos);
+     179           1 :         EXPECT_NEAR(bVec.x, -8.339*muG, 1e-3*muG);
+     180           1 :         EXPECT_NEAR(bVec.y, -0.850*muG, 1e-3*muG);
+     181           1 :         EXPECT_DOUBLE_EQ(bVec.z, 0);
+     182           1 : }
+     183             : 
+     184           1 : TEST(testToroidalHaloField, SimpleTest) {
+     185           1 :         ref_ptr<ToroidalHaloField> field = new ToroidalHaloField();
+     186           1 :         Vector3d b = field->getField(Vector3d(0.));
+     187           1 :         EXPECT_DOUBLE_EQ(b.x, 0);
+     188           1 :         EXPECT_DOUBLE_EQ(b.y, 0);
+     189           1 :         EXPECT_DOUBLE_EQ(b.z, 0);
+     190             : 
+     191           1 :         b = field->getField(Vector3d(1,0,0));
+     192           1 :         EXPECT_DOUBLE_EQ(b.x, 0.5);
+     193           1 :         EXPECT_DOUBLE_EQ(b.y, 0);
+     194           1 :         EXPECT_DOUBLE_EQ(b.z, 0);
+     195           1 : }
+     196             : 
+     197           1 : TEST(testLogarithmicSpiralField, SimpleTest) {
+     198           1 :         ref_ptr<LogarithmicSpiralField> field = new LogarithmicSpiralField();
+     199           1 :         Vector3d b = field->getField(Vector3d(8.5, 0, 0)*kpc);
+     200           1 :         EXPECT_NEAR(b.x, -1., 1E-2);
+     201           1 :         EXPECT_NEAR(b.y, 0, 1E-10);
+     202           1 :         EXPECT_NEAR(b.z, 0, 1E-10);
+     203           1 : }
+     204             : 
+     205           1 : TEST(testPolarizedSingleModeMagneticField, SimpleTest) {
+     206           1 :         PolarizedSingleModeMagneticField B(2, 4, 0.5, Vector3d(1,1,1), Vector3d(0,1,0), Vector3d(1,0,0), "amplitude", "polarization", "elliptical");
+     207           1 :         Vector3d b = B.getField(Vector3d(1,1,2));
+     208           1 :         EXPECT_DOUBLE_EQ(b.x, 1);
+     209           1 :         EXPECT_NEAR(b.y, 0, 1E-10);
+     210           1 :         EXPECT_NEAR(b.z, 0, 1E-10);
+     211           1 : }
+     212             : 
+     213           1 : int main(int argc, char **argv) {
+     214           1 :         ::testing::InitGoogleTest(&argc, argv);
+     215             :         return RUN_ALL_TESTS();
+     216             : }
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testMagneticLens.cpp.func-sort-c.html b/doc/coverageReport/test/testMagneticLens.cpp.func-sort-c.html new file mode 100644 index 000000000..d114bd5b9 --- /dev/null +++ b/doc/coverageReport/test/testMagneticLens.cpp.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testMagneticLens.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testMagneticLens.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8787100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN28MagneticLens_Deflection_Test8TestBodyEv1
_ZN33Pixelization_angularDistance_Test8TestBodyEv1
_ZN35MagneticLens_OutOfBoundsEnergy_Test8TestBodyEv1
_ZN35MagneticLens_Vector3Deflection_Test8TestBodyEv1
_ZN38ParticleMapsContainer_addParticle_Test8TestBodyEv1
_ZN40Pixelization_randomDirectionInPixel_Test8TestBodyEv1
_ZN45ParticleMapsContainer_getRandomParticles_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testMagneticLens.cpp.func.html b/doc/coverageReport/test/testMagneticLens.cpp.func.html new file mode 100644 index 000000000..8fc41a1d4 --- /dev/null +++ b/doc/coverageReport/test/testMagneticLens.cpp.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testMagneticLens.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testMagneticLens.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8787100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
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+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN28MagneticLens_Deflection_Test8TestBodyEv1
_ZN33Pixelization_angularDistance_Test8TestBodyEv1
_ZN35MagneticLens_OutOfBoundsEnergy_Test8TestBodyEv1
_ZN35MagneticLens_Vector3Deflection_Test8TestBodyEv1
_ZN38ParticleMapsContainer_addParticle_Test8TestBodyEv1
_ZN40Pixelization_randomDirectionInPixel_Test8TestBodyEv1
_ZN45ParticleMapsContainer_getRandomParticles_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testMagneticLens.cpp.gcov.html b/doc/coverageReport/test/testMagneticLens.cpp.gcov.html new file mode 100644 index 000000000..e293783f6 --- /dev/null +++ b/doc/coverageReport/test/testMagneticLens.cpp.gcov.html @@ -0,0 +1,248 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testMagneticLens.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testMagneticLens.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8787100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
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+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /// Tests gamale with a test lense from file and demonstrating basic
+       2             : /// usage
+       3             : 
+       4             : //--------------------------------------------
+       5             : // Project: Galactic magnetic Lense (GaMaLe) -
+       6             : // Copyright (C) 2009 Tobias Winchen         -
+       7             : //               RWTH Aachen, Germany        -
+       8             : // Contact: winchen@physik.rwth-achen.de     -
+       9             : // Licensed under the GNU GPL v2             - 
+      10             : //--------------------------------------------
+      11             : 
+      12             : #include <string>
+      13             : #include "gtest/gtest.h"
+      14             : 
+      15             : #include "crpropa/magneticLens/MagneticLens.h"
+      16             : #include "crpropa/magneticLens/ModelMatrix.h"
+      17             : #include "crpropa/magneticLens/Pixelization.h"
+      18             : #include "crpropa/magneticLens/ParticleMapsContainer.h"
+      19             : #include "crpropa/Common.h"
+      20             : 
+      21             : using namespace std;
+      22             : using namespace crpropa;
+      23             : 
+      24           1 : TEST(MagneticLens, Deflection)
+      25             : {
+      26           1 :         MagneticLens magneticLens(5);
+      27           1 :         Pixelization P(5);
+      28           1 :         ModelMatrixType M;
+      29           1 :         M.resize(P.nPix(), P.nPix());
+      30           1 :         M.reserve(P.nPix());
+      31             : 
+      32             :         // Map any direction (p,t) to (p, -t)
+      33       12289 :         for (int i=0;i<P.nPix();i++)
+      34             :         {
+      35             :                 double theta, phi;
+      36       12288 :                 P.pix2Direction(i, phi, theta);
+      37       12288 :                 theta*= -1;
+      38       12288 :                 int j = P.direction2Pix(phi, theta);
+      39       12288 :                 M.insert(i,j) =1;
+      40             :         }
+      41             : 
+      42           1 :         magneticLens.setLensPart(M, 10 * EeV, 100 * EeV);
+      43             : 
+      44       12289 :         for (int i=0; i < P.nPix(); i++)
+      45             :         {
+      46             :                 double theta, phi;
+      47       12288 :                 P.pix2Direction(i, phi, theta);
+      48       12288 :                 double theta0 = theta;
+      49             : 
+      50             :                 // No CR is allowed to be lost in this lens
+      51       12288 :                 EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, phi, theta));
+      52       12288 :                 EXPECT_NEAR(theta+theta0,0., 0.05);
+      53             :         }
+      54           2 : }
+      55             : 
+      56           1 : TEST(MagneticLens, Vector3Deflection)
+      57             : {
+      58           1 :         MagneticLens magneticLens(5);
+      59           1 :         Pixelization P(5);
+      60           1 :         ModelMatrixType M;
+      61           1 :         M.resize(P.nPix(), P.nPix());
+      62           1 :         M.reserve(P.nPix());
+      63             : 
+      64             :         // No deflection 
+      65       12289 :         for (int i=0;i<P.nPix();i++)
+      66             :         {
+      67       12288 :                 M.insert(i,i) = 1;
+      68             :         }
+      69             : 
+      70           1 :         magneticLens.setLensPart(M, 10 * EeV, 100 * EeV);
+      71             : 
+      72             :         Vector3d u(1,0,0);
+      73             :         Vector3d v(u);
+      74           1 :         EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, v));
+      75           1 :         EXPECT_NEAR(u.getAngleTo(v), 0., 2. / 180 * M_PI);
+      76             : 
+      77           1 :         u.x = 0; u.y = 1; u.z = 0; v = u;
+      78           1 :         EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, v));
+      79           1 :         EXPECT_NEAR(u.getAngleTo(v), 0., 2. / 180 * M_PI);
+      80             : 
+      81           1 :         u.x = 0; u.y = 0; u.z = 1; v = u;
+      82           1 :         EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, v));
+      83           1 :         EXPECT_NEAR(u.getAngleTo(v), 0., 2. / 180 * M_PI);
+      84             : 
+      85           1 :         u.x = 1; u.y = -2; u.z = 3; v = u;
+      86           1 :         EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, v));
+      87           1 :         EXPECT_NEAR(u.getAngleTo(v), 0., 2. / 180 * M_PI);
+      88           2 : }
+      89             : 
+      90           1 : TEST(MagneticLens, OutOfBoundsEnergy)
+      91             : {
+      92           1 :         MagneticLens magneticLens(5);
+      93           1 :         Pixelization P(5);
+      94           1 :         ModelMatrixType M;
+      95           1 :         M.resize(P.nPix(), P.nPix());
+      96           1 :         M.reserve(P.nPix());
+      97           1 :         magneticLens.setLensPart(M,10. * EeV, 100. * EeV);
+      98           1 :         double theta = 0, phi = 0;
+      99           1 :         EXPECT_FALSE(magneticLens.transformCosmicRay(1. * EeV, phi, theta));
+     100           2 : }
+     101             : 
+     102             : 
+     103           1 : TEST(Pixelization, angularDistance)
+     104             : {
+     105             :         // test for correct angular distance in case of same vectors 
+     106           1 :         Pixelization P(6);
+     107       49153 :         for (int idx =0; idx < P.nPix(); idx++)
+     108             :         {
+     109       49152 :                 double ang = P.angularDistance(idx,idx);
+     110       49152 :                 EXPECT_TRUE(ang == ang);
+     111             :         }
+     112           1 : }
+     113             : 
+     114             : 
+     115           1 : TEST(ParticleMapsContainer, addParticle)
+     116             : {
+     117           1 :   ParticleMapsContainer maps;
+     118           1 :   maps.addParticle(1000010010, 1 * EeV, 0 , 0 );
+     119           1 :   std::vector<int> pids = maps.getParticleIds();
+     120           1 :   EXPECT_EQ(pids.size(), 1);
+     121           1 :   EXPECT_EQ(pids[0], 1000010010);
+     122             : 
+     123           1 :   std::vector<double> energies = maps.getEnergies(1000010010);
+     124           1 :   EXPECT_EQ(energies.size(), 1);
+     125           1 : }
+     126             : 
+     127           1 : TEST(ParticleMapsContainer, getRandomParticles)
+     128             : {
+     129           1 :   ParticleMapsContainer maps(0.002);
+     130           1 :   maps.addParticle(1000010010, 1 * EeV, 0 , 0 );
+     131             :   std::vector<double> energies;
+     132             :   std::vector<double> lons;
+     133             :   std::vector<double> lats;
+     134             :   std::vector<int> particleIds;
+     135             : 
+     136           1 :   size_t N = 420;
+     137           1 :         maps.getRandomParticles(N, particleIds, energies, lons, lats);
+     138             :                         
+     139           1 :   EXPECT_EQ(energies.size(), N);
+     140           1 :   EXPECT_EQ(lons.size(), N);
+     141           1 :   EXPECT_EQ(lats.size(), N);
+     142           1 :   EXPECT_EQ(particleIds.size(), N);
+     143             : 
+     144         421 :   for(size_t i = 0; i < N; i++)
+     145             :   {
+     146         420 :     EXPECT_NEAR(log10(energies[i]), 18, 0.002);
+     147         420 :     EXPECT_EQ(particleIds[i], 1000010010);
+     148         420 :     EXPECT_NEAR(lons[i], 0, 2./180*M_PI);
+     149         420 :     EXPECT_NEAR(lats[i], 0, 2./180*M_PI);
+     150             :   }
+     151             : 
+     152           1 : }
+     153             : 
+     154           1 : TEST(Pixelization, randomDirectionInPixel)
+     155             : {
+     156           1 :   Pixelization p(6);
+     157             :   const double long0 = -35./180 * M_PI;
+     158             :   const double lat0 =  12.08/180 * M_PI;
+     159             : 
+     160           1 :   int pix = p.direction2Pix(long0, lat0);
+     161             : 
+     162             :   double rlon, rlat;
+     163           1 :   p.getRandomDirectionInPixel(pix, rlon, rlat);
+     164             : 
+     165             :   // new direction should be inside the pixel
+     166           1 :   EXPECT_EQ(pix, p.direction2Pix(rlon, rlat));
+     167             : 
+     168             :   // new direction should be different from input 
+     169           1 :   EXPECT_FALSE(long0 == rlon);
+     170           1 :   EXPECT_FALSE(lat0 == rlat);
+     171             : 
+     172           1 : }
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testModuleList.cpp.func-sort-c.html b/doc/coverageReport/test/testModuleList.cpp.func-sort-c.html new file mode 100644 index 000000000..923a232e2 --- /dev/null +++ b/doc/coverageReport/test/testModuleList.cpp.func-sort-c.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testModuleList.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testModuleList.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:525594.5 %
Date:2024-04-08 14:58:22Functions:6785.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa23ModuleList_process_Test8TestBodyEv1
_ZN7crpropa25ModuleList_getModule_Test8TestBodyEv1
_ZN7crpropa25ModuleList_runOpenMP_Test8TestBodyEv1
_ZN7crpropa25ModuleList_runSource_Test8TestBodyEv1
_ZN7crpropa28ModuleList_removeModule_Test8TestBodyEv1
_ZN7crpropa32ModuleList_runCandidateList_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testModuleList.cpp.func.html b/doc/coverageReport/test/testModuleList.cpp.func.html new file mode 100644 index 000000000..1ac5ff9e1 --- /dev/null +++ b/doc/coverageReport/test/testModuleList.cpp.func.html @@ -0,0 +1,100 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testModuleList.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testModuleList.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:525594.5 %
Date:2024-04-08 14:58:22Functions:6785.7 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa23ModuleList_process_Test8TestBodyEv1
_ZN7crpropa25ModuleList_getModule_Test8TestBodyEv1
_ZN7crpropa25ModuleList_runOpenMP_Test8TestBodyEv1
_ZN7crpropa25ModuleList_runSource_Test8TestBodyEv1
_ZN7crpropa28ModuleList_removeModule_Test8TestBodyEv1
_ZN7crpropa32ModuleList_runCandidateList_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testModuleList.cpp.gcov.html b/doc/coverageReport/test/testModuleList.cpp.gcov.html new file mode 100644 index 000000000..63abd27da --- /dev/null +++ b/doc/coverageReport/test/testModuleList.cpp.gcov.html @@ -0,0 +1,155 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testModuleList.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testModuleList.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:525594.5 %
Date:2024-04-08 14:58:22Functions:6785.7 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/ModuleList.h"
+       2             : #include "crpropa/Source.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : #include "crpropa/module/SimplePropagation.h"
+       5             : #include "crpropa/module/BreakCondition.h"
+       6             : 
+       7             : #include "gtest/gtest.h"
+       8             : 
+       9             : namespace crpropa {
+      10             : 
+      11           1 : TEST(ModuleList, process) {
+      12           1 :         ModuleList modules;
+      13           2 :         modules.add(new SimplePropagation());
+      14           1 :         ParticleState initial;
+      15           1 :         ref_ptr<Candidate> candidate = new Candidate(initial);
+      16           2 :         modules.process(candidate);
+      17           1 : }
+      18             : 
+      19           1 : TEST(ModuleList, getModule) {
+      20           1 :         ModuleList modules;
+      21           1 :         ref_ptr<SimplePropagation> prop = new SimplePropagation();
+      22           1 :         modules.add(prop);
+      23           2 :         EXPECT_TRUE(modules[0] == prop);
+      24           1 : }
+      25             : 
+      26           1 : TEST(ModuleList, removeModule) {
+      27           1 :         ModuleList modules;
+      28           1 :         ref_ptr<SimplePropagation> prop = new SimplePropagation();
+      29           1 :         modules.add(prop);
+      30           1 :         modules.remove(0);
+      31           1 :         EXPECT_EQ(modules.size(), 0);
+      32           1 : }
+      33             : 
+      34           1 : TEST(ModuleList, runCandidateList) {
+      35           1 :         ModuleList modules;
+      36           2 :         modules.add(new SimplePropagation());
+      37           1 :         modules.add(new MaximumTrajectoryLength(1 * Mpc));
+      38           1 :         ParticleState initial;
+      39           1 :         ref_ptr<Candidate> candidate = new Candidate(initial);
+      40           1 :         modules.run(candidate);
+      41           1 :         EXPECT_DOUBLE_EQ(1 * Mpc, candidate->getTrajectoryLength());
+      42           1 :         EXPECT_TRUE(candidate->isActive() == false);
+      43           1 : }
+      44             : 
+      45           1 : TEST(ModuleList, runSource) {
+      46           1 :         ModuleList modules;
+      47           2 :         modules.add(new SimplePropagation());
+      48           1 :         modules.add(new MaximumTrajectoryLength(1 * Mpc));
+      49             :         Source source;
+      50           1 :         source.add(new SourcePosition(Vector3d(10, 0, 0) * Mpc));
+      51           2 :         source.add(new SourceIsotropicEmission());
+      52           1 :         source.add(new SourcePowerLawSpectrum(5 * EeV, 100 * EeV, -2));
+      53           1 :         source.add(new SourceParticleType(nucleusId(1, 1)));
+      54           1 :         modules.setShowProgress(true);
+      55           1 :         modules.run(&source, 100, false);
+      56           1 : }
+      57             : 
+      58             : #if _OPENMP
+      59             : #include <omp.h>
+      60           1 : TEST(ModuleList, runOpenMP) {
+      61           1 :         ModuleList modules;
+      62           2 :         modules.add(new SimplePropagation());
+      63           1 :         modules.add(new MaximumTrajectoryLength(1 * Mpc));
+      64             :         Source source;
+      65           1 :         source.add(new SourcePosition(Vector3d(10, 0, 0) * Mpc));
+      66           2 :         source.add(new SourceIsotropicEmission());
+      67           1 :         source.add(new SourcePowerLawSpectrum(5 * EeV, 100 * EeV, -2));
+      68           1 :         source.add(new SourceParticleType(nucleusId(1, 1)));
+      69           1 :         omp_set_num_threads(2);
+      70           1 :         modules.run(&source, 1000, false);
+      71           1 : }
+      72             : #endif
+      73             : 
+      74           0 : int main(int argc, char **argv) {
+      75           0 :         ::testing::InitGoogleTest(&argc, argv);
+      76           0 :         return RUN_ALL_TESTS();
+      77             : }
+      78             : 
+      79             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testOutput.cpp.func-sort-c.html b/doc/coverageReport/test/testOutput.cpp.func-sort-c.html new file mode 100644 index 000000000..f1f61fe38 --- /dev/null +++ b/doc/coverageReport/test/testOutput.cpp.func-sort-c.html @@ -0,0 +1,144 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testOutput.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testOutput.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15716296.9 %
Date:2024-04-08 14:58:22Functions:171894.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_Z11ArraysMatchIiLm10EEN7testing15AssertionResultERAT0__KT_S5_1
_ZN7crpropa16Output_size_Test8TestBodyEv1
_ZN7crpropa27ParticleCollector_size_Test8TestBodyEv1
_ZN7crpropa29TextOutput_printProperty_Test8TestBodyEv1
_ZN7crpropa31ParticleCollector_dumpload_Test8TestBodyEv1
_ZN7crpropa32ParticleCollector_fetchItem_Test8TestBodyEv1
_ZN7crpropa32ParticleCollector_reprocess_Test8TestBodyEv1
_ZN7crpropa34TextOutput_printHeader_Custom_Test8TestBodyEv1
_ZN7crpropa35TextOutput_printHeader_Event1D_Test8TestBodyEv1
_ZN7crpropa35TextOutput_printHeader_Event3D_Test8TestBodyEv1
_ZN7crpropa35TextOutput_printHeader_Version_Test8TestBodyEv1
_ZN7crpropa36ParticleCollector_getTrajectory_Test8TestBodyEv1
_ZN7crpropa36ParticleCollector_runModuleList_Test8TestBodyEv1
_ZN7crpropa39HDF5Output_failOnIllegalOutputFile_Test8TestBodyEv1
_ZN7crpropa39TextOutput_failOnIllegalOutputFile_Test8TestBodyEv1
_ZN7crpropa40TextOutput_printHeader_Trajectory1D_Test8TestBodyEv1
_ZN7crpropa40TextOutput_printHeader_Trajectory3D_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testOutput.cpp.func.html b/doc/coverageReport/test/testOutput.cpp.func.html new file mode 100644 index 000000000..9920b9d67 --- /dev/null +++ b/doc/coverageReport/test/testOutput.cpp.func.html @@ -0,0 +1,144 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testOutput.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testOutput.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15716296.9 %
Date:2024-04-08 14:58:22Functions:171894.4 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_Z11ArraysMatchIiLm10EEN7testing15AssertionResultERAT0__KT_S5_1
_ZN7crpropa16Output_size_Test8TestBodyEv1
_ZN7crpropa27ParticleCollector_size_Test8TestBodyEv1
_ZN7crpropa29TextOutput_printProperty_Test8TestBodyEv1
_ZN7crpropa31ParticleCollector_dumpload_Test8TestBodyEv1
_ZN7crpropa32ParticleCollector_fetchItem_Test8TestBodyEv1
_ZN7crpropa32ParticleCollector_reprocess_Test8TestBodyEv1
_ZN7crpropa34TextOutput_printHeader_Custom_Test8TestBodyEv1
_ZN7crpropa35TextOutput_printHeader_Event1D_Test8TestBodyEv1
_ZN7crpropa35TextOutput_printHeader_Event3D_Test8TestBodyEv1
_ZN7crpropa35TextOutput_printHeader_Version_Test8TestBodyEv1
_ZN7crpropa36ParticleCollector_getTrajectory_Test8TestBodyEv1
_ZN7crpropa36ParticleCollector_runModuleList_Test8TestBodyEv1
_ZN7crpropa39HDF5Output_failOnIllegalOutputFile_Test8TestBodyEv1
_ZN7crpropa39TextOutput_failOnIllegalOutputFile_Test8TestBodyEv1
_ZN7crpropa40TextOutput_printHeader_Trajectory1D_Test8TestBodyEv1
_ZN7crpropa40TextOutput_printHeader_Trajectory3D_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testOutput.cpp.gcov.html b/doc/coverageReport/test/testOutput.cpp.gcov.html new file mode 100644 index 000000000..3a91eb777 --- /dev/null +++ b/doc/coverageReport/test/testOutput.cpp.gcov.html @@ -0,0 +1,355 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testOutput.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testOutput.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15716296.9 %
Date:2024-04-08 14:58:22Functions:171894.4 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : /** Unit tests for Output modules of CRPropa
+       2             :     Output
+       3             :     TextOutput
+       4             :     ParticleCollector
+       5             :  */
+       6             : 
+       7             : #include "CRPropa.h"
+       8             : 
+       9             : #include "gtest/gtest.h"
+      10             : #include <iostream>
+      11             : #include <string>
+      12             : 
+      13             : 
+      14             : #ifdef CRPROPA_HAVE_HDF5
+      15             : #include <hdf5.h>
+      16             : #endif
+      17             : 
+      18             : // compare two arrays (intead of using Google Mock)
+      19             : // https://stackoverflow.com/a/10062016/6819103
+      20             : template <typename T, size_t size>
+      21           1 : ::testing::AssertionResult ArraysMatch(const T (&expected)[size],
+      22             :                                        const T (&actual)[size]) {
+      23          11 :         for (size_t i(0); i < size; ++i) {
+      24          10 :                 if (expected[i] != actual[i]) {
+      25             :                         return ::testing::AssertionFailure()
+      26           0 :                                << "array[" << i << "] (" << actual[i] << ") != expected["
+      27           0 :                                << i << "] (" << expected[i] << ")";
+      28             :                 }
+      29             :         }
+      30             : 
+      31           1 :         return ::testing::AssertionSuccess();
+      32             : }
+      33             : 
+      34             : namespace crpropa {
+      35             : 
+      36             : //-- Output
+      37           1 : TEST(Output, size) {
+      38           1 :         Candidate c;
+      39           1 :         Output output;
+      40           6 :         for (int it = 0; it < 5; ++it, output.process(&c));
+      41             : 
+      42           1 :         EXPECT_EQ(output.size(), 5);
+      43           1 : }
+      44             : 
+      45             : //-- TextOutput
+      46           1 : TEST(TextOutput, printHeader_Trajectory1D) {
+      47           1 :         Candidate c;
+      48           1 :         TextOutput output(Output::Trajectory1D);
+      49             : 
+      50           1 :         ::testing::internal::CaptureStdout();
+      51           1 :         output.process(&c);
+      52           1 :         std::string captured = testing::internal::GetCapturedStdout();
+      53             : 
+      54           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")), "#\tID\tE\tX");
+      55           1 : }
+      56             : 
+      57           1 : TEST(TextOutput, printHeader_Event1D) {
+      58           1 :         Candidate c;
+      59           1 :         TextOutput output(Output::Event1D);
+      60             : 
+      61           1 :         ::testing::internal::CaptureStdout();
+      62           1 :         output.process(&c);
+      63           1 :         std::string captured = testing::internal::GetCapturedStdout();
+      64             : 
+      65           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")), "#\tD\tID\tE\tID0\tE0");
+      66           1 : }
+      67             : 
+      68           1 : TEST(TextOutput, printHeader_Trajectory3D) {
+      69           1 :         Candidate c;
+      70           1 :         TextOutput output(Output::Trajectory3D);
+      71             : 
+      72           1 :         ::testing::internal::CaptureStdout();
+      73           1 :         output.process(&c);
+      74           1 :         std::string captured = testing::internal::GetCapturedStdout();
+      75             : 
+      76           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")),
+      77             :                   "#\tD\tID\tE\tX\tY\tZ\tPx\tPy\tPz");
+      78           1 : }
+      79             : 
+      80           1 : TEST(TextOutput, printHeader_Event3D) {
+      81           1 :         Candidate c;
+      82           1 :         TextOutput output(Output::Event3D);
+      83             : 
+      84           1 :         ::testing::internal::CaptureStdout();
+      85           1 :         output.process(&c);
+      86           1 :         std::string captured = testing::internal::GetCapturedStdout();
+      87             : 
+      88           2 :         EXPECT_EQ(
+      89             :             captured.substr(0, captured.find("\n")),
+      90             :             "#\tD\tID\tE\tX\tY\tZ\tPx\tPy\tPz\tID0\tE0\tX0\tY0\tZ0\tP0x\tP0y\tP0z");
+      91           1 : }
+      92             : 
+      93           1 : TEST(TextOutput, printHeader_Custom) {
+      94           1 :         Candidate c;
+      95           1 :         TextOutput output(Output::Event1D);
+      96             : 
+      97           1 :         output.enable(Output::SerialNumberColumn);
+      98           1 :         output.disable(Output::TrajectoryLengthColumn);
+      99           1 :         output.set(Output::RedshiftColumn, false);
+     100           1 :         output.enable(Output::CandidateTagColumn);
+     101             : 
+     102           1 :         ::testing::internal::CaptureStdout();
+     103           1 :         output.process(&c);
+     104           1 :         std::string captured = testing::internal::GetCapturedStdout();
+     105             : 
+     106           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")),
+     107             :                   "#\tSN\tID\tE\tSN0\tID0\tE0\tSN1\ttag");
+     108           1 : }
+     109             : 
+     110           1 : TEST(TextOutput, printProperty) {
+     111           1 :         Candidate c;
+     112           1 :         TextOutput output(Output::Event1D);
+     113           1 :         output.disableAll();
+     114           2 :         output.enableProperty("foo", 2.0, "Bar");
+     115             : 
+     116           1 :         ::testing::internal::CaptureStdout();
+     117           1 :         output.process(&c);
+     118           1 :         std::string captured = testing::internal::GetCapturedStdout();
+     119             : 
+     120             :         // name in first line of header
+     121           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")), "#\tfoo");
+     122           1 : }
+     123             : 
+     124           1 : TEST(TextOutput, printHeader_Version) {
+     125           1 :         Candidate c;
+     126           1 :         TextOutput output(Output::Event1D);
+     127             : 
+     128           1 :         ::testing::internal::CaptureStdout();
+     129           1 :         output.process(&c);
+     130           1 :         std::string captured = testing::internal::GetCapturedStdout();
+     131             : 
+     132             :         // length of the prefix is 19 chars
+     133           1 :         size_t version_pos = captured.find("# CRPropa version: ") + 19;
+     134             : 
+     135           2 :         EXPECT_EQ(captured.substr(version_pos,
+     136             :                                   captured.find("\n", version_pos) - version_pos),
+     137             :                   g_GIT_DESC);
+     138           1 : }
+     139             : 
+     140             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
+     141           1 : TEST(TextOutput, failOnIllegalOutputFile) {
+     142           2 :         EXPECT_THROW(
+     143             :             TextOutput output("THIS_FOLDER_MUST_NOT_EXISTS_12345+/FILE.txt"),
+     144             :             std::runtime_error);
+     145           1 : }
+     146             : #endif
+     147             : 
+     148             : #ifdef CRPROPA_HAVE_HDF5
+     149             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
+     150           1 : TEST(HDF5Output, failOnIllegalOutputFile) {
+     151           1 :         HDF5Output out;
+     152             :         // disable default error output of HDF5
+     153           1 :         H5Eset_auto2(H5E_DEFAULT, NULL, NULL);
+     154           2 :         EXPECT_THROW(out.open("THIS_FOLDER_MUST_NOT_EXISTS_12345+/FILE.h5"),
+     155             :                      std::runtime_error);
+     156           1 : }
+     157             : #endif
+     158             : #endif
+     159             : 
+     160             : //-- ParticleCollector
+     161           2 : TEST(ParticleCollector, size) {
+     162           2 :         ref_ptr<Candidate> c = new Candidate();
+     163           1 :         ParticleCollector output;
+     164             : 
+     165           6 :         for (int it = 0; it < 5; ++it, output.process(c))
+     166             :                 ;
+     167             : 
+     168           1 :         EXPECT_EQ(output.size(), 5);
+     169           2 : }
+     170             : 
+     171           1 : TEST(ParticleCollector, fetchItem) {
+     172           2 :         ref_ptr<Candidate> c = new Candidate(nucleusId(1, 1), 1 * EeV);
+     173           1 :         ParticleCollector output;
+     174             : 
+     175           1 :         output.process(c);
+     176             : 
+     177           2 :         EXPECT_EQ(output[0], c);
+     178           2 : }
+     179             : 
+     180           1 : TEST(ParticleCollector, reprocess) {
+     181           2 :         ref_ptr<Candidate> c = new Candidate(nucleusId(1, 1), 1 * EeV);
+     182           1 :         ParticleCollector collector;
+     183           1 :         ParticleCollector output;
+     184             : 
+     185           1 :         collector.process(c);
+     186           1 :         collector.reprocess(&output);
+     187             : 
+     188           2 :         EXPECT_EQ(output[0], c);
+     189           2 : }
+     190             : 
+     191           1 : TEST(ParticleCollector, dumpload) {
+     192           2 :         ref_ptr<Candidate> c = new Candidate(nucleusId(1, 1), 1.234 * EeV);
+     193           1 :         c->current.setPosition(Vector3d(1, 2, 3));
+     194           1 :         c->current.setDirection(Vector3d(-1, -1, -1));
+     195           1 :         c->setTrajectoryLength(1 * Mpc);
+     196           1 :         c->setRedshift(2);
+     197             : 
+     198           1 :         ParticleCollector input;
+     199           1 :         ParticleCollector output;
+     200             : 
+     201          12 :         for (int i = 0; i <= 10; ++i) {
+     202          22 :                 input.process(c);
+     203             :         }
+     204             : 
+     205             :         // Well, it would be nicer if we don't need to receate any file
+     206           1 :         input.dump("ParticleCollector_DumpTest.txt");
+     207           1 :         output.load("ParticleCollector_DumpTest.txt");
+     208             : 
+     209           1 :         EXPECT_EQ(input.size(), output.size());
+     210           2 :         EXPECT_EQ(output[0]->current.getEnergy(), c->current.getEnergy());
+     211           2 :         EXPECT_EQ(output[1]->getTrajectoryLength(), c->getTrajectoryLength());
+     212           2 :         EXPECT_EQ(output[2]->current.getId(), c->current.getId());
+     213           2 :         EXPECT_EQ(output[3]->getRedshift(), c->getRedshift());
+     214           2 : }
+     215             : 
+     216             : // Just test if the trajectory is on a line for rectilinear propagation
+     217           1 : TEST(ParticleCollector, getTrajectory) {
+     218             :         int pos_x[10];
+     219           1 :         int pos_x_expected[] = {9, 8, 7, 6, 5, 4, 3, 2, 1, 0};
+     220             : 
+     221           1 :         ParticleState p;
+     222           1 :         p.setPosition(Vector3d(10, 0, 0));
+     223           1 :         p.setDirection(Vector3d(-1, 0, 0));
+     224           1 :         ref_ptr<Candidate> c = new Candidate(p);
+     225             : 
+     226           1 :         ref_ptr<ParticleCollector> output = new ParticleCollector();
+     227           1 :         ref_ptr<ParticleCollector> trajectory = new ParticleCollector();
+     228           1 :         trajectory->setClone(true);
+     229             : 
+     230           1 :         ref_ptr<ModuleList> sim = new ModuleList();
+     231           1 :         sim->add(new SimplePropagation(1, 1));
+     232             : 
+     233           1 :         ref_ptr<Observer> obs = new Observer();
+     234           1 :         obs->add(new Observer1D());
+     235           1 :         obs->onDetection(output);
+     236           1 :         sim->add(obs);
+     237             : 
+     238           2 :         sim->run(c);
+     239             : 
+     240           2 :         output->getTrajectory(sim, 0, trajectory);
+     241             : 
+     242             :         Vector3d pos;
+     243             :         int i = 0;
+     244             : 
+     245           1 :         for (ParticleCollector::iterator itr = trajectory->begin();
+     246          11 :              itr != trajectory->end(); ++itr) {
+     247          10 :                 pos = (*(itr->get())).current.getPosition();
+     248          10 :                 pos_x[i] = pos.getX();
+     249          10 :                 ++i;
+     250             :         }
+     251             : 
+     252           1 :         EXPECT_TRUE(ArraysMatch(pos_x_expected, pos_x));
+     253           1 : }
+     254             : 
+     255           1 : TEST(ParticleCollector, runModuleList) {
+     256           1 :         ModuleList modules;
+     257           2 :         modules.add(new SimplePropagation());
+     258           1 :         modules.add(new MaximumTrajectoryLength(1 * Mpc));
+     259             : 
+     260           1 :         ParticleState p;
+     261           1 :         p.setPosition(Vector3d(10, 0, 0));
+     262           1 :         p.setDirection(Vector3d(-1, 0, 0));
+     263           1 :         ref_ptr<Candidate> c = new Candidate(p);
+     264             : 
+     265           1 :         ref_ptr<ParticleCollector> collector = new ParticleCollector();
+     266             : 
+     267           1 :         collector->process(c);
+     268             : 
+     269           1 :         modules.setShowProgress(false);
+     270           1 :         auto candidates = collector->getContainer();
+     271           1 :         modules.run(&candidates);
+     272           2 : }
+     273             : 
+     274           0 : int main(int argc, char **argv) {
+     275           0 :         ::testing::InitGoogleTest(&argc, argv);
+     276           0 :         return RUN_ALL_TESTS();
+     277             : }
+     278             : 
+     279             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/test/testPropagation.cpp.func-sort-c.html b/doc/coverageReport/test/testPropagation.cpp.func-sort-c.html new file mode 100644 index 000000000..15ff4021f --- /dev/null +++ b/doc/coverageReport/test/testPropagation.cpp.func-sort-c.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testPropagation.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testPropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:33734099.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa29testPropagationBP_proton_Test8TestBodyEv1
_ZN7crpropa29testPropagationCK_proton_Test8TestBodyEv1
_ZN7crpropa30testPropagationBP_neutron_Test8TestBodyEv1
_ZN7crpropa30testPropagationCK_neutron_Test8TestBodyEv1
_ZN7crpropa31testPropagationBP_gyration_Test8TestBodyEv1
_ZN7crpropa31testPropagationCK_gyration_Test8TestBodyEv1
_ZN7crpropa31testSimplePropagation_step_Test8TestBodyEv1
_ZN7crpropa32testPropagationBP_zeroField_Test8TestBodyEv1
_ZN7crpropa32testPropagationCK_zeroField_Test8TestBodyEv1
_ZN7crpropa33testPropagationBP_exceptions_Test8TestBodyEv1
_ZN7crpropa33testPropagationBP_reduceStep_Test8TestBodyEv1
_ZN7crpropa33testPropagationCK_exceptions_Test8TestBodyEv1
_ZN7crpropa33testPropagationCK_reduceStep_Test8TestBodyEv1
_ZN7crpropa34testPropagationBP_constructor_Test8TestBodyEv1
_ZN7crpropa34testPropagationCK_constructor_Test8TestBodyEv1
_ZN7crpropa35testPropagationBP_increaseStep_Test8TestBodyEv1
_ZN7crpropa35testPropagationCK_increaseStep_Test8TestBodyEv1
_ZN7crpropa44testPropagationBP_fixedStepOptimization_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testPropagation.cpp.func.html b/doc/coverageReport/test/testPropagation.cpp.func.html new file mode 100644 index 000000000..586d6fcc2 --- /dev/null +++ b/doc/coverageReport/test/testPropagation.cpp.func.html @@ -0,0 +1,148 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testPropagation.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testPropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:33734099.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa29testPropagationBP_proton_Test8TestBodyEv1
_ZN7crpropa29testPropagationCK_proton_Test8TestBodyEv1
_ZN7crpropa30testPropagationBP_neutron_Test8TestBodyEv1
_ZN7crpropa30testPropagationCK_neutron_Test8TestBodyEv1
_ZN7crpropa31testPropagationBP_gyration_Test8TestBodyEv1
_ZN7crpropa31testPropagationCK_gyration_Test8TestBodyEv1
_ZN7crpropa31testSimplePropagation_step_Test8TestBodyEv1
_ZN7crpropa32testPropagationBP_zeroField_Test8TestBodyEv1
_ZN7crpropa32testPropagationCK_zeroField_Test8TestBodyEv1
_ZN7crpropa33testPropagationBP_exceptions_Test8TestBodyEv1
_ZN7crpropa33testPropagationBP_reduceStep_Test8TestBodyEv1
_ZN7crpropa33testPropagationCK_exceptions_Test8TestBodyEv1
_ZN7crpropa33testPropagationCK_reduceStep_Test8TestBodyEv1
_ZN7crpropa34testPropagationBP_constructor_Test8TestBodyEv1
_ZN7crpropa34testPropagationCK_constructor_Test8TestBodyEv1
_ZN7crpropa35testPropagationBP_increaseStep_Test8TestBodyEv1
_ZN7crpropa35testPropagationCK_increaseStep_Test8TestBodyEv1
_ZN7crpropa44testPropagationBP_fixedStepOptimization_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testPropagation.cpp.gcov.html b/doc/coverageReport/test/testPropagation.cpp.gcov.html new file mode 100644 index 000000000..f3e80ad45 --- /dev/null +++ b/doc/coverageReport/test/testPropagation.cpp.gcov.html @@ -0,0 +1,632 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testPropagation.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testPropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:33734099.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Candidate.h"
+       2             : #include "crpropa/ParticleID.h"
+       3             : #include "crpropa/module/SimplePropagation.h"
+       4             : #include "crpropa/module/PropagationBP.h"
+       5             : #include "crpropa/module/PropagationCK.h"
+       6             : #include "crpropa/magneticField/turbulentField/PlaneWaveTurbulence.h"
+       7             : 
+       8             : #include "gtest/gtest.h"
+       9             : 
+      10             : #include <string>
+      11             : #include <iostream>
+      12             : 
+      13             : namespace crpropa {
+      14             : 
+      15           1 : TEST(testSimplePropagation, step) {
+      16           1 :         double minStep = 20;
+      17           1 :         double maxStep = 100;
+      18           1 :         SimplePropagation propa(minStep, maxStep);
+      19             : 
+      20           1 :         ParticleState p;
+      21           1 :         p.setPosition(Vector3d(0, 0, 0));
+      22           1 :         p.setDirection(Vector3d(0, 1, 0));
+      23             : 
+      24           1 :         Candidate c(p);
+      25           1 :         c.setNextStep(10);
+      26             : 
+      27           1 :         propa.process(&c);
+      28             : 
+      29           1 :         EXPECT_EQ(minStep, c.getCurrentStep());
+      30           1 :         EXPECT_EQ(maxStep, c.getNextStep());
+      31           2 :         EXPECT_EQ(Vector3d(0,  0, 0), c.created.getPosition());
+      32           2 :         EXPECT_EQ(Vector3d(0,  1, 0), c.created.getDirection());
+      33           2 :         EXPECT_EQ(Vector3d(0,  0, 0), c.previous.getPosition());
+      34           2 :         EXPECT_EQ(Vector3d(0,  1, 0), c.previous.getDirection());
+      35           2 :         EXPECT_EQ(Vector3d(0, 20, 0), c.current.getPosition());
+      36           2 :         EXPECT_EQ(Vector3d(0,  1, 0), c.current.getDirection());
+      37           2 : }
+      38             : 
+      39             : 
+      40           1 : TEST(testPropagationCK, zeroField) {
+      41           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 0)));
+      42             : 
+      43             :         double minStep = 0.1 * kpc;
+      44           1 :         propa.setMinimumStep(minStep);
+      45             : 
+      46           1 :         ParticleState p;
+      47           1 :         p.setId(nucleusId(1, 1));
+      48           1 :         p.setEnergy(100 * EeV);
+      49           1 :         p.setPosition(Vector3d(0, 0, 0));
+      50           1 :         p.setDirection(Vector3d(0, 1, 0));
+      51           1 :         Candidate c(p);
+      52           1 :         c.setNextStep(0);
+      53             : 
+      54           1 :         propa.process(&c);
+      55             : 
+      56           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step
+      57           1 :         EXPECT_DOUBLE_EQ(5 * minStep, c.getNextStep());  // acceleration by factor 5
+      58           1 : }
+      59             : 
+      60             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
+      61           1 : TEST(testPropagationCK, exceptions) {
+      62             :         // minStep should be smaller than maxStep
+      63           2 :         EXPECT_THROW(PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 0.42, 10 , 0), std::runtime_error);
+      64             :         // Too large tolerance: tolerance should be between 0 and 1
+      65           2 :         EXPECT_THROW(PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 42., 10 * kpc , 20 * kpc), std::runtime_error);
+      66             : 
+      67           2 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+      68             : 
+      69             :         // set maximum step, so that it can be tested what happens if a larger minStep is set.
+      70           1 :         propa.setMaximumStep(1 * Mpc);
+      71             : 
+      72             :         // this tests _that_ the expected exception is thrown
+      73           1 :         EXPECT_THROW(propa.setTolerance(2.), std::runtime_error);
+      74           1 :         EXPECT_THROW(propa.setMinimumStep(-1.), std::runtime_error);
+      75           1 :         EXPECT_THROW(propa.setMinimumStep(2 * Mpc), std::runtime_error);
+      76             : 
+      77             :         // set minimum step, so that it can be tested what happens if a smaller maxStep is set.
+      78           1 :         propa.setMinimumStep(0.5 * Mpc);
+      79             : 
+      80           1 :         EXPECT_THROW(propa.setMaximumStep(0.1 * Mpc), std::runtime_error);
+      81           1 : }
+      82             : #endif
+      83             : 
+      84           1 : TEST(testPropagationCK, constructor) {
+      85             :         // Test construction and parameters
+      86           1 :         ref_ptr<MagneticField> bField = new UniformMagneticField(Vector3d(0, 0, 1 * nG));
+      87             : 
+      88           1 :         double minStep = 1.;
+      89           1 :         double maxStep = 100.;
+      90           1 :         double tolerance = 0.01;
+      91             : 
+      92           1 :         PropagationCK propa(bField, tolerance, minStep, maxStep);
+      93             : 
+      94           1 :         EXPECT_EQ(minStep, propa.getMinimumStep());
+      95           1 :         EXPECT_EQ(maxStep, propa.getMaximumStep());
+      96           1 :         EXPECT_EQ(tolerance, propa.getTolerance());
+      97           2 :         EXPECT_EQ(bField, propa.getField());
+      98             : 
+      99             :         // Update parameters
+     100           1 :         minStep = 10.;
+     101           1 :         maxStep = 10.;
+     102           1 :         propa.setTolerance(0.0001);
+     103           1 :         bField = new UniformMagneticField(Vector3d(10 * nG, 0, 1 * nG));
+     104             : 
+     105           1 :         propa.setTolerance(tolerance);
+     106           1 :         propa.setMinimumStep(minStep);
+     107           1 :         propa.setMaximumStep(maxStep);
+     108           1 :         propa.setField(bField);
+     109             : 
+     110           1 :         EXPECT_EQ(minStep, propa.getMinimumStep());
+     111           1 :         EXPECT_EQ(maxStep, propa.getMaximumStep());
+     112           1 :         EXPECT_EQ(tolerance, propa.getTolerance());
+     113           2 :         EXPECT_EQ(bField, propa.getField());
+     114             : 
+     115             :         // The propagation should be initialized with the default constructor
+     116           2 :         PropagationCK propaCKField(bField);
+     117           1 :         EXPECT_EQ(propaCKField.getMaximumStep(), 1 * Gpc);
+     118           2 : }
+     119             : 
+     120             : 
+     121             : // Test if the step size is reduced correctly if the error is too large with respect to the tolerance: r > 1
+     122           1 : TEST(testPropagationCK, reduceStep) {
+     123           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 100 * nG)));
+     124             : 
+     125             :         double minStep = 0.1 * kpc;
+     126             :         double maxStep = 1 * Gpc;
+     127           1 :         propa.setMinimumStep(minStep);
+     128           1 :         propa.setMaximumStep(maxStep);
+     129             :         // small tolerance leads to large values of r
+     130           1 :         propa.setTolerance(1e-15);
+     131             : 
+     132           1 :         ParticleState p;
+     133           1 :         p.setId(nucleusId(1, 1));
+     134           1 :         p.setEnergy(100 * TeV);
+     135           1 :         p.setPosition(Vector3d(0, 0, 0));
+     136           1 :         p.setDirection(Vector3d(0, 1, 0));
+     137           1 :         Candidate c(p);
+     138             :         // large step leads to large errors and thus in combination with the low tolerance to high values of r
+     139           1 :         c.setNextStep(maxStep);
+     140             : 
+     141           1 :         propa.process(&c);
+     142             : 
+     143             :         // adaptive algorithm should propagate particle with minimum step size due to the low value for the tolerance
+     144           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step because of large r due to small tolerance
+     145           1 :         EXPECT_DOUBLE_EQ(minStep, c.getNextStep());  // stay at minimum step because of large r due to small tolerance
+     146           1 : }
+     147             : 
+     148             : 
+     149             : // Test if the step size is increased correctly if the error is small with respect to the tolerance: r < 1
+     150           1 : TEST(testPropagationCK, increaseStep) {
+     151           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+     152             : 
+     153             :         double minStep = 0.001 * pc;
+     154             :         double maxStep = 3.125 * pc;
+     155           1 :         propa.setMinimumStep(minStep);
+     156           1 :         propa.setMaximumStep(maxStep);
+     157             :         // large tolerance leads to small values of r. Consequently, the step size can be increased.
+     158           1 :         propa.setTolerance(0.9);
+     159             : 
+     160           1 :         ParticleState p;
+     161           1 :         p.setId(nucleusId(1, 1));
+     162           1 :         p.setEnergy(100 * EeV);
+     163           1 :         p.setPosition(Vector3d(0, 0, 0));
+     164           1 :         p.setDirection(Vector3d(0, 1, 0));
+     165           1 :         Candidate c(p);
+     166             : 
+     167             :         // each step the step size can be increased by a factor of 5.
+     168           6 :         for (int i = 1; i < 6; i++){
+     169           5 :                 propa.process(&c);
+     170           5 :                 EXPECT_DOUBLE_EQ(minStep*pow(5, i) / pc, c.getNextStep()/pc);
+     171             :         }
+     172             :         // after 5 steps the maxStep is reached. The current step is, however, less.
+     173           1 :         EXPECT_DOUBLE_EQ(maxStep/pc/5., c.getCurrentStep()/pc);
+     174           1 :         EXPECT_DOUBLE_EQ(maxStep/pc, c.getNextStep()/pc);
+     175           1 : }
+     176             : 
+     177             : 
+     178           1 : TEST(testPropagationCK, proton) {
+     179           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+     180             : 
+     181             :         double minStep = 0.1 * kpc;
+     182           1 :         propa.setMinimumStep(minStep);
+     183             : 
+     184           1 :         ParticleState p;
+     185           1 :         p.setId(nucleusId(1, 1));
+     186           1 :         p.setEnergy(100 * EeV);
+     187           1 :         p.setPosition(Vector3d(0, 0, 0));
+     188           1 :         p.setDirection(Vector3d(0, 1, 0));
+     189           1 :         Candidate c(p);
+     190           1 :         c.setNextStep(0);
+     191             : 
+     192           1 :         propa.process(&c);
+     193             : 
+     194           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step
+     195           1 :         EXPECT_DOUBLE_EQ(5 * minStep, c.getNextStep());  // acceleration by factor 5
+     196           1 : }
+     197             : 
+     198             : 
+     199             : // Test the numerical results for parallel magnetic field lines along the z-axis
+     200           1 : TEST(testPropagationCK, gyration) {
+     201           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+     202             : 
+     203             :         double step = 10. * Mpc;  // gyroradius is 108.1 Mpc
+     204           1 :         propa.setMaximumStep(step);
+     205           1 :         propa.setMinimumStep(step);
+     206             : 
+     207             : 
+     208           1 :         ParticleState p;
+     209           1 :         p.setId(nucleusId(1, 1));
+     210           1 :         p.setEnergy(100 * EeV);
+     211           1 :         p.setPosition(Vector3d(0, 0, 0));
+     212           1 :         p.setDirection(Vector3d(1, 1, 1));
+     213           1 :         Candidate c(p);
+     214           1 :         c.setNextStep(0);
+     215           1 :         propa.process(&c);
+     216             : 
+     217           1 :         double dirX = c.current.getDirection().x;
+     218           1 :         double dirY = c.current.getDirection().y;
+     219           1 :         double dirZ = c.current.getDirection().z;
+     220           1 :         double posZ = c.current.getPosition().z;
+     221             : 
+     222             :         // Test if the analytical solution is achieved for the components of the momentum with the CK method as expected in
+     223             :         // the background magnetic field.
+     224             :         double precision = 1e-7;
+     225             :         double expected = 2 / 3.;
+     226           1 :         EXPECT_NEAR(expected, dirX * dirX + dirY * dirY, expected * precision);  // constant momentum in the plane perpendicular to background magnetic field field
+     227             :         expected = 1 / 3.;
+     228           1 :         EXPECT_NEAR(expected, dirZ * dirZ, expected * precision);  // constant momentum parallel to the background magnetic field
+     229             :         expected = step * step / 3.;
+     230           1 :         EXPECT_NEAR(expected, posZ * posZ, expected * precision);  // constant velocity parallel to the background magnetic field
+     231             : 
+     232             :         // Nine new steps to have finally propagated the particle ten times
+     233          10 :         for (int i = 0; i < 9; i++){
+     234           9 :                 propa.process(&c);
+     235             :         }
+     236             : 
+     237           1 :         dirX = c.current.getDirection().x;
+     238           1 :         dirY = c.current.getDirection().y;
+     239           1 :         dirZ = c.current.getDirection().z;
+     240           1 :         posZ = c.current.getPosition().z;
+     241             : 
+     242             :         // Compare the numerical solutions after ten steps with the analytical solution of the trajectories
+     243             :         expected = 2 / 3.;
+     244           1 :         EXPECT_NEAR(expected, dirX * dirX + dirY * dirY, expected * precision);  // constant momentum in the plane perpendicular to background magnetic field field
+     245             :         expected = 1 / 3.;
+     246           1 :         EXPECT_NEAR(expected, dirZ * dirZ, expected * precision);  // constant momentum parallel to the background magnetic field
+     247             :         expected = 100 * step * step / 3.;
+     248           1 :         EXPECT_NEAR(expected, posZ * posZ, expected * precision);  // constant velocity parallel to the background magnetic field
+     249           1 : }
+     250             : 
+     251             : 
+     252           1 : TEST(testPropagationCK, neutron) {
+     253           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+     254           1 :         propa.setMinimumStep(1 * kpc);
+     255           1 :         propa.setMaximumStep(42 * Mpc);
+     256             : 
+     257           1 :         ParticleState p;
+     258           1 :         p.setId(nucleusId(1, 0));
+     259           1 :         p.setEnergy(100 * EeV);
+     260           1 :         p.setPosition(Vector3d(0, 0, 0));
+     261           1 :         p.setDirection(Vector3d(0, 1, 0));
+     262           1 :         Candidate c(p);
+     263             : 
+     264           1 :         propa.process(&c);
+     265             : 
+     266           1 :         EXPECT_DOUBLE_EQ(1 * kpc, c.getCurrentStep());
+     267           1 :         EXPECT_DOUBLE_EQ(42 * Mpc, c.getNextStep());
+     268           2 :         EXPECT_EQ(Vector3d(0, 1 * kpc, 0), c.current.getPosition());
+     269           2 :         EXPECT_EQ(Vector3d(0, 1, 0), c.current.getDirection());
+     270           1 : }
+     271             : 
+     272             : 
+     273           1 : TEST(testPropagationBP, zeroField) {
+     274           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 0)), 1 * kpc);
+     275             : 
+     276             :         double minStep = 0.1 * kpc;
+     277           1 :         propa.setMinimumStep(minStep);
+     278           1 :         propa.setTolerance(0.42);
+     279             : 
+     280           1 :         ParticleState p;
+     281           1 :         p.setId(nucleusId(1, 1));
+     282           1 :         p.setEnergy(100 * EeV);
+     283           1 :         p.setPosition(Vector3d(0, 0, 0));
+     284           1 :         p.setDirection(Vector3d(0, 1, 0));
+     285           1 :         Candidate c(p);
+     286           1 :         c.setNextStep(0);
+     287             : 
+     288           1 :         propa.process(&c);
+     289             : 
+     290           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step
+     291           1 :         EXPECT_DOUBLE_EQ(5 * minStep, c.getNextStep());  // acceleration by factor 5
+     292           1 : }
+     293             : 
+     294             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
+     295           1 : TEST(testPropagationBP, exceptions) {
+     296             :         // minStep should be smaller than maxStep
+     297           2 :         EXPECT_THROW(PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 0.42, 10 , 0), std::runtime_error);
+     298             :         // Too large tolerance: tolerance should be between 0 and 1
+     299           2 :         EXPECT_THROW(PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 42., 10 * kpc , 20 * kpc), std::runtime_error);
+     300             : 
+     301           2 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+     302             : 
+     303             :         // set maximum step, so that it can be tested what happens if a larger minStep is set.
+     304           1 :         propa.setMaximumStep(1 * Mpc);
+     305             : 
+     306             :         // this tests _that_ the expected exception is thrown
+     307           1 :         EXPECT_THROW(propa.setTolerance(2.), std::runtime_error);
+     308           1 :         EXPECT_THROW(propa.setMinimumStep(-1.), std::runtime_error);
+     309           1 :         EXPECT_THROW(propa.setMinimumStep(2 * Mpc), std::runtime_error);
+     310             : 
+     311             :         // set minimum step, so that it can be tested what happens if a smaller maxStep is set.
+     312           1 :         propa.setMinimumStep(0.5 * Mpc);
+     313             : 
+     314           1 :         EXPECT_THROW(propa.setMaximumStep(0.1 * Mpc), std::runtime_error);
+     315           1 : }
+     316             : #endif
+     317             : 
+     318             : 
+     319           1 : TEST(testPropagationBP, constructor) {
+     320             :         // Test construction and parameters
+     321           1 :         ref_ptr<MagneticField> bField = new UniformMagneticField(Vector3d(0, 0, 1 * nG));
+     322             : 
+     323           1 :         double minStep = 1.;
+     324           1 :         double maxStep = 100.;
+     325           1 :         double tolerance = 0.01;
+     326             : 
+     327           1 :         PropagationBP propa(bField, tolerance, minStep, maxStep);
+     328             : 
+     329           1 :         EXPECT_EQ(minStep, propa.getMinimumStep());
+     330           1 :         EXPECT_EQ(maxStep, propa.getMaximumStep());
+     331           1 :         EXPECT_EQ(tolerance, propa.getTolerance());
+     332           2 :         EXPECT_EQ(bField, propa.getField());
+     333             : 
+     334             :         // Update parameters
+     335           1 :         minStep = 10.;
+     336           1 :         maxStep = 10.;
+     337           1 :         propa.setTolerance(0.0001);
+     338           1 :         bField = new UniformMagneticField(Vector3d(10 * nG, 0, 1 * nG));
+     339             : 
+     340           1 :         propa.setTolerance(tolerance);
+     341           1 :         propa.setMinimumStep(minStep);
+     342           1 :         propa.setMaximumStep(maxStep);
+     343           1 :         propa.setField(bField);
+     344             : 
+     345           1 :         EXPECT_EQ(minStep, propa.getMinimumStep());
+     346           1 :         EXPECT_EQ(maxStep, propa.getMaximumStep());
+     347           1 :         EXPECT_EQ(tolerance, propa.getTolerance());
+     348           2 :         EXPECT_EQ(bField, propa.getField());
+     349             : 
+     350             :         // Test the fixed step size version of the Boris push
+     351           1 :         minStep = 10. * kpc;
+     352           2 :         PropagationBP propaBP(bField, minStep);
+     353           1 :         EXPECT_EQ(propaBP.getMaximumStep(), propaBP.getMaximumStep());
+     354             : 
+     355             :         // The propagation should be initialized with the default constructor
+     356           2 :         PropagationBP propaBPField(bField);
+     357           1 :         EXPECT_EQ(propaBPField.getMaximumStep(), 1 * kpc);
+     358           2 : }
+     359             : 
+     360             : 
+     361             : // Test if the step size is reduced correctly if the error is too large with respect to the tolerance: r > 1
+     362           1 : TEST(testPropagationBP, reduceStep) {
+     363           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 100 * nG)), 1 * kpc);
+     364             : 
+     365             :         double minStep = 0.1 * kpc;
+     366             :         double maxStep = 1 * Gpc;
+     367           1 :         propa.setMinimumStep(minStep);
+     368           1 :         propa.setMaximumStep(maxStep);
+     369             :         // small tolerance leads to large values of r
+     370           1 :         propa.setTolerance(1e-15);
+     371             : 
+     372           1 :         ParticleState p;
+     373           1 :         p.setId(nucleusId(1, 1));
+     374           1 :         p.setEnergy(100 * TeV);
+     375           1 :         p.setPosition(Vector3d(0, 0, 0));
+     376           1 :         p.setDirection(Vector3d(0, 1, 0));
+     377           1 :         Candidate c(p);
+     378             :         // large step leads to large errors and thus in combination with the low tolerance to high values of r
+     379           1 :         c.setNextStep(maxStep);
+     380             : 
+     381           1 :         propa.process(&c);
+     382             : 
+     383             :         // adaptive algorithm should propagate particle with minimum step size due to the low value for the tolerance
+     384           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step because of large r due to small tolerance
+     385           1 :         EXPECT_DOUBLE_EQ(minStep, c.getNextStep());  // stay at minimum step because of large r due to small tolerance
+     386           1 : }
+     387             : 
+     388             : 
+     389             : // Test if the step size is increased correctly if the error is small with respect to the tolerance: r < 1
+     390           1 : TEST(testPropagationBP, increaseStep) {
+     391           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 1 * kpc);
+     392             : 
+     393             :         double minStep = 0.001 * pc;
+     394             :         double maxStep = 3.125 * pc;
+     395           1 :         propa.setMinimumStep(minStep);
+     396           1 :         propa.setMaximumStep(maxStep);
+     397             :         // large tolerance leads to small values of r. Consequently, the step size can be increased.
+     398           1 :         propa.setTolerance(0.9);
+     399             : 
+     400           1 :         ParticleState p;
+     401           1 :         p.setId(nucleusId(1, 1));
+     402           1 :         p.setEnergy(100 * EeV);
+     403           1 :         p.setPosition(Vector3d(0, 0, 0));
+     404           1 :         p.setDirection(Vector3d(0, 1, 0));
+     405           1 :         Candidate c(p);
+     406             : 
+     407             :         // each step the step size can be increased by a factor of 5.
+     408           6 :         for (int i = 1; i < 6; i++){
+     409           5 :                 propa.process(&c);
+     410           5 :                 EXPECT_DOUBLE_EQ(minStep*pow(5, i) / pc, c.getNextStep()/pc);
+     411             :         }
+     412             :         // after 5 steps the maxStep is reached. The current step is, however, less.
+     413           1 :         EXPECT_DOUBLE_EQ(maxStep/pc/5., c.getCurrentStep()/pc);
+     414           1 :         EXPECT_DOUBLE_EQ(maxStep/pc, c.getNextStep()/pc);
+     415           1 : }
+     416             : 
+     417             : 
+     418           1 : TEST(testPropagationBP, proton) {
+     419           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+     420             : 
+     421             :         double step = 0.01 * kpc;
+     422           1 :         propa.setMinimumStep(step);
+     423           1 :         propa.setMaximumStep(10*step);
+     424           1 :         propa.setTolerance(0.00001);
+     425             : 
+     426           1 :         ParticleState p;
+     427           1 :         p.setId(nucleusId(1, 1));
+     428           1 :         p.setEnergy(100 * EeV);
+     429           1 :         p.setPosition(Vector3d(0, 0, 0));
+     430           1 :         p.setDirection(Vector3d(0, 1, 0));
+     431           1 :         Candidate c(p);
+     432           1 :         c.setNextStep(0);
+     433             : 
+     434           1 :         propa.process(&c);
+     435             : 
+     436           1 :         EXPECT_DOUBLE_EQ(step, c.getCurrentStep());  // perform step
+     437           1 :         EXPECT_DOUBLE_EQ(5 * step, c.getNextStep());  // acceleration by factor 5
+     438           1 : }
+     439             : 
+     440             : 
+     441             : // Test the numerical results for parallel magnetic field lines along the z-axis
+     442           1 : TEST(testPropagationBP, gyration) {
+     443           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+     444             : 
+     445             :         double step = 10. * Mpc;  // gyroradius is 108.1 Mpc
+     446           1 :         propa.setMaximumStep(step);
+     447           1 :         propa.setMinimumStep(step);
+     448             : 
+     449             : 
+     450           1 :         ParticleState p;
+     451           1 :         p.setId(nucleusId(1, 1));
+     452           1 :         p.setEnergy(100 * EeV);
+     453           1 :         p.setPosition(Vector3d(0, 0, 0));
+     454           1 :         p.setDirection(Vector3d(1, 1, 1));
+     455           1 :         Candidate c(p);
+     456           1 :         c.setNextStep(0);
+     457           1 :         propa.process(&c);
+     458             : 
+     459           1 :         double dirX = c.current.getDirection().x;
+     460           1 :         double dirY = c.current.getDirection().y;
+     461           1 :         double dirZ = c.current.getDirection().z;
+     462           1 :         double posZ = c.current.getPosition().z;
+     463             : 
+     464             :         // Test if the analytical solution is achieved for the components of the momentum with the Boris push as expected in
+     465             :         // the background magnetic field.
+     466           1 :         EXPECT_DOUBLE_EQ(2 / 3., dirX * dirX + dirY * dirY);  // constant momentum in the perpendicular plane to background magnetic field field
+     467           1 :         EXPECT_DOUBLE_EQ(1 / 3., dirZ * dirZ);  // constant momentum parallel to the background magnetic field
+     468           1 :         EXPECT_DOUBLE_EQ( step * step / 3., posZ * posZ);  // constant velocity parallel to the background magnetic field
+     469             : 
+     470             :         // Nine new steps to have finally propagated the particle ten times
+     471          10 :         for (int i = 0; i < 9; i++){
+     472           9 :                 propa.process(&c);
+     473             :         }
+     474             : 
+     475           1 :         dirX = c.current.getDirection().x;
+     476           1 :         dirY = c.current.getDirection().y;
+     477           1 :         dirZ = c.current.getDirection().z;
+     478           1 :         posZ = c.current.getPosition().z;
+     479             : 
+     480             :         // Compare the numerical solutions after ten steps with the analytical solution of the trajectories
+     481           1 :         EXPECT_DOUBLE_EQ(2 / 3., dirX * dirX + dirY * dirY);  // constant momentum in the perpendicular plane to background magnetic field field
+     482           1 :         EXPECT_DOUBLE_EQ(1 / 3., dirZ * dirZ);  // constant momentum parallel to the background magnetic field
+     483           1 :         EXPECT_DOUBLE_EQ(100 * step * step / 3., posZ * posZ);  // constant velocity parallel to the background magnetic field
+     484           1 : }
+     485             : 
+     486             : 
+     487             : // Test the that the optimization for fixed step sizes works
+     488           1 : TEST(testPropagationBP, fixedStepOptimization) {
+     489             :         // particle 1 with fixed step sizes
+     490             :         double fixed_step = pc;
+     491           2 :         PropagationBP propa1(new PlaneWaveTurbulence(TurbulenceSpectrum(gauss, pc, 100*pc), 10, 1), fixed_step);
+     492           1 :         ParticleState p1;
+     493           1 :         p1.setId(nucleusId(1, 1));
+     494           1 :         p1.setEnergy(100 * EeV);
+     495           1 :         p1.setPosition(Vector3d(0, 0, 0));
+     496           1 :         p1.setDirection(Vector3d(1, 1, 1));
+     497           1 :         Candidate c1(p1);
+     498           1 :         c1.setNextStep(0);
+     499             :         // Nine new steps to have finally propagated the particle ten times
+     500          10 :         for (int i = 0; i < 9; i++){
+     501           9 :                 propa1.process(&c1);
+     502             :         }
+     503             : 
+     504             :         // particle 2 with different min and max steps. The tolerance is chosen such that particle 2 will be
+     505             :         // propagated with the same step as particle 1, however not using the optimization for fixed step sizes
+     506             :         double tolerance = 1;
+     507           2 :         PropagationBP propa2(new PlaneWaveTurbulence(TurbulenceSpectrum(gauss, pc, 100*pc), 10, 1), tolerance, fixed_step, 1.1*fixed_step);
+     508           1 :         ParticleState p2;
+     509           1 :         p2.setId(nucleusId(1, 1));
+     510           1 :         p2.setEnergy(100 * EeV);
+     511           1 :         p2.setPosition(Vector3d(0, 0, 0));
+     512           1 :         p2.setDirection(Vector3d(1, 1, 1));
+     513           1 :         Candidate c2(p2);
+     514           1 :         c1.setNextStep(0);
+     515             :         // Nine new steps to have finally propagated the particle ten times
+     516          10 :         for (int i = 0; i < 9; i++){
+     517           9 :                 propa2.process(&c2);
+     518             :         }
+     519             : 
+     520           1 :         EXPECT_DOUBLE_EQ(c1.current.getDirection().x, c2.current.getDirection().x);
+     521           1 :         EXPECT_DOUBLE_EQ(c1.current.getDirection().y, c2.current.getDirection().y);
+     522           1 :         EXPECT_DOUBLE_EQ(c1.current.getDirection().z, c2.current.getDirection().z);
+     523           1 :         EXPECT_DOUBLE_EQ(c1.current.getPosition().x, c2.current.getPosition().x);
+     524           1 :         EXPECT_DOUBLE_EQ(c1.current.getPosition().y, c2.current.getPosition().y);
+     525           1 :         EXPECT_DOUBLE_EQ(c1.current.getPosition().z, c2.current.getPosition().z);
+     526           1 : }
+     527             : 
+     528             : 
+     529           1 : TEST(testPropagationBP, neutron) {
+     530           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
+     531             : 
+     532           1 :         propa.setMinimumStep(1 * kpc);
+     533           1 :         propa.setMaximumStep(1 * kpc);
+     534             : 
+     535           1 :         ParticleState p;
+     536           1 :         p.setId(nucleusId(1, 0));
+     537           1 :         p.setEnergy(100 * EeV);
+     538           1 :         p.setPosition(Vector3d(0, 0, 0));
+     539           1 :         p.setDirection(Vector3d(0, 1, 0));
+     540           1 :         Candidate c(p);
+     541             : 
+     542           1 :         propa.process(&c);
+     543             : 
+     544           1 :         EXPECT_DOUBLE_EQ(1 * kpc, c.getCurrentStep());
+     545           1 :         EXPECT_DOUBLE_EQ(1 * kpc, c.getNextStep());
+     546           2 :         EXPECT_EQ(Vector3d(0, 1 * kpc, 0), c.current.getPosition());
+     547           2 :         EXPECT_EQ(Vector3d(0, 1, 0), c.current.getDirection());
+     548           1 : }
+     549             : 
+     550             : 
+     551           0 : int main(int argc, char **argv) {
+     552           0 :         ::testing::InitGoogleTest(&argc, argv);
+     553           0 :         return RUN_ALL_TESTS();
+     554             : }
+     555             : 
+     556             : } // namespace crpropa
+
+
+
+ + + + +
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Test:coverage.info.cleanedLines:27928398.6 %
Date:2024-04-08 14:58:22Functions:232495.8 %
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_ZN7crpropa24SourceList_noSource_Test8TestBodyEv1
_ZN7crpropa24SourceTag_sourceTag_Test8TestBodyEv1
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_ZN7crpropa37SourceComposition_throwNoIsotope_Test8TestBodyEv1
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_ZN7crpropa40SourceRedshiftEvolution_testInRange_Test8TestBodyEv1
_ZN7crpropa41SourceUniformHollowSphere_simpleTest_Test8TestBodyEv1
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Test:coverage.info.cleanedLines:27928398.6 %
Date:2024-04-08 14:58:22Functions:232495.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa24SourceList_noSource_Test8TestBodyEv1
_ZN7crpropa24SourceTag_sourceTag_Test8TestBodyEv1
_ZN7crpropa26SourceList_luminosity_Test8TestBodyEv1
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_ZN7crpropa41SourceUniformHollowSphere_simpleTest_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
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+ + + diff --git a/doc/coverageReport/test/testSource.cpp.gcov.html b/doc/coverageReport/test/testSource.cpp.gcov.html new file mode 100644 index 000000000..5c0300eea --- /dev/null +++ b/doc/coverageReport/test/testSource.cpp.gcov.html @@ -0,0 +1,516 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testSource.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testSource.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:27928398.6 %
Date:2024-04-08 14:58:22Functions:232495.8 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Source.h"
+       2             : #include "crpropa/Units.h"
+       3             : #include "crpropa/ParticleID.h"
+       4             : 
+       5             : #include "gtest/gtest.h"
+       6             : #include <stdexcept>
+       7             : 
+       8             : namespace crpropa {
+       9             : 
+      10           2 : TEST(SourcePosition, simpleTest) {
+      11             :         Vector3d position(1, 2, 3);
+      12           1 :         SourcePosition source(position);
+      13           1 :         ParticleState ps;
+      14           1 :         source.prepareParticle(ps);
+      15           2 :         EXPECT_EQ(position, ps.getPosition());
+      16           1 : }
+      17             : 
+      18           1 : TEST(SourceMultiplePositions, simpleTest) {
+      19           1 :         SourceMultiplePositions source;
+      20           1 :         source.add(Vector3d(1, 0, 0), 0.25);
+      21           1 :         source.add(Vector3d(2, 0, 0), 0.75);
+      22           1 :         ParticleState ps;
+      23             :         int n1 = 0;
+      24             :         int n2 = 0;
+      25       10001 :         for (int i = 0; i < 10000; i++) {
+      26       10000 :                 source.prepareParticle(ps);
+      27       10000 :                 if (ps.getPosition().x == 1)
+      28        2585 :                         n1++;
+      29        7415 :                 else if (ps.getPosition().x == 2)
+      30        7415 :                         n2++;
+      31             :         }
+      32           1 :         EXPECT_NEAR(n1, 2500, 5 * sqrt(2500));
+      33           1 :         EXPECT_NEAR(n2, 7500, 5 * sqrt(7500));
+      34           1 : }
+      35             : 
+      36           2 : TEST(SourceUniformSphere, simpleTest) {
+      37             :         Vector3d center(0, 0, 0);
+      38           1 :         double radius = 110;
+      39           1 :         SourceUniformSphere source(center, radius);
+      40           1 :         ParticleState ps;
+      41           1 :         source.prepareParticle(ps);
+      42           1 :         double distance = ps.getPosition().getDistanceTo(center);
+      43           1 :         EXPECT_GE(radius, distance);
+      44           1 : }
+      45             : 
+      46           2 : TEST(SourceUniformHollowSphere, simpleTest) {
+      47             :         Vector3d center(0, 0, 0);
+      48           1 :         double radius_inner = 50;
+      49           1 :         double radius_outer = 110;
+      50             :         SourceUniformHollowSphere source(center,
+      51             :                         radius_inner,
+      52           1 :                         radius_outer);
+      53         101 :         for (int i=0; i < 100; ++i) {
+      54         100 :                 ParticleState ps;
+      55         100 :                 source.prepareParticle(ps);
+      56         100 :                 double distance = ps.getPosition().getDistanceTo(center);
+      57         100 :                 EXPECT_GE(radius_outer, distance);
+      58         100 :                 EXPECT_LE(radius_inner, distance);
+      59             :         }
+      60           1 : }
+      61             : 
+      62           2 : TEST(SourceUniformBox, simpleTest) {
+      63             :         Vector3d origin(-7, -2, 0);
+      64             :         Vector3d size(13, 55, 192);
+      65           1 :         SourceUniformBox box(origin, size);
+      66           1 :         ParticleState p;
+      67           1 :         box.prepareParticle(p);
+      68           1 :         Vector3d pos = p.getPosition();
+      69           1 :         EXPECT_LE(origin.x, pos.x);
+      70           1 :         EXPECT_LE(origin.y, pos.y);
+      71           1 :         EXPECT_LE(origin.z, pos.z);
+      72           1 :         EXPECT_GE(size.x, pos.x);
+      73           1 :         EXPECT_GE(size.y, pos.y);
+      74           1 :         EXPECT_GE(size.z, pos.z);
+      75           1 : }
+      76             : 
+      77           2 : TEST(SourceUniformCylinder, simpleTest) {
+      78             :         Vector3d center(0, 0, 0);
+      79             :         double radius = 15;
+      80             :         double height = 2;
+      81           1 :         SourceUniformCylinder cylinder(center, height, radius);
+      82           1 :         ParticleState ps;
+      83           1 :         cylinder.prepareParticle(ps);
+      84           1 :         Vector3d pos = ps.getPosition();
+      85           1 :         double R2 = pos.x*pos.x+pos.y*pos.y;
+      86           1 :         double H = pow(pos.z*pos.z, 0.5);
+      87           1 :         EXPECT_GE(radius*radius, R2);
+      88           1 :         EXPECT_GE(height/2., H);
+      89           1 : }
+      90             : 
+      91           1 : TEST(SourceSNRDistribution, simpleTest) {
+      92             :         double R_earth = 8.5*kpc;
+      93             :         double alpha = 2.0;
+      94             :         double beta = 3.53;
+      95             :         double Z_G = 0.3*kpc;
+      96           1 :         SourceSNRDistribution snr(R_earth,alpha, beta, Z_G);
+      97           1 :         ParticleState ps;
+      98           1 :         snr.prepareParticle(ps);
+      99           1 :         Vector3d pos = ps.getPosition();
+     100           1 :         double R2 = pos.x*pos.x+pos.y*pos.y;
+     101           1 :         EXPECT_GE(20*kpc*20*kpc, R2); // radius must be smaller than 20 kpc
+     102             :         
+     103             :         double R2_mean = 0.;
+     104             :         double Z_mean = 0.;
+     105      100001 :         for (size_t i=0; i<100000; i++) {
+     106      100000 :                 snr.prepareParticle(ps);
+     107      100000 :                 Vector3d pos = ps.getPosition();
+     108      100000 :                 R2_mean += pow(pos.x/kpc, 2.)+pow(pos.y/kpc, 2.);
+     109      100000 :                 Z_mean += pos.z/kpc;
+     110             :         }
+     111           1 :         R2_mean/=100000.;
+     112           1 :         Z_mean/=100000.;
+     113           1 :         EXPECT_NEAR(100.306, R2_mean, 1);
+     114           1 :         EXPECT_NEAR(0., Z_mean, 0.1);
+     115           1 : }
+     116             : 
+     117           2 : TEST(SourceDensityGrid, withInRange) {
+     118             :         // Create a grid with 10^3 cells ranging from (0, 0, 0) to (10, 10, 10)
+     119             :         Vector3d origin(0, 0, 0);
+     120             :         int cells = 10;
+     121             :         double spacing = 1;
+     122           1 :         auto grid = new Grid1f(origin, cells, spacing);
+     123          11 :         for (int ix = 0; ix < cells; ix++)
+     124         110 :                 for (int iy = 0; iy < cells; iy++)
+     125        1100 :                         for (int iz = 0; iz < cells; iz++)
+     126        1000 :                                 grid->get(ix, iy, iz) = ix * iy * iz;
+     127             : 
+     128           2 :         SourceDensityGrid source(grid);
+     129           1 :         ParticleState p;
+     130             : 
+     131           1 :         source.prepareParticle(p);
+     132           1 :         Vector3d pos = p.getPosition();
+     133             : 
+     134             :         // dialed positions should be within the volume (0, 0, 0) - (10, 10, 10)
+     135           1 :         EXPECT_LE(0, pos.x);
+     136           1 :         EXPECT_GE(10, pos.x);
+     137           1 :         EXPECT_LE(0, pos.y);
+     138           1 :         EXPECT_GE(10, pos.y);
+     139           1 :         EXPECT_LE(0, pos.z);
+     140           1 :         EXPECT_GE(10, pos.z);
+     141           1 : }
+     142             : 
+     143           2 : TEST(SourceDensityGrid, OneAllowedCell) {
+     144             :         // Create a grid with 2^3 cells ranging from (0, 0, 0) to (4, 4, 4)
+     145             :         Vector3d origin(0, 0, 0);
+     146             :         int cells = 2;
+     147             :         double spacing = 2;
+     148           1 :         auto grid = new Grid1f(origin, cells, spacing);
+     149             :         
+     150             :         // set all but one cells to 0
+     151           3 :         for (int ix = 0; ix < cells; ix++)
+     152           6 :                 for (int iy = 0; iy < cells; iy++)
+     153          12 :                         for (int iz = 0; iz < cells; iz++)
+     154           8 :                                 grid->get(ix, iy, iz) = 0;
+     155             : 
+     156             :         // set the first cell ((0, 0, 0) to (2, 2, 2))
+     157           1 :         grid->get(0, 0, 0) = 1;
+     158             : 
+     159           2 :         SourceDensityGrid source(grid);
+     160           1 :         ParticleState p;
+     161             : 
+     162           1 :         int nFalse = 0;
+     163             :         Vector3d mean(0, 0, 0);
+     164       10001 :         for (int i = 0; i < 10000; i++) {
+     165       10000 :                 source.prepareParticle(p);
+     166       10000 :                 Vector3d pos = p.getPosition();
+     167             :                 mean += pos;
+     168       10000 :                 if ((pos.x < 0) or (pos.x > 2) or (pos.y < 0) or (pos.y > 2)
+     169       10000 :                                 or (pos.z < 0) or (pos.z > 2))
+     170           0 :                         nFalse++;
+     171             :         }
+     172             : 
+     173             :         // only the first bin should get dialed
+     174           1 :         EXPECT_EQ(0, nFalse);
+     175             : 
+     176             :         // mean should be close to (1, 1, 1) if random positions are uniform in (0, 0, 0) - (2, 2, 2)
+     177             :         mean /= 10000;
+     178           1 :         EXPECT_NEAR(1, mean.x, 0.2);
+     179           1 :         EXPECT_NEAR(1, mean.y, 0.2);
+     180           1 :         EXPECT_NEAR(1, mean.z, 0.2);
+     181           1 : }
+     182             : 
+     183           2 : TEST(SourceDensityGrid1D, withInRange) {
+     184             :         // Create a grid with 10 cells ranging from 0 to 10
+     185             :         Vector3d origin(0, 0, 0);
+     186             :         int nCells = 10;
+     187             :         double spacing = 1.;
+     188           1 :         auto grid = new Grid1f(origin, nCells, 1, 1, spacing);
+     189             : 
+     190             :         // set some values
+     191          11 :         for (int i = 0; i < 10; i++) {
+     192          10 :                 grid->get(i, 0, 0) = 2;
+     193             :         }
+     194             : 
+     195           2 :         SourceDensityGrid1D source(grid);
+     196           1 :         ParticleState p;
+     197             : 
+     198           1 :         source.prepareParticle(p);
+     199           1 :         Vector3d pos = p.getPosition();
+     200             :         // dialed position should be within the range 0 - 10
+     201           1 :         EXPECT_LE(0, pos.x);
+     202           1 :         EXPECT_GE(10, pos.x);
+     203           1 : }
+     204             : 
+     205           2 : TEST(SourceDensityGrid1D, OneAllowedCell) {
+     206             :         // Test if the only allowed cells is repeatedly selected
+     207             :         Vector3d origin(0, 0, 0);
+     208             :         int nCells = 10;
+     209             :         double spacing = 1.;
+     210           1 :         auto grid = new Grid1f(origin, nCells, 1, 1, spacing);
+     211             : 
+     212             :         // set some values
+     213          11 :         for (int i = 0; i < 10; i++) {
+     214          10 :                 grid->get(i, 0, 0) = 0;
+     215             :         }
+     216           1 :         grid->get(5, 0, 0) = 1;
+     217             : 
+     218           2 :         SourceDensityGrid1D source(grid);
+     219           1 :         ParticleState p;
+     220             : 
+     221         101 :         for (int i = 0; i < 100; i++) {
+     222         100 :                 source.prepareParticle(p);
+     223             :                 // dialed position should be in range 5-6
+     224         100 :                 Vector3d pos = p.getPosition();
+     225         100 :                 EXPECT_LE(5, pos.x);
+     226         100 :                 EXPECT_GE(6, pos.x);
+     227             :         }
+     228           1 : }
+     229             : 
+     230           1 : TEST(SourcePowerLawSpectrum, simpleTest) {
+     231           1 :         double Emin = 4 * EeV;
+     232           1 :         double Emax = 200 * EeV;
+     233             :         double index = -2.7;
+     234           1 :         SourcePowerLawSpectrum spectrum(Emin, Emax, index);
+     235           1 :         ParticleState ps;
+     236           1 :         spectrum.prepareParticle(ps);
+     237             : 
+     238             :         // energy should be within Emin - Emax
+     239           1 :         EXPECT_LE(Emin, ps.getEnergy());
+     240           1 :         EXPECT_GE(Emax, ps.getEnergy());
+     241           1 : }
+     242             : 
+     243           1 : TEST(SourceComposition, simpleTest) {
+     244           1 :         double Emin = 10;
+     245             :         double Rmax = 100;
+     246             :         double index = -1;
+     247           1 :         SourceComposition source(Emin, Rmax, index);
+     248           1 :         source.add(nucleusId(6, 3), 1);
+     249           1 :         ParticleState p;
+     250           1 :         source.prepareParticle(p);
+     251           1 :         EXPECT_EQ(nucleusId(6, 3), p.getId());
+     252           1 :         EXPECT_LE(Emin, p.getEnergy());
+     253           1 :         EXPECT_GE(6 * Rmax, p.getEnergy());
+     254           1 : }
+     255             : 
+     256           2 : TEST(SourceDirectedEmission, simpleTest) {
+     257             :         Vector3d mu(1., 0., 0.);
+     258             :         double kappa = 1000.;
+     259           1 :         SourceDirectedEmission source(mu, kappa);
+     260           1 :         Candidate c;
+     261             :         Vector3d meanDir(0., 0., 0.);
+     262        1001 :         for (size_t i = 0; i < 1000; i++) {
+     263        1000 :                 source.prepareCandidate(c);
+     264        1000 :                 meanDir += c.source.getDirection();
+     265        1000 :                 double w = c.getWeight();
+     266        1000 :                 EXPECT_GE(w, 0.);
+     267             :         }
+     268             :         meanDir /= 1000.;
+     269           1 :         EXPECT_NEAR(meanDir.x, 1., 0.1);
+     270           1 :         EXPECT_NEAR(meanDir.y, 0., 0.01);
+     271           1 :         EXPECT_NEAR(meanDir.z, 0., 0.01);
+     272           2 : }
+     273             : 
+     274           2 : TEST(SourceEmissionCone, simpleTest) {
+     275             :         Vector3d direction(42., 0., 0.);
+     276           1 :         double aperture = 1/42.;
+     277             :         
+     278           1 :         SourceEmissionCone source(direction, aperture);
+     279             :         
+     280           1 :         ParticleState p;
+     281           1 :         source.prepareParticle(p);
+     282           1 :         double angle = direction.getAngleTo(p.getDirection());
+     283           1 :         EXPECT_LE(angle, aperture);
+     284           1 : }
+     285             : 
+     286             : #ifdef CRPROPA_HAVE_MUPARSER
+     287           1 : TEST(SourceGenericComposition, simpleTest) {
+     288             :         double Emin = 10;
+     289             :         double Emax = 100;
+     290           1 :         SourceGenericComposition source(Emin, Emax, "E^-2");
+     291           1 :         int id1 = nucleusId(6, 3);
+     292           1 :         int id2 = nucleusId(12, 6);
+     293           1 :         source.add(id1, 1);
+     294           1 :         source.add(id2, 10);
+     295           1 :         ParticleState p;
+     296             :         size_t id1Count = 0, id2Count = 0;
+     297             :         size_t ElowCount = 0, EhighCount = 0;
+     298           1 :         size_t n = 100000;
+     299      100001 :         for (size_t i = 0; i < n; i++) {
+     300      100000 :                 source.prepareParticle(p);
+     301      100000 :                 if (p.getId() == id1)
+     302        8964 :                         id1Count++;
+     303      100000 :                 if (p.getId() == id2)
+     304       91036 :                         id2Count++;
+     305      100000 :                 double e = p.getEnergy();
+     306      100000 :                 if ( (e >= Emin) && (e < 20))
+     307       55702 :                         ElowCount++;
+     308      100000 :                 if ( (e >= 20) && (e <= Emax))
+     309       44298 :                         EhighCount++;
+     310             : 
+     311             :         }
+     312           1 :         EXPECT_EQ(n, id1Count + id2Count);
+     313           1 :         EXPECT_EQ(n, ElowCount + EhighCount);
+     314           1 :         EXPECT_NEAR((float)id1Count/(float)id2Count, 0.1, 0.01);
+     315           1 :         EXPECT_NEAR((float)ElowCount/(float)EhighCount, 1.25, 0.1);
+     316           1 : }
+     317             : #endif
+     318             : 
+     319           1 : TEST(SourceComposition, throwNoIsotope) {
+     320           1 :         SourceComposition source(1, 10, -1);
+     321           1 :         ParticleState ps;
+     322           1 :         EXPECT_THROW(source.prepareParticle(ps), std::runtime_error);
+     323           1 : }
+     324             : 
+     325           1 : TEST(SourceRedshiftEvolution, testInRange) {
+     326           1 :         Candidate c;
+     327             : 
+     328           1 :         double zmin = 0.5;
+     329           1 :         double zmax = 2.5;
+     330             : 
+     331             :         // general case: m
+     332           1 :         SourceRedshiftEvolution source1(3.2, zmin, zmax);
+     333         101 :         for (int i = 0; i < 100; i++) {
+     334         100 :                 source1.prepareCandidate(c);
+     335         100 :                 EXPECT_LE(zmin, c.getRedshift());
+     336         100 :                 EXPECT_GE(zmax, c.getRedshift());
+     337             :         }
+     338             : 
+     339             :         // general case: m = -1
+     340           1 :         SourceRedshiftEvolution source2(-1, zmin, zmax);
+     341         101 :         for (int i = 0; i < 100; i++) {
+     342         100 :                 source2.prepareCandidate(c);
+     343         100 :                 EXPECT_LE(zmin, c.getRedshift());
+     344         100 :                 EXPECT_GE(zmax, c.getRedshift());
+     345             :         }
+     346           1 : }
+     347             : 
+     348           2 : TEST(Source, allPropertiesUsed) {
+     349             :         Source source;
+     350           1 :         source.add(new SourcePosition(Vector3d(10, 0, 0) * Mpc));
+     351           2 :         source.add(new SourceIsotropicEmission());
+     352           1 :         source.add(new SourcePowerLawSpectrum(5 * EeV, 100 * EeV, -2));
+     353           1 :         source.add(new SourceParticleType(nucleusId(8, 4)));
+     354           1 :         source.add(new SourceRedshift(2));
+     355             : 
+     356           1 :         Candidate c = *source.getCandidate();
+     357             : 
+     358           1 :         EXPECT_EQ(2, c.getRedshift());
+     359             : 
+     360           1 :         ParticleState p;
+     361             : 
+     362             :         p = c.source;
+     363           1 :         EXPECT_EQ(nucleusId(8, 4), p.getId());
+     364           1 :         EXPECT_LE(5 * EeV, p.getEnergy());
+     365           1 :         EXPECT_GE(100 * EeV, p.getEnergy());
+     366           2 :         EXPECT_EQ(Vector3d(10, 0, 0) * Mpc, p.getPosition());
+     367             : 
+     368             :         p = c.created;
+     369           1 :         EXPECT_EQ(nucleusId(8, 4), p.getId());
+     370           1 :         EXPECT_LE(5 * EeV, p.getEnergy());
+     371           1 :         EXPECT_GE(100 * EeV, p.getEnergy());
+     372           2 :         EXPECT_EQ(Vector3d(10, 0, 0) * Mpc, p.getPosition());
+     373             : 
+     374             :         p = c.previous;
+     375           1 :         EXPECT_EQ(nucleusId(8, 4), p.getId());
+     376           1 :         EXPECT_LE(5 * EeV, p.getEnergy());
+     377           1 :         EXPECT_GE(100 * EeV, p.getEnergy());
+     378           2 :         EXPECT_EQ(Vector3d(10, 0, 0) * Mpc, p.getPosition());
+     379             : 
+     380             :         p = c.current;
+     381           1 :         EXPECT_EQ(nucleusId(8, 4), p.getId());
+     382           1 :         EXPECT_LE(5 * EeV, p.getEnergy());
+     383           1 :         EXPECT_GE(100 * EeV, p.getEnergy());
+     384           2 :         EXPECT_EQ(Vector3d(10, 0, 0) * Mpc, p.getPosition());
+     385           2 : }
+     386             : 
+     387           2 : TEST(SourceList, simpleTest) {
+     388             :         // test if source list works with one source
+     389             :         SourceList sourceList;
+     390           1 :         ref_ptr<Source> source = new Source;
+     391           1 :         source->add(new SourcePosition(Vector3d(10, 0, 0)));
+     392           1 :         sourceList.add(source);
+     393             : 
+     394           1 :         ref_ptr<Candidate> c = sourceList.getCandidate();
+     395             : 
+     396           2 :         EXPECT_EQ(Vector3d(10, 0, 0), c->created.getPosition());
+     397           2 :         EXPECT_EQ(Vector3d(10, 0, 0), c->previous.getPosition());
+     398           2 :         EXPECT_EQ(Vector3d(10, 0, 0), c->current.getPosition());
+     399           1 : }
+     400             : 
+     401           2 : TEST(SourceList, noSource) {
+     402             :         // test if an error is thrown when source list empty
+     403             :         SourceList sourceList;
+     404           1 :         EXPECT_THROW(sourceList.getCandidate(), std::runtime_error);
+     405           1 : }
+     406             : 
+     407           2 : TEST(SourceList, luminosity) {
+     408             :         // test if the sources are dialed according to their luminosities
+     409             :         SourceList sourceList;
+     410             : 
+     411           1 :         ref_ptr<Source> source1 = new Source;
+     412           1 :         source1->add(new SourceEnergy(100));
+     413           1 :         sourceList.add(source1, 80);
+     414             : 
+     415           1 :         ref_ptr<Source> source2 = new Source;
+     416           1 :         source2->add(new SourceEnergy(0));
+     417           1 :         sourceList.add(source2, 20);
+     418             : 
+     419             :         double meanE = 0;
+     420        1001 :         for (int i = 0; i < 1000; i++) {
+     421        1000 :                 ref_ptr<Candidate> c = sourceList.getCandidate();
+     422        1000 :                 meanE += c->created.getEnergy();
+     423             :         }
+     424           1 :         meanE /= 1000;
+     425           1 :         EXPECT_NEAR(80, meanE, 4); // this test can stochastically fail
+     426           1 : }
+     427             : 
+     428           1 : TEST(SourceTag, sourceTag) {
+     429           1 :         SourceTag tag("mySourceTag");
+     430           1 :         Candidate c;
+     431           1 :         tag.prepareCandidate(c);
+     432           2 :         EXPECT_TRUE(c.getTagOrigin() == "mySourceTag");
+     433           1 : }
+     434             : 
+     435           0 : int main(int argc, char **argv) {
+     436           0 :         ::testing::InitGoogleTest(&argc, argv);
+     437           0 :         return RUN_ALL_TESTS();
+     438             : }
+     439             : 
+     440             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testTurbulentField.cpp.func-sort-c.html b/doc/coverageReport/test/testTurbulentField.cpp.func-sort-c.html new file mode 100644 index 000000000..f9a2c170f --- /dev/null +++ b/doc/coverageReport/test/testTurbulentField.cpp.func-sort-c.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testTurbulentField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testTurbulentField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4646100.0 %
Date:2024-04-08 14:58:22Functions:88100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN39testGridTurbulence_Turbulence_seed_Test8TestBodyEv1
_ZN39testTurbulenceSpectrum_constructor_Test8TestBodyEv1
_ZN40testVectorFieldGrid_Turbulence_seed_Test8TestBodyEv1
_ZN45testTurbulenceSpectrum_correlationLength_Test8TestBodyEv1
_ZN46testVectorFieldGrid_Turbulence_bmean_brms_Test8TestBodyEv1
_ZN46testVectorFieldGrid_turbulence_Exceptions_Test8TestBodyEv1
_ZN60testSimpleGridTurbulence_oldFunctionForCrrelationLength_Test8TestBodyEv1
main1
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+
+ + + +
Generated by: LCOV version 1.14
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+ + + diff --git a/doc/coverageReport/test/testTurbulentField.cpp.func.html b/doc/coverageReport/test/testTurbulentField.cpp.func.html new file mode 100644 index 000000000..4a96c6309 --- /dev/null +++ b/doc/coverageReport/test/testTurbulentField.cpp.func.html @@ -0,0 +1,104 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testTurbulentField.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testTurbulentField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4646100.0 %
Date:2024-04-08 14:58:22Functions:88100.0 %
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN39testGridTurbulence_Turbulence_seed_Test8TestBodyEv1
_ZN39testTurbulenceSpectrum_constructor_Test8TestBodyEv1
_ZN40testVectorFieldGrid_Turbulence_seed_Test8TestBodyEv1
_ZN45testTurbulenceSpectrum_correlationLength_Test8TestBodyEv1
_ZN46testVectorFieldGrid_Turbulence_bmean_brms_Test8TestBodyEv1
_ZN46testVectorFieldGrid_turbulence_Exceptions_Test8TestBodyEv1
_ZN60testSimpleGridTurbulence_oldFunctionForCrrelationLength_Test8TestBodyEv1
main1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testTurbulentField.cpp.gcov.html b/doc/coverageReport/test/testTurbulentField.cpp.gcov.html new file mode 100644 index 000000000..642a3acef --- /dev/null +++ b/doc/coverageReport/test/testTurbulentField.cpp.gcov.html @@ -0,0 +1,218 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testTurbulentField.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testTurbulentField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:4646100.0 %
Date:2024-04-08 14:58:22Functions:88100.0 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include <stdexcept>
+       2             : 
+       3             : #include "crpropa/Grid.h"
+       4             : #include "crpropa/Units.h"
+       5             : #include "crpropa/Common.h"
+       6             : #include "crpropa/GridTools.h"
+       7             : #include "crpropa/magneticField/turbulentField/TurbulentField.h"
+       8             : #include "crpropa/magneticField/turbulentField/GridTurbulence.h"
+       9             : #include "crpropa/magneticField/turbulentField/PlaneWaveTurbulence.h"
+      10             : #include "crpropa/magneticField/turbulentField/SimpleGridTurbulence.h"
+      11             : 
+      12             : #include "gtest/gtest.h"
+      13             : 
+      14             : using namespace crpropa;
+      15             : 
+      16             : //check problems brought up in https://github.com/CRPropa/CRPropa3/issues/322
+      17           1 : TEST(testTurbulenceSpectrum, constructor) {
+      18             :         double sIndex = 5./3.;
+      19             :         double qIndex = 4.;
+      20             :         double bendOver = 1.;
+      21             :         double lMin = 1.; 
+      22             :         double lMax = 10.; 
+      23             :         double brms = 1*muG;
+      24           1 :         auto spectrum = TurbulenceSpectrum(brms, lMin, lMax);
+      25           1 :         EXPECT_DOUBLE_EQ(spectrum.getBrms(), brms);
+      26           1 :         EXPECT_DOUBLE_EQ(spectrum.getLmin(), lMin);
+      27           1 :         EXPECT_DOUBLE_EQ(spectrum.getLmax(), lMax);
+      28           1 :         EXPECT_DOUBLE_EQ(spectrum.getLbendover(), bendOver); //default
+      29           1 :         EXPECT_DOUBLE_EQ(spectrum.getSindex(), sIndex); //default
+      30           1 :         EXPECT_DOUBLE_EQ(spectrum.getQindex(), qIndex); //default
+      31           1 : }
+      32             : 
+      33           1 : TEST(testTurbulenceSpectrum, correlationLength) {
+      34             :         double lMin = 0.00001; // not used for Lc
+      35             :         double lMax = 9999999; // not used for Lc
+      36             :         double lBo = 100;
+      37           1 :         auto spectrum = TurbulenceSpectrum(1*muG, lMin, lMax, lBo);
+      38             :         auto Lc = spectrum.getCorrelationLength();
+      39           1 :     EXPECT_NEAR(Lc, 0.498*lBo, 0.001*lBo);
+      40           1 : }
+      41             : 
+      42             : #ifdef CRPROPA_HAVE_FFTW3F
+      43             : 
+      44           1 : TEST(testSimpleGridTurbulence, oldFunctionForCrrelationLength) { //TODO: remove in future
+      45             :         double lMin = 1*kpc;
+      46             :         double lMax = 1*Gpc;
+      47             :         double alpha = -11/3.;
+      48           1 :         auto Lc = turbulentCorrelationLength(lMin, lMax, alpha);
+      49           1 :     EXPECT_NEAR(Lc, lMax/5, 1*Mpc);
+      50           1 : }
+      51             : 
+      52           2 : TEST(testVectorFieldGrid, Turbulence_bmean_brms) {
+      53             :         // Test for zero mean: <B> = 0
+      54             :         size_t n = 64;
+      55             :         double spacing = 10 * Mpc / n;
+      56             :         double Brms = 1;
+      57             :         double lMin = 2 * spacing;
+      58             :         double lMax = 8 * spacing;
+      59             : 
+      60             :         auto spectrum = SimpleTurbulenceSpectrum(Brms, lMin, lMax);
+      61             :         auto gp = GridProperties(Vector3d(0, 0, 0), n, spacing);
+      62           1 :     auto tf = SimpleGridTurbulence(spectrum, gp);
+      63           1 :         auto grid = tf.getGrid();
+      64             : 
+      65             :         double precision = 1e-7;
+      66           1 :         Vector3f bMean = meanFieldVector(grid);
+      67           1 :         EXPECT_NEAR(0, bMean.x, precision);
+      68           1 :         EXPECT_NEAR(0, bMean.y, precision);
+      69           1 :         EXPECT_NEAR(0, bMean.z, precision);
+      70           2 :         EXPECT_NEAR(1, rmsFieldStrength(grid), precision);
+      71           1 : }
+      72             : 
+      73           2 : TEST(testVectorFieldGrid, Turbulence_seed) {
+      74             :         // Test if seeding produces 2 identical fields
+      75             :         size_t n = 64;
+      76             :         double spacing = 1 * Mpc;
+      77             :         double Brms = 1;
+      78             :         double lMin = 2 * spacing;
+      79             :         double lMax = 8 * spacing;
+      80             :         int seed = 753;
+      81             :         
+      82             :         auto spectrum = SimpleTurbulenceSpectrum(Brms, lMin, lMax);
+      83             : 
+      84             :         auto gp1 = GridProperties(Vector3d(0, 0, 0), n, spacing);
+      85           1 :     auto tf1 = SimpleGridTurbulence(spectrum, gp1,  seed);
+      86             : 
+      87             :         auto gp2 = GridProperties(Vector3d(0, 0, 0), n, spacing);
+      88           1 :     auto tf2 = SimpleGridTurbulence(spectrum, gp2, seed);
+      89             : 
+      90             :         Vector3d pos(22 * Mpc);
+      91           1 :         EXPECT_FLOAT_EQ(tf1.getField(pos).x, tf2.getField(pos).x);
+      92           1 : }
+      93             : 
+      94             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
+      95           2 : TEST(testVectorFieldGrid, turbulence_Exceptions) {
+      96             :         // Test exceptions
+      97             :         size_t n = 64;
+      98             :         double spacing = 10 * Mpc / n;
+      99             :         double brms = 1;
+     100           1 :         ref_ptr<Grid3f> grid = new Grid3f(Vector3d(0, 0, 0), n, spacing);
+     101             : 
+     102             :         // should be fine
+     103           2 :         EXPECT_NO_THROW(initTurbulence(grid, brms, 2 * spacing, 8 * spacing));
+     104             :         // lMin too small
+     105           2 :         EXPECT_THROW(initTurbulence(grid, brms, 1.5 * spacing, 8 * spacing),
+     106             :                         std::runtime_error);
+     107             :         // lMin > lMax
+     108           2 :         EXPECT_THROW(initTurbulence(grid, brms, 8.1 * spacing, 8 * spacing),
+     109             :                         std::runtime_error);
+     110             :         // lMax too large
+     111           2 :         EXPECT_THROW(initTurbulence(grid, brms, 2 * spacing, 65 * spacing),
+     112             :                         std::runtime_error);
+     113           1 : }
+     114             : #endif
+     115             : 
+     116           1 : TEST(testGridTurbulence, Turbulence_seed) {
+     117             :         // Test if seeding produces 2 identical fields
+     118             :         size_t n = 64;
+     119             :         double spacing = 1 * Mpc;
+     120             :         double Brms = 1;
+     121             :         double lMin = 2 * spacing;
+     122             :         double lMax = 8 * spacing;
+     123             :         double lBo = lMax/6;
+     124             :         int seed = 137;
+     125             :         
+     126           1 :         auto spectrum = TurbulenceSpectrum(Brms, lMin, lMax, lBo);
+     127             : 
+     128             :         auto gp1 = GridProperties(Vector3d(0, 0, 0), n, spacing);
+     129           1 :     auto tf1 = GridTurbulence(spectrum, gp1, seed);
+     130             : 
+     131             :         auto gp2 = GridProperties(Vector3d(0, 0, 0), n, spacing);
+     132           1 :     auto tf2 = GridTurbulence(spectrum, gp2, seed);
+     133             : 
+     134             :         Vector3d pos(22 * Mpc);
+     135           1 :         EXPECT_FLOAT_EQ(tf1.getField(pos).x, tf2.getField(pos).x);
+     136           1 : }
+     137             : #endif // CRPROPA_HAVE_FFTW3F
+     138             : 
+     139           1 : int main(int argc, char **argv) {
+     140           1 :         ::testing::InitGoogleTest(&argc, argv);
+     141             :         return RUN_ALL_TESTS();
+     142             : }
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testVector3.cpp.func-sort-c.html b/doc/coverageReport/test/testVector3.cpp.func-sort-c.html new file mode 100644 index 000000000..b7177d48e --- /dev/null +++ b/doc/coverageReport/test/testVector3.cpp.func-sort-c.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testVector3.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testVector3.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:909396.8 %
Date:2024-04-08 14:58:22Functions:121392.3 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa16Vector3_dot_Test8TestBodyEv1
_ZN7crpropa16Vector3_mod_Test8TestBodyEv1
_ZN7crpropa18Vector3_angle_Test8TestBodyEv1
_ZN7crpropa18Vector3_cross_Test8TestBodyEv1
_ZN7crpropa21Vector3_distance_Test8TestBodyEv1
_ZN7crpropa21Vector3_division_Test8TestBodyEv1
_ZN7crpropa21Vector3_rotation_Test8TestBodyEv1
_ZN7crpropa22Vector3_magnitude_Test8TestBodyEv1
_ZN7crpropa23Vector3_comparison_Test8TestBodyEv1
_ZN7crpropa24Vector3_unitVectors_Test8TestBodyEv1
_ZN7crpropa27Vector3_multiplication_Test8TestBodyEv1
_ZN7crpropa34Vector3_parallelPerpendicular_Test8TestBodyEv1
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testVector3.cpp.func.html b/doc/coverageReport/test/testVector3.cpp.func.html new file mode 100644 index 000000000..f79586ce3 --- /dev/null +++ b/doc/coverageReport/test/testVector3.cpp.func.html @@ -0,0 +1,124 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testVector3.cpp - functions + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testVector3.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:909396.8 %
Date:2024-04-08 14:58:22Functions:121392.3 %
+
+ +
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16Vector3_dot_Test8TestBodyEv1
_ZN7crpropa16Vector3_mod_Test8TestBodyEv1
_ZN7crpropa18Vector3_angle_Test8TestBodyEv1
_ZN7crpropa18Vector3_cross_Test8TestBodyEv1
_ZN7crpropa21Vector3_distance_Test8TestBodyEv1
_ZN7crpropa21Vector3_division_Test8TestBodyEv1
_ZN7crpropa21Vector3_rotation_Test8TestBodyEv1
_ZN7crpropa22Vector3_magnitude_Test8TestBodyEv1
_ZN7crpropa23Vector3_comparison_Test8TestBodyEv1
_ZN7crpropa24Vector3_unitVectors_Test8TestBodyEv1
_ZN7crpropa27Vector3_multiplication_Test8TestBodyEv1
_ZN7crpropa34Vector3_parallelPerpendicular_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
+
+
+ + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/test/testVector3.cpp.gcov.html b/doc/coverageReport/test/testVector3.cpp.gcov.html new file mode 100644 index 000000000..a1e919522 --- /dev/null +++ b/doc/coverageReport/test/testVector3.cpp.gcov.html @@ -0,0 +1,238 @@ + + + + + + + LCOV - coverage.info.cleaned - test/testVector3.cpp + + + + + + + + + + + + + + +
LCOV - code coverage report
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Current view:top level - test - testVector3.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:909396.8 %
Date:2024-04-08 14:58:22Functions:121392.3 %
+
+ + + + + + + + +

+
          Line data    Source code
+
+       1             : #include "crpropa/Vector3.h"
+       2             : #include "gtest/gtest.h"
+       3             : 
+       4             : namespace crpropa {
+       5             : 
+       6           2 : TEST(Vector3, comparison) {
+       7             :         EXPECT_TRUE(Vector3d(1, 2, 3) == Vector3d(1, 2, 3));
+       8             :         EXPECT_FALSE(Vector3d(1, 2, 3) == Vector3d(2, 3, 4));
+       9           1 : }
+      10             : 
+      11           1 : TEST(Vector3, multiplication) {
+      12             :         Vector3d v(1);
+      13             :         v *= 10;
+      14           1 :         EXPECT_DOUBLE_EQ(v.x, 10);
+      15           1 :         EXPECT_DOUBLE_EQ(v.y, 10);
+      16           1 :         EXPECT_DOUBLE_EQ(v.z, 10);
+      17             :         v = Vector3d(1) * Vector3d(2); // element-wise multiplication
+      18           1 :         EXPECT_DOUBLE_EQ(v.x, 2);
+      19           1 :         EXPECT_DOUBLE_EQ(v.y, 2);
+      20           1 :         EXPECT_DOUBLE_EQ(v.z, 2);
+      21           1 : }
+      22             : 
+      23           1 : TEST(Vector3, division) {
+      24             :         Vector3d v(10);
+      25             :         v /= 10;
+      26           1 :         EXPECT_DOUBLE_EQ(v.x, 1);
+      27           1 :         EXPECT_DOUBLE_EQ(v.y, 1);
+      28           1 :         EXPECT_DOUBLE_EQ(v.z, 1);
+      29             :         v = Vector3d(10) / Vector3d(2); // element-wise division
+      30           1 :         EXPECT_DOUBLE_EQ(v.x, 5);
+      31           1 :         EXPECT_DOUBLE_EQ(v.y, 5);
+      32           1 :         EXPECT_DOUBLE_EQ(v.z, 5);
+      33           1 : }
+      34             : 
+      35           2 : TEST(Vector3, mod) {
+      36             :         Vector3d v(10.1, 10.2, 10.3);
+      37           1 :         v %= 10.2;
+      38           1 :         EXPECT_NEAR(v.x, 10.1, 1e-10); // mod doesn't preserve double precision
+      39           1 :         EXPECT_NEAR(v.y, 0, 1e-10);
+      40           1 :         EXPECT_NEAR(v.z, 0.1, 1e-10);
+      41           1 : }
+      42             : 
+      43           1 : TEST(Vector3, dot) {
+      44             :         double a = Vector3d(1, 0, 0).dot(Vector3d(0, 1, 0));
+      45           1 :         EXPECT_DOUBLE_EQ(a, 0);
+      46             :         double b = Vector3d(-1, 10, 2).dot(Vector3d(5, 1, -3));
+      47           1 :         EXPECT_DOUBLE_EQ(b, -1);
+      48           1 : }
+      49             : 
+      50           2 : TEST(Vector3, cross) {
+      51             :         Vector3d v = Vector3d(1, 0, 0).cross(Vector3d(0, 1, 0));
+      52             :         EXPECT_TRUE(v == Vector3d(0, 0, 1));
+      53           1 : }
+      54             : 
+      55           2 : TEST(Vector3, angle) {
+      56             :         // 45 degrees
+      57           1 :         double a = Vector3d(1, 1, 0).getAngleTo(Vector3d(1, 0, 0));
+      58           1 :         EXPECT_DOUBLE_EQ(a, 45 * M_PI / 180);
+      59             :         // perpendicular vectors
+      60           1 :         double b = Vector3d(0, 0, 1).getAngleTo(Vector3d(0, 0, 1));
+      61           1 :         EXPECT_DOUBLE_EQ(b, 0);
+      62           1 : }
+      63             : 
+      64           2 : TEST(Vector3, unitVectors) {
+      65             :         Vector3d v = Vector3d(2, 0, 0);
+      66           1 :         Vector3d er = v.getUnitVector();
+      67           1 :         Vector3d et = v.getUnitVectorTheta();
+      68           1 :         Vector3d ep = v.getUnitVectorPhi();
+      69             : 
+      70             :         // trigonometrical functions don't preserve double precision
+      71             :         double eps = 1e-16;
+      72           1 :         EXPECT_NEAR(er.x, 1, eps);
+      73           1 :         EXPECT_NEAR(er.y, 0, eps);
+      74           1 :         EXPECT_NEAR(er.z, 0, eps);
+      75             : 
+      76           1 :         EXPECT_NEAR(et.x, 0, eps);
+      77           1 :         EXPECT_NEAR(et.y, 0, eps);
+      78           1 :         EXPECT_NEAR(et.z, -1, eps);
+      79             : 
+      80           1 :         EXPECT_NEAR(ep.x, 0, eps);
+      81           1 :         EXPECT_NEAR(ep.y, 1, eps);
+      82           1 :         EXPECT_NEAR(ep.z, 0, eps);
+      83           1 : }
+      84             : 
+      85           1 : TEST(Vector3, magnitude) {
+      86             :         Vector3d v = Vector3d(1, 2, -2);
+      87           1 :         EXPECT_DOUBLE_EQ(v.getR(), 3);
+      88           1 :         EXPECT_DOUBLE_EQ(v.getR2(), 9);
+      89           1 : }
+      90             : 
+      91           2 : TEST(Vector3, distance) {
+      92           1 :         double a = Vector3d(10, 0, 10).getDistanceTo(Vector3d(10, 0, 0));
+      93           1 :         EXPECT_DOUBLE_EQ(a, 10);
+      94           1 : }
+      95             : 
+      96           2 : TEST(Vector3, rotation) {
+      97             :         Vector3d v, w;
+      98             : 
+      99             :         // rotation by 180 degrees
+     100             :         v = Vector3d(10, 0, 0);
+     101           1 :         w = v.getRotated(Vector3d(0, 2, 0), M_PI);
+     102           1 :         EXPECT_NEAR(w.x, -10, 1e-9);
+     103           1 :         EXPECT_NEAR(w.y, 0, 1e-9);
+     104           1 :         EXPECT_NEAR(w.z, 0, 1e-9);
+     105             : 
+     106             :         // rotation axis parallel to vector --> no rotation
+     107             :         v = Vector3d(10, 0, 0);
+     108           1 :         w = v.getRotated(Vector3d(1, 0, 0), M_PI);
+     109           1 :         EXPECT_NEAR(w.x, 10, 1e-9);
+     110           1 :         EXPECT_NEAR(w.y, 0, 1e-9);
+     111           1 :         EXPECT_NEAR(w.z, 0, 1e-9);
+     112             : 
+     113             :         // rotation by 360 degrees
+     114             :         v = Vector3d(5, 2, 7);
+     115           1 :         w = v.getRotated(Vector3d(1, 8, -4), 2 * M_PI);
+     116           1 :         EXPECT_NEAR(w.x, 5, 1e-9);
+     117           1 :         EXPECT_NEAR(w.y, 2, 1e-9);
+     118           1 :         EXPECT_NEAR(w.z, 7, 1e-9);
+     119             : 
+     120             :         // rotation by zero degrees
+     121             :         v = Vector3d(1, 0, 0);
+     122           1 :         w = v.getRotated(Vector3d(0,1,0), 0);
+     123             : 
+     124           1 :         EXPECT_NEAR(w.x, 1, 1e-9);
+     125           1 :         EXPECT_NEAR(w.y, 0, 1e-9);
+     126           1 :         EXPECT_NEAR(w.z, 0, 1e-9);
+     127             : 
+     128             :         // rotation around zero axis
+     129             :         v = Vector3d(1, 0, 0);
+     130             :         Vector3d a = v.cross(v);
+     131           1 :         w = v.getRotated(a, 0);
+     132             : 
+     133           1 :         EXPECT_NEAR(w.x, 1, 1e-9);
+     134           1 :         EXPECT_NEAR(w.y, 0, 1e-9);
+     135           1 :         EXPECT_NEAR(w.z, 0, 1e-9);
+     136             : 
+     137             : 
+     138             : 
+     139             : 
+     140           1 : }
+     141             : 
+     142           2 : TEST(Vector3, parallelPerpendicular) {
+     143             :         Vector3d v(3, 2, 1);
+     144             :         Vector3d w(0, 1, 0);
+     145             : 
+     146           1 :         Vector3d vpara = v.getParallelTo(w);
+     147           1 :         Vector3d vperp = v.getPerpendicularTo(w);
+     148             : 
+     149           1 :         EXPECT_DOUBLE_EQ(vpara.x, 0);
+     150           1 :         EXPECT_DOUBLE_EQ(vpara.y, 2);
+     151           1 :         EXPECT_DOUBLE_EQ(vpara.z, 0);
+     152           1 :         EXPECT_DOUBLE_EQ(vperp.x, 3);
+     153           1 :         EXPECT_DOUBLE_EQ(vperp.y, 0);
+     154           1 :         EXPECT_DOUBLE_EQ(vperp.z, 1);
+     155           1 : }
+     156             : 
+     157           0 : int main(int argc, char **argv) {
+     158           0 :         ::testing::InitGoogleTest(&argc, argv);
+     159           0 :         return RUN_ALL_TESTS();
+     160             : }
+     161             : 
+     162             : } // namespace crpropa
+
+
+
+ + + + +
Generated by: LCOV version 1.14
+
+ + + diff --git a/doc/coverageReport/updown.png b/doc/coverageReport/updown.png new file mode 100644 index 0000000000000000000000000000000000000000..aa56a238b3e6c435265250f9266cd1b8caba0f20 GIT binary patch literal 117 zcmeAS@N?(olHy`uVBq!ia0vp^AT}Qd8;}%R+`Ae`*?77*hG?8mPH5^{)z4*}Q$iB}huR`+ literal 0 HcmV?d00001 diff --git a/doc/pages/Code-Coverage.md b/doc/pages/Code-Coverage.md index 699f79eab..a70872b04 100644 --- a/doc/pages/Code-Coverage.md +++ b/doc/pages/Code-Coverage.md @@ -16,3 +16,10 @@ make test make coverage ``` The final report is in ```~/build/coverageReport/index.html``` + + +### Code Coverage for the current master version +The report for the current master branch version can be found here. + +.. toctree:: + conerageReport/index.html \ No newline at end of file From 2468e864561697c94f1d0425b4472f65784f7bfb Mon Sep 17 00:00:00 2001 From: Julien Date: Tue, 9 Apr 2024 10:49:25 +0200 Subject: [PATCH 30/58] add coverage report link in docu, remove pre-build coveragereport 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-       1             : 
-       2             : #if defined(_MULTIARRAYMODULE) || defined(WITH_CPYCHECKER_STEALS_REFERENCE_TO_ARG_ATTRIBUTE)
-       3             : 
-       4             : typedef struct {
-       5             :         PyObject_HEAD
-       6             :         npy_bool obval;
-       7             : } PyBoolScalarObject;
-       8             : 
-       9             : extern NPY_NO_EXPORT PyTypeObject PyArrayMapIter_Type;
-      10             : extern NPY_NO_EXPORT PyTypeObject PyArrayNeighborhoodIter_Type;
-      11             : extern NPY_NO_EXPORT PyBoolScalarObject _PyArrayScalar_BoolValues[2];
-      12             : 
-      13             : NPY_NO_EXPORT  unsigned int PyArray_GetNDArrayCVersion \
-      14             :        (void);
-      15             : extern NPY_NO_EXPORT PyTypeObject PyBigArray_Type;
-      16             : 
-      17             : extern NPY_NO_EXPORT PyTypeObject PyArray_Type;
-      18             : 
-      19             : extern NPY_NO_EXPORT PyArray_DTypeMeta PyArrayDescr_TypeFull;
-      20             : #define PyArrayDescr_Type (*(PyTypeObject *)(&PyArrayDescr_TypeFull))
-      21             : 
-      22             : extern NPY_NO_EXPORT PyTypeObject PyArrayFlags_Type;
-      23             : 
-      24             : extern NPY_NO_EXPORT PyTypeObject PyArrayIter_Type;
-      25             : 
-      26             : extern NPY_NO_EXPORT PyTypeObject PyArrayMultiIter_Type;
-      27             : 
-      28             : extern NPY_NO_EXPORT int NPY_NUMUSERTYPES;
-      29             : 
-      30             : extern NPY_NO_EXPORT PyTypeObject PyBoolArrType_Type;
-      31             : 
-      32             : extern NPY_NO_EXPORT PyBoolScalarObject _PyArrayScalar_BoolValues[2];
-      33             : 
-      34             : extern NPY_NO_EXPORT PyTypeObject PyGenericArrType_Type;
-      35             : 
-      36             : extern NPY_NO_EXPORT PyTypeObject PyNumberArrType_Type;
-      37             : 
-      38             : extern NPY_NO_EXPORT PyTypeObject PyIntegerArrType_Type;
-      39             : 
-      40             : extern NPY_NO_EXPORT PyTypeObject PySignedIntegerArrType_Type;
-      41             : 
-      42             : extern NPY_NO_EXPORT PyTypeObject PyUnsignedIntegerArrType_Type;
-      43             : 
-      44             : extern NPY_NO_EXPORT PyTypeObject PyInexactArrType_Type;
-      45             : 
-      46             : extern NPY_NO_EXPORT PyTypeObject PyFloatingArrType_Type;
-      47             : 
-      48             : extern NPY_NO_EXPORT PyTypeObject PyComplexFloatingArrType_Type;
-      49             : 
-      50             : extern NPY_NO_EXPORT PyTypeObject PyFlexibleArrType_Type;
-      51             : 
-      52             : extern NPY_NO_EXPORT PyTypeObject PyCharacterArrType_Type;
-      53             : 
-      54             : extern NPY_NO_EXPORT PyTypeObject PyByteArrType_Type;
-      55             : 
-      56             : extern NPY_NO_EXPORT PyTypeObject PyShortArrType_Type;
-      57             : 
-      58             : extern NPY_NO_EXPORT PyTypeObject PyIntArrType_Type;
-      59             : 
-      60             : extern NPY_NO_EXPORT PyTypeObject PyLongArrType_Type;
-      61             : 
-      62             : extern NPY_NO_EXPORT PyTypeObject PyLongLongArrType_Type;
-      63             : 
-      64             : extern NPY_NO_EXPORT PyTypeObject PyUByteArrType_Type;
-      65             : 
-      66             : extern NPY_NO_EXPORT PyTypeObject PyUShortArrType_Type;
-      67             : 
-      68             : extern NPY_NO_EXPORT PyTypeObject PyUIntArrType_Type;
-      69             : 
-      70             : extern NPY_NO_EXPORT PyTypeObject PyULongArrType_Type;
-      71             : 
-      72             : extern NPY_NO_EXPORT PyTypeObject PyULongLongArrType_Type;
-      73             : 
-      74             : extern NPY_NO_EXPORT PyTypeObject PyFloatArrType_Type;
-      75             : 
-      76             : extern NPY_NO_EXPORT PyTypeObject PyDoubleArrType_Type;
-      77             : 
-      78             : extern NPY_NO_EXPORT PyTypeObject PyLongDoubleArrType_Type;
-      79             : 
-      80             : extern NPY_NO_EXPORT PyTypeObject PyCFloatArrType_Type;
-      81             : 
-      82             : extern NPY_NO_EXPORT PyTypeObject PyCDoubleArrType_Type;
-      83             : 
-      84             : extern NPY_NO_EXPORT PyTypeObject PyCLongDoubleArrType_Type;
-      85             : 
-      86             : extern NPY_NO_EXPORT PyTypeObject PyObjectArrType_Type;
-      87             : 
-      88             : extern NPY_NO_EXPORT PyTypeObject PyStringArrType_Type;
-      89             : 
-      90             : extern NPY_NO_EXPORT PyTypeObject PyUnicodeArrType_Type;
-      91             : 
-      92             : extern NPY_NO_EXPORT PyTypeObject PyVoidArrType_Type;
-      93             : 
-      94             : NPY_NO_EXPORT  int PyArray_SetNumericOps \
-      95             :        (PyObject *);
-      96             : NPY_NO_EXPORT  PyObject * PyArray_GetNumericOps \
-      97             :        (void);
-      98             : NPY_NO_EXPORT  int PyArray_INCREF \
-      99             :        (PyArrayObject *);
-     100             : NPY_NO_EXPORT  int PyArray_XDECREF \
-     101             :        (PyArrayObject *);
-     102             : NPY_NO_EXPORT  void PyArray_SetStringFunction \
-     103             :        (PyObject *, int);
-     104             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrFromType \
-     105             :        (int);
-     106             : NPY_NO_EXPORT  PyObject * PyArray_TypeObjectFromType \
-     107             :        (int);
-     108             : NPY_NO_EXPORT  char * PyArray_Zero \
-     109             :        (PyArrayObject *);
-     110             : NPY_NO_EXPORT  char * PyArray_One \
-     111             :        (PyArrayObject *);
-     112             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_CastToType \
-     113             :        (PyArrayObject *, PyArray_Descr *, int);
-     114             : NPY_NO_EXPORT  int PyArray_CastTo \
-     115             :        (PyArrayObject *, PyArrayObject *);
-     116             : NPY_NO_EXPORT  int PyArray_CastAnyTo \
-     117             :        (PyArrayObject *, PyArrayObject *);
-     118             : NPY_NO_EXPORT  int PyArray_CanCastSafely \
-     119             :        (int, int);
-     120             : NPY_NO_EXPORT  npy_bool PyArray_CanCastTo \
-     121             :        (PyArray_Descr *, PyArray_Descr *);
-     122             : NPY_NO_EXPORT  int PyArray_ObjectType \
-     123             :        (PyObject *, int);
-     124             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrFromObject \
-     125             :        (PyObject *, PyArray_Descr *);
-     126             : NPY_NO_EXPORT  PyArrayObject ** PyArray_ConvertToCommonType \
-     127             :        (PyObject *, int *);
-     128             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrFromScalar \
-     129             :        (PyObject *);
-     130             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrFromTypeObject \
-     131             :        (PyObject *);
-     132             : NPY_NO_EXPORT  npy_intp PyArray_Size \
-     133             :        (PyObject *);
-     134             : NPY_NO_EXPORT  PyObject * PyArray_Scalar \
-     135             :        (void *, PyArray_Descr *, PyObject *);
-     136             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_FromScalar \
-     137             :        (PyObject *, PyArray_Descr *);
-     138             : NPY_NO_EXPORT  void PyArray_ScalarAsCtype \
-     139             :        (PyObject *, void *);
-     140             : NPY_NO_EXPORT  int PyArray_CastScalarToCtype \
-     141             :        (PyObject *, void *, PyArray_Descr *);
-     142             : NPY_NO_EXPORT  int PyArray_CastScalarDirect \
-     143             :        (PyObject *, PyArray_Descr *, void *, int);
-     144             : NPY_NO_EXPORT  PyObject * PyArray_ScalarFromObject \
-     145             :        (PyObject *);
-     146             : NPY_NO_EXPORT  PyArray_VectorUnaryFunc * PyArray_GetCastFunc \
-     147             :        (PyArray_Descr *, int);
-     148             : NPY_NO_EXPORT  PyObject * PyArray_FromDims \
-     149             :        (int NPY_UNUSED(nd), int *NPY_UNUSED(d), int NPY_UNUSED(type));
-     150             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(3) PyObject * PyArray_FromDimsAndDataAndDescr \
-     151             :        (int NPY_UNUSED(nd), int *NPY_UNUSED(d), PyArray_Descr *, char *NPY_UNUSED(data));
-     152             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_FromAny \
-     153             :        (PyObject *, PyArray_Descr *, int, int, int, PyObject *);
-     154             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(1) PyObject * PyArray_EnsureArray \
-     155             :        (PyObject *);
-     156             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(1) PyObject * PyArray_EnsureAnyArray \
-     157             :        (PyObject *);
-     158             : NPY_NO_EXPORT  PyObject * PyArray_FromFile \
-     159             :        (FILE *, PyArray_Descr *, npy_intp, char *);
-     160             : NPY_NO_EXPORT  PyObject * PyArray_FromString \
-     161             :        (char *, npy_intp, PyArray_Descr *, npy_intp, char *);
-     162             : NPY_NO_EXPORT  PyObject * PyArray_FromBuffer \
-     163             :        (PyObject *, PyArray_Descr *, npy_intp, npy_intp);
-     164             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_FromIter \
-     165             :        (PyObject *, PyArray_Descr *, npy_intp);
-     166             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(1) PyObject * PyArray_Return \
-     167             :        (PyArrayObject *);
-     168             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_GetField \
-     169             :        (PyArrayObject *, PyArray_Descr *, int);
-     170             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) int PyArray_SetField \
-     171             :        (PyArrayObject *, PyArray_Descr *, int, PyObject *);
-     172             : NPY_NO_EXPORT  PyObject * PyArray_Byteswap \
-     173             :        (PyArrayObject *, npy_bool);
-     174             : NPY_NO_EXPORT  PyObject * PyArray_Resize \
-     175             :        (PyArrayObject *, PyArray_Dims *, int, NPY_ORDER NPY_UNUSED(order));
-     176             : NPY_NO_EXPORT  int PyArray_MoveInto \
-     177             :        (PyArrayObject *, PyArrayObject *);
-     178             : NPY_NO_EXPORT  int PyArray_CopyInto \
-     179             :        (PyArrayObject *, PyArrayObject *);
-     180             : NPY_NO_EXPORT  int PyArray_CopyAnyInto \
-     181             :        (PyArrayObject *, PyArrayObject *);
-     182             : NPY_NO_EXPORT  int PyArray_CopyObject \
-     183             :        (PyArrayObject *, PyObject *);
-     184             : NPY_NO_EXPORT  PyObject * PyArray_NewCopy \
-     185             :        (PyArrayObject *, NPY_ORDER);
-     186             : NPY_NO_EXPORT  PyObject * PyArray_ToList \
-     187             :        (PyArrayObject *);
-     188             : NPY_NO_EXPORT  PyObject * PyArray_ToString \
-     189             :        (PyArrayObject *, NPY_ORDER);
-     190             : NPY_NO_EXPORT  int PyArray_ToFile \
-     191             :        (PyArrayObject *, FILE *, char *, char *);
-     192             : NPY_NO_EXPORT  int PyArray_Dump \
-     193             :        (PyObject *, PyObject *, int);
-     194             : NPY_NO_EXPORT  PyObject * PyArray_Dumps \
-     195             :        (PyObject *, int);
-     196             : NPY_NO_EXPORT  int PyArray_ValidType \
-     197             :        (int);
-     198             : NPY_NO_EXPORT  void PyArray_UpdateFlags \
-     199             :        (PyArrayObject *, int);
-     200             : NPY_NO_EXPORT  PyObject * PyArray_New \
-     201             :        (PyTypeObject *, int, npy_intp const *, int, npy_intp const *, void *, int, int, PyObject *);
-     202             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_NewFromDescr \
-     203             :        (PyTypeObject *, PyArray_Descr *, int, npy_intp const *, npy_intp const *, void *, int, PyObject *);
-     204             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrNew \
-     205             :        (PyArray_Descr *);
-     206             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrNewFromType \
-     207             :        (int);
-     208             : NPY_NO_EXPORT  double PyArray_GetPriority \
-     209             :        (PyObject *, double);
-     210             : NPY_NO_EXPORT  PyObject * PyArray_IterNew \
-     211             :        (PyObject *);
-     212             : NPY_NO_EXPORT  PyObject* PyArray_MultiIterNew \
-     213             :        (int, ...);
-     214             : NPY_NO_EXPORT  int PyArray_PyIntAsInt \
-     215             :        (PyObject *);
-     216             : NPY_NO_EXPORT  npy_intp PyArray_PyIntAsIntp \
-     217             :        (PyObject *);
-     218             : NPY_NO_EXPORT  int PyArray_Broadcast \
-     219             :        (PyArrayMultiIterObject *);
-     220             : NPY_NO_EXPORT  void PyArray_FillObjectArray \
-     221             :        (PyArrayObject *, PyObject *);
-     222             : NPY_NO_EXPORT  int PyArray_FillWithScalar \
-     223             :        (PyArrayObject *, PyObject *);
-     224             : NPY_NO_EXPORT  npy_bool PyArray_CheckStrides \
-     225             :        (int, int, npy_intp, npy_intp, npy_intp const *, npy_intp const *);
-     226             : NPY_NO_EXPORT  PyArray_Descr * PyArray_DescrNewByteorder \
-     227             :        (PyArray_Descr *, char);
-     228             : NPY_NO_EXPORT  PyObject * PyArray_IterAllButAxis \
-     229             :        (PyObject *, int *);
-     230             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_CheckFromAny \
-     231             :        (PyObject *, PyArray_Descr *, int, int, int, PyObject *);
-     232             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_FromArray \
-     233             :        (PyArrayObject *, PyArray_Descr *, int);
-     234             : NPY_NO_EXPORT  PyObject * PyArray_FromInterface \
-     235             :        (PyObject *);
-     236             : NPY_NO_EXPORT  PyObject * PyArray_FromStructInterface \
-     237             :        (PyObject *);
-     238             : NPY_NO_EXPORT  PyObject * PyArray_FromArrayAttr \
-     239             :        (PyObject *, PyArray_Descr *, PyObject *);
-     240             : NPY_NO_EXPORT  NPY_SCALARKIND PyArray_ScalarKind \
-     241             :        (int, PyArrayObject **);
-     242             : NPY_NO_EXPORT  int PyArray_CanCoerceScalar \
-     243             :        (int, int, NPY_SCALARKIND);
-     244             : NPY_NO_EXPORT  PyObject * PyArray_NewFlagsObject \
-     245             :        (PyObject *);
-     246             : NPY_NO_EXPORT  npy_bool PyArray_CanCastScalar \
-     247             :        (PyTypeObject *, PyTypeObject *);
-     248             : NPY_NO_EXPORT  int PyArray_CompareUCS4 \
-     249             :        (npy_ucs4 const *, npy_ucs4 const *, size_t);
-     250             : NPY_NO_EXPORT  int PyArray_RemoveSmallest \
-     251             :        (PyArrayMultiIterObject *);
-     252             : NPY_NO_EXPORT  int PyArray_ElementStrides \
-     253             :        (PyObject *);
-     254             : NPY_NO_EXPORT  void PyArray_Item_INCREF \
-     255             :        (char *, PyArray_Descr *);
-     256             : NPY_NO_EXPORT  void PyArray_Item_XDECREF \
-     257             :        (char *, PyArray_Descr *);
-     258             : NPY_NO_EXPORT  PyObject * PyArray_FieldNames \
-     259             :        (PyObject *);
-     260             : NPY_NO_EXPORT  PyObject * PyArray_Transpose \
-     261             :        (PyArrayObject *, PyArray_Dims *);
-     262             : NPY_NO_EXPORT  PyObject * PyArray_TakeFrom \
-     263             :        (PyArrayObject *, PyObject *, int, PyArrayObject *, NPY_CLIPMODE);
-     264             : NPY_NO_EXPORT  PyObject * PyArray_PutTo \
-     265             :        (PyArrayObject *, PyObject*, PyObject *, NPY_CLIPMODE);
-     266             : NPY_NO_EXPORT  PyObject * PyArray_PutMask \
-     267             :        (PyArrayObject *, PyObject*, PyObject*);
-     268             : NPY_NO_EXPORT  PyObject * PyArray_Repeat \
-     269             :        (PyArrayObject *, PyObject *, int);
-     270             : NPY_NO_EXPORT  PyObject * PyArray_Choose \
-     271             :        (PyArrayObject *, PyObject *, PyArrayObject *, NPY_CLIPMODE);
-     272             : NPY_NO_EXPORT  int PyArray_Sort \
-     273             :        (PyArrayObject *, int, NPY_SORTKIND);
-     274             : NPY_NO_EXPORT  PyObject * PyArray_ArgSort \
-     275             :        (PyArrayObject *, int, NPY_SORTKIND);
-     276             : NPY_NO_EXPORT  PyObject * PyArray_SearchSorted \
-     277             :        (PyArrayObject *, PyObject *, NPY_SEARCHSIDE, PyObject *);
-     278             : NPY_NO_EXPORT  PyObject * PyArray_ArgMax \
-     279             :        (PyArrayObject *, int, PyArrayObject *);
-     280             : NPY_NO_EXPORT  PyObject * PyArray_ArgMin \
-     281             :        (PyArrayObject *, int, PyArrayObject *);
-     282             : NPY_NO_EXPORT  PyObject * PyArray_Reshape \
-     283             :        (PyArrayObject *, PyObject *);
-     284             : NPY_NO_EXPORT  PyObject * PyArray_Newshape \
-     285             :        (PyArrayObject *, PyArray_Dims *, NPY_ORDER);
-     286             : NPY_NO_EXPORT  PyObject * PyArray_Squeeze \
-     287             :        (PyArrayObject *);
-     288             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) PyObject * PyArray_View \
-     289             :        (PyArrayObject *, PyArray_Descr *, PyTypeObject *);
-     290             : NPY_NO_EXPORT  PyObject * PyArray_SwapAxes \
-     291             :        (PyArrayObject *, int, int);
-     292             : NPY_NO_EXPORT  PyObject * PyArray_Max \
-     293             :        (PyArrayObject *, int, PyArrayObject *);
-     294             : NPY_NO_EXPORT  PyObject * PyArray_Min \
-     295             :        (PyArrayObject *, int, PyArrayObject *);
-     296             : NPY_NO_EXPORT  PyObject * PyArray_Ptp \
-     297             :        (PyArrayObject *, int, PyArrayObject *);
-     298             : NPY_NO_EXPORT  PyObject * PyArray_Mean \
-     299             :        (PyArrayObject *, int, int, PyArrayObject *);
-     300             : NPY_NO_EXPORT  PyObject * PyArray_Trace \
-     301             :        (PyArrayObject *, int, int, int, int, PyArrayObject *);
-     302             : NPY_NO_EXPORT  PyObject * PyArray_Diagonal \
-     303             :        (PyArrayObject *, int, int, int);
-     304             : NPY_NO_EXPORT  PyObject * PyArray_Clip \
-     305             :        (PyArrayObject *, PyObject *, PyObject *, PyArrayObject *);
-     306             : NPY_NO_EXPORT  PyObject * PyArray_Conjugate \
-     307             :        (PyArrayObject *, PyArrayObject *);
-     308             : NPY_NO_EXPORT  PyObject * PyArray_Nonzero \
-     309             :        (PyArrayObject *);
-     310             : NPY_NO_EXPORT  PyObject * PyArray_Std \
-     311             :        (PyArrayObject *, int, int, PyArrayObject *, int);
-     312             : NPY_NO_EXPORT  PyObject * PyArray_Sum \
-     313             :        (PyArrayObject *, int, int, PyArrayObject *);
-     314             : NPY_NO_EXPORT  PyObject * PyArray_CumSum \
-     315             :        (PyArrayObject *, int, int, PyArrayObject *);
-     316             : NPY_NO_EXPORT  PyObject * PyArray_Prod \
-     317             :        (PyArrayObject *, int, int, PyArrayObject *);
-     318             : NPY_NO_EXPORT  PyObject * PyArray_CumProd \
-     319             :        (PyArrayObject *, int, int, PyArrayObject *);
-     320             : NPY_NO_EXPORT  PyObject * PyArray_All \
-     321             :        (PyArrayObject *, int, PyArrayObject *);
-     322             : NPY_NO_EXPORT  PyObject * PyArray_Any \
-     323             :        (PyArrayObject *, int, PyArrayObject *);
-     324             : NPY_NO_EXPORT  PyObject * PyArray_Compress \
-     325             :        (PyArrayObject *, PyObject *, int, PyArrayObject *);
-     326             : NPY_NO_EXPORT  PyObject * PyArray_Flatten \
-     327             :        (PyArrayObject *, NPY_ORDER);
-     328             : NPY_NO_EXPORT  PyObject * PyArray_Ravel \
-     329             :        (PyArrayObject *, NPY_ORDER);
-     330             : NPY_NO_EXPORT  npy_intp PyArray_MultiplyList \
-     331             :        (npy_intp const *, int);
-     332             : NPY_NO_EXPORT  int PyArray_MultiplyIntList \
-     333             :        (int const *, int);
-     334             : NPY_NO_EXPORT  void * PyArray_GetPtr \
-     335             :        (PyArrayObject *, npy_intp const*);
-     336             : NPY_NO_EXPORT  int PyArray_CompareLists \
-     337             :        (npy_intp const *, npy_intp const *, int);
-     338             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(5) int PyArray_AsCArray \
-     339             :        (PyObject **, void *, npy_intp *, int, PyArray_Descr*);
-     340             : NPY_NO_EXPORT  int PyArray_As1D \
-     341             :        (PyObject **NPY_UNUSED(op), char **NPY_UNUSED(ptr), int *NPY_UNUSED(d1), int NPY_UNUSED(typecode));
-     342             : NPY_NO_EXPORT  int PyArray_As2D \
-     343             :        (PyObject **NPY_UNUSED(op), char ***NPY_UNUSED(ptr), int *NPY_UNUSED(d1), int *NPY_UNUSED(d2), int NPY_UNUSED(typecode));
-     344             : NPY_NO_EXPORT  int PyArray_Free \
-     345             :        (PyObject *, void *);
-     346             : NPY_NO_EXPORT  int PyArray_Converter \
-     347             :        (PyObject *, PyObject **);
-     348             : NPY_NO_EXPORT  int PyArray_IntpFromSequence \
-     349             :        (PyObject *, npy_intp *, int);
-     350             : NPY_NO_EXPORT  PyObject * PyArray_Concatenate \
-     351             :        (PyObject *, int);
-     352             : NPY_NO_EXPORT  PyObject * PyArray_InnerProduct \
-     353             :        (PyObject *, PyObject *);
-     354             : NPY_NO_EXPORT  PyObject * PyArray_MatrixProduct \
-     355             :        (PyObject *, PyObject *);
-     356             : NPY_NO_EXPORT  PyObject * PyArray_CopyAndTranspose \
-     357             :        (PyObject *);
-     358             : NPY_NO_EXPORT  PyObject * PyArray_Correlate \
-     359             :        (PyObject *, PyObject *, int);
-     360             : NPY_NO_EXPORT  int PyArray_TypestrConvert \
-     361             :        (int, int);
-     362             : NPY_NO_EXPORT  int PyArray_DescrConverter \
-     363             :        (PyObject *, PyArray_Descr **);
-     364             : NPY_NO_EXPORT  int PyArray_DescrConverter2 \
-     365             :        (PyObject *, PyArray_Descr **);
-     366             : NPY_NO_EXPORT  int PyArray_IntpConverter \
-     367             :        (PyObject *, PyArray_Dims *);
-     368             : NPY_NO_EXPORT  int PyArray_BufferConverter \
-     369             :        (PyObject *, PyArray_Chunk *);
-     370             : NPY_NO_EXPORT  int PyArray_AxisConverter \
-     371             :        (PyObject *, int *);
-     372             : NPY_NO_EXPORT  int PyArray_BoolConverter \
-     373             :        (PyObject *, npy_bool *);
-     374             : NPY_NO_EXPORT  int PyArray_ByteorderConverter \
-     375             :        (PyObject *, char *);
-     376             : NPY_NO_EXPORT  int PyArray_OrderConverter \
-     377             :        (PyObject *, NPY_ORDER *);
-     378             : NPY_NO_EXPORT  unsigned char PyArray_EquivTypes \
-     379             :        (PyArray_Descr *, PyArray_Descr *);
-     380             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(3) PyObject * PyArray_Zeros \
-     381             :        (int, npy_intp const *, PyArray_Descr *, int);
-     382             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(3) PyObject * PyArray_Empty \
-     383             :        (int, npy_intp const *, PyArray_Descr *, int);
-     384             : NPY_NO_EXPORT  PyObject * PyArray_Where \
-     385             :        (PyObject *, PyObject *, PyObject *);
-     386             : NPY_NO_EXPORT  PyObject * PyArray_Arange \
-     387             :        (double, double, double, int);
-     388             : NPY_NO_EXPORT  PyObject * PyArray_ArangeObj \
-     389             :        (PyObject *, PyObject *, PyObject *, PyArray_Descr *);
-     390             : NPY_NO_EXPORT  int PyArray_SortkindConverter \
-     391             :        (PyObject *, NPY_SORTKIND *);
-     392             : NPY_NO_EXPORT  PyObject * PyArray_LexSort \
-     393             :        (PyObject *, int);
-     394             : NPY_NO_EXPORT  PyObject * PyArray_Round \
-     395             :        (PyArrayObject *, int, PyArrayObject *);
-     396             : NPY_NO_EXPORT  unsigned char PyArray_EquivTypenums \
-     397             :        (int, int);
-     398             : NPY_NO_EXPORT  int PyArray_RegisterDataType \
-     399             :        (PyArray_Descr *);
-     400             : NPY_NO_EXPORT  int PyArray_RegisterCastFunc \
-     401             :        (PyArray_Descr *, int, PyArray_VectorUnaryFunc *);
-     402             : NPY_NO_EXPORT  int PyArray_RegisterCanCast \
-     403             :        (PyArray_Descr *, int, NPY_SCALARKIND);
-     404             : NPY_NO_EXPORT  void PyArray_InitArrFuncs \
-     405             :        (PyArray_ArrFuncs *);
-     406             : NPY_NO_EXPORT  PyObject * PyArray_IntTupleFromIntp \
-     407             :        (int, npy_intp const *);
-     408             : NPY_NO_EXPORT  int PyArray_TypeNumFromName \
-     409             :        (char const *);
-     410             : NPY_NO_EXPORT  int PyArray_ClipmodeConverter \
-     411             :        (PyObject *, NPY_CLIPMODE *);
-     412             : NPY_NO_EXPORT  int PyArray_OutputConverter \
-     413             :        (PyObject *, PyArrayObject **);
-     414             : NPY_NO_EXPORT  PyObject * PyArray_BroadcastToShape \
-     415             :        (PyObject *, npy_intp *, int);
-     416             : NPY_NO_EXPORT  void _PyArray_SigintHandler \
-     417             :        (int);
-     418             : NPY_NO_EXPORT  void* _PyArray_GetSigintBuf \
-     419             :        (void);
-     420             : NPY_NO_EXPORT  int PyArray_DescrAlignConverter \
-     421             :        (PyObject *, PyArray_Descr **);
-     422             : NPY_NO_EXPORT  int PyArray_DescrAlignConverter2 \
-     423             :        (PyObject *, PyArray_Descr **);
-     424             : NPY_NO_EXPORT  int PyArray_SearchsideConverter \
-     425             :        (PyObject *, void *);
-     426             : NPY_NO_EXPORT  PyObject * PyArray_CheckAxis \
-     427             :        (PyArrayObject *, int *, int);
-     428             : NPY_NO_EXPORT  npy_intp PyArray_OverflowMultiplyList \
-     429             :        (npy_intp const *, int);
-     430             : NPY_NO_EXPORT  int PyArray_CompareString \
-     431             :        (const char *, const char *, size_t);
-     432             : NPY_NO_EXPORT  PyObject* PyArray_MultiIterFromObjects \
-     433             :        (PyObject **, int, int, ...);
-     434             : NPY_NO_EXPORT  int PyArray_GetEndianness \
-     435             :        (void);
-     436             : NPY_NO_EXPORT  unsigned int PyArray_GetNDArrayCFeatureVersion \
-     437             :        (void);
-     438             : NPY_NO_EXPORT  PyObject * PyArray_Correlate2 \
-     439             :        (PyObject *, PyObject *, int);
-     440             : NPY_NO_EXPORT  PyObject* PyArray_NeighborhoodIterNew \
-     441             :        (PyArrayIterObject *, const npy_intp *, int, PyArrayObject*);
-     442             : extern NPY_NO_EXPORT PyTypeObject PyTimeIntegerArrType_Type;
-     443             : 
-     444             : extern NPY_NO_EXPORT PyTypeObject PyDatetimeArrType_Type;
-     445             : 
-     446             : extern NPY_NO_EXPORT PyTypeObject PyTimedeltaArrType_Type;
-     447             : 
-     448             : extern NPY_NO_EXPORT PyTypeObject PyHalfArrType_Type;
-     449             : 
-     450             : extern NPY_NO_EXPORT PyTypeObject NpyIter_Type;
-     451             : 
-     452             : NPY_NO_EXPORT  void PyArray_SetDatetimeParseFunction \
-     453             :        (PyObject *NPY_UNUSED(op));
-     454             : NPY_NO_EXPORT  void PyArray_DatetimeToDatetimeStruct \
-     455             :        (npy_datetime NPY_UNUSED(val), NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_datetimestruct *);
-     456             : NPY_NO_EXPORT  void PyArray_TimedeltaToTimedeltaStruct \
-     457             :        (npy_timedelta NPY_UNUSED(val), NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_timedeltastruct *);
-     458             : NPY_NO_EXPORT  npy_datetime PyArray_DatetimeStructToDatetime \
-     459             :        (NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_datetimestruct *NPY_UNUSED(d));
-     460             : NPY_NO_EXPORT  npy_datetime PyArray_TimedeltaStructToTimedelta \
-     461             :        (NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_timedeltastruct *NPY_UNUSED(d));
-     462             : NPY_NO_EXPORT  NpyIter * NpyIter_New \
-     463             :        (PyArrayObject *, npy_uint32, NPY_ORDER, NPY_CASTING, PyArray_Descr*);
-     464             : NPY_NO_EXPORT  NpyIter * NpyIter_MultiNew \
-     465             :        (int, PyArrayObject **, npy_uint32, NPY_ORDER, NPY_CASTING, npy_uint32 *, PyArray_Descr **);
-     466             : NPY_NO_EXPORT  NpyIter * NpyIter_AdvancedNew \
-     467             :        (int, PyArrayObject **, npy_uint32, NPY_ORDER, NPY_CASTING, npy_uint32 *, PyArray_Descr **, int, int **, npy_intp *, npy_intp);
-     468             : NPY_NO_EXPORT  NpyIter * NpyIter_Copy \
-     469             :        (NpyIter *);
-     470             : NPY_NO_EXPORT  int NpyIter_Deallocate \
-     471             :        (NpyIter *);
-     472             : NPY_NO_EXPORT  npy_bool NpyIter_HasDelayedBufAlloc \
-     473             :        (NpyIter *);
-     474             : NPY_NO_EXPORT  npy_bool NpyIter_HasExternalLoop \
-     475             :        (NpyIter *);
-     476             : NPY_NO_EXPORT  int NpyIter_EnableExternalLoop \
-     477             :        (NpyIter *);
-     478             : NPY_NO_EXPORT  npy_intp * NpyIter_GetInnerStrideArray \
-     479             :        (NpyIter *);
-     480             : NPY_NO_EXPORT  npy_intp * NpyIter_GetInnerLoopSizePtr \
-     481             :        (NpyIter *);
-     482             : NPY_NO_EXPORT  int NpyIter_Reset \
-     483             :        (NpyIter *, char **);
-     484             : NPY_NO_EXPORT  int NpyIter_ResetBasePointers \
-     485             :        (NpyIter *, char **, char **);
-     486             : NPY_NO_EXPORT  int NpyIter_ResetToIterIndexRange \
-     487             :        (NpyIter *, npy_intp, npy_intp, char **);
-     488             : NPY_NO_EXPORT  int NpyIter_GetNDim \
-     489             :        (NpyIter *);
-     490             : NPY_NO_EXPORT  int NpyIter_GetNOp \
-     491             :        (NpyIter *);
-     492             : NPY_NO_EXPORT  NpyIter_IterNextFunc * NpyIter_GetIterNext \
-     493             :        (NpyIter *, char **);
-     494             : NPY_NO_EXPORT  npy_intp NpyIter_GetIterSize \
-     495             :        (NpyIter *);
-     496             : NPY_NO_EXPORT  void NpyIter_GetIterIndexRange \
-     497             :        (NpyIter *, npy_intp *, npy_intp *);
-     498             : NPY_NO_EXPORT  npy_intp NpyIter_GetIterIndex \
-     499             :        (NpyIter *);
-     500             : NPY_NO_EXPORT  int NpyIter_GotoIterIndex \
-     501             :        (NpyIter *, npy_intp);
-     502             : NPY_NO_EXPORT  npy_bool NpyIter_HasMultiIndex \
-     503             :        (NpyIter *);
-     504             : NPY_NO_EXPORT  int NpyIter_GetShape \
-     505             :        (NpyIter *, npy_intp *);
-     506             : NPY_NO_EXPORT  NpyIter_GetMultiIndexFunc * NpyIter_GetGetMultiIndex \
-     507             :        (NpyIter *, char **);
-     508             : NPY_NO_EXPORT  int NpyIter_GotoMultiIndex \
-     509             :        (NpyIter *, npy_intp const *);
-     510             : NPY_NO_EXPORT  int NpyIter_RemoveMultiIndex \
-     511             :        (NpyIter *);
-     512             : NPY_NO_EXPORT  npy_bool NpyIter_HasIndex \
-     513             :        (NpyIter *);
-     514             : NPY_NO_EXPORT  npy_bool NpyIter_IsBuffered \
-     515             :        (NpyIter *);
-     516             : NPY_NO_EXPORT  npy_bool NpyIter_IsGrowInner \
-     517             :        (NpyIter *);
-     518             : NPY_NO_EXPORT  npy_intp NpyIter_GetBufferSize \
-     519             :        (NpyIter *);
-     520             : NPY_NO_EXPORT  npy_intp * NpyIter_GetIndexPtr \
-     521             :        (NpyIter *);
-     522             : NPY_NO_EXPORT  int NpyIter_GotoIndex \
-     523             :        (NpyIter *, npy_intp);
-     524             : NPY_NO_EXPORT  char ** NpyIter_GetDataPtrArray \
-     525             :        (NpyIter *);
-     526             : NPY_NO_EXPORT  PyArray_Descr ** NpyIter_GetDescrArray \
-     527             :        (NpyIter *);
-     528             : NPY_NO_EXPORT  PyArrayObject ** NpyIter_GetOperandArray \
-     529             :        (NpyIter *);
-     530             : NPY_NO_EXPORT  PyArrayObject * NpyIter_GetIterView \
-     531             :        (NpyIter *, npy_intp);
-     532             : NPY_NO_EXPORT  void NpyIter_GetReadFlags \
-     533             :        (NpyIter *, char *);
-     534             : NPY_NO_EXPORT  void NpyIter_GetWriteFlags \
-     535             :        (NpyIter *, char *);
-     536             : NPY_NO_EXPORT  void NpyIter_DebugPrint \
-     537             :        (NpyIter *);
-     538             : NPY_NO_EXPORT  npy_bool NpyIter_IterationNeedsAPI \
-     539             :        (NpyIter *);
-     540             : NPY_NO_EXPORT  void NpyIter_GetInnerFixedStrideArray \
-     541             :        (NpyIter *, npy_intp *);
-     542             : NPY_NO_EXPORT  int NpyIter_RemoveAxis \
-     543             :        (NpyIter *, int);
-     544             : NPY_NO_EXPORT  npy_intp * NpyIter_GetAxisStrideArray \
-     545             :        (NpyIter *, int);
-     546             : NPY_NO_EXPORT  npy_bool NpyIter_RequiresBuffering \
-     547             :        (NpyIter *);
-     548             : NPY_NO_EXPORT  char ** NpyIter_GetInitialDataPtrArray \
-     549             :        (NpyIter *);
-     550             : NPY_NO_EXPORT  int NpyIter_CreateCompatibleStrides \
-     551             :        (NpyIter *, npy_intp, npy_intp *);
-     552             : NPY_NO_EXPORT  int PyArray_CastingConverter \
-     553             :        (PyObject *, NPY_CASTING *);
-     554             : NPY_NO_EXPORT  npy_intp PyArray_CountNonzero \
-     555             :        (PyArrayObject *);
-     556             : NPY_NO_EXPORT  PyArray_Descr * PyArray_PromoteTypes \
-     557             :        (PyArray_Descr *, PyArray_Descr *);
-     558             : NPY_NO_EXPORT  PyArray_Descr * PyArray_MinScalarType \
-     559             :        (PyArrayObject *);
-     560             : NPY_NO_EXPORT  PyArray_Descr * PyArray_ResultType \
-     561             :        (npy_intp, PyArrayObject *arrs[], npy_intp, PyArray_Descr *descrs[]);
-     562             : NPY_NO_EXPORT  npy_bool PyArray_CanCastArrayTo \
-     563             :        (PyArrayObject *, PyArray_Descr *, NPY_CASTING);
-     564             : NPY_NO_EXPORT  npy_bool PyArray_CanCastTypeTo \
-     565             :        (PyArray_Descr *, PyArray_Descr *, NPY_CASTING);
-     566             : NPY_NO_EXPORT  PyArrayObject * PyArray_EinsteinSum \
-     567             :        (char *, npy_intp, PyArrayObject **, PyArray_Descr *, NPY_ORDER, NPY_CASTING, PyArrayObject *);
-     568             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(3) PyObject * PyArray_NewLikeArray \
-     569             :        (PyArrayObject *, NPY_ORDER, PyArray_Descr *, int);
-     570             : NPY_NO_EXPORT  int PyArray_GetArrayParamsFromObject \
-     571             :        (PyObject *NPY_UNUSED(op), PyArray_Descr *NPY_UNUSED(requested_dtype), npy_bool NPY_UNUSED(writeable), PyArray_Descr **NPY_UNUSED(out_dtype), int *NPY_UNUSED(out_ndim), npy_intp *NPY_UNUSED(out_dims), PyArrayObject **NPY_UNUSED(out_arr), PyObject *NPY_UNUSED(context));
-     572             : NPY_NO_EXPORT  int PyArray_ConvertClipmodeSequence \
-     573             :        (PyObject *, NPY_CLIPMODE *, int);
-     574             : NPY_NO_EXPORT  PyObject * PyArray_MatrixProduct2 \
-     575             :        (PyObject *, PyObject *, PyArrayObject*);
-     576             : NPY_NO_EXPORT  npy_bool NpyIter_IsFirstVisit \
-     577             :        (NpyIter *, int);
-     578             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) int PyArray_SetBaseObject \
-     579             :        (PyArrayObject *, PyObject *);
-     580             : NPY_NO_EXPORT  void PyArray_CreateSortedStridePerm \
-     581             :        (int, npy_intp const *, npy_stride_sort_item *);
-     582             : NPY_NO_EXPORT  void PyArray_RemoveAxesInPlace \
-     583             :        (PyArrayObject *, const npy_bool *);
-     584             : NPY_NO_EXPORT  void PyArray_DebugPrint \
-     585             :        (PyArrayObject *);
-     586             : NPY_NO_EXPORT  int PyArray_FailUnlessWriteable \
-     587             :        (PyArrayObject *, const char *);
-     588             : NPY_NO_EXPORT NPY_STEALS_REF_TO_ARG(2) int PyArray_SetUpdateIfCopyBase \
-     589             :        (PyArrayObject *, PyArrayObject *);
-     590             : NPY_NO_EXPORT  void * PyDataMem_NEW \
-     591             :        (size_t);
-     592             : NPY_NO_EXPORT  void PyDataMem_FREE \
-     593             :        (void *);
-     594             : NPY_NO_EXPORT  void * PyDataMem_RENEW \
-     595             :        (void *, size_t);
-     596             : NPY_NO_EXPORT  PyDataMem_EventHookFunc * PyDataMem_SetEventHook \
-     597             :        (PyDataMem_EventHookFunc *, void *, void **);
-     598             : extern NPY_NO_EXPORT NPY_CASTING NPY_DEFAULT_ASSIGN_CASTING;
-     599             : 
-     600             : NPY_NO_EXPORT  void PyArray_MapIterSwapAxes \
-     601             :        (PyArrayMapIterObject *, PyArrayObject **, int);
-     602             : NPY_NO_EXPORT  PyObject * PyArray_MapIterArray \
-     603             :        (PyArrayObject *, PyObject *);
-     604             : NPY_NO_EXPORT  void PyArray_MapIterNext \
-     605             :        (PyArrayMapIterObject *);
-     606             : NPY_NO_EXPORT  int PyArray_Partition \
-     607             :        (PyArrayObject *, PyArrayObject *, int, NPY_SELECTKIND);
-     608             : NPY_NO_EXPORT  PyObject * PyArray_ArgPartition \
-     609             :        (PyArrayObject *, PyArrayObject *, int, NPY_SELECTKIND);
-     610             : NPY_NO_EXPORT  int PyArray_SelectkindConverter \
-     611             :        (PyObject *, NPY_SELECTKIND *);
-     612             : NPY_NO_EXPORT  void * PyDataMem_NEW_ZEROED \
-     613             :        (size_t, size_t);
-     614             : NPY_NO_EXPORT  int PyArray_CheckAnyScalarExact \
-     615             :        (PyObject *);
-     616             : NPY_NO_EXPORT  PyObject * PyArray_MapIterArrayCopyIfOverlap \
-     617             :        (PyArrayObject *, PyObject *, int, PyArrayObject *);
-     618             : NPY_NO_EXPORT  int PyArray_ResolveWritebackIfCopy \
-     619             :        (PyArrayObject *);
-     620             : NPY_NO_EXPORT  int PyArray_SetWritebackIfCopyBase \
-     621             :        (PyArrayObject *, PyArrayObject *);
-     622             : NPY_NO_EXPORT  PyObject * PyDataMem_SetHandler \
-     623             :        (PyObject *);
-     624             : NPY_NO_EXPORT  PyObject * PyDataMem_GetHandler \
-     625             :        (void);
-     626             : extern NPY_NO_EXPORT PyObject* PyDataMem_DefaultHandler;
-     627             : 
-     628             : 
-     629             : #else
-     630             : 
-     631             : #if defined(PY_ARRAY_UNIQUE_SYMBOL)
-     632             : #define PyArray_API PY_ARRAY_UNIQUE_SYMBOL
-     633             : #endif
-     634             : 
-     635             : #if defined(NO_IMPORT) || defined(NO_IMPORT_ARRAY)
-     636             : extern void **PyArray_API;
-     637             : #else
-     638             : #if defined(PY_ARRAY_UNIQUE_SYMBOL)
-     639             : void **PyArray_API;
-     640             : #else
-     641             : static void **PyArray_API=NULL;
-     642             : #endif
-     643             : #endif
-     644             : 
-     645             : #define PyArray_GetNDArrayCVersion \
-     646             :         (*(unsigned int (*)(void)) \
-     647             :     PyArray_API[0])
-     648             : #define PyBigArray_Type (*(PyTypeObject *)PyArray_API[1])
-     649             : #define PyArray_Type (*(PyTypeObject *)PyArray_API[2])
-     650             : #define PyArrayDescr_Type (*(PyTypeObject *)PyArray_API[3])
-     651             : #define PyArrayFlags_Type (*(PyTypeObject *)PyArray_API[4])
-     652             : #define PyArrayIter_Type (*(PyTypeObject *)PyArray_API[5])
-     653             : #define PyArrayMultiIter_Type (*(PyTypeObject *)PyArray_API[6])
-     654             : #define NPY_NUMUSERTYPES (*(int *)PyArray_API[7])
-     655             : #define PyBoolArrType_Type (*(PyTypeObject *)PyArray_API[8])
-     656             : #define _PyArrayScalar_BoolValues ((PyBoolScalarObject *)PyArray_API[9])
-     657             : #define PyGenericArrType_Type (*(PyTypeObject *)PyArray_API[10])
-     658             : #define PyNumberArrType_Type (*(PyTypeObject *)PyArray_API[11])
-     659             : #define PyIntegerArrType_Type (*(PyTypeObject *)PyArray_API[12])
-     660             : #define PySignedIntegerArrType_Type (*(PyTypeObject *)PyArray_API[13])
-     661             : #define PyUnsignedIntegerArrType_Type (*(PyTypeObject *)PyArray_API[14])
-     662             : #define PyInexactArrType_Type (*(PyTypeObject *)PyArray_API[15])
-     663             : #define PyFloatingArrType_Type (*(PyTypeObject *)PyArray_API[16])
-     664             : #define PyComplexFloatingArrType_Type (*(PyTypeObject *)PyArray_API[17])
-     665             : #define PyFlexibleArrType_Type (*(PyTypeObject *)PyArray_API[18])
-     666             : #define PyCharacterArrType_Type (*(PyTypeObject *)PyArray_API[19])
-     667             : #define PyByteArrType_Type (*(PyTypeObject *)PyArray_API[20])
-     668             : #define PyShortArrType_Type (*(PyTypeObject *)PyArray_API[21])
-     669             : #define PyIntArrType_Type (*(PyTypeObject *)PyArray_API[22])
-     670             : #define PyLongArrType_Type (*(PyTypeObject *)PyArray_API[23])
-     671             : #define PyLongLongArrType_Type (*(PyTypeObject *)PyArray_API[24])
-     672             : #define PyUByteArrType_Type (*(PyTypeObject *)PyArray_API[25])
-     673             : #define PyUShortArrType_Type (*(PyTypeObject *)PyArray_API[26])
-     674             : #define PyUIntArrType_Type (*(PyTypeObject *)PyArray_API[27])
-     675             : #define PyULongArrType_Type (*(PyTypeObject *)PyArray_API[28])
-     676             : #define PyULongLongArrType_Type (*(PyTypeObject *)PyArray_API[29])
-     677             : #define PyFloatArrType_Type (*(PyTypeObject *)PyArray_API[30])
-     678             : #define PyDoubleArrType_Type (*(PyTypeObject *)PyArray_API[31])
-     679             : #define PyLongDoubleArrType_Type (*(PyTypeObject *)PyArray_API[32])
-     680             : #define PyCFloatArrType_Type (*(PyTypeObject *)PyArray_API[33])
-     681             : #define PyCDoubleArrType_Type (*(PyTypeObject *)PyArray_API[34])
-     682             : #define PyCLongDoubleArrType_Type (*(PyTypeObject *)PyArray_API[35])
-     683             : #define PyObjectArrType_Type (*(PyTypeObject *)PyArray_API[36])
-     684             : #define PyStringArrType_Type (*(PyTypeObject *)PyArray_API[37])
-     685             : #define PyUnicodeArrType_Type (*(PyTypeObject *)PyArray_API[38])
-     686             : #define PyVoidArrType_Type (*(PyTypeObject *)PyArray_API[39])
-     687             : #define PyArray_SetNumericOps \
-     688             :         (*(int (*)(PyObject *)) \
-     689             :     PyArray_API[40])
-     690             : #define PyArray_GetNumericOps \
-     691             :         (*(PyObject * (*)(void)) \
-     692             :     PyArray_API[41])
-     693             : #define PyArray_INCREF \
-     694             :         (*(int (*)(PyArrayObject *)) \
-     695             :     PyArray_API[42])
-     696             : #define PyArray_XDECREF \
-     697             :         (*(int (*)(PyArrayObject *)) \
-     698             :     PyArray_API[43])
-     699             : #define PyArray_SetStringFunction \
-     700             :         (*(void (*)(PyObject *, int)) \
-     701             :     PyArray_API[44])
-     702             : #define PyArray_DescrFromType \
-     703             :         (*(PyArray_Descr * (*)(int)) \
-     704             :     PyArray_API[45])
-     705             : #define PyArray_TypeObjectFromType \
-     706             :         (*(PyObject * (*)(int)) \
-     707             :     PyArray_API[46])
-     708             : #define PyArray_Zero \
-     709             :         (*(char * (*)(PyArrayObject *)) \
-     710             :     PyArray_API[47])
-     711             : #define PyArray_One \
-     712             :         (*(char * (*)(PyArrayObject *)) \
-     713             :     PyArray_API[48])
-     714             : #define PyArray_CastToType \
-     715             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Descr *, int)) \
-     716             :     PyArray_API[49])
-     717             : #define PyArray_CastTo \
-     718             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
-     719             :     PyArray_API[50])
-     720             : #define PyArray_CastAnyTo \
-     721             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
-     722             :     PyArray_API[51])
-     723             : #define PyArray_CanCastSafely \
-     724             :         (*(int (*)(int, int)) \
-     725             :     PyArray_API[52])
-     726             : #define PyArray_CanCastTo \
-     727             :         (*(npy_bool (*)(PyArray_Descr *, PyArray_Descr *)) \
-     728             :     PyArray_API[53])
-     729             : #define PyArray_ObjectType \
-     730             :         (*(int (*)(PyObject *, int)) \
-     731             :     PyArray_API[54])
-     732             : #define PyArray_DescrFromObject \
-     733             :         (*(PyArray_Descr * (*)(PyObject *, PyArray_Descr *)) \
-     734             :     PyArray_API[55])
-     735             : #define PyArray_ConvertToCommonType \
-     736             :         (*(PyArrayObject ** (*)(PyObject *, int *)) \
-     737             :     PyArray_API[56])
-     738             : #define PyArray_DescrFromScalar \
-     739             :         (*(PyArray_Descr * (*)(PyObject *)) \
-     740             :     PyArray_API[57])
-     741             : #define PyArray_DescrFromTypeObject \
-     742             :         (*(PyArray_Descr * (*)(PyObject *)) \
-     743             :     PyArray_API[58])
-     744             : #define PyArray_Size \
-     745             :         (*(npy_intp (*)(PyObject *)) \
-     746             :     PyArray_API[59])
-     747             : #define PyArray_Scalar \
-     748             :         (*(PyObject * (*)(void *, PyArray_Descr *, PyObject *)) \
-     749             :     PyArray_API[60])
-     750             : #define PyArray_FromScalar \
-     751             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *)) \
-     752             :     PyArray_API[61])
-     753             : #define PyArray_ScalarAsCtype \
-     754             :         (*(void (*)(PyObject *, void *)) \
-     755             :     PyArray_API[62])
-     756             : #define PyArray_CastScalarToCtype \
-     757             :         (*(int (*)(PyObject *, void *, PyArray_Descr *)) \
-     758             :     PyArray_API[63])
-     759             : #define PyArray_CastScalarDirect \
-     760             :         (*(int (*)(PyObject *, PyArray_Descr *, void *, int)) \
-     761             :     PyArray_API[64])
-     762             : #define PyArray_ScalarFromObject \
-     763             :         (*(PyObject * (*)(PyObject *)) \
-     764             :     PyArray_API[65])
-     765             : #define PyArray_GetCastFunc \
-     766             :         (*(PyArray_VectorUnaryFunc * (*)(PyArray_Descr *, int)) \
-     767             :     PyArray_API[66])
-     768             : #define PyArray_FromDims \
-     769             :         (*(PyObject * (*)(int NPY_UNUSED(nd), int *NPY_UNUSED(d), int NPY_UNUSED(type))) \
-     770             :     PyArray_API[67])
-     771             : #define PyArray_FromDimsAndDataAndDescr \
-     772             :         (*(PyObject * (*)(int NPY_UNUSED(nd), int *NPY_UNUSED(d), PyArray_Descr *, char *NPY_UNUSED(data))) \
-     773             :     PyArray_API[68])
-     774             : #define PyArray_FromAny \
-     775             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, int, int, int, PyObject *)) \
-     776             :     PyArray_API[69])
-     777             : #define PyArray_EnsureArray \
-     778             :         (*(PyObject * (*)(PyObject *)) \
-     779             :     PyArray_API[70])
-     780             : #define PyArray_EnsureAnyArray \
-     781             :         (*(PyObject * (*)(PyObject *)) \
-     782             :     PyArray_API[71])
-     783             : #define PyArray_FromFile \
-     784             :         (*(PyObject * (*)(FILE *, PyArray_Descr *, npy_intp, char *)) \
-     785             :     PyArray_API[72])
-     786             : #define PyArray_FromString \
-     787             :         (*(PyObject * (*)(char *, npy_intp, PyArray_Descr *, npy_intp, char *)) \
-     788             :     PyArray_API[73])
-     789             : #define PyArray_FromBuffer \
-     790             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, npy_intp, npy_intp)) \
-     791             :     PyArray_API[74])
-     792             : #define PyArray_FromIter \
-     793             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, npy_intp)) \
-     794             :     PyArray_API[75])
-     795             : #define PyArray_Return \
-     796             :         (*(PyObject * (*)(PyArrayObject *)) \
-     797             :     PyArray_API[76])
-     798             : #define PyArray_GetField \
-     799             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Descr *, int)) \
-     800             :     PyArray_API[77])
-     801             : #define PyArray_SetField \
-     802             :         (*(int (*)(PyArrayObject *, PyArray_Descr *, int, PyObject *)) \
-     803             :     PyArray_API[78])
-     804             : #define PyArray_Byteswap \
-     805             :         (*(PyObject * (*)(PyArrayObject *, npy_bool)) \
-     806             :     PyArray_API[79])
-     807             : #define PyArray_Resize \
-     808             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Dims *, int, NPY_ORDER NPY_UNUSED(order))) \
-     809             :     PyArray_API[80])
-     810             : #define PyArray_MoveInto \
-     811             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
-     812             :     PyArray_API[81])
-     813             : #define PyArray_CopyInto \
-     814             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
-     815             :     PyArray_API[82])
-     816             : #define PyArray_CopyAnyInto \
-     817             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
-     818             :     PyArray_API[83])
-     819             : #define PyArray_CopyObject \
-     820             :         (*(int (*)(PyArrayObject *, PyObject *)) \
-     821             :     PyArray_API[84])
-     822             : #define PyArray_NewCopy \
-     823             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER)) \
-     824             :     PyArray_API[85])
-     825             : #define PyArray_ToList \
-     826             :         (*(PyObject * (*)(PyArrayObject *)) \
-     827             :     PyArray_API[86])
-     828             : #define PyArray_ToString \
-     829             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER)) \
-     830             :     PyArray_API[87])
-     831             : #define PyArray_ToFile \
-     832             :         (*(int (*)(PyArrayObject *, FILE *, char *, char *)) \
-     833             :     PyArray_API[88])
-     834             : #define PyArray_Dump \
-     835             :         (*(int (*)(PyObject *, PyObject *, int)) \
-     836             :     PyArray_API[89])
-     837             : #define PyArray_Dumps \
-     838             :         (*(PyObject * (*)(PyObject *, int)) \
-     839             :     PyArray_API[90])
-     840             : #define PyArray_ValidType \
-     841             :         (*(int (*)(int)) \
-     842             :     PyArray_API[91])
-     843             : #define PyArray_UpdateFlags \
-     844             :         (*(void (*)(PyArrayObject *, int)) \
-     845             :     PyArray_API[92])
-     846             : #define PyArray_New \
-     847             :         (*(PyObject * (*)(PyTypeObject *, int, npy_intp const *, int, npy_intp const *, void *, int, int, PyObject *)) \
-     848             :     PyArray_API[93])
-     849             : #define PyArray_NewFromDescr \
-     850             :         (*(PyObject * (*)(PyTypeObject *, PyArray_Descr *, int, npy_intp const *, npy_intp const *, void *, int, PyObject *)) \
-     851             :     PyArray_API[94])
-     852             : #define PyArray_DescrNew \
-     853             :         (*(PyArray_Descr * (*)(PyArray_Descr *)) \
-     854             :     PyArray_API[95])
-     855             : #define PyArray_DescrNewFromType \
-     856             :         (*(PyArray_Descr * (*)(int)) \
-     857             :     PyArray_API[96])
-     858             : #define PyArray_GetPriority \
-     859             :         (*(double (*)(PyObject *, double)) \
-     860             :     PyArray_API[97])
-     861             : #define PyArray_IterNew \
-     862             :         (*(PyObject * (*)(PyObject *)) \
-     863             :     PyArray_API[98])
-     864             : #define PyArray_MultiIterNew \
-     865             :         (*(PyObject* (*)(int, ...)) \
-     866             :     PyArray_API[99])
-     867             : #define PyArray_PyIntAsInt \
-     868             :         (*(int (*)(PyObject *)) \
-     869             :     PyArray_API[100])
-     870             : #define PyArray_PyIntAsIntp \
-     871             :         (*(npy_intp (*)(PyObject *)) \
-     872             :     PyArray_API[101])
-     873             : #define PyArray_Broadcast \
-     874             :         (*(int (*)(PyArrayMultiIterObject *)) \
-     875             :     PyArray_API[102])
-     876             : #define PyArray_FillObjectArray \
-     877             :         (*(void (*)(PyArrayObject *, PyObject *)) \
-     878             :     PyArray_API[103])
-     879             : #define PyArray_FillWithScalar \
-     880             :         (*(int (*)(PyArrayObject *, PyObject *)) \
-     881             :     PyArray_API[104])
-     882             : #define PyArray_CheckStrides \
-     883             :         (*(npy_bool (*)(int, int, npy_intp, npy_intp, npy_intp const *, npy_intp const *)) \
-     884             :     PyArray_API[105])
-     885             : #define PyArray_DescrNewByteorder \
-     886             :         (*(PyArray_Descr * (*)(PyArray_Descr *, char)) \
-     887             :     PyArray_API[106])
-     888             : #define PyArray_IterAllButAxis \
-     889             :         (*(PyObject * (*)(PyObject *, int *)) \
-     890             :     PyArray_API[107])
-     891             : #define PyArray_CheckFromAny \
-     892             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, int, int, int, PyObject *)) \
-     893             :     PyArray_API[108])
-     894             : #define PyArray_FromArray \
-     895             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Descr *, int)) \
-     896             :     PyArray_API[109])
-     897             : #define PyArray_FromInterface \
-     898             :         (*(PyObject * (*)(PyObject *)) \
-     899             :     PyArray_API[110])
-     900             : #define PyArray_FromStructInterface \
-     901             :         (*(PyObject * (*)(PyObject *)) \
-     902             :     PyArray_API[111])
-     903             : #define PyArray_FromArrayAttr \
-     904             :         (*(PyObject * (*)(PyObject *, PyArray_Descr *, PyObject *)) \
-     905             :     PyArray_API[112])
-     906             : #define PyArray_ScalarKind \
-     907             :         (*(NPY_SCALARKIND (*)(int, PyArrayObject **)) \
-     908             :     PyArray_API[113])
-     909             : #define PyArray_CanCoerceScalar \
-     910             :         (*(int (*)(int, int, NPY_SCALARKIND)) \
-     911             :     PyArray_API[114])
-     912             : #define PyArray_NewFlagsObject \
-     913             :         (*(PyObject * (*)(PyObject *)) \
-     914             :     PyArray_API[115])
-     915             : #define PyArray_CanCastScalar \
-     916             :         (*(npy_bool (*)(PyTypeObject *, PyTypeObject *)) \
-     917             :     PyArray_API[116])
-     918             : #define PyArray_CompareUCS4 \
-     919             :         (*(int (*)(npy_ucs4 const *, npy_ucs4 const *, size_t)) \
-     920             :     PyArray_API[117])
-     921             : #define PyArray_RemoveSmallest \
-     922             :         (*(int (*)(PyArrayMultiIterObject *)) \
-     923             :     PyArray_API[118])
-     924             : #define PyArray_ElementStrides \
-     925             :         (*(int (*)(PyObject *)) \
-     926             :     PyArray_API[119])
-     927             : #define PyArray_Item_INCREF \
-     928             :         (*(void (*)(char *, PyArray_Descr *)) \
-     929             :     PyArray_API[120])
-     930             : #define PyArray_Item_XDECREF \
-     931             :         (*(void (*)(char *, PyArray_Descr *)) \
-     932             :     PyArray_API[121])
-     933             : #define PyArray_FieldNames \
-     934             :         (*(PyObject * (*)(PyObject *)) \
-     935             :     PyArray_API[122])
-     936             : #define PyArray_Transpose \
-     937             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Dims *)) \
-     938             :     PyArray_API[123])
-     939             : #define PyArray_TakeFrom \
-     940             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, int, PyArrayObject *, NPY_CLIPMODE)) \
-     941             :     PyArray_API[124])
-     942             : #define PyArray_PutTo \
-     943             :         (*(PyObject * (*)(PyArrayObject *, PyObject*, PyObject *, NPY_CLIPMODE)) \
-     944             :     PyArray_API[125])
-     945             : #define PyArray_PutMask \
-     946             :         (*(PyObject * (*)(PyArrayObject *, PyObject*, PyObject*)) \
-     947             :     PyArray_API[126])
-     948             : #define PyArray_Repeat \
-     949             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, int)) \
-     950             :     PyArray_API[127])
-     951             : #define PyArray_Choose \
-     952             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, PyArrayObject *, NPY_CLIPMODE)) \
-     953             :     PyArray_API[128])
-     954             : #define PyArray_Sort \
-     955             :         (*(int (*)(PyArrayObject *, int, NPY_SORTKIND)) \
-     956             :     PyArray_API[129])
-     957             : #define PyArray_ArgSort \
-     958             :         (*(PyObject * (*)(PyArrayObject *, int, NPY_SORTKIND)) \
-     959             :     PyArray_API[130])
-     960             : #define PyArray_SearchSorted \
-     961             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, NPY_SEARCHSIDE, PyObject *)) \
-     962             :     PyArray_API[131])
-     963             : #define PyArray_ArgMax \
-     964             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
-     965             :     PyArray_API[132])
-     966             : #define PyArray_ArgMin \
-     967             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
-     968             :     PyArray_API[133])
-     969             : #define PyArray_Reshape \
-     970             :         (*(PyObject * (*)(PyArrayObject *, PyObject *)) \
-     971             :     PyArray_API[134])
-     972             : #define PyArray_Newshape \
-     973             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Dims *, NPY_ORDER)) \
-     974             :     PyArray_API[135])
-     975             : #define PyArray_Squeeze \
-     976             :         (*(PyObject * (*)(PyArrayObject *)) \
-     977             :     PyArray_API[136])
-     978             : #define PyArray_View \
-     979             :         (*(PyObject * (*)(PyArrayObject *, PyArray_Descr *, PyTypeObject *)) \
-     980             :     PyArray_API[137])
-     981             : #define PyArray_SwapAxes \
-     982             :         (*(PyObject * (*)(PyArrayObject *, int, int)) \
-     983             :     PyArray_API[138])
-     984             : #define PyArray_Max \
-     985             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
-     986             :     PyArray_API[139])
-     987             : #define PyArray_Min \
-     988             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
-     989             :     PyArray_API[140])
-     990             : #define PyArray_Ptp \
-     991             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
-     992             :     PyArray_API[141])
-     993             : #define PyArray_Mean \
-     994             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
-     995             :     PyArray_API[142])
-     996             : #define PyArray_Trace \
-     997             :         (*(PyObject * (*)(PyArrayObject *, int, int, int, int, PyArrayObject *)) \
-     998             :     PyArray_API[143])
-     999             : #define PyArray_Diagonal \
-    1000             :         (*(PyObject * (*)(PyArrayObject *, int, int, int)) \
-    1001             :     PyArray_API[144])
-    1002             : #define PyArray_Clip \
-    1003             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, PyObject *, PyArrayObject *)) \
-    1004             :     PyArray_API[145])
-    1005             : #define PyArray_Conjugate \
-    1006             :         (*(PyObject * (*)(PyArrayObject *, PyArrayObject *)) \
-    1007             :     PyArray_API[146])
-    1008             : #define PyArray_Nonzero \
-    1009             :         (*(PyObject * (*)(PyArrayObject *)) \
-    1010             :     PyArray_API[147])
-    1011             : #define PyArray_Std \
-    1012             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *, int)) \
-    1013             :     PyArray_API[148])
-    1014             : #define PyArray_Sum \
-    1015             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
-    1016             :     PyArray_API[149])
-    1017             : #define PyArray_CumSum \
-    1018             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
-    1019             :     PyArray_API[150])
-    1020             : #define PyArray_Prod \
-    1021             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
-    1022             :     PyArray_API[151])
-    1023             : #define PyArray_CumProd \
-    1024             :         (*(PyObject * (*)(PyArrayObject *, int, int, PyArrayObject *)) \
-    1025             :     PyArray_API[152])
-    1026             : #define PyArray_All \
-    1027             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
-    1028             :     PyArray_API[153])
-    1029             : #define PyArray_Any \
-    1030             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
-    1031             :     PyArray_API[154])
-    1032             : #define PyArray_Compress \
-    1033             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, int, PyArrayObject *)) \
-    1034             :     PyArray_API[155])
-    1035             : #define PyArray_Flatten \
-    1036             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER)) \
-    1037             :     PyArray_API[156])
-    1038             : #define PyArray_Ravel \
-    1039             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER)) \
-    1040             :     PyArray_API[157])
-    1041             : #define PyArray_MultiplyList \
-    1042             :         (*(npy_intp (*)(npy_intp const *, int)) \
-    1043             :     PyArray_API[158])
-    1044             : #define PyArray_MultiplyIntList \
-    1045             :         (*(int (*)(int const *, int)) \
-    1046             :     PyArray_API[159])
-    1047             : #define PyArray_GetPtr \
-    1048             :         (*(void * (*)(PyArrayObject *, npy_intp const*)) \
-    1049             :     PyArray_API[160])
-    1050             : #define PyArray_CompareLists \
-    1051             :         (*(int (*)(npy_intp const *, npy_intp const *, int)) \
-    1052             :     PyArray_API[161])
-    1053             : #define PyArray_AsCArray \
-    1054             :         (*(int (*)(PyObject **, void *, npy_intp *, int, PyArray_Descr*)) \
-    1055             :     PyArray_API[162])
-    1056             : #define PyArray_As1D \
-    1057             :         (*(int (*)(PyObject **NPY_UNUSED(op), char **NPY_UNUSED(ptr), int *NPY_UNUSED(d1), int NPY_UNUSED(typecode))) \
-    1058             :     PyArray_API[163])
-    1059             : #define PyArray_As2D \
-    1060             :         (*(int (*)(PyObject **NPY_UNUSED(op), char ***NPY_UNUSED(ptr), int *NPY_UNUSED(d1), int *NPY_UNUSED(d2), int NPY_UNUSED(typecode))) \
-    1061             :     PyArray_API[164])
-    1062             : #define PyArray_Free \
-    1063             :         (*(int (*)(PyObject *, void *)) \
-    1064             :     PyArray_API[165])
-    1065             : #define PyArray_Converter \
-    1066             :         (*(int (*)(PyObject *, PyObject **)) \
-    1067             :     PyArray_API[166])
-    1068             : #define PyArray_IntpFromSequence \
-    1069             :         (*(int (*)(PyObject *, npy_intp *, int)) \
-    1070             :     PyArray_API[167])
-    1071             : #define PyArray_Concatenate \
-    1072             :         (*(PyObject * (*)(PyObject *, int)) \
-    1073             :     PyArray_API[168])
-    1074             : #define PyArray_InnerProduct \
-    1075             :         (*(PyObject * (*)(PyObject *, PyObject *)) \
-    1076             :     PyArray_API[169])
-    1077             : #define PyArray_MatrixProduct \
-    1078             :         (*(PyObject * (*)(PyObject *, PyObject *)) \
-    1079             :     PyArray_API[170])
-    1080             : #define PyArray_CopyAndTranspose \
-    1081             :         (*(PyObject * (*)(PyObject *)) \
-    1082             :     PyArray_API[171])
-    1083             : #define PyArray_Correlate \
-    1084             :         (*(PyObject * (*)(PyObject *, PyObject *, int)) \
-    1085             :     PyArray_API[172])
-    1086             : #define PyArray_TypestrConvert \
-    1087             :         (*(int (*)(int, int)) \
-    1088             :     PyArray_API[173])
-    1089             : #define PyArray_DescrConverter \
-    1090             :         (*(int (*)(PyObject *, PyArray_Descr **)) \
-    1091             :     PyArray_API[174])
-    1092             : #define PyArray_DescrConverter2 \
-    1093             :         (*(int (*)(PyObject *, PyArray_Descr **)) \
-    1094             :     PyArray_API[175])
-    1095             : #define PyArray_IntpConverter \
-    1096             :         (*(int (*)(PyObject *, PyArray_Dims *)) \
-    1097             :     PyArray_API[176])
-    1098             : #define PyArray_BufferConverter \
-    1099             :         (*(int (*)(PyObject *, PyArray_Chunk *)) \
-    1100             :     PyArray_API[177])
-    1101             : #define PyArray_AxisConverter \
-    1102             :         (*(int (*)(PyObject *, int *)) \
-    1103             :     PyArray_API[178])
-    1104             : #define PyArray_BoolConverter \
-    1105             :         (*(int (*)(PyObject *, npy_bool *)) \
-    1106             :     PyArray_API[179])
-    1107             : #define PyArray_ByteorderConverter \
-    1108             :         (*(int (*)(PyObject *, char *)) \
-    1109             :     PyArray_API[180])
-    1110             : #define PyArray_OrderConverter \
-    1111             :         (*(int (*)(PyObject *, NPY_ORDER *)) \
-    1112             :     PyArray_API[181])
-    1113             : #define PyArray_EquivTypes \
-    1114             :         (*(unsigned char (*)(PyArray_Descr *, PyArray_Descr *)) \
-    1115             :     PyArray_API[182])
-    1116             : #define PyArray_Zeros \
-    1117             :         (*(PyObject * (*)(int, npy_intp const *, PyArray_Descr *, int)) \
-    1118             :     PyArray_API[183])
-    1119             : #define PyArray_Empty \
-    1120             :         (*(PyObject * (*)(int, npy_intp const *, PyArray_Descr *, int)) \
-    1121             :     PyArray_API[184])
-    1122             : #define PyArray_Where \
-    1123             :         (*(PyObject * (*)(PyObject *, PyObject *, PyObject *)) \
-    1124             :     PyArray_API[185])
-    1125             : #define PyArray_Arange \
-    1126             :         (*(PyObject * (*)(double, double, double, int)) \
-    1127             :     PyArray_API[186])
-    1128             : #define PyArray_ArangeObj \
-    1129             :         (*(PyObject * (*)(PyObject *, PyObject *, PyObject *, PyArray_Descr *)) \
-    1130             :     PyArray_API[187])
-    1131             : #define PyArray_SortkindConverter \
-    1132             :         (*(int (*)(PyObject *, NPY_SORTKIND *)) \
-    1133             :     PyArray_API[188])
-    1134             : #define PyArray_LexSort \
-    1135             :         (*(PyObject * (*)(PyObject *, int)) \
-    1136             :     PyArray_API[189])
-    1137             : #define PyArray_Round \
-    1138             :         (*(PyObject * (*)(PyArrayObject *, int, PyArrayObject *)) \
-    1139             :     PyArray_API[190])
-    1140             : #define PyArray_EquivTypenums \
-    1141             :         (*(unsigned char (*)(int, int)) \
-    1142             :     PyArray_API[191])
-    1143             : #define PyArray_RegisterDataType \
-    1144             :         (*(int (*)(PyArray_Descr *)) \
-    1145             :     PyArray_API[192])
-    1146             : #define PyArray_RegisterCastFunc \
-    1147             :         (*(int (*)(PyArray_Descr *, int, PyArray_VectorUnaryFunc *)) \
-    1148             :     PyArray_API[193])
-    1149             : #define PyArray_RegisterCanCast \
-    1150             :         (*(int (*)(PyArray_Descr *, int, NPY_SCALARKIND)) \
-    1151             :     PyArray_API[194])
-    1152             : #define PyArray_InitArrFuncs \
-    1153             :         (*(void (*)(PyArray_ArrFuncs *)) \
-    1154             :     PyArray_API[195])
-    1155             : #define PyArray_IntTupleFromIntp \
-    1156             :         (*(PyObject * (*)(int, npy_intp const *)) \
-    1157             :     PyArray_API[196])
-    1158             : #define PyArray_TypeNumFromName \
-    1159             :         (*(int (*)(char const *)) \
-    1160             :     PyArray_API[197])
-    1161             : #define PyArray_ClipmodeConverter \
-    1162             :         (*(int (*)(PyObject *, NPY_CLIPMODE *)) \
-    1163             :     PyArray_API[198])
-    1164             : #define PyArray_OutputConverter \
-    1165             :         (*(int (*)(PyObject *, PyArrayObject **)) \
-    1166             :     PyArray_API[199])
-    1167             : #define PyArray_BroadcastToShape \
-    1168             :         (*(PyObject * (*)(PyObject *, npy_intp *, int)) \
-    1169             :     PyArray_API[200])
-    1170             : #define _PyArray_SigintHandler \
-    1171             :         (*(void (*)(int)) \
-    1172             :     PyArray_API[201])
-    1173             : #define _PyArray_GetSigintBuf \
-    1174             :         (*(void* (*)(void)) \
-    1175             :     PyArray_API[202])
-    1176             : #define PyArray_DescrAlignConverter \
-    1177             :         (*(int (*)(PyObject *, PyArray_Descr **)) \
-    1178             :     PyArray_API[203])
-    1179             : #define PyArray_DescrAlignConverter2 \
-    1180             :         (*(int (*)(PyObject *, PyArray_Descr **)) \
-    1181             :     PyArray_API[204])
-    1182             : #define PyArray_SearchsideConverter \
-    1183             :         (*(int (*)(PyObject *, void *)) \
-    1184             :     PyArray_API[205])
-    1185             : #define PyArray_CheckAxis \
-    1186             :         (*(PyObject * (*)(PyArrayObject *, int *, int)) \
-    1187             :     PyArray_API[206])
-    1188             : #define PyArray_OverflowMultiplyList \
-    1189             :         (*(npy_intp (*)(npy_intp const *, int)) \
-    1190             :     PyArray_API[207])
-    1191             : #define PyArray_CompareString \
-    1192             :         (*(int (*)(const char *, const char *, size_t)) \
-    1193             :     PyArray_API[208])
-    1194             : #define PyArray_MultiIterFromObjects \
-    1195             :         (*(PyObject* (*)(PyObject **, int, int, ...)) \
-    1196             :     PyArray_API[209])
-    1197             : #define PyArray_GetEndianness \
-    1198             :         (*(int (*)(void)) \
-    1199             :     PyArray_API[210])
-    1200             : #define PyArray_GetNDArrayCFeatureVersion \
-    1201             :         (*(unsigned int (*)(void)) \
-    1202             :     PyArray_API[211])
-    1203             : #define PyArray_Correlate2 \
-    1204             :         (*(PyObject * (*)(PyObject *, PyObject *, int)) \
-    1205             :     PyArray_API[212])
-    1206             : #define PyArray_NeighborhoodIterNew \
-    1207             :         (*(PyObject* (*)(PyArrayIterObject *, const npy_intp *, int, PyArrayObject*)) \
-    1208             :     PyArray_API[213])
-    1209             : #define PyTimeIntegerArrType_Type (*(PyTypeObject *)PyArray_API[214])
-    1210             : #define PyDatetimeArrType_Type (*(PyTypeObject *)PyArray_API[215])
-    1211             : #define PyTimedeltaArrType_Type (*(PyTypeObject *)PyArray_API[216])
-    1212             : #define PyHalfArrType_Type (*(PyTypeObject *)PyArray_API[217])
-    1213             : #define NpyIter_Type (*(PyTypeObject *)PyArray_API[218])
-    1214             : #define PyArray_SetDatetimeParseFunction \
-    1215             :         (*(void (*)(PyObject *NPY_UNUSED(op))) \
-    1216             :     PyArray_API[219])
-    1217             : #define PyArray_DatetimeToDatetimeStruct \
-    1218             :         (*(void (*)(npy_datetime NPY_UNUSED(val), NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_datetimestruct *)) \
-    1219             :     PyArray_API[220])
-    1220             : #define PyArray_TimedeltaToTimedeltaStruct \
-    1221             :         (*(void (*)(npy_timedelta NPY_UNUSED(val), NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_timedeltastruct *)) \
-    1222             :     PyArray_API[221])
-    1223             : #define PyArray_DatetimeStructToDatetime \
-    1224             :         (*(npy_datetime (*)(NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_datetimestruct *NPY_UNUSED(d))) \
-    1225             :     PyArray_API[222])
-    1226             : #define PyArray_TimedeltaStructToTimedelta \
-    1227             :         (*(npy_datetime (*)(NPY_DATETIMEUNIT NPY_UNUSED(fr), npy_timedeltastruct *NPY_UNUSED(d))) \
-    1228             :     PyArray_API[223])
-    1229             : #define NpyIter_New \
-    1230             :         (*(NpyIter * (*)(PyArrayObject *, npy_uint32, NPY_ORDER, NPY_CASTING, PyArray_Descr*)) \
-    1231             :     PyArray_API[224])
-    1232             : #define NpyIter_MultiNew \
-    1233             :         (*(NpyIter * (*)(int, PyArrayObject **, npy_uint32, NPY_ORDER, NPY_CASTING, npy_uint32 *, PyArray_Descr **)) \
-    1234             :     PyArray_API[225])
-    1235             : #define NpyIter_AdvancedNew \
-    1236             :         (*(NpyIter * (*)(int, PyArrayObject **, npy_uint32, NPY_ORDER, NPY_CASTING, npy_uint32 *, PyArray_Descr **, int, int **, npy_intp *, npy_intp)) \
-    1237             :     PyArray_API[226])
-    1238             : #define NpyIter_Copy \
-    1239             :         (*(NpyIter * (*)(NpyIter *)) \
-    1240             :     PyArray_API[227])
-    1241             : #define NpyIter_Deallocate \
-    1242             :         (*(int (*)(NpyIter *)) \
-    1243             :     PyArray_API[228])
-    1244             : #define NpyIter_HasDelayedBufAlloc \
-    1245             :         (*(npy_bool (*)(NpyIter *)) \
-    1246             :     PyArray_API[229])
-    1247             : #define NpyIter_HasExternalLoop \
-    1248             :         (*(npy_bool (*)(NpyIter *)) \
-    1249             :     PyArray_API[230])
-    1250             : #define NpyIter_EnableExternalLoop \
-    1251             :         (*(int (*)(NpyIter *)) \
-    1252             :     PyArray_API[231])
-    1253             : #define NpyIter_GetInnerStrideArray \
-    1254             :         (*(npy_intp * (*)(NpyIter *)) \
-    1255             :     PyArray_API[232])
-    1256             : #define NpyIter_GetInnerLoopSizePtr \
-    1257             :         (*(npy_intp * (*)(NpyIter *)) \
-    1258             :     PyArray_API[233])
-    1259             : #define NpyIter_Reset \
-    1260             :         (*(int (*)(NpyIter *, char **)) \
-    1261             :     PyArray_API[234])
-    1262             : #define NpyIter_ResetBasePointers \
-    1263             :         (*(int (*)(NpyIter *, char **, char **)) \
-    1264             :     PyArray_API[235])
-    1265             : #define NpyIter_ResetToIterIndexRange \
-    1266             :         (*(int (*)(NpyIter *, npy_intp, npy_intp, char **)) \
-    1267             :     PyArray_API[236])
-    1268             : #define NpyIter_GetNDim \
-    1269             :         (*(int (*)(NpyIter *)) \
-    1270             :     PyArray_API[237])
-    1271             : #define NpyIter_GetNOp \
-    1272             :         (*(int (*)(NpyIter *)) \
-    1273             :     PyArray_API[238])
-    1274             : #define NpyIter_GetIterNext \
-    1275             :         (*(NpyIter_IterNextFunc * (*)(NpyIter *, char **)) \
-    1276             :     PyArray_API[239])
-    1277             : #define NpyIter_GetIterSize \
-    1278             :         (*(npy_intp (*)(NpyIter *)) \
-    1279             :     PyArray_API[240])
-    1280             : #define NpyIter_GetIterIndexRange \
-    1281             :         (*(void (*)(NpyIter *, npy_intp *, npy_intp *)) \
-    1282             :     PyArray_API[241])
-    1283             : #define NpyIter_GetIterIndex \
-    1284             :         (*(npy_intp (*)(NpyIter *)) \
-    1285             :     PyArray_API[242])
-    1286             : #define NpyIter_GotoIterIndex \
-    1287             :         (*(int (*)(NpyIter *, npy_intp)) \
-    1288             :     PyArray_API[243])
-    1289             : #define NpyIter_HasMultiIndex \
-    1290             :         (*(npy_bool (*)(NpyIter *)) \
-    1291             :     PyArray_API[244])
-    1292             : #define NpyIter_GetShape \
-    1293             :         (*(int (*)(NpyIter *, npy_intp *)) \
-    1294             :     PyArray_API[245])
-    1295             : #define NpyIter_GetGetMultiIndex \
-    1296             :         (*(NpyIter_GetMultiIndexFunc * (*)(NpyIter *, char **)) \
-    1297             :     PyArray_API[246])
-    1298             : #define NpyIter_GotoMultiIndex \
-    1299             :         (*(int (*)(NpyIter *, npy_intp const *)) \
-    1300             :     PyArray_API[247])
-    1301             : #define NpyIter_RemoveMultiIndex \
-    1302             :         (*(int (*)(NpyIter *)) \
-    1303             :     PyArray_API[248])
-    1304             : #define NpyIter_HasIndex \
-    1305             :         (*(npy_bool (*)(NpyIter *)) \
-    1306             :     PyArray_API[249])
-    1307             : #define NpyIter_IsBuffered \
-    1308             :         (*(npy_bool (*)(NpyIter *)) \
-    1309             :     PyArray_API[250])
-    1310             : #define NpyIter_IsGrowInner \
-    1311             :         (*(npy_bool (*)(NpyIter *)) \
-    1312             :     PyArray_API[251])
-    1313             : #define NpyIter_GetBufferSize \
-    1314             :         (*(npy_intp (*)(NpyIter *)) \
-    1315             :     PyArray_API[252])
-    1316             : #define NpyIter_GetIndexPtr \
-    1317             :         (*(npy_intp * (*)(NpyIter *)) \
-    1318             :     PyArray_API[253])
-    1319             : #define NpyIter_GotoIndex \
-    1320             :         (*(int (*)(NpyIter *, npy_intp)) \
-    1321             :     PyArray_API[254])
-    1322             : #define NpyIter_GetDataPtrArray \
-    1323             :         (*(char ** (*)(NpyIter *)) \
-    1324             :     PyArray_API[255])
-    1325             : #define NpyIter_GetDescrArray \
-    1326             :         (*(PyArray_Descr ** (*)(NpyIter *)) \
-    1327             :     PyArray_API[256])
-    1328             : #define NpyIter_GetOperandArray \
-    1329             :         (*(PyArrayObject ** (*)(NpyIter *)) \
-    1330             :     PyArray_API[257])
-    1331             : #define NpyIter_GetIterView \
-    1332             :         (*(PyArrayObject * (*)(NpyIter *, npy_intp)) \
-    1333             :     PyArray_API[258])
-    1334             : #define NpyIter_GetReadFlags \
-    1335             :         (*(void (*)(NpyIter *, char *)) \
-    1336             :     PyArray_API[259])
-    1337             : #define NpyIter_GetWriteFlags \
-    1338             :         (*(void (*)(NpyIter *, char *)) \
-    1339             :     PyArray_API[260])
-    1340             : #define NpyIter_DebugPrint \
-    1341             :         (*(void (*)(NpyIter *)) \
-    1342             :     PyArray_API[261])
-    1343             : #define NpyIter_IterationNeedsAPI \
-    1344             :         (*(npy_bool (*)(NpyIter *)) \
-    1345             :     PyArray_API[262])
-    1346             : #define NpyIter_GetInnerFixedStrideArray \
-    1347             :         (*(void (*)(NpyIter *, npy_intp *)) \
-    1348             :     PyArray_API[263])
-    1349             : #define NpyIter_RemoveAxis \
-    1350             :         (*(int (*)(NpyIter *, int)) \
-    1351             :     PyArray_API[264])
-    1352             : #define NpyIter_GetAxisStrideArray \
-    1353             :         (*(npy_intp * (*)(NpyIter *, int)) \
-    1354             :     PyArray_API[265])
-    1355             : #define NpyIter_RequiresBuffering \
-    1356             :         (*(npy_bool (*)(NpyIter *)) \
-    1357             :     PyArray_API[266])
-    1358             : #define NpyIter_GetInitialDataPtrArray \
-    1359             :         (*(char ** (*)(NpyIter *)) \
-    1360             :     PyArray_API[267])
-    1361             : #define NpyIter_CreateCompatibleStrides \
-    1362             :         (*(int (*)(NpyIter *, npy_intp, npy_intp *)) \
-    1363             :     PyArray_API[268])
-    1364             : #define PyArray_CastingConverter \
-    1365             :         (*(int (*)(PyObject *, NPY_CASTING *)) \
-    1366             :     PyArray_API[269])
-    1367             : #define PyArray_CountNonzero \
-    1368             :         (*(npy_intp (*)(PyArrayObject *)) \
-    1369             :     PyArray_API[270])
-    1370             : #define PyArray_PromoteTypes \
-    1371             :         (*(PyArray_Descr * (*)(PyArray_Descr *, PyArray_Descr *)) \
-    1372             :     PyArray_API[271])
-    1373             : #define PyArray_MinScalarType \
-    1374             :         (*(PyArray_Descr * (*)(PyArrayObject *)) \
-    1375             :     PyArray_API[272])
-    1376             : #define PyArray_ResultType \
-    1377             :         (*(PyArray_Descr * (*)(npy_intp, PyArrayObject *arrs[], npy_intp, PyArray_Descr *descrs[])) \
-    1378             :     PyArray_API[273])
-    1379             : #define PyArray_CanCastArrayTo \
-    1380             :         (*(npy_bool (*)(PyArrayObject *, PyArray_Descr *, NPY_CASTING)) \
-    1381             :     PyArray_API[274])
-    1382             : #define PyArray_CanCastTypeTo \
-    1383             :         (*(npy_bool (*)(PyArray_Descr *, PyArray_Descr *, NPY_CASTING)) \
-    1384             :     PyArray_API[275])
-    1385             : #define PyArray_EinsteinSum \
-    1386             :         (*(PyArrayObject * (*)(char *, npy_intp, PyArrayObject **, PyArray_Descr *, NPY_ORDER, NPY_CASTING, PyArrayObject *)) \
-    1387             :     PyArray_API[276])
-    1388             : #define PyArray_NewLikeArray \
-    1389             :         (*(PyObject * (*)(PyArrayObject *, NPY_ORDER, PyArray_Descr *, int)) \
-    1390             :     PyArray_API[277])
-    1391             : #define PyArray_GetArrayParamsFromObject \
-    1392             :         (*(int (*)(PyObject *NPY_UNUSED(op), PyArray_Descr *NPY_UNUSED(requested_dtype), npy_bool NPY_UNUSED(writeable), PyArray_Descr **NPY_UNUSED(out_dtype), int *NPY_UNUSED(out_ndim), npy_intp *NPY_UNUSED(out_dims), PyArrayObject **NPY_UNUSED(out_arr), PyObject *NPY_UNUSED(context))) \
-    1393             :     PyArray_API[278])
-    1394             : #define PyArray_ConvertClipmodeSequence \
-    1395             :         (*(int (*)(PyObject *, NPY_CLIPMODE *, int)) \
-    1396             :     PyArray_API[279])
-    1397             : #define PyArray_MatrixProduct2 \
-    1398             :         (*(PyObject * (*)(PyObject *, PyObject *, PyArrayObject*)) \
-    1399             :     PyArray_API[280])
-    1400             : #define NpyIter_IsFirstVisit \
-    1401             :         (*(npy_bool (*)(NpyIter *, int)) \
-    1402             :     PyArray_API[281])
-    1403             : #define PyArray_SetBaseObject \
-    1404             :         (*(int (*)(PyArrayObject *, PyObject *)) \
-    1405             :     PyArray_API[282])
-    1406             : #define PyArray_CreateSortedStridePerm \
-    1407             :         (*(void (*)(int, npy_intp const *, npy_stride_sort_item *)) \
-    1408             :     PyArray_API[283])
-    1409             : #define PyArray_RemoveAxesInPlace \
-    1410             :         (*(void (*)(PyArrayObject *, const npy_bool *)) \
-    1411             :     PyArray_API[284])
-    1412             : #define PyArray_DebugPrint \
-    1413             :         (*(void (*)(PyArrayObject *)) \
-    1414             :     PyArray_API[285])
-    1415             : #define PyArray_FailUnlessWriteable \
-    1416             :         (*(int (*)(PyArrayObject *, const char *)) \
-    1417             :     PyArray_API[286])
-    1418             : #define PyArray_SetUpdateIfCopyBase \
-    1419             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
-    1420             :     PyArray_API[287])
-    1421             : #define PyDataMem_NEW \
-    1422             :         (*(void * (*)(size_t)) \
-    1423             :     PyArray_API[288])
-    1424             : #define PyDataMem_FREE \
-    1425             :         (*(void (*)(void *)) \
-    1426             :     PyArray_API[289])
-    1427             : #define PyDataMem_RENEW \
-    1428             :         (*(void * (*)(void *, size_t)) \
-    1429             :     PyArray_API[290])
-    1430             : #define PyDataMem_SetEventHook \
-    1431             :         (*(PyDataMem_EventHookFunc * (*)(PyDataMem_EventHookFunc *, void *, void **)) \
-    1432             :     PyArray_API[291])
-    1433             : #define NPY_DEFAULT_ASSIGN_CASTING (*(NPY_CASTING *)PyArray_API[292])
-    1434             : #define PyArray_MapIterSwapAxes \
-    1435             :         (*(void (*)(PyArrayMapIterObject *, PyArrayObject **, int)) \
-    1436             :     PyArray_API[293])
-    1437             : #define PyArray_MapIterArray \
-    1438             :         (*(PyObject * (*)(PyArrayObject *, PyObject *)) \
-    1439             :     PyArray_API[294])
-    1440             : #define PyArray_MapIterNext \
-    1441             :         (*(void (*)(PyArrayMapIterObject *)) \
-    1442             :     PyArray_API[295])
-    1443             : #define PyArray_Partition \
-    1444             :         (*(int (*)(PyArrayObject *, PyArrayObject *, int, NPY_SELECTKIND)) \
-    1445             :     PyArray_API[296])
-    1446             : #define PyArray_ArgPartition \
-    1447             :         (*(PyObject * (*)(PyArrayObject *, PyArrayObject *, int, NPY_SELECTKIND)) \
-    1448             :     PyArray_API[297])
-    1449             : #define PyArray_SelectkindConverter \
-    1450             :         (*(int (*)(PyObject *, NPY_SELECTKIND *)) \
-    1451             :     PyArray_API[298])
-    1452             : #define PyDataMem_NEW_ZEROED \
-    1453             :         (*(void * (*)(size_t, size_t)) \
-    1454             :     PyArray_API[299])
-    1455             : #define PyArray_CheckAnyScalarExact \
-    1456             :         (*(int (*)(PyObject *)) \
-    1457             :     PyArray_API[300])
-    1458             : #define PyArray_MapIterArrayCopyIfOverlap \
-    1459             :         (*(PyObject * (*)(PyArrayObject *, PyObject *, int, PyArrayObject *)) \
-    1460             :     PyArray_API[301])
-    1461             : #define PyArray_ResolveWritebackIfCopy \
-    1462             :         (*(int (*)(PyArrayObject *)) \
-    1463             :     PyArray_API[302])
-    1464             : #define PyArray_SetWritebackIfCopyBase \
-    1465             :         (*(int (*)(PyArrayObject *, PyArrayObject *)) \
-    1466             :     PyArray_API[303])
-    1467             : 
-    1468             : #if NPY_FEATURE_VERSION >= NPY_1_22_API_VERSION
-    1469             : #define PyDataMem_SetHandler \
-    1470             :         (*(PyObject * (*)(PyObject *)) \
-    1471             :     PyArray_API[304])
-    1472             : #endif
-    1473             : 
-    1474             : #if NPY_FEATURE_VERSION >= NPY_1_22_API_VERSION
-    1475             : #define PyDataMem_GetHandler \
-    1476             :         (*(PyObject * (*)(void)) \
-    1477             :     PyArray_API[305])
-    1478             : #endif
-    1479             : #define PyDataMem_DefaultHandler (*(PyObject* *)PyArray_API[306])
-    1480             : 
-    1481             : #if !defined(NO_IMPORT_ARRAY) && !defined(NO_IMPORT)
-    1482             : static int
-    1483           4 : _import_array(void)
-    1484             : {
-    1485             :   int st;
-    1486           4 :   PyObject *numpy = PyImport_ImportModule("numpy.core._multiarray_umath");
-    1487             :   PyObject *c_api = NULL;
-    1488             : 
-    1489           4 :   if (numpy == NULL) {
-    1490             :       return -1;
-    1491             :   }
-    1492           4 :   c_api = PyObject_GetAttrString(numpy, "_ARRAY_API");
-    1493             :   Py_DECREF(numpy);
-    1494           4 :   if (c_api == NULL) {
-    1495             :       return -1;
-    1496             :   }
-    1497             : 
-    1498           4 :   if (!PyCapsule_CheckExact(c_api)) {
-    1499           0 :       PyErr_SetString(PyExc_RuntimeError, "_ARRAY_API is not PyCapsule object");
-    1500             :       Py_DECREF(c_api);
-    1501           0 :       return -1;
-    1502             :   }
-    1503           4 :   PyArray_API = (void **)PyCapsule_GetPointer(c_api, NULL);
-    1504             :   Py_DECREF(c_api);
-    1505           4 :   if (PyArray_API == NULL) {
-    1506           0 :       PyErr_SetString(PyExc_RuntimeError, "_ARRAY_API is NULL pointer");
-    1507           0 :       return -1;
-    1508             :   }
-    1509             : 
-    1510             :   /* Perform runtime check of C API version */
-    1511           4 :   if (NPY_VERSION != PyArray_GetNDArrayCVersion()) {
-    1512           0 :       PyErr_Format(PyExc_RuntimeError, "module compiled against "\
-    1513             :              "ABI version 0x%x but this version of numpy is 0x%x", \
-    1514           0 :              (int) NPY_VERSION, (int) PyArray_GetNDArrayCVersion());
-    1515           0 :       return -1;
-    1516             :   }
-    1517           4 :   if (NPY_FEATURE_VERSION > PyArray_GetNDArrayCFeatureVersion()) {
-    1518           0 :       PyErr_Format(PyExc_RuntimeError, "module compiled against "\
-    1519             :              "API version 0x%x but this version of numpy is 0x%x . "\
-    1520             :              "Check the section C-API incompatibility at the "\
-    1521             :              "Troubleshooting ImportError section at "\
-    1522             :              "https://numpy.org/devdocs/user/troubleshooting-importerror.html"\
-    1523             :              "#c-api-incompatibility "\
-    1524             :               "for indications on how to solve this problem .", \
-    1525           0 :              (int) NPY_FEATURE_VERSION, (int) PyArray_GetNDArrayCFeatureVersion());
-    1526           0 :       return -1;
-    1527             :   }
-    1528             : 
-    1529             :   /*
-    1530             :    * Perform runtime check of endianness and check it matches the one set by
-    1531             :    * the headers (npy_endian.h) as a safeguard
-    1532             :    */
-    1533           4 :   st = PyArray_GetEndianness();
-    1534           4 :   if (st == NPY_CPU_UNKNOWN_ENDIAN) {
-    1535           0 :       PyErr_SetString(PyExc_RuntimeError,
-    1536             :                       "FATAL: module compiled as unknown endian");
-    1537           0 :       return -1;
-    1538             :   }
-    1539             : #if NPY_BYTE_ORDER == NPY_BIG_ENDIAN
-    1540             :   if (st != NPY_CPU_BIG) {
-    1541             :       PyErr_SetString(PyExc_RuntimeError,
-    1542             :                       "FATAL: module compiled as big endian, but "
-    1543             :                       "detected different endianness at runtime");
-    1544             :       return -1;
-    1545             :   }
-    1546             : #elif NPY_BYTE_ORDER == NPY_LITTLE_ENDIAN
-    1547           4 :   if (st != NPY_CPU_LITTLE) {
-    1548           0 :       PyErr_SetString(PyExc_RuntimeError,
-    1549             :                       "FATAL: module compiled as little endian, but "
-    1550             :                       "detected different endianness at runtime");
-    1551           0 :       return -1;
-    1552             :   }
-    1553             : #endif
-    1554             : 
-    1555             :   return 0;
-    1556             : }
-    1557             : 
-    1558             : #define import_array() {if (_import_array() < 0) {PyErr_Print(); PyErr_SetString(PyExc_ImportError, "numpy.core.multiarray failed to import"); return NULL; } }
-    1559             : 
-    1560             : #define import_array1(ret) {if (_import_array() < 0) {PyErr_Print(); PyErr_SetString(PyExc_ImportError, "numpy.core.multiarray failed to import"); return ret; } }
-    1561             : 
-    1562             : #define import_array2(msg, ret) {if (_import_array() < 0) {PyErr_Print(); PyErr_SetString(PyExc_ImportError, msg); return ret; } }
-    1563             : 
-    1564             : #endif
-    1565             : 
-    1566             : #endif
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LCOV - code coverage report
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Current view:top level - home/runner/.local/lib/python3.10/site-packages/numpy/core/include/numpy - __ufunc_api.h (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:81650.0 %
Date:2024-04-08 14:58:22Functions:11100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_import_umath4
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_import_umath4
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-       1             : 
-       2             : #ifdef _UMATHMODULE
-       3             : 
-       4             : extern NPY_NO_EXPORT PyTypeObject PyUFunc_Type;
-       5             : 
-       6             : extern NPY_NO_EXPORT PyTypeObject PyUFunc_Type;
-       7             : 
-       8             : NPY_NO_EXPORT  PyObject * PyUFunc_FromFuncAndData \
-       9             :        (PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, int);
-      10             : NPY_NO_EXPORT  int PyUFunc_RegisterLoopForType \
-      11             :        (PyUFuncObject *, int, PyUFuncGenericFunction, const int *, void *);
-      12             : NPY_NO_EXPORT  int PyUFunc_GenericFunction \
-      13             :        (PyUFuncObject *NPY_UNUSED(ufunc), PyObject *NPY_UNUSED(args), PyObject *NPY_UNUSED(kwds), PyArrayObject **NPY_UNUSED(op));
-      14             : NPY_NO_EXPORT  void PyUFunc_f_f_As_d_d \
-      15             :        (char **, npy_intp const *, npy_intp const *, void *);
-      16             : NPY_NO_EXPORT  void PyUFunc_d_d \
-      17             :        (char **, npy_intp const *, npy_intp const *, void *);
-      18             : NPY_NO_EXPORT  void PyUFunc_f_f \
-      19             :        (char **, npy_intp const *, npy_intp const *, void *);
-      20             : NPY_NO_EXPORT  void PyUFunc_g_g \
-      21             :        (char **, npy_intp const *, npy_intp const *, void *);
-      22             : NPY_NO_EXPORT  void PyUFunc_F_F_As_D_D \
-      23             :        (char **, npy_intp const *, npy_intp const *, void *);
-      24             : NPY_NO_EXPORT  void PyUFunc_F_F \
-      25             :        (char **, npy_intp const *, npy_intp const *, void *);
-      26             : NPY_NO_EXPORT  void PyUFunc_D_D \
-      27             :        (char **, npy_intp const *, npy_intp const *, void *);
-      28             : NPY_NO_EXPORT  void PyUFunc_G_G \
-      29             :        (char **, npy_intp const *, npy_intp const *, void *);
-      30             : NPY_NO_EXPORT  void PyUFunc_O_O \
-      31             :        (char **, npy_intp const *, npy_intp const *, void *);
-      32             : NPY_NO_EXPORT  void PyUFunc_ff_f_As_dd_d \
-      33             :        (char **, npy_intp const *, npy_intp const *, void *);
-      34             : NPY_NO_EXPORT  void PyUFunc_ff_f \
-      35             :        (char **, npy_intp const *, npy_intp const *, void *);
-      36             : NPY_NO_EXPORT  void PyUFunc_dd_d \
-      37             :        (char **, npy_intp const *, npy_intp const *, void *);
-      38             : NPY_NO_EXPORT  void PyUFunc_gg_g \
-      39             :        (char **, npy_intp const *, npy_intp const *, void *);
-      40             : NPY_NO_EXPORT  void PyUFunc_FF_F_As_DD_D \
-      41             :        (char **, npy_intp const *, npy_intp const *, void *);
-      42             : NPY_NO_EXPORT  void PyUFunc_DD_D \
-      43             :        (char **, npy_intp const *, npy_intp const *, void *);
-      44             : NPY_NO_EXPORT  void PyUFunc_FF_F \
-      45             :        (char **, npy_intp const *, npy_intp const *, void *);
-      46             : NPY_NO_EXPORT  void PyUFunc_GG_G \
-      47             :        (char **, npy_intp const *, npy_intp const *, void *);
-      48             : NPY_NO_EXPORT  void PyUFunc_OO_O \
-      49             :        (char **, npy_intp const *, npy_intp const *, void *);
-      50             : NPY_NO_EXPORT  void PyUFunc_O_O_method \
-      51             :        (char **, npy_intp const *, npy_intp const *, void *);
-      52             : NPY_NO_EXPORT  void PyUFunc_OO_O_method \
-      53             :        (char **, npy_intp const *, npy_intp const *, void *);
-      54             : NPY_NO_EXPORT  void PyUFunc_On_Om \
-      55             :        (char **, npy_intp const *, npy_intp const *, void *);
-      56             : NPY_NO_EXPORT  int PyUFunc_GetPyValues \
-      57             :        (char *, int *, int *, PyObject **);
-      58             : NPY_NO_EXPORT  int PyUFunc_checkfperr \
-      59             :        (int, PyObject *, int *);
-      60             : NPY_NO_EXPORT  void PyUFunc_clearfperr \
-      61             :        (void);
-      62             : NPY_NO_EXPORT  int PyUFunc_getfperr \
-      63             :        (void);
-      64             : NPY_NO_EXPORT  int PyUFunc_handlefperr \
-      65             :        (int, PyObject *, int, int *);
-      66             : NPY_NO_EXPORT  int PyUFunc_ReplaceLoopBySignature \
-      67             :        (PyUFuncObject *, PyUFuncGenericFunction, const int *, PyUFuncGenericFunction *);
-      68             : NPY_NO_EXPORT  PyObject * PyUFunc_FromFuncAndDataAndSignature \
-      69             :        (PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, int, const char *);
-      70             : NPY_NO_EXPORT  int PyUFunc_SetUsesArraysAsData \
-      71             :        (void **NPY_UNUSED(data), size_t NPY_UNUSED(i));
-      72             : NPY_NO_EXPORT  void PyUFunc_e_e \
-      73             :        (char **, npy_intp const *, npy_intp const *, void *);
-      74             : NPY_NO_EXPORT  void PyUFunc_e_e_As_f_f \
-      75             :        (char **, npy_intp const *, npy_intp const *, void *);
-      76             : NPY_NO_EXPORT  void PyUFunc_e_e_As_d_d \
-      77             :        (char **, npy_intp const *, npy_intp const *, void *);
-      78             : NPY_NO_EXPORT  void PyUFunc_ee_e \
-      79             :        (char **, npy_intp const *, npy_intp const *, void *);
-      80             : NPY_NO_EXPORT  void PyUFunc_ee_e_As_ff_f \
-      81             :        (char **, npy_intp const *, npy_intp const *, void *);
-      82             : NPY_NO_EXPORT  void PyUFunc_ee_e_As_dd_d \
-      83             :        (char **, npy_intp const *, npy_intp const *, void *);
-      84             : NPY_NO_EXPORT  int PyUFunc_DefaultTypeResolver \
-      85             :        (PyUFuncObject *, NPY_CASTING, PyArrayObject **, PyObject *, PyArray_Descr **);
-      86             : NPY_NO_EXPORT  int PyUFunc_ValidateCasting \
-      87             :        (PyUFuncObject *, NPY_CASTING, PyArrayObject **, PyArray_Descr **);
-      88             : NPY_NO_EXPORT  int PyUFunc_RegisterLoopForDescr \
-      89             :        (PyUFuncObject *, PyArray_Descr *, PyUFuncGenericFunction, PyArray_Descr **, void *);
-      90             : NPY_NO_EXPORT  PyObject * PyUFunc_FromFuncAndDataAndSignatureAndIdentity \
-      91             :        (PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, const int, const char *, PyObject *);
-      92             : 
-      93             : #else
-      94             : 
-      95             : #if defined(PY_UFUNC_UNIQUE_SYMBOL)
-      96             : #define PyUFunc_API PY_UFUNC_UNIQUE_SYMBOL
-      97             : #endif
-      98             : 
-      99             : #if defined(NO_IMPORT) || defined(NO_IMPORT_UFUNC)
-     100             : extern void **PyUFunc_API;
-     101             : #else
-     102             : #if defined(PY_UFUNC_UNIQUE_SYMBOL)
-     103             : void **PyUFunc_API;
-     104             : #else
-     105             : static void **PyUFunc_API=NULL;
-     106             : #endif
-     107             : #endif
-     108             : 
-     109             : #define PyUFunc_Type (*(PyTypeObject *)PyUFunc_API[0])
-     110             : #define PyUFunc_FromFuncAndData \
-     111             :         (*(PyObject * (*)(PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, int)) \
-     112             :     PyUFunc_API[1])
-     113             : #define PyUFunc_RegisterLoopForType \
-     114             :         (*(int (*)(PyUFuncObject *, int, PyUFuncGenericFunction, const int *, void *)) \
-     115             :     PyUFunc_API[2])
-     116             : #define PyUFunc_GenericFunction \
-     117             :         (*(int (*)(PyUFuncObject *NPY_UNUSED(ufunc), PyObject *NPY_UNUSED(args), PyObject *NPY_UNUSED(kwds), PyArrayObject **NPY_UNUSED(op))) \
-     118             :     PyUFunc_API[3])
-     119             : #define PyUFunc_f_f_As_d_d \
-     120             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     121             :     PyUFunc_API[4])
-     122             : #define PyUFunc_d_d \
-     123             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     124             :     PyUFunc_API[5])
-     125             : #define PyUFunc_f_f \
-     126             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     127             :     PyUFunc_API[6])
-     128             : #define PyUFunc_g_g \
-     129             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     130             :     PyUFunc_API[7])
-     131             : #define PyUFunc_F_F_As_D_D \
-     132             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     133             :     PyUFunc_API[8])
-     134             : #define PyUFunc_F_F \
-     135             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     136             :     PyUFunc_API[9])
-     137             : #define PyUFunc_D_D \
-     138             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     139             :     PyUFunc_API[10])
-     140             : #define PyUFunc_G_G \
-     141             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     142             :     PyUFunc_API[11])
-     143             : #define PyUFunc_O_O \
-     144             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     145             :     PyUFunc_API[12])
-     146             : #define PyUFunc_ff_f_As_dd_d \
-     147             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     148             :     PyUFunc_API[13])
-     149             : #define PyUFunc_ff_f \
-     150             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     151             :     PyUFunc_API[14])
-     152             : #define PyUFunc_dd_d \
-     153             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     154             :     PyUFunc_API[15])
-     155             : #define PyUFunc_gg_g \
-     156             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     157             :     PyUFunc_API[16])
-     158             : #define PyUFunc_FF_F_As_DD_D \
-     159             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     160             :     PyUFunc_API[17])
-     161             : #define PyUFunc_DD_D \
-     162             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     163             :     PyUFunc_API[18])
-     164             : #define PyUFunc_FF_F \
-     165             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     166             :     PyUFunc_API[19])
-     167             : #define PyUFunc_GG_G \
-     168             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     169             :     PyUFunc_API[20])
-     170             : #define PyUFunc_OO_O \
-     171             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     172             :     PyUFunc_API[21])
-     173             : #define PyUFunc_O_O_method \
-     174             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     175             :     PyUFunc_API[22])
-     176             : #define PyUFunc_OO_O_method \
-     177             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     178             :     PyUFunc_API[23])
-     179             : #define PyUFunc_On_Om \
-     180             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     181             :     PyUFunc_API[24])
-     182             : #define PyUFunc_GetPyValues \
-     183             :         (*(int (*)(char *, int *, int *, PyObject **)) \
-     184             :     PyUFunc_API[25])
-     185             : #define PyUFunc_checkfperr \
-     186             :         (*(int (*)(int, PyObject *, int *)) \
-     187             :     PyUFunc_API[26])
-     188             : #define PyUFunc_clearfperr \
-     189             :         (*(void (*)(void)) \
-     190             :     PyUFunc_API[27])
-     191             : #define PyUFunc_getfperr \
-     192             :         (*(int (*)(void)) \
-     193             :     PyUFunc_API[28])
-     194             : #define PyUFunc_handlefperr \
-     195             :         (*(int (*)(int, PyObject *, int, int *)) \
-     196             :     PyUFunc_API[29])
-     197             : #define PyUFunc_ReplaceLoopBySignature \
-     198             :         (*(int (*)(PyUFuncObject *, PyUFuncGenericFunction, const int *, PyUFuncGenericFunction *)) \
-     199             :     PyUFunc_API[30])
-     200             : #define PyUFunc_FromFuncAndDataAndSignature \
-     201             :         (*(PyObject * (*)(PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, int, const char *)) \
-     202             :     PyUFunc_API[31])
-     203             : #define PyUFunc_SetUsesArraysAsData \
-     204             :         (*(int (*)(void **NPY_UNUSED(data), size_t NPY_UNUSED(i))) \
-     205             :     PyUFunc_API[32])
-     206             : #define PyUFunc_e_e \
-     207             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     208             :     PyUFunc_API[33])
-     209             : #define PyUFunc_e_e_As_f_f \
-     210             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     211             :     PyUFunc_API[34])
-     212             : #define PyUFunc_e_e_As_d_d \
-     213             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     214             :     PyUFunc_API[35])
-     215             : #define PyUFunc_ee_e \
-     216             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     217             :     PyUFunc_API[36])
-     218             : #define PyUFunc_ee_e_As_ff_f \
-     219             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     220             :     PyUFunc_API[37])
-     221             : #define PyUFunc_ee_e_As_dd_d \
-     222             :         (*(void (*)(char **, npy_intp const *, npy_intp const *, void *)) \
-     223             :     PyUFunc_API[38])
-     224             : #define PyUFunc_DefaultTypeResolver \
-     225             :         (*(int (*)(PyUFuncObject *, NPY_CASTING, PyArrayObject **, PyObject *, PyArray_Descr **)) \
-     226             :     PyUFunc_API[39])
-     227             : #define PyUFunc_ValidateCasting \
-     228             :         (*(int (*)(PyUFuncObject *, NPY_CASTING, PyArrayObject **, PyArray_Descr **)) \
-     229             :     PyUFunc_API[40])
-     230             : #define PyUFunc_RegisterLoopForDescr \
-     231             :         (*(int (*)(PyUFuncObject *, PyArray_Descr *, PyUFuncGenericFunction, PyArray_Descr **, void *)) \
-     232             :     PyUFunc_API[41])
-     233             : 
-     234             : #if NPY_FEATURE_VERSION >= NPY_1_16_API_VERSION
-     235             : #define PyUFunc_FromFuncAndDataAndSignatureAndIdentity \
-     236             :         (*(PyObject * (*)(PyUFuncGenericFunction *, void **, char *, int, int, int, int, const char *, const char *, const int, const char *, PyObject *)) \
-     237             :     PyUFunc_API[42])
-     238             : #endif
-     239             : 
-     240             : static inline int
-     241           4 : _import_umath(void)
-     242             : {
-     243           4 :   PyObject *numpy = PyImport_ImportModule("numpy.core._multiarray_umath");
-     244             :   PyObject *c_api = NULL;
-     245             : 
-     246           4 :   if (numpy == NULL) {
-     247           0 :       PyErr_SetString(PyExc_ImportError,
-     248             :                       "numpy.core._multiarray_umath failed to import");
-     249           0 :       return -1;
-     250             :   }
-     251           4 :   c_api = PyObject_GetAttrString(numpy, "_UFUNC_API");
-     252             :   Py_DECREF(numpy);
-     253           4 :   if (c_api == NULL) {
-     254           0 :       PyErr_SetString(PyExc_AttributeError, "_UFUNC_API not found");
-     255           0 :       return -1;
-     256             :   }
-     257             : 
-     258           4 :   if (!PyCapsule_CheckExact(c_api)) {
-     259           0 :       PyErr_SetString(PyExc_RuntimeError, "_UFUNC_API is not PyCapsule object");
-     260             :       Py_DECREF(c_api);
-     261           0 :       return -1;
-     262             :   }
-     263           4 :   PyUFunc_API = (void **)PyCapsule_GetPointer(c_api, NULL);
-     264             :   Py_DECREF(c_api);
-     265           4 :   if (PyUFunc_API == NULL) {
-     266           0 :       PyErr_SetString(PyExc_RuntimeError, "_UFUNC_API is NULL pointer");
-     267           0 :       return -1;
-     268             :   }
-     269             :   return 0;
-     270             : }
-     271             : 
-     272             : #define import_umath() \
-     273             :     do {\
-     274             :         UFUNC_NOFPE\
-     275             :         if (_import_umath() < 0) {\
-     276             :             PyErr_Print();\
-     277             :             PyErr_SetString(PyExc_ImportError,\
-     278             :                     "numpy.core.umath failed to import");\
-     279             :             return NULL;\
-     280             :         }\
-     281             :     } while(0)
-     282             : 
-     283             : #define import_umath1(ret) \
-     284             :     do {\
-     285             :         UFUNC_NOFPE\
-     286             :         if (_import_umath() < 0) {\
-     287             :             PyErr_Print();\
-     288             :             PyErr_SetString(PyExc_ImportError,\
-     289             :                     "numpy.core.umath failed to import");\
-     290             :             return ret;\
-     291             :         }\
-     292             :     } while(0)
-     293             : 
-     294             : #define import_umath2(ret, msg) \
-     295             :     do {\
-     296             :         UFUNC_NOFPE\
-     297             :         if (_import_umath() < 0) {\
-     298             :             PyErr_Print();\
-     299             :             PyErr_SetString(PyExc_ImportError, msg);\
-     300             :             return ret;\
-     301             :         }\
-     302             :     } while(0)
-     303             : 
-     304             : #define import_ufunc() \
-     305             :     do {\
-     306             :         UFUNC_NOFPE\
-     307             :         if (_import_umath() < 0) {\
-     308             :             PyErr_Print();\
-     309             :             PyErr_SetString(PyExc_ImportError,\
-     310             :                     "numpy.core.umath failed to import");\
-     311             :         }\
-     312             :     } while(0)
-     313             : 
-     314             : #endif
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          Line data    Source code
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-       1             : #ifndef NUMPY_CORE_INCLUDE_NUMPY_NDARRAYTYPES_H_
-       2             : #define NUMPY_CORE_INCLUDE_NUMPY_NDARRAYTYPES_H_
-       3             : 
-       4             : #include "npy_common.h"
-       5             : #include "npy_endian.h"
-       6             : #include "npy_cpu.h"
-       7             : #include "utils.h"
-       8             : 
-       9             : #define NPY_NO_EXPORT NPY_VISIBILITY_HIDDEN
-      10             : 
-      11             : /* Only use thread if configured in config and python supports it */
-      12             : #if defined WITH_THREAD && !NPY_NO_SMP
-      13             :         #define NPY_ALLOW_THREADS 1
-      14             : #else
-      15             :         #define NPY_ALLOW_THREADS 0
-      16             : #endif
-      17             : 
-      18             : #ifndef __has_extension
-      19             : #define __has_extension(x) 0
-      20             : #endif
-      21             : 
-      22             : #if !defined(_NPY_NO_DEPRECATIONS) && \
-      23             :     ((defined(__GNUC__)&& __GNUC__ >= 6) || \
-      24             :      __has_extension(attribute_deprecated_with_message))
-      25             : #define NPY_ATTR_DEPRECATE(text) __attribute__ ((deprecated (text)))
-      26             : #else
-      27             : #define NPY_ATTR_DEPRECATE(text)
-      28             : #endif
-      29             : 
-      30             : /*
-      31             :  * There are several places in the code where an array of dimensions
-      32             :  * is allocated statically.  This is the size of that static
-      33             :  * allocation.
-      34             :  *
-      35             :  * The array creation itself could have arbitrary dimensions but all
-      36             :  * the places where static allocation is used would need to be changed
-      37             :  * to dynamic (including inside of several structures)
-      38             :  */
-      39             : 
-      40             : #define NPY_MAXDIMS 32
-      41             : #define NPY_MAXARGS 32
-      42             : 
-      43             : /* Used for Converter Functions "O&" code in ParseTuple */
-      44             : #define NPY_FAIL 0
-      45             : #define NPY_SUCCEED 1
-      46             : 
-      47             : 
-      48             : enum NPY_TYPES {    NPY_BOOL=0,
-      49             :                     NPY_BYTE, NPY_UBYTE,
-      50             :                     NPY_SHORT, NPY_USHORT,
-      51             :                     NPY_INT, NPY_UINT,
-      52             :                     NPY_LONG, NPY_ULONG,
-      53             :                     NPY_LONGLONG, NPY_ULONGLONG,
-      54             :                     NPY_FLOAT, NPY_DOUBLE, NPY_LONGDOUBLE,
-      55             :                     NPY_CFLOAT, NPY_CDOUBLE, NPY_CLONGDOUBLE,
-      56             :                     NPY_OBJECT=17,
-      57             :                     NPY_STRING, NPY_UNICODE,
-      58             :                     NPY_VOID,
-      59             :                     /*
-      60             :                      * New 1.6 types appended, may be integrated
-      61             :                      * into the above in 2.0.
-      62             :                      */
-      63             :                     NPY_DATETIME, NPY_TIMEDELTA, NPY_HALF,
-      64             : 
-      65             :                     NPY_NTYPES,
-      66             :                     NPY_NOTYPE,
-      67             :                     NPY_CHAR NPY_ATTR_DEPRECATE("Use NPY_STRING"),
-      68             :                     NPY_USERDEF=256,  /* leave room for characters */
-      69             : 
-      70             :                     /* The number of types not including the new 1.6 types */
-      71             :                     NPY_NTYPES_ABI_COMPATIBLE=21
-      72             : };
-      73             : #if defined(_MSC_VER) && !defined(__clang__)
-      74             : #pragma deprecated(NPY_CHAR)
-      75             : #endif
-      76             : 
-      77             : /* basetype array priority */
-      78             : #define NPY_PRIORITY 0.0
-      79             : 
-      80             : /* default subtype priority */
-      81             : #define NPY_SUBTYPE_PRIORITY 1.0
-      82             : 
-      83             : /* default scalar priority */
-      84             : #define NPY_SCALAR_PRIORITY -1000000.0
-      85             : 
-      86             : /* How many floating point types are there (excluding half) */
-      87             : #define NPY_NUM_FLOATTYPE 3
-      88             : 
-      89             : /*
-      90             :  * These characters correspond to the array type and the struct
-      91             :  * module
-      92             :  */
-      93             : 
-      94             : enum NPY_TYPECHAR {
-      95             :         NPY_BOOLLTR = '?',
-      96             :         NPY_BYTELTR = 'b',
-      97             :         NPY_UBYTELTR = 'B',
-      98             :         NPY_SHORTLTR = 'h',
-      99             :         NPY_USHORTLTR = 'H',
-     100             :         NPY_INTLTR = 'i',
-     101             :         NPY_UINTLTR = 'I',
-     102             :         NPY_LONGLTR = 'l',
-     103             :         NPY_ULONGLTR = 'L',
-     104             :         NPY_LONGLONGLTR = 'q',
-     105             :         NPY_ULONGLONGLTR = 'Q',
-     106             :         NPY_HALFLTR = 'e',
-     107             :         NPY_FLOATLTR = 'f',
-     108             :         NPY_DOUBLELTR = 'd',
-     109             :         NPY_LONGDOUBLELTR = 'g',
-     110             :         NPY_CFLOATLTR = 'F',
-     111             :         NPY_CDOUBLELTR = 'D',
-     112             :         NPY_CLONGDOUBLELTR = 'G',
-     113             :         NPY_OBJECTLTR = 'O',
-     114             :         NPY_STRINGLTR = 'S',
-     115             :         NPY_STRINGLTR2 = 'a',
-     116             :         NPY_UNICODELTR = 'U',
-     117             :         NPY_VOIDLTR = 'V',
-     118             :         NPY_DATETIMELTR = 'M',
-     119             :         NPY_TIMEDELTALTR = 'm',
-     120             :         NPY_CHARLTR = 'c',
-     121             : 
-     122             :         /*
-     123             :          * No Descriptor, just a define -- this let's
-     124             :          * Python users specify an array of integers
-     125             :          * large enough to hold a pointer on the
-     126             :          * platform
-     127             :          */
-     128             :         NPY_INTPLTR = 'p',
-     129             :         NPY_UINTPLTR = 'P',
-     130             : 
-     131             :         /*
-     132             :          * These are for dtype 'kinds', not dtype 'typecodes'
-     133             :          * as the above are for.
-     134             :          */
-     135             :         NPY_GENBOOLLTR ='b',
-     136             :         NPY_SIGNEDLTR = 'i',
-     137             :         NPY_UNSIGNEDLTR = 'u',
-     138             :         NPY_FLOATINGLTR = 'f',
-     139             :         NPY_COMPLEXLTR = 'c'
-     140             : };
-     141             : 
-     142             : /*
-     143             :  * Changing this may break Numpy API compatibility
-     144             :  * due to changing offsets in PyArray_ArrFuncs, so be
-     145             :  * careful. Here we have reused the mergesort slot for
-     146             :  * any kind of stable sort, the actual implementation will
-     147             :  * depend on the data type.
-     148             :  */
-     149             : typedef enum {
-     150             :         NPY_QUICKSORT=0,
-     151             :         NPY_HEAPSORT=1,
-     152             :         NPY_MERGESORT=2,
-     153             :         NPY_STABLESORT=2,
-     154             : } NPY_SORTKIND;
-     155             : #define NPY_NSORTS (NPY_STABLESORT + 1)
-     156             : 
-     157             : 
-     158             : typedef enum {
-     159             :         NPY_INTROSELECT=0
-     160             : } NPY_SELECTKIND;
-     161             : #define NPY_NSELECTS (NPY_INTROSELECT + 1)
-     162             : 
-     163             : 
-     164             : typedef enum {
-     165             :         NPY_SEARCHLEFT=0,
-     166             :         NPY_SEARCHRIGHT=1
-     167             : } NPY_SEARCHSIDE;
-     168             : #define NPY_NSEARCHSIDES (NPY_SEARCHRIGHT + 1)
-     169             : 
-     170             : 
-     171             : typedef enum {
-     172             :         NPY_NOSCALAR=-1,
-     173             :         NPY_BOOL_SCALAR,
-     174             :         NPY_INTPOS_SCALAR,
-     175             :         NPY_INTNEG_SCALAR,
-     176             :         NPY_FLOAT_SCALAR,
-     177             :         NPY_COMPLEX_SCALAR,
-     178             :         NPY_OBJECT_SCALAR
-     179             : } NPY_SCALARKIND;
-     180             : #define NPY_NSCALARKINDS (NPY_OBJECT_SCALAR + 1)
-     181             : 
-     182             : /* For specifying array memory layout or iteration order */
-     183             : typedef enum {
-     184             :         /* Fortran order if inputs are all Fortran, C otherwise */
-     185             :         NPY_ANYORDER=-1,
-     186             :         /* C order */
-     187             :         NPY_CORDER=0,
-     188             :         /* Fortran order */
-     189             :         NPY_FORTRANORDER=1,
-     190             :         /* An order as close to the inputs as possible */
-     191             :         NPY_KEEPORDER=2
-     192             : } NPY_ORDER;
-     193             : 
-     194             : /* For specifying allowed casting in operations which support it */
-     195             : typedef enum {
-     196             :         _NPY_ERROR_OCCURRED_IN_CAST = -1,
-     197             :         /* Only allow identical types */
-     198             :         NPY_NO_CASTING=0,
-     199             :         /* Allow identical and byte swapped types */
-     200             :         NPY_EQUIV_CASTING=1,
-     201             :         /* Only allow safe casts */
-     202             :         NPY_SAFE_CASTING=2,
-     203             :         /* Allow safe casts or casts within the same kind */
-     204             :         NPY_SAME_KIND_CASTING=3,
-     205             :         /* Allow any casts */
-     206             :         NPY_UNSAFE_CASTING=4,
-     207             : } NPY_CASTING;
-     208             : 
-     209             : typedef enum {
-     210             :         NPY_CLIP=0,
-     211             :         NPY_WRAP=1,
-     212             :         NPY_RAISE=2
-     213             : } NPY_CLIPMODE;
-     214             : 
-     215             : typedef enum {
-     216             :         NPY_VALID=0,
-     217             :         NPY_SAME=1,
-     218             :         NPY_FULL=2
-     219             : } NPY_CORRELATEMODE;
-     220             : 
-     221             : /* The special not-a-time (NaT) value */
-     222             : #define NPY_DATETIME_NAT NPY_MIN_INT64
-     223             : 
-     224             : /*
-     225             :  * Upper bound on the length of a DATETIME ISO 8601 string
-     226             :  *   YEAR: 21 (64-bit year)
-     227             :  *   MONTH: 3
-     228             :  *   DAY: 3
-     229             :  *   HOURS: 3
-     230             :  *   MINUTES: 3
-     231             :  *   SECONDS: 3
-     232             :  *   ATTOSECONDS: 1 + 3*6
-     233             :  *   TIMEZONE: 5
-     234             :  *   NULL TERMINATOR: 1
-     235             :  */
-     236             : #define NPY_DATETIME_MAX_ISO8601_STRLEN (21 + 3*5 + 1 + 3*6 + 6 + 1)
-     237             : 
-     238             : /* The FR in the unit names stands for frequency */
-     239             : typedef enum {
-     240             :         /* Force signed enum type, must be -1 for code compatibility */
-     241             :         NPY_FR_ERROR = -1,      /* error or undetermined */
-     242             : 
-     243             :         /* Start of valid units */
-     244             :         NPY_FR_Y = 0,           /* Years */
-     245             :         NPY_FR_M = 1,           /* Months */
-     246             :         NPY_FR_W = 2,           /* Weeks */
-     247             :         /* Gap where 1.6 NPY_FR_B (value 3) was */
-     248             :         NPY_FR_D = 4,           /* Days */
-     249             :         NPY_FR_h = 5,           /* hours */
-     250             :         NPY_FR_m = 6,           /* minutes */
-     251             :         NPY_FR_s = 7,           /* seconds */
-     252             :         NPY_FR_ms = 8,          /* milliseconds */
-     253             :         NPY_FR_us = 9,          /* microseconds */
-     254             :         NPY_FR_ns = 10,         /* nanoseconds */
-     255             :         NPY_FR_ps = 11,         /* picoseconds */
-     256             :         NPY_FR_fs = 12,         /* femtoseconds */
-     257             :         NPY_FR_as = 13,         /* attoseconds */
-     258             :         NPY_FR_GENERIC = 14     /* unbound units, can convert to anything */
-     259             : } NPY_DATETIMEUNIT;
-     260             : 
-     261             : /*
-     262             :  * NOTE: With the NPY_FR_B gap for 1.6 ABI compatibility, NPY_DATETIME_NUMUNITS
-     263             :  * is technically one more than the actual number of units.
-     264             :  */
-     265             : #define NPY_DATETIME_NUMUNITS (NPY_FR_GENERIC + 1)
-     266             : #define NPY_DATETIME_DEFAULTUNIT NPY_FR_GENERIC
-     267             : 
-     268             : /*
-     269             :  * Business day conventions for mapping invalid business
-     270             :  * days to valid business days.
-     271             :  */
-     272             : typedef enum {
-     273             :     /* Go forward in time to the following business day. */
-     274             :     NPY_BUSDAY_FORWARD,
-     275             :     NPY_BUSDAY_FOLLOWING = NPY_BUSDAY_FORWARD,
-     276             :     /* Go backward in time to the preceding business day. */
-     277             :     NPY_BUSDAY_BACKWARD,
-     278             :     NPY_BUSDAY_PRECEDING = NPY_BUSDAY_BACKWARD,
-     279             :     /*
-     280             :      * Go forward in time to the following business day, unless it
-     281             :      * crosses a month boundary, in which case go backward
-     282             :      */
-     283             :     NPY_BUSDAY_MODIFIEDFOLLOWING,
-     284             :     /*
-     285             :      * Go backward in time to the preceding business day, unless it
-     286             :      * crosses a month boundary, in which case go forward.
-     287             :      */
-     288             :     NPY_BUSDAY_MODIFIEDPRECEDING,
-     289             :     /* Produce a NaT for non-business days. */
-     290             :     NPY_BUSDAY_NAT,
-     291             :     /* Raise an exception for non-business days. */
-     292             :     NPY_BUSDAY_RAISE
-     293             : } NPY_BUSDAY_ROLL;
-     294             : 
-     295             : /************************************************************
-     296             :  * NumPy Auxiliary Data for inner loops, sort functions, etc.
-     297             :  ************************************************************/
-     298             : 
-     299             : /*
-     300             :  * When creating an auxiliary data struct, this should always appear
-     301             :  * as the first member, like this:
-     302             :  *
-     303             :  * typedef struct {
-     304             :  *     NpyAuxData base;
-     305             :  *     double constant;
-     306             :  * } constant_multiplier_aux_data;
-     307             :  */
-     308             : typedef struct NpyAuxData_tag NpyAuxData;
-     309             : 
-     310             : /* Function pointers for freeing or cloning auxiliary data */
-     311             : typedef void (NpyAuxData_FreeFunc) (NpyAuxData *);
-     312             : typedef NpyAuxData *(NpyAuxData_CloneFunc) (NpyAuxData *);
-     313             : 
-     314             : struct NpyAuxData_tag {
-     315             :     NpyAuxData_FreeFunc *free;
-     316             :     NpyAuxData_CloneFunc *clone;
-     317             :     /* To allow for a bit of expansion without breaking the ABI */
-     318             :     void *reserved[2];
-     319             : };
-     320             : 
-     321             : /* Macros to use for freeing and cloning auxiliary data */
-     322             : #define NPY_AUXDATA_FREE(auxdata) \
-     323             :     do { \
-     324             :         if ((auxdata) != NULL) { \
-     325             :             (auxdata)->free(auxdata); \
-     326             :         } \
-     327             :     } while(0)
-     328             : #define NPY_AUXDATA_CLONE(auxdata) \
-     329             :     ((auxdata)->clone(auxdata))
-     330             : 
-     331             : #define NPY_ERR(str) fprintf(stderr, #str); fflush(stderr);
-     332             : #define NPY_ERR2(str) fprintf(stderr, str); fflush(stderr);
-     333             : 
-     334             : /*
-     335             : * Macros to define how array, and dimension/strides data is
-     336             : * allocated. These should be made private
-     337             : */
-     338             : 
-     339             : #define NPY_USE_PYMEM 1
-     340             : 
-     341             : 
-     342             : #if NPY_USE_PYMEM == 1
-     343             : /* use the Raw versions which are safe to call with the GIL released */
-     344             : #define PyArray_malloc PyMem_RawMalloc
-     345             : #define PyArray_free PyMem_RawFree
-     346             : #define PyArray_realloc PyMem_RawRealloc
-     347             : #else
-     348             : #define PyArray_malloc malloc
-     349             : #define PyArray_free free
-     350             : #define PyArray_realloc realloc
-     351             : #endif
-     352             : 
-     353             : /* Dimensions and strides */
-     354             : #define PyDimMem_NEW(size)                                         \
-     355             :     ((npy_intp *)PyArray_malloc(size*sizeof(npy_intp)))
-     356             : 
-     357             : #define PyDimMem_FREE(ptr) PyArray_free(ptr)
-     358             : 
-     359             : #define PyDimMem_RENEW(ptr,size)                                   \
-     360             :         ((npy_intp *)PyArray_realloc(ptr,size*sizeof(npy_intp)))
-     361             : 
-     362             : /* forward declaration */
-     363             : struct _PyArray_Descr;
-     364             : 
-     365             : /* These must deal with unaligned and swapped data if necessary */
-     366             : typedef PyObject * (PyArray_GetItemFunc) (void *, void *);
-     367             : typedef int (PyArray_SetItemFunc)(PyObject *, void *, void *);
-     368             : 
-     369             : typedef void (PyArray_CopySwapNFunc)(void *, npy_intp, void *, npy_intp,
-     370             :                                      npy_intp, int, void *);
-     371             : 
-     372             : typedef void (PyArray_CopySwapFunc)(void *, void *, int, void *);
-     373             : typedef npy_bool (PyArray_NonzeroFunc)(void *, void *);
-     374             : 
-     375             : 
-     376             : /*
-     377             :  * These assume aligned and notswapped data -- a buffer will be used
-     378             :  * before or contiguous data will be obtained
-     379             :  */
-     380             : 
-     381             : typedef int (PyArray_CompareFunc)(const void *, const void *, void *);
-     382             : typedef int (PyArray_ArgFunc)(void*, npy_intp, npy_intp*, void *);
-     383             : 
-     384             : typedef void (PyArray_DotFunc)(void *, npy_intp, void *, npy_intp, void *,
-     385             :                                npy_intp, void *);
-     386             : 
-     387             : typedef void (PyArray_VectorUnaryFunc)(void *, void *, npy_intp, void *,
-     388             :                                        void *);
-     389             : 
-     390             : /*
-     391             :  * XXX the ignore argument should be removed next time the API version
-     392             :  * is bumped. It used to be the separator.
-     393             :  */
-     394             : typedef int (PyArray_ScanFunc)(FILE *fp, void *dptr,
-     395             :                                char *ignore, struct _PyArray_Descr *);
-     396             : typedef int (PyArray_FromStrFunc)(char *s, void *dptr, char **endptr,
-     397             :                                   struct _PyArray_Descr *);
-     398             : 
-     399             : typedef int (PyArray_FillFunc)(void *, npy_intp, void *);
-     400             : 
-     401             : typedef int (PyArray_SortFunc)(void *, npy_intp, void *);
-     402             : typedef int (PyArray_ArgSortFunc)(void *, npy_intp *, npy_intp, void *);
-     403             : typedef int (PyArray_PartitionFunc)(void *, npy_intp, npy_intp,
-     404             :                                     npy_intp *, npy_intp *,
-     405             :                                     void *);
-     406             : typedef int (PyArray_ArgPartitionFunc)(void *, npy_intp *, npy_intp, npy_intp,
-     407             :                                        npy_intp *, npy_intp *,
-     408             :                                        void *);
-     409             : 
-     410             : typedef int (PyArray_FillWithScalarFunc)(void *, npy_intp, void *, void *);
-     411             : 
-     412             : typedef int (PyArray_ScalarKindFunc)(void *);
-     413             : 
-     414             : typedef void (PyArray_FastClipFunc)(void *in, npy_intp n_in, void *min,
-     415             :                                     void *max, void *out);
-     416             : typedef void (PyArray_FastPutmaskFunc)(void *in, void *mask, npy_intp n_in,
-     417             :                                        void *values, npy_intp nv);
-     418             : typedef int  (PyArray_FastTakeFunc)(void *dest, void *src, npy_intp *indarray,
-     419             :                                        npy_intp nindarray, npy_intp n_outer,
-     420             :                                        npy_intp m_middle, npy_intp nelem,
-     421             :                                        NPY_CLIPMODE clipmode);
-     422             : 
-     423             : typedef struct {
-     424             :         npy_intp *ptr;
-     425             :         int len;
-     426             : } PyArray_Dims;
-     427             : 
-     428             : typedef struct {
-     429             :         /*
-     430             :          * Functions to cast to most other standard types
-     431             :          * Can have some NULL entries. The types
-     432             :          * DATETIME, TIMEDELTA, and HALF go into the castdict
-     433             :          * even though they are built-in.
-     434             :          */
-     435             :         PyArray_VectorUnaryFunc *cast[NPY_NTYPES_ABI_COMPATIBLE];
-     436             : 
-     437             :         /* The next four functions *cannot* be NULL */
-     438             : 
-     439             :         /*
-     440             :          * Functions to get and set items with standard Python types
-     441             :          * -- not array scalars
-     442             :          */
-     443             :         PyArray_GetItemFunc *getitem;
-     444             :         PyArray_SetItemFunc *setitem;
-     445             : 
-     446             :         /*
-     447             :          * Copy and/or swap data.  Memory areas may not overlap
-     448             :          * Use memmove first if they might
-     449             :          */
-     450             :         PyArray_CopySwapNFunc *copyswapn;
-     451             :         PyArray_CopySwapFunc *copyswap;
-     452             : 
-     453             :         /*
-     454             :          * Function to compare items
-     455             :          * Can be NULL
-     456             :          */
-     457             :         PyArray_CompareFunc *compare;
-     458             : 
-     459             :         /*
-     460             :          * Function to select largest
-     461             :          * Can be NULL
-     462             :          */
-     463             :         PyArray_ArgFunc *argmax;
-     464             : 
-     465             :         /*
-     466             :          * Function to compute dot product
-     467             :          * Can be NULL
-     468             :          */
-     469             :         PyArray_DotFunc *dotfunc;
-     470             : 
-     471             :         /*
-     472             :          * Function to scan an ASCII file and
-     473             :          * place a single value plus possible separator
-     474             :          * Can be NULL
-     475             :          */
-     476             :         PyArray_ScanFunc *scanfunc;
-     477             : 
-     478             :         /*
-     479             :          * Function to read a single value from a string
-     480             :          * and adjust the pointer; Can be NULL
-     481             :          */
-     482             :         PyArray_FromStrFunc *fromstr;
-     483             : 
-     484             :         /*
-     485             :          * Function to determine if data is zero or not
-     486             :          * If NULL a default version is
-     487             :          * used at Registration time.
-     488             :          */
-     489             :         PyArray_NonzeroFunc *nonzero;
-     490             : 
-     491             :         /*
-     492             :          * Used for arange. Should return 0 on success
-     493             :          * and -1 on failure.
-     494             :          * Can be NULL.
-     495             :          */
-     496             :         PyArray_FillFunc *fill;
-     497             : 
-     498             :         /*
-     499             :          * Function to fill arrays with scalar values
-     500             :          * Can be NULL
-     501             :          */
-     502             :         PyArray_FillWithScalarFunc *fillwithscalar;
-     503             : 
-     504             :         /*
-     505             :          * Sorting functions
-     506             :          * Can be NULL
-     507             :          */
-     508             :         PyArray_SortFunc *sort[NPY_NSORTS];
-     509             :         PyArray_ArgSortFunc *argsort[NPY_NSORTS];
-     510             : 
-     511             :         /*
-     512             :          * Dictionary of additional casting functions
-     513             :          * PyArray_VectorUnaryFuncs
-     514             :          * which can be populated to support casting
-     515             :          * to other registered types. Can be NULL
-     516             :          */
-     517             :         PyObject *castdict;
-     518             : 
-     519             :         /*
-     520             :          * Functions useful for generalizing
-     521             :          * the casting rules.
-     522             :          * Can be NULL;
-     523             :          */
-     524             :         PyArray_ScalarKindFunc *scalarkind;
-     525             :         int **cancastscalarkindto;
-     526             :         int *cancastto;
-     527             : 
-     528             :         PyArray_FastClipFunc *fastclip;
-     529             :         PyArray_FastPutmaskFunc *fastputmask;
-     530             :         PyArray_FastTakeFunc *fasttake;
-     531             : 
-     532             :         /*
-     533             :          * Function to select smallest
-     534             :          * Can be NULL
-     535             :          */
-     536             :         PyArray_ArgFunc *argmin;
-     537             : 
-     538             : } PyArray_ArrFuncs;
-     539             : 
-     540             : /* The item must be reference counted when it is inserted or extracted. */
-     541             : #define NPY_ITEM_REFCOUNT   0x01
-     542             : /* Same as needing REFCOUNT */
-     543             : #define NPY_ITEM_HASOBJECT  0x01
-     544             : /* Convert to list for pickling */
-     545             : #define NPY_LIST_PICKLE     0x02
-     546             : /* The item is a POINTER  */
-     547             : #define NPY_ITEM_IS_POINTER 0x04
-     548             : /* memory needs to be initialized for this data-type */
-     549             : #define NPY_NEEDS_INIT      0x08
-     550             : /* operations need Python C-API so don't give-up thread. */
-     551             : #define NPY_NEEDS_PYAPI     0x10
-     552             : /* Use f.getitem when extracting elements of this data-type */
-     553             : #define NPY_USE_GETITEM     0x20
-     554             : /* Use f.setitem when setting creating 0-d array from this data-type.*/
-     555             : #define NPY_USE_SETITEM     0x40
-     556             : /* A sticky flag specifically for structured arrays */
-     557             : #define NPY_ALIGNED_STRUCT  0x80
-     558             : 
-     559             : /*
-     560             :  *These are inherited for global data-type if any data-types in the
-     561             :  * field have them
-     562             :  */
-     563             : #define NPY_FROM_FIELDS    (NPY_NEEDS_INIT | NPY_LIST_PICKLE | \
-     564             :                             NPY_ITEM_REFCOUNT | NPY_NEEDS_PYAPI)
-     565             : 
-     566             : #define NPY_OBJECT_DTYPE_FLAGS (NPY_LIST_PICKLE | NPY_USE_GETITEM | \
-     567             :                                 NPY_ITEM_IS_POINTER | NPY_ITEM_REFCOUNT | \
-     568             :                                 NPY_NEEDS_INIT | NPY_NEEDS_PYAPI)
-     569             : 
-     570             : #define PyDataType_FLAGCHK(dtype, flag) \
-     571             :         (((dtype)->flags & (flag)) == (flag))
-     572             : 
-     573             : #define PyDataType_REFCHK(dtype) \
-     574             :         PyDataType_FLAGCHK(dtype, NPY_ITEM_REFCOUNT)
-     575             : 
-     576             : typedef struct _PyArray_Descr {
-     577             :         PyObject_HEAD
-     578             :         /*
-     579             :          * the type object representing an
-     580             :          * instance of this type -- should not
-     581             :          * be two type_numbers with the same type
-     582             :          * object.
-     583             :          */
-     584             :         PyTypeObject *typeobj;
-     585             :         /* kind for this type */
-     586             :         char kind;
-     587             :         /* unique-character representing this type */
-     588             :         char type;
-     589             :         /*
-     590             :          * '>' (big), '<' (little), '|'
-     591             :          * (not-applicable), or '=' (native).
-     592             :          */
-     593             :         char byteorder;
-     594             :         /* flags describing data type */
-     595             :         char flags;
-     596             :         /* number representing this type */
-     597             :         int type_num;
-     598             :         /* element size (itemsize) for this type */
-     599             :         int elsize;
-     600             :         /* alignment needed for this type */
-     601             :         int alignment;
-     602             :         /*
-     603             :          * Non-NULL if this type is
-     604             :          * is an array (C-contiguous)
-     605             :          * of some other type
-     606             :          */
-     607             :         struct _arr_descr *subarray;
-     608             :         /*
-     609             :          * The fields dictionary for this type
-     610             :          * For statically defined descr this
-     611             :          * is always Py_None
-     612             :          */
-     613             :         PyObject *fields;
-     614             :         /*
-     615             :          * An ordered tuple of field names or NULL
-     616             :          * if no fields are defined
-     617             :          */
-     618             :         PyObject *names;
-     619             :         /*
-     620             :          * a table of functions specific for each
-     621             :          * basic data descriptor
-     622             :          */
-     623             :         PyArray_ArrFuncs *f;
-     624             :         /* Metadata about this dtype */
-     625             :         PyObject *metadata;
-     626             :         /*
-     627             :          * Metadata specific to the C implementation
-     628             :          * of the particular dtype. This was added
-     629             :          * for NumPy 1.7.0.
-     630             :          */
-     631             :         NpyAuxData *c_metadata;
-     632             :         /* Cached hash value (-1 if not yet computed).
-     633             :          * This was added for NumPy 2.0.0.
-     634             :          */
-     635             :         npy_hash_t hash;
-     636             : } PyArray_Descr;
-     637             : 
-     638             : typedef struct _arr_descr {
-     639             :         PyArray_Descr *base;
-     640             :         PyObject *shape;       /* a tuple */
-     641             : } PyArray_ArrayDescr;
-     642             : 
-     643             : /*
-     644             :  * Memory handler structure for array data.
-     645             :  */
-     646             : /* The declaration of free differs from PyMemAllocatorEx */
-     647             : typedef struct {
-     648             :     void *ctx;
-     649             :     void* (*malloc) (void *ctx, size_t size);
-     650             :     void* (*calloc) (void *ctx, size_t nelem, size_t elsize);
-     651             :     void* (*realloc) (void *ctx, void *ptr, size_t new_size);
-     652             :     void (*free) (void *ctx, void *ptr, size_t size);
-     653             :     /*
-     654             :      * This is the end of the version=1 struct. Only add new fields after
-     655             :      * this line
-     656             :      */
-     657             : } PyDataMemAllocator;
-     658             : 
-     659             : typedef struct {
-     660             :     char name[127];  /* multiple of 64 to keep the struct aligned */
-     661             :     uint8_t version; /* currently 1 */
-     662             :     PyDataMemAllocator allocator;
-     663             : } PyDataMem_Handler;
-     664             : 
-     665             : 
-     666             : /*
-     667             :  * The main array object structure.
-     668             :  *
-     669             :  * It has been recommended to use the inline functions defined below
-     670             :  * (PyArray_DATA and friends) to access fields here for a number of
-     671             :  * releases. Direct access to the members themselves is deprecated.
-     672             :  * To ensure that your code does not use deprecated access,
-     673             :  * #define NPY_NO_DEPRECATED_API NPY_1_7_API_VERSION
-     674             :  * (or NPY_1_8_API_VERSION or higher as required).
-     675             :  */
-     676             : /* This struct will be moved to a private header in a future release */
-     677             : typedef struct tagPyArrayObject_fields {
-     678             :     PyObject_HEAD
-     679             :     /* Pointer to the raw data buffer */
-     680             :     char *data;
-     681             :     /* The number of dimensions, also called 'ndim' */
-     682             :     int nd;
-     683             :     /* The size in each dimension, also called 'shape' */
-     684             :     npy_intp *dimensions;
-     685             :     /*
-     686             :      * Number of bytes to jump to get to the
-     687             :      * next element in each dimension
-     688             :      */
-     689             :     npy_intp *strides;
-     690             :     /*
-     691             :      * This object is decref'd upon
-     692             :      * deletion of array. Except in the
-     693             :      * case of WRITEBACKIFCOPY which has
-     694             :      * special handling.
-     695             :      *
-     696             :      * For views it points to the original
-     697             :      * array, collapsed so no chains of
-     698             :      * views occur.
-     699             :      *
-     700             :      * For creation from buffer object it
-     701             :      * points to an object that should be
-     702             :      * decref'd on deletion
-     703             :      *
-     704             :      * For WRITEBACKIFCOPY flag this is an
-     705             :      * array to-be-updated upon calling
-     706             :      * PyArray_ResolveWritebackIfCopy
-     707             :      */
-     708             :     PyObject *base;
-     709             :     /* Pointer to type structure */
-     710             :     PyArray_Descr *descr;
-     711             :     /* Flags describing array -- see below */
-     712             :     int flags;
-     713             :     /* For weak references */
-     714             :     PyObject *weakreflist;
-     715             : #if NPY_FEATURE_VERSION >= NPY_1_20_API_VERSION
-     716             :     void *_buffer_info;  /* private buffer info, tagged to allow warning */
-     717             : #endif
-     718             :     /*
-     719             :      * For malloc/calloc/realloc/free per object
-     720             :      */
-     721             : #if NPY_FEATURE_VERSION >= NPY_1_22_API_VERSION
-     722             :     PyObject *mem_handler;
-     723             : #endif
-     724             : } PyArrayObject_fields;
-     725             : 
-     726             : /*
-     727             :  * To hide the implementation details, we only expose
-     728             :  * the Python struct HEAD.
-     729             :  */
-     730             : #if !defined(NPY_NO_DEPRECATED_API) || \
-     731             :     (NPY_NO_DEPRECATED_API < NPY_1_7_API_VERSION)
-     732             : /*
-     733             :  * Can't put this in npy_deprecated_api.h like the others.
-     734             :  * PyArrayObject field access is deprecated as of NumPy 1.7.
-     735             :  */
-     736             : typedef PyArrayObject_fields PyArrayObject;
-     737             : #else
-     738             : typedef struct tagPyArrayObject {
-     739             :         PyObject_HEAD
-     740             : } PyArrayObject;
-     741             : #endif
-     742             : 
-     743             : /*
-     744             :  * Removed 2020-Nov-25, NumPy 1.20
-     745             :  * #define NPY_SIZEOF_PYARRAYOBJECT (sizeof(PyArrayObject_fields))
-     746             :  *
-     747             :  * The above macro was removed as it gave a false sense of a stable ABI
-     748             :  * with respect to the structures size.  If you require a runtime constant,
-     749             :  * you can use `PyArray_Type.tp_basicsize` instead.  Otherwise, please
-     750             :  * see the PyArrayObject documentation or ask the NumPy developers for
-     751             :  * information on how to correctly replace the macro in a way that is
-     752             :  * compatible with multiple NumPy versions.
-     753             :  */
-     754             : 
-     755             : 
-     756             : /* Array Flags Object */
-     757             : typedef struct PyArrayFlagsObject {
-     758             :         PyObject_HEAD
-     759             :         PyObject *arr;
-     760             :         int flags;
-     761             : } PyArrayFlagsObject;
-     762             : 
-     763             : /* Mirrors buffer object to ptr */
-     764             : 
-     765             : typedef struct {
-     766             :         PyObject_HEAD
-     767             :         PyObject *base;
-     768             :         void *ptr;
-     769             :         npy_intp len;
-     770             :         int flags;
-     771             : } PyArray_Chunk;
-     772             : 
-     773             : typedef struct {
-     774             :     NPY_DATETIMEUNIT base;
-     775             :     int num;
-     776             : } PyArray_DatetimeMetaData;
-     777             : 
-     778             : typedef struct {
-     779             :     NpyAuxData base;
-     780             :     PyArray_DatetimeMetaData meta;
-     781             : } PyArray_DatetimeDTypeMetaData;
-     782             : 
-     783             : /*
-     784             :  * This structure contains an exploded view of a date-time value.
-     785             :  * NaT is represented by year == NPY_DATETIME_NAT.
-     786             :  */
-     787             : typedef struct {
-     788             :         npy_int64 year;
-     789             :         npy_int32 month, day, hour, min, sec, us, ps, as;
-     790             : } npy_datetimestruct;
-     791             : 
-     792             : /* This is not used internally. */
-     793             : typedef struct {
-     794             :         npy_int64 day;
-     795             :         npy_int32 sec, us, ps, as;
-     796             : } npy_timedeltastruct;
-     797             : 
-     798             : typedef int (PyArray_FinalizeFunc)(PyArrayObject *, PyObject *);
-     799             : 
-     800             : /*
-     801             :  * Means c-style contiguous (last index varies the fastest). The data
-     802             :  * elements right after each other.
-     803             :  *
-     804             :  * This flag may be requested in constructor functions.
-     805             :  * This flag may be tested for in PyArray_FLAGS(arr).
-     806             :  */
-     807             : #define NPY_ARRAY_C_CONTIGUOUS    0x0001
-     808             : 
-     809             : /*
-     810             :  * Set if array is a contiguous Fortran array: the first index varies
-     811             :  * the fastest in memory (strides array is reverse of C-contiguous
-     812             :  * array)
-     813             :  *
-     814             :  * This flag may be requested in constructor functions.
-     815             :  * This flag may be tested for in PyArray_FLAGS(arr).
-     816             :  */
-     817             : #define NPY_ARRAY_F_CONTIGUOUS    0x0002
-     818             : 
-     819             : /*
-     820             :  * Note: all 0-d arrays are C_CONTIGUOUS and F_CONTIGUOUS. If a
-     821             :  * 1-d array is C_CONTIGUOUS it is also F_CONTIGUOUS. Arrays with
-     822             :  * more then one dimension can be C_CONTIGUOUS and F_CONTIGUOUS
-     823             :  * at the same time if they have either zero or one element.
-     824             :  * A higher dimensional array always has the same contiguity flags as
-     825             :  * `array.squeeze()`; dimensions with `array.shape[dimension] == 1` are
-     826             :  * effectively ignored when checking for contiguity.
-     827             :  */
-     828             : 
-     829             : /*
-     830             :  * If set, the array owns the data: it will be free'd when the array
-     831             :  * is deleted.
-     832             :  *
-     833             :  * This flag may be tested for in PyArray_FLAGS(arr).
-     834             :  */
-     835             : #define NPY_ARRAY_OWNDATA         0x0004
-     836             : 
-     837             : /*
-     838             :  * An array never has the next four set; they're only used as parameter
-     839             :  * flags to the various FromAny functions
-     840             :  *
-     841             :  * This flag may be requested in constructor functions.
-     842             :  */
-     843             : 
-     844             : /* Cause a cast to occur regardless of whether or not it is safe. */
-     845             : #define NPY_ARRAY_FORCECAST       0x0010
-     846             : 
-     847             : /*
-     848             :  * Always copy the array. Returned arrays are always CONTIGUOUS,
-     849             :  * ALIGNED, and WRITEABLE. See also: NPY_ARRAY_ENSURENOCOPY = 0x4000.
-     850             :  *
-     851             :  * This flag may be requested in constructor functions.
-     852             :  */
-     853             : #define NPY_ARRAY_ENSURECOPY      0x0020
-     854             : 
-     855             : /*
-     856             :  * Make sure the returned array is a base-class ndarray
-     857             :  *
-     858             :  * This flag may be requested in constructor functions.
-     859             :  */
-     860             : #define NPY_ARRAY_ENSUREARRAY     0x0040
-     861             : 
-     862             : /*
-     863             :  * Make sure that the strides are in units of the element size Needed
-     864             :  * for some operations with record-arrays.
-     865             :  *
-     866             :  * This flag may be requested in constructor functions.
-     867             :  */
-     868             : #define NPY_ARRAY_ELEMENTSTRIDES  0x0080
-     869             : 
-     870             : /*
-     871             :  * Array data is aligned on the appropriate memory address for the type
-     872             :  * stored according to how the compiler would align things (e.g., an
-     873             :  * array of integers (4 bytes each) starts on a memory address that's
-     874             :  * a multiple of 4)
-     875             :  *
-     876             :  * This flag may be requested in constructor functions.
-     877             :  * This flag may be tested for in PyArray_FLAGS(arr).
-     878             :  */
-     879             : #define NPY_ARRAY_ALIGNED         0x0100
-     880             : 
-     881             : /*
-     882             :  * Array data has the native endianness
-     883             :  *
-     884             :  * This flag may be requested in constructor functions.
-     885             :  */
-     886             : #define NPY_ARRAY_NOTSWAPPED      0x0200
-     887             : 
-     888             : /*
-     889             :  * Array data is writeable
-     890             :  *
-     891             :  * This flag may be requested in constructor functions.
-     892             :  * This flag may be tested for in PyArray_FLAGS(arr).
-     893             :  */
-     894             : #define NPY_ARRAY_WRITEABLE       0x0400
-     895             : 
-     896             : /*
-     897             :  * If this flag is set, then base contains a pointer to an array of
-     898             :  * the same size that should be updated with the current contents of
-     899             :  * this array when PyArray_ResolveWritebackIfCopy is called.
-     900             :  *
-     901             :  * This flag may be requested in constructor functions.
-     902             :  * This flag may be tested for in PyArray_FLAGS(arr).
-     903             :  */
-     904             : #define NPY_ARRAY_WRITEBACKIFCOPY 0x2000
-     905             : 
-     906             : /*
-     907             :  * No copy may be made while converting from an object/array (result is a view)
-     908             :  *
-     909             :  * This flag may be requested in constructor functions.
-     910             :  */
-     911             : #define NPY_ARRAY_ENSURENOCOPY 0x4000
-     912             : 
-     913             : /*
-     914             :  * NOTE: there are also internal flags defined in multiarray/arrayobject.h,
-     915             :  * which start at bit 31 and work down.
-     916             :  */
-     917             : 
-     918             : #define NPY_ARRAY_BEHAVED      (NPY_ARRAY_ALIGNED | \
-     919             :                                 NPY_ARRAY_WRITEABLE)
-     920             : #define NPY_ARRAY_BEHAVED_NS   (NPY_ARRAY_ALIGNED | \
-     921             :                                 NPY_ARRAY_WRITEABLE | \
-     922             :                                 NPY_ARRAY_NOTSWAPPED)
-     923             : #define NPY_ARRAY_CARRAY       (NPY_ARRAY_C_CONTIGUOUS | \
-     924             :                                 NPY_ARRAY_BEHAVED)
-     925             : #define NPY_ARRAY_CARRAY_RO    (NPY_ARRAY_C_CONTIGUOUS | \
-     926             :                                 NPY_ARRAY_ALIGNED)
-     927             : #define NPY_ARRAY_FARRAY       (NPY_ARRAY_F_CONTIGUOUS | \
-     928             :                                 NPY_ARRAY_BEHAVED)
-     929             : #define NPY_ARRAY_FARRAY_RO    (NPY_ARRAY_F_CONTIGUOUS | \
-     930             :                                 NPY_ARRAY_ALIGNED)
-     931             : #define NPY_ARRAY_DEFAULT      (NPY_ARRAY_CARRAY)
-     932             : #define NPY_ARRAY_IN_ARRAY     (NPY_ARRAY_CARRAY_RO)
-     933             : #define NPY_ARRAY_OUT_ARRAY    (NPY_ARRAY_CARRAY)
-     934             : #define NPY_ARRAY_INOUT_ARRAY  (NPY_ARRAY_CARRAY)
-     935             : #define NPY_ARRAY_INOUT_ARRAY2 (NPY_ARRAY_CARRAY | \
-     936             :                                 NPY_ARRAY_WRITEBACKIFCOPY)
-     937             : #define NPY_ARRAY_IN_FARRAY    (NPY_ARRAY_FARRAY_RO)
-     938             : #define NPY_ARRAY_OUT_FARRAY   (NPY_ARRAY_FARRAY)
-     939             : #define NPY_ARRAY_INOUT_FARRAY (NPY_ARRAY_FARRAY)
-     940             : #define NPY_ARRAY_INOUT_FARRAY2 (NPY_ARRAY_FARRAY | \
-     941             :                                 NPY_ARRAY_WRITEBACKIFCOPY)
-     942             : 
-     943             : #define NPY_ARRAY_UPDATE_ALL   (NPY_ARRAY_C_CONTIGUOUS | \
-     944             :                                 NPY_ARRAY_F_CONTIGUOUS | \
-     945             :                                 NPY_ARRAY_ALIGNED)
-     946             : 
-     947             : /* This flag is for the array interface, not PyArrayObject */
-     948             : #define NPY_ARR_HAS_DESCR  0x0800
-     949             : 
-     950             : 
-     951             : 
-     952             : 
-     953             : /*
-     954             :  * Size of internal buffers used for alignment Make BUFSIZE a multiple
-     955             :  * of sizeof(npy_cdouble) -- usually 16 so that ufunc buffers are aligned
-     956             :  */
-     957             : #define NPY_MIN_BUFSIZE ((int)sizeof(npy_cdouble))
-     958             : #define NPY_MAX_BUFSIZE (((int)sizeof(npy_cdouble))*1000000)
-     959             : #define NPY_BUFSIZE 8192
-     960             : /* buffer stress test size: */
-     961             : /*#define NPY_BUFSIZE 17*/
-     962             : 
-     963             : #define PyArray_MAX(a,b) (((a)>(b))?(a):(b))
-     964             : #define PyArray_MIN(a,b) (((a)<(b))?(a):(b))
-     965             : #define PyArray_CLT(p,q) ((((p).real==(q).real) ? ((p).imag < (q).imag) : \
-     966             :                                ((p).real < (q).real)))
-     967             : #define PyArray_CGT(p,q) ((((p).real==(q).real) ? ((p).imag > (q).imag) : \
-     968             :                                ((p).real > (q).real)))
-     969             : #define PyArray_CLE(p,q) ((((p).real==(q).real) ? ((p).imag <= (q).imag) : \
-     970             :                                ((p).real <= (q).real)))
-     971             : #define PyArray_CGE(p,q) ((((p).real==(q).real) ? ((p).imag >= (q).imag) : \
-     972             :                                ((p).real >= (q).real)))
-     973             : #define PyArray_CEQ(p,q) (((p).real==(q).real) && ((p).imag == (q).imag))
-     974             : #define PyArray_CNE(p,q) (((p).real!=(q).real) || ((p).imag != (q).imag))
-     975             : 
-     976             : /*
-     977             :  * C API: consists of Macros and functions.  The MACROS are defined
-     978             :  * here.
-     979             :  */
-     980             : 
-     981             : 
-     982             : #define PyArray_ISCONTIGUOUS(m) PyArray_CHKFLAGS((m), NPY_ARRAY_C_CONTIGUOUS)
-     983             : #define PyArray_ISWRITEABLE(m) PyArray_CHKFLAGS((m), NPY_ARRAY_WRITEABLE)
-     984             : #define PyArray_ISALIGNED(m) PyArray_CHKFLAGS((m), NPY_ARRAY_ALIGNED)
-     985             : 
-     986             : #define PyArray_IS_C_CONTIGUOUS(m) PyArray_CHKFLAGS((m), NPY_ARRAY_C_CONTIGUOUS)
-     987             : #define PyArray_IS_F_CONTIGUOUS(m) PyArray_CHKFLAGS((m), NPY_ARRAY_F_CONTIGUOUS)
-     988             : 
-     989             : /* the variable is used in some places, so always define it */
-     990             : #define NPY_BEGIN_THREADS_DEF PyThreadState *_save=NULL;
-     991             : #if NPY_ALLOW_THREADS
-     992             : #define NPY_BEGIN_ALLOW_THREADS Py_BEGIN_ALLOW_THREADS
-     993             : #define NPY_END_ALLOW_THREADS Py_END_ALLOW_THREADS
-     994             : #define NPY_BEGIN_THREADS do {_save = PyEval_SaveThread();} while (0);
-     995             : #define NPY_END_THREADS   do { if (_save) \
-     996             :                 { PyEval_RestoreThread(_save); _save = NULL;} } while (0);
-     997             : #define NPY_BEGIN_THREADS_THRESHOLDED(loop_size) do { if ((loop_size) > 500) \
-     998             :                 { _save = PyEval_SaveThread();} } while (0);
-     999             : 
-    1000             : #define NPY_BEGIN_THREADS_DESCR(dtype) \
-    1001             :         do {if (!(PyDataType_FLAGCHK((dtype), NPY_NEEDS_PYAPI))) \
-    1002             :                 NPY_BEGIN_THREADS;} while (0);
-    1003             : 
-    1004             : #define NPY_END_THREADS_DESCR(dtype) \
-    1005             :         do {if (!(PyDataType_FLAGCHK((dtype), NPY_NEEDS_PYAPI))) \
-    1006             :                 NPY_END_THREADS; } while (0);
-    1007             : 
-    1008             : #define NPY_ALLOW_C_API_DEF  PyGILState_STATE __save__;
-    1009             : #define NPY_ALLOW_C_API      do {__save__ = PyGILState_Ensure();} while (0);
-    1010             : #define NPY_DISABLE_C_API    do {PyGILState_Release(__save__);} while (0);
-    1011             : #else
-    1012             : #define NPY_BEGIN_ALLOW_THREADS
-    1013             : #define NPY_END_ALLOW_THREADS
-    1014             : #define NPY_BEGIN_THREADS
-    1015             : #define NPY_END_THREADS
-    1016             : #define NPY_BEGIN_THREADS_THRESHOLDED(loop_size)
-    1017             : #define NPY_BEGIN_THREADS_DESCR(dtype)
-    1018             : #define NPY_END_THREADS_DESCR(dtype)
-    1019             : #define NPY_ALLOW_C_API_DEF
-    1020             : #define NPY_ALLOW_C_API
-    1021             : #define NPY_DISABLE_C_API
-    1022             : #endif
-    1023             : 
-    1024             : /**********************************
-    1025             :  * The nditer object, added in 1.6
-    1026             :  **********************************/
-    1027             : 
-    1028             : /* The actual structure of the iterator is an internal detail */
-    1029             : typedef struct NpyIter_InternalOnly NpyIter;
-    1030             : 
-    1031             : /* Iterator function pointers that may be specialized */
-    1032             : typedef int (NpyIter_IterNextFunc)(NpyIter *iter);
-    1033             : typedef void (NpyIter_GetMultiIndexFunc)(NpyIter *iter,
-    1034             :                                       npy_intp *outcoords);
-    1035             : 
-    1036             : /*** Global flags that may be passed to the iterator constructors ***/
-    1037             : 
-    1038             : /* Track an index representing C order */
-    1039             : #define NPY_ITER_C_INDEX                    0x00000001
-    1040             : /* Track an index representing Fortran order */
-    1041             : #define NPY_ITER_F_INDEX                    0x00000002
-    1042             : /* Track a multi-index */
-    1043             : #define NPY_ITER_MULTI_INDEX                0x00000004
-    1044             : /* User code external to the iterator does the 1-dimensional innermost loop */
-    1045             : #define NPY_ITER_EXTERNAL_LOOP              0x00000008
-    1046             : /* Convert all the operands to a common data type */
-    1047             : #define NPY_ITER_COMMON_DTYPE               0x00000010
-    1048             : /* Operands may hold references, requiring API access during iteration */
-    1049             : #define NPY_ITER_REFS_OK                    0x00000020
-    1050             : /* Zero-sized operands should be permitted, iteration checks IterSize for 0 */
-    1051             : #define NPY_ITER_ZEROSIZE_OK                0x00000040
-    1052             : /* Permits reductions (size-0 stride with dimension size > 1) */
-    1053             : #define NPY_ITER_REDUCE_OK                  0x00000080
-    1054             : /* Enables sub-range iteration */
-    1055             : #define NPY_ITER_RANGED                     0x00000100
-    1056             : /* Enables buffering */
-    1057             : #define NPY_ITER_BUFFERED                   0x00000200
-    1058             : /* When buffering is enabled, grows the inner loop if possible */
-    1059             : #define NPY_ITER_GROWINNER                  0x00000400
-    1060             : /* Delay allocation of buffers until first Reset* call */
-    1061             : #define NPY_ITER_DELAY_BUFALLOC             0x00000800
-    1062             : /* When NPY_KEEPORDER is specified, disable reversing negative-stride axes */
-    1063             : #define NPY_ITER_DONT_NEGATE_STRIDES        0x00001000
-    1064             : /*
-    1065             :  * If output operands overlap with other operands (based on heuristics that
-    1066             :  * has false positives but no false negatives), make temporary copies to
-    1067             :  * eliminate overlap.
-    1068             :  */
-    1069             : #define NPY_ITER_COPY_IF_OVERLAP            0x00002000
-    1070             : 
-    1071             : /*** Per-operand flags that may be passed to the iterator constructors ***/
-    1072             : 
-    1073             : /* The operand will be read from and written to */
-    1074             : #define NPY_ITER_READWRITE                  0x00010000
-    1075             : /* The operand will only be read from */
-    1076             : #define NPY_ITER_READONLY                   0x00020000
-    1077             : /* The operand will only be written to */
-    1078             : #define NPY_ITER_WRITEONLY                  0x00040000
-    1079             : /* The operand's data must be in native byte order */
-    1080             : #define NPY_ITER_NBO                        0x00080000
-    1081             : /* The operand's data must be aligned */
-    1082             : #define NPY_ITER_ALIGNED                    0x00100000
-    1083             : /* The operand's data must be contiguous (within the inner loop) */
-    1084             : #define NPY_ITER_CONTIG                     0x00200000
-    1085             : /* The operand may be copied to satisfy requirements */
-    1086             : #define NPY_ITER_COPY                       0x00400000
-    1087             : /* The operand may be copied with WRITEBACKIFCOPY to satisfy requirements */
-    1088             : #define NPY_ITER_UPDATEIFCOPY               0x00800000
-    1089             : /* Allocate the operand if it is NULL */
-    1090             : #define NPY_ITER_ALLOCATE                   0x01000000
-    1091             : /* If an operand is allocated, don't use any subtype */
-    1092             : #define NPY_ITER_NO_SUBTYPE                 0x02000000
-    1093             : /* This is a virtual array slot, operand is NULL but temporary data is there */
-    1094             : #define NPY_ITER_VIRTUAL                    0x04000000
-    1095             : /* Require that the dimension match the iterator dimensions exactly */
-    1096             : #define NPY_ITER_NO_BROADCAST               0x08000000
-    1097             : /* A mask is being used on this array, affects buffer -> array copy */
-    1098             : #define NPY_ITER_WRITEMASKED                0x10000000
-    1099             : /* This array is the mask for all WRITEMASKED operands */
-    1100             : #define NPY_ITER_ARRAYMASK                  0x20000000
-    1101             : /* Assume iterator order data access for COPY_IF_OVERLAP */
-    1102             : #define NPY_ITER_OVERLAP_ASSUME_ELEMENTWISE 0x40000000
-    1103             : 
-    1104             : #define NPY_ITER_GLOBAL_FLAGS               0x0000ffff
-    1105             : #define NPY_ITER_PER_OP_FLAGS               0xffff0000
-    1106             : 
-    1107             : 
-    1108             : /*****************************
-    1109             :  * Basic iterator object
-    1110             :  *****************************/
-    1111             : 
-    1112             : /* FWD declaration */
-    1113             : typedef struct PyArrayIterObject_tag PyArrayIterObject;
-    1114             : 
-    1115             : /*
-    1116             :  * type of the function which translates a set of coordinates to a
-    1117             :  * pointer to the data
-    1118             :  */
-    1119             : typedef char* (*npy_iter_get_dataptr_t)(
-    1120             :         PyArrayIterObject* iter, const npy_intp*);
-    1121             : 
-    1122             : struct PyArrayIterObject_tag {
-    1123             :         PyObject_HEAD
-    1124             :         int               nd_m1;            /* number of dimensions - 1 */
-    1125             :         npy_intp          index, size;
-    1126             :         npy_intp          coordinates[NPY_MAXDIMS];/* N-dimensional loop */
-    1127             :         npy_intp          dims_m1[NPY_MAXDIMS];    /* ao->dimensions - 1 */
-    1128             :         npy_intp          strides[NPY_MAXDIMS];    /* ao->strides or fake */
-    1129             :         npy_intp          backstrides[NPY_MAXDIMS];/* how far to jump back */
-    1130             :         npy_intp          factors[NPY_MAXDIMS];     /* shape factors */
-    1131             :         PyArrayObject     *ao;
-    1132             :         char              *dataptr;        /* pointer to current item*/
-    1133             :         npy_bool          contiguous;
-    1134             : 
-    1135             :         npy_intp          bounds[NPY_MAXDIMS][2];
-    1136             :         npy_intp          limits[NPY_MAXDIMS][2];
-    1137             :         npy_intp          limits_sizes[NPY_MAXDIMS];
-    1138             :         npy_iter_get_dataptr_t translate;
-    1139             : } ;
-    1140             : 
-    1141             : 
-    1142             : /* Iterator API */
-    1143             : #define PyArrayIter_Check(op) PyObject_TypeCheck((op), &PyArrayIter_Type)
-    1144             : 
-    1145             : #define _PyAIT(it) ((PyArrayIterObject *)(it))
-    1146             : #define PyArray_ITER_RESET(it) do { \
-    1147             :         _PyAIT(it)->index = 0; \
-    1148             :         _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao); \
-    1149             :         memset(_PyAIT(it)->coordinates, 0, \
-    1150             :                (_PyAIT(it)->nd_m1+1)*sizeof(npy_intp)); \
-    1151             : } while (0)
-    1152             : 
-    1153             : #define _PyArray_ITER_NEXT1(it) do { \
-    1154             :         (it)->dataptr += _PyAIT(it)->strides[0]; \
-    1155             :         (it)->coordinates[0]++; \
-    1156             : } while (0)
-    1157             : 
-    1158             : #define _PyArray_ITER_NEXT2(it) do { \
-    1159             :         if ((it)->coordinates[1] < (it)->dims_m1[1]) { \
-    1160             :                 (it)->coordinates[1]++; \
-    1161             :                 (it)->dataptr += (it)->strides[1]; \
-    1162             :         } \
-    1163             :         else { \
-    1164             :                 (it)->coordinates[1] = 0; \
-    1165             :                 (it)->coordinates[0]++; \
-    1166             :                 (it)->dataptr += (it)->strides[0] - \
-    1167             :                         (it)->backstrides[1]; \
-    1168             :         } \
-    1169             : } while (0)
-    1170             : 
-    1171             : #define PyArray_ITER_NEXT(it) do { \
-    1172             :         _PyAIT(it)->index++; \
-    1173             :         if (_PyAIT(it)->nd_m1 == 0) { \
-    1174             :                 _PyArray_ITER_NEXT1(_PyAIT(it)); \
-    1175             :         } \
-    1176             :         else if (_PyAIT(it)->contiguous) \
-    1177             :                 _PyAIT(it)->dataptr += PyArray_DESCR(_PyAIT(it)->ao)->elsize; \
-    1178             :         else if (_PyAIT(it)->nd_m1 == 1) { \
-    1179             :                 _PyArray_ITER_NEXT2(_PyAIT(it)); \
-    1180             :         } \
-    1181             :         else { \
-    1182             :                 int __npy_i; \
-    1183             :                 for (__npy_i=_PyAIT(it)->nd_m1; __npy_i >= 0; __npy_i--) { \
-    1184             :                         if (_PyAIT(it)->coordinates[__npy_i] < \
-    1185             :                             _PyAIT(it)->dims_m1[__npy_i]) { \
-    1186             :                                 _PyAIT(it)->coordinates[__npy_i]++; \
-    1187             :                                 _PyAIT(it)->dataptr += \
-    1188             :                                         _PyAIT(it)->strides[__npy_i]; \
-    1189             :                                 break; \
-    1190             :                         } \
-    1191             :                         else { \
-    1192             :                                 _PyAIT(it)->coordinates[__npy_i] = 0; \
-    1193             :                                 _PyAIT(it)->dataptr -= \
-    1194             :                                         _PyAIT(it)->backstrides[__npy_i]; \
-    1195             :                         } \
-    1196             :                 } \
-    1197             :         } \
-    1198             : } while (0)
-    1199             : 
-    1200             : #define PyArray_ITER_GOTO(it, destination) do { \
-    1201             :         int __npy_i; \
-    1202             :         _PyAIT(it)->index = 0; \
-    1203             :         _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao); \
-    1204             :         for (__npy_i = _PyAIT(it)->nd_m1; __npy_i>=0; __npy_i--) { \
-    1205             :                 if (destination[__npy_i] < 0) { \
-    1206             :                         destination[__npy_i] += \
-    1207             :                                 _PyAIT(it)->dims_m1[__npy_i]+1; \
-    1208             :                 } \
-    1209             :                 _PyAIT(it)->dataptr += destination[__npy_i] * \
-    1210             :                         _PyAIT(it)->strides[__npy_i]; \
-    1211             :                 _PyAIT(it)->coordinates[__npy_i] = \
-    1212             :                         destination[__npy_i]; \
-    1213             :                 _PyAIT(it)->index += destination[__npy_i] * \
-    1214             :                         ( __npy_i==_PyAIT(it)->nd_m1 ? 1 : \
-    1215             :                           _PyAIT(it)->dims_m1[__npy_i+1]+1) ; \
-    1216             :         } \
-    1217             : } while (0)
-    1218             : 
-    1219             : #define PyArray_ITER_GOTO1D(it, ind) do { \
-    1220             :         int __npy_i; \
-    1221             :         npy_intp __npy_ind = (npy_intp)(ind); \
-    1222             :         if (__npy_ind < 0) __npy_ind += _PyAIT(it)->size; \
-    1223             :         _PyAIT(it)->index = __npy_ind; \
-    1224             :         if (_PyAIT(it)->nd_m1 == 0) { \
-    1225             :                 _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao) + \
-    1226             :                         __npy_ind * _PyAIT(it)->strides[0]; \
-    1227             :         } \
-    1228             :         else if (_PyAIT(it)->contiguous) \
-    1229             :                 _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao) + \
-    1230             :                         __npy_ind * PyArray_DESCR(_PyAIT(it)->ao)->elsize; \
-    1231             :         else { \
-    1232             :                 _PyAIT(it)->dataptr = PyArray_BYTES(_PyAIT(it)->ao); \
-    1233             :                 for (__npy_i = 0; __npy_i<=_PyAIT(it)->nd_m1; \
-    1234             :                      __npy_i++) { \
-    1235             :                         _PyAIT(it)->coordinates[__npy_i] = \
-    1236             :                                 (__npy_ind / _PyAIT(it)->factors[__npy_i]); \
-    1237             :                         _PyAIT(it)->dataptr += \
-    1238             :                                 (__npy_ind / _PyAIT(it)->factors[__npy_i]) \
-    1239             :                                 * _PyAIT(it)->strides[__npy_i]; \
-    1240             :                         __npy_ind %= _PyAIT(it)->factors[__npy_i]; \
-    1241             :                 } \
-    1242             :         } \
-    1243             : } while (0)
-    1244             : 
-    1245             : #define PyArray_ITER_DATA(it) ((void *)(_PyAIT(it)->dataptr))
-    1246             : 
-    1247             : #define PyArray_ITER_NOTDONE(it) (_PyAIT(it)->index < _PyAIT(it)->size)
-    1248             : 
-    1249             : 
-    1250             : /*
-    1251             :  * Any object passed to PyArray_Broadcast must be binary compatible
-    1252             :  * with this structure.
-    1253             :  */
-    1254             : 
-    1255             : typedef struct {
-    1256             :         PyObject_HEAD
-    1257             :         int                  numiter;                 /* number of iters */
-    1258             :         npy_intp             size;                    /* broadcasted size */
-    1259             :         npy_intp             index;                   /* current index */
-    1260             :         int                  nd;                      /* number of dims */
-    1261             :         npy_intp             dimensions[NPY_MAXDIMS]; /* dimensions */
-    1262             :         PyArrayIterObject    *iters[NPY_MAXARGS];     /* iterators */
-    1263             : } PyArrayMultiIterObject;
-    1264             : 
-    1265             : #define _PyMIT(m) ((PyArrayMultiIterObject *)(m))
-    1266             : #define PyArray_MultiIter_RESET(multi) do {                                   \
-    1267             :         int __npy_mi;                                                         \
-    1268             :         _PyMIT(multi)->index = 0;                                             \
-    1269             :         for (__npy_mi=0; __npy_mi < _PyMIT(multi)->numiter;  __npy_mi++) {    \
-    1270             :                 PyArray_ITER_RESET(_PyMIT(multi)->iters[__npy_mi]);           \
-    1271             :         }                                                                     \
-    1272             : } while (0)
-    1273             : 
-    1274             : #define PyArray_MultiIter_NEXT(multi) do {                                    \
-    1275             :         int __npy_mi;                                                         \
-    1276             :         _PyMIT(multi)->index++;                                               \
-    1277             :         for (__npy_mi=0; __npy_mi < _PyMIT(multi)->numiter;   __npy_mi++) {   \
-    1278             :                 PyArray_ITER_NEXT(_PyMIT(multi)->iters[__npy_mi]);            \
-    1279             :         }                                                                     \
-    1280             : } while (0)
-    1281             : 
-    1282             : #define PyArray_MultiIter_GOTO(multi, dest) do {                            \
-    1283             :         int __npy_mi;                                                       \
-    1284             :         for (__npy_mi=0; __npy_mi < _PyMIT(multi)->numiter; __npy_mi++) {   \
-    1285             :                 PyArray_ITER_GOTO(_PyMIT(multi)->iters[__npy_mi], dest);    \
-    1286             :         }                                                                   \
-    1287             :         _PyMIT(multi)->index = _PyMIT(multi)->iters[0]->index;              \
-    1288             : } while (0)
-    1289             : 
-    1290             : #define PyArray_MultiIter_GOTO1D(multi, ind) do {                          \
-    1291             :         int __npy_mi;                                                      \
-    1292             :         for (__npy_mi=0; __npy_mi < _PyMIT(multi)->numiter; __npy_mi++) {  \
-    1293             :                 PyArray_ITER_GOTO1D(_PyMIT(multi)->iters[__npy_mi], ind);  \
-    1294             :         }                                                                  \
-    1295             :         _PyMIT(multi)->index = _PyMIT(multi)->iters[0]->index;             \
-    1296             : } while (0)
-    1297             : 
-    1298             : #define PyArray_MultiIter_DATA(multi, i)                \
-    1299             :         ((void *)(_PyMIT(multi)->iters[i]->dataptr))
-    1300             : 
-    1301             : #define PyArray_MultiIter_NEXTi(multi, i)               \
-    1302             :         PyArray_ITER_NEXT(_PyMIT(multi)->iters[i])
-    1303             : 
-    1304             : #define PyArray_MultiIter_NOTDONE(multi)                \
-    1305             :         (_PyMIT(multi)->index < _PyMIT(multi)->size)
-    1306             : 
-    1307             : /*
-    1308             :  * Store the information needed for fancy-indexing over an array. The
-    1309             :  * fields are slightly unordered to keep consec, dataptr and subspace
-    1310             :  * where they were originally.
-    1311             :  */
-    1312             : typedef struct {
-    1313             :         PyObject_HEAD
-    1314             :         /*
-    1315             :          * Multi-iterator portion --- needs to be present in this
-    1316             :          * order to work with PyArray_Broadcast
-    1317             :          */
-    1318             : 
-    1319             :         int                   numiter;                 /* number of index-array
-    1320             :                                                           iterators */
-    1321             :         npy_intp              size;                    /* size of broadcasted
-    1322             :                                                           result */
-    1323             :         npy_intp              index;                   /* current index */
-    1324             :         int                   nd;                      /* number of dims */
-    1325             :         npy_intp              dimensions[NPY_MAXDIMS]; /* dimensions */
-    1326             :         NpyIter               *outer;                  /* index objects
-    1327             :                                                           iterator */
-    1328             :         void                  *unused[NPY_MAXDIMS - 2];
-    1329             :         PyArrayObject         *array;
-    1330             :         /* Flat iterator for the indexed array. For compatibility solely. */
-    1331             :         PyArrayIterObject     *ait;
-    1332             : 
-    1333             :         /*
-    1334             :          * Subspace array. For binary compatibility (was an iterator,
-    1335             :          * but only the check for NULL should be used).
-    1336             :          */
-    1337             :         PyArrayObject         *subspace;
-    1338             : 
-    1339             :         /*
-    1340             :          * if subspace iteration, then this is the array of axes in
-    1341             :          * the underlying array represented by the index objects
-    1342             :          */
-    1343             :         int                   iteraxes[NPY_MAXDIMS];
-    1344             :         npy_intp              fancy_strides[NPY_MAXDIMS];
-    1345             : 
-    1346             :         /* pointer when all fancy indices are 0 */
-    1347             :         char                  *baseoffset;
-    1348             : 
-    1349             :         /*
-    1350             :          * after binding consec denotes at which axis the fancy axes
-    1351             :          * are inserted.
-    1352             :          */
-    1353             :         int                   consec;
-    1354             :         char                  *dataptr;
-    1355             : 
-    1356             :         int                   nd_fancy;
-    1357             :         npy_intp              fancy_dims[NPY_MAXDIMS];
-    1358             : 
-    1359             :         /*
-    1360             :          * Whether the iterator (any of the iterators) requires API.  This is
-    1361             :          * unused by NumPy itself; ArrayMethod flags are more precise.
-    1362             :          */
-    1363             :         int                   needs_api;
-    1364             : 
-    1365             :         /*
-    1366             :          * Extra op information.
-    1367             :          */
-    1368             :         PyArrayObject         *extra_op;
-    1369             :         PyArray_Descr         *extra_op_dtype;         /* desired dtype */
-    1370             :         npy_uint32            *extra_op_flags;         /* Iterator flags */
-    1371             : 
-    1372             :         NpyIter               *extra_op_iter;
-    1373             :         NpyIter_IterNextFunc  *extra_op_next;
-    1374             :         char                  **extra_op_ptrs;
-    1375             : 
-    1376             :         /*
-    1377             :          * Information about the iteration state.
-    1378             :          */
-    1379             :         NpyIter_IterNextFunc  *outer_next;
-    1380             :         char                  **outer_ptrs;
-    1381             :         npy_intp              *outer_strides;
-    1382             : 
-    1383             :         /*
-    1384             :          * Information about the subspace iterator.
-    1385             :          */
-    1386             :         NpyIter               *subspace_iter;
-    1387             :         NpyIter_IterNextFunc  *subspace_next;
-    1388             :         char                  **subspace_ptrs;
-    1389             :         npy_intp              *subspace_strides;
-    1390             : 
-    1391             :         /* Count for the external loop (which ever it is) for API iteration */
-    1392             :         npy_intp              iter_count;
-    1393             : 
-    1394             : } PyArrayMapIterObject;
-    1395             : 
-    1396             : enum {
-    1397             :     NPY_NEIGHBORHOOD_ITER_ZERO_PADDING,
-    1398             :     NPY_NEIGHBORHOOD_ITER_ONE_PADDING,
-    1399             :     NPY_NEIGHBORHOOD_ITER_CONSTANT_PADDING,
-    1400             :     NPY_NEIGHBORHOOD_ITER_CIRCULAR_PADDING,
-    1401             :     NPY_NEIGHBORHOOD_ITER_MIRROR_PADDING
-    1402             : };
-    1403             : 
-    1404             : typedef struct {
-    1405             :     PyObject_HEAD
-    1406             : 
-    1407             :     /*
-    1408             :      * PyArrayIterObject part: keep this in this exact order
-    1409             :      */
-    1410             :     int               nd_m1;            /* number of dimensions - 1 */
-    1411             :     npy_intp          index, size;
-    1412             :     npy_intp          coordinates[NPY_MAXDIMS];/* N-dimensional loop */
-    1413             :     npy_intp          dims_m1[NPY_MAXDIMS];    /* ao->dimensions - 1 */
-    1414             :     npy_intp          strides[NPY_MAXDIMS];    /* ao->strides or fake */
-    1415             :     npy_intp          backstrides[NPY_MAXDIMS];/* how far to jump back */
-    1416             :     npy_intp          factors[NPY_MAXDIMS];     /* shape factors */
-    1417             :     PyArrayObject     *ao;
-    1418             :     char              *dataptr;        /* pointer to current item*/
-    1419             :     npy_bool          contiguous;
-    1420             : 
-    1421             :     npy_intp          bounds[NPY_MAXDIMS][2];
-    1422             :     npy_intp          limits[NPY_MAXDIMS][2];
-    1423             :     npy_intp          limits_sizes[NPY_MAXDIMS];
-    1424             :     npy_iter_get_dataptr_t translate;
-    1425             : 
-    1426             :     /*
-    1427             :      * New members
-    1428             :      */
-    1429             :     npy_intp nd;
-    1430             : 
-    1431             :     /* Dimensions is the dimension of the array */
-    1432             :     npy_intp dimensions[NPY_MAXDIMS];
-    1433             : 
-    1434             :     /*
-    1435             :      * Neighborhood points coordinates are computed relatively to the
-    1436             :      * point pointed by _internal_iter
-    1437             :      */
-    1438             :     PyArrayIterObject* _internal_iter;
-    1439             :     /*
-    1440             :      * To keep a reference to the representation of the constant value
-    1441             :      * for constant padding
-    1442             :      */
-    1443             :     char* constant;
-    1444             : 
-    1445             :     int mode;
-    1446             : } PyArrayNeighborhoodIterObject;
-    1447             : 
-    1448             : /*
-    1449             :  * Neighborhood iterator API
-    1450             :  */
-    1451             : 
-    1452             : /* General: those work for any mode */
-    1453             : static inline int
-    1454             : PyArrayNeighborhoodIter_Reset(PyArrayNeighborhoodIterObject* iter);
-    1455             : static inline int
-    1456             : PyArrayNeighborhoodIter_Next(PyArrayNeighborhoodIterObject* iter);
-    1457             : #if 0
-    1458             : static inline int
-    1459             : PyArrayNeighborhoodIter_Next2D(PyArrayNeighborhoodIterObject* iter);
-    1460             : #endif
-    1461             : 
-    1462             : /*
-    1463             :  * Include inline implementations - functions defined there are not
-    1464             :  * considered public API
-    1465             :  */
-    1466             : #define NUMPY_CORE_INCLUDE_NUMPY__NEIGHBORHOOD_IMP_H_
-    1467             : #include "_neighborhood_iterator_imp.h"
-    1468             : #undef NUMPY_CORE_INCLUDE_NUMPY__NEIGHBORHOOD_IMP_H_
-    1469             : 
-    1470             : 
-    1471             : 
-    1472             : /* The default array type */
-    1473             : #define NPY_DEFAULT_TYPE NPY_DOUBLE
-    1474             : 
-    1475             : /*
-    1476             :  * All sorts of useful ways to look into a PyArrayObject. It is recommended
-    1477             :  * to use PyArrayObject * objects instead of always casting from PyObject *,
-    1478             :  * for improved type checking.
-    1479             :  *
-    1480             :  * In many cases here the macro versions of the accessors are deprecated,
-    1481             :  * but can't be immediately changed to inline functions because the
-    1482             :  * preexisting macros accept PyObject * and do automatic casts. Inline
-    1483             :  * functions accepting PyArrayObject * provides for some compile-time
-    1484             :  * checking of correctness when working with these objects in C.
-    1485             :  */
-    1486             : 
-    1487             : #define PyArray_ISONESEGMENT(m) (PyArray_CHKFLAGS(m, NPY_ARRAY_C_CONTIGUOUS) || \
-    1488             :                                  PyArray_CHKFLAGS(m, NPY_ARRAY_F_CONTIGUOUS))
-    1489             : 
-    1490             : #define PyArray_ISFORTRAN(m) (PyArray_CHKFLAGS(m, NPY_ARRAY_F_CONTIGUOUS) && \
-    1491             :                              (!PyArray_CHKFLAGS(m, NPY_ARRAY_C_CONTIGUOUS)))
-    1492             : 
-    1493             : #define PyArray_FORTRAN_IF(m) ((PyArray_CHKFLAGS(m, NPY_ARRAY_F_CONTIGUOUS) ? \
-    1494             :                                NPY_ARRAY_F_CONTIGUOUS : 0))
-    1495             : 
-    1496             : #if (defined(NPY_NO_DEPRECATED_API) && (NPY_1_7_API_VERSION <= NPY_NO_DEPRECATED_API))
-    1497             : /*
-    1498             :  * Changing access macros into functions, to allow for future hiding
-    1499             :  * of the internal memory layout. This later hiding will allow the 2.x series
-    1500             :  * to change the internal representation of arrays without affecting
-    1501             :  * ABI compatibility.
-    1502             :  */
-    1503             : 
-    1504             : static inline int
-    1505             : PyArray_NDIM(const PyArrayObject *arr)
-    1506             : {
-    1507             :     return ((PyArrayObject_fields *)arr)->nd;
-    1508             : }
-    1509             : 
-    1510             : static inline void *
-    1511             : PyArray_DATA(PyArrayObject *arr)
-    1512             : {
-    1513           0 :     return ((PyArrayObject_fields *)arr)->data;
-    1514             : }
-    1515             : 
-    1516             : static inline char *
-    1517             : PyArray_BYTES(PyArrayObject *arr)
-    1518             : {
-    1519             :     return ((PyArrayObject_fields *)arr)->data;
-    1520             : }
-    1521             : 
-    1522             : static inline npy_intp *
-    1523             : PyArray_DIMS(PyArrayObject *arr)
-    1524             : {
-    1525           0 :     return ((PyArrayObject_fields *)arr)->dimensions;
-    1526             : }
-    1527             : 
-    1528             : static inline npy_intp *
-    1529             : PyArray_STRIDES(PyArrayObject *arr)
-    1530             : {
-    1531             :     return ((PyArrayObject_fields *)arr)->strides;
-    1532             : }
-    1533             : 
-    1534             : static inline npy_intp
-    1535             : PyArray_DIM(const PyArrayObject *arr, int idim)
-    1536             : {
-    1537             :     return ((PyArrayObject_fields *)arr)->dimensions[idim];
-    1538             : }
-    1539             : 
-    1540             : static inline npy_intp
-    1541             : PyArray_STRIDE(const PyArrayObject *arr, int istride)
-    1542             : {
-    1543             :     return ((PyArrayObject_fields *)arr)->strides[istride];
-    1544             : }
-    1545             : 
-    1546             : static inline NPY_RETURNS_BORROWED_REF PyObject *
-    1547             : PyArray_BASE(PyArrayObject *arr)
-    1548             : {
-    1549             :     return ((PyArrayObject_fields *)arr)->base;
-    1550             : }
-    1551             : 
-    1552             : static inline NPY_RETURNS_BORROWED_REF PyArray_Descr *
-    1553             : PyArray_DESCR(PyArrayObject *arr)
-    1554             : {
-    1555             :     return ((PyArrayObject_fields *)arr)->descr;
-    1556             : }
-    1557             : 
-    1558             : static inline int
-    1559             : PyArray_FLAGS(const PyArrayObject *arr)
-    1560             : {
-    1561           0 :     return ((PyArrayObject_fields *)arr)->flags;
-    1562             : }
-    1563             : 
-    1564             : static inline npy_intp
-    1565             : PyArray_ITEMSIZE(const PyArrayObject *arr)
-    1566             : {
-    1567             :     return ((PyArrayObject_fields *)arr)->descr->elsize;
-    1568             : }
-    1569             : 
-    1570             : static inline int
-    1571             : PyArray_TYPE(const PyArrayObject *arr)
-    1572             : {
-    1573           0 :     return ((PyArrayObject_fields *)arr)->descr->type_num;
-    1574             : }
-    1575             : 
-    1576             : static inline int
-    1577             : PyArray_CHKFLAGS(const PyArrayObject *arr, int flags)
-    1578             : {
-    1579           0 :     return (PyArray_FLAGS(arr) & flags) == flags;
-    1580             : }
-    1581             : 
-    1582             : static inline PyObject *
-    1583             : PyArray_GETITEM(const PyArrayObject *arr, const char *itemptr)
-    1584             : {
-    1585             :     return ((PyArrayObject_fields *)arr)->descr->f->getitem(
-    1586             :                                         (void *)itemptr, (PyArrayObject *)arr);
-    1587             : }
-    1588             : 
-    1589             : /*
-    1590             :  * SETITEM should only be used if it is known that the value is a scalar
-    1591             :  * and of a type understood by the arrays dtype.
-    1592             :  * Use `PyArray_Pack` if the value may be of a different dtype.
-    1593             :  */
-    1594             : static inline int
-    1595             : PyArray_SETITEM(PyArrayObject *arr, char *itemptr, PyObject *v)
-    1596             : {
-    1597             :     return ((PyArrayObject_fields *)arr)->descr->f->setitem(v, itemptr, arr);
-    1598             : }
-    1599             : 
-    1600             : #else
-    1601             : 
-    1602             : /* These macros are deprecated as of NumPy 1.7. */
-    1603             : #define PyArray_NDIM(obj) (((PyArrayObject_fields *)(obj))->nd)
-    1604             : #define PyArray_BYTES(obj) (((PyArrayObject_fields *)(obj))->data)
-    1605             : #define PyArray_DATA(obj) ((void *)((PyArrayObject_fields *)(obj))->data)
-    1606             : #define PyArray_DIMS(obj) (((PyArrayObject_fields *)(obj))->dimensions)
-    1607             : #define PyArray_STRIDES(obj) (((PyArrayObject_fields *)(obj))->strides)
-    1608             : #define PyArray_DIM(obj,n) (PyArray_DIMS(obj)[n])
-    1609             : #define PyArray_STRIDE(obj,n) (PyArray_STRIDES(obj)[n])
-    1610             : #define PyArray_BASE(obj) (((PyArrayObject_fields *)(obj))->base)
-    1611             : #define PyArray_DESCR(obj) (((PyArrayObject_fields *)(obj))->descr)
-    1612             : #define PyArray_FLAGS(obj) (((PyArrayObject_fields *)(obj))->flags)
-    1613             : #define PyArray_CHKFLAGS(m, FLAGS) \
-    1614             :         ((((PyArrayObject_fields *)(m))->flags & (FLAGS)) == (FLAGS))
-    1615             : #define PyArray_ITEMSIZE(obj) \
-    1616             :                     (((PyArrayObject_fields *)(obj))->descr->elsize)
-    1617             : #define PyArray_TYPE(obj) \
-    1618             :                     (((PyArrayObject_fields *)(obj))->descr->type_num)
-    1619             : #define PyArray_GETITEM(obj,itemptr) \
-    1620             :         PyArray_DESCR(obj)->f->getitem((char *)(itemptr), \
-    1621             :                                      (PyArrayObject *)(obj))
-    1622             : 
-    1623             : #define PyArray_SETITEM(obj,itemptr,v) \
-    1624             :         PyArray_DESCR(obj)->f->setitem((PyObject *)(v), \
-    1625             :                                      (char *)(itemptr), \
-    1626             :                                      (PyArrayObject *)(obj))
-    1627             : #endif
-    1628             : 
-    1629             : static inline PyArray_Descr *
-    1630             : PyArray_DTYPE(PyArrayObject *arr)
-    1631             : {
-    1632             :     return ((PyArrayObject_fields *)arr)->descr;
-    1633             : }
-    1634             : 
-    1635             : static inline npy_intp *
-    1636             : PyArray_SHAPE(PyArrayObject *arr)
-    1637             : {
-    1638             :     return ((PyArrayObject_fields *)arr)->dimensions;
-    1639             : }
-    1640             : 
-    1641             : /*
-    1642             :  * Enables the specified array flags. Does no checking,
-    1643             :  * assumes you know what you're doing.
-    1644             :  */
-    1645             : static inline void
-    1646             : PyArray_ENABLEFLAGS(PyArrayObject *arr, int flags)
-    1647             : {
-    1648             :     ((PyArrayObject_fields *)arr)->flags |= flags;
-    1649             : }
-    1650             : 
-    1651             : /*
-    1652             :  * Clears the specified array flags. Does no checking,
-    1653             :  * assumes you know what you're doing.
-    1654             :  */
-    1655             : static inline void
-    1656             : PyArray_CLEARFLAGS(PyArrayObject *arr, int flags)
-    1657             : {
-    1658             :     ((PyArrayObject_fields *)arr)->flags &= ~flags;
-    1659             : }
-    1660             : 
-    1661             : #if NPY_FEATURE_VERSION >= NPY_1_22_API_VERSION
-    1662             :     static inline NPY_RETURNS_BORROWED_REF PyObject *
-    1663             :     PyArray_HANDLER(PyArrayObject *arr)
-    1664             :     {
-    1665             :         return ((PyArrayObject_fields *)arr)->mem_handler;
-    1666             :     }
-    1667             : #endif
-    1668             : 
-    1669             : #define PyTypeNum_ISBOOL(type) ((type) == NPY_BOOL)
-    1670             : 
-    1671             : #define PyTypeNum_ISUNSIGNED(type) (((type) == NPY_UBYTE) ||   \
-    1672             :                                  ((type) == NPY_USHORT) ||     \
-    1673             :                                  ((type) == NPY_UINT) ||       \
-    1674             :                                  ((type) == NPY_ULONG) ||      \
-    1675             :                                  ((type) == NPY_ULONGLONG))
-    1676             : 
-    1677             : #define PyTypeNum_ISSIGNED(type) (((type) == NPY_BYTE) ||      \
-    1678             :                                ((type) == NPY_SHORT) ||        \
-    1679             :                                ((type) == NPY_INT) ||          \
-    1680             :                                ((type) == NPY_LONG) ||         \
-    1681             :                                ((type) == NPY_LONGLONG))
-    1682             : 
-    1683             : #define PyTypeNum_ISINTEGER(type) (((type) >= NPY_BYTE) &&     \
-    1684             :                                 ((type) <= NPY_ULONGLONG))
-    1685             : 
-    1686             : #define PyTypeNum_ISFLOAT(type) ((((type) >= NPY_FLOAT) && \
-    1687             :                               ((type) <= NPY_LONGDOUBLE)) || \
-    1688             :                               ((type) == NPY_HALF))
-    1689             : 
-    1690             : #define PyTypeNum_ISNUMBER(type) (((type) <= NPY_CLONGDOUBLE) || \
-    1691             :                                   ((type) == NPY_HALF))
-    1692             : 
-    1693             : #define PyTypeNum_ISSTRING(type) (((type) == NPY_STRING) ||    \
-    1694             :                                   ((type) == NPY_UNICODE))
-    1695             : 
-    1696             : #define PyTypeNum_ISCOMPLEX(type) (((type) >= NPY_CFLOAT) &&   \
-    1697             :                                 ((type) <= NPY_CLONGDOUBLE))
-    1698             : 
-    1699             : #define PyTypeNum_ISPYTHON(type) (((type) == NPY_LONG) ||      \
-    1700             :                                   ((type) == NPY_DOUBLE) ||    \
-    1701             :                                   ((type) == NPY_CDOUBLE) ||   \
-    1702             :                                   ((type) == NPY_BOOL) ||      \
-    1703             :                                   ((type) == NPY_OBJECT ))
-    1704             : 
-    1705             : #define PyTypeNum_ISFLEXIBLE(type) (((type) >=NPY_STRING) &&  \
-    1706             :                                     ((type) <=NPY_VOID))
-    1707             : 
-    1708             : #define PyTypeNum_ISDATETIME(type) (((type) >=NPY_DATETIME) &&  \
-    1709             :                                     ((type) <=NPY_TIMEDELTA))
-    1710             : 
-    1711             : #define PyTypeNum_ISUSERDEF(type) (((type) >= NPY_USERDEF) && \
-    1712             :                                    ((type) < NPY_USERDEF+     \
-    1713             :                                     NPY_NUMUSERTYPES))
-    1714             : 
-    1715             : #define PyTypeNum_ISEXTENDED(type) (PyTypeNum_ISFLEXIBLE(type) ||  \
-    1716             :                                     PyTypeNum_ISUSERDEF(type))
-    1717             : 
-    1718             : #define PyTypeNum_ISOBJECT(type) ((type) == NPY_OBJECT)
-    1719             : 
-    1720             : 
-    1721             : #define PyDataType_ISBOOL(obj) PyTypeNum_ISBOOL(((PyArray_Descr*)(obj))->type_num)
-    1722             : #define PyDataType_ISUNSIGNED(obj) PyTypeNum_ISUNSIGNED(((PyArray_Descr*)(obj))->type_num)
-    1723             : #define PyDataType_ISSIGNED(obj) PyTypeNum_ISSIGNED(((PyArray_Descr*)(obj))->type_num)
-    1724             : #define PyDataType_ISINTEGER(obj) PyTypeNum_ISINTEGER(((PyArray_Descr*)(obj))->type_num )
-    1725             : #define PyDataType_ISFLOAT(obj) PyTypeNum_ISFLOAT(((PyArray_Descr*)(obj))->type_num)
-    1726             : #define PyDataType_ISNUMBER(obj) PyTypeNum_ISNUMBER(((PyArray_Descr*)(obj))->type_num)
-    1727             : #define PyDataType_ISSTRING(obj) PyTypeNum_ISSTRING(((PyArray_Descr*)(obj))->type_num)
-    1728             : #define PyDataType_ISCOMPLEX(obj) PyTypeNum_ISCOMPLEX(((PyArray_Descr*)(obj))->type_num)
-    1729             : #define PyDataType_ISPYTHON(obj) PyTypeNum_ISPYTHON(((PyArray_Descr*)(obj))->type_num)
-    1730             : #define PyDataType_ISFLEXIBLE(obj) PyTypeNum_ISFLEXIBLE(((PyArray_Descr*)(obj))->type_num)
-    1731             : #define PyDataType_ISDATETIME(obj) PyTypeNum_ISDATETIME(((PyArray_Descr*)(obj))->type_num)
-    1732             : #define PyDataType_ISUSERDEF(obj) PyTypeNum_ISUSERDEF(((PyArray_Descr*)(obj))->type_num)
-    1733             : #define PyDataType_ISEXTENDED(obj) PyTypeNum_ISEXTENDED(((PyArray_Descr*)(obj))->type_num)
-    1734             : #define PyDataType_ISOBJECT(obj) PyTypeNum_ISOBJECT(((PyArray_Descr*)(obj))->type_num)
-    1735             : #define PyDataType_HASFIELDS(obj) (((PyArray_Descr *)(obj))->names != NULL)
-    1736             : #define PyDataType_HASSUBARRAY(dtype) ((dtype)->subarray != NULL)
-    1737             : #define PyDataType_ISUNSIZED(dtype) ((dtype)->elsize == 0 && \
-    1738             :                                       !PyDataType_HASFIELDS(dtype))
-    1739             : #define PyDataType_MAKEUNSIZED(dtype) ((dtype)->elsize = 0)
-    1740             : 
-    1741             : #define PyArray_ISBOOL(obj) PyTypeNum_ISBOOL(PyArray_TYPE(obj))
-    1742             : #define PyArray_ISUNSIGNED(obj) PyTypeNum_ISUNSIGNED(PyArray_TYPE(obj))
-    1743             : #define PyArray_ISSIGNED(obj) PyTypeNum_ISSIGNED(PyArray_TYPE(obj))
-    1744             : #define PyArray_ISINTEGER(obj) PyTypeNum_ISINTEGER(PyArray_TYPE(obj))
-    1745             : #define PyArray_ISFLOAT(obj) PyTypeNum_ISFLOAT(PyArray_TYPE(obj))
-    1746             : #define PyArray_ISNUMBER(obj) PyTypeNum_ISNUMBER(PyArray_TYPE(obj))
-    1747             : #define PyArray_ISSTRING(obj) PyTypeNum_ISSTRING(PyArray_TYPE(obj))
-    1748             : #define PyArray_ISCOMPLEX(obj) PyTypeNum_ISCOMPLEX(PyArray_TYPE(obj))
-    1749             : #define PyArray_ISPYTHON(obj) PyTypeNum_ISPYTHON(PyArray_TYPE(obj))
-    1750             : #define PyArray_ISFLEXIBLE(obj) PyTypeNum_ISFLEXIBLE(PyArray_TYPE(obj))
-    1751             : #define PyArray_ISDATETIME(obj) PyTypeNum_ISDATETIME(PyArray_TYPE(obj))
-    1752             : #define PyArray_ISUSERDEF(obj) PyTypeNum_ISUSERDEF(PyArray_TYPE(obj))
-    1753             : #define PyArray_ISEXTENDED(obj) PyTypeNum_ISEXTENDED(PyArray_TYPE(obj))
-    1754             : #define PyArray_ISOBJECT(obj) PyTypeNum_ISOBJECT(PyArray_TYPE(obj))
-    1755             : #define PyArray_HASFIELDS(obj) PyDataType_HASFIELDS(PyArray_DESCR(obj))
-    1756             : 
-    1757             :     /*
-    1758             :      * FIXME: This should check for a flag on the data-type that
-    1759             :      * states whether or not it is variable length.  Because the
-    1760             :      * ISFLEXIBLE check is hard-coded to the built-in data-types.
-    1761             :      */
-    1762             : #define PyArray_ISVARIABLE(obj) PyTypeNum_ISFLEXIBLE(PyArray_TYPE(obj))
-    1763             : 
-    1764             : #define PyArray_SAFEALIGNEDCOPY(obj) (PyArray_ISALIGNED(obj) && !PyArray_ISVARIABLE(obj))
-    1765             : 
-    1766             : 
-    1767             : #define NPY_LITTLE '<'
-    1768             : #define NPY_BIG '>'
-    1769             : #define NPY_NATIVE '='
-    1770             : #define NPY_SWAP 's'
-    1771             : #define NPY_IGNORE '|'
-    1772             : 
-    1773             : #if NPY_BYTE_ORDER == NPY_BIG_ENDIAN
-    1774             : #define NPY_NATBYTE NPY_BIG
-    1775             : #define NPY_OPPBYTE NPY_LITTLE
-    1776             : #else
-    1777             : #define NPY_NATBYTE NPY_LITTLE
-    1778             : #define NPY_OPPBYTE NPY_BIG
-    1779             : #endif
-    1780             : 
-    1781             : #define PyArray_ISNBO(arg) ((arg) != NPY_OPPBYTE)
-    1782             : #define PyArray_IsNativeByteOrder PyArray_ISNBO
-    1783             : #define PyArray_ISNOTSWAPPED(m) PyArray_ISNBO(PyArray_DESCR(m)->byteorder)
-    1784             : #define PyArray_ISBYTESWAPPED(m) (!PyArray_ISNOTSWAPPED(m))
-    1785             : 
-    1786             : #define PyArray_FLAGSWAP(m, flags) (PyArray_CHKFLAGS(m, flags) &&       \
-    1787             :                                     PyArray_ISNOTSWAPPED(m))
-    1788             : 
-    1789             : #define PyArray_ISCARRAY(m) PyArray_FLAGSWAP(m, NPY_ARRAY_CARRAY)
-    1790             : #define PyArray_ISCARRAY_RO(m) PyArray_FLAGSWAP(m, NPY_ARRAY_CARRAY_RO)
-    1791             : #define PyArray_ISFARRAY(m) PyArray_FLAGSWAP(m, NPY_ARRAY_FARRAY)
-    1792             : #define PyArray_ISFARRAY_RO(m) PyArray_FLAGSWAP(m, NPY_ARRAY_FARRAY_RO)
-    1793             : #define PyArray_ISBEHAVED(m) PyArray_FLAGSWAP(m, NPY_ARRAY_BEHAVED)
-    1794             : #define PyArray_ISBEHAVED_RO(m) PyArray_FLAGSWAP(m, NPY_ARRAY_ALIGNED)
-    1795             : 
-    1796             : 
-    1797             : #define PyDataType_ISNOTSWAPPED(d) PyArray_ISNBO(((PyArray_Descr *)(d))->byteorder)
-    1798             : #define PyDataType_ISBYTESWAPPED(d) (!PyDataType_ISNOTSWAPPED(d))
-    1799             : 
-    1800             : /************************************************************
-    1801             :  * A struct used by PyArray_CreateSortedStridePerm, new in 1.7.
-    1802             :  ************************************************************/
-    1803             : 
-    1804             : typedef struct {
-    1805             :     npy_intp perm, stride;
-    1806             : } npy_stride_sort_item;
-    1807             : 
-    1808             : /************************************************************
-    1809             :  * This is the form of the struct that's stored in the
-    1810             :  * PyCapsule returned by an array's __array_struct__ attribute. See
-    1811             :  * https://docs.scipy.org/doc/numpy/reference/arrays.interface.html for the full
-    1812             :  * documentation.
-    1813             :  ************************************************************/
-    1814             : typedef struct {
-    1815             :     int two;              /*
-    1816             :                            * contains the integer 2 as a sanity
-    1817             :                            * check
-    1818             :                            */
-    1819             : 
-    1820             :     int nd;               /* number of dimensions */
-    1821             : 
-    1822             :     char typekind;        /*
-    1823             :                            * kind in array --- character code of
-    1824             :                            * typestr
-    1825             :                            */
-    1826             : 
-    1827             :     int itemsize;         /* size of each element */
-    1828             : 
-    1829             :     int flags;            /*
-    1830             :                            * how should be data interpreted. Valid
-    1831             :                            * flags are CONTIGUOUS (1), F_CONTIGUOUS (2),
-    1832             :                            * ALIGNED (0x100), NOTSWAPPED (0x200), and
-    1833             :                            * WRITEABLE (0x400).  ARR_HAS_DESCR (0x800)
-    1834             :                            * states that arrdescr field is present in
-    1835             :                            * structure
-    1836             :                            */
-    1837             : 
-    1838             :     npy_intp *shape;       /*
-    1839             :                             * A length-nd array of shape
-    1840             :                             * information
-    1841             :                             */
-    1842             : 
-    1843             :     npy_intp *strides;    /* A length-nd array of stride information */
-    1844             : 
-    1845             :     void *data;           /* A pointer to the first element of the array */
-    1846             : 
-    1847             :     PyObject *descr;      /*
-    1848             :                            * A list of fields or NULL (ignored if flags
-    1849             :                            * does not have ARR_HAS_DESCR flag set)
-    1850             :                            */
-    1851             : } PyArrayInterface;
-    1852             : 
-    1853             : /*
-    1854             :  * This is a function for hooking into the PyDataMem_NEW/FREE/RENEW functions.
-    1855             :  * See the documentation for PyDataMem_SetEventHook.
-    1856             :  */
-    1857             : typedef void (PyDataMem_EventHookFunc)(void *inp, void *outp, size_t size,
-    1858             :                                        void *user_data);
-    1859             : 
-    1860             : 
-    1861             : /*
-    1862             :  * PyArray_DTypeMeta related definitions.
-    1863             :  *
-    1864             :  * As of now, this API is preliminary and will be extended as necessary.
-    1865             :  */
-    1866             : #if defined(NPY_INTERNAL_BUILD) && NPY_INTERNAL_BUILD
-    1867             :     /*
-    1868             :      * The Structures defined in this block are currently considered
-    1869             :      * private API and may change without warning!
-    1870             :      * Part of this (at least the size) is expected to be public API without
-    1871             :      * further modifications.
-    1872             :      */
-    1873             :     /* TODO: Make this definition public in the API, as soon as its settled */
-    1874             :     NPY_NO_EXPORT extern PyTypeObject PyArrayDTypeMeta_Type;
-    1875             : 
-    1876             :     /*
-    1877             :      * While NumPy DTypes would not need to be heap types the plan is to
-    1878             :      * make DTypes available in Python at which point they will be heap types.
-    1879             :      * Since we also wish to add fields to the DType class, this looks like
-    1880             :      * a typical instance definition, but with PyHeapTypeObject instead of
-    1881             :      * only the PyObject_HEAD.
-    1882             :      * This must only be exposed very extremely careful consideration, since
-    1883             :      * it is a fairly complex construct which may be better to allow
-    1884             :      * refactoring of.
-    1885             :      */
-    1886             :     typedef struct {
-    1887             :         PyHeapTypeObject super;
-    1888             : 
-    1889             :         /*
-    1890             :          * Most DTypes will have a singleton default instance, for the
-    1891             :          * parametric legacy DTypes (bytes, string, void, datetime) this
-    1892             :          * may be a pointer to the *prototype* instance?
-    1893             :          */
-    1894             :         PyArray_Descr *singleton;
-    1895             :         /* Copy of the legacy DTypes type number, usually invalid. */
-    1896             :         int type_num;
-    1897             : 
-    1898             :         /* The type object of the scalar instances (may be NULL?) */
-    1899             :         PyTypeObject *scalar_type;
-    1900             :         /*
-    1901             :          * DType flags to signal legacy, parametric, or
-    1902             :          * abstract.  But plenty of space for additional information/flags.
-    1903             :          */
-    1904             :         npy_uint64 flags;
-    1905             : 
-    1906             :         /*
-    1907             :          * Use indirection in order to allow a fixed size for this struct.
-    1908             :          * A stable ABI size makes creating a static DType less painful
-    1909             :          * while also ensuring flexibility for all opaque API (with one
-    1910             :          * indirection due the pointer lookup).
-    1911             :          */
-    1912             :         void *dt_slots;
-    1913             :         void *reserved[3];
-    1914             :     } PyArray_DTypeMeta;
-    1915             : 
-    1916             : #endif  /* NPY_INTERNAL_BUILD */
-    1917             : 
-    1918             : 
-    1919             : /*
-    1920             :  * Use the keyword NPY_DEPRECATED_INCLUDES to ensure that the header files
-    1921             :  * npy_*_*_deprecated_api.h are only included from here and nowhere else.
-    1922             :  */
-    1923             : #ifdef NPY_DEPRECATED_INCLUDES
-    1924             : #error "Do not use the reserved keyword NPY_DEPRECATED_INCLUDES."
-    1925             : #endif
-    1926             : #define NPY_DEPRECATED_INCLUDES
-    1927             : #if !defined(NPY_NO_DEPRECATED_API) || \
-    1928             :     (NPY_NO_DEPRECATED_API < NPY_1_7_API_VERSION)
-    1929             : #include "npy_1_7_deprecated_api.h"
-    1930             : #endif
-    1931             : /*
-    1932             :  * There is no file npy_1_8_deprecated_api.h since there are no additional
-    1933             :  * deprecated API features in NumPy 1.8.
-    1934             :  *
-    1935             :  * Note to maintainers: insert code like the following in future NumPy
-    1936             :  * versions.
-    1937             :  *
-    1938             :  * #if !defined(NPY_NO_DEPRECATED_API) || \
-    1939             :  *     (NPY_NO_DEPRECATED_API < NPY_1_9_API_VERSION)
-    1940             :  * #include "npy_1_9_deprecated_api.h"
-    1941             :  * #endif
-    1942             :  */
-    1943             : #undef NPY_DEPRECATED_INCLUDES
-    1944             : 
-    1945             : #endif  /* NUMPY_CORE_INCLUDE_NUMPY_NDARRAYTYPES_H_ */
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          Line data    Source code
-
-       1             : ////////////////////////////////////////////////////////////////////////////////
-       2             : // The Loki Library
-       3             : // Copyright (c) 2001 by Andrei Alexandrescu
-       4             : // This code accompanies the book:
-       5             : // Alexandrescu, Andrei. "Modern C++ Design: Generic Programming and Design
-       6             : //     Patterns Applied". Copyright (c) 2001. Addison-Wesley.
-       7             : //
-       8             : // Permission is hereby granted, free of charge, to any person obtaining a copy
-       9             : // of this software and associated documentation files (the "Software"), to deal
-      10             : // in the Software without restriction, including without limitation the rights
-      11             : // to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
-      12             : // copies of the Software, and to permit persons to whom the Software is
-      13             : // furnished to do so, subject to the following conditions:
-      14             : //
-      15             : // The above copyright notice and this permission notice shall be included in
-      16             : // all copies or substantial portions of the Software.
-      17             : //
-      18             : // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
-      19             : // IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
-      20             : // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
-      21             : // AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
-      22             : // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
-      23             : // OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
-      24             : // SOFTWARE.
-      25             : ////////////////////////////////////////////////////////////////////////////////
-      26             : #ifndef LOKI_ASSOCVECTOR_INC_
-      27             : #define LOKI_ASSOCVECTOR_INC_
-      28             : 
-      29             : // $Id$
-      30             : 
-      31             : 
-      32             : #include <algorithm>
-      33             : #include <functional>
-      34             : #include <vector>
-      35             : #include <utility>
-      36             : #include <iterator>
-      37             : #include <map>
-      38             : 
-      39             : 
-      40             : namespace Loki
-      41             : {
-      42             : ////////////////////////////////////////////////////////////////////////////////
-      43             : // class template AssocVectorCompare
-      44             : // Used by AssocVector
-      45             : ////////////////////////////////////////////////////////////////////////////////
-      46             : 
-      47             :     namespace Private
-      48             :     {
-      49             :         template <class Value, class C>
-      50             :         class AssocVectorCompare : public C
-      51             :         {
-      52             :             typedef std::pair<typename C::first_argument_type, Value>
-      53             :                 Data;
-      54             :             typedef typename C::first_argument_type first_argument_type;
-      55             : 
-      56             :         public:
-      57             :             AssocVectorCompare()
-      58             :             {}
-      59             : 
-      60             :             AssocVectorCompare(const C& src) : C(src)
-      61             :             {}
-      62             : 
-      63             :             bool operator()(const first_argument_type& lhs,
-      64             :                 const first_argument_type& rhs) const
-      65             :             { return C::operator()(lhs, rhs); }
-      66             : 
-      67             :             bool operator()(const Data& lhs, const Data& rhs) const
-      68             :             { return operator()(lhs.first, rhs.first); }
-      69             : 
-      70             :             bool operator()(const Data& lhs,
-      71             :                 const first_argument_type& rhs) const
-      72          57 :             { return operator()(lhs.first, rhs); }
-      73             : 
-      74             :             bool operator()(const first_argument_type& lhs,
-      75             :                 const Data& rhs) const
-      76             :             { return operator()(lhs, rhs.first); }
-      77             :         };
-      78             :     }
-      79             : 
-      80             : ////////////////////////////////////////////////////////////////////////////////
-      81             : // class template AssocVector
-      82             : // An associative vector built as a syntactic drop-in replacement for std::map
-      83             : // BEWARE: AssocVector doesn't respect all map's guarantees, the most important
-      84             : //     being:
-      85             : // * iterators are invalidated by insert and erase operations
-      86             : // * the complexity of insert/erase is O(N) not O(log N)
-      87             : // * value_type is std::pair<K, V> not std::pair<const K, V>
-      88             : // * iterators are random
-      89             : ////////////////////////////////////////////////////////////////////////////////
-      90             : 
-      91             : 
-      92             :     template
-      93             :     <
-      94             :         class K,
-      95             :         class V,
-      96             :         class C = std::less<K>,
-      97             :         class A = std::allocator< std::pair<K, V> >
-      98             :     >
-      99          30 :     class AssocVector
-     100             :         : private std::vector< std::pair<K, V>, A >
-     101             :         , private Private::AssocVectorCompare<V, C>
-     102             :     {
-     103             :         typedef std::vector<std::pair<K, V>, A> Base;
-     104             :         typedef Private::AssocVectorCompare<V, C> MyCompare;
-     105             : 
-     106             :     public:
-     107             :         typedef K key_type;
-     108             :         typedef V mapped_type;
-     109             :         typedef typename Base::value_type value_type;
-     110             : 
-     111             :         typedef C key_compare;
-     112             :         typedef A allocator_type;
-     113             :         typedef typename A::reference reference;
-     114             :         typedef typename A::const_reference const_reference;
-     115             :         typedef typename Base::iterator iterator;
-     116             :         typedef typename Base::const_iterator const_iterator;
-     117             :         typedef typename Base::size_type size_type;
-     118             :         typedef typename Base::difference_type difference_type;
-     119             :         typedef typename A::pointer pointer;
-     120             :         typedef typename A::const_pointer const_pointer;
-     121             :         typedef typename Base::reverse_iterator reverse_iterator;
-     122             :         typedef typename Base::const_reverse_iterator const_reverse_iterator;
-     123             : 
-     124             :         class value_compare
-     125             :             : public std::binary_function<value_type, value_type, bool>
-     126             :             , private key_compare
-     127             :         {
-     128             :             friend class AssocVector;
-     129             : 
-     130             :         protected:
-     131             :             value_compare(key_compare pred) : key_compare(pred)
-     132             :             {}
-     133             : 
-     134             :         public:
-     135             :             bool operator()(const value_type& lhs, const value_type& rhs) const
-     136             :             { return key_compare::operator()(lhs.first, rhs.first); }
-     137             :         };
-     138             : 
-     139             :         // 23.3.1.1 construct/copy/destroy
-     140             : 
-     141             :         explicit AssocVector(const key_compare& comp = key_compare(),
-     142             :             const A& alloc = A())
-     143             :         : Base(alloc), MyCompare(comp)
-     144             :         {}
-     145             : 
-     146             :         template <class InputIterator>
-     147             :         AssocVector(InputIterator first, InputIterator last,
-     148             :             const key_compare& comp = key_compare(),
-     149             :             const A& alloc = A())
-     150             :         : Base( alloc ), MyCompare( comp )
-     151             :         {
-     152             :             typedef ::std::vector< ::std::pair< K, V >, A > BaseType;
-     153             :             typedef ::std::map< K, V, C, A > TempMap;
-     154             :             typedef ::std::back_insert_iterator< Base > MyInserter;
-     155             :             MyCompare & me = *this;
-     156             :             const A tempAlloc;
-     157             :             // Make a temporary map similar to this type to prevent any duplicate elements.
-     158             :             TempMap temp( first, last, me, tempAlloc );
-     159             :             Base::reserve( temp.size() );
-     160             :             BaseType & target = static_cast< BaseType & >( *this );
-     161             :             MyInserter myInserter = ::std::back_inserter( target );
-     162             :             ::std::copy( temp.begin(), temp.end(), myInserter );
-     163             :         }
-     164             : 
-     165          30 :         AssocVector& operator=(const AssocVector& rhs)
-     166             :         {
-     167          30 :             AssocVector(rhs).swap(*this);
-     168          30 :             return *this;
-     169             :         }
-     170             : 
-     171             :         // iterators:
-     172             :         // The following are here because MWCW gets 'using' wrong
-     173             :         iterator begin() { return Base::begin(); }
-     174             :         const_iterator begin() const { return Base::begin(); }
-     175             :         iterator end() { return Base::end(); }
-     176             :         const_iterator end() const { return Base::end(); }
-     177             :         reverse_iterator rbegin() { return Base::rbegin(); }
-     178             :         const_reverse_iterator rbegin() const { return Base::rbegin(); }
-     179             :         reverse_iterator rend() { return Base::rend(); }
-     180             :         const_reverse_iterator rend() const { return Base::rend(); }
-     181             : 
-     182             :         // capacity:
-     183             :         bool empty() const { return Base::empty(); }
-     184             :         size_type size() const { return Base::size(); }
-     185             :         size_type max_size() { return Base::max_size(); }
-     186             : 
-     187             :         // 23.3.1.2 element access:
-     188        1143 :         mapped_type& operator[](const key_type& key)
-     189        1143 :         { return insert(value_type(key, mapped_type())).first->second; }
-     190             : 
-     191             :         // modifiers:
-     192        1143 :         std::pair<iterator, bool> insert(const value_type& val)
-     193             :         {
-     194             :             bool found(true);
-     195        1143 :             iterator i(lower_bound(val.first));
-     196             : 
-     197          13 :             if (i == end() || this->operator()(val.first, i->first))
-     198             :             {
-     199        1134 :                 i = Base::insert(i, val);
-     200             :                 found = false;
-     201             :             }
-     202        1143 :             return std::make_pair(i, !found);
-     203             :         }
-     204             :         //Section [23.1.2], Table 69
-     205             :         //http://developer.apple.com/documentation/DeveloperTools/gcc-3.3/libstdc++/23_containers/howto.html#4
-     206             :         iterator insert(iterator pos, const value_type& val)
-     207             :         {
-     208             :             if( (pos == begin() || this->operator()(*(pos-1),val)) &&
-     209             :                 (pos == end()    || this->operator()(val, *pos)) )
-     210             :             {
-     211             :                 return Base::insert(pos, val);
-     212             :             }
-     213             :             return insert(val).first;
-     214             :         }
-     215             : 
-     216             :         template <class InputIterator>
-     217             :         void insert(InputIterator first, InputIterator last)
-     218             :         { for (; first != last; ++first) insert(*first); }
-     219             : 
-     220             :         void erase(iterator pos)
-     221           5 :         { Base::erase(pos); }
-     222             : 
-     223             :         size_type erase(const key_type& k)
-     224             :         {
-     225             :             iterator i(find(k));
-     226             :             if (i == end()) return 0;
-     227             :             erase(i);
-     228             :             return 1;
-     229             :         }
-     230             : 
-     231             :         void erase(iterator first, iterator last)
-     232             :         { Base::erase(first, last); }
-     233             : 
-     234             :         void swap(AssocVector& other)
-     235             :         {
-     236             :             Base::swap(other);
-     237             :             MyCompare& me = *this;
-     238             :             MyCompare& rhs = other;
-     239             :             std::swap(me, rhs);
-     240             :         }
-     241             : 
-     242             :         void clear()
-     243             :         { Base::clear(); }
-     244             : 
-     245             :         // observers:
-     246             :         key_compare key_comp() const
-     247             :         { return *this; }
-     248             : 
-     249             :         value_compare value_comp() const
-     250             :         {
-     251             :             const key_compare& comp = *this;
-     252             :             return value_compare(comp);
-     253             :         }
-     254             : 
-     255             :         // 23.3.1.3 map operations:
-     256           5 :         iterator find(const key_type& k)
-     257             :         {
-     258             :             iterator i(lower_bound(k));
-     259           5 :             if (i != end() && this->operator()(k, i->first))
-     260             :             {
-     261             :                 i = end();
-     262             :             }
-     263           5 :             return i;
-     264             :         }
-     265             : 
-     266          41 :         const_iterator find(const key_type& k) const
-     267             :         {
-     268             :             const_iterator i(lower_bound(k));
-     269          33 :             if (i != end() && this->operator()(k, i->first))
-     270             :             {
-     271             :                 i = end();
-     272             :             }
-     273          41 :             return i;
-     274             :         }
-     275             : 
-     276             :         size_type count(const key_type& k) const
-     277             :         { return find(k) != end(); }
-     278             : 
-     279             :         iterator lower_bound(const key_type& k)
-     280             :         {
-     281             :             MyCompare& me = *this;
-     282        1148 :             return std::lower_bound(begin(), end(), k, me);
-     283             :         }
-     284             : 
-     285             :         const_iterator lower_bound(const key_type& k) const
-     286             :         {
-     287             :             const MyCompare& me = *this;
-     288          41 :             return std::lower_bound(begin(), end(), k, me);
-     289             :         }
-     290             : 
-     291             :         iterator upper_bound(const key_type& k)
-     292             :         {
-     293             :             MyCompare& me = *this;
-     294             :             return std::upper_bound(begin(), end(), k, me);
-     295             :         }
-     296             : 
-     297             :         const_iterator upper_bound(const key_type& k) const
-     298             :         {
-     299             :             const MyCompare& me = *this;
-     300             :             return std::upper_bound(begin(), end(), k, me);
-     301             :         }
-     302             : 
-     303             :         std::pair<iterator, iterator> equal_range(const key_type& k)
-     304             :         {
-     305             :             MyCompare& me = *this;
-     306             :             return std::equal_range(begin(), end(), k, me);
-     307             :         }
-     308             : 
-     309             :         std::pair<const_iterator, const_iterator> equal_range(
-     310             :             const key_type& k) const
-     311             :         {
-     312             :             const MyCompare& me = *this;
-     313             :             return std::equal_range(begin(), end(), k, me);
-     314             :         }
-     315             : 
-     316             :         template <class K1, class V1, class C1, class A1>
-     317             :         friend bool operator==(const AssocVector<K1, V1, C1, A1>& lhs,
-     318             :                         const AssocVector<K1, V1, C1, A1>& rhs);
-     319             : 
-     320             :         bool operator<(const AssocVector& rhs) const
-     321             :         {
-     322             :             const Base& me = *this;
-     323             :             const Base& yo = rhs;
-     324             :             return me < yo;
-     325             :         }
-     326             : 
-     327             :         template <class K1, class V1, class C1, class A1>
-     328             :         friend bool operator!=(const AssocVector<K1, V1, C1, A1>& lhs,
-     329             :                                const AssocVector<K1, V1, C1, A1>& rhs);
-     330             : 
-     331             :         template <class K1, class V1, class C1, class A1>
-     332             :         friend bool operator>(const AssocVector<K1, V1, C1, A1>& lhs,
-     333             :                               const AssocVector<K1, V1, C1, A1>& rhs);
-     334             : 
-     335             :         template <class K1, class V1, class C1, class A1>
-     336             :         friend bool operator>=(const AssocVector<K1, V1, C1, A1>& lhs,
-     337             :                                const AssocVector<K1, V1, C1, A1>& rhs);
-     338             : 
-     339             :         template <class K1, class V1, class C1, class A1>
-     340             :         friend bool operator<=(const AssocVector<K1, V1, C1, A1>& lhs,
-     341             :                                const AssocVector<K1, V1, C1, A1>& rhs);
-     342             :     };
-     343             : 
-     344             :     template <class K, class V, class C, class A>
-     345             :     inline bool operator==(const AssocVector<K, V, C, A>& lhs,
-     346             :                            const AssocVector<K, V, C, A>& rhs)
-     347             :     {
-     348             :       const std::vector<std::pair<K, V>, A>& me = lhs;
-     349             :       return me == rhs;
-     350             :     }
-     351             : 
-     352             :     template <class K, class V, class C, class A>
-     353             :     inline bool operator!=(const AssocVector<K, V, C, A>& lhs,
-     354             :                            const AssocVector<K, V, C, A>& rhs)
-     355             :     { return !(lhs == rhs); }
-     356             : 
-     357             :     template <class K, class V, class C, class A>
-     358             :     inline bool operator>(const AssocVector<K, V, C, A>& lhs,
-     359             :                           const AssocVector<K, V, C, A>& rhs)
-     360             :     { return rhs < lhs; }
-     361             : 
-     362             :     template <class K, class V, class C, class A>
-     363             :     inline bool operator>=(const AssocVector<K, V, C, A>& lhs,
-     364             :                            const AssocVector<K, V, C, A>& rhs)
-     365             :     { return !(lhs < rhs); }
-     366             : 
-     367             :     template <class K, class V, class C, class A>
-     368             :     inline bool operator<=(const AssocVector<K, V, C, A>& lhs,
-     369             :                            const AssocVector<K, V, C, A>& rhs)
-     370             :     { return !(rhs < lhs); }
-     371             : 
-     372             : 
-     373             :     // specialized algorithms:
-     374             :     template <class K, class V, class C, class A>
-     375             :     void swap(AssocVector<K, V, C, A>& lhs, AssocVector<K, V, C, A>& rhs)
-     376             :     { lhs.swap(rhs); }
-     377             : 
-     378             : } // namespace Loki
-     379             : 
-     380             : #endif // end file guardian
-     381             : 
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-       1             : #ifndef CRPROPA_CANDIDATE_H
-       2             : #define CRPROPA_CANDIDATE_H
-       3             : 
-       4             : #include "crpropa/ParticleState.h"
-       5             : #include "crpropa/Referenced.h"
-       6             : #include "crpropa/AssocVector.h"
-       7             : #include "crpropa/Variant.h"
-       8             : 
-       9             : #include <vector>
-      10             : #include <map>
-      11             : #include <sstream>
-      12             : #include <stdint.h>
-      13             : 
-      14             : namespace crpropa {
-      15             : /**
-      16             :  * \addtogroup Core
-      17             :  * @{
-      18             :  */
-      19             : 
-      20             : /**
-      21             :  @class Candidate Candidate.h include/crpropa/Candidate.h
-      22             :  @brief All information about the cosmic ray.
-      23             : 
-      24             :  The Candidate is a passive object, that holds the information about the state
-      25             :  of the cosmic ray and the simulation itself.
-      26             :  */
-      27             : class Candidate: public Referenced {
-      28             : public:
-      29             :         ParticleState source; /**< Particle state at the source */
-      30             :         ParticleState created; /**< Particle state of parent particle at the time of creation */
-      31             :         ParticleState current; /**< Current particle state */
-      32             :         ParticleState previous; /**< Particle state at the end of the previous step */
-      33             : 
-      34             :         std::vector<ref_ptr<Candidate> > secondaries; /**< Secondary particles from interactions */
-      35             : 
-      36             :         typedef Loki::AssocVector<std::string, Variant> PropertyMap;
-      37             :         PropertyMap properties; /**< Map of property names and their values. */
-      38             : 
-      39             :         /** Parent candidate. 0 if no parent (initial particle). Must not be a ref_ptr to prevent circular referencing. */
-      40             :         Candidate *parent;
-      41             : 
-      42             : private:
-      43             :         bool active; /**< Active status */
-      44             :         double weight; /**< Weight of the candidate */
-      45             :         double redshift; /**< Current simulation time-point in terms of redshift z */
-      46             :         double trajectoryLength; /**< Comoving distance [m] the candidate has traveled so far */
-      47             :         double currentStep; /**< Size of the currently performed step in [m] comoving units */
-      48             :         double nextStep; /**< Proposed size of the next propagation step in [m] comoving units */
-      49             :         std::string tagOrigin; /**< Name of interaction/source process which created this candidate*/
-      50             : 
-      51             :         static uint64_t nextSerialNumber;
-      52             :         uint64_t serialNumber;
-      53             : 
-      54             : public:
-      55             :         Candidate(
-      56             :                 int id = 0,
-      57             :                 double energy = 0,
-      58             :                 Vector3d position = Vector3d(0, 0, 0),
-      59             :                 Vector3d direction = Vector3d(-1, 0, 0),
-      60             :                 double z = 0,
-      61             :                 double weight = 1., 
-      62             :                 std::string tagOrigin = "PRIM"
-      63             :         );
-      64             : 
-      65             :         /**
-      66             :          Creates a candidate, initializing the Candidate::source, Candidate::created,
-      67             :          Candidate::previous and Candidate::current state with the argument.
-      68             :          */
-      69             :         Candidate(const ParticleState &state);
-      70             : 
-      71             :         bool isActive() const;
-      72             :         void setActive(bool b);
-      73             : 
-      74             :         void setTrajectoryLength(double length);
-      75             :         double getTrajectoryLength() const;
-      76             : 
-      77             :         void setRedshift(double z);
-      78             :         double getRedshift() const;
-      79             : 
-      80             :         /**
-      81             :          Sets weight of each candidate.
-      82             :          Weights are calculated for each tracked secondary.
-      83             :          */
-      84             :         void setWeight(double weight);
-      85             :     void updateWeight(double weight);
-      86             :         double getWeight() const;
-      87             : 
-      88             :         /**
-      89             :          Sets the current step and increases the trajectory length accordingly.
-      90             :          Only the propagation module should use this.
-      91             :          */
-      92             :         void setCurrentStep(double step);
-      93             :         double getCurrentStep() const;
-      94             : 
-      95             :         /**
-      96             :          Sets the proposed next step.
-      97             :          Only the propagation module should use this.
-      98             :          */
-      99             :         void setNextStep(double step);
-     100             :         double getNextStep() const;
-     101             : 
-     102             :         /**
-     103             :          Sets the tagOrigin of the candidate. Can be used to trace back the interactions
-     104             :          */
-     105             :         void setTagOrigin(std::string tagOrigin);
-     106             :         std::string getTagOrigin() const;
-     107             : 
-     108             :         /**
-     109             :          Make a bid for the next step size: the lowest wins.
-     110             :          */
-     111             :         void limitNextStep(double step);
-     112             : 
-     113             :         void setProperty(const std::string &name, const Variant &value);
-     114             :         const Variant &getProperty(const std::string &name) const;
-     115             :         bool removeProperty(const std::string &name);
-     116             :         bool hasProperty(const std::string &name) const;
-     117             : 
-     118             :         /**
-     119             :          Add a new candidate to the list of secondaries.
-     120             :          @param c Candidate
-     121             : 
-     122             :          Adds a new candidate to the list of secondaries of this candidate.
-     123             :          The secondaries Candidate::source and Candidate::previous state are set to the _source_ and _previous_ state of its parent.
-     124             :          The secondaries Candidate::created and Candidate::current state are set to the _current_ state of its parent, except for the secondaries current energy and particle id.
-     125             :          Trajectory length and redshift are copied from the parent.
-     126             :          */
-     127             :         void addSecondary(Candidate *c);
-     128           4 :         inline void addSecondary(ref_ptr<Candidate> c) { addSecondary(c.get()); };
-     129             :         /**
-     130             :          Add a new candidate to the list of secondaries.
-     131             :          @param id                      particle ID of the secondary
-     132             :          @param energy          energy of the secondary
-     133             :          @param w                       weight of the secondary
-     134             :          @param tagOrigin       tag of the secondary
-     135             :          */
-     136             :         void addSecondary(int id, double energy, double w = 1., std::string tagOrigin = "SEC");
-     137             :         /**
-     138             :          Add a new candidate to the list of secondaries.
-     139             :          @param id                      particle ID of the secondary
-     140             :          @param energy          energy of the secondary
-     141             :          @param position        start position of the secondary
-     142             :          @param w                       weight of the secondary
-     143             :          @param tagOrigin       tag of the secondary
-     144             :          */
-     145             :         void addSecondary(int id, double energy, Vector3d position, double w = 1., std::string tagOrigin = "SEC");
-     146             :         void clearSecondaries();
-     147             : 
-     148             :         std::string getDescription() const;
-     149             : 
-     150             :         /** Unique (inside process) serial number (id) of candidate */
-     151             :         uint64_t getSerialNumber() const;
-     152             :         void setSerialNumber(const uint64_t snr);
-     153             : 
-     154             :         /** Serial number of candidate at source*/
-     155             :         uint64_t getSourceSerialNumber() const;
-     156             : 
-     157             :         /** Serial number of candidate at creation */
-     158             :         uint64_t getCreatedSerialNumber() const;
-     159             : 
-     160             :         /** Set the next serial number to use */
-     161             :         static void setNextSerialNumber(uint64_t snr);
-     162             : 
-     163             :         /** Get the next serial number that will be assigned */
-     164             :         static uint64_t getNextSerialNumber();
-     165             : 
-     166             :         /**
-     167             :          Create an exact clone of candidate
-     168             :          @param recursive       recursively clone and add the secondaries
-     169             :          */
-     170             :         ref_ptr<Candidate> clone(bool recursive = false) const;
-     171             : 
-     172             :         /**
-     173             :          Copy the source particle state to the current state
-     174             :          and activate it if inactive, e.g. restart it
-     175             :         */
-     176             :         void restart();
-     177             : };
-     178             : 
-     179             : /** @}*/
-     180             : } // namespace crpropa
-     181             : 
-     182             : #endif // CRPROPA_CANDIDATE_H
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_ZN7crpropa8gaussIntIZNKS_19PhotoPionProduction7probEpsEdbddEUldE_EEdOT_dd10660
_ZN7crpropa8gaussIntIZNS_20common_gaussInt_Test8TestBodyEvEUldE0_EEdOT_dd1
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-       1             : #ifndef CRPROPA_COMMON_H
-       2             : #define CRPROPA_COMMON_H
-       3             : 
-       4             : #include <string>
-       5             : #include <vector>
-       6             : /**
-       7             :  @file
-       8             :  @brief Common helper functions
-       9             :  */
-      10             : 
-      11             : namespace crpropa {
-      12             : /**
-      13             :  * \addtogroup Core
-      14             :  * @{
-      15             :  */
-      16             : 
-      17             : // Returns the full path to a CRPropa data file
-      18             : std::string getDataPath(std::string filename);
-      19             : 
-      20             : // Returns the install prefix
-      21             : std::string getInstallPrefix();
-      22             : 
-      23             : // Returns a certain digit from a given integer
-      24             : inline int digit(const int& value, const int& d) {
-      25        1249 :         return (value % (d * 10)) / d;
-      26             : }
-      27             : 
-      28             : // Return value xclip which is the closest to x, so that lower <= xclip <= upper
-      29             : template <typename T>
-      30             : T clip(const T& x, const T& lower, const T& upper) {
-      31      499341 :         return std::max(lower, std::min(x, upper));
-      32             : }
-      33             : 
-      34             : // Perform linear interpolation on a set of n tabulated data points X[0 .. n-1] -> Y[0 .. n-1]
-      35             : // Returns Y[0] if x < X[0] and Y[n-1] if x > X[n-1]
-      36             : double interpolate(double x, const std::vector<double>& X,
-      37             :                 const std::vector<double>& Y);
-      38             : 
-      39             : 
-      40             : // Perform bilinear interpolation on a set of (n,m) tabulated data points X[0 .. n-1], Y[0 .. m-1] -> Z[0.. n-1*m-1]
-      41             : // Returns 0 if x < X[0] or x > X[n-1] or y < Y[0] or y > Y[m-1]
-      42             : double interpolate2d(double x, double y, const std::vector<double>& X,
-      43             :                 const std::vector<double>& Y, const std::vector<double>& Z);
-      44             : 
-      45             : // Perform linear interpolation on equidistant tabulated data
-      46             : // Returns Y[0] if x < lo and Y[n-1] if x > hi
-      47             : double interpolateEquidistant(double x, double lo, double hi,
-      48             :                 const std::vector<double>& Y);
-      49             : 
-      50             : // Find index of value in a sorted vector X that is closest to x
-      51             : size_t closestIndex(double x, const std::vector<double> &X);
-      52             : /** @}*/
-      53             : 
-      54             : 
-      55             : // pow implementation as template for integer exponents pow_integer<2>(x)
-      56             : // evaluates to x*x
-      57             : template <unsigned int exponent>
-      58             : inline double pow_integer(double base)
-      59             : {
-      60       63069 :   return pow_integer<(exponent >> 1)>(base*base) * (((exponent & 1) > 0) ? base : 1);
-      61             : }
-      62             : 
-      63             : template <>
-      64             : inline double pow_integer<0>(double base)
-      65             : {
-      66             :   return 1;
-      67             : }
-      68             : 
-      69             : // - input:  function over which to integrate, integration limits A and B
-      70             : // - output: 8-points Gauß-Legendre integral
-      71             : static const double X[8] = {.0950125098, .2816035507, .4580167776, .6178762444, .7554044083, .8656312023, .9445750230, .9894009349};
-      72             : static const double W[8] = {.1894506104, .1826034150, .1691565193, .1495959888, .1246289712, .0951585116, .0622535239, .0271524594};
-      73             : template<typename Integrand>
-      74       10661 : double gaussInt(Integrand&& integrand, double A, double B) {
-      75       10661 :         const double XM = 0.5 * (B + A);
-      76       10661 :         const double XR = 0.5 * (B - A);
-      77             :         double SS = 0.;
-      78       95958 :         for (int i = 0; i < 8; ++i) {
-      79       85296 :                 double DX = XR * X[i];
-      80       85296 :                 SS += W[i] * (integrand(XM + DX) + integrand(XM - DX));
-      81             :         }
-      82       10661 :         return XR * SS;
-      83             : }
-      84             : 
-      85             : } // namespace crpropa
-      86             : 
-      87             : #endif // CRPROPA_COMMON_H
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-       1             : #ifndef CRPROPA_EMISSION_MAP_H
-       2             : #define CRPROPA_EMISSION_MAP_H
-       3             : 
-       4             : #include "Referenced.h"
-       5             : #include "Candidate.h"
-       6             : 
-       7             : namespace crpropa {
-       8             : 
-       9             : /**
-      10             :  @class CylindricalProjectionMap
-      11             :  @brief 2D histogram of spherical coordinates in equal-area projection
-      12             :  */
-      13             : class CylindricalProjectionMap : public Referenced {
-      14             : private:
-      15             :         size_t nPhi, nTheta;
-      16             :         double sPhi, sTheta;
-      17             :         mutable bool dirty;
-      18             :         std::vector<double> pdf;
-      19             :         mutable std::vector<double> cdf;
-      20             : 
-      21             :         /** Calculate the cdf from the pdf */
-      22             :         void updateCdf() const;
-      23             : 
-      24             : public:
-      25             :         CylindricalProjectionMap();
-      26             :         /** constructur
-      27             :          * @param nPhi number of bins for phi (0-2pi)
-      28             :          * @param nTheta number of bins for theta (0-pi)
-      29             :          */
-      30             :         CylindricalProjectionMap(size_t nPhi, size_t nTheta);
-      31             : 
-      32             :         /** Increment the bin value in direction by weight. */
-      33             :         void fillBin(const Vector3d& direction, double weight = 1.);
-      34             : 
-      35             :         /** Increment the bin value by weight. */
-      36             :         void fillBin(size_t bin, double weight = 1.);
-      37             : 
-      38             :         /** Draw a random vector from the distribution. */
-      39             :         Vector3d drawDirection() const;
-      40             : 
-      41             :         /** Check if the direction has a non zero propabiliy. */
-      42             :         bool checkDirection(const Vector3d &direction) const;
-      43             : 
-      44             :         const std::vector<double>& getPdf() const;
-      45             :         std::vector<double>& getPdf();
-      46             : 
-      47             :         const std::vector<double>& getCdf() const;
-      48             : 
-      49             :         size_t getNPhi();
-      50             :         size_t getNTheta();
-      51             : 
-      52             :         /** Calculate the bin from a direction */
-      53             :         size_t binFromDirection(const Vector3d& direction) const;
-      54             : 
-      55             :         /** Calculate a random vector inside the bin boundaries */
-      56             :         Vector3d directionFromBin(size_t bin) const;
-      57             : };
-      58             : 
-      59             : /**
-      60             :  @class EmissionMap
-      61             :  @brief Particle Type and energy binned emission maps.
-      62             : 
-      63             :  Use SourceEmissionMap to suppress directions at the source. Use EmissionMapFiller to create EmissionMap from Observer.
-      64             :  */
-      65           2 : class EmissionMap : public Referenced {
-      66             : public:
-      67             :         typedef std::pair<int, size_t> key_t;
-      68             :         typedef std::map<key_t, ref_ptr<CylindricalProjectionMap> > map_t;
-      69             : 
-      70             :         EmissionMap();
-      71             :         /**
-      72             :          * @param nPhi number of bins for phi (0-2pi)
-      73             :          * @param nTheta number of bins for theta (0-pi)
-      74             :          * @param nEnergy number of bins for energy (1e-4 - 1e4 EeV)
-      75             :          */
-      76             :         EmissionMap(size_t nPhi, size_t nTheta, size_t nEnergy);
-      77             : 
-      78             :         /**
-      79             :          * @param nPhi number of bins for phi (0-2pi)
-      80             :          * @param nTheta number of bins for theta (0-pi)
-      81             :          * @param nEnergy number of bins for energy (1e-4 - 1e4 EeV)
-      82             :          * @param minEnergy minimum energy for binning
-      83             :          * @param maxEnergy maximum energy for binning
-      84             :          */
-      85             :         EmissionMap(size_t nPhi, size_t nTheta, size_t nEnergy, double minEnergy, double maxEnergy);
-      86             : 
-      87             :         /** Calculate energy from bin */
-      88             :         double energyFromBin(size_t bin) const;
-      89             : 
-      90             :         /** Calculate bin from energy */
-      91             :         size_t binFromEnergy(double energy) const;
-      92             : 
-      93             :         map_t &getMaps();
-      94             :         const map_t &getMaps() const;
-      95             : 
-      96             :         /** Increment the value for particle type, energy and direction by weight. */
-      97             :         void fillMap(int pid, double energy, const Vector3d& direction, double weight = 1.);
-      98             :         /** Increment the value for the particle state by weight. */
-      99             :         void fillMap(const ParticleState& state, double weight = 1.);
-     100             : 
-     101             :         /** Draw a random vector from the distribution. */
-     102             :         bool drawDirection(int pid, double energy, Vector3d& direction) const;
-     103             :         /** Draw a random vector from the distribution. */
-     104             :         bool drawDirection(const ParticleState& state, Vector3d& direction) const;
-     105             : 
-     106             :         /** Check if the direction has a non zero propabiliy. */
-     107             :         bool checkDirection(int pid, double energy, const Vector3d& direction) const;
-     108             :         /** Check if the direction has a non zero propabiliy. */
-     109             :         bool checkDirection(const ParticleState& state) const;
-     110             : 
-     111             :         /** Check if a valid map exists */
-     112             :         bool hasMap(int pid, double energy);
-     113             : 
-     114             :         /** Get the map for the specified pid and energy */
-     115             :         ref_ptr<CylindricalProjectionMap> getMap(int pid, double energy);
-     116             : 
-     117             :         /** Save the content of the maps into a text file */
-     118             :         void save(const std::string &filename);
-     119             :         /** Load the content of the maps from a text file */
-     120             :         void load(const std::string &filename);
-     121             : 
-     122             :         /** Merge other maps, add pdfs */
-     123             :         void merge(const EmissionMap *other);
-     124             : 
-     125             :         /** Merge maps from file */
-     126             :         void merge(const std::string &filename);
-     127             : 
-     128             : protected:
-     129             :         double minEnergy, maxEnergy, logStep;
-     130             :         size_t nPhi, nTheta, nEnergy;
-     131             :         map_t maps;
-     132             : };
-     133             : 
-     134             : } // namespace crpropa
-     135             : 
-     136             : #endif // CRPROPA_EMISSION_MAP_H
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-       1             : #ifndef CRPROPA_GEOMETRY_H
-       2             : #define CRPROPA_GEOMETRY_H
-       3             : 
-       4             : #include <vector>
-       5             : #include <string>
-       6             : 
-       7             : #include "crpropa/Candidate.h"
-       8             : #include "crpropa/Vector3.h"
-       9             : #include "crpropa/Referenced.h"
-      10             : 
-      11             : namespace crpropa {
-      12             : /**
-      13             :  * \addtogroup Core
-      14             :  * @{
-      15             :  */
-      16             : 
-      17             : /**
-      18             :  @class Surface
-      19             :  @brief A geometrical surface
-      20             : 
-      21             :  Defines a surface. Can be queried if the candidate has crossed the surface in the last step.
-      22             :  */
-      23             : class Surface : public Referenced {
-      24             : public:
-      25             :         /** Returns the distance of a point to the surface. Negative on the one side,
-      26             :          positive on the other. For closed surfaces it is negative on the inside.
-      27             :          @param point   vector corresponding to the point to which compute the distance
-      28             :          */
-      29             :         virtual double distance(const Vector3d& point) const = 0;
-      30             :         /**  Returns the normal to the surface at a point. Negative on the one side,
-      31             :          positive on the other. For closed surfaces it is negative on the inside.
-      32             :          @param point   vector corresponding to the point to which compute the normal vector
-      33             :          */
-      34             :         virtual Vector3d normal(const Vector3d& point) const = 0;
-      35           0 :         virtual std::string getDescription() const {return "Surface without description.";};
-      36             : };
-      37             : 
-      38             : 
-      39             : /**
-      40             :  @class Plane
-      41             :  @brief A plane given by a point x0 and two axes v1 and v2 with normal n = v1.cross(v2) or the normal n. Note that distance is negative on one side of the plane and positive on the other, depending on the orientation of the normal vector.
-      42             :  */
-      43           1 : class Plane: public Surface {
-      44             : private:
-      45             :         Vector3d x0, n;
-      46             : public:
-      47             :         Plane(const Vector3d& x0, const Vector3d& v1,const Vector3d& v2);
-      48             :         Plane(const Vector3d& x0, const Vector3d& n);
-      49             :         virtual double distance(const Vector3d &x) const;
-      50             :         virtual Vector3d normal(const Vector3d& point) const;
-      51             :         virtual std::string getDescription() const;
-      52             : };
-      53             : 
-      54             : 
-      55             : /**
-      56             :  @class Sphere
-      57             :  @brief A sphere around point _center with radius _radius.
-      58             :  */
-      59           1 : class Sphere: public Surface {
-      60             : private:
-      61             :         Vector3d center;
-      62             :         double radius;
-      63             : public:
-      64             :         Sphere(const Vector3d& center, double radius);
-      65             :         virtual double distance(const Vector3d &point) const;
-      66             :         virtual Vector3d normal(const Vector3d& point) const;
-      67             :         virtual std::string getDescription() const;
-      68             : };
-      69             : 
-      70             : 
-      71             : /**
-      72             :  @class ParaxialBox
-      73             :  @brief A box with perpendicular surfaces aligned to the x,y,z-axes.
-      74             :  */
-      75           1 : class ParaxialBox: public Surface {
-      76             : private:
-      77             :         Vector3d corner, size;
-      78             : public:
-      79             :         ParaxialBox(const Vector3d& corner, const Vector3d& size);
-      80             :         virtual double distance(const Vector3d &point) const;
-      81             :         virtual Vector3d normal(const Vector3d& point) const;
-      82             :         virtual std::string getDescription() const;
-      83             : };
-      84             : 
-      85             : 
-      86             : /** @}*/
-      87             : } // namespace crpropa
-      88             : 
-      89             : #endif // CRPROPA_GEOMETRY_H
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Current view:top level - include/crpropa - Grid.h (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:235641.1 %
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-       1             : #ifndef CRPROPA_GRID_H
-       2             : #define CRPROPA_GRID_H
-       3             : 
-       4             : #include "crpropa/Referenced.h"
-       5             : #include "crpropa/Vector3.h"
-       6             : 
-       7             : #include "kiss/string.h"
-       8             : #include "kiss/logger.h"
-       9             : 
-      10             : #include <vector>
-      11             : #include <type_traits>
-      12             : #if HAVE_SIMD
-      13             : #include <immintrin.h>
-      14             : #include <smmintrin.h>
-      15             : #endif // HAVE_SIMD
-      16             : 
-      17             : namespace crpropa {
-      18             : 
-      19             : /** If set to TRILINEAR, use trilinear interpolation (standard)
-      20             : If set to TRICUBIC, use tricubic interpolation instead of trilinear interpolation
-      21             : If set to NEAREST_NEIGHBOUR , use nearest neighbour interpolation instead of trilinear interpolation */
-      22             : enum interpolationType {
-      23             :   TRILINEAR = 0,
-      24             :   TRICUBIC,
-      25             :   NEAREST_NEIGHBOUR
-      26             : };
-      27             : 
-      28             : /** Lower and upper neighbour in a periodically continued unit grid */
-      29             : inline void periodicClamp(double x, int n, int &lo, int &hi) {
-      30      100051 :         lo = ((int(floor(x)) % (n)) + (n)) % (n);
-      31          10 :         hi = (lo + 1) % (n);
-      32             : }
-      33             : 
-      34             : /** grid index in a reflective continued unit grid */
-      35             : inline int reflectiveBoundary(int index, int n) {
-      36        1963 :         while ((index < -0.5) or (index > (n-0.5)))
-      37         806 :                 index = 2 * n * (index > (n-0.5)) - index-1;
-      38             :         return index;
-      39             : }
-      40             : 
-      41             : /** grid index in a periodically continued unit grid */
-      42             : inline int periodicBoundary(int index, int n) {
-      43         768 :         return ((index % (n)) + (n)) % (n);
-      44             : }
-      45             : 
-      46             : /** Lower and upper neighbour in a reflectively repeated unit grid */
-      47          20 : inline void reflectiveClamp(double x, int n, int &lo, int &hi, double &res) {
-      48          36 :         while ((x < -0.5) or (x > (n-0.5)))
-      49          16 :                 x = 2 * n * (x > (n-0.5)) -x-1;
-      50          20 :         res = x;
-      51          20 :         lo = floor(x);
-      52          20 :         hi = lo + (lo < n-1);
-      53          20 :         if (x<0) {
-      54          10 :                 lo=0; 
-      55          10 :                 hi=0;
-      56             :         }
-      57          20 : }
-      58             : 
-      59             : /** Symmetrical round */
-      60          51 : inline double round(double r) {
-      61          51 :         return (r > 0.0) ? floor(r + 0.5) : ceil(r - 0.5);
-      62             : }
-      63             : 
-      64             : /**
-      65             :  * \addtogroup Core
-      66             :  * @{
-      67             :  */
-      68             : 
-      69             : /**
-      70             :  @class GridProperties
-      71             :  @brief Combines parameters that uniquely define Grid class
-      72             :  */
-      73             : class GridProperties: public Referenced {
-      74             : public:
-      75             :         size_t Nx, Ny, Nz;      // Number of grid points
-      76             :         Vector3d origin;        // Position of the lower left front corner of the volume
-      77             :         Vector3d spacing;       // Spacing vector between gridpoints
-      78             :         bool reflective;        // using reflective repetition of the grid instead of periodic
-      79             :         interpolationType ipol; // Interpolation type used between grid points
-      80             :         bool clipVolume;        // Set grid values to 0 outside the volume if true
-      81             : 
-      82             :         /** Constructor for cubic grid
-      83             :          @param origin  Position of the lower left front corner of the volume
-      84             :          @param N               Number of grid points in one direction
-      85             :          @param spacing Spacing between grid points
-      86             :          */
-      87           6 :         GridProperties(Vector3d origin, size_t N, double spacing) :
-      88           6 :                 origin(origin), Nx(N), Ny(N), Nz(N), spacing(Vector3d(spacing)), reflective(false), ipol(TRILINEAR), clipVolume(false) {
-      89             :         }
-      90             : 
-      91             :         /** Constructor for non-cubic grid
-      92             :          @param origin  Position of the lower left front corner of the volume
-      93             :          @param Nx              Number of grid points in x-direction
-      94             :          @param Ny              Number of grid points in y-direction
-      95             :          @param Nz              Number of grid points in z-direction
-      96             :          @param spacing Spacing between grid points
-      97             :          */
-      98           0 :         GridProperties(Vector3d origin, size_t Nx, size_t Ny, size_t Nz, double spacing) :
-      99           0 :                 origin(origin), Nx(Nx), Ny(Ny), Nz(Nz), spacing(Vector3d(spacing)), reflective(false), ipol(TRILINEAR), clipVolume(false) {
-     100             :         }
-     101             : 
-     102             :         /** Constructor for non-cubic grid with spacing vector
-     103             :          @param origin  Position of the lower left front corner of the volume
-     104             :          @param Nx              Number of grid points in x-direction
-     105             :          @param Ny              Number of grid points in y-direction
-     106             :          @param Nz              Number of grid points in z-direction
-     107             :          @param spacing Spacing vector between grid points
-     108             :         */
-     109           1 :         GridProperties(Vector3d origin, size_t Nx, size_t Ny, size_t Nz, Vector3d spacing) :
-     110           1 :                 origin(origin), Nx(Nx), Ny(Ny), Nz(Nz), spacing(spacing), reflective(false), ipol(TRILINEAR), clipVolume(false) {
-     111             :         }
-     112             :         
-     113           2 :         virtual ~GridProperties() {
-     114           4 :         }
-     115             :         
-     116             :         /** If True, the repetition of the grid is refletive instead of periodic. */
-     117             :         void setReflective(bool b) {
-     118           0 :                 reflective = b;
-     119             :         }
-     120             : 
-     121             :         /** set the type of interpolation between grid points.
-     122             :          * @param i: interpolationType (TRILINEAR, TRICUBIC, NEAREST_NEIGHBOUR) */
-     123             :         void setInterpolationType(interpolationType i) {
-     124           0 :                 ipol = i;
-     125             :         }
-     126             : 
-     127             :         /** If True, the grid is set to zero outside of the volume. */
-     128             :         void setClipVolume(bool b) {
-     129           0 :                 clipVolume = b;
-     130             :         }
-     131             : };
-     132             : 
-     133             : /**
-     134             :  @class Grid
-     135             :  @brief Template class for fields on a periodic grid with trilinear interpolation
-     136             : 
-     137             :  The grid spacing is constant with diffrent resolution along all three axes.
-     138             :  Values are calculated by trilinear interpolation of the surrounding 8 grid points.
-     139             :  The grid is periodically (default) or reflectively extended.
-     140             :  The grid sample positions are at 1/2 * size/N, 3/2 * size/N ... (2N-1)/2 * size/N.
-     141             :  */
-     142             : template<typename T>
-     143          17 : class Grid: public Referenced {
-     144             :         std::vector<T> grid;
-     145             :         size_t Nx, Ny, Nz; /**< Number of grid points */
-     146             :         Vector3d origin; /**< Origin of the volume that is represented by the grid. */
-     147             :         Vector3d gridOrigin; /**< Grid origin */
-     148             :         Vector3d spacing; /**< Distance between grid points, determines the extension of the grid */
-     149             :         bool clipVolume; /**< If set to true, all values outside of the grid will be 0*/
-     150             :         bool reflective; /**< If set to true, the grid is repeated reflectively instead of periodically */
-     151             :         interpolationType ipolType; /**< Type of interpolation between the grid points */
-     152             : 
-     153             : public:
-     154             :         /** Constructor for cubic grid
-     155             :          @param origin  Position of the lower left front corner of the volume
-     156             :          @param N               Number of grid points in one direction
-     157             :          @param spacing Spacing between grid points
-     158             :          */
-     159          11 :         Grid(Vector3d origin, size_t N, double spacing) {
-     160             :                 setOrigin(origin);
-     161          11 :                 setGridSize(N, N, N);
-     162             :                 setSpacing(Vector3d(spacing));
-     163             :                 setReflective(false);
-     164             :                 setClipVolume(false);
-     165             :                 setInterpolationType(TRILINEAR);
-     166          11 :         }
-     167             : 
-     168             :         /** Constructor for non-cubic grid
-     169             :          @param origin  Position of the lower left front corner of the volume
-     170             :          @param Nx              Number of grid points in x-direction
-     171             :          @param Ny              Number of grid points in y-direction
-     172             :          @param Nz              Number of grid points in z-direction
-     173             :          @param spacing Spacing between grid points
-     174             :          */
-     175           7 :         Grid(Vector3d origin, size_t Nx, size_t Ny, size_t Nz, double spacing) {
-     176             :                 setOrigin(origin);
-     177           7 :                 setGridSize(Nx, Ny, Nz);
-     178             :                 setSpacing(Vector3d(spacing));
-     179             :                 setReflective(false);
-     180             :                 setClipVolume(false);
-     181             :                 setInterpolationType(TRILINEAR);
-     182           7 :         }
-     183             : 
-     184             :         /** Constructor for non-cubic grid with spacing vector
-     185             :          @param origin  Position of the lower left front corner of the volume
-     186             :          @param Nx              Number of grid points in x-direction
-     187             :          @param Ny              Number of grid points in y-direction
-     188             :          @param Nz              Number of grid points in z-direction
-     189             :          @param spacing Spacing vector between grid points
-     190             :         */
-     191           1 :         Grid(Vector3d origin, size_t Nx, size_t Ny, size_t Nz, Vector3d spacing) {
-     192             :                 setOrigin(origin);
-     193           1 :                 setGridSize(Nx, Ny, Nz);
-     194             :                 setSpacing(spacing);
-     195             :                 setReflective(false);
-     196             :                 setClipVolume(false);
-     197             :                 setInterpolationType(TRILINEAR);
-     198           1 :         }
-     199             : 
-     200             :         /** Constructor for GridProperties
-     201             :          @param p       GridProperties instance
-     202             :      */
-     203           9 :         Grid(const GridProperties &p) :
-     204           9 :                 origin(p.origin), spacing(p.spacing), reflective(p.reflective), ipolType(p.ipol) {
-     205           9 :                 setGridSize(p.Nx, p.Ny, p.Nz);
-     206           9 :                 setClipVolume(p.clipVolume);
-     207           9 :         }
-     208             : 
-     209             :         void setOrigin(Vector3d origin) {
-     210             :                 this->origin = origin;
-     211             :                 this->gridOrigin = origin + spacing/2;
-     212             :         }
-     213             : 
-     214             :         /** Resize grid, also enlarges the volume as the spacing stays constant */
-     215          28 :         void setGridSize(size_t Nx, size_t Ny, size_t Nz) {
-     216          28 :                 this->Nx = Nx;
-     217          28 :                 this->Ny = Ny;
-     218          28 :                 this->Nz = Nz;
-     219          28 :                 grid.resize(Nx * Ny * Nz);
-     220             :                 setOrigin(origin);
-     221          28 :         }
-     222             : 
-     223             :         void setSpacing(Vector3d spacing) {
-     224             :                 this->spacing = spacing;
-     225             :                 setOrigin(origin);
-     226             :         }
-     227             : 
-     228             :         void setReflective(bool b) {
-     229           8 :                 reflective = b;
-     230             :         }
-     231             : 
-     232             :         // If set to true, all values outside of the grid will be 0.
-     233             :         void setClipVolume(bool b) {
-     234          21 :                 clipVolume = b;
-     235             :         }
-     236             : 
-     237             :         /** Change the interpolation type to the routine specified by the user. Check if this routine is
-     238             :                 contained in the enum interpolationType and thus supported by CRPropa.*/
-     239           0 :         void setInterpolationType(interpolationType ipolType) {
-     240           0 :                 if (ipolType == TRILINEAR || ipolType == TRICUBIC || ipolType == NEAREST_NEIGHBOUR) {
-     241          30 :                         this->ipolType = ipolType;
-     242           0 :                         if ((ipolType == TRICUBIC) && (std::is_same<T, Vector3d>::value)) {
-     243           0 :                                 KISS_LOG_WARNING << "Tricubic interpolation on Grid3d works only with float-precision, doubles will be downcasted";
-     244             :                 }
-     245             :                 } else {
-     246           0 :                         throw std::runtime_error("InterpolationType: unknown interpolation type");
-     247             :                 }
-     248           0 :         }
-     249             : 
-     250             :         /** returns the position of the lower left front corner of the volume */
-     251             :         Vector3d getOrigin() const {
-     252             :                 return origin;
-     253             :         }
-     254             : 
-     255             :         bool getClipVolume() const {
-     256           0 :                 return clipVolume;
-     257             :         }
-     258             : 
-     259             :         size_t getNx() const {
-     260         728 :                 return Nx;
-     261             :         }
-     262             : 
-     263             :         size_t getNy() const {
-     264       41792 :                 return Ny;
-     265             :         }
-     266             : 
-     267             :         size_t getNz() const {
-     268     2663721 :                 return Nz;
-     269             :         }
-     270             : 
-     271             :         /** Calculates the total size of the grid in bytes */
-     272             :         size_t getSizeOf() const {
-     273           0 :                 return sizeof(grid) + (sizeof(grid[0]) * grid.size());
-     274             :         }
-     275             : 
-     276             :         Vector3d getSpacing() const {
-     277             :                 return spacing;
-     278             :         }
-     279             : 
-     280             :         bool isReflective() const {
-     281           0 :                 return reflective;
-     282             :         }
-     283             : 
-     284             :         /** Choose the interpolation algorithm based on the set interpolation type.
-     285             :           By default this it the trilinear interpolation. The user can change the
-     286             :           routine with the setInterpolationType function.*/
-     287      100091 :         T interpolate(const Vector3d &position) {
-     288             :                 // check for volume
-     289      100091 :                 if (clipVolume) {
-     290           5 :                         Vector3d edge = origin + Vector3d(Nx, Ny, Nz) * spacing;
-     291           5 :                         bool isInVolume = (position.x >= origin.x) && (position.x <= edge.x);
-     292           5 :                         isInVolume &= (position.y >= origin.y) && (position.y <= edge.y);
-     293           5 :                         isInVolume &= (position.z >= origin.z) && (position.z <= edge.z);
-     294           5 :                         if (!isInVolume) 
-     295             :                                 return T(0.);
-     296             :                 } 
-     297             : 
-     298      100086 :                 if (ipolType == TRICUBIC)
-     299          18 :                         return tricubicInterpolate(T(), position);
-     300      100068 :                 else if (ipolType == NEAREST_NEIGHBOUR)
-     301          13 :                         return closestValue(position);
-     302             :                 else
-     303      100055 :                         return trilinearInterpolate(position);
-     304             :         }
-     305             : 
-     306             :         /** Inspector & Mutator */
-     307             :         T &get(size_t ix, size_t iy, size_t iz) {
-     308     8391022 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
-     309             :         }
-     310             : 
-     311             :         /** Inspector */
-     312             :         const T &get(size_t ix, size_t iy, size_t iz) const {
-     313      100072 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
-     314             :         }
-     315             : 
-     316             :         const T &periodicGet(size_t ix, size_t iy, size_t iz) const {
-     317         192 :                 ix = periodicBoundary(ix, Nx);
-     318         192 :                 iy = periodicBoundary(iy, Ny);
-     319         192 :                 iz = periodicBoundary(iz, Nz);
-     320         192 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
-     321             :         }
-     322             : 
-     323           0 :         const T &reflectiveGet(size_t ix, size_t iy, size_t iz) const {
-     324           0 :                 ix = reflectiveBoundary(ix, Nx);
-     325           0 :                 iy = reflectiveBoundary(iy, Ny);
-     326           0 :                 iz = reflectiveBoundary(iz, Nz);
-     327           0 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
-     328             :         }
-     329             : 
-     330             :         T getValue(size_t ix, size_t iy, size_t iz) {
-     331           0 :                 return grid[ix * Ny * Nz + iy * Nz + iz];
-     332             :         }
-     333             : 
-     334             :         void setValue(size_t ix, size_t iy, size_t iz, T value) {
-     335           0 :                 grid[ix * Ny * Nz + iy * Nz + iz] = value;
-     336             :         }
-     337             : 
-     338             :         /** Return a reference to the grid values */
-     339             :         std::vector<T> &getGrid() {
-     340       10102 :                 return grid;
-     341             :         }
-     342             : 
-     343             :         /** Position of the grid point of a given index */
-     344       10103 :         Vector3d positionFromIndex(int index) const {
-     345       10103 :                 int ix = index / (Ny * Nz);
-     346       10103 :                 int iy = (index / Nz) % Ny;
-     347       10103 :                 int iz = index % Nz;
-     348       10103 :                 return Vector3d(ix, iy, iz) * spacing + gridOrigin;
-     349             :         }
-     350             : 
-     351             :         /** Value of a grid point that is closest to a given position / nearest neighbour interpolation */
-     352          17 :         T closestValue(const Vector3d &position) const {
-     353             :                 Vector3d r = (position - gridOrigin) / spacing;
-     354             :                 int ix, iy, iz;
-     355          17 :                 if (reflective) {
-     356           6 :                         ix = round(r.x);
-     357           6 :                         iy = round(r.y);
-     358           6 :                         iz = round(r.z);
-     359           9 :                         while ((ix < -0.5) or (ix > (Nx-0.5)))
-     360           3 :                                 ix = 2 * Nx * (ix > (Nx-0.5)) - ix-1;
-     361          11 :                         while ((iy < -0.5) or (iy > (Ny-0.5)))
-     362           5 :                                 iy = 2 * Ny * (iy > (Ny-0.5)) - iy-1;
-     363           9 :                         while ((iz < -0.5) or (iz > (Nz-0.5)))
-     364           3 :                                 iz = 2 * Nz * (iz > (Nz-0.5)) - iz-1;
-     365             :                 } else {
-     366          11 :                         ix = round(fmod(r.x, Nx));
-     367          11 :                         iy = round(fmod(r.y, Ny));
-     368          11 :                         iz = round(fmod(r.z, Nz));
-     369          11 :                         ix = (ix + Nx * (ix < 0)) % Nx;
-     370          11 :                         iy = (iy + Ny * (iy < 0)) % Ny;
-     371          11 :                         iz = (iz + Nz * (iz < 0)) % Nz;
-     372             :                 }
-     373          17 :                 return get(ix, iy, iz);
-     374             :         }
-     375             : 
-     376             : private:
-     377             :         #ifdef HAVE_SIMD
-     378             :         __m128 simdperiodicGet(size_t ix, size_t iy, size_t iz) const {
-     379         576 :                 ix = periodicBoundary(ix, Nx);
-     380         576 :                 iy = periodicBoundary(iy, Ny);
-     381         576 :                 iz = periodicBoundary(iz, Nz);
-     382         576 :                 return convertVector3fToSimd(grid[ix * Ny * Nz + iy * Nz + iz]);
-     383             :         }
-     384             : 
-     385         384 :         __m128 simdreflectiveGet(size_t ix, size_t iy, size_t iz) const {
-     386         384 :                 ix = reflectiveBoundary(ix, Nx);
-     387         384 :                 iy = reflectiveBoundary(iy, Ny);
-     388         384 :                 iz = reflectiveBoundary(iz, Nz);
-     389         384 :                 return convertVector3fToSimd(grid[ix * Ny * Nz + iy * Nz + iz]);
-     390             :         }
-     391             : 
-     392             :         __m128 convertVector3fToSimd(const Vector3f v) const {
-     393             :                 __m128 simdVar = _mm_set_ps(0,v.z,v.y,v.x);
-     394             :                 return simdVar;
-     395             :         }
-     396             :         
-     397             :         Vector3f convertSimdToVector3f(__m128 res) const {
-     398             :                 float vec[4];   
-     399             :                 _mm_store_ps(&vec[0], res);
-     400             :                 Vector3f result = Vector3f(vec[0], vec[1], vec[2]);
-     401             :                 return result;
-     402             :         }
-     403             : 
-     404             :         /** Vectorized cubic Interpolator in 1D */
-     405             :         __m128 CubicInterpolate(__m128 p0,__m128 p1,__m128 p2,__m128 p3,double position) const {
-     406             :                 __m128 c1 = _mm_set1_ps (1/2.);
-     407             :                 __m128 c2 = _mm_set1_ps (3/2.);
-     408             :                 __m128 c3 = _mm_set1_ps (2.);
-     409             :                 __m128 c4 = _mm_set1_ps (5/2.);
-     410             : 
-     411         315 :                 __m128 pos  = _mm_set1_ps (position);
-     412         315 :                 __m128 pos2 = _mm_set1_ps (position*position);
-     413         300 :                 __m128 pos3 = _mm_set1_ps (position*position*position);
-     414             : 
-     415             :                 /** SIMD optimized routine to calculate 'res = ((-0.5*p0+3/2.*p1-3/2.*p2+0.5*p3)*pos*pos*pos+(p0-5/2.*p1+p2*2-0.5*p3)*pos*pos+(-0.5*p0+0.5*p2)*pos+p1);'
-     416             :                          where terms are used as:
-     417             :                         term = (-0.5*p0+0.5*p2)*pos
-     418             :                         term2 = (p0-5/2.*p1+p2*2-0.5*p3)*pos*pos;
-     419             :                         term3 = (-0.5*p0+3/2.*p1-3/2.*p2+0.5*p3)*pos*pos*pos;  */
-     420             :                 __m128 term = _mm_mul_ps(_mm_sub_ps(_mm_mul_ps(c1,p2),_mm_mul_ps(c1,p0)),pos);
-     421             :                 __m128 term2 = _mm_mul_ps(_mm_sub_ps(_mm_add_ps(p0,_mm_mul_ps(c3,p2)),_mm_add_ps(_mm_mul_ps(c4,p1),_mm_mul_ps(c1,p3))),pos2);
-     422             :                 __m128 term3 = _mm_mul_ps(_mm_sub_ps(_mm_add_ps(_mm_mul_ps(c2,p1),_mm_mul_ps(c1,p3)),_mm_add_ps(_mm_mul_ps(c1,p0),_mm_mul_ps(c2,p2))),pos3);
-     423             :                 __m128 res = _mm_add_ps(_mm_add_ps(_mm_add_ps(term3,term2),term),p1);
-     424             :                 return res;
-     425             :         }
-     426             :         #endif // HAVE_SIMD
-     427             :         /** Interpolate the grid tricubic at a given position (see https://www.paulinternet.nl/?page=bicubic, http://graphics.cs.cmu.edu/nsp/course/15-462/Fall04/assts/catmullRom.pdf) */
-     428          15 :         Vector3f tricubicInterpolate(Vector3f, const Vector3d &position) const {
-     429             :                 #ifdef HAVE_SIMD
-     430             :                 // position on a unit grid
-     431             :                 Vector3d r = (position - gridOrigin) / spacing;
-     432             : 
-     433             :                 int iX0, iY0, iZ0;
-     434          15 :                 iX0 = floor(r.x);
-     435          15 :                 iY0 = floor(r.y);
-     436          15 :                 iZ0 = floor(r.z);
-     437             : 
-     438             :                 double fX, fY, fZ;
-     439          15 :                 fX = r.x - iX0;
-     440          15 :                 fY = r.y - iY0;
-     441          15 :                 fZ = r.z - iZ0;
-     442             : 
-     443             :                 int nrCubicInterpolations = 4;
-     444          15 :                 __m128 interpolateVaryX[nrCubicInterpolations];
-     445          15 :                 __m128 interpolateVaryY[nrCubicInterpolations];
-     446          15 :                 __m128 interpolateVaryZ[nrCubicInterpolations];
-     447             :                 /** Perform 1D interpolations while iterating in each for loop over the index of another direction */
-     448          75 :                 for (int iLoopX = -1; iLoopX < nrCubicInterpolations-1; iLoopX++) {
-     449         300 :                         for (int iLoopY = -1; iLoopY < nrCubicInterpolations-1; iLoopY++) {
-     450        1200 :                                 for (int iLoopZ = -1; iLoopZ < nrCubicInterpolations-1; iLoopZ++) {
-     451         960 :                                         if (reflective)
-     452         384 :                                                 interpolateVaryZ[iLoopZ+1] = simdreflectiveGet(iX0+iLoopX, iY0+iLoopY, iZ0+iLoopZ);
-     453             :                                         else 
-     454         576 :                                                 interpolateVaryZ[iLoopZ+1] = simdperiodicGet(iX0+iLoopX, iY0+iLoopY, iZ0+iLoopZ);
-     455             :                                 }
-     456         240 :                                 interpolateVaryY[iLoopY+1] = CubicInterpolate(interpolateVaryZ[0], interpolateVaryZ[1], interpolateVaryZ[2], interpolateVaryZ[3], fZ);
-     457             :                         }
-     458          60 :                         interpolateVaryX[iLoopX+1] = CubicInterpolate(interpolateVaryY[0], interpolateVaryY[1], interpolateVaryY[2], interpolateVaryY[3], fY);
-     459             :                 }
-     460          15 :                 __m128 result = CubicInterpolate(interpolateVaryX[0], interpolateVaryX[1], interpolateVaryX[2], interpolateVaryX[3], fX);
-     461          15 :                 return convertSimdToVector3f(result);
-     462             :                 #else // HAVE_SIMD
-     463             :                 throw std::runtime_error( "Tried to use tricubic Interpolation without SIMD_EXTENSION. SIMD Optimization is necessary for tricubic interpolation of vector grids.\n");
-     464             :                 #endif // HAVE_SIMD     
-     465          15 :         }
-     466             : 
-     467             :         /** Vectorized cubic Interpolator in 1D that returns a scalar (see https://www.paulinternet.nl/?page=bicubic, http://graphics.cs.cmu.edu/nsp/course/15-462/Fall04/assts/catmullRom.pdf) */
-     468          63 :         double CubicInterpolateScalar(double p0,double p1,double p2,double p3,double pos) const {
-     469          63 :                 return((-0.5*p0+3/2.*p1-3/2.*p2+0.5*p3)*pos*pos*pos+(p0-5/2.*p1+p2*2-0.5*p3)*pos*pos+(-0.5*p0+0.5*p2)*pos+p1);
-     470             :         }
-     471             : 
-     472             :   /** Interpolate the grid tricubic at a given position (see https://www.paulinternet.nl/?page=bicubic, http://graphics.cs.cmu.edu/nsp/course/15-462/Fall04/assts/catmullRom.pdf) */
-     473           3 :         double tricubicInterpolate(double, const Vector3d &position) const {
-     474             :                 /** position on a unit grid */
-     475             :                 Vector3d r = (position - gridOrigin) / spacing;
-     476             : 
-     477             :                 int iX0, iY0, iZ0;
-     478           3 :                 iX0 = floor(r.x);
-     479           3 :                 iY0 = floor(r.y);
-     480           3 :                 iZ0 = floor(r.z);
-     481             : 
-     482             :                 double fX, fY, fZ;
-     483           3 :                 fX = r.x - iX0;
-     484           3 :                 fY = r.y - iY0;
-     485           3 :                 fZ = r.z - iZ0;
-     486             : 
-     487             :                 int nrCubicInterpolations = 4;
-     488           3 :                 double interpolateVaryX[nrCubicInterpolations];
-     489           3 :                 double interpolateVaryY[nrCubicInterpolations];
-     490           3 :                 double interpolateVaryZ[nrCubicInterpolations];
-     491             :                 /** Perform 1D interpolations while iterating in each for loop over the index of another direction */
-     492          15 :                 for (int iLoopX = -1; iLoopX < nrCubicInterpolations-1; iLoopX++) {
-     493          60 :                         for (int iLoopY = -1; iLoopY < nrCubicInterpolations-1; iLoopY++) {
-     494         240 :                                 for (int iLoopZ = -1; iLoopZ < nrCubicInterpolations-1; iLoopZ++) {
-     495         192 :                                         if (reflective)
-     496           0 :                                                 interpolateVaryZ[iLoopZ+1] = reflectiveGet(iX0+iLoopX, iY0+iLoopY, iZ0+iLoopZ);
-     497             :                                         else
-     498         192 :                                                 interpolateVaryZ[iLoopZ+1] = periodicGet(iX0+iLoopX, iY0+iLoopY, iZ0+iLoopZ);
-     499             :                                 }
-     500          48 :                                 interpolateVaryY[iLoopY+1] = CubicInterpolateScalar(interpolateVaryZ[0], interpolateVaryZ[1], interpolateVaryZ[2], interpolateVaryZ[3], fZ);
-     501             :                         }
-     502          12 :                         interpolateVaryX[iLoopX+1] = CubicInterpolateScalar(interpolateVaryY[0], interpolateVaryY[1], interpolateVaryY[2], interpolateVaryY[3], fY);
-     503             :                 }
-     504           3 :                 double result = CubicInterpolateScalar(interpolateVaryX[0], interpolateVaryX[1], interpolateVaryX[2], interpolateVaryX[3], fX);
-     505           3 :                 return result;
-     506           3 :         }
-     507             : 
-     508             :         /** Interpolate the grid trilinear at a given position */
-     509      100055 :         T trilinearInterpolate(const Vector3d &position) const {
-     510             :                 /** position on a unit grid */
-     511             :                 Vector3d r = (position - gridOrigin) / spacing;
-     512             : 
-     513             :                 /** indices of lower (0) and upper (1) neighbours. The neighbours span a grid
-     514             :                   with the origin at [iX0, iY0, iZ0] and the most distant corner [iX1, iY1, iZ1]. */
-     515             :                 int iX0, iX1, iY0, iY1, iZ0, iZ1;
-     516             :                 double resX, resY, resZ, fX0, fY0, fZ0;
-     517             : 
-     518      100055 :                 if (reflective) {
-     519           6 :                         reflectiveClamp(r.x, Nx, iX0, iX1, resX);
-     520           6 :                         reflectiveClamp(r.y, Ny, iY0, iY1, resY);
-     521           6 :                         reflectiveClamp(r.z, Nz, iZ0, iZ1, resZ);
-     522           6 :                         fX0 = resX - floor(resX);
-     523           6 :                         fY0 = resY - floor(resY);
-     524           6 :                         fZ0 = resZ - floor(resZ);
-     525             :                 } else {
-     526      100049 :                         periodicClamp(r.x, Nx, iX0, iX1);
-     527      100049 :                         periodicClamp(r.y, Ny, iY0, iY1);
-     528      100049 :                         periodicClamp(r.z, Nz, iZ0, iZ1);
-     529      100049 :                         fX0 = r.x - floor(r.x);
-     530      100049 :                         fY0 = r.y - floor(r.y);
-     531      100049 :                         fZ0 = r.z - floor(r.z);
-     532             :                 }
-     533             : 
-     534             :                 /** linear fraction to upper neighbours based on lower neighbours calculated above */
-     535      100055 :                 double fX1 = 1 - fX0;
-     536      100055 :                 double fY1 = 1 - fY0;
-     537      100055 :                 double fZ1 = 1 - fZ0;
-     538             : 
-     539             :                 /** trilinear interpolation (see http://paulbourke.net/miscellaneous/interpolation) */
-     540             :                 T b(0.);
-     541      100055 :                 b += get(iX0, iY0, iZ0) * fX1 * fY1 * fZ1;
-     542      100055 :                 b += get(iX1, iY0, iZ0) * fX0 * fY1 * fZ1;
-     543      100055 :                 b += get(iX0, iY1, iZ0) * fX1 * fY0 * fZ1;
-     544      100055 :                 b += get(iX0, iY0, iZ1) * fX1 * fY1 * fZ0;
-     545           9 :                 b += get(iX1, iY0, iZ1) * fX0 * fY1 * fZ0;
-     546           9 :                 b += get(iX0, iY1, iZ1) * fX1 * fY0 * fZ0;
-     547           9 :                 b += get(iX1, iY1, iZ0) * fX0 * fY0 * fZ1;
-     548           9 :                 b += get(iX1, iY1, iZ1) * fX0 * fY0 * fZ0;
-     549             : 
-     550      100055 :                 return b;
-     551             :         }
-     552             : 
-     553             : }; // class Grid
-     554             : 
-     555             : typedef Grid<double> Grid1d;
-     556             : typedef Grid<float> Grid1f;
-     557             : typedef Grid<Vector3f> Grid3f;
-     558             : typedef Grid<Vector3d> Grid3d;
-     559             : 
-     560             : /** @}*/
-     561             : 
-     562             : } // namespace crpropa
-     563             : 
-     564             : #endif // CRPROPA_GRID_H
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-       1             : #ifndef CRPROPA_LOGGING_H
-       2             : #define CRPROPA_LOGGING_H
-       3             : 
-       4             : #include "crpropa/Version.h"
-       5             : 
-       6             : #include "kiss/logger.h"
-       7             : 
-       8             : #include <fstream>
-       9             : 
-      10             : // make the kiss log functions available in python
-      11           0 : void inline logError(const std::string &log) {
-      12           0 :         KISS_LOG_ERROR << log;
-      13           0 : }
-      14             : 
-      15           0 : void inline logInfo(const std::string &log) {
-      16           0 :         KISS_LOG_INFO << log;
-      17           0 : }
-      18             : 
-      19           0 : void inline logWarning(const std::string &log) {
-      20           0 :         KISS_LOG_WARNING << log;
-      21           0 : }
-      22             : 
-      23           0 : void inline logDebug(const std::string &log) {
-      24           0 :         KISS_LOG_DEBUG << log;
-      25           0 : }
-      26             : 
-      27           0 : void setLogStream(std::ostream &stream) {
-      28           0 :         kiss::Logger::setLogStream(stream);
-      29           0 : }
-      30             : 
-      31           0 : void setLogLevel(int level) {
-      32           0 :         kiss::Logger::setLogLevel(static_cast<kiss::eLogLevel>(level));
-      33           0 : }
-      34             : 
-      35             : #endif // CRPROPA_LOGGING_H
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-       1             : #ifndef CRPROPA_MODULE_H
-       2             : #define CRPROPA_MODULE_H
-       3             : 
-       4             : #include "crpropa/Candidate.h"
-       5             : #include "crpropa/Referenced.h"
-       6             : #include "crpropa/Common.h"
-       7             : 
-       8             : #include <string>
-       9             : 
-      10             : namespace crpropa {
-      11             : 
-      12             : class Candidate;
-      13             : 
-      14             : /**
-      15             :  @class Module
-      16             :  @brief Abstract base class for modules
-      17             :  */
-      18             : class Module: public Referenced {
-      19             :         std::string description;
-      20             : public:
-      21             :         Module();
-      22          37 :         virtual ~Module() {
-      23           4 :         }
-      24             :         virtual std::string getDescription() const;
-      25             :         void setDescription(const std::string &description);
-      26             :         virtual void process(Candidate *candidate) const = 0;
-      27             :         inline void process(ref_ptr<Candidate> candidate) const {
-      28           0 :                 process(candidate.get());
-      29           0 :         }
-      30             : };
-      31             : 
-      32             : 
-      33             : /**
-      34             :  @class AbstractCondition
-      35             :  @brief Abstract Module providing common features for conditional modules.
-      36             :  */
-      37             : class AbstractCondition: public Module {
-      38             : protected:
-      39             :         ref_ptr<Module> rejectAction, acceptAction;
-      40             :         bool makeRejectedInactive, makeAcceptedInactive;
-      41             :         std::string rejectFlagKey, rejectFlagValue;
-      42             :         std::string acceptFlagKey, acceptFlagValue;
-      43             : 
-      44             :         void reject(Candidate *candidate) const;
-      45             :         inline void reject(ref_ptr<Candidate> candidate) const {
-      46           0 :                 reject(candidate.get());
-      47           0 :         }
-      48             : 
-      49             :         void accept(Candidate *candidate) const;
-      50             :         inline void accept(ref_ptr<Candidate> candidate) const {
-      51           0 :                 accept(candidate.get());
-      52           0 :         }
-      53             : 
-      54             : public:
-      55             :         AbstractCondition();
-      56             :         void onReject(Module *rejectAction);
-      57             :         void onAccept(Module *acceptAction);
-      58             :         void setMakeRejectedInactive(bool makeInactive);
-      59             :         void setMakeAcceptedInactive(bool makeInactive);
-      60             :         void setRejectFlag(std::string key, std::string value);
-      61             :         void setAcceptFlag(std::string key, std::string value);
-      62             : };
-      63             : } // namespace crpropa
-      64             : 
-      65             : #endif /* CRPROPA_MODULE_H */
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-       1             : #ifndef CRPROPA_PARTICLE_STATE_H
-       2             : #define CRPROPA_PARTICLE_STATE_H
-       3             : 
-       4             : #include "crpropa/Vector3.h"
-       5             : 
-       6             : namespace crpropa {
-       7             : /**
-       8             :  * \addtogroup Core
-       9             :  * @{
-      10             :  */
-      11             : 
-      12             : /**
-      13             :  @class ParticleState
-      14             :  @brief State of the particle: ID, energy, position, direction
-      15             : 
-      16             :  The ParticleState defines the state of an ultra-high energy cosmic ray, which
-      17             :  is assumed to be traveling at the exact speed of light.
-      18             :  The cosmic ray state is defined by particle ID, energy and position and
-      19             :  direction vector.
-      20             :  For faster lookup mass and charge of the particle are stored as members.
-      21             :  */
-      22     7199005 : class ParticleState {
-      23             : private:
-      24             :         int id; ///< particle ID (Particle Data Group numbering scheme)
-      25             :         double energy; ///< total energy
-      26             :         Vector3d position; ///< position vector in comoving coordinates
-      27             :         Vector3d direction; ///< unit vector of velocity or momentum
-      28             :         double pmass; ///< particle rest mass
-      29             :         double charge; ///< particle charge
-      30             : 
-      31             : public:
-      32             :         /** Constructor for a particle state.
-      33             :          @param id                      id of the particle following the PDG numbering scheme
-      34             :          @param energy          energy of the particle [in Joules]
-      35             :          @param position        vector containing the coordinates of the particle [in meters]
-      36             :          @param direction       vector containing the direction of motion of the particle
-      37             :          */
-      38             :         ParticleState(int id = 0, double energy = 0,
-      39             :                         Vector3d position = Vector3d(0, 0, 0),
-      40             :                         Vector3d direction = Vector3d(-1, 0, 0));
-      41             : 
-      42             :         /** Set particle position.
-      43             :          In simulations including cosmological effects, the position is given in comoving coordinates.
-      44             :          @param pos             vector containing the coordinates of the particle [in meters]
-      45             :         */
-      46             :         void setPosition(const Vector3d &pos);
-      47             :         /** Get position of particle.
-      48             :          @returns Position vector of particle. If cosmological effects are included, the coordinates are comoving.
-      49             :          */
-      50             :         const Vector3d &getPosition() const;
-      51             : 
-      52             :         /** Set direction unit vector, non unit-vectors are normalized
-      53             :          @param dir     vector containing the direction of motion of the particle
-      54             :          */
-      55             :         void setDirection(const Vector3d &dir);
-      56             :         /** Get direction unit vector
-      57             :          @returns Normalized vector containing direction of motion of particle.
-      58             :          */
-      59             :         const Vector3d &getDirection() const;
-      60             : 
-      61             :         /** Set energy of particle.
-      62             :          @param newEnergy       energy to be assigned to particle [in Joules]
-      63             :          */
-      64             :         void setEnergy(double newEnergy);
-      65             :         /** Get energy of particle.
-      66             :          @returns Energy of particle [in Joules]
-      67             :          */
-      68             :         double getEnergy() const;
-      69             :         /** Get rigidity of particle, defined as E/(Z*e).
-      70             :          @returns Rigidity of the particle [in Volts]
-      71             :          */
-      72             :         double getRigidity() const;
-      73             : 
-      74             :         /** Set particle ID.
-      75             :          This follows the PDG numbering scheme:
-      76             :           https://pdg.lbl.gov/2019/reviews/rpp2019-rev-monte-carlo-numbering.pdf
-      77             :          @param newId           id to be assigned to the particle 
-      78             :          */
-      79             :         void setId(int newId);
-      80             :         /** Get particle ID
-      81             :          @returns Particle ID (in PDG format).
-      82             :          */
-      83             :         int getId() const;
-      84             : 
-      85             :         std::string getDescription() const;
-      86             : 
-      87             :         // ======== Helper methods ========
-      88             : 
-      89             :         /** Get electrical charge of the particle.
-      90             :          @returns Charge of the particle [in Coulombs]
-      91             :          */
-      92             :         double getCharge() const;
-      93             :         /** Get mass of the particle.
-      94             :          @returns Mass of the particle [kg]
-      95             :          */
-      96             :         double getMass() const;
-      97             : 
-      98             :         /** Set Lorentz factor and modify the particle's energy accordingly.
-      99             :          @param gamma           Lorentz factor
-     100             :          */
-     101             :         void setLorentzFactor(double gamma);
-     102             :         /** Get Lorentz factor
-     103             :          @returns Lorentz factor of particle
-     104             :          */
-     105             :         double getLorentzFactor() const;
-     106             : 
-     107             :         /** Get velocity: direction times the speed of light.
-     108             :          @returns Velocity of particle [m/s]
-     109             :          */
-     110             :         Vector3d getVelocity() const;
-     111             :         /** Get momentum: direction times energy divided by the speed of light 
-     112             :          @returns The momentum [kg m/s]
-     113             :         */
-     114             :         Vector3d getMomentum() const;
-     115             : };
-     116             : /** @}*/
-     117             : 
-     118             : } // namespace crpropa
-     119             : 
-     120             : #endif // CRPROPA_PARTICLE_STATE_H
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-       1             : #ifndef CRPROPA_PHOTONBACKGROUND_H
-       2             : #define CRPROPA_PHOTONBACKGROUND_H
-       3             : 
-       4             : #include "crpropa/Common.h"
-       5             : #include "crpropa/Referenced.h"
-       6             : 
-       7             : #include <vector>
-       8             : #include <string>
-       9             : 
-      10             : namespace crpropa {
-      11             : /**
-      12             :  * \addtogroup PhotonFields
-      13             :  * @{
-      14             :  */
-      15             : 
-      16             : /**
-      17             :  @class PhotonField
-      18             :  @brief Abstract base class for photon fields.
-      19             :  */
-      20           1 : class PhotonField: public Referenced {
-      21             : public:
-      22         135 :         PhotonField() {
-      23             :                 this->fieldName = "AbstractPhotonField";
-      24         135 :                 this->isRedshiftDependent = false;
-      25         135 :         }
-      26             : 
-      27             :         /**
-      28             :          returns comoving photon density [1/m^3].
-      29             :          multiply with (1+z^3) for physical number density.
-      30             :          @param ePhoton         photon energy [J]
-      31             :          @param z                       redshift (if redshift dependent, default = 0.)
-      32             :          */
-      33             :         virtual double getPhotonDensity(double ePhoton, double z = 0.) const = 0;
-      34             :         virtual double getMinimumPhotonEnergy(double z) const = 0;
-      35             :         virtual double getMaximumPhotonEnergy(double z) const = 0;
-      36         175 :         virtual std::string getFieldName() const {
-      37         175 :                 return this->fieldName;
-      38             :         }
-      39             : 
-      40             :         /**
-      41             :          returns overall comoving scaling factor
-      42             :          (cf. CRPropa3-data/calc_scaling.py)
-      43             :          @param z               redshift
-      44             :          */
-      45       16549 :         virtual double getRedshiftScaling(double z) const {
-      46       16549 :                 return 1.;
-      47             :         };
-      48             : 
-      49             :         bool hasRedshiftDependence() const {
-      50           0 :                 return this->isRedshiftDependent;
-      51             :         }
-      52             : 
-      53             :         void setFieldName(std::string fieldName) {
-      54           0 :                 this->fieldName = fieldName;
-      55           0 :         }
-      56             : 
-      57             : protected:
-      58             :         std::string fieldName;
-      59             :         bool isRedshiftDependent;
-      60             : };
-      61             : 
-      62             : /**
-      63             :  @class TabularPhotonField
-      64             :  @brief Photon field decorator for tabulated photon fields.
-      65             : 
-      66             :  This class reads photon field data from files;
-      67             :  The first file must be a list of photon energies [J], named fieldName_photonEnergy.txt
-      68             :  The second file must be a list of comoving photon field densities [1/m^3], named fieldName_photonDensity.txt
-      69             :  Optionally, a third file contains redshifts, named fieldName_redshift.txt
-      70             :  */
-      71             : class TabularPhotonField: public PhotonField {
-      72             : public:
-      73             :         TabularPhotonField(const std::string fieldName, const bool isRedshiftDependent = true);
-      74             : 
-      75             :         double getPhotonDensity(double ePhoton, double z = 0.) const;
-      76             :         double getRedshiftScaling(double z) const;
-      77             :         double getMinimumPhotonEnergy(double z) const;
-      78             :         double getMaximumPhotonEnergy(double z) const;
-      79             : 
-      80             : protected:
-      81             :         void readPhotonEnergy(std::string filePath);
-      82             :         void readPhotonDensity(std::string filePath);
-      83             :         void readRedshift(std::string filePath);
-      84             :         void initRedshiftScaling();
-      85             :         void checkInputData() const;
-      86             : 
-      87             :         std::vector<double> photonEnergies;
-      88             :         std::vector<double> photonDensity;
-      89             :         std::vector<double> redshifts;
-      90             :         std::vector<double> redshiftScalings;
-      91             : };
-      92             : 
-      93             : /**
-      94             :  @class IRB_Kneiske04
-      95             :  @brief Extragalactic background light model from Kneiske et al. 2004
-      96             : 
-      97             :  Source info:
-      98             :  DOI:10.1051/0004-6361:20031542,
-      99             :  https://www.aanda.org/articles/aa/pdf/2004/03/aa3848.pdf, figure 1 ("Best-fit" model)
-     100             :  */
-     101             : class IRB_Kneiske04: public TabularPhotonField {
-     102             : public:
-     103          26 :         IRB_Kneiske04() : TabularPhotonField("IRB_Kneiske04", true) {}
-     104             : };
-     105             : 
-     106             : /**
-     107             :  @class IRB_Stecker05
-     108             :  @brief Extragalactic background light model by Stecker at al. 2005
-     109             : 
-     110             :  Source info:
-     111             :  DOI:10.1086/506188, astro-ph/0510449
-     112             :  https://iopscience.iop.org/article/10.1086/506188/pdf
-     113             :  */
-     114             : class IRB_Stecker05: public TabularPhotonField {
-     115             : public:
-     116          14 :         IRB_Stecker05() : TabularPhotonField("IRB_Stecker05", true) {}
-     117             : };
-     118             : 
-     119             : /**
-     120             :  @class IRB_Franceschini08
-     121             :  @brief Extragalactic background light model from Franceschini et al. 2008
-     122             : 
-     123             :  Source info:
-     124             :  DOI:10.1051/0004-6361:200809691
-     125             :  https://arxiv.org/pdf/0805.1841.pdf, tables 1 and 2
-     126             :  */
-     127             : class IRB_Franceschini08: public TabularPhotonField {
-     128             : public:
-     129          14 :         IRB_Franceschini08() : TabularPhotonField("IRB_Franceschini08", true) {}
-     130             : };
-     131             : 
-     132             : /**
-     133             :  @class IRB_Finke10
-     134             :  @brief Extragalactic background light model from Finke et al. 2010
-     135             : 
-     136             :  Source info:
-     137             :  DOI:10.1088/0004-637X/712/1/238
-     138             :  https://iopscience.iop.org/article/10.1088/0004-637X/712/1/238/pdf
-     139             :  */
-     140             : class IRB_Finke10: public TabularPhotonField {
-     141             : public:
-     142          14 :         IRB_Finke10() : TabularPhotonField("IRB_Finke10", true) {}
-     143             : };
-     144             : 
-     145             : /**
-     146             :  @class IRB_Dominguez11
-     147             :  @brief Extragalactic background light model from Dominguez et al. 2011
-     148             : 
-     149             :  Source info:
-     150             :  DOI:10.1111/j.1365-2966.2010.17631.x
-     151             :  https://academic.oup.com/mnras/article/410/4/2556/1008012
-     152             :  */
-     153             : class IRB_Dominguez11: public TabularPhotonField {
-     154             : public:
-     155          14 :         IRB_Dominguez11() : TabularPhotonField("IRB_Dominguez11", true) {}
-     156             : };
-     157             : 
-     158             : /**
-     159             :  @class IRB_Gilmore12
-     160             :  @brief Extragalactic background light model from Gilmore et al. 2012
-     161             : 
-     162             :  Source info:
-     163             :  DOI:10.1111/j.1365-2966.2012.20841.x
-     164             :  https://academic.oup.com/mnras/article/422/4/3189/1050758
-     165             :  */
-     166             : class IRB_Gilmore12: public TabularPhotonField {
-     167             : public:
-     168          14 :         IRB_Gilmore12() : TabularPhotonField("IRB_Gilmore12", true) {}
-     169             : };
-     170             : 
-     171             : /**
-     172             :  @class IRB_Stecker16_upper
-     173             :  @brief Extragalactic background light model from Stecker et al. 2016 (upper-bound model)
-     174             : 
-     175             :  Source info:
-     176             :  DOI:10.3847/0004-637X/827/1/6
-     177             :  https://iopscience.iop.org/article/10.3847/0004-637X/827/1/6
-     178             :  */
-     179             : class IRB_Stecker16_upper: public TabularPhotonField {
-     180             : public:
-     181          14 :         IRB_Stecker16_upper() : TabularPhotonField("IRB_Stecker16_upper", true) {}
-     182             : };
-     183             : 
-     184             : /**
-     185             :  @class IRB_Stecker16_lower
-     186             :  @brief Extragalactic background light model from Stecker et al. 2016 (lower-bound model)
-     187             : 
-     188             :  Source info:
-     189             :  DOI:10.3847/0004-637X/827/1/6
-     190             :  https://iopscience.iop.org/article/10.3847/0004-637X/827/1/6
-     191             :  */
-     192             : class IRB_Stecker16_lower: public TabularPhotonField {
-     193             : public:
-     194          14 :         IRB_Stecker16_lower() : TabularPhotonField("IRB_Stecker16_lower", true) {}
-     195             : };
-     196             : 
-     197             : /**
-     198             :  @class IRB_Saldana21
-     199             :  @brief Extragalactic background light model from Saldana-Lopez et al. 2021
-     200             : 
-     201             :  Source info:
-     202             :  DOI:10.1093/mnras/stab2393
-     203             :  https://ui.adsabs.harvard.edu/abs/2021MNRAS.507.5144S/abstract
-     204             :  */
-     205             : class IRB_Saldana21: public TabularPhotonField {
-     206             : public:
-     207           8 :         IRB_Saldana21() : TabularPhotonField("IRB_Saldana21", true) {}
-     208             : };
-     209             : 
-     210             : /**
-     211             :  @class IRB_Saldana21_upper
-     212             :  @brief Extragalactic background light model from Saldana-Lopez et al. 2021 (upper-bound model)
-     213             : 
-     214             :  Source info:
-     215             :  DOI:10.1093/mnras/stab2393
-     216             :  https://ui.adsabs.harvard.edu/abs/2021MNRAS.507.5144S/abstract
-     217             :  */
-     218             : class IRB_Saldana21_upper: public TabularPhotonField {
-     219             : public:
-     220           0 :         IRB_Saldana21_upper() : TabularPhotonField("IRB_Saldana21_upper", true) {}
-     221             : };
-     222             : 
-     223             : /**
-     224             :  @class IRB_Saldana21_lower
-     225             :  @brief Extragalactic background light model from Saldana-Lopez et al. 2021 (lower-bound model)
-     226             : 
-     227             :  Source info:
-     228             :  DOI:10.1093/mnras/stab2393
-     229             :  https://ui.adsabs.harvard.edu/abs/2021MNRAS.507.5144S/abstract
-     230             :  */
-     231             : class IRB_Saldana21_lower: public TabularPhotonField {
-     232             : public:
-     233           0 :         IRB_Saldana21_lower() : TabularPhotonField("IRB_Saldana21_lower", true) {}
-     234             : };
-     235             : 
-     236             : /**
-     237             :  @class IRB_Finke22
-     238             :  @brief Extragalactic background light model from Finke et al. 2022
-     239             : 
-     240             :  Source info:
-     241             :  DOI:10.3847/1538-4357/ac9843
-     242             :  https://iopscience.iop.org/article/10.3847/1538-4357/ac9843/pdf
-     243             :  */
-     244             : class IRB_Finke22: public TabularPhotonField {
-     245             : public:
-     246          14 :         IRB_Finke22() : TabularPhotonField("IRB_Finke22", true) {}
-     247             : };
-     248             : 
-     249             : /**
-     250             :  @class URB
-     251             :  @brief Extragalactic background light model from Protheroe & Biermann 1996
-     252             : 
-     253             :  Source info:
-     254             :  DOI:10.1016/S0927-6505(96)00041-2
-     255             :  https://www.sciencedirect.com/science/article/abs/pii/S0927650596000412
-     256             :  */
-     257             : class URB_Protheroe96: public TabularPhotonField {
-     258             : public:
-     259          12 :         URB_Protheroe96() : TabularPhotonField("URB_Protheroe96", false) {}
-     260             : };
-     261             : 
-     262             : /**
-     263             :  @class URB
-     264             :  @brief Extragalactic background light model based on ARCADE2 observations, by Fixsen et al.
-     265             :  Note that this model does not cover the same energy range as other URB models. Here, only ~10 MHz - 10 GHz is considered.
-     266             :  Therefore, it only makes sense to use this model in very specific studies.
-     267             : 
-     268             :  Source info:
-     269             :  DOI:10.1088/0004-637X/734/1/5
-     270             :  https://iopscience.iop.org/article/10.1088/0004-637X/734/1/5
-     271             :  */
-     272             : class URB_Fixsen11: public TabularPhotonField {
-     273             : public:
-     274           8 :         URB_Fixsen11() : TabularPhotonField("URB_Fixsen11", false) {}
-     275             : };
-     276             : 
-     277             : /**
-     278             :  @class URB
-     279             :  @brief Extragalactic background light model by Nitu et al.
-     280             : 
-     281             :  Source info:
-     282             :  DOI:10.1016/j.astropartphys.2020.102532
-     283             :  https://www.sciencedirect.com/science/article/pii/S0927650520301043?
-     284             :  */
-     285             : class URB_Nitu21: public TabularPhotonField {
-     286             : public:
-     287          22 :         URB_Nitu21() : TabularPhotonField("URB_Nitu21", false) {}
-     288             : };
-     289             : 
-     290             : /**
-     291             :  @class BlackbodyPhotonField
-     292             :  @brief Photon field decorator for black body photon fields.
-     293             :  */
-     294             : class BlackbodyPhotonField: public PhotonField {
-     295             : public:
-     296             :         BlackbodyPhotonField(const std::string fieldName, const double blackbodyTemperature);
-     297             :         double getPhotonDensity(double ePhoton, double z = 0.) const;
-     298             :         double getMinimumPhotonEnergy(double z) const;
-     299             :         double getMaximumPhotonEnergy(double z) const;
-     300             :         void setQuantile(double q);
-     301             : 
-     302             : protected:
-     303             :         double blackbodyTemperature;
-     304             :         double quantile;
-     305             : };
-     306             : 
-     307             : /**
-     308             :  @class CMB
-     309             :  @brief Cosmic mircowave background photon field
-     310             : 
-     311             :  Source info:
-     312             :  This field is an isotropic blackbody photon field with temperature T = 2.73 K
-     313             :  */
-     314             : class CMB: public BlackbodyPhotonField {
-     315             : public:
-     316          80 :         CMB() : BlackbodyPhotonField("CMB", 2.73) {}
-     317             : };
-     318             : 
-     319             : 
-     320             : } // namespace crpropa
-     321             : 
-     322             : #endif // CRPROPA_PHOTONBACKGROUND_H
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          Line data    Source code
-
-       1             : // Random.h
-       2             : // Mersenne Twister random number generator -- a C++ class Random
-       3             : // Based on code by Makoto Matsumoto, Takuji Nishimura, and Shawn Cokus
-       4             : // Richard J. Wagner  v1.0  15 May 2003  rjwagner@writeme.com
-       5             : 
-       6             : // The Mersenne Twister is an algorithm for generating random numbers.  It
-       7             : // was designed with consideration of the flaws in various other generators.
-       8             : // The period, 2^19937-1, and the order of equidistribution, 623 dimensions,
-       9             : // are far greater.  The generator is also fast; it avoids multiplication and
-      10             : // division, and it benefits from caches and pipelines.  For more information
-      11             : // see the inventors' web page at http://www.math.keio.ac.jp/~matumoto/emt.html
-      12             : 
-      13             : // Reference
-      14             : // M. Matsumoto and T. Nishimura, "Mersenne Twister: A 623-Dimensionally
-      15             : // Equidistributed Uniform Pseudo-Random Number Generator", ACM Transactions on
-      16             : // Modeling and Computer Simulation, Vol. 8, No. 1, January 1998, pp 3-30.
-      17             : 
-      18             : // Copyright (C) 1997 - 2002, Makoto Matsumoto and Takuji Nishimura,
-      19             : // Copyright (C) 2000 - 2003, Richard J. Wagner
-      20             : // All rights reserved.
-      21             : //
-      22             : // Redistribution and use in source and binary forms, with or without
-      23             : // modification, are permitted provided that the following conditions
-      24             : // are met:
-      25             : //
-      26             : //   1. Redistributions of source code must retain the above copyright
-      27             : //      notice, this list of conditions and the following disclaimer.
-      28             : //
-      29             : //   2. Redistributions in binary form must reproduce the above copyright
-      30             : //      notice, this list of conditions and the following disclaimer in the
-      31             : //      documentation and/or other materials provided with the distribution.
-      32             : //
-      33             : //   3. The names of its contributors may not be used to endorse or promote
-      34             : //      products derived from this software without specific prior written
-      35             : //      permission.
-      36             : //
-      37             : // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
-      38             : // "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
-      39             : // LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
-      40             : // A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR
-      41             : // CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
-      42             : // EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
-      43             : // PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
-      44             : // PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
-      45             : // LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
-      46             : // NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
-      47             : // SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-      48             : 
-      49             : // The original code included the following notice:
-      50             : //
-      51             : //     When you use this, send an email to: matumoto@math.keio.ac.jp
-      52             : //     with an appropriate reference to your work.
-      53             : //
-      54             : // It would be nice to CC: rjwagner@writeme.com and Cokus@math.washington.edu
-      55             : // when you write.
-      56             : 
-      57             : // Parts of this file are modified beginning in 29.10.09 for adaption in PXL.
-      58             : // Parts of this file are modified beginning in 10.02.12 for adaption in CRPropa.
-      59             : 
-      60             : #ifndef RANDOM_H
-      61             : #define RANDOM_H
-      62             : 
-      63             : // Not thread safe (unless auto-initialization is avoided and each thread has
-      64             : // its own Random object)
-      65             : #include "crpropa/Vector3.h"
-      66             : 
-      67             : #include <iostream>
-      68             : #include <limits>
-      69             : #include <ctime>
-      70             : #include <cmath>
-      71             : #include <vector>
-      72             : #include <stdexcept>
-      73             : #include <algorithm>
-      74             : 
-      75             : #include <stdint.h>
-      76             : #include <string>
-      77             : 
-      78             : //necessary for win32
-      79             : #ifndef M_PI
-      80             : #define M_PI 3.14159265358979323846
-      81             : #endif
-      82             : 
-      83             : namespace crpropa {
-      84             : 
-      85             : /**
-      86             :  * \addtogroup Core
-      87             :  * @{
-      88             :  */
-      89             : /**
-      90             :  @class Random
-      91             :  @brief Random number generator.
-      92             : 
-      93             :  Mersenne Twister random number generator -- a C++ class Random
-      94             :  Based on code by Makoto Matsumoto, Takuji Nishimura, and Shawn Cokus
-      95             :  Richard J. Wagner  v1.0  15 May 2003  rjwagner@writeme.com
-      96             :  */
-      97           3 : class Random {
-      98             : public:
-      99             :         enum {N = 624}; // length of state vector
-     100             :         enum {SAVE = N + 1}; // length of array for save()
-     101             : 
-     102             : protected:
-     103             :         enum {M = 397}; // period parameter
-     104             :         uint32_t state[N];// internal state
-     105             :         std::vector<uint32_t> initial_seed;//
-     106             :         uint32_t *pNext;// next value to get from state
-     107             :         int left;// number of values left before reload needed
-     108             : 
-     109             : //Methods
-     110             : public:
-     111             :         /// initialize with a simple uint32_t
-     112             :         Random( const uint32_t& oneSeed );
-     113             :         // initialize with an array
-     114             :         Random( uint32_t *const bigSeed, uint32_t const seedLength = N );
-     115             :         /// auto-initialize with /dev/urandom or time() and clock()
-     116             :         /// Do NOT use for CRYPTOGRAPHY without securely hashing several returned
-     117             :         /// values together, otherwise the generator state can be learned after
-     118             :         /// reading 624 consecutive values.
-     119             :         Random();
-     120             :         // Access to 32-bit random numbers
-     121             :         double rand();///< real number in [0,1]
-     122             :         double rand( const double& n );///< real number in [0,n]
-     123             :         double randExc();///< real number in [0,1)
-     124             :         double randExc( const double& n );///< real number in [0,n)
-     125             :         double randDblExc();///< real number in (0,1)
-     126             :         double randDblExc( const double& n );///< real number in (0,n)
-     127             :         // Pull a 32-bit integer from the generator state
-     128             :         // Every other access function simply transforms the numbers extracted here
-     129             :         uint32_t randInt();///< integer in [0,2**32-1]
-     130             :         uint32_t randInt( const uint32_t& n );///< integer in [0,n] for n < 2**32
-     131             : 
-     132             :         uint64_t randInt64(); ///< integer in [0, 2**64 -1]. PROBABLY NOT SECURE TO USE
-     133             :         uint64_t randInt64(const uint64_t &n); ///< integer in [0, n] for n < 2**64 -1. PROBABLY NOT SECURE TO USE
-     134             : 
-     135           0 :         double operator()() {return rand();} ///< same as rand()
-     136             : 
-     137             :         // Access to 53-bit random numbers (capacity of IEEE double precision)
-     138             :         double rand53();///< real number in [0,1)  (capacity of IEEE double precision)
-     139             :         ///Exponential distribution in (0,inf)
-     140             :         double randExponential();
-     141             :         /// Normal distributed random number
-     142     1715954 :         double randNorm( const double& mean = 0.0, const double& variance = 1.0 );
-     143             :         /// Uniform distribution in [min, max]
-     144             :         double randUniform(double min, double max);
-     145             :         /// Rayleigh distributed random number
-     146             :         double randRayleigh(double sigma);
-     147             :         /// Fisher distributed random number
-     148             :         double randFisher(double k);
-     149             : 
-     150             :         /// Draw a random bin from a (unnormalized) cumulative distribution function, without leading zero.
-     151             :         size_t randBin(const std::vector<float> &cdf);
-     152             :         size_t randBin(const std::vector<double> &cdf);
-     153             : 
-     154             :         /// Random point on a unit-sphere
-     155             :         Vector3d randVector();
-     156             :         /// Random vector with given angular separation around mean direction
-     157             :         Vector3d randVectorAroundMean(const Vector3d &meanDirection, double angle);
-     158             :         /// Fisher distributed random vector
-     159             :         Vector3d randFisherVector(const Vector3d &meanDirection, double kappa);
-     160             :         /// Uniform distributed random vector inside a cone
-     161             :         Vector3d randConeVector(const Vector3d &meanDirection, double angularRadius);
-     162             :         /// Random lamberts distributed vector with theta distribution: sin(t) * cos(t),
-     163             :         /// aka cosine law (https://en.wikipedia.org/wiki/Lambert%27s_cosine_law),
-     164             :         /// for a surface element with normal vector pointing in positive z-axis (0, 0, 1)
-     165             :         Vector3d randVectorLamberts();
-     166             :         /// Same as above but rotated to the respective normalVector of surface element
-     167             :         Vector3d randVectorLamberts(const Vector3d &normalVector);
-     168             :         ///_Position vector uniformly distributed within propagation step size bin
-     169             :         Vector3d randomInterpolatedPosition(const Vector3d &a, const Vector3d &b);
-     170             : 
-     171             :         /// Power-law distribution of a given differential spectral index
-     172             :         double randPowerLaw(double index, double min, double max);
-     173             :         /// Broken power-law distribution
-     174             :         double randBrokenPowerLaw(double index1, double index2, double breakpoint, double min, double max );
-     175             : 
-     176             :         /// Seed the generator with a simple uint32_t
-     177             :         void seed( const uint32_t oneSeed );
-     178             :         /// Seed the generator with an array of uint32_t's
-     179             :         /// There are 2^19937-1 possible initial states.  This function allows
-     180             :         /// all of those to be accessed by providing at least 19937 bits (with a
-     181             :         /// default seed length of N = 624 uint32_t's).  Any bits above the lower 32
-     182             :         /// in each element are discarded.
-     183             :         /// Just call seed() if you want to get array from /dev/urandom
-     184             :         void seed( uint32_t *const bigSeed, const uint32_t seedLength = N );
-     185             :         // seed via an b64 encoded string
-     186             :         void seed( const std::string &b64Seed);
-     187             :         /// Seed the generator with an array from /dev/urandom if available
-     188             :         /// Otherwise use a hash of time() and clock() values
-     189             :         void seed();
-     190             : 
-     191             :         // Saving and loading generator state
-     192             :         void save( uint32_t* saveArray ) const;// to array of size SAVE
-     193             :         void load( uint32_t *const loadArray );// from such array
-     194             :         const std::vector<uint32_t> &getSeed() const; // copy the seed to the array
-     195             :         const std::string getSeed_base64() const; // get the base 64 encoded seed
-     196             : 
-     197             :         friend std::ostream& operator<<( std::ostream& os, const Random& mtrand );
-     198             :         friend std::istream& operator>>( std::istream& is, Random& mtrand );
-     199             : 
-     200             :         static Random &instance();
-     201             :         static void seedThreads(const uint32_t oneSeed);
-     202             :         static std::vector< std::vector<uint32_t> > getSeedThreads();
-     203             : 
-     204             : protected:
-     205             :         /// Initialize generator state with seed
-     206             :         /// See Knuth TAOCP Vol 2, 3rd Ed, p.106 for multiplier.
-     207             :         /// In previous versions, most significant bits (MSBs) of the seed affect
-     208             :         /// only MSBs of the state array.  Modified 9 Jan 2002 by Makoto Matsumoto.
-     209             :         void initialize( const uint32_t oneSeed );
-     210             : 
-     211             :         /// Generate N new values in state
-     212             :         /// Made clearer and faster by Matthew Bellew (matthew.bellew@home.com)
-     213             :         void reload();
-     214    28904304 :         uint32_t hiBit( const uint32_t& u ) const {return u & 0x80000000UL;}
-     215    28904304 :         uint32_t loBit( const uint32_t& u ) const {return u & 0x00000001UL;}
-     216    28904304 :         uint32_t loBits( const uint32_t& u ) const {return u & 0x7fffffffUL;}
-     217             :         uint32_t mixBits( const uint32_t& u, const uint32_t& v ) const
-     218    28904304 :         {       return hiBit(u) | loBits(v);}
-     219             : 
-     220             : #ifdef _MSC_VER
-     221             : #pragma warning( push )
-     222             : #pragma warning( disable : 4146 )
-     223             : #endif
-     224             :         uint32_t twist( const uint32_t& m, const uint32_t& s0, const uint32_t& s1 ) const
-     225    28857983 :         {       return m ^ (mixBits(s0,s1)>>1) ^ (-loBit(s1) & 0x9908b0dfUL);}
-     226             : 
-     227             : #ifdef _MSC_VER
-     228             : #pragma warning( pop )
-     229             : #endif
-     230             : 
-     231             :         /// Get a uint32_t from t and c
-     232             :         /// Better than uint32_t(x) in case x is floating point in [0,1]
-     233             :         /// Based on code by Lawrence Kirby (fred@genesis.demon.co.uk)
-     234             :         static uint32_t hash( time_t t, clock_t c );
-     235             : 
-     236             : };
-     237             : /** @}*/
-     238             : 
-     239             : } //namespace crpropa
-     240             : 
-     241             : #endif  // RANDOM_H
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-       1             : #ifndef CRPROPA_REFERENCED_H
-       2             : #define CRPROPA_REFERENCED_H
-       3             : 
-       4             : #include <cstddef>
-       5             : 
-       6             : #ifdef DEBUG
-       7             : #include <iostream>
-       8             : #include <typeinfo>
-       9             : #endif
-      10             : 
-      11             : namespace crpropa {
-      12             : /**
-      13             :  * \addtogroup Core
-      14             :  * @{
-      15             :  */
-      16             : 
-      17             : /**
-      18             :  @class Referenced
-      19             :  @brief Base class for reference counting
-      20             : 
-      21             :  A form of memory management is needed to prevent memory leaks when using MPC in Python via SWIG.
-      22             :  This base class enables reference counting.
-      23             :  Every reference increases the reference counter, every dereference decreases it.
-      24             :  When the counter is decreased to 0, the object is deleted.
-      25             :  Candidate, Module, MagneticField and Source inherit from this class
-      26             :  */
-      27             : class Referenced {
-      28             : public:
-      29             : 
-      30     3369415 :         inline Referenced() :
-      31     3369394 :                         _referenceCount(0) {
-      32             :         }
-      33             : 
-      34           0 :         inline Referenced(const Referenced&) :
-      35           0 :                         _referenceCount(0) {
-      36             :         }
-      37             : 
-      38             :         inline Referenced& operator =(const Referenced&) {
-      39             :                 return *this;
-      40             :         }
-      41             : 
-      42             :         inline size_t addReference() const {
-      43             :                 int newRef;
-      44             : #if defined(OPENMP_3_1)
-      45             :                 #pragma omp atomic capture
-      46             :                 {newRef = _referenceCount++;}
-      47             : #elif defined(__GNUC__)
-      48    10913236 :                 newRef = __sync_add_and_fetch(&_referenceCount, 1);
-      49             : #else
-      50             :                 #pragma omp critical
-      51             :                 {newRef = _referenceCount++;}
-      52             : #endif
-      53     7546128 :                 return newRef;
-      54             :         }
-      55             : 
-      56    10914622 :         inline size_t removeReference() const {
-      57             : #ifdef DEBUG
-      58             :                 if (_referenceCount == 0)
-      59             :                         std::cerr
-      60             :                                         << "WARNING: Remove reference from Object with NO references: "
-      61             :                                         << typeid(*this).name() << std::endl;
-      62             : #endif
-      63             :                 int newRef;
-      64             : #if defined(OPENMP_3_1)
-      65             :                 #pragma omp atomic capture
-      66             :                 {newRef = _referenceCount--;}
-      67             : #elif defined(__GNUC__)
-      68    10914622 :                 newRef = __sync_sub_and_fetch(&_referenceCount, 1);
-      69             : #else
-      70             :                 #pragma omp critical
-      71             :                 {newRef = _referenceCount--;}
-      72             : #endif
-      73             : 
-      74    10914622 :                 if (newRef == 0) {
-      75     3367410 :                         delete this;
-      76             :                 }
-      77    10914622 :                 return newRef;
-      78             :         }
-      79             : 
-      80             :         int removeReferenceNoDelete() const {
-      81           0 :                 return --_referenceCount;
-      82             :         }
-      83             : 
-      84             :         inline size_t getReferenceCount() const {
-      85           0 :                 return _referenceCount;
-      86             :         }
-      87             : 
-      88             : protected:
-      89             : 
-      90           0 :         virtual inline ~Referenced() {
-      91             : #ifdef DEBUG
-      92             :                 if (_referenceCount)
-      93             :                         std::cerr << "WARNING: Deleting Object with references: "
-      94             :                                         << typeid(*this).name() << std::endl;
-      95             : #endif
-      96           0 :         }
-      97             : 
-      98             :         mutable size_t _referenceCount;
-      99             : };
-     100             : 
-     101             : inline void intrusive_ptr_add_ref(Referenced* p) {
-     102             :         p->addReference();
-     103             : }
-     104             : inline void intrusive_ptr_release(Referenced* p) {
-     105           0 :         p->removeReference();
-     106             : }
-     107             : 
-     108             : /**
-     109             :  @class ref_ptr
-     110             :  @brief Referenced pointer
-     111             :  */
-     112             : template<class T>
-     113             : class ref_ptr {
-     114             : public:
-     115             :         typedef T element_type;
-     116             : 
-     117         167 :         ref_ptr() :
-     118         167 :                         _ptr(0) {
-     119             :         }
-     120     3328293 :         ref_ptr(T* ptr) :
-     121     3330334 :                         _ptr(ptr) {
-     122        3307 :                 if (_ptr)
-     123             :                         _ptr->addReference();
-     124             :         }
-     125     7541490 :         ref_ptr(const ref_ptr& rp) :
-     126     7541372 :                         _ptr(rp._ptr) {
-     127     7541428 :                 if (_ptr)
-     128             :                         _ptr->addReference();
-     129           2 :         }
-     130           4 :         template<class Other> ref_ptr(const ref_ptr<Other>& rp) :
-     131           4 :                         _ptr(rp._ptr) {
-     132             :                 if (_ptr)
-     133             :                         _ptr->addReference();
-     134             :         }
-     135             : 
-     136             :         ~ref_ptr() {
-     137    10870856 :                 if (_ptr)
-     138    10870929 :                         _ptr->removeReference();
-     139             :                 _ptr = 0;
-     140    10870851 :         }
-     141             : 
-     142             :         ref_ptr& operator =(const ref_ptr& rp) {
-     143         218 :                 assign(rp);
-     144           0 :                 return *this;
-     145             :         }
-     146             : 
-     147             :         template<class Other> ref_ptr& operator =(const ref_ptr<Other>& rp) {
-     148             :                 assign(rp);
-     149             :                 return *this;
-     150             :         }
-     151             : 
-     152          78 :         inline ref_ptr& operator =(T* ptr) {
-     153          78 :                 if (_ptr == ptr)
-     154             :                         return *this;
-     155             :                 T* tmp_ptr = _ptr;
-     156          78 :                 _ptr = ptr;
-     157          78 :                 if (_ptr)
-     158             :                         _ptr->addReference();
-     159          78 :                 if (tmp_ptr)
-     160          68 :                         tmp_ptr->removeReference();
-     161             :                 return *this;
-     162             :         }
-     163             : 
-     164             :         operator T*() const {
-     165      481185 :                 return _ptr;
-     166             :         }
-     167             : 
-     168             :         T& operator*() const {
-     169        6611 :                 return *_ptr;
-     170             :         }
-     171             :         T* operator->() const {
-     172     6292284 :                 return _ptr;
-     173             :         }
-     174             :         T* get() const {
-     175          37 :                 return _ptr;
-     176             :         }
-     177             : 
-     178             :         bool operator!() const {
-     179           0 :                 return _ptr == 0;
-     180             :         } // not required
-     181             :         bool valid() const {
-     182     5881570 :                 return _ptr != 0;
-     183             :         }
-     184             : 
-     185             :         T* release() {
-     186           0 :                 T* tmp = _ptr;
-     187           0 :                 if (_ptr)
-     188             :                         _ptr->removeReferenceNoDelete();
-     189           0 :                 _ptr = 0;
-     190             :                 return tmp;
-     191             :         }
-     192             : 
-     193             :         void swap(ref_ptr& rp) {
-     194           0 :                 T* tmp = _ptr;
-     195           0 :                 _ptr = rp._ptr;
-     196           0 :                 rp._ptr = tmp;
-     197             :         }
-     198             : 
-     199             : private:
-     200             : 
-     201        1319 :         template<class Other> void assign(const ref_ptr<Other>& rp) {
-     202        1319 :                 if (_ptr == rp._ptr)
-     203             :                         return;
-     204             :                 T* tmp_ptr = _ptr;
-     205        1315 :                 _ptr = rp._ptr;
-     206        1315 :                 if (_ptr)
-     207             :                         _ptr->addReference();
-     208        1315 :                 if (tmp_ptr)
-     209          91 :                         tmp_ptr->removeReference();
-     210             :         }
-     211             : 
-     212             :         template<class Other> friend class ref_ptr;
-     213             : 
-     214             :         T* _ptr;
-     215             : };
-     216             : 
-     217             : template<class T> inline
-     218             : void swap(ref_ptr<T>& rp1, ref_ptr<T>& rp2) {
-     219             :         rp1.swap(rp2);
-     220             : }
-     221             : 
-     222             : template<class T> inline T* get_pointer(const ref_ptr<T>& rp) {
-     223             :         return rp.get();
-     224             : }
-     225             : 
-     226             : template<class T, class Y> inline ref_ptr<T> static_pointer_cast(
-     227             :                 const ref_ptr<Y>& rp) {
-     228             :         return static_cast<T*>(rp.get());
-     229             : }
-     230             : 
-     231             : template<class T, class Y> inline ref_ptr<T> dynamic_pointer_cast(
-     232             :                 const ref_ptr<Y>& rp) {
-     233             :         return dynamic_cast<T*>(rp.get());
-     234             : }
-     235             : 
-     236             : template<class T, class Y> inline ref_ptr<T> const_pointer_cast(
-     237             :                 const ref_ptr<Y>& rp) {
-     238             :         return const_cast<T*>(rp.get());
-     239             : }
-     240             : 
-     241             : /** @}*/
-     242             : } // namespace crpropa
-     243             : 
-     244             : #endif // CRPROPA_REFERENCED_H
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-       1             : #ifndef CRPROPA_SOURCE_H
-       2             : #define CRPROPA_SOURCE_H
-       3             : 
-       4             : #include "crpropa/Candidate.h"
-       5             : #include "crpropa/Grid.h"
-       6             : #include "crpropa/EmissionMap.h"
-       7             : #include "crpropa/massDistribution/Density.h"
-       8             : 
-       9             : 
-      10             : #include <vector>
-      11             : 
-      12             : namespace crpropa {
-      13             : /** @addtogroup SourceFeatures
-      14             :  *  @{
-      15             :  */
-      16             : 
-      17             : 
-      18             : /**
-      19             :  @class SourceFeature
-      20             :  @brief Abstract base class for specific source features
-      21             :  */
-      22           7 : class SourceFeature: public Referenced {
-      23             : protected:
-      24             :         std::string description;
-      25             : public:
-      26           0 :         virtual void prepareParticle(ParticleState& particle) const {};
-      27             :         virtual void prepareCandidate(Candidate& candidate) const;
-      28             :         std::string getDescription() const;
-      29             : };
-      30             : 
-      31             : 
-      32             : /**
-      33             :  @class SourceInterface
-      34             :  @brief Abstract base class for sources
-      35             :  */
-      36             : class SourceInterface : public Referenced {
-      37             : public:
-      38             :         virtual ref_ptr<Candidate> getCandidate() const = 0;
-      39             :         virtual std::string getDescription() const = 0;
-      40             : };
-      41             : 
-      42             : 
-      43             : /**
-      44             :  @class Source
-      45             :  @brief General source of particles
-      46             : 
-      47             :  This class is a container for source features.
-      48             :  The source prepares a new candidate by passing it to all its source features
-      49             :  to be modified accordingly.
-      50             :  */
-      51          10 : class Source: public SourceInterface {
-      52             :         std::vector<ref_ptr<SourceFeature> > features;
-      53             : public:
-      54             :         void add(SourceFeature* feature);
-      55             :         ref_ptr<Candidate> getCandidate() const;
-      56             :         std::string getDescription() const;
-      57             : };
-      58             : 
-      59             : 
-      60             : /**
-      61             :  @class SourceList
-      62             :  @brief List of particle sources of individual luminosities.
-      63             : 
-      64             :  The SourceList is a source itself. It can be used if several sources are
-      65             :  needed in one simulation.
-      66             :  */
-      67           3 : class SourceList: public SourceInterface {
-      68             :         std::vector<ref_ptr<Source> > sources;
-      69             :         std::vector<double> cdf;
-      70             : public:
-      71             :         /** Add an individual source to the list.
-      72             :          @param source          source to be added
-      73             :          @param weight          weight of the source; defaults to 1.
-      74             :          */
-      75             :         void add(Source* source, double weight = 1);
-      76             :         ref_ptr<Candidate> getCandidate() const;
-      77             :         std::string getDescription() const;
-      78             : };
-      79             : 
-      80             : 
-      81             : /**
-      82             :  @class SourceParticleType
-      83             :  @brief Particle type at the source
-      84             : 
-      85             :  This feature assigns a single particle type to the source.
-      86             :  For multiple types, use e.g. SourceMultipleParticleTypes.
-      87             :  Particles are identified following the PDG numbering scheme:
-      88             :    https://pdg.lbl.gov/2019/reviews/rpp2019-rev-monte-carlo-numbering.pdf
-      89             :  */
-      90             : class SourceParticleType: public SourceFeature {
-      91             :         int id;
-      92             : public:
-      93             :         /** Constructor for a source with a sign
-      94             :          @param id              id of the particle following the PDG numbering scheme
-      95             :         */
-      96             :         SourceParticleType(int id);
-      97             :         void prepareParticle(ParticleState &particle) const;
-      98             :         void setDescription();
-      99             : };
-     100             : 
-     101             : 
-     102             : /**
-     103             :  @class SourceMultipleParticleTypes
-     104             :  @brief Multiple particle types with individual relative abundances
-     105             : 
-     106             :  This feature assigns particle types to the events emitted by the sources.
-     107             :  It is possible to control the relative abundance of each particle species.
-     108             :  Particles are identified following the PDG numbering scheme:
-     109             :    https://pdg.lbl.gov/2019/reviews/rpp2019-rev-monte-carlo-numbering.pdf
-     110             :  */
-     111             : class SourceMultipleParticleTypes: public SourceFeature {
-     112             :         std::vector<int> particleTypes;
-     113             :         std::vector<double> cdf;
-     114             : public:
-     115             :         /** Constructor
-     116             :          */
-     117             :         SourceMultipleParticleTypes();
-     118             :         /** Add an individual particle type.
-     119             :          @param id                      id of the particle following the PDG numbering scheme
-     120             :          @param weight          relative abundance of individual particle species
-     121             :          */
-     122             :         void add(int id, double weight = 1);
-     123             :         void prepareParticle(ParticleState &particle) const;
-     124             :         void setDescription();
-     125             : };
-     126             : 
-     127             : 
-     128             : /**
-     129             :  @class SourceEnergy
-     130             :  @brief Sets the initial energy of the emitted particles to a specific value
-     131             : 
-     132             :  This feature assigns a monochromatic spectrum, i.e., a single energy to all particles.
-     133             :  */
-     134             : class SourceEnergy: public SourceFeature {
-     135             :         double E;
-     136             : public:
-     137             :         /** Constructor
-     138             :          @param energy          energy of the particle (in Joules)
-     139             :          */
-     140             :         SourceEnergy(double energy);
-     141             :         void prepareParticle(ParticleState &particle) const;
-     142             :         void setDescription();
-     143             : };
-     144             : 
-     145             : 
-     146             : /**
-     147             :  @class SourcePowerLawSpectrum
-     148             :  @brief Particle energy following a power-law spectrum
-     149             : 
-     150             :  The power law is of the form: dN/dE ~ E^index, for energies in the interval [Emin, Emax].
-     151             :  */
-     152           1 : class SourcePowerLawSpectrum: public SourceFeature {
-     153             :         double Emin;
-     154             :         double Emax;
-     155             :         double index;
-     156             : public:
-     157             :         /** Constructor
-     158             :          @param Emin            minimum energy (in Joules)
-     159             :          @param Emax            maximum energy (in Joules)
-     160             :          @param index           spectral index of the power law
-     161             :          */
-     162             :         SourcePowerLawSpectrum(double Emin, double Emax, double index);
-     163             :         void prepareParticle(ParticleState &particle) const;
-     164             :         void setDescription();
-     165             : };
-     166             : 
-     167             : 
-     168             : /**
-     169             :  @class SourceComposition
-     170             :  @brief Multiple nuclear species with a rigidity-dependent power-law spectrum
-     171             : 
-     172             :  The power law is of the form: E^index, for energies in the interval [Emin, Z * Rmax].
-     173             :  */
-     174             : class SourceComposition: public SourceFeature {
-     175             :         double Emin;
-     176             :         double Rmax;
-     177             :         double index;
-     178             :         std::vector<int> nuclei;
-     179             :         std::vector<double> cdf;
-     180             : public:
-     181             :         /** Constructor
-     182             :          @param Emin            minimum energy (in Joules)
-     183             :          @param Rmax            maximum rigidity (in Volts)
-     184             :          @param index           spectral index of the power law
-     185             :          */
-     186             :         SourceComposition(double Emin, double Rmax, double index);
-     187             :         /** Add individual particle species with a given abundance
-     188             :          @param id                      id of the particle following the PDG numbering scheme
-     189             :          @param abundance       relative abundance of the particle species
-     190             :          */
-     191             :         void add(int id, double abundance);
-     192             :         /** Add individual particle species with a given abundance
-     193             :          @param A                       atomic mass of the cosmic-ray nucleus
-     194             :          @param Z                       atomic number of the cosmic-ray nucleus
-     195             :          @param abundance       relative abundance of the particle species
-     196             :          */
-     197             :         void add(int A, int Z, double abundance);
-     198             :         void prepareParticle(ParticleState &particle) const;
-     199             :         void setDescription();
-     200             : };
-     201             : 
-     202             : 
-     203             : /**
-     204             :  @class SourcePosition
-     205             :  @brief Position of a point source
-     206             :  */
-     207           1 : class SourcePosition: public SourceFeature {
-     208             :         Vector3d position; 
-     209             : public:
-     210             :         /** Constructor for a source in 3D
-     211             :          @param position        vector containing the coordinates of the point source [in meters]
-     212             :          */
-     213             :         SourcePosition(Vector3d position);
-     214             :         /** Constructor for a source in 1D
-     215             :          @param d       distance of the point source to the observer at x = 0 [in meters]; 
-     216             :                                 internally this will be converted to a vector with x-coordinate equal to d
-     217             :          */
-     218             :         SourcePosition(double d);
-     219             :         void prepareParticle(ParticleState &state) const;
-     220             :         void setDescription();
-     221             : };
-     222             : 
-     223             : 
-     224             : /**
-     225             :  @class SourceMultiplePositions
-     226             :  @brief Multiple point-source positions with individual luminosities
-     227             :  */
-     228             : class SourceMultiplePositions: public SourceFeature {
-     229             :         std::vector<Vector3d> positions;
-     230             :         std::vector<double> cdf;
-     231             : public:
-     232             :         /** Constructor.
-     233             :          The sources must be added individually to the object.
-     234             :          */
-     235             :         SourceMultiplePositions();
-     236             :         /** Add an individual source with a given luminosity/contribution.
-     237             :          @param position        vector containing the coordinates of the point source [in meters]
-     238             :          @param weight          luminosity/contribution of the individual source
-     239             :          */
-     240             :         void add(Vector3d position, double weight = 1);
-     241             :         void prepareParticle(ParticleState &particle) const;
-     242             :         void setDescription();
-     243             : };
-     244             : 
-     245             : 
-     246             : /**
-     247             :  @class SourceUniformSphere
-     248             :  @brief Uniform distribution of sources in a spherical volume
-     249             :  */
-     250           1 : class SourceUniformSphere: public SourceFeature {
-     251             :         Vector3d center;
-     252             :         double radius;
-     253             : public:
-     254             :         /** Constructor
-     255             :          @param center          vector containing the coordinates of the center of the sphere
-     256             :          @param radius          radius of the sphere
-     257             :          */
-     258             :         SourceUniformSphere(Vector3d center, double radius);
-     259             :         void prepareParticle(ParticleState &particle) const;
-     260             :         void setDescription();
-     261             : };
-     262             : 
-     263             : 
-     264             : /**
-     265             :  @class SourceUniformHollowSphere
-     266             :  @brief Uniform distribution of sources between two spheres
-     267             :  */
-     268           1 : class SourceUniformHollowSphere: public SourceFeature {
-     269             :         Vector3d center;
-     270             :         double radius_inner;
-     271             :         double radius_outer;
-     272             : public:
-     273             :         /** Constructor
-     274             :          @param center                  vector containing the coordinates of the center of the sphere
-     275             :          @param radius_inner    radius of the inner sphere
-     276             :          @param radius_outer    radius of the outer sphere
-     277             :          */
-     278             :         SourceUniformHollowSphere(Vector3d center,
-     279             :                         double radius_inner, double radius_outer);
-     280             :         void prepareParticle(ParticleState &particle) const;
-     281             :         void setDescription();
-     282             : };
-     283             : 
-     284             : 
-     285             : /**
-     286             :  @class SourceUniformShell
-     287             :  @brief Uniform distribution of source positions on the surface of a sphere
-     288             :  */
-     289             : class SourceUniformShell: public SourceFeature {
-     290             :         Vector3d center;
-     291             :         double radius;
-     292             : public:
-     293             :         /** Constructor
-     294             :          @param center          vector containing the coordinates of the center of the sphere
-     295             :          @param radius          radius of the sphere
-     296             :          */
-     297             :         SourceUniformShell(Vector3d center, double radius);
-     298             :         void prepareParticle(ParticleState &particle) const;
-     299             :         void setDescription();
-     300             : };
-     301             : 
-     302             : 
-     303             : /**
-     304             :  @class SourceUniformBox
-     305             :  @brief Uniform random source positions inside a box. The box is aligned with the coordinate axes.
-     306             :  */
-     307           1 : class SourceUniformBox: public SourceFeature {
-     308             :         Vector3d origin;        // lower box corner
-     309             :         Vector3d size;          // sizes along each coordinate axes.
-     310             : public:
-     311             :         /** Constructor
-     312             :          @param origin  vector corresponding to the lower box corner
-     313             :          @param size    vector corresponding to the box sizes along each direction
-     314             :          */
-     315             :         SourceUniformBox(Vector3d origin, Vector3d size);
-     316             :         void prepareParticle(ParticleState &particle) const;
-     317             :         void setDescription();
-     318             : };
-     319             : 
-     320             : 
-     321             : /**
-     322             :  @class SourceUniformCylinder
-     323             :  @brief Uniform distribution of source positions inside the volume of a cylinder whose axis is along the z-axis. 
-     324             : 
-     325             :  The circle of the cylinder lays in the xy-plane and the height is along the z-axis.
-     326             :  */
-     327           1 : class SourceUniformCylinder: public SourceFeature {
-     328             :         Vector3d origin;        // central point of cylinder 
-     329             :         double height;          // total height of the cylinder along z-axis. Half over/under the center.
-     330             :         double radius;          // radius of the cylinder in the xy-plane
-     331             : public:
-     332             :         /** Constructor
-     333             :          @param origin  vector corresponding to the center of the cylinder axis
-     334             :          @param height  height of the cylinder, half lays over the origin, half is lower
-     335             :          @param radius  radius of the cylinder
-     336             :          */
-     337             :         SourceUniformCylinder(Vector3d origin, double height, double radius);
-     338             :         void prepareParticle(ParticleState &particle) const;
-     339             :         void setDescription();
-     340             : };
-     341             : 
-     342             : 
-     343             : /**
-     344             :  @class SourceSNRDistribution
-     345             :  @brief Source distribution that follows the Galactic SNR distribution in 2D
-     346             : 
-     347             :  The origin of the distribution is the Galactic center. The default maximum radius is set 
-     348             :  to rMax=20 kpc and the default maximum height is zMax = 5 kpc.
-     349             :  See G. Case and D. Bhattacharya (1996) for the details of the distribution.
-     350             :  */
-     351           1 : class SourceSNRDistribution: public SourceFeature {
-     352             :         double rEarth; // parameter given by observation
-     353             :         double alpha; // parameter to shift the maximum in R direction
-     354             :         double beta; // parameter to shift the maximum in R direction
-     355             :         double zg; // exponential cut parameter in z direction
-     356             :         double frMax; // helper for efficient sampling
-     357             :         double fzMax; // helper for efficient sampling
-     358             :         double rMax; // maximum radial distance - default 20 kpc 
-     359             :                       // (due to the extension of the JF12 field)
-     360             :         double zMax; // maximum distance from galactic plane - default 5 kpc
-     361             :         void setFrMax(); // calculate frMax with the current parameter. 
-     362             : 
-     363             : public:
-     364             :         /** Default constructor. 
-     365             :          Default parameters are:
-     366             :          . rEarth = 8.5 kpc
-     367             :          . alpha = 2
-     368             :          . beta = 3.53
-     369             :          . zg = 300 pc
-     370             :          . rMax = 20 kpc
-     371             :          . zMax = 5 kpc
-     372             :         */ 
-     373             :         SourceSNRDistribution();
-     374             :         /** Generic constructor
-     375             :          @param rEarth    distance from Earth to the Galactic centre [in meters]
-     376             :          @param alpha     parameter that shifts radially the maximum of the distributions
-     377             :          @param beta      parameter that shifts radially the maximum of the distributions 
-     378             :          @param zg                exponential cut-off parameter in the z-direction [in meters]
-     379             :         */      
-     380             :         SourceSNRDistribution(double rEarth,double alpha, double beta, double zg);
-     381             : 
-     382             :         void prepareParticle(ParticleState &particle) const;
-     383             :         /**
-     384             :          radial distribution of the SNR density.
-     385             :          @param r       galactocentric radius in [meter]
-     386             :         */
-     387             :         double fr(double r) const;
-     388             :         /**
-     389             :          height distribution of the SNR density.
-     390             :          @param z       height over/under the galactic plane in [meter]
-     391             :         */
-     392             :         double fz(double z) const;
-     393             : 
-     394             :         /**
-     395             :          Set the exponential cut-off parameter in the z-direction.
-     396             :          @param Zg      cut-off parameter
-     397             :         */
-     398             :         void setFzMax(double Zg);
-     399             : 
-     400             :         /**
-     401             :          @param rMax maximal radius up to which sources are possible
-     402             :         */
-     403             :         void setRMax(double rMax);
-     404             : 
-     405             :         /**
-     406             :          @param zMax maximal height up to which sources are possible
-     407             :         */
-     408             :         void setZMax(double zMax);
-     409             : 
-     410             :         // parameter for the raidal distribution
-     411             :         void setAlpha(double a);
-     412             :         // parameter for the exponential cut-off in the radial distribution
-     413             :         void setBeta(double b);
-     414             :         double getFrMax() const;
-     415             :         double getFzMax() const;
-     416             :         double getRMax() const;
-     417             :         double getZMax() const;
-     418             :         double getAlpha() const;
-     419             :         double getBeta() const;
-     420             :         void setDescription();
-     421             : };
-     422             : 
-     423             : 
-     424             : /**
-     425             :  @class SourcePulsarDistribution
-     426             :  @brief Source distribution following the Galactic pulsar distribution
-     427             : 
-     428             :  A logarithmic spiral with four arms is used for the radial distribution.
-     429             :  The z-distribution is a simple exponentially decaying distribution.
-     430             :  The pulsar distribution is explained in detail in C.-A. Faucher-Giguere
-     431             :  and V. M. Kaspi, ApJ 643 (May, 2006) 332. The radial distribution is 
-     432             :  parametrized as in Blasi and Amato, JCAP 1 (Jan., 2012) 10.
-     433             :  */
-     434             : class SourcePulsarDistribution: public SourceFeature {
-     435             :         double rEarth; // parameter given by observation
-     436             :         double beta; // parameter to shift the maximum in R direction
-     437             :         double zg; // exponential cut parameter in z direction
-     438             :         double frMax; // helper for efficient sampling
-     439             :         double fzMax; // helper for efficient sampling
-     440             :         double rMax; // maximum radial distance - default 22 kpc 
-     441             :         double zMax; // maximum distance from galactic plane - default 5 kpc
-     442             :         double rBlur; // relative smearing factor for the radius
-     443             :         double thetaBlur; // smearing factor for the angle. Unit = [1/length]
-     444             : public:
-     445             :         /** Default constructor. 
-     446             :          Default parameters are:
-     447             :          . rEarth = 8.5 kpc
-     448             :          . beta = 3.53
-     449             :          . zg = 300 pc
-     450             :          . Rmax = 22 kpc
-     451             :          . Zmax = 5 kpc
-     452             :          . rBlur = 0.07
-     453             :          . thetaBlur = 0.35 / kpc
-     454             :          */ 
-     455             :         SourcePulsarDistribution();     
-     456             :         /** Generic constructor
-     457             :          @param rEarth          distance from Earth to the Galactic centre [in meters]
-     458             :          @param beta            parameter that shifts radially the maximum of the distributions 
-     459             :          @param zg                      exponential cut-off parameter in the z-direction [in meters]
-     460             :          @param rBlur           relative smearing factor for radius
-     461             :          @param thetaBlur       smearing factor for the angle [in 1 / meters]
-     462             :          */     
-     463             :         SourcePulsarDistribution(double rEarth, double beta, double zg, double rBlur, double thetaBlur);
-     464             :         void prepareParticle(ParticleState &particle) const;
-     465             : 
-     466             :         /** 
-     467             :          radial distribution of pulsars
-     468             :          @param r       galactocentric radius
-     469             :         */
-     470             :         double fr(double r) const;
-     471             :         /**
-     472             :          z distribution of pulsars
-     473             :          @param z       height over/under the galactic plane
-     474             :         */
-     475             :         double fz(double z) const;
-     476             :         double ftheta(int i, double r) const;
-     477             :         double blurR(double r_tilde) const;
-     478             :         double blurTheta(double theta_tilde, double r_tilde) const;
-     479             :         void setFrMax(double R, double b);
-     480             :         void setFzMax(double zg);
-     481             :         void setRMax(double rMax);
-     482             :         void setZMax(double zMax);
-     483             :         void setRBlur(double rBlur);
-     484             :         void setThetaBlur(double thetaBlur);
-     485             :         double getFrMax();
-     486             :         double getFzMax();
-     487             :         double getRMax();
-     488             :         double getZMax();
-     489             :         double getRBlur();
-     490             :         double getThetaBlur();
-     491             :         void setDescription();
-     492             : };
-     493             : 
-     494             : 
-     495             : /**
-     496             :  @class SourceUniform1D
-     497             :  @brief Uniform source distribution in 1D
-     498             : 
-     499             :  This source property sets random x-coordinates according to a uniform source
-     500             :  distribution in a given distance interval. If cosmological effects are included, 
-     501             :  this is done by drawing a light-travel distance from a flat distribution and
-     502             :  converting to a comoving distance. In the absence of cosmological effects, the
-     503             :  positions are drawn uniformly in the light-travel distance interval (as opposed
-     504             :  to a comoving interval).
-     505             :  The source positions are assigned to the x-coordinate (Vector3d(distance, 0, 0))
-     506             :  in this one-dimensional case.
-     507             :  */
-     508             : class SourceUniform1D: public SourceFeature {
-     509             :         double minD; // minimum light-travel distance
-     510             :         double maxD; // maximum light-travel distance
-     511             :         bool withCosmology;     // whether to account for cosmological effects (expansion of the Universe)
-     512             : public:
-     513             :         /** Constructor
-     514             :          @param minD                    minimum distance; comoving if withCosmology is True
-     515             :          @param maxD                    maximum distance; comoving if withCosmology is True
-     516             :          @param withCosmology   whether to account for cosmological effects (expansion of the Universe)
-     517             :          */
-     518             :         SourceUniform1D(double minD, double maxD, bool withCosmology = true);
-     519             :         void prepareParticle(ParticleState& particle) const;
-     520             :         void setDescription();
-     521             : };
-     522             : 
-     523             : 
-     524             : /**
-     525             :  @class SourceDensityGrid
-     526             :  @brief Random source positions from a density grid
-     527             :  */
-     528             : class SourceDensityGrid: public SourceFeature {
-     529             :         ref_ptr<Grid1f> grid;
-     530             : public:
-     531             :         /** Constructor
-     532             :          @param densityGrid     3D grid containing the density of sources in each cell
-     533             :          */
-     534             :         SourceDensityGrid(ref_ptr<Grid1f> densityGrid);
-     535             :         void prepareParticle(ParticleState &particle) const;
-     536             :         void setDescription();
-     537             : };
-     538             : 
-     539             : 
-     540             : /**
-     541             :  @class SourceDensityGrid1D
-     542             :  @brief Random source positions from a 1D density grid
-     543             :  */
-     544             : class SourceDensityGrid1D: public SourceFeature {
-     545             :         ref_ptr<Grid1f> grid;     // 1D grid with Ny = Nz = 1
-     546             : public:
-     547             :         /** Constructor
-     548             :          @param densityGrid     1D grid containing the density of sources in each cell, Ny and Nz must be 1
-     549             :          */
-     550             :         SourceDensityGrid1D(ref_ptr<Grid1f> densityGrid);
-     551             :         void prepareParticle(ParticleState &particle) const;
-     552             :         void setDescription();
-     553             : };
-     554             : 
-     555             : 
-     556             : /**
-     557             :  @class SourceIsotropicEmission
-     558             :  @brief Isotropic emission from a source
-     559             :  */
-     560             : class SourceIsotropicEmission: public SourceFeature {
-     561             : public:
-     562             :         /** Constructor
-     563             :          */
-     564             :         SourceIsotropicEmission();
-     565             :         void prepareParticle(ParticleState &particle) const;
-     566             :         void setDescription();
-     567             : };
-     568             : 
-     569             : 
-     570             : /**
-     571             :  @class SourceDirectedEmission
-     572             :  @brief Directed emission from a source from the von-Mises-Fisher distribution 
-     573             :  
-     574             :  The emission from the source is generated following the von-Mises-Fisher distribution
-     575             :  with mean direction mu and concentration parameter kappa.
-     576             :  The sampling from the vMF distribution follows this document by Julian Straub:
-     577             :  http://people.csail.mit.edu/jstraub/download/straub2017vonMisesFisherInference.pdf
-     578             :  The emitted particles are assigned a weight so that the detected particles can be
-     579             :  reweighted to an isotropic emission distribution instead of a vMF distribution.
-     580             :  For details, see PoS (ICRC2019) 447.
-     581             :  */
-     582           1 : class SourceDirectedEmission: public SourceFeature {
-     583             :         Vector3d mu; // Mean emission direction in the vMF distribution
-     584             :         double kappa; // Concentration parameter of the vMF distribution
-     585             : public:
-     586             :         /** Constructor
-     587             :          @param mu      mean direction of the emission, mu should be normelized
-     588             :          @param kappa   concentration parameter
-     589             :         */
-     590             :         SourceDirectedEmission(Vector3d mu, double kappa);
-     591             :         void prepareCandidate(Candidate &candidate) const;
-     592             :         void setDescription();
-     593             : };
-     594             : 
-     595             : /**
-     596             :  @class SourceLambertDistributionOnSphere
-     597             :  @brief Uniform random position on a sphere with isotropic Lamberts distributed directions.
-     598             : 
-     599             :  This function should be used for crosschecking the arrival distribution for a
-     600             :  Galactic propagation with an isotropic arrival distribution at the Edge of our
-     601             :  Galaxy. Note, that for simulation speed you should rather use the backtracking
-     602             :  technique: see e.g. http://physik.rwth-aachen.de/parsec
-     603             :  */
-     604             : class SourceLambertDistributionOnSphere: public SourceFeature {
-     605             :         Vector3d center;        // center of the sphere
-     606             :         double radius;          // radius of the sphere
-     607             :         bool inward;            // if true, direction point inwards
-     608             : public:
-     609             :         /** Constructor
-     610             :          @param center          vector containing the coordinates of the center of the sphere
-     611             :          @param radius          radius of the sphere
-     612             :          @param inward          if true, the directions point inwards
-     613             :          */
-     614             :         SourceLambertDistributionOnSphere(const Vector3d &center, double radius, bool inward);
-     615             :         void prepareParticle(ParticleState &particle) const;
-     616             :         void setDescription();
-     617             : };
-     618             : 
-     619             : 
-     620             : /**
-     621             :  @class SourceDirection
-     622             :  @brief Collimated emission along a specific direction
-     623             :  */
-     624             : class SourceDirection: public SourceFeature {
-     625             :         Vector3d direction;
-     626             : public:
-     627             :         /** Constructor
-     628             :          @param direction       Vector3d corresponding to the direction of emission
-     629             :          */
-     630             :         SourceDirection(Vector3d direction = Vector3d(-1, 0, 0));
-     631             :         void prepareParticle(ParticleState &particle) const;
-     632             :         void setDescription();
-     633             : };
-     634             : 
-     635             : 
-     636             : /**
-     637             :  @class SourceEmissionMap
-     638             :  @brief Deactivate Candidate if it has zero probability in provided EmissionMap. 
-     639             : 
-     640             :         This feature does not change the direction of the candidate. Therefore a usefull direction feature (isotropic or directed emission)
-     641             :         must be added to the sources before. The propability of the emission map is not taken into account. 
-     642             :  */
-     643             : class SourceEmissionMap: public SourceFeature {
-     644             :         ref_ptr<EmissionMap> emissionMap;
-     645             : public:
-     646             :         /** Constructor
-     647             :          @param emissionMap             emission map containing probabilities of emission in various directions
-     648             :          */
-     649             :         SourceEmissionMap(EmissionMap *emissionMap);
-     650             :         void prepareCandidate(Candidate &candidate) const;
-     651             :         void setEmissionMap(EmissionMap *emissionMap);
-     652             :         void setDescription();
-     653             : };
-     654             : 
-     655             : 
-     656             : /**
-     657             :  @class SourceEmissionCone
-     658             :  @brief Uniform emission within a cone
-     659             :  */
-     660           1 : class SourceEmissionCone: public SourceFeature {
-     661             :         Vector3d direction;
-     662             :         double aperture;
-     663             : public:
-     664             :         /** Constructor
-     665             :          @param direction               Vector3d corresponding to the cone axis 
-     666             :          @param aperture                opening angle of the cone
-     667             :          */
-     668             :         SourceEmissionCone(Vector3d direction, double aperture);
-     669             :         void prepareParticle(ParticleState &particle) const;
-     670             : 
-     671             :         /**
-     672             :          @param direction Vector3d corresponding to the cone axis
-     673             :         */
-     674             :         void setDirection(Vector3d direction);
-     675             :         void setDescription();
-     676             : };
-     677             : 
-     678             : 
-     679             : /**
-     680             :  @class SourceRedshift
-     681             :  @brief Emission of particles at a specific redshift (or time)
-     682             : 
-     683             :  The redshift coordinate is used to treat cosmological effects and as a time coordinate.
-     684             :  Consider, for instance, a source located at a distance corresponding to a redshift z. 
-     685             :  In the absence of processes that cause time delays (e.g., magnetic deflections), particles
-     686             :  from this source could arrive after a time corresponding to the source redshift. Charged 
-     687             :  particles, on the other hand, can arrive at a time later than the corresponding straight-
-     688             :  line travel duration. 
-     689             :  This treatment is also useful for time-dependent studies (e.g. transient sources).
-     690             :  */
-     691             : class SourceRedshift: public SourceFeature {
-     692             :         double z;
-     693             : public:
-     694             :         /** Constructor
-     695             :          @param z               redshift of emission
-     696             :          */
-     697             :         SourceRedshift(double z);
-     698             :         void prepareCandidate(Candidate &candidate) const;
-     699             :         void setDescription();
-     700             : };
-     701             : 
-     702             : 
-     703             : /**
-     704             :  @class SourceUniformRedshift
-     705             :  @brief Random redshift (time of emission) from a uniform distribution
-     706             : 
-     707             :  This function assigns random redshifts to the particles emitted by a given source.
-     708             :  These values are drawn from a uniform redshift distribution in the interval [zmin, zmax].
-     709             :  The redshift coordinate is used to treat cosmological effects and as a time coordinate.
-     710             :  Consider, for instance, a source located at a distance corresponding to a redshift z. 
-     711             :  In the absence of processes that cause time delays (e.g., magnetic deflections), particles
-     712             :  from this source could arrive after a time corresponding to the source redshift. Charged 
-     713             :  particles, on the other hand, can arrive at a time later than the corresponding straight-
-     714             :  line travel duration. 
-     715             :  This treatment is also useful for time-dependent studies (e.g. transient sources).
-     716             :  */
-     717             : class SourceUniformRedshift: public SourceFeature {
-     718             :         double zmin, zmax;
-     719             : public:
-     720             :         /** Constructor
-     721             :          @param zmin    minimum redshift
-     722             :          @param zmax    maximum redshift
-     723             :          */
-     724             :         SourceUniformRedshift(double zmin, double zmax);
-     725             :         void prepareCandidate(Candidate &candidate) const;
-     726             :         void setDescription();
-     727             : };
-     728             : 
-     729             : 
-     730             : /**
-     731             :  @class SourceRedshiftEvolution
-     732             :  @brief Random redshift (time of emission) from (1+z)^m distribution
-     733             : 
-     734             :  This assigns redshifts to a given source according to a typical power-law distribution.
-     735             :  The redshift coordinate is used to treat cosmological effects and as a time coordinate.
-     736             :  Consider, for instance, a source located at a distance corresponding to a redshift z. 
-     737             :  In the absence of processes that cause time delays (e.g., magnetic deflections), particles
-     738             :  from this source could arrive after a time corresponding to the source redshift. Charged 
-     739             :  particles, on the other hand, can arrive at a time later than the corresponding straight-
-     740             :  line travel duration. 
-     741             :  This treatment is also useful for time-dependent studies (e.g. transient sources).
-     742             :  */
-     743           2 : class SourceRedshiftEvolution: public SourceFeature {
-     744             :         double zmin, zmax;
-     745             :         double m;
-     746             : public:
-     747             :         /** Constructor
-     748             :          @param m               index of the power law (1 + z)^m
-     749             :          @param zmin    minimum redshift
-     750             :          @param zmax    maximum redshift
-     751             :          */
-     752             :         SourceRedshiftEvolution(double m, double zmin, double zmax);
-     753             :         void prepareCandidate(Candidate &candidate) const;
-     754             : };
-     755             : 
-     756             : 
-     757             : /**
-     758             :  @class SourceRedshift1D
-     759             :  @brief Redshift according to the distance to 0
-     760             : 
-     761             :  This source property sets the redshift according to the distance from 
-     762             :  the source to the origin (0, 0, 0). 
-     763             :  It must be added after the position of the source is set because it
-     764             :  computes the redshifts based on the source distance.
-     765             :  */
-     766             : class SourceRedshift1D: public SourceFeature {
-     767             : public:
-     768             :         /** Constructor
-     769             :          */
-     770             :         SourceRedshift1D();
-     771             :         void prepareCandidate(Candidate &candidate) const;
-     772             :         void setDescription();
-     773             : };
-     774             : 
-     775             : 
-     776             : #ifdef CRPROPA_HAVE_MUPARSER
-     777             : /**
-     778             :  @class SourceGenericComposition
-     779             :  @brief Add multiple cosmic rays with energies described by an expression string
-     780             : 
-     781             :  This is particularly useful if an arbitrary combination of nuclei types with 
-     782             :  specific energy spectra. The strings parsed may contain 'A' (atomic mass), 
-     783             :  'Z' (atomic number).  The following units are recognized as part of the strings:
-     784             :  GeV, TeV, PeV, EeV.  The variable for energy is 'E', with limits 'Emin', 'Emax'.
-     785             :  This property only works if muparser is available.
-     786             :  For details about the library see:
-     787             :         https://beltoforion.de/en/muparser/
-     788             :  */
-     789             : class SourceGenericComposition: public SourceFeature {
-     790             : public:
-     791           7 :         struct Nucleus {
-     792             :                 int id;
-     793             :                 std::vector<double> cdf;
-     794             :         };
-     795             :         /** Constructor
-     796             :          @param Emin            minimum energy [in Joules]
-     797             :          @param Emax            maximum energy [in Joules]
-     798             :          @param expression      string containing the expression to generate the composition
-     799             :          @param bins            number of energy bins
-     800             :          */
-     801             :         SourceGenericComposition(double Emin, double Emax, std::string expression, size_t bins = 1024);
-     802             :         /** Add an individual particle id.
-     803             :          @param id                      id of the particle following the PDG numbering scheme
-     804             :          @param abundance       relative abundance of individual particle species
-     805             :          */
-     806             :         void add(int id, double abundance);
-     807             :         /** Add an individual particle id.
-     808             :          @param A                       atomic mass of the cosmic-ray nucleus
-     809             :          @param Z                       atomic number of the cosmic-ray nucleus
-     810             :          @param abundance       relative abundance of individual particle species
-     811             :          */
-     812             :         void add(int A, int Z, double abundance);
-     813             :         void prepareParticle(ParticleState &particle) const;
-     814             :         void setDescription();
-     815             : 
-     816             :         const std::vector<double> *getNucleusCDF(int id) const {
-     817           0 :                 for (size_t i = 0; i < nuclei.size(); i++) {
-     818           0 :                         if (nuclei[i].id == id)
-     819           0 :                                 return &nuclei[i].cdf;
-     820             :                 }
-     821             :                 return 0;
-     822             :         }
-     823             : 
-     824             : protected:
-     825             :         double Emin, Emax;
-     826             :         size_t bins;
-     827             :         std::string expression;
-     828             :         std::vector<double> energy;
-     829             : 
-     830             :         std::vector<Nucleus> nuclei;
-     831             :         std::vector<double> cdf;
-     832             : 
-     833             : };
-     834             : #endif
-     835             : 
-     836             : /**
-     837             :  * @class SourceTag
-     838             :  * @brief All candidates from this source get a given tag. This can be used to distinguish between different sources that follow the same spatial distribution
-     839             :  * 
-     840             :  * Sets the tag of the candidate. Can be used to trace back additional candidate properties, e.g. production interaction or source type. 
-     841             :  * The interaction overwrites the candidate tag from the source for all secondaries. 
-     842             :  */
-     843             : 
-     844             : class SourceTag: public SourceFeature {
-     845             : private:
-     846             :         std::string sourceTag;
-     847             : 
-     848             : public:
-     849             :         SourceTag(std::string tag);
-     850             :         void prepareCandidate(Candidate &candidate) const;
-     851             :         void setDescription();
-     852             :         void setTag(std::string tag);
-     853             : };
-     854             : 
-     855             : /**
-     856             :         @class SourceMassDistribution
-     857             :         @brief  Source position follows a given mass distribution
-     858             : 
-     859             :         The (source)position of the candidate is sampled from a given mass distribution. The distribution uses the getDensity function of the density module. 
-     860             :         If a weighting for different components is desired, the use of different densities in a densityList is recommended.
-     861             : 
-     862             :         The sampling range of the position can be restricted. Default is a sampling for x in [-20, 20] * kpc, y in [-20, 20] * kpc and z in [-4, 4] * kpc.
-     863             : */
-     864             : class SourceMassDistribution: public SourceFeature {
-     865             : private: 
-     866             :         ref_ptr<Density> density; //< density distribution
-     867             :         double maxDensity;                      //< maximal value of the density in the region of interest
-     868             :         double xMin, xMax;                      //< x-range to sample positions
-     869             :         double yMin, yMax;                      //< y-range to sample positions
-     870             :         double zMin, zMax;                      //< z-range to sample positions
-     871             :         int maxTries = 10000;           //< maximal number of tries to sample the position 
-     872             : 
-     873             : public: 
-     874             :         /** Constructor
-     875             :         @param density: CRPropa mass distribution 
-     876             :         @param maxDensity:      maximal density in the region where the position should be sampled
-     877             :         @param x:       the position will be sampled in the range [-x, x]. Non symmetric values can be set with setXrange.
-     878             :         @param y:       the position will be sampled in the range [-y, y]. Non symmetric values can be set with setYrange.
-     879             :         @param z:       the position will be sampled in the range [-z, z]. Non symmetric values can be set with setZrange.
-     880             :         */
-     881             :         SourceMassDistribution(ref_ptr<Density> density, double maxDensity = 0, double x = 20 * kpc, double y = 20 * kpc, double z = 4 * kpc);
-     882             : 
-     883             :         void prepareParticle(ParticleState &particle) const;
-     884             : 
-     885             :         /** Set the maximal density in the region of interest. This parameter is necessary for the sampling
-     886             :         @param maxDensity:      maximal density in [particle / m^3]
-     887             :         */
-     888             :         void setMaximalDensity(double maxDensity);
-     889             : 
-     890             :         /** set x-range in which the position of the candidate will be sampled. x in [xMin, xMax].
-     891             :         @param xMin: minimal x value of the allowed sample range in [m]
-     892             :         @param xMax: maximal x value of the allowed sample range in [m]
-     893             :         */
-     894             :         void setXrange(double xMin, double xMax);
-     895             : 
-     896             :         /** set y-range in which the position of the candidate will be sampled. y in [yMin, yMax].
-     897             :         @param yMin: minimal y value of the allowed sample range in [m]
-     898             :         @param yMax: maximal y value of the allowed sample range in [m]
-     899             :         */
-     900             :         void setYrange(double yMin, double yMax);
-     901             : 
-     902             :         /** set z-range in which the position of the candidate will be sampled. z in [zMin, zMax].
-     903             :         @param zMin: minimal z value of the allowed sample range in [m]
-     904             :         @param zMax: maximal z value of the allowed sample range in [m]
-     905             :         */
-     906             :         void setZrange(double zMin, double zMax);
-     907             : 
-     908             :         /*      samples the position. Can be used for testing.
-     909             :                 @return Vector3d with sampled position
-     910             :         */
-     911             :         Vector3d samplePosition() const;
-     912             : 
-     913             : 
-     914             :         /** set the number of maximal tries until the sampling routine breaks.
-     915             :                 @param tries: number of the maximal tries
-     916             :         */
-     917             :         void setMaximalTries(int tries);
-     918             : 
-     919             :         std::string getDescription();
-     920             : };
-     921             : 
-     922             : /**  @} */ // end of group SourceFeature
-     923             : 
-     924             : } // namespace crpropa
-     925             : 
-     926             : #endif // CRPROPA_SOURCE_H
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          Line data    Source code
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-       1             : //-------------------------------------------------------------
-       2             : // Based on Variant.hh of the Physics eXtension Library (PXL) -
-       3             : // http://vispa.physik.rwth-aachen.de/                        -
-       4             : // Licensed under a LGPL-2 or later license                   -
-       5             : //-------------------------------------------------------------
-       6             : 
-       7             : #ifndef CRPROPA_VARIANT_H
-       8             : #define CRPROPA_VARIANT_H
-       9             : 
-      10             : #include <complex>
-      11             : #include <cstdint>
-      12             : #include <cstdlib>
-      13             : #include <cstring>
-      14             : #include <iostream>
-      15             : #include <limits>
-      16             : #include <string>
-      17             : #include <sstream>
-      18             : #include <stdexcept>
-      19             : #include <typeinfo>
-      20             : 
-      21             : #include "crpropa/Vector3.h"
-      22             : 
-      23             : 
-      24             : 
-      25             : // defines copy constructor X(const X&), isX(), asX(), fromX(), toX(), op(), op=, op==, op!=
-      26             : #define VARIANT_ADD_TYPE_DECL_POD(NAME, TYPE, VALUE, FIELD) \
-      27             :         Variant(const VALUE& v) { \
-      28             :                 data._t_##FIELD = v; \
-      29             :                 type = TYPE;  \
-      30             :         } \
-      31             :         bool is##NAME() const { \
-      32             :                 return type == TYPE; \
-      33             :         } \
-      34             :         VALUE& as##NAME() { \
-      35             :                 check(TYPE); \
-      36             :                 return data._t_##FIELD; \
-      37             :         } \
-      38             :         const VALUE& as##NAME() const { \
-      39             :                 check(TYPE); \
-      40             :                 return data._t_##FIELD; \
-      41             :         } \
-      42             :         static Variant from##NAME(const VALUE& v) { \
-      43             :                 return Variant(v); \
-      44             :         } \
-      45             :         VALUE to##NAME() const; \
-      46             :         operator VALUE() const { \
-      47             :                 return to##NAME(); \
-      48             :         } \
-      49             :         Variant& operator=(const VALUE& v) { \
-      50             :                 clear(); \
-      51             :                 type = TYPE; \
-      52             :                 data._t_##FIELD = v; \
-      53             :                 return *this; \
-      54             :         } \
-      55             :         bool operator==(const VALUE& v) const { \
-      56             :                 check(TYPE); \
-      57             :                 return data._t_##FIELD == v; \
-      58             :         } \
-      59             :         bool operator!=(const VALUE& v) const { \
-      60             :                 check(TYPE); \
-      61             :                 return data._t_##FIELD != v; \
-      62             :         } \
-      63             : 
-      64             : // defines isX(), asX(), fromX()
-      65             : #define VARIANT_ADD_TYPE_DECL_PTR_BASE(NAME, TYPE, VALUE, FIELD) \
-      66             :         bool is##NAME() const { \
-      67             :                 return type == TYPE; \
-      68             :         } \
-      69             :         VALUE& as##NAME() { \
-      70             :                 check(TYPE); \
-      71             :                 return *data._t_##FIELD; \
-      72             :         } \
-      73             :         const VALUE& as##NAME() const { \
-      74             :                 check(TYPE); \
-      75             :                 return *data._t_##FIELD; \
-      76             :         } \
-      77             :         static Variant from##NAME(const VALUE& v) { \
-      78             :                 return Variant(v); \
-      79             :         } \
-      80             : 
-      81             : // defines isX(), asX(), fromX(), and copy constructor X(const X&), op=, op==, op!=
-      82             : #define VARIANT_ADD_TYPE_DECL_PTR(NAME, TYPE, VALUE, FIELD) \
-      83             :         VARIANT_ADD_TYPE_DECL_PTR_BASE(NAME, TYPE, VALUE, FIELD) \
-      84             :         Variant(const VALUE& v) { \
-      85             :                 data._t_##FIELD = new VALUE(v); \
-      86             :                 type = TYPE; \
-      87             :         } \
-      88             :         Variant& operator=(const VALUE& v) { \
-      89             :                 if (type != TYPE) { \
-      90             :                         clear(); \
-      91             :                         data._t_##FIELD = new VALUE();\
-      92             :                 } \
-      93             :                 type = TYPE; \
-      94             :                 (*data._t_##FIELD) = v; \
-      95             :                 return *this; \
-      96             :         } \
-      97             :         bool operator==(const VALUE& v) const { \
-      98             :                 check(TYPE); \
-      99             :                 return *data._t_##FIELD == v; \
-     100             :         } \
-     101             :         bool operator!=(const VALUE& v) const { \
-     102             :                 return !(*this == v); \
-     103             :         } \
-     104             : 
-     105             : #define VARIANT_ADD_ITER_DECL_PTR(NAME, TYPE, FIELD) \
-     106             :         typedef FIELD##_t::iterator FIELD##_iterator; \
-     107             :         typedef FIELD##_t::const_iterator FIELD##_const_iterator; \
-     108             :         inline FIELD##_iterator begin##NAME() { \
-     109             :                 check(TYPE); \
-     110             :                 return data._t_##FIELD->begin(); \
-     111             :         } \
-     112             :         inline FIELD##_iterator end##NAME() { \
-     113             :                 check(TYPE); \
-     114             :                 return data._t_##FIELD->end(); \
-     115             :         } \
-     116             :         inline FIELD##_const_iterator begin##NAME() const { \
-     117             :                 check(TYPE); \
-     118             :                 return data._t_##FIELD->begin(); \
-     119             :         } \
-     120             :         inline FIELD##_const_iterator end##NAME() const { \
-     121             :                 check(TYPE); \
-     122             :                 return data._t_##FIELD->end(); \
-     123             :         }                                                                                
-     124             : 
-     125             : 
-     126             : 
-     127             : namespace crpropa {
-     128             : 
-     129             : /**
-     130             :  @class Variant
-     131             :  @brief storage container for data types as e.g. int, float, string, etc.
-     132             : 
-     133             :  Allows storage of multiple data types in one base class. Used to construct a map of `arbitrary' data types.
-     134             :  Note that most default C++ types allow default conversions from `Variant` to the corresponding type.
-     135             :  Types that require an explicit call via `toTargetType()` are: complex (float and double), Vector3, and vector<Variant>.
-     136             :  */
-     137             : class Variant {
-     138             : public:
-     139             :         enum Type {
-     140             :                 TYPE_NONE = 0,
-     141             :                 TYPE_BOOL,
-     142             :                 TYPE_CHAR,
-     143             :                 TYPE_UCHAR,
-     144             :                 TYPE_INT16,
-     145             :                 TYPE_UINT16,
-     146             :                 TYPE_INT32,
-     147             :                 TYPE_UINT32,
-     148             :                 TYPE_INT64,
-     149             :                 TYPE_UINT64,
-     150             :                 TYPE_FLOAT,
-     151             :                 TYPE_DOUBLE,
-     152             :                 TYPE_LONGDOUBLE,
-     153             :                 TYPE_COMPLEXF,
-     154             :                 TYPE_COMPLEXD,
-     155             :                 TYPE_STRING,
-     156             :                 TYPE_VECTOR3F,
-     157             :                 TYPE_VECTOR3D,
-     158             :                 TYPE_VECTOR3C,
-     159             :                 TYPE_VECTOR
-     160             :         };
-     161             : 
-     162             :         class bad_conversion: public std::exception {
-     163             :                 protected:
-     164             :                         std::string msg;
-     165             :                 public:
-     166           0 :                         const char* what() const throw () {
-     167           0 :                                 return msg.c_str();
-     168             :                         }
-     169             : 
-     170           0 :                         bad_conversion(Type f, Type t) {
-     171             :                                 msg = "Variant: bad conversion from '";
-     172           0 :                                 msg += Variant::getTypeName(f);
-     173             :                                 msg += "' to '";
-     174           0 :                                 msg += Variant::getTypeName(t);
-     175             :                                 msg += "'";
-     176           0 :                         }
-     177             : 
-     178           0 :                         ~bad_conversion() throw () {
-     179           0 :                         }
-     180             :         };
-     181             : 
-     182             :         typedef std::complex<float> complex_f;
-     183             :         typedef std::complex<double> complex_d;
-     184             :         typedef Vector3<std::complex<double>> Vector3c;
-     185             :         typedef std::vector<Variant> vector_t;
-     186             : 
-     187             : protected:
-     188             :         Type type;
-     189             : 
-     190             :         union {
-     191             :                 bool _t_bool;
-     192             :                 char _t_char;
-     193             :                 unsigned char _t_uchar;
-     194             :                 int16_t _t_int16;
-     195             :                 uint16_t _t_uint16;
-     196             :                 int32_t _t_int32;
-     197             :                 uint32_t _t_uint32;
-     198             :                 int64_t _t_int64;
-     199             :                 uint64_t _t_uint64;
-     200             :                 float _t_float;
-     201             :                 double _t_double;
-     202             :                 long double _t_ldouble;
-     203             :                 complex_f* _t_complex_f;
-     204             :                 complex_d* _t_complex_d;
-     205             :                 std::string* _t_string;
-     206             :                 Vector3f* _t_vector3f;
-     207             :                 Vector3d* _t_vector3d;
-     208             :                 Vector3c* _t_vector3c;
-     209             :                 vector_t* _t_vector;
-     210             :         } data;
-     211             : 
-     212             : 
-     213             : public:
-     214             :         Variant();
-     215             :         Variant(Type t);
-     216             :         Variant(const Variant& v);
-     217             :         Variant(const char* s);
-     218             :         ~Variant();
-     219             :         inline Type getType() const {
-     220           2 :                 return type;
-     221             :         }
-     222             :         const char* getTypeName() const;
-     223             :         static const char* getTypeName(Type t);
-     224             :         const std::type_info& getTypeInfo() const;
-     225             :         static Type toType(const std::string& name);                
-     226             :         std::string toString(const std::string& delimiter = "\t") const;
-     227             :         std::complex<float> toComplexFloat() const;
-     228             :         std::complex<double> toComplexDouble() const;
-     229             :         Vector3f toVector3f() const;
-     230             :         Vector3d toVector3d() const;
-     231             :         Vector3c toVector3c() const;
-     232             :         vector_t toVector() const;
-     233             :         static Variant fromString(const std::string& str, Type type);
-     234             :         void clear(Type t = TYPE_NONE);
-     235             :         bool isValid() const;
-     236             :         size_t size() const;
-     237             :         size_t getSizeOf() const;
-     238             :         size_t getSize() const;
-     239             :         void resize(size_t i);
-     240             :         size_t copyToBuffer(void* buffer);
-     241           1 :         operator std::string() const {
-     242           2 :                 return toString();
-     243             :         }
-     244             :         Variant& operator=(const Variant& v);
-     245             :         bool operator==(const Variant& v) const;
-     246             :         bool operator!=(const Variant& v) const;
-     247             :         bool operator!=(const char* a) const;
-     248             :         Variant& operator[](size_t i);
-     249             :         inline Variant& operator[](int i) {
-     250             :                 return operator[]((size_t) i);
-     251             :         }
-     252             :         const Variant& operator[](size_t i) const;
-     253             :         const Variant& operator[](int i) const {
-     254             :                 return operator[]((size_t) i);
-     255             :         }
-     256             :         operator vector_t&();
-     257             :         operator const vector_t&() const;
-     258             : 
-     259             : 
-     260             :         template<class T>
-     261             :         T to() const {
-     262             :                 throw bad_conversion(type, TYPE_NONE);
-     263             :         }
-     264             : 
-     265             :         // automatically-generated functions    
-     266           6 :         VARIANT_ADD_TYPE_DECL_POD(Bool, TYPE_BOOL, bool, bool)
-     267           0 :         VARIANT_ADD_TYPE_DECL_POD(Char, TYPE_CHAR, char, char)
-     268           0 :         VARIANT_ADD_TYPE_DECL_POD(UChar, TYPE_UCHAR, unsigned char, uchar)
-     269           0 :         VARIANT_ADD_TYPE_DECL_POD(Int16, TYPE_INT16, int16_t, int16)
-     270           0 :         VARIANT_ADD_TYPE_DECL_POD(UInt16, TYPE_UINT16, uint16_t, uint16)
-     271          12 :         VARIANT_ADD_TYPE_DECL_POD(Int32, TYPE_INT32, int32_t, int32)
-     272           0 :         VARIANT_ADD_TYPE_DECL_POD(UInt32, TYPE_UINT32, uint32_t, uint32)
-     273           6 :         VARIANT_ADD_TYPE_DECL_POD(Int64, TYPE_INT64, int64_t, int64)
-     274          16 :         VARIANT_ADD_TYPE_DECL_POD(UInt64, TYPE_UINT64, uint64_t, uint64)
-     275           0 :         VARIANT_ADD_TYPE_DECL_POD(Float, TYPE_FLOAT, float, float)
-     276          34 :         VARIANT_ADD_TYPE_DECL_POD(Double, TYPE_DOUBLE, double, double)
-     277           0 :         VARIANT_ADD_TYPE_DECL_POD(LongDouble, TYPE_LONGDOUBLE, long double, ldouble)
-     278           0 :         VARIANT_ADD_TYPE_DECL_PTR(ComplexFloat, TYPE_COMPLEXF, std::complex<float>, complex_f)
-     279           1 :         VARIANT_ADD_TYPE_DECL_PTR(ComplexDouble, TYPE_COMPLEXD, std::complex<double>, complex_d)
-     280        3396 :         VARIANT_ADD_TYPE_DECL_PTR(String, TYPE_STRING, std::string, string)
-     281           0 :         VARIANT_ADD_TYPE_DECL_PTR(Vector3f, TYPE_VECTOR3F, Vector3f, vector3f)
-     282           1 :         VARIANT_ADD_TYPE_DECL_PTR(Vector3d, TYPE_VECTOR3D, Vector3d, vector3d)
-     283           1 :         VARIANT_ADD_TYPE_DECL_PTR(Vector3c, TYPE_VECTOR3C, Vector3c, vector3c)
-     284           2 :         VARIANT_ADD_TYPE_DECL_PTR(Vector, TYPE_VECTOR, vector_t, vector)
-     285             :         VARIANT_ADD_ITER_DECL_PTR(Vector, TYPE_VECTOR, vector)
-     286             :                 
-     287             : private:
-     288             :         void copy(const Variant& v);
-     289             :         void check(const Type t) const;
-     290             :         void check(const Type t);
-     291             : };
-     292             : 
-     293             : #define VARIANT_TO_DECL(NAME, VALUE) \
-     294             :         template<> inline VALUE Variant::to<VALUE>() const { \
-     295             :                 return to##NAME(); \
-     296             :         } \
-     297             : 
-     298             : // declare type conversion functions
-     299             : // not implemented for Vector3 and complex_*
-     300             : VARIANT_TO_DECL(Bool, bool)
-     301             : VARIANT_TO_DECL(Char, char)
-     302             : VARIANT_TO_DECL(UChar, unsigned char)
-     303             : VARIANT_TO_DECL(Int16, int16_t)
-     304             : VARIANT_TO_DECL(UInt16, uint16_t)
-     305             : VARIANT_TO_DECL(Int32, int32_t)
-     306             : VARIANT_TO_DECL(UInt32, uint32_t)
-     307             : VARIANT_TO_DECL(Int64, int64_t)
-     308             : VARIANT_TO_DECL(UInt64, uint64_t)
-     309             : VARIANT_TO_DECL(Float, float)
-     310             : VARIANT_TO_DECL(Double, double)
-     311             : VARIANT_TO_DECL(LongDouble, long double)
-     312             : VARIANT_TO_DECL(String, std::string)
-     313             : VARIANT_TO_DECL(Vector, Variant::vector_t)
-     314             : 
-     315             : std::ostream& operator <<(std::ostream& os, const Variant &v);
-     316             : 
-     317             : 
-     318             : /**
-     319             :  Taken from PXL
-     320             :  https://git.rwth-aachen.de/3pia/pxl/pxl/-/blob/master/core/include/pxl/core/Functions.hh
-     321             :  */
-     322             : template <class T> 
-     323           0 : inline void safeDelete(T*& p) {
-     324           0 :         if (p) {
-     325           0 :                 delete p;
-     326           0 :                 p = 0;
-     327             :         }
-     328           0 : }
-     329             : 
-     330             : 
-     331             : 
-     332             : } // namespace crpropa 
-     333             : 
-     334             : #endif // CRPROPA_VARIANT
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-       1             : #ifndef CRPROPA_VECTOR3_H
-       2             : #define CRPROPA_VECTOR3_H
-       3             : 
-       4             : #include <iostream>
-       5             : #include <cmath>
-       6             : #include <vector>
-       7             : #include <limits>
-       8             : #include <algorithm>
-       9             : 
-      10             : namespace crpropa {
-      11             : 
-      12             : /**
-      13             :  * \addtogroup Core
-      14             :  * @{
-      15             :  */
-      16             : 
-      17             : /**
-      18             :  @class Vector3
-      19             :  @brief Template class for 3-vectors of type float, double, ...
-      20             : 
-      21             :  Allows accessing and changing the elements x, y, z directly or  through the
-      22             :  corresponding get and set methods.
-      23             : 
-      24             :  Angle definitions are
-      25             :  phi [-pi, pi]: azimuthal angle in the x-y plane, 0 pointing in x-direction
-      26             :  theta [0, pi]: zenith angle towards the z axis, 0 pointing in z-direction
-      27             :  */
-      28             : template<typename T>
-      29             : class Vector3 {
-      30             : public:
-      31             :         union {
-      32             :                 struct
-      33             :                 {
-      34             :                         T x;
-      35             :                         T y;
-      36             :                         T z;
-      37             :                 };
-      38             :                 T data[3];
-      39             :         };
-      40             : 
-      41     3187045 :         Vector3() : data{0., 0., 0.} {
-      42             :         }
-      43             : 
-      44             :         // avoid creation of default non-conversion constructor
-      45    20387451 :         Vector3(const Vector3 &v) : data{v.data[0], v.data[1], v.data[2]} {
-      46           0 :         }
-      47             : 
-      48             :         // Provides implicit conversion
-      49             :         template<typename U>
-      50           0 :         Vector3(const Vector3<U> &v) {
-      51          14 :                 data[0] = v.x;
-      52           4 :                 data[1] = v.y;
-      53           4 :                 data[2] = v.z;
-      54           0 :         }
-      55             : 
-      56             :         ~Vector3()
-      57             :         {
-      58    26216757 :         }
-      59             : 
-      60           0 :         explicit Vector3(const double *v) {
-      61           0 :                 data[0] = v[0];
-      62           0 :                 data[1] = v[1];
-      63           0 :                 data[2] = v[2];
-      64             :         }
-      65             : 
-      66           0 :         explicit Vector3(const float *v) {
-      67           0 :                 data[0] = v[0];
-      68           0 :                 data[1] = v[1];
-      69           0 :                 data[2] = v[2];
-      70             :         }
-      71             : 
-      72    12617888 :         explicit Vector3(const T &X, const T &Y, const T &Z) : data{X, Y, Z} {
-      73             :         }
-      74             : 
-      75    18504508 :         explicit Vector3(T t) : data{t, t, t} {
-      76           1 :         }
-      77             : 
-      78             :         void setX(const T X) {
-      79           1 :                 x = X;
-      80             :         }
-      81             : 
-      82             :         void setY(const T Y) {
-      83           0 :                 y = Y;
-      84             :         }
-      85             : 
-      86             :         void setZ(const T Z) {
-      87           0 :                 z = Z;
-      88             :         }
-      89             : 
-      90             :         void setXYZ(const T X, const T Y, const T Z) {
-      91     1351680 :                 x = X;
-      92     1351680 :                 y = Y;
-      93     1351680 :                 z = Z;
-      94             :         }
-      95             : 
-      96           0 :         void setR(const T r) {
-      97           0 :                 *this *= r / getR();
-      98           0 :         }
-      99             : 
-     100           3 :         void setRThetaPhi(const T r, const T theta, const T phi) {
-     101           3 :                 x = r * sin(theta) * cos(phi);
-     102           3 :                 y = r * sin(theta) * sin(phi);
-     103           3 :                 z = r * cos(theta);
-     104           3 :         }
-     105             : 
-     106             :         T getX() const {
-     107      370007 :                 return x;
-     108             :         }
-     109             : 
-     110             :         T getY() const {
-     111      370006 :                 return y;
-     112             :         }
-     113             : 
-     114             :         T getZ() const {
-     115       40006 :                 return z;
-     116             :         }
-     117             : 
-     118             :         // magnitude (2-norm) of the vector
-     119             :         T getR() const {
-     120    25099477 :                 return std::sqrt(x * x + y * y + z * z);
-     121             :         }
-     122             : 
-     123             :         // square of magnitude of the vector
-     124             :         T getR2() const {
-     125     2883584 :                 return x * x + y * y + z * z;
-     126             :         }
-     127             : 
-     128             :         // return the azimuth angle
-     129          19 :         T getPhi() const {
-     130             :                 T eps = std::numeric_limits < T > ::min();
-     131          19 :                 if ((fabs(x) < eps) && (fabs(y) < eps))
-     132             :                         return 0.0;
-     133             :                 else
-     134          18 :                         return std::atan2(y, x);
-     135             :         }
-     136             : 
-     137             :         // return the zenith angle
-     138           8 :         T getTheta() const {
-     139             :                 T eps = std::numeric_limits < T > ::min();
-     140           8 :                 if ((fabs(x) < eps) && (fabs(y) < eps) && (fabs(z) < eps))
-     141             :                         return 0.0;
-     142             :                 else
-     143           8 :                         return atan2((T) sqrt(x * x + y * y), z);
-     144             :         }
-     145             : 
-     146             :         // return the unit-vector e_r
-     147     7201361 :         Vector3<T> getUnitVector() const {
-     148     7201361 :                 return *this / getR();
-     149             :         }
-     150             : 
-     151             :         // return the unit-vector e_theta
-     152           1 :         Vector3<T> getUnitVectorTheta() const {
-     153           1 :                 T theta = getTheta();
-     154           1 :                 T phi = getPhi();
-     155           1 :                 return Vector3<T>(cos(theta) * cos(phi), cos(theta) * sin(phi),
-     156           1 :                                 -sin(theta));
-     157             :         }
-     158             : 
-     159             :         // return the unit-vector e_phi
-     160           4 :         Vector3<T> getUnitVectorPhi() const {
-     161           4 :                 return Vector3<T>(-sin(getPhi()), cos(getPhi()), 0);
-     162             :         }
-     163             : 
-     164             :         // return the angle [0, pi] between the vectors
-     165      691025 :         T getAngleTo(const Vector3<T> &v) const {
-     166      691025 :                 T cosdistance = dot(v) / v.getR() / getR();
-     167             :                 // In some directions cosdistance is > 1 on some compilers
-     168             :                 // This ensures that the correct result is returned
-     169      691025 :                 if (cosdistance >= 1.)
-     170             :                         return 0;
-     171      690880 :                 else if (cosdistance <= -1.)
-     172             :                         return M_PI;
-     173             :                 else
-     174      690880 :                         return acos(cosdistance);
-     175             :         }
-     176             : 
-     177             :         // return true if the angle between the vectors is smaller than a threshold
-     178             :         bool isParallelTo(const Vector3<T> &v, T maxAngle) const {
-     179      691017 :                 return getAngleTo(v) < maxAngle;
-     180             :         }
-     181             : 
-     182             :         // linear distance to a given vector
-     183         110 :         T getDistanceTo(const Vector3<T> &point) const {
-     184             :                 Vector3<T> d = *this - point;
-     185         110 :                 return d.getR();
-     186             :         }
-     187             : 
-     188             :         // return the component parallel to a second vector
-     189             :         // 0 if the second vector has 0 magnitude
-     190           2 :         Vector3<T> getParallelTo(const Vector3<T> &v) const {
-     191             :                 T vmag = v.getR();
-     192           2 :                 if (vmag == std::numeric_limits < T > ::min())
-     193             :                         return Vector3<T>(0.);
-     194             :                 return v * dot(v) / vmag;
-     195             :         }
-     196             : 
-     197             :         // return the component perpendicular to a second vector
-     198             :         // 0 if the second vector has 0 magnitude
-     199           1 :         Vector3<T> getPerpendicularTo(const Vector3<T> &v) const {
-     200           1 :                 if (v.getR() == std::numeric_limits < T > ::min())
-     201             :                         return Vector3<T>(0.);
-     202           1 :                 return (*this) - getParallelTo(v);
-     203             :         }
-     204             : 
-     205             :         // rotate the vector around a given axis by a given angle
-     206      481006 :         Vector3<T> getRotated(const Vector3<T> &axis, T angle) const {
-     207             :                 Vector3<T> u = axis;
-     208      481006 :                 if (u.getR() != 0.)
-     209             :                         u = u / u.getR();
-     210      481006 :                 T c = cos(angle);
-     211      481006 :                 T s = sin(angle);
-     212      481006 :                 Vector3<T> Rx(c + u.x * u.x * (1 - c), u.x * u.y * (1 - c) - u.z * s,
-     213      481006 :                                 u.x * u.z * (1 - c) + u.y * s);
-     214      481006 :                 Vector3<T> Ry(u.y * u.x * (1 - c) + u.z * s, c + u.y * u.y * (1 - c),
-     215      481006 :                                 u.y * u.z * (1 - c) - u.x * s);
-     216      481006 :                 Vector3<T> Rz(u.z * u.x * (1 - c) - u.y * s,
-     217      481006 :                                 u.z * u.y * (1 - c) + u.x * s, c + u.z * u.z * (1 - c));
-     218      481006 :                 return Vector3<T>(dot(Rx), dot(Ry), dot(Rz));
-     219             :         }
-     220             : 
-     221             :         // return vector with values limited to the range [lower, upper]
-     222           0 :         Vector3<T> clip(T lower, T upper) const {
-     223             :                 Vector3<T> out;
-     224           0 :                 out.x = std::max(lower, std::min(x, upper));
-     225           0 :                 out.y = std::max(lower, std::min(y, upper));
-     226           0 :                 out.z = std::max(lower, std::min(z, upper));
-     227           0 :                 return out;
-     228             :         }
-     229             : 
-     230             :         // return vector with absolute values
-     231             :         Vector3<T> abs() const {
-     232           0 :                 return Vector3<T>(std::abs(x), std::abs(y), std::abs(z));
-     233             :         }
-     234             : 
-     235             :         // return vector with floored values
-     236           6 :         Vector3<T> floor() const {
-     237           6 :                 return Vector3<T>(std::floor(x), std::floor(y), std::floor(z));
-     238             :         }
-     239             : 
-     240             :         // return vector with ceiled values
-     241           0 :         Vector3<T> ceil() const {
-     242           0 :                 return Vector3<T>(std::ceil(x), std::ceil(y), std::ceil(z));
-     243             :         }
-     244             : 
-     245             :         // minimum element
-     246             :         T min() const {
-     247           4 :                 return std::min(x, std::min(y, z));
-     248             :         }
-     249             : 
-     250             :         // maximum element
-     251             :         T max() const {
-     252           4 :                 return std::max(x, std::max(y, z));
-     253             :         }
-     254             : 
-     255             :         // dot product
-     256             :         T dot(const Vector3<T> &v) const {
-     257      692583 :                 return x * v.x + y * v.y + z * v.z;
-     258             :         }
-     259             : 
-     260             :         // cross product
-     261             :         Vector3<T> cross(const Vector3<T> &v) const {
-     262     2132230 :                 return Vector3<T>(y * v.z - v.y * z, z * v.x - v.z * x,
-     263     1652230 :                                 x * v.y - v.x * y);
-     264             :         }
-     265             : 
-     266             :         // returns true if all elements of the two vectors are equal
-     267             :         bool operator ==(const Vector3<T> &v) const {
-     268          33 :                 if (x != v.x)
-     269             :                         return false;
-     270          33 :                 if (y != v.y)
-     271             :                         return false;
-     272          33 :                 if (z != v.z)
-     273           0 :                         return false;
-     274             :                 return true;
-     275             :         }
-     276             : 
-     277             :         Vector3<T> operator +(const Vector3<T> &v) const {
-     278     4339186 :                 return Vector3(x + v.x, y + v.y, z + v.z);
-     279             :         }
-     280             : 
-     281             :         Vector3<T> operator +(const T &f) const {
-     282           0 :                 return Vector3(x + f, y + f, z + f);
-     283             :         }
-     284             : 
-     285             :         Vector3<T> operator -(const Vector3<T> &v) const {
-     286     7533903 :                 return Vector3(x - v.x, y - v.y, z - v.z);
-     287             :         }
-     288             : 
-     289             :         Vector3<T> operator -(const T &f) const {
-     290           0 :                 return Vector3(x - f, y - f, z - f);
-     291             :         }
-     292             : 
-     293             :         // element-wise multiplication
-     294             :         Vector3<T> operator *(const Vector3<T> &v) const {
-     295          20 :                 return Vector3(x * v.x, y * v.y, z * v.z);
-     296             :         }
-     297             : 
-     298             :         Vector3<T> operator *(T v) const {
-     299     1191262 :                 return Vector3(data[0] * v, data[1] * v, data[2] * v);
-     300             :         }
-     301             : 
-     302             :         // element-wise division
-     303             :         Vector3<T> operator /(const Vector3<T> &v) const {
-     304      100097 :                 return Vector3(x / v.x, y / v.y, z / v.z);
-     305             :         }
-     306             : 
-     307             :         Vector3<T> operator /(const T &f) const {
-     308     6242639 :                 return Vector3(x / f, y / f, z / f);
-     309             :         }
-     310             : 
-     311             :         // element-wise modulo operation
-     312           0 :         Vector3<T> operator %(const Vector3<T> &v) const {
-     313           0 :                 return Vector3(fmod(x, v.x), fmod(y, v.y), fmod(z, v.z));
-     314             :         }
-     315             : 
-     316           0 :         Vector3<T> operator %(const T &f) const {
-     317           0 :                 return Vector3(fmod(x, f), fmod(y, f), fmod(z, f));
-     318             :         }
-     319             : 
-     320             :         Vector3<T> &operator -=(const Vector3<T> &v) {
-     321           0 :                 data[0] -= v.x;
-     322           0 :                 data[1] -= v.y;
-     323           0 :                 data[2] -= v.z;
-     324             :                 return *this;
-     325             :         }
-     326             : 
-     327             :         Vector3<T> &operator -=(const T &f) {
-     328           0 :                 data[0] -= f;
-     329           0 :                 data[1] -= f;
-     330           0 :                 data[2] -= f;
-     331             :                 return *this;
-     332             :         }
-     333             : 
-     334             :         Vector3<T> &operator +=(const Vector3<T> &v) {
-     335    20664839 :                 data[0] += v.x;
-     336    20664839 :                 data[1] += v.y;
-     337    20544720 :                 data[2] += v.z;
-     338             :                 return *this;
-     339             :         }
-     340             : 
-     341             :         Vector3<T> &operator +=(const T &f) {
-     342           0 :                 data[0] += f;
-     343           0 :                 data[1] += f;
-     344           0 :                 data[2] += f;
-     345             :                 return *this;
-     346             :         }
-     347             : 
-     348             :         // element-wise multiplication
-     349             :         Vector3<T> &operator *=(const Vector3<T> &v) {
-     350           0 :                 data[0] *= v.x;
-     351           0 :                 data[1] *= v.y;
-     352           0 :                 data[2] *= v.z;
-     353             :                 return *this;
-     354             :         }
-     355             : 
-     356             :         Vector3<T> &operator *=(const T &f) {
-     357     3312538 :                 data[0] *= f;
-     358     3312538 :                 data[1] *= f;
-     359     3312538 :                 data[2] *= f;
-     360             :                 return *this;
-     361             :         }
-     362             : 
-     363             :         // element-wise division
-     364             :         Vector3<T> &operator /=(const Vector3<T> &v) {
-     365           0 :                 data[0] /= v.x;
-     366           0 :                 data[1] /= v.y;
-     367           0 :                 data[2] /= v.z;
-     368             :                 return *this;
-     369             :         }
-     370             : 
-     371             :         Vector3<T> &operator /=(const T &f) {
-     372      691019 :                 data[0] /= f;
-     373      691019 :                 data[1] /= f;
-     374      691019 :                 data[2] /= f;
-     375             :                 return *this;
-     376             :         }
-     377             : 
-     378             :         // element-wise modulo operation
-     379           0 :         Vector3<T> &operator %=(const Vector3<T> &v) {
-     380           0 :                 data[0] = fmod(x, v.x);
-     381           0 :                 data[1] = fmod(y, v.y);
-     382           0 :                 data[2] = fmod(z, v.z);
-     383           0 :                 return *this;
-     384             :         }
-     385             : 
-     386           1 :         Vector3<T> &operator %=(const T &f) {
-     387           1 :                 data[0] = fmod(x, f);
-     388           1 :                 data[1] = fmod(y, f);
-     389           1 :                 data[2] = fmod(z, f);
-     390           1 :                 return *this;
-     391             :         }
-     392             : 
-     393             :         Vector3<T> &operator =(const Vector3<T> &v) {
-     394    64125712 :                 data[0] = v.x;
-     395    64125726 :                 data[1] = v.y;
-     396    63640105 :                 data[2] = v.z;
-     397           0 :                 return *this;
-     398             :         }
-     399             : 
-     400             :         //Vector3<T> &operator =(Vector3<T> &&v) noexcept {
-     401             :         //      data[0] = v.data[0];
-     402             :         //      data[1] = v.data[1];
-     403             :         //      data[2] = v.data[2];
-     404             :         //      return *this;
-     405             :         //}
-     406             : 
-     407             :         Vector3<T> &operator =(const T &f) {
-     408             :                 data[0] = f;
-     409             :                 data[1] = f;
-     410             :                 data[2] = f;
-     411             :                 return *this;
-     412             :         }
-     413             : };
-     414             : 
-     415             : #ifndef SWIG
-     416             : template<typename T>
-     417          38 : inline std::ostream &operator <<(std::ostream &out, const Vector3<T> &v) {
-     418         114 :         out << v.x << " " << v.y << " " << v.z;
-     419          38 :         return out;
-     420             : }
-     421             : 
-     422             : template<typename T>
-     423             : inline std::istream &operator >>(std::istream &in, Vector3<T> &v) {
-     424             :         in >> v.x >> v.y >> v.z;
-     425             :         return in;
-     426             : }
-     427             : #endif
-     428             : 
-     429             : template<typename T>
-     430             : inline Vector3<T> operator *(T f, const Vector3<T> &v) {
-     431     3628978 :         return Vector3<T>(v.x * f, v.y * f, v.z * f);
-     432             : }
-     433             : 
-     434             : typedef Vector3<double> Vector3d;
-     435             : typedef Vector3<float> Vector3f;
-     436             : 
-     437             : /** @}*/
-     438             : }  // namespace crpropa
-     439             : 
-     440             : #endif  // CRPROPA_VECTOR3_H
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-       1             : #ifndef CRPROPA_ADVECTIONFIELD_H
-       2             : #define CRPROPA_ADVECTIONFIELD_H
-       3             : 
-       4             : 
-       5             : #include <string>
-       6             : #include <iostream>
-       7             : #include <cmath>
-       8             : #include <cstdlib>
-       9             : #include <sstream>
-      10             : 
-      11             : #include "crpropa/Vector3.h"
-      12             : #include "crpropa/Referenced.h"
-      13             : #include "crpropa/Units.h"
-      14             : 
-      15             : namespace crpropa {
-      16             : 
-      17             : /**
-      18             :  @class AdvectionField
-      19             :  @brief Abstract base class for advection fields. These are used to model 
-      20             :         the deterministic part of the Fokker-Planck equation. The getDivergence()
-      21             :         method is used to model the adibatic cooling/heating.
-      22             :  */
-      23             : class AdvectionField: public Referenced {
-      24             : public:
-      25             :         virtual ~AdvectionField() {
-      26             :         }
-      27             :         virtual Vector3d getField(const Vector3d &position) const = 0;
-      28             :         virtual double getDivergence(const Vector3d &position) const = 0;
-      29             : };
-      30             : 
-      31             : 
-      32             : /**
-      33             :  @class AdvectionFieldList
-      34             :  @brief Advection field decorator implementing a superposition of fields.
-      35             :  */
-      36           2 : class AdvectionFieldList: public AdvectionField {
-      37             :         std::vector<ref_ptr<AdvectionField> > fields;
-      38             : public:
-      39             :         void addField(ref_ptr<AdvectionField> field);
-      40             :         Vector3d getField(const Vector3d &position) const;
-      41             :         double getDivergence(const Vector3d &position) const;
-      42             : };
-      43             : 
-      44             : 
-      45             : /**
-      46             :  @class UniformAdvectionField
-      47             :  @brief Advection field with one velocity/advection-field vector.
-      48             :  */
-      49           1 : class UniformAdvectionField: public AdvectionField {
-      50             :         Vector3d value;
-      51             : public:
-      52             :         UniformAdvectionField(const Vector3d &value);
-      53             :         Vector3d getField(const Vector3d &position) const;
-      54             :         double getDivergence(const Vector3d &position) const;
-      55             : 
-      56             :         std::string getDescription() const;
-      57             : };
-      58             : 
-      59             : 
-      60             : /**
-      61             : @class ConstantSphericalAdvectionField
-      62             : @brief Spherical advection field with a constant wind speed
-      63             : */
-      64             : 
-      65           1 : class ConstantSphericalAdvectionField: public AdvectionField {
-      66             :         Vector3d origin; //origin of the advection sphere
-      67             :         double vWind; // wind velocity
-      68             : public:
-      69             :         /** Constructor
-      70             :          @param origin  Origin of the advection field
-      71             :          @param vWind   Constant wind velocity
-      72             : 
-      73             : */
-      74             : 
-      75             :         ConstantSphericalAdvectionField(const Vector3d origin, double vWind);
-      76             :         Vector3d getField(const Vector3d &position) const;
-      77             :         double getDivergence(const Vector3d &position) const;
-      78             : 
-      79             :         void setOrigin(const Vector3d origin);
-      80             :         void setVWind(double vMax);
-      81             : 
-      82             :         Vector3d getOrigin() const;
-      83             :         double getVWind() const;
-      84             : 
-      85             :         std::string getDescription() const;
-      86             : 
-      87             :         
-      88             : };
-      89             :         
-      90             : /**
-      91             :  @class SphericalAdvectionField
-      92             :  @brief Spherical advection with a exponentially increasing and
-      93             :         exponentially constant velocity.
-      94             : */
-      95             : 
-      96           1 : class SphericalAdvectionField: public AdvectionField {
-      97             :         Vector3d origin; //origin of the advection sphere
-      98             :         double radius; //radius of the advection sphere
-      99             :         double vMax; // maximum wind velocity
-     100             :         double tau; // transition distance
-     101             :         double alpha; //tuning parameter
-     102             : public:
-     103             :         /** Constructor
-     104             :         @param origin   Origin of the advection sphere
-     105             :         @param radius   Radius of the advection sphere
-     106             :         @param vMax     Maximum wind velocity
-     107             :         @param tau      Transition distance
-     108             :         @param alpha    Tuning parameter
-     109             : */
-     110             :         SphericalAdvectionField(const Vector3d origin, double radius, double vMax, double tau, double alpha);
-     111             :         Vector3d getField(const Vector3d &position) const;
-     112             :         double getDivergence(const Vector3d &position) const;
-     113             : 
-     114             :         double getV(const double &r) const;
-     115             : 
-     116             :         void setOrigin(const Vector3d origin);
-     117             :         void setRadius(double radius);
-     118             :         void setVMax(double vMax);
-     119             :         void setTau(double tau);
-     120             :         void setAlpha(double alpha);
-     121             : 
-     122             :         Vector3d getOrigin() const;
-     123             :         double getRadius() const;
-     124             :         double getVMax() const;
-     125             :         double getTau() const;
-     126             :         double getAlpha() const;
-     127             :         
-     128             :         std::string getDescription() const;
-     129             : };
-     130             : 
-     131             : /**
-     132             :  @class OneDimensionalCartesianShock
-     133             :  @brief Advection field in x-direction with shock at x = 0 and width lShock approximated by tanh() 
-     134             :                 with variable compression ratio vUp/vDown
-     135             :  */
-     136             : class OneDimensionalCartesianShock: public AdvectionField {
-     137             :         double compressionRatio; //compression ratio of shock
-     138             :         double vUp; //upstream velocity 
-     139             :         double lShock; //shock width
-     140             : public:
-     141             : /** Constructor
-     142             :         @param compressionRatio //compression ratio of shock
-     143             :         @param vUp //upstream velocity 
-     144             :         @param lShock //shock width
-     145             : */
-     146             :         OneDimensionalCartesianShock(double compressionRatio, double vUp, double lShock);
-     147             :         Vector3d getField(const Vector3d &position) const;
-     148             :         double getDivergence(const Vector3d &position) const;
-     149             : 
-     150             :         void setComp(double compressionRatio);
-     151             :         void setVup(double vUp);
-     152             :         void setShockwidth(double lShock);
-     153             : 
-     154             :         double getComp() const;
-     155             :         double getVup() const; 
-     156             :         double getShockwidth() const;
-     157             : 
-     158             :         std::string getDescription() const;
-     159             : };
-     160             : 
-     161             : /**
-     162             :  @class OneDimensionalSphericalShock
-     163             :  @brief Advection field in x-direction with shock at rShock and width lShock approximated by tanh() 
-     164             :                 with variable compression ratio ratio vUp/vDown
-     165             :  */
-     166             : class OneDimensionalSphericalShock: public AdvectionField {
-     167             :         double compressionRatio;        //compression ratio of shock
-     168             :         double vUp;     //upstream velocity 
-     169             :         double lShock;  //shock width
-     170             :         double rShock;  //shock radius
-     171             :         bool coolUpstream;      //flag for upstream cooling
-     172             : public:
-     173             : /** Constructor
-     174             :         @param compressionRatio //compression ratio of shock
-     175             :         @param vUp      //upstream velocity 
-     176             :         @param lShock   //shock width
-     177             :         @param rShock   //shock radius
-     178             :         @param coolUpstream //flag for upstream cooling
-     179             : */
-     180             :         OneDimensionalSphericalShock(double rShock, double vUp, double compressionRatio, double lShock, bool coolUpstream);
-     181             :         Vector3d getField(const Vector3d &position) const;
-     182             :         double getDivergence(const Vector3d &position) const;
-     183             : 
-     184             :         void setComp(double compressionRatio);
-     185             :         void setVup(double vUp);
-     186             :         void setShockwidth(double lShock);
-     187             :         void setShockRadius(double rShock);
-     188             :         void setCooling(bool coolUpstream);
-     189             : 
-     190             :         double getComp() const; 
-     191             :         double getVup() const;
-     192             :         double getShockwidth() const;
-     193             :         double getShockRadius() const;
-     194             :         bool getCooling() const;
-     195             : 
-     196             :         std::string getDescription() const;
-     197             : };
-     198             : 
-     199             : /**
-     200             :  @class ObliqueAdvectionShock
-     201             :  @brief Advection field in x-y-direction with shock at x = 0 and width x_sh approximated by tanh() 
-     202             :                 with variable compression ratio r_comp = vx_up/vx_down. The y component vy is not shocked 
-     203             :                 and remains constant. 
-     204             :  */
-     205             : class ObliqueAdvectionShock: public AdvectionField {
-     206             :         double compressionRatio; //compression ratio of shock
-     207             :         double vXUp; //upstream velocity x-component
-     208             :         double vY; //constant velocity y-component
-     209             :         double lShock; //shock width
-     210             :         
-     211             : public:
-     212             : /** Constructor
-     213             :         @param compressionRatio //compression ratio of shock
-     214             :         @param vXUp //upstream velocity x-component
-     215             :         @param vY //constant velocity y-component
-     216             :         @param lShock //shock width
-     217             :         
-     218             : */
-     219             :         ObliqueAdvectionShock(double compressionRatio, double vXUp, double vY, double lShock);
-     220             :         Vector3d getField(const Vector3d &position) const;
-     221             :         double getDivergence(const Vector3d &position) const;
-     222             : 
-     223             :         void setComp(double compressionRatio);
-     224             :         void setVup(double vXUp);
-     225             :         void setVy(double vY);
-     226             :         void setShockwidth(double lShock);
-     227             : 
-     228             :         double getComp() const; 
-     229             :         double getVup() const;
-     230             :         double getVy() const;
-     231             :         double getShockwidth() const;
-     232             :         
-     233             :         std::string getDescription() const;
-     234             : };
-     235             : 
-     236             : /**
-     237             :  @class SphericalAdvectionShock
-     238             :  @brief Spherical advection with a constant velocity for r<r_0
-     239             :         at the the shock the velocity drops to v_0/4. followed by
-     240             :         a decrease proportional to 1/r^2.
-     241             : */
-     242             : 
-     243           1 : class SphericalAdvectionShock: public AdvectionField {
-     244             :         Vector3d origin; // origin of the advection sphere
-     245             :         double r_0; // position of the shock
-     246             :         double v_0; // constant velocity
-     247             :         double lambda; //transition width
-     248             :         double r_rot; // normalization radius for rotation speed
-     249             :         double v_phi; // rotation speed at r_rot
-     250             : 
-     251             : public:
-     252             :         /** Constructor
-     253             :         @param origin   Origin of the advection sphere
-     254             :         @param r_0      Position of the shock
-     255             :         @param v_0      Constant velocity (r<<r_o)
-     256             :         @param lambda   Transition width / width of the shock
-     257             : */
-     258             :         SphericalAdvectionShock(const Vector3d origin, double r_0, double v_0, double lambda);
-     259             : 
-     260             :         Vector3d getField(const Vector3d &position) const;
-     261             :         double getDivergence(const Vector3d &position) const;
-     262             : 
-     263             :         double g(double R) const;
-     264             :         double g_prime(double R) const;
-     265             : 
-     266             :         void setOrigin(const Vector3d Origin);
-     267             :         void setR0(double r);
-     268             :         void setV0(double v);
-     269             :         void setLambda(double l);
-     270             :         void setRRot(double r);
-     271             :         void setAzimuthalSpeed(double vPhi);
-     272             : 
-     273             :         Vector3d getOrigin() const;
-     274             :         double getR0() const;
-     275             :         double getV0() const;
-     276             :         double getLambda() const;
-     277             :         /**
-     278             :          * @param r Normalization radius for rotation speed
-     279             :         */      
-     280             :         double getRRot() const;
-     281             :         /**
-     282             :          * @param vPhi  Rotation speed at r_rot
-     283             :         */      
-     284             :         double getAzimuthalSpeed() const;
-     285             : 
-     286             :         std::string getDescription() const;
-     287             : };
-     288             : 
-     289             : } // namespace crpropa
-     290             : 
-     291             : #endif // CRPROPA_ADVECTIONFIELD_H
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-       1             : #ifndef CRPROPA_GALACTICMAGNETICFIELD_H
-       2             : #define CRPROPA_GALACTICMAGNETICFIELD_H
-       3             : 
-       4             : #include "crpropa/magneticField/MagneticField.h"
-       5             : #include <cmath>
-       6             : 
-       7             : namespace crpropa {
-       8             : /**
-       9             :  * \addtogroup MagneticFields
-      10             :  * @{
-      11             :  */
-      12             : 
-      13             : /**
-      14             :  @class ToroidalHaloField
-      15             :  @brief Galactic halo field model from Prouza & Smida 2003 and Sun et al. 2008
-      16             :  */
-      17             : class ToroidalHaloField: public MagneticField {
-      18             :         double b0; // halo field strength
-      19             :         double z0; // vertical position
-      20             :         double z1; // vertical scale
-      21             :         double r0; // radial scale
-      22             : 
-      23             : public:
-      24             :         /**
-      25             :          * Constructor
-      26             :          * @param b0 halo field strength
-      27             :          * @param z0 vertical position
-      28             :          * @param z1 vertical scale
-      29             :          * @param r0 radial scale
-      30             :         */
-      31           1 :         ToroidalHaloField(double b0 = 1., double z0 = 1., double z1 = 1., double r0 = 1.) {
-      32             :                 setParameters(b0, z0, z1, r0);
-      33             :         }
-      34             : 
-      35             :         void setParameters(double b0, double z0, double z1, double r0) {
-      36           1 :                 this->b0 = b0;
-      37           1 :                 this->z0 = z0;
-      38           1 :                 this->z1 = z1;
-      39           1 :                 this->r0 = r0;
-      40             :         }
-      41             : 
-      42           2 :         Vector3d getField(Vector3d pos) {
-      43           2 :                 double r = sqrt(pos.x * pos.x + pos.y * pos.y) / r0; // in-plane radius in units of the radial scale
-      44           2 :                 double b = b0 / (1 + pow((std::fabs(pos.z) - z0) / z1, 2)) * r * exp(1 - r);
-      45           2 :                 double phi = pos.getPhi(); // azimuth
-      46           2 :                 return Vector3d(cos(phi), sin(phi), 0) * b;
-      47             :         }
-      48             : };
-      49             : /** @} */
-      50             : 
-      51             : /**
-      52             :  * \addtogroup MagneticFields
-      53             :  * @{
-      54             :  */
-      55             : 
-      56             : /**
-      57             :  @class LogarithmicSpiralField
-      58             :  @brief Galactic disk field model of axisymmetric (ASS) or bisymmetric (BSS) logarithmic spiral shape
-      59             :  */
-      60             : class LogarithmicSpiralField: public MagneticField {
-      61             : private:
-      62             :         bool isBSS;   // true for BSS, false for ASS
-      63             :         double b0;    // field strength
-      64             :         double pitch; // pitch angle [rad]
-      65             :         double rsol;  // distance of sun to galactic center
-      66             :         double rc;    // radius of central region with constant field strength
-      67             :         double d;     // distance to the first field reversal
-      68             :         double z0;    // vertical attenuation length
-      69             : 
-      70             :         double phase; // phase of the spiral arms
-      71             :         double cosPhase;
-      72             :         double sinPitch;
-      73             :         double cosPitch;
-      74             :         double tanPitch;
-      75             : 
-      76           1 :         void updatePitchAngle() {
-      77           1 :                 sinPitch = sin(pitch);
-      78           1 :                 cosPitch = cos(pitch);
-      79           1 :                 tanPitch = tan(pitch);
-      80           1 :         }
-      81             : 
-      82           1 :         void updatePhase() {
-      83           1 :                 phase = log(1 + d / rsol) / tanPitch - M_PI / 2;
-      84           1 :                 cosPhase = cos(phase);
-      85           1 :         }
-      86             : 
-      87             : public:
-      88             :         /**
-      89             :          * Constructor
-      90             :          * @param isBSS switch for the magnetic field model
-      91             :          *                              true for BSS, false for ASS
-      92             :          * @param b0    magnetic field strength
-      93             :          * @param pitch pitch angle [rad]
-      94             :          * @param rsol  distance of sun from Galactic center
-      95             :          * @param rc    radius of central region with constant field
-      96             :          * @param d             distance to first field reversal
-      97             :          * @param z0    vertical attenuation length
-      98             :         */
-      99             :         LogarithmicSpiralField(bool isBSS = true, double b0 = 1., double pitch = M_1_PI/4.,
-     100           1 :                 double rsol = 8.5*kpc, double rc = 3*kpc, double d = 5*kpc, double z0 = 3*kpc) {
-     101             :                 setParameters(isBSS, b0, pitch, rsol, rc, d, z0);
-     102             :         }
-     103             : 
-     104             :         void setParameters(bool isBSS, double b0, double pitch, double rsol,
-     105             :                         double rc, double d, double z0) {
-     106           1 :                 this->isBSS = isBSS;
-     107           1 :                 this->b0 = b0;
-     108           1 :                 this->pitch = pitch;
-     109           1 :                 this->rsol = rsol;
-     110           1 :                 this->rc = rc;
-     111           1 :                 this->d = d;
-     112           1 :                 this->z0 = z0;
-     113           1 :                 updatePitchAngle();
-     114           1 :                 updatePhase();
-     115             :         }
-     116             : 
-     117           1 :         Vector3d getField(Vector3d pos) const {
-     118           1 :                 double r = sqrt(pos.x * pos.x + pos.y * pos.y); // in-plane radius
-     119           1 :                 double b = b0 / cosPhase * rsol / std::max(r, rc);
-     120             : 
-     121           1 :                 double phi = pos.getPhi();
-     122           1 :                 double c = cos(phi - log(r / rsol) / tanPitch + phase);
-     123           1 :                 if (isBSS)
-     124           1 :                         c = std::fabs(c);
-     125           1 :                 b *= c * exp(-std::fabs(pos.z) / z0);
-     126             : 
-     127           1 :                 return Vector3d(cosPitch * cos(phi), sinPitch * sin(phi), 0) * b;
-     128             :         }
-     129             : };
-     130             : /** @} */
-     131             : 
-     132             : }// namespace crpropa
-     133             : 
-     134             : #endif // CRPROPA_GALACTICMAGNETICFIELD_H
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_ZNK7crpropa13MagneticField8getFieldERKNS_7Vector3IdEE0
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_ZNK7crpropa13MagneticField8getFieldERKNS_7Vector3IdEEd5760379
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-       1             : #ifndef CRPROPA_MAGNETICFIELD_H
-       2             : #define CRPROPA_MAGNETICFIELD_H
-       3             : 
-       4             : #include "crpropa/Units.h"
-       5             : #include "crpropa/Vector3.h"
-       6             : #include "crpropa/Referenced.h"
-       7             : 
-       8             : #ifdef CRPROPA_HAVE_MUPARSER
-       9             : #include "muParser.h"
-      10             : #endif
-      11             : 
-      12             : namespace crpropa {
-      13             : /**
-      14             :  * \addtogroup MagneticFields
-      15             :  * @{
-      16             :  */
-      17             : 
-      18             : /**
-      19             :  @class MagneticField
-      20             :  @brief Abstract base class for magnetic fields.
-      21             :  */
-      22           0 : class MagneticField: public Referenced {
-      23             : public:
-      24           0 :         virtual ~MagneticField() {
-      25           0 :         }
-      26           0 :         virtual Vector3d getField(const Vector3d &position) const {
-      27           0 :                 return Vector3d(0,0,0);
-      28             :         };
-      29     5760379 :         virtual Vector3d getField(const Vector3d &position, double z) const {
-      30     5760379 :                 return getField(position);
-      31             :         };
-      32             : };
-      33             : 
-      34             : /**
-      35             :  @class PeriodicMagneticField
-      36             :  @brief Magnetic field decorator implementing periodic fields.
-      37             : 
-      38             :  The periodic cube is defined by its origin (Vector3d) and an
-      39             :  extends parameter (Vector3d). All points x=(x_1, x_2, x_3) 
-      40             :  that are described by x_i = origin_i + epsilon * extend_i, 
-      41             :  with epsilon = 0...1 are within the base cube. Magnetic field
-      42             :  strengths for all positions outside of this cube are calculated 
-      43             :  based on the values in the base cube. 
-      44             :  This can be done periodically or reflectively.
-      45             : */
-      46             : 
-      47             : class PeriodicMagneticField: public MagneticField {
-      48             :         ref_ptr<MagneticField> field;
-      49             :         Vector3d origin, extends;
-      50             :         bool reflective;
-      51             : public:
-      52             :         /**
-      53             :          * Constructor
-      54             :          * @param field magnetic field reference pointer
-      55             :          * @param extends length, width, and height of the base cube 
-      56             :         */
-      57             :         PeriodicMagneticField(ref_ptr<MagneticField> field,
-      58             :                         const Vector3d &extends);
-      59             :         /**
-      60             :          * Constructor
-      61             :          * @param field magnetic field reference pointer
-      62             :          * @param extends length, width, and height of the base cube
-      63             :          * @param origin defines the reference position 
-      64             :          * @param reflective for periodic or reflective behavior  
-      65             :         */
-      66             :         PeriodicMagneticField(ref_ptr<MagneticField> field, const Vector3d &extends,
-      67             :                         const Vector3d &origin, bool reflective);
-      68             :         Vector3d &getOrigin();
-      69             :         void setOrigin(const Vector3d &origin);
-      70             :         Vector3d &getExtends();
-      71             :         void setExtends(const Vector3d &origin);
-      72             :         bool isReflective();
-      73             :         void setReflective(bool reflective);
-      74             :         Vector3d getField(const Vector3d &position) const;
-      75             : };
-      76             : 
-      77             : /**
-      78             :  @class MagneticFieldList
-      79             :  @brief Magnetic field decorator implementing a superposition of fields.
-      80             :  */
-      81           2 : class MagneticFieldList: public MagneticField {
-      82             :         std::vector<ref_ptr<MagneticField> > fields;
-      83             : public:
-      84             :         void addField(ref_ptr<MagneticField> field);
-      85             :         Vector3d getField(const Vector3d &position) const;
-      86             : };
-      87             : 
-      88             : /**
-      89             :  @class MagneticFieldEvolution
-      90             :  @brief Magnetic field decorator implementing an evolution of type (1+z)^m.
-      91             :  */
-      92           2 : class MagneticFieldEvolution: public MagneticField {
-      93             :         ref_ptr<MagneticField> field;
-      94             :         double m;
-      95             : public:
-      96             :         /**
-      97             :          * Constructor
-      98             :          * @param field magnetic field reference pointer
-      99             :          * @param m cosmic evolution parameter 
-     100             :         */
-     101             :         MagneticFieldEvolution(ref_ptr<MagneticField> field, double m);
-     102             :         Vector3d getField(const Vector3d &position, double z = 0) const;
-     103             : };
-     104             : 
-     105             : /**
-     106             :  @class UniformMagneticField
-     107             :  @brief Magnetic field with one B-field vector.
-     108             :  */
-     109             : class UniformMagneticField: public MagneticField {
-     110             :         Vector3d value;
-     111             : public:
-     112             :         /**
-     113             :          * Constructor
-     114             :          * @param value magnetic field strength
-     115             :         */
-     116          33 :         UniformMagneticField(const Vector3d &value) :
-     117          33 :                         value(value) {
-     118             :         }
-     119     5760340 :         Vector3d getField(const Vector3d &position) const {
-     120     5760340 :                 return value;
-     121             :         }
-     122             : };
-     123             : 
-     124             : /**
-     125             :  @class MagneticDipoleField
-     126             :  @brief Magnetic dipole field defined by the magnetic moment and the 'core' radius.
-     127             :  */
-     128           1 : class MagneticDipoleField: public MagneticField {
-     129             :         Vector3d origin;
-     130             :         Vector3d moment;
-     131             :         double radius;
-     132             : public:
-     133             :         /**
-     134             :          * Constructor
-     135             :          * @param origin        singularity of the dipole field
-     136             :          * @param moment        magnetic moment of the dipole field
-     137             :          * @param radius        inside a radius around the origin the 
-     138             :          *                                      magnetic field is constant: moment * 2 * mu0 / 3  
-     139             :         */
-     140           1 :         MagneticDipoleField(const Vector3d &origin, const Vector3d &moment, const double radius) :
-     141           1 :                         origin(origin), moment(moment), radius(radius) {
-     142             :         }
-     143             :         Vector3d getField(const Vector3d &position) const;
-     144             : };
-     145             : 
-     146             : #ifdef CRPROPA_HAVE_MUPARSER
-     147             : /**
-     148             :  @class RenormalizeMagneticField
-     149             :  @brief Renormalize strength of a given field by expression in which B is the strength variable.
-     150             :  */
-     151             : class RenormalizeMagneticField: public MagneticField {
-     152             :         ref_ptr<MagneticField> field;
-     153             :         std::string expression;
-     154             :         mu::Parser *p;
-     155             :         double Bmag;
-     156             : public:
-     157             :         /**
-     158             :          * Constructor
-     159             :          * @param field                 magnetic field reference pointer
-     160             :          * @param expression    muParser expression used to renormalize the field, 
-     161             :          *                                              e.g., "gauss". 
-     162             :         */
-     163             :         RenormalizeMagneticField(ref_ptr<MagneticField> field, std::string expression);
-     164           1 :         ~RenormalizeMagneticField() { delete p; }
-     165             :         Vector3d getField(const Vector3d &position);
-     166             : };
-     167             : #endif
-     168             : 
-     169             : /** @} */
-     170             : } // namespace crpropa
-     171             : 
-     172             : #endif // CRPROPA_MAGNETICFIELD_H
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-       1             : #ifndef CRPROPA_MAGNETICFIELDGRID_H
-       2             : #define CRPROPA_MAGNETICFIELDGRID_H
-       3             : 
-       4             : #include "crpropa/magneticField/MagneticField.h"
-       5             : #include "crpropa/Grid.h"
-       6             : 
-       7             : namespace crpropa {
-       8             : /**
-       9             :  * \addtogroup MagneticFields
-      10             :  * @{
-      11             :  */
-      12             : 
-      13             : /**
-      14             :  @class MagneticFieldGrid
-      15             :  @brief Magnetic field on a periodic (or reflective), cartesian grid with trilinear interpolation.
-      16             : 
-      17             :  This class wraps a Grid3f to serve as a MagneticField.
-      18             :  */
-      19             : class MagneticFieldGrid: public MagneticField {
-      20             :         ref_ptr<Grid3f> grid;
-      21             : public:
-      22             :         /**
-      23             :          *Constructor
-      24             :          @param grid Grid3f storing the magnetic field vectors
-      25             :         */
-      26             :         MagneticFieldGrid(ref_ptr<Grid3f> grid);
-      27             :         void setGrid(ref_ptr<Grid3f> grid);
-      28             :         ref_ptr<Grid3f> getGrid();
-      29             :         Vector3d getField(const Vector3d &position) const;
-      30             : };
-      31             : 
-      32             : /**
-      33             :  @class ModulatedMagneticFieldGrid
-      34             :  @brief Modulated magnetic field on a periodic grid.
-      35             : 
-      36             :  This class wraps a Grid3f to serve as a MagneticField.
-      37             :  The field is modulated on-the-fly with a Grid1f.
-      38             :  The Grid3f and Grid1f do not need to share the same origin, spacing or size.
-      39             :  */
-      40             : class ModulatedMagneticFieldGrid: public MagneticField {
-      41             :         ref_ptr<Grid3f> grid;
-      42             :         ref_ptr<Grid1f> modGrid;
-      43             : public:
-      44           0 :         ModulatedMagneticFieldGrid() {
-      45             :         }
-      46             :         /**
-      47             :          *Constructor
-      48             :          @param grid    Grid3f storing the magnetic field vectors
-      49             :          @param modGrid Grid1f used to scale the magnetic field strength
-      50             :                                         B^new_i = B^old_i * scale 
-      51             :         */
-      52             :         ModulatedMagneticFieldGrid(ref_ptr<Grid3f> grid, ref_ptr<Grid1f> modGrid);
-      53             :         void setGrid(ref_ptr<Grid3f> grid);
-      54             :         void setModulationGrid(ref_ptr<Grid1f> modGrid);
-      55             :         ref_ptr<Grid3f> getGrid();
-      56             :         ref_ptr<Grid1f> getModulationGrid();
-      57             :         void setReflective(bool gridReflective, bool modGridReflective);
-      58             :         Vector3d getField(const Vector3d &position) const;
-      59             : };
-      60             : /** @} */
-      61             : } // namespace crpropa
-      62             : 
-      63             : #endif // CRPROPA_MAGNETICFIELDGRID_H
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-       1             : #ifndef CRPROPA_GRIDTURBULENCE_H
-       2             : #define CRPROPA_GRIDTURBULENCE_H
-       3             : 
-       4             : #ifdef CRPROPA_HAVE_FFTW3F
-       5             : 
-       6             : #include "crpropa/Grid.h"
-       7             : #include "crpropa/magneticField/turbulentField/TurbulentField.h"
-       8             : 
-       9             : #include "fftw3.h"
-      10             : 
-      11             : namespace crpropa {
-      12             : /**
-      13             :  * \addtogroup MagneticFields
-      14             :  * @{
-      15             :  */
-      16             : 
-      17             : /**
-      18             :  @class GridTurbulence
-      19             :  @brief Turbulent grid-based magnetic field with a general energy spectrum
-      20             :  */
-      21           6 : class GridTurbulence : public TurbulentField {
-      22             :   protected:
-      23             :         unsigned int seed;
-      24             :         ref_ptr<Grid3f> gridPtr;
-      25             : 
-      26             :         void initGrid(const GridProperties &grid);
-      27             :         void initTurbulence();
-      28             : 
-      29             :   public:
-      30             :         /**
-      31             :          Create a random initialization of a turbulent field.
-      32             :          @param spectrum    TurbulenceSpectrum instance to define the spectrum of
-      33             :          turbulence
-      34             :          @param gridProp        GridProperties instance to define the underlying grid
-      35             :          @param seed     Random seed
-      36             :          */
-      37             :         GridTurbulence(const TurbulenceSpectrum &spectrum,
-      38             :                        const GridProperties &gridProp, unsigned int seed = 0);
-      39             : 
-      40             :         Vector3d getField(const Vector3d &pos) const;
-      41             : 
-      42             :         /** Return a const reference to the grid */
-      43             :         const ref_ptr<Grid3f> &getGrid() const;
-      44             : 
-      45             :         /* Helper functions for synthetic turbulent field models */
-      46             :         // Check the grid properties before the FFT procedure
-      47             :         static void checkGridRequirements(ref_ptr<Grid3f> grid, double lMin,
-      48             :                                           double lMax);
-      49             :         // Execute inverse discrete FFT in-place for a 3D grid, from complex to real
-      50             :         // space
-      51             :         static void executeInverseFFTInplace(ref_ptr<Grid3f> grid,
-      52             :                                              fftwf_complex *Bkx, fftwf_complex *Bky,
-      53             :                                              fftwf_complex *Bkz);
-      54             : 
-      55             :         // Usefull checks for a grid field
-      56             :         /** Evaluate the mean vector of all grid points */
-      57             :         Vector3f getMeanFieldVector() const;
-      58             :         /** Evaluate the mean of all grid points */
-      59             :         double getMeanFieldStrength() const;
-      60             :         /** Evaluate the RMS of all grid points */
-      61             :         double getRmsFieldStrength() const;
-      62             :         /** Evaluate the RMS of all grid points per axis */
-      63             :         std::array<float, 3> getRmsFieldStrengthPerAxis() const;
-      64             :         /** Evaluate generated power-spectrum */
-      65             :         std::vector<std::pair<int, float>> getPowerSpectrum() const;
-      66             :         /** Dump a Grid3f to a binary file */
-      67             :         void dumpToFile(std::string filename) const;
-      68             : };
-      69             : 
-      70             : /** @}*/
-      71             : } // namespace crpropa
-      72             : 
-      73             : #endif // CRPROPA_HAVE_FFTW3F
-      74             : 
-      75             : #endif // CRPROPA_GRIDTURBULENCE_H
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-       1             : #ifndef CRPROPA_HELICALGRIDTURBULENCE_H
-       2             : #define CRPROPA_HELICALGRIDTURBULENCE_H
-       3             : 
-       4             : #ifdef CRPROPA_HAVE_FFTW3F
-       5             : 
-       6             : #include "crpropa/Grid.h"
-       7             : #include "crpropa/magneticField/turbulentField/SimpleGridTurbulence.h"
-       8             : 
-       9             : #include "kiss/logger.h"
-      10             : #include "kiss/string.h"
-      11             : 
-      12             : namespace crpropa {
-      13             : /**
-      14             :  * \addtogroup MagneticFields
-      15             :  * @{
-      16             :  */
-      17             : 
-      18             : /**
-      19             :  @class HelicalGridTurbulence
-      20             :  @brief Turbulent grid-based magnetic field with a simple power-law spectrum
-      21             :  */
-      22             : class HelicalGridTurbulence : public SimpleGridTurbulence {
-      23             :   private:
-      24             :         double H;
-      25             : 
-      26             :   public:
-      27             :         /**
-      28             :          Create a random initialization of a turbulent field.
-      29             :          @param spectrum    TurbulenceSpectrum instance to define the spectrum of
-      30             :          turbulence
-      31             :          @param gridProp        GridProperties instance to define the underlying grid
-      32             :          @param H       Helicity
-      33             :          @param seed     Random seed
-      34             :          */
-      35             :         HelicalGridTurbulence(const SimpleTurbulenceSpectrum &spectrum,
-      36             :                               const GridProperties &gridProp, double H,
-      37             :                               unsigned int seed = 0);
-      38             : 
-      39             :         static void initTurbulence(ref_ptr<Grid3f> grid, double Brms, double lMin,
-      40             :                                    double lMax, double alpha, int seed, double H);
-      41             : };
-      42             : 
-      43             : // Compatibility with old functions from GridTurbulence:
-      44             : 
-      45             : /**
-      46             :  Create a random initialization of a turbulent field including helicity
-      47             :  @param grid    grid on which the turbulence is calculated
-      48             :  @param Brms    RMS field strength
-      49             :  @param lMin    Minimum wavelength of the turbulence
-      50             :  @param lMax    Maximum wavelength of the turbulence
-      51             :  @param alpha   Power law index of <B^2(k)> ~ k^alpha (alpha = -11/3 corresponds
-      52             :  to a Kolmogorov spectrum)
-      53             :  @param seed    Random seed
-      54             :  @param H               Helicity
-      55             : */
-      56           0 : void initHelicalTurbulence(ref_ptr<Grid3f> grid, double Brms, double lMin,
-      57             :                            double lMax, double alpha = -11 / 3., int seed = 0,
-      58             :                            double H = 0) {
-      59           0 :         KISS_LOG_WARNING
-      60             :             << "initTurbulence is deprecated and will be removed in the future. "
-      61           0 :                "Replace it with a more appropriate turbulent field model instance.";
-      62           0 :         HelicalGridTurbulence::initTurbulence(grid, Brms, lMin, lMax, alpha, seed,
-      63             :                                               H);
-      64           0 : }
-      65             : 
-      66             : /** @}*/
-      67             : } // namespace crpropa
-      68             : 
-      69             : #endif // CRPROPA_HAVE_FFTW3F
-      70             : 
-      71             : #endif // CRPROPA_HELICALGRIDTURBULENCE_H
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-       1             : #ifndef CRPROPA_SIMPLEGRIDTURBULENCE_H
-       2             : #define CRPROPA_SIMPLEGRIDTURBULENCE_H
-       3             : 
-       4             : #ifdef CRPROPA_HAVE_FFTW3F
-       5             : 
-       6             : #include "crpropa/magneticField/turbulentField/GridTurbulence.h"
-       7             : 
-       8             : #include "kiss/logger.h"
-       9             : #include "kiss/string.h"
-      10             : 
-      11             : namespace crpropa {
-      12             : /**
-      13             :  * \addtogroup MagneticFields
-      14             :  * @{
-      15             :  */
-      16             : 
-      17             : /**
-      18             :  @class SimpleTurbulenceSpectrum
-      19             :  @brief Defines the energy spectrum of simple power-law turbulence
-      20             :  */
-      21             : class SimpleTurbulenceSpectrum : public TurbulenceSpectrum {
-      22             :         const int constScaleBendover = 1000;    // define the bandover scale as 1000 * lMax to ensure k * lBendover >> 1. The bendover scale is necessary for the implementation of PlaneWaveTurbulence. 
-      23             :   public:
-      24             :         /**
-      25             :          * The bend-over scale is set to 1000 times lMax to ensure to be in the inertial range. This should not be changed.
-      26             :          @param Brms            Root mean square field strength for generated field
-      27             :          @param lMin            Minimum physical scale of the turbulence
-      28             :          @param lMax            Maximum physical scale of the turbulence
-      29             :          @param sIndex          Spectral index of the energy spectrum in the inertial range
-      30             :         */
-      31             :         SimpleTurbulenceSpectrum(double Brms, double lMin, double lMax,
-      32             :                                  double sIndex = 5. / 3)
-      33           2 :             : TurbulenceSpectrum(Brms, lMin, lMax, constScaleBendover * lMax, sIndex, 0) {}
-      34           0 :         ~SimpleTurbulenceSpectrum() {}
-      35             : 
-      36             :         /**
-      37             :         General energy spectrum for synthetic turbulence models
-      38             :         */
-      39      206961 :         double energySpectrum(double k) const {
-      40      206961 :                 return std::pow(k, -getSindex() - 2);
-      41             :         }
-      42             : 
-      43             :         /**
-      44             :             @brief       compute the magnetic field coherence length according to
-      45             :            the formula in  Harari et al. JHEP03(2002)045
-      46             :             @return Lc   coherence length of the magnetic field
-      47             :         */
-      48           0 :         double getCorrelationLength() const {
-      49           0 :                 return turbulentCorrelationLength(getLmin(), getLmax(),
-      50           0 :                                                   getSindex());
-      51             :         }
-      52           1 :         static double turbulentCorrelationLength(double lMin, double lMax,
-      53             :                                                  double s) {
-      54           1 :                 double r = lMin / lMax;
-      55           1 :                 return lMax / 2 * (s - 1) / s * (1 - pow(r, s)) / (1 - pow(r, s - 1));
-      56             :         }
-      57             : };
-      58             : 
-      59             : /**
-      60             :  @class SimpleGridTurbulence
-      61             :  @brief Turbulent grid-based magnetic field with a simple power-law spectrum
-      62             :  */
-      63           3 : class SimpleGridTurbulence : public GridTurbulence {
-      64             :   public:
-      65             :         /**
-      66             :          Create a random initialization of a turbulent field.
-      67             :          @param spectrum    TurbulenceSpectrum instance to define the spectrum of
-      68             :          turbulence
-      69             :          @param gridProp        GridProperties instance to define the underlying grid
-      70             :          @param seed     Random seed
-      71             :          */
-      72             :         SimpleGridTurbulence(const SimpleTurbulenceSpectrum &spectrum,
-      73             :                              const GridProperties &gridProp, unsigned int seed = 0);
-      74             : 
-      75             :         static void initTurbulence(ref_ptr<Grid3f> grid, double Brms, double lMin,
-      76             :                                    double lMax, double alpha, int seed);
-      77             : };
-      78             : 
-      79             : // Compatibility with old functions from GridTurbulence:
-      80             : 
-      81             : /** Analytically calculate the correlation length of the simple model turbulent
-      82             :  * field */
-      83           1 : inline double turbulentCorrelationLength(double lMin, double lMax,
-      84             :                                          double alpha = -11 / 3.) {
-      85           2 :         KISS_LOG_WARNING
-      86             :             << "turbulentCorrelationLength is deprecated and will be "
-      87             :                "removed in the future. Replace it with a more appropriate "
-      88           1 :                "turbulent field model and call getCorrelationLength().";
-      89           1 :         return SimpleTurbulenceSpectrum::turbulentCorrelationLength(lMin, lMax,
-      90           1 :                                                                     -alpha - 2);
-      91             : }
-      92             : 
-      93             : /**
-      94             :  Create a random initialization of a turbulent field.
-      95             :  @param grid    grid on which the turbulence is calculated
-      96             :  @param lMin    Minimum wavelength of the turbulence
-      97             :  @param lMax    Maximum wavelength of the turbulence
-      98             :  @param alpha   Power law index of <B^2(k)> ~ k^alpha (alpha = -11/3 corresponds
-      99             :  to a Kolmogorov spectrum)
-     100             :  @param Brms    RMS field strength
-     101             :  @param seed    Random seed
-     102             :  */
-     103           4 : inline void initTurbulence(ref_ptr<Grid3f> grid, double Brms, double lMin,
-     104             :                            double lMax, double alpha = -11 / 3., int seed = 0) {
-     105           8 :         KISS_LOG_WARNING
-     106             :             << "initTurbulence is deprecated and will be removed in the future. "
-     107           4 :                "Replace it with a more appropriate turbulent field model instance.";
-     108           4 :         SimpleGridTurbulence::initTurbulence(grid, Brms, lMin, lMax, alpha, seed);
-     109           1 : }
-     110             : 
-     111             : /** @}*/
-     112             : } // namespace crpropa
-     113             : 
-     114             : #endif // CRPROPA_HAVE_FFTW3F
-     115             : 
-     116             : #endif // CRPROPA_SIMPLEGRIDTURBULENCE_H
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-       1             : #ifndef CRPROPA_TURBULENTFIELD_H
-       2             : #define CRPROPA_TURBULENTFIELD_H
-       3             : 
-       4             : #include "crpropa/magneticField/MagneticField.h"
-       5             : #include <cmath>
-       6             : 
-       7             : namespace crpropa {
-       8             : /**
-       9             :  * \addtogroup MagneticFields
-      10             :  * @{
-      11             :  */
-      12             : 
-      13             : /**
-      14             :  @class TurbulenceSpectrum
-      15             :  @brief Defines the energy spectrum of turbulence parametrizied by A(k) ~ k^q /(1 + k^2)^{(s + q)/2 + 1}
-      16             :  */
-      17             : class TurbulenceSpectrum : public Referenced {
-      18             :   private:
-      19             :         const double Brms; /**< Brms value of the turbulent field (normalization) */
-      20             :         const double sIndex; /**< Spectral index for the inertial range, for example
-      21             :                           s=5/3 for Kolmogorov spectrum; in some parts of the code this
-      22             :                           parameter is referred by alpha which is the total 3D isotropic
-      23             :                           spectrum with additional k^2 and the minus sign, e.g.,
-      24             :                           for Kolmogorov: alpha = -(s + 2) */
-      25             :         const double qIndex; /**< Spectral index for the injection range, for
-      26             :                           example q=4 for 3D homogeneous turbulence */
-      27             :         const double lBendover;  /**< the bend-over scale */
-      28             :         const double lMin, lMax; /**< Min and Max scale of turbulence */
-      29             : 
-      30             :   protected:
-      31             :         /**
-      32             :         Normalization for the below defined Lc
-      33             :         */
-      34           1 :         double spectrumNormalization() const {
-      35           1 :                 return std::tgamma((sIndex + qIndex) / 2.0) /
-      36           1 :                        (2.0 * std::tgamma((sIndex - 1) / 2.0) *
-      37           1 :                         std::tgamma((qIndex + 1) / 2.0));
-      38             :         }
-      39             : 
-      40             :   public:
-      41             :         /**
-      42             :          * @param Brms         root mean square field strength for generated field
-      43             :          * @param lMin   Minimum physical scale of the turbulence
-      44             :          * @param lMax   Maximum physical scale of the turbulence
-      45             :          * @param lBendover        the bend-over scale
-      46             :          * @param sIndex         Spectral index of the energy spectrum in the inertial range
-      47             :          * @param qIndex         Spectral index of the energy spectrum in the energy range
-      48             :         */
-      49           9 :         TurbulenceSpectrum(double Brms, double lMin, double lMax,
-      50             :                            double lBendover = 1, double sIndex = (5. / 3.),
-      51             :                            double qIndex = 4)
-      52           9 :             : Brms(Brms), lMin(lMin), lMax(lMax), lBendover(lBendover),
-      53           9 :               sIndex(sIndex), qIndex(qIndex) {
-      54           9 :                 if (lMin > lMax) {
-      55           0 :                         throw std::runtime_error("TurbulenceSpectrum: lMin > lMax");
-      56             :                 }
-      57           9 :                 if (lMin <= 0) {
-      58           0 :                         throw std::runtime_error("TurbulenceSpectrum: lMin <= 0");
-      59             :                 }
-      60           9 :         }
-      61             : 
-      62           7 :         ~TurbulenceSpectrum() {}
-      63             : 
-      64          31 :         double getBrms() const { return Brms; }
-      65          19 :         double getLmin() const { return lMin; }
-      66          19 :         double getLmax() const { return lMax; }
-      67          22 :         double getLbendover() const { return lBendover; }
-      68           5 :         double getSindex() const { return sIndex; }
-      69           2 :         double getQindex() const { return qIndex; }
-      70             :         
-      71             :         /**
-      72             :         General energy spectrum for synthetic turbulence models (not normalized!)
-      73             :         with normalized ^k = k*lBendover
-      74             :         */
-      75      208128 :         virtual double energySpectrum(double k) const {
-      76      208128 :                 double kHat = k * lBendover;
-      77      208128 :                 return std::pow(kHat, qIndex) /
-      78      208128 :                                        std::pow(1.0 + kHat * kHat,
-      79      208128 :                                         (sIndex + qIndex) / 2.0 + 1.0);
-      80             :         }
-      81             : 
-      82             :         /**
-      83             :   Computes the magnetic field coherence length
-      84             :         Obtained from the definition of \f$l_c = 1/B_{\rm rms}^2 \int_0^\infty dr\langleB(0)B^*(r)\rangle \f$
-      85             :         Approximates the true value correctly as long as lBendover <= lMax/8 (~5%
-      86             :   error) (for the true value the above integral should go from lMin to lMax)
-      87             :         */
-      88           0 :         virtual double getCorrelationLength() const {
-      89           1 :                 return 4 * M_PI / ((sIndex + 2.0) * sIndex) * spectrumNormalization() *
-      90           1 :                        lBendover;
-      91             :         }
-      92             : };
-      93             : 
-      94             : /**
-      95             :  @class TurbulentField
-      96             :  @brief An abstract base class for different models of turbulent magnetic fields
-      97             : 
-      98             :  This module provides common methods for all turbulent (synthetic) magnetic
-      99             :  fields. Does not actually implement any turbulent field.
-     100             :  */
-     101             : class TurbulentField : public MagneticField {
-     102             :   protected:
-     103             :         const TurbulenceSpectrum &spectrum;
-     104             : 
-     105             :   public:
-     106           8 :         TurbulentField(const TurbulenceSpectrum &spectrum) : spectrum(spectrum) {}
-     107           0 :         virtual ~TurbulentField() {}
-     108             : 
-     109           0 :         double getBrms() const { return spectrum.getBrms(); }
-     110           0 :         virtual double getCorrelationLength() const {
-     111           0 :                 return spectrum.getCorrelationLength();
-     112             :         }
-     113             : };
-     114             : 
-     115             : /** @}*/
-     116             : 
-     117             : } // namespace crpropa
-     118             : 
-     119             : #endif // CRPROPA_TURBULENTFIELD_H
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-       1             : //----------------------------------------------------------------------
-       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
-       3             : // a parametrized simulation engine for cosmic rays.
-       4             : //
-       5             : // Copyright (C) 2011   Martin Erdmann, Peter Schiffer, Tobias Winchen
-       6             : //                                                                               RWTH Aachen University, Germany
-       7             : // Contact: winchen@physik.rwth-aachen.de
-       8             : //
-       9             : //      This program is free software: you can redistribute it and/or
-      10             : //      modify it under the terms of the GNU General Public License as
-      11             : //      published by the Free Software Foundation, either version 3 of
-      12             : //      the License, or (at your option) any later version.
-      13             : //
-      14             : //      This program is distributed in the hope that it will be useful,
-      15             : //      but WITHOUT ANY WARRANTY; without even the implied warranty of
-      16             : //      MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.    See the
-      17             : //      GNU General Public License for more details.
-      18             : //
-      19             : //      You should have received a copy of the GNU General Public License
-      20             : //      along with this program. If not, see <http://www.gnu.org/licenses/>.
-      21             : //----------------------------------------------------------------------
-      22             : 
-      23             : #ifndef MAGNETICLENS_HH
-      24             : #define MAGNETICLENS_HH
-      25             : 
-      26             : #include "crpropa/magneticLens/ModelMatrix.h"
-      27             : #include "crpropa/magneticLens/Pixelization.h"
-      28             : #include "crpropa/Units.h"
-      29             : #include "crpropa/Vector3.h"
-      30             : 
-      31             : #include <vector>
-      32             : #include <string>
-      33             : #include <stdexcept>
-      34             : #include <fstream>
-      35             : #include <sstream>
-      36             : #include <iostream>
-      37             : #include <stdint.h>
-      38             : 
-      39             : 
-      40             : namespace crpropa
-      41             : {
-      42             : 
-      43             : /// Holds one matrix for the lens and information about the rigidity range
-      44             : class LensPart
-      45             : {
-      46             :         string _filename;
-      47             :         double _rigidityMin;
-      48             :         double _rigidityMax;
-      49             :         ModelMatrixType M;
-      50             :         double _maximumSumOfColumns;
-      51             :         bool _maximumSumOfColumns_calculated;
-      52             : 
-      53             : public:
-      54           0 :         LensPart()
-      55           0 :         {
-      56           0 :         }
-      57             :         /// File containing the matrix to be used in the range rigidityMin,
-      58             :         /// rigidityMax in Joule
-      59           3 :         LensPart(const std::string &filename, double rigidityMin, double rigidityMax) :
-      60           3 :                         _filename(filename), _rigidityMin(rigidityMin), _rigidityMax(rigidityMax), _maximumSumOfColumns_calculated(
-      61           3 :                                         false), _maximumSumOfColumns(0)
-      62             :         {
-      63           3 :         }
-      64             : 
-      65           3 :         ~LensPart()
-      66             :         {
-      67           3 :         }
-      68             : 
-      69             :         /// Loads the matrix from file
-      70             :         void loadMatrixFromFile()
-      71             :         {
-      72           0 :                 deserialize(_filename, M);
-      73           0 :         }
-      74             : 
-      75             :         /// Returns the filename of the matrix
-      76             :         const std::string& getFilename()
-      77             :         {
-      78             :                 return _filename;
-      79             :         }
-      80             : 
-      81             :         /// Calculates the maximum of the sums of columns for the matrix
-      82             :         double getMaximumOfSumsOfColumns()
-      83             :         {
-      84           0 :                 if (!_maximumSumOfColumns_calculated)
-      85             :                 { // lazy calculation of maximum
-      86           0 :                         _maximumSumOfColumns = maximumOfSumsOfColumns(M);
-      87           0 :                         _maximumSumOfColumns_calculated = true;
-      88             :                 }
-      89           0 :                 return _maximumSumOfColumns;
-      90             :         }
-      91             : 
-      92             :         /// Returns the minimum of the rigidity range for the lenspart in eV
-      93             :         double getMinimumRigidity()
-      94             :         {
-      95       12293 :                 return _rigidityMin / eV;
-      96             :         }
-      97             : 
-      98             :         /// Returns the maximum of the rigidity range for the lenspart in eV
-      99             :         double getMaximumRigidity()
-     100             :         {
-     101       12292 :                 return _rigidityMax / eV;
-     102             :         }
-     103             : 
-     104             :         /// Returns the modelmatrix
-     105             :         ModelMatrixType& getMatrix()
-     106             :         {
-     107           0 :                 return M;
-     108             :         }
-     109             : 
-     110             :         /// Sets the modelmatrix
-     111             :         void setMatrix(const ModelMatrixType& m)
-     112             :         {
-     113           3 :                 M = m;
-     114           0 :         }
-     115             : 
-     116             : 
-     117             : };
-     118             : 
-     119             : /// Function to calculate the mean deflection [rad] of the matrix M, given a pixelization
-     120             : //double calculateMeanDeflection(const ModelMatrix &M,
-     121             : //              const Pixelization &pixelization)
-     122             : //{
-     123             : //      double totalDeflection = 0;
-     124             : //      double weightSum = 0;
-     125             : //      for (const_i2_t it1 = M.begin2(); it1 != (M.end2()); it1++)
-     126             : //      {
-     127             : //              for (const_i1_t it2 = it1.begin(); it2 != it1.end(); it2++)
-     128             : //              {
-     129             : //                      totalDeflection+= pixelization.angularDistance(it2.index1(),
-     130             : //                                      it2.index2()) * (*it2) ;
-     131             : //                      weightSum+= (*it2);
-     132             : //              }
-     133             : //      }
-     134             : //      return totalDeflection / weightSum;
-     135             : //}
-     136             : 
-     137             : typedef std::vector<LensPart*>::iterator LensPartIter;
-     138             : typedef std::vector<LensPart*>::const_iterator const_LensPartIter;
-     139             : 
-     140             : /**
-     141             :  * \addtogroup MagneticLenses 
-     142             :  * @{
-     143             :  */
-     144             : 
-     145             : /// The lens for the galactic magnetic field.
-     146             : /// Note that the energies refer to protons (Z=1). To be used with other particles with a different charge number please select the rigidity accordingly.
-     147             : class MagneticLens
-     148             : {
-     149             : 
-     150             :         void updateRigidityBounds(double rigidityMin, double rigidityMax);
-     151             : 
-     152             :         /// Loads part of a lens (one matrix) from file to use it in given rigidity range.
-     153             :         void loadLensPart(const string &filename, double rigidityMin,
-     154             :                         double rigidityMax);
-     155             : 
-     156             :         // Stores the individual lenses
-     157             :         std::vector<LensPart*> _lensParts;
-     158             :         Pixelization* _pixelization;
-     159             :         // Checks Matrix, raises Errors if not ok - also generate
-     160             :         // _pixelization if called first time
-     161             :         void _checkMatrix(const ModelMatrixType &M);
-     162             :         // minimum / maximum rigidity that is covered by the lens [Joule]
-     163             :         double _minimumRigidity;
-     164             :         double _maximumRigidity;
-     165             :         static bool _randomSeeded;
-     166             :         double _norm;
-     167             : 
-     168             : public:
-     169             :         /// Default constructor
-     170           0 :         MagneticLens() :
-     171           0 :                         _pixelization(NULL), _minimumRigidity(DBL_MAX), _maximumRigidity(DBL_MIN), _norm(1)
-     172             :         {
-     173             :         }
-     174             : 
-     175             :         /// Constructs lens with predefined healpix order
-     176           3 :         MagneticLens(uint8_t healpixorder) :
-     177           3 :                         _pixelization(NULL), _minimumRigidity(DBL_MAX), _maximumRigidity(DBL_MIN)
-     178             :         {
-     179           3 :                 _pixelization = new Pixelization(healpixorder);
-     180           3 :         }
-     181             : 
-     182             :         /// Construct lens and load lens from file
-     183           0 :         MagneticLens(const string &filename) :
-     184           0 :                         _pixelization(NULL), _minimumRigidity(DBL_MAX), _maximumRigidity(DBL_MIN)
-     185             :         {
-     186           0 :                 loadLens(filename);
-     187           0 :         }
-     188             : 
-     189             :         /// Returns the pixelization used
-     190             :         const Pixelization& getPixelization() const
-     191             :         {
-     192           0 :                 return (*_pixelization);
-     193             :         }
-     194             : 
-     195             :         /// Default destructor
-     196           3 :         ~MagneticLens()
-     197             :         {
-     198           3 :                 if (_pixelization)
-     199           3 :                         delete _pixelization;
-     200           3 :                 for (std::vector<LensPart*>::iterator iter = _lensParts.begin();
-     201           6 :                                 iter != _lensParts.end(); iter++)
-     202             :                 {
-     203           3 :                         delete (*iter);
-     204             :                 }
-     205             :                 _lensParts.clear();
-     206           3 :         }
-     207             : 
-     208             :         /// Try to transform the comsic ray to a new direction.
-     209             :         /// Returns false and does not change phi and theta if the cosmic ray is
-     210             :         /// lost due to conservation of cosmic ray flux.
-     211             :         /// Rigidity is given in Joule, phi and theta in rad
-     212             :         bool transformCosmicRay(double rigidity, double& phi, double& theta);
-     213             : 
-     214             :         /// Tries transform a cosmic ray with momentum vector p
-     215             :         bool transformCosmicRay(double rigidity, Vector3d &p);
-     216             : 
-     217             :         /// transforms the model array assuming that model points to an array of the
-     218             :         /// correct size. Rigidity is given in Joule
-     219             :         void transformModelVector(double* model, double rigidity) const;
-     220             : 
-     221             :         /// Loads M as part of a lens and use it in given rigidity range with
-     222             :         /// rigidities given in Joule
-     223             :         void setLensPart(const ModelMatrixType &M, double rigidityMin, double rigidityMax);
-     224             : 
-     225             :         /// Loads a lens from a given file, containing lines like
-     226             :         /// lensefile.MLDAT rigidityMin rigidityMax
-     227             :         /// rigidities are given in logarithmic units [log10(E / eV)]
-     228             :         void loadLens(const string &filename);
-     229             : 
-     230             :         /// Normalizes the lens parts to the maximum of sums of columns of
-     231             :         /// every lenspart. By doing this, the lens won't distort the spectrum
-     232             :         void normalizeLens();
-     233             : 
-     234             :         /// Normalizes the lens parts individually. Normalized this way, the
-     235             :         /// lens generally distorts the spectrum of the sources, but deflects
-     236             :         /// the UHECR more efficiently.
-     237             :         void normalizeLensparts();
-     238             : 
-     239             :         /// Checks if rigidity [Joule] is covered by lens
-     240             :         bool rigidityCovered(double rigidity) const;
-     241             : 
-     242             :         /// Normalizes all matrix columns - the lens will then create fake
-     243             :         /// anisotropies, but won't drop particles
-     244             :         void normalizeMatrixColumns();
-     245             : 
-     246             :         /// Returns minimum rigidity covered by lens, in eV
-     247             :         double getMinimumRigidity() const
-     248             :         {
-     249           0 :                 return _minimumRigidity / eV;
-     250             :         }
-     251             :         /// Returns maximum rigidity covered by lens, in eV
-     252             :         double getMaximumRigidity() const
-     253             :         {
-     254           0 :                 return _maximumRigidity / eV;
-     255             :         }
-     256             : 
-     257             :         //      returns the norm used for the lenses
-     258             :         double getNorm()
-     259             :         {
-     260           0 :                 return _norm;
-     261             :         }
-     262             : 
-     263             :         /// Returns iterator to the lens part with rigidity Joule
-     264             :         LensPart* getLensPart(double rigidity) const;
-     265             : 
-     266             :         /// Returns all lens parts
-     267             :         const std::vector<LensPart*>& getLensParts() const
-     268             :         {
-     269           0 :                 return _lensParts;
-     270             :         }
-     271             : };
-     272             : 
-     273             : /** @}*/
-     274             : } // namespace
-     275             : 
-     276             : #endif // MAGNETICLENS_HH
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-       1             : #ifndef CRPROPA_PARTICLEMAPSCONTAINER_HH
-       2             : #define CRPROPA_PARTICLEMAPSCONTAINER_HH
-       3             : 
-       4             : #include <map>
-       5             : #include <vector>
-       6             : #include "crpropa/magneticLens/Pixelization.h"
-       7             : #include "crpropa/magneticLens/MagneticLens.h"
-       8             : 
-       9             : #include "crpropa/Vector3.h"
-      10             : 
-      11             : namespace crpropa {
-      12             : /**
-      13             :  * \addtogroup MagneticLenses 
-      14             :  * @{
-      15             :  */
-      16             : 
-      17             : /** 
-      18             :  @class ParticleMapsContainer
-      19             :  @brief A container for particle maps
-      20             : 
-      21             :  The maps are stored with discrete energies on a logarithmic scale. The
-      22             :  default energy width is 0.02 with an energy bin from 10**17.99 - 10**18.01 eV.
-      23             :  */
-      24             : class ParticleMapsContainer {
-      25             : private:
-      26             :         std::map<int, std::map <int, double*> > _data;
-      27             :         Pixelization _pixelization;
-      28             :         double _deltaLogE;
-      29             :         double _bin0lowerEdge;
-      30             : 
-      31             :         // get the bin number of the energy
-      32             :         int energy2Idx(double energy) const;
-      33             :         double idx2Energy(int idx) const;
-      34             : 
-      35             :         // weights of the particles
-      36             :         double _sumOfWeights;
-      37             :         std::map<int, double > _weightsPID;
-      38             :         std::map<int, map<int, double> > _weights_pidEnergy;
-      39             : 
-      40             :         // lazy update of weights
-      41             :         bool _weightsUpToDate;
-      42             :         void _updateWeights();
-      43             : 
-      44             : public:
-      45             :         /** Constructor.
-      46             :          @param deltaLogE               width of logarithmic energy bin [in eV]
-      47             :          @param bin0lowerEdge   logarithm of energy of the lower edge of first bin [in log(eV)]
-      48             :          */
-      49           2 :         ParticleMapsContainer(double deltaLogE = 0.02, double bin0lowerEdge = 17.99) : _deltaLogE(deltaLogE), _bin0lowerEdge(bin0lowerEdge), _pixelization(6), _weightsUpToDate(false), _sumOfWeights(0) {
-      50           2 :         }
-      51             :         /** Destructor.
-      52             :          */
-      53             :         ~ParticleMapsContainer();
-      54             : 
-      55             :         size_t getNumberOfPixels() {
-      56           0 :                 return _pixelization.getNumberOfPixels();
-      57             :         }
-      58             : 
-      59             :         /** Get the map for the particleId with the given energy.
-      60             :          @param particleId              id of the particle following the PDG numbering scheme
-      61             :          @param energy                  the energy of the particle [in Joules]
-      62             :          @returns The map for a given particleId with a given energy
-      63             :          */
-      64             :         double *getMap(const int particleId, double energy);
-      65             : 
-      66             :         /** Adds a particle to the map container.
-      67             :          @param particleId                      id of the particle following the PDG numbering scheme
-      68             :          @param energy                          the energy of the particle [in Joules]
-      69             :          @param galacticLongitude       galactic longitude [radians]
-      70             :          @param galacticLatitude        galactic latitude [radians]
-      71             :          @param weight                          relative weight for the specific particle
-      72             :         */
-      73             :         void addParticle(const int particleId, double energy, double galacticLongitude, double galacticLatitude, double weight = 1);
-      74             :         /** Adds a particle to the map container.
-      75             :          @param particleId                      id of the particle following the PDG numbering scheme
-      76             :          @param energy                          the energy of the particle [in Joules]
-      77             :          @param v                                       vector containing the arrival directions of a particle
-      78             :          @param weight                          relative weight for the specific particle
-      79             :         */
-      80             :         void addParticle(const int particleId, double energy, const Vector3d &v, double weight = 1);
-      81             : 
-      82             :         /** Get all particle ids in the map.
-      83             :          @returns Vector of all ids.
-      84             :          */
-      85             :         std::vector<int> getParticleIds();
-      86             : 
-      87             :         /** Get energies in map.
-      88             :          @param pid     id of the particle following the PDG numbering scheme
-      89             :          @returns Energies are returned in units of eV (unlike in other CRPropa modules) for performance reasons
-      90             :          */
-      91             :         std::vector<double> getEnergies(int pid);
-      92             : 
-      93             :         void applyLens(MagneticLens &lens);;
-      94             : 
-      95             :         /** Get random particles from map.
-      96             :          The arguments are the vectors where the information will be stored.
-      97             :          @param N                                       number of particles to be selected
-      98             :          @param particleId                      id of the particle following the PDG numbering scheme
-      99             :          @param energy                          energy of interest [in eV]
-     100             :          @param galacticLongitudes      longitude in the interval [-pi, pi] [in radians]
-     101             :          @param galacticLatitudes       latitude in the interval [-pi/2, pi/2] [in radians]
-     102             :          */
-     103             :         void getRandomParticles(size_t N, vector<int> &particleId,
-     104             :                 vector<double> &energy, vector<double> &galacticLongitudes,
-     105             :                 vector<double> &galacticLatitudes);
-     106             : 
-     107             :         /** Places a particle with given id and energy according to the  probability maps. 
-     108             :          @param pid                                     id of the particle following the PDG numbering scheme
-     109             :          @param energy                          energy of interest [in eV]
-     110             :          @param galacticLongitude       longitude in the interval [-pi, pi] [in radians]
-     111             :          @param galacticLatitude        latitude in the interval [-pi/2, pi/2] [in radians]
-     112             :          @returns Returns false if operation not possible; true otherwise.
-     113             :          */
-     114             :         bool placeOnMap(int pid, double energy, double &galacticLongitude, double &galacticLatitude);
-     115             : 
-     116             :         /** Force weight update prior to getting random particles. 
-     117             :          Only necessary when reusing pointer to maps after calculating weights.
-     118             :         */
-     119             :         void forceWeightUpdate();
-     120             : 
-     121             :         /** Get sum of weights of the maps.
-     122             :          @returns Sum of all weights.
-     123             :          */
-     124             :         double getSumOfWeights() {
-     125           0 :                 if (!_weightsUpToDate)
-     126           0 :                         _updateWeights();
-     127           0 :                 return _sumOfWeights;
-     128             :         }
-     129             : 
-     130             :         /** Get weight for a given particle and energy
-     131             :          @param pid                                     id of the particle following the PDG numbering scheme
-     132             :          @param energy                          energy of interest [in eV]
-     133             :          @returns Weight for the chosen particle and energy.
-     134             :          */
-     135           0 :         double getWeight(int pid, double energy) {
-     136           0 :                 if (!_weightsUpToDate)
-     137           0 :                         _updateWeights();
-     138           0 :                 return _weights_pidEnergy[pid][energy2Idx(energy)];
-     139             :         }
-     140             : };
-     141             : /** @}*/
-     142             : 
-     143             : } // namespace crpropa
-     144             : 
-     145             : #endif // CRPROPA_PARTICLEMAPSCONTAINER_HH
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-       1             : //----------------------------------------------------------------------
-       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
-       3             : // a parametrized simulation engine for cosmic rays.
-       4             : //
-       5             : // Copyright (C) 2011  Martin Erdmann, Peter Schiffer, Tobias Winchen
-       6             : //                     RWTH Aachen University, Germany
-       7             : // Contact: winchen@physik.rwth-aachen.de
-       8             : //
-       9             : //  This program is free software: you can redistribute it and/or
-      10             : //  modify it under the terms of the GNU General Public License as
-      11             : //  published by the Free Software Foundation, either version 3 of
-      12             : //  the License, or (at your option) any later version.
-      13             : //
-      14             : //  This program is distributed in the hope that it will be useful,
-      15             : //  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      16             : //  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      17             : //  GNU General Public License for more details.
-      18             : //
-      19             : //  You should have received a copy of the GNU General Public License
-      20             : //  along with this program. If not, see <http://www.gnu.org/licenses/>.
-      21             : //----------------------------------------------------------------------
-      22             : 
-      23             : 
-      24             : #ifndef PIXELIZATION_HH
-      25             : #define PIXELIZATION_HH
-      26             : 
-      27             : #include "healpix_base/healpix_base.h"
-      28             : #include <cmath>
-      29             : #include <stdint.h>
-      30             : 
-      31             : namespace crpropa
-      32             : {
-      33             : /**
-      34             :  * \addtogroup MagneticLenses
-      35             :  * @{
-      36             :  */
-      37             : 
-      38             : /// Helpers to makes work with Healpix smooth
-      39             : const uint8_t _nOrder_max = 13;
-      40             : const uint32_t _nPix[] =
-      41             : {
-      42             :                 48,
-      43             :                 192,
-      44             :                 768,
-      45             :                 3072,
-      46             :                 12288,
-      47             :                 49152,
-      48             :                 196608,
-      49             :                 786432,
-      50             :                 3145728,
-      51             :                 12582912,
-      52             :                 50331648,
-      53             :                 201326592,
-      54             :                 805306368
-      55             : };
-      56             : 
-      57             : /// Every communication with healpix is done through this class to avoid
-      58             : /// bugs with missmatching coordinates (and make python hooks easier)
-      59             : class Pixelization
-      60             : {
-      61             : public:
-      62           0 :         Pixelization()
-      63           0 :         {
-      64           0 :                 _healpix = new healpix::T_Healpix_Base<int>(6, healpix::RING);
-      65           0 :         }
-      66             : 
-      67             :         /// Constructor creating Pixelization with healpix order 6 (about
-      68             :         /// 50000 pixels)
-      69          10 :         Pixelization(uint8_t order)
-      70          10 :         {
-      71          10 :                 _healpix = new healpix::T_Healpix_Base<int>(order, healpix::RING);
-      72          10 :         }
-      73             : 
-      74             :         ~Pixelization()
-      75             :         {
-      76          10 :                 delete _healpix;
-      77          10 :         }
-      78             : 
-      79             :         /// Returns the number of the pixel which includes the direction (phi,theta)
-      80             :         /// phi in [-pi, pi], theta in [-pi/2, pi/2]
-      81             :         uint32_t direction2Pix(double longitude, double latitude) const;
-      82             : 
-      83             :         /// Returns the number of pixels of the pixelization
-      84             :         uint32_t nPix() const
-      85             :         {
-      86       86026 :                 return _healpix->Npix();
-      87             :         }
-      88             : 
-      89             :         /// Returns the number of pixels given by healpix order
-      90             :         static uint32_t nPix(uint8_t order);
-      91             : 
-      92             :         /// Returns the number of pixels of the pixelization
-      93             :         int getNumberOfPixels()
-      94             :         {
-      95    10317737 :                 return _healpix->Npix();
-      96             :         }
-      97             : 
-      98             :         /// Returns the order, a given pixel number corresponds to. 0 if no
-      99             :         /// match!
-     100             :         static uint8_t pix2Order(uint32_t pix);
-     101             : 
-     102             :         /// Gives the center of pixel i in longitude [rad] and latitude [rad]
-     103             :         void pix2Direction(uint32_t i, double &longitude, double &latitude) const;
-     104             : 
-     105             :         /// Calculate the angle [rad] between the vectors pointing to pixels i and j
-     106             :         double angularDistance(uint32_t i, uint32_t j) const;
-     107             : 
-     108             :         /// Returns the maximum possible pixelization order
-     109             :         uint8_t getMaxOrder() const
-     110             :         {
-     111             :                 return _nOrder_max;
-     112             :         }
-     113             : 
-     114             :   /// Returns healpix order
-     115             :   uint8_t getOrder() const
-     116             :   {
-     117           0 :     return _healpix->Order();
-     118             :   }
-     119             : 
-     120             :         void getRandomDirectionInPixel(uint32_t pixel, double &longitude, double &latitude);
-     121             : 
-     122           0 :         void getPixelsInCone(double longitude, double latitude,double radius, std::vector<int>& listpix)
-     123             :         {
-     124             :                 healpix::vec3 v;
-     125           0 :                 spherCo2Vec(longitude, latitude, v);
-     126             :                 healpix::pointing p;
-     127           0 :                 p.from_vec3(v);
-     128           0 :                 _healpix->query_disc(p, radius, listpix);
-     129           0 :         }
-     130             : 
-     131             : private:
-     132             :         void spherCo2Vec(double phi, double theta, healpix::vec3 &V) const;
-     133             :         void vec2SphereCo(double &phi , double &theta, const healpix::vec3 &V) const;
-     134             :         healpix::T_Healpix_Base<int> *_healpix;
-     135             :         static healpix::T_Healpix_Base<healpix::int64> _healpix_nest;
-     136             : };
-     137             : 
-     138             : 
-     139             : /** @}*/
-     140             : } // namespace
-     141             : #endif // PIXELIZATION_HH
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-       1             : #ifndef CRPROPA_CORDES_H
-       2             : #define CRPROPA_CORDES_H
-       3             : 
-       4             : #include "crpropa/massDistribution/Density.h"
-       5             : 
-       6             : #include <cmath>
-       7             : #include <string>
-       8             : 
-       9             : namespace crpropa {
-      10             : /**
-      11             :         @class Cordes
-      12             :         @brief Cylindrical symetrical model of the density of ionised hydrogen (HII) of the Milky Way
-      13             :         Cordes et al., 1991, Nature 353,737
-      14             :         */
-      15           1 : class Cordes: public Density {
-      16             : private:
-      17             :         // DO NOT CHANGE model type!
-      18             :         bool isforHI = false;
-      19             :         bool isforHII = true;
-      20             :         bool isforH2 = false;
-      21             : 
-      22             : public:
-      23             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      24             :          @return density in parts/m^3 */
-      25             :         double getDensity(const Vector3d &position) const;
-      26             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      27             :          @return density of ionised hydrogen in parts/m^3, equal getDensity thus no other type is included for Cordes */
-      28             :         double getHIIDensity(const Vector3d &position) const;
-      29             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      30             :          @return density of nucleons in parts/m^3, equal getDensity thus only HII is included for Cordes */
-      31             :         double getNucleonDensity(const Vector3d &position) const;
-      32             : 
-      33             :         /** @return activation status of HI */
-      34             :         bool getIsForHI();
-      35             :         /** @return activation status of HII */
-      36             :         bool getIsForHII();
-      37             :         /** @return activation status of H2 */
-      38             :         bool getIsForH2();
-      39             : 
-      40             :         std::string getDescription();
-      41             : };
-      42             : 
-      43             : }  // namespace crpropa
-      44             : 
-      45             : #endif  // CRPROPA_CORDES_H
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_ZNK7crpropa7Density10getDensityERKNS_7Vector3IdEE0
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-       1             : #ifndef CRPROPA_DENSITY_H
-       2             : #define CRPROPA_DENSITY_H
-       3             : 
-       4             : #include "crpropa/Units.h"
-       5             : #include "crpropa/Vector3.h"
-       6             : #include "crpropa/Referenced.h"
-       7             : 
-       8             : namespace crpropa {
-       9             : 
-      10             : /**
-      11             :  @class Density
-      12             :  @brief Abstract base class for target densities
-      13             :  */
-      14           0 : class Density: public Referenced {
-      15             : public:
-      16           0 :         virtual ~Density() {
-      17           0 :         }
-      18             : 
-      19           0 :         virtual double getDensity(const Vector3d &position) const {  // sum of all densities
-      20           0 :                 return 0;
-      21             :         }
-      22             : 
-      23           0 :         virtual double getHIDensity(const Vector3d &position) const {
-      24           0 :                 return 0;
-      25             :         }
-      26             : 
-      27           0 :         virtual double getHIIDensity(const Vector3d &position) const {
-      28           0 :                 return 0;
-      29             :         }
-      30             : 
-      31           0 :         virtual double getH2Density(const Vector3d &position) const {
-      32           0 :                 return 0;
-      33             :         }
-      34             : 
-      35           0 :         virtual double getNucleonDensity(const Vector3d &position) const {  // sum of nucleons (H2 with factor 2)
-      36           0 :                 return 0;
-      37             :         }
-      38             : 
-      39           0 :         virtual bool getIsForHI() {
-      40           0 :                 return false;
-      41             :         }
-      42             : 
-      43           0 :         virtual bool getIsForHII() {
-      44           0 :                 return false;
-      45             :         }
-      46             : 
-      47           0 :         virtual bool getIsForH2() {
-      48           0 :                 return false;
-      49             :         }
-      50             : 
-      51           0 :         virtual std::string getDescription() {
-      52           0 :                 return "Abstract Density Module\n";
-      53             :         }
-      54             : };
-      55             : 
-      56             : }  // namespace crpropa
-      57             : 
-      58             : #endif  // CRPROPA_DENSITY_H
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-       1             : #ifndef CRPROPA_FERRIERE_H
-       2             : #define CRPROPA_FERRIERE_H
-       3             : 
-       4             : #include "crpropa/massDistribution/Density.h"
-       5             : 
-       6             : #include <cmath>
-       7             : #include <string>
-       8             : 
-       9             : namespace crpropa {
-      10             : /**
-      11             :  @class Ferriere
-      12             :  @brief model of the distribution of hydrogen in the Milky Way
-      13             :   Here in model Ferriere 2007
-      14             :   seperated in 2 regions (inner, outer). The border is for R=3 kpc in galactocentric radius.
-      15             :   model is discribed in
-      16             : outer: ApJ, 497, 759
-      17             : inner:  arxiv:  astro-ph/0702532
-      18             : */
-      19           2 : class Ferriere: public Density {
-      20             : private:
-      21             :         // standard for all types of distribution
-      22             :         bool isforHI = true;
-      23             :         bool isforHII = true;
-      24             :         bool isforH2 = true;
-      25             :         double Rsun = 8.5 * kpc;  // distance sun-galactic center
-      26             : 
-      27             : public:
-      28             :         /** Coordinate transformation for the CentralMolecularZone region. Rotation arround z-axis such that X is the major axis and Y is the minor axis
-      29             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      30             :         @return position in local coordinates for the CMZ region
-      31             :         */
-      32             :         Vector3d CMZTransformation(const Vector3d &position) const;
-      33             :         
-      34             :         /** Coordinate transformation for the galactic bulge disk region in galactic center. Rotation arround the x-axis, the y'-axis and the x''-axis. Difened with X along the major axis, Y along the minor axis and Z along the northern normal
-      35             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      36             :         @return position in local coordinates for the GB disk region
-      37             :         */
-      38             :         Vector3d DiskTransformation(const Vector3d &position) const;
-      39             : 
-      40             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      41             :          @return density in parts/m^3, only acitvated parts are summed up */
-      42             :         double getDensity(const Vector3d &position) const;
-      43             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      44             :          @return density of atomic hydrogen in parts/m^3 */
-      45             :         double getHIDensity(const Vector3d &position) const;
-      46             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      47             :          @return density of ionised hydrogen in parts/m^3 */
-      48             :         double getHIIDensity(const Vector3d &position) const;
-      49             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      50             :          @return density of molecular hydrogen in parts/m^3 */
-      51             :         double getH2Density(const Vector3d &position) const;
-      52             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      53             :          @return nucleon density in parts/m^3, only activated parts are summed up and H2 is weighted twice */
-      54             :         double getNucleonDensity(const Vector3d &position) const;
-      55             : 
-      56             :         /** changes activation status for atomic hydrogen */
-      57             :         void setIsForHI(bool HI);
-      58             :         /** changes activation status for ionised hydrogen */
-      59             :         void setIsForHII(bool HII);
-      60             :         /** changes activation status for molecular hydrogen */
-      61             :         void setIsForH2(bool H2);
-      62             : 
-      63             :         /** @return activation status for atomic hydrogen */
-      64             :         bool getIsForHI();
-      65             :         /** @return activation status for ionised hydrogen */
-      66             :         bool getIsForHII();
-      67             :         /** @return activation status for molecular hydrogen */
-      68             :         bool getIsForH2();
-      69             : 
-      70             :         std::string getDescription();
-      71             : };
-      72             : 
-      73             : }  // namespace crpropa
-      74             : 
-      75             : #endif  // CRPROPA_FERRIERE_H
-      76             : 
-      77             : 
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-       1             : #ifndef CRPROPA_MASSDISTRIBUTION_H
-       2             : #define CRPROPA_MASSDISTRIBUTION_H
-       3             : 
-       4             : #include "crpropa/massDistribution/Density.h"
-       5             : #include "crpropa/Vector3.h"
-       6             : #include "crpropa/Grid.h"
-       7             : 
-       8             : #include "kiss/logger.h"
-       9             : 
-      10             : #include <vector>
-      11             : 
-      12             : namespace crpropa {
-      13             : 
-      14             : /**
-      15             :  @class DensityList
-      16             :  @brief Superposition of density models.
-      17             :  The addDensity function adds a new density to the list.
-      18             :  The getDensity function handles the activated types in loaded densities, whereas get(type)Density disregards the activation state.
-      19             : */
-      20           2 : class DensityList: public Density {
-      21             : private:
-      22             :         std::vector<ref_ptr<Density> > DensityList ;
-      23             : 
-      24             : public:
-      25             :         /** Add new density to list.
-      26             :          @param density density to add
-      27             :         */
-      28             :         void addDensity(ref_ptr<Density> density);
-      29             : 
-      30             :         /** Get density at a given position.
-      31             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      32             :          @returns Density in particles/m^3, sum up densities from added densities 
-      33             :         */
-      34             :         double getDensity(const Vector3d &position) const;
-      35             :         /** Get HI density at a given position.
-      36             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      37             :          @returns Density of HI at given position in particles/m^3, sum up all HI densities from added densities
-      38             :          */
-      39             :         double getHIDensity(const Vector3d &position) const;
-      40             :         /** Get HII density at a given position.
-      41             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      42             :          @returns Density of HII at given position in particles/m^3, sum up all HII densities from added densities 
-      43             :          */
-      44             :         double getHIIDensity(const Vector3d &position) const;
-      45             :         /** Get H2 density at a given position.
-      46             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      47             :          @returns Density of H2 at given position in particles/m^3, sum up all H2 densities from added densities 
-      48             :          */
-      49             :         double getH2Density(const Vector3d &position) const;
-      50             :         /** Get the density of nucleons.
-      51             :          This is the number of nucleons per volume, summed up all activated density and weight molecular hydrogyen twice
-      52             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      53             :          @returns Density of nucleons at given position in particles/m^3, sum up all nucleon densities from added densities 
-      54             :          */
-      55             :         double getNucleonDensity(const Vector3d &position) const;
-      56             : 
-      57             :         std::string getDescription();
-      58             : };
-      59             : 
-      60             : /**
-      61             :  @class DensityGrid
-      62             :  @brief Wrapper to use a Grid1f for a density
-      63             : 
-      64             :  The DensityGrid uses a given grid for the chosen density type. More than one type can be chosen to follow the same distribution.
-      65             :  If no type is chosen a warning will be raised and all densities are 0.
-      66             : */
-      67           4 : class DensityGrid: public Density {
-      68             : private: 
-      69             :         ref_ptr<Grid1f> grid; //< Grid with data
-      70             :         bool isForHI, isForHII, isForH2; 
-      71             :         void checkAndWarn(); //< raise a warning if all density types are deactivated.
-      72             : 
-      73             : public:
-      74             :         DensityGrid(ref_ptr<Grid1f> grid, bool isForHI = false, bool isForHII = false, bool isForH2 = false);
-      75             :         
-      76             :         /** Get HI density at a given position.
-      77             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      78             :          @returns Density of HI at given position in particles/m^3, sum up all HI densities from added densities
-      79             :          */
-      80             :         double getHIDensity(const Vector3d &position) const;
-      81             :         
-      82             :         /** Get HII density at a given position.
-      83             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      84             :          @returns Density of HII at given position in particles/m^3, sum up all HII densities from added densities 
-      85             :          */
-      86             :         double getHIIDensity(const Vector3d &position) const;
-      87             :         
-      88             :         /** Get H2 density at a given position.
-      89             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      90             :          @returns Density of H2 at given position in particles/m^3, sum up all H2 densities from added densities 
-      91             :          */
-      92             :         double getH2Density(const Vector3d &position) const;
-      93             : 
-      94             :         /** Get density at a given position.
-      95             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-      96             :          @returns Density in particles/m^3, sum up densities from added densities 
-      97             :         */
-      98             :         double getDensity(const Vector3d &position) const;
-      99             :         
-     100             :         /** Get the density of nucleons.
-     101             :          This is the number of nucleons per volume, summed up all activated density and weight molecular hydrogyen twice
-     102             :          @param position position in Galactic coordinates with Earth at (-8.5 kpc, 0, 0)
-     103             :          @returns Density of nucleons at given position in particles/m^3, sum up all nucleon densities from added densities 
-     104             :          */
-     105             :         double getNucleonDensity(const Vector3d &position) const;
-     106             : 
-     107             :         bool getIsForHI();
-     108             :         bool getIsForHII();
-     109             :         bool getIsForH2();
-     110             : 
-     111             :         /* set if the density is for HI type. 
-     112             :          @param b if True the density is used for HI
-     113             :         */
-     114             :         void setIsForHI(bool b);
-     115             : 
-     116             :         /* set if the density is for HII type. 
-     117             :          @param b if True the density is used for HII
-     118             :         */
-     119             :         void setIsForHII(bool b);
-     120             : 
-     121             :         /* set if the density is for H2 type. 
-     122             :          @param b if True the density is used for H2
-     123             :         */
-     124             :         void setIsForH2(bool b);
-     125             :         
-     126             :         /* Change the grid for the density
-     127             :          @param grid (Grid1f) new grid for the density. 
-     128             :         */
-     129             :         void setGrid(ref_ptr<Grid1f> grid);
-     130             : 
-     131             :         std::string getDescription();
-     132             : };
-     133             : 
-     134             : }  // namespace crpropa
-     135             : 
-     136             : #endif  // CRPROPA_MASSDISTRIBUTION_H
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-       1             : #ifndef CRPROPA_NAKANISHI_H
-       2             : #define CRPROPA_NAKANISHI_H
-       3             : 
-       4             : #include "crpropa/massDistribution/Density.h"
-       5             : 
-       6             : #include <cmath>
-       7             : #include <string>
-       8             : 
-       9             : namespace crpropa {
-      10             : /**
-      11             :  @class Nakanishi
-      12             :  @brief Cylindrical symetrical model of the density distribution of the Milky Way for atomic (HI) and molecular (H2) hydrogen
-      13             :         Modell for HI arXiv:astro-ph/0304338
-      14             :         Modell for H2 arxiv:astro-ph/0610769
-      15             :         fit of the models given in arXiv:1607.07886
-      16             : */
-      17           1 : class Nakanishi: public Density {
-      18             : private:
-      19             :         bool isforHI = true;
-      20             :         bool isforHII = false;
-      21             :         bool isforH2 = true;
-      22             : 
-      23             : public:
-      24             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      25             :          @returns density in parts/m^3, only activated parts are summed up */
-      26             :         double getDensity(const Vector3d &position) const;
-      27             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      28             :          @returns density of atomic hydrogen in parts/m^3 */
-      29             :         double getHIDensity(const Vector3d &position) const;
-      30             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      31             :          @returns density of molecular hydrogen in parts/m^3 */
-      32             :         double getH2Density(const Vector3d &position) const;
-      33             :         /** @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      34             :          @returns nucleon density in parts/m^3, only activated parts are summed up and H2 is weighted twice */
-      35             :         double getNucleonDensity(const Vector3d &position) const;
-      36             : 
-      37             :         /** the scale height over the galactic plane of atomic hydrogen is fitted by polynom of degree 3
-      38             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      39             :         @returns scale height at given position */
-      40             :         double getHIScaleheight(const Vector3d &position)const;
-      41             :         /** the plane density is fittet by two exponential components with e^-R and e^-(R^2)
-      42             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      43             :         @returns plane density in parts/m^3 */
-      44             :         double getHIPlanedensity(const Vector3d &position)const;
-      45             : 
-      46             :         /** the scale height over the galactic plane of molecular hydrogen is fitted by exponential function
-      47             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      48             :         @returns scale height at given position */
-      49             :         double getH2Scaleheight(const Vector3d &position)const;
-      50             :         /** the plane density is fitted by two exponential components
-      51             :         @param position position in galactic coordinates with Earth at (-8.5kpc, 0, 0)
-      52             :         @returns plane density in parts/m^3 */
-      53             :         double getH2Planedensity(const Vector3d &position)const;
-      54             : 
-      55             :         /** changes activation status for atomic hydrogen */
-      56             :         void setIsForHI(bool HI);
-      57             :         /** changes activation status for molecular hydrogen */
-      58             :         void setIsForH2(bool H2);
-      59             : 
-      60             :         /** @returns activation status for atomic hydrogen */
-      61             :         bool getIsForHI();
-      62             :         /** @returns activation status for ionised hydrogen */
-      63             :         bool getIsForHII();
-      64             :         /** @returns activation status for molecular hydrogen */
-      65             :         bool getIsForH2();
-      66             :         std::string getDescription();
-      67             : };
-      68             : 
-      69             : }  // namespace crpropa
-      70             : 
-      71             : #endif  // CRPROPA_NAKANISHI_H
-      72             : 
-      73             : 
-      74             : 
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-       1             : #ifndef CRPROPA_BOUNDARY_H
-       2             : #define CRPROPA_BOUNDARY_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : 
-       6             : namespace crpropa {
-       7             : /**
-       8             :  * \addtogroup Condition
-       9             :  * @{
-      10             :  */
-      11             : 
-      12             : /**
-      13             :  @class PeriodicBox
-      14             :  @brief Rectangular box with periodic boundaries.
-      15             : 
-      16             :  If a particle passes on of the sides it is placed at the opposite side and its initial (source) position changed accordingly.
-      17             :  This implements periodic boundaries, that keep the particle inside the box and instead move the source away periodically.
-      18             :  Particles can overshoot (be outside of the box during the step) since the step size is not limited by this module.
-      19             :  */
-      20           2 : class PeriodicBox: public Module {
-      21             : private:
-      22             :         Vector3d origin;
-      23             :         Vector3d size;
-      24             : 
-      25             : public:
-      26             :         /** Default constructor
-      27             :          */
-      28             :         PeriodicBox();
-      29             :         /** Constructor
-      30             :          @param origin  vector corresponding to the lower box corner
-      31             :          @param size    vector corresponding to the box sizes along each direction
-      32             :          */
-      33             :         PeriodicBox(Vector3d origin, Vector3d size);
-      34             :         void process(Candidate *candidate) const;
-      35             :         void setOrigin(Vector3d origin);
-      36             :         void setSize(Vector3d size);
-      37             :         std::string getDescription() const;
-      38             : };
-      39             : 
-      40             : /**
-      41             :  @class ReflectiveBox
-      42             :  @brief Rectangular box with reflective boundaries.
-      43             : 
-      44             :  If a particle passes on of the sides it is reflected back inside (position and velocity) and its initial position changed as if the particle had come from that side.
-      45             :  This implements periodic boundaries, that keep the particle inside the box and instead move the source away reflectively.
-      46             :  Particles can overshoot (be outside of the box during the step) since the step size is not limited by this module.
-      47             :  */
-      48           1 : class ReflectiveBox: public Module {
-      49             : private:
-      50             :         Vector3d origin;
-      51             :         Vector3d size;
-      52             : 
-      53             : public:
-      54             :         /** Default constructor
-      55             :          */
-      56             :         ReflectiveBox();
-      57             :         /** Constructor
-      58             :          @param origin  vector corresponding to the lower box corner
-      59             :          @param size    vector corresponding to the box sizes along each direction
-      60             :          */
-      61             :         ReflectiveBox(Vector3d origin, Vector3d size);
-      62             :         void process(Candidate *candidate) const;
-      63             :         void setOrigin(Vector3d origin);
-      64             :         void setSize(Vector3d size);
-      65             :         std::string getDescription() const;
-      66             : };
-      67             : 
-      68             : /**
-      69             :  @class CubicBoundary
-      70             :  @brief Flags a particle when exiting the cube.
-      71             : 
-      72             :  The particle is made inactive and flagged as "Rejected".
-      73             :  By default the module prevents overshooting the boundary by more than a margin of 0.1 kpc.
-      74             :  This corresponds to the default minimum step size of the propagation modules (PropagationCK and SimplePropagation).
-      75             :  */
-      76           4 : class CubicBoundary: public AbstractCondition {
-      77             : private:
-      78             :         Vector3d origin;
-      79             :         double size;
-      80             :         double margin;
-      81             :         bool limitStep;
-      82             : 
-      83             : public:
-      84             :         /** Default constructor
-      85             :          */
-      86             :         CubicBoundary();
-      87             :         /** Constructor
-      88             :          @param origin  vector corresponding to the lower box corner
-      89             :          @param size    vector corresponding to the box sizes along each direction
-      90             :          */
-      91             :         CubicBoundary(Vector3d origin, double size);
-      92             :         void process(Candidate *candidate) const;
-      93             :         void setOrigin(Vector3d origin);
-      94             :         void setSize(double size);
-      95             :         void setMargin(double margin);
-      96             :         void setLimitStep(bool limitStep);
-      97             :         std::string getDescription() const;
-      98             : };
-      99             : 
-     100             : /**
-     101             :  @class SphericalBoundary
-     102             :  @brief Flag a particle when leaving the sphere.
-     103             : 
-     104             :  The particle is made inactive and flagged as "Rejected".
-     105             :  By default the module prevents overshooting the boundary by more than a margin of 0.1 kpc.
-     106             :  This corresponds to the default minimum step size of the propagation modules (PropagationCK and SimplePropagation).
-     107             :  */
-     108           3 : class SphericalBoundary: public AbstractCondition {
-     109             : private:
-     110             :         Vector3d center;
-     111             :         double radius;
-     112             :         double margin;
-     113             :         bool limitStep;
-     114             : 
-     115             : public:
-     116             :         /** Default constructor
-     117             :          */
-     118             :         SphericalBoundary();
-     119             :         /** Constructor
-     120             :          @param center          vector containing the coordinates of the center of the sphere
-     121             :          @param radius          radius of the sphere
-     122             :          */
-     123             :         SphericalBoundary(Vector3d center, double radius);
-     124             :         void process(Candidate *candidate) const;
-     125             :         void setCenter(Vector3d center);
-     126             :         void setRadius(double size);
-     127             :         void setMargin(double margin);
-     128             :         void setLimitStep(bool limitStep);
-     129             :         std::string getDescription() const;
-     130             : };
-     131             : 
-     132             : /**
-     133             :  @class EllipsoidalBoundary
-     134             :  @brief Flags a particle when leaving the ellipsoid.
-     135             : 
-     136             :  This module flags particles when outside of the ellipsoid, defined by two focal points and a major axis (length).
-     137             :  The particle is made inactive and flagged as "Rejected".
-     138             :  By default the module prevents overshooting the boundary by more than a margin of 0.1 kpc.
-     139             :  This corresponds to the default minimum step size of the propagation modules (PropagationCK and SimplePropagation).
-     140             :  */
-     141           3 : class EllipsoidalBoundary: public AbstractCondition {
-     142             : private:
-     143             :         Vector3d focalPoint1;
-     144             :         Vector3d focalPoint2;
-     145             :         double majorAxis;
-     146             :         double margin;
-     147             :         bool limitStep;
-     148             : 
-     149             : public:
-     150             :         /** Default constructor
-     151             :          */
-     152             :         EllipsoidalBoundary();
-     153             :         /** Constructor
-     154             :          @param focalPoint1             one of the foci of the ellipsoid
-     155             :          @param focalPoint2             the other foci of the ellipsoid
-     156             :          @param majorAxis               length of the major axis of the ellipsoid
-     157             :          */
-     158             :         EllipsoidalBoundary(Vector3d focalPoint1, Vector3d focalPoint2,
-     159             :                         double majorAxis);
-     160             :         void process(Candidate *candidate) const;
-     161             :         void setFocalPoints(Vector3d focalPoint1, Vector3d focalPoint2);
-     162             :         void setMajorAxis(double size);
-     163             :         void setMargin(double margin);
-     164             :         void setLimitStep(bool limitStep);
-     165             :         std::string getDescription() const;
-     166             : };
-     167             : 
-     168             : 
-     169             : /**
-     170             :  @class CylindricalBoundary
-     171             :  @brief Flags a particle when leaving the cylinder whose axis is along the z-axis.
-     172             :  This module flags particles when outside of the cylinder, defined by a radius and a height.
-     173             :  The particle is made inactive and by default is flagged "OutOfBounds".
-     174             :  Optionally the module can ensure the candidate does not overshoot the boundary by more than a set margin.
-     175             :  */
-     176           3 : class CylindricalBoundary: public AbstractCondition {
-     177             : private:
-     178             :         Vector3d origin;
-     179             :         double height;
-     180             :         double radius;
-     181             :         double margin;
-     182             :         bool limitStep;
-     183             : 
-     184             : public:
-     185             :         /** Default constructor
-     186             :          */
-     187             :         CylindricalBoundary();
-     188             :         /** Constructor
-     189             :          @param origin  vector corresponding to the lower part of the cylinder axis
-     190             :          @param height  height of the cylinder
-     191             :          @param radius  radius of the cylinder
-     192             :          */
-     193             :         CylindricalBoundary(Vector3d origin, double height,
-     194             :                         double radius);
-     195             :         void process(Candidate *candidate) const;
-     196             :         void setOrigin(Vector3d origin);
-     197             :         void setHeight(double height);
-     198             :         void setRadius(double radius);
-     199             :         void setMargin(double margin);
-     200             :         void setLimitStep(bool limitStep);
-     201             :         std::string getDescription() const;
-     202             : };
-     203             : /** @}*/
-     204             : 
-     205             : } // namespace crpropa
-     206             : 
-     207             : #endif // CRPROPA_BOUNDARY_H
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-       1             : #ifndef CRPROPA_BREAKCONDITION_H
-       2             : #define CRPROPA_BREAKCONDITION_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : 
-       6             : namespace crpropa {
-       7             : /**
-       8             :  * \addtogroup Condition 
-       9             :  * @{
-      10             :  */
-      11             : 
-      12             : /**
-      13             :  @class MaximumTrajectoryLength
-      14             :  @brief Deactivates the candidate beyond a maximum trajectory length
-      15             : 
-      16             :  This module deactivates the candidate at a given maximum trajectory length.
-      17             :  In that case the property ("Deactivated", module::description) is set.
-      18             :  It also limits the candidates next step size to ensure the maximum trajectory length is not exceeded.
-      19             :  */
-      20             : class MaximumTrajectoryLength: public AbstractCondition {
-      21             :         double maxLength;
-      22             :         std::vector<Vector3d> observerPositions;
-      23             : public:
-      24             :         MaximumTrajectoryLength(double length = 0);
-      25             :         void setMaximumTrajectoryLength(double length);
-      26             :         double getMaximumTrajectoryLength() const;
-      27             :         void addObserverPosition(const Vector3d &position);
-      28             :         const std::vector<Vector3d>& getObserverPositions() const;
-      29             :         std::string getDescription() const;
-      30             :         void process(Candidate *candidate) const;
-      31             : };
-      32             : 
-      33             : /**
-      34             :  @class MinimumEnergy
-      35             :  @brief Deactivates the candidate below a minimum energy
-      36             : 
-      37             :  This module deactivates the candidate below a given minimum energy.
-      38             :  In that case the property ("Deactivated", module::description) is set.
-      39             :  */
-      40           1 : class MinimumEnergy: public AbstractCondition {
-      41             :         double minEnergy;
-      42             : public:
-      43             :         MinimumEnergy(double minEnergy = 0);
-      44             :         void setMinimumEnergy(double energy);
-      45             :         double getMinimumEnergy() const;
-      46             :         std::string getDescription() const;
-      47             :         void process(Candidate *candidate) const;
-      48             : };
-      49             : 
-      50             : 
-      51             : /**
-      52             :  @class MinimumRigidity
-      53             :  @brief Deactivates the candidate below a minimum rigidity
-      54             : 
-      55             :  This module deactivates the candidate below a given minimum rigidity (E/Z in EeV).
-      56             :  In that case the property ("Deactivated", module::description) is set.
-      57             :  */
-      58             : class MinimumRigidity: public AbstractCondition {
-      59             :         double minRigidity;
-      60             : public:
-      61             :         MinimumRigidity(double minRigidity = 0);
-      62             :         void setMinimumRigidity(double minRigidity);
-      63             :         double getMinimumRigidity() const;
-      64             :         std::string getDescription() const;
-      65             :         void process(Candidate *candidate) const;
-      66             : };
-      67             : 
-      68             : /**
-      69             :  @class MinimumRedshift
-      70             :  @brief Deactivates the candidate below a minimum redshift
-      71             : 
-      72             :  This module deactivates the candidate below a given minimum redshift.
-      73             :  In that case the property ("Deactivated", module::description) is set.
-      74             :  */
-      75           1 : class MinimumRedshift: public AbstractCondition {
-      76             :         double zmin;
-      77             : public:
-      78             :         MinimumRedshift(double zmin = 0);
-      79             :         void setMinimumRedshift(double z);
-      80             :         double getMinimumRedshift();
-      81             :         std::string getDescription() const;
-      82             :         void process(Candidate *candidate) const;
-      83             : };
-      84             : 
-      85             : /**
-      86             :  @class MinimumChargeNumber
-      87             :  @brief Deactivates the candidate below a minimum number
-      88             : 
-      89             :  This module deactivates the candidate below a given minimum charge number.
-      90             :  A minimum charge number of 26 deactivates all (anti-) isotopes which 
-      91             :  are ranked in the periodic table before iron (Fe). 
-      92             :  In that case the property ("Deactivated", module::description) is set.
-      93             :  */
-      94           1 : class MinimumChargeNumber: public AbstractCondition {
-      95             :         int minChargeNumber;
-      96             : public:
-      97             :         MinimumChargeNumber(int minChargeNumber = 0);
-      98             :         void setMinimumChargeNumber(int chargeNumber);
-      99             :         int getMinimumChargeNumber() const;
-     100             :         std::string getDescription() const;
-     101             :         void process(Candidate *candidate) const;
-     102             : };
-     103             : 
-     104             : /**
-     105             :  @class MinimumEnergyPerParticleId
-     106             :  @brief Deactivates the candidate below a minimum energy for specific particle Ids.
-     107             : 
-     108             :  This module deactivates the candidate below a given minimum energy for specific particle types.
-     109             :  In that case the property ("Deactivated", module::description) is set.
-     110             :  All particles whose minimum energy is not specified follow the more general minEnergyOthers condition.
-     111             :  */
-     112             : class MinimumEnergyPerParticleId: public AbstractCondition {
-     113             :         std::vector<double> minEnergies;
-     114             :         std::vector<int> particleIds;
-     115             :         double minEnergyOthers;
-     116             : public:
-     117             :         MinimumEnergyPerParticleId(double minEnergyOthers = 0);
-     118             :         void setMinimumEnergyOthers(double energy);
-     119             :         double getMinimumEnergyOthers() const;
-     120             :         void add(int id, double energy);
-     121             :         std::string getDescription() const;
-     122             :         void process(Candidate *candidate) const;
-     123             : };
-     124             : 
-     125             : 
-     126             : /**
-     127             :  @class DetectionLength
-     128             :  @brief Detects the candidate at a given trajectoryLength
-     129             :  
-     130             :  This break condition can be used for non-regular time observation of the particle density. See also ObserverTimeEvolution.
-     131             :  */
-     132           1 : class DetectionLength: public AbstractCondition {
-     133             :         double detLength;
-     134             : public:
-     135             :         DetectionLength(double length = 0);
-     136             :         void setDetectionLength(double length);
-     137             :         double getDetectionLength() const;
-     138             :         std::string getDescription() const;
-     139             :         void process(Candidate *candidate) const;
-     140             : };
-     141             : /** @}*/
-     142             : 
-     143             : } // namespace crpropa
-     144             : 
-     145             : #endif // CRPROPA_BREAKCONDITION_H
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-       1             : #ifdef CRPROPA_HAVE_HDF5
-       2             : 
-       3             : #ifndef CRPROPA_HDF5OUTPUT_H
-       4             : #define CRPROPA_HDF5OUTPUT_H
-       5             : 
-       6             : 
-       7             : #include "crpropa/module/Output.h"
-       8             : #include <stdint.h>
-       9             : #include <ctime>
-      10             : 
-      11             : #include <H5Ipublic.h>
-      12             : 
-      13             : namespace crpropa {
-      14             : 
-      15             : const size_t propertyBufferSize = 1024;
-      16             : 
-      17             : /**
-      18             :  * \addtogroup Output
-      19             :  * @{
-      20             :  */
-      21             : 
-      22             : /**
-      23             :  @class HDF5Output
-      24             :  @brief Output to HDF5 Format.
-      25             : The base class gives an overview of possible columns
-      26             : 
-      27             : HDF5 structure:
-      28             : ```
-      29             : HDF5 "FILENAME.h5" {
-      30             : GROUP "/" {
-      31             : DATASET "OUTPUTTYPE" {
-      32             :   DATATYPE  H5T_COMPOUND {
-      33             :   ...
-      34             :  }
-      35             :  DATASPACE  SIMPLE { ( 1 ) / ( H5S_UNLIMITED ) }
-      36             :  DATA {
-      37             :   ...
-      38             :  }
-      39             :   ATTRIBUTE "Version" {
-      40             :   DATATYPE  H5T_STRING {
-      41             :       STRSIZE 100;
-      42             :       STRPAD H5T_STR_NULLTERM;
-      43             :       CSET H5T_CSET_ASCII;
-      44             :       CTYPE H5T_C_S1;
-      45             :       }
-      46             :   DATASPACE  SCALAR
-      47             :   DATA { (0): "VERSION" }
-      48             :  }
-      49             : } } }
-      50             : ```
-      51             : 
-      52             :  */
-      53             : class HDF5Output: public Output {
-      54             : 
-      55           0 :         typedef struct OutputRow {
-      56             :                 double D;
-      57             :                 double z;
-      58             :                 uint64_t SN;
-      59             :                 int32_t ID;
-      60             :                 double E;
-      61             :                 double X;
-      62             :                 double Y;
-      63             :                 double Z;
-      64             :                 double Px;
-      65             :                 double Py;
-      66             :                 double Pz;
-      67             :                 uint64_t SN0;
-      68             :                 int32_t ID0;
-      69             :                 double E0;
-      70             :                 double X0;
-      71             :                 double Y0;
-      72             :                 double Z0;
-      73             :                 double P0x;
-      74             :                 double P0y;
-      75             :                 double P0z;
-      76             :                 uint64_t SN1;
-      77             :                 int32_t ID1;
-      78             :                 double E1;
-      79             :                 double X1;
-      80             :                 double Y1;
-      81             :                 double Z1;
-      82             :                 double P1x;
-      83             :                 double P1y;
-      84             :                 double P1z;
-      85             :                 double weight;
-      86             :                 std::string tag;
-      87             :                 unsigned char propertyBuffer[propertyBufferSize];
-      88             :         } OutputRow;
-      89             : 
-      90             :         std::string filename;
-      91             : 
-      92             :         hid_t file, sid;
-      93             :         hid_t dset, dataspace;
-      94             :         mutable std::vector<OutputRow> buffer;
-      95             : 
-      96             :         time_t lastFlush;
-      97             :         unsigned int flushLimit;
-      98             :         unsigned int candidatesSinceFlush;
-      99             : public:
-     100             :         /** Default constructor.
-     101             :                 Does not run from scratch.
-     102             :             At least open() has to be called in addition.
-     103             :                 Units of energy and length are, by default, EeV and Mpc.
-     104             :                 This can be changed with setEnergyScale and setLengthScale.
-     105             :          */
-     106             :         HDF5Output();
-     107             :         /** Constructor with the default OutputType (everything).
-     108             :                 @param filename string containing name of output hdf5 file
-     109             :          */
-     110             :         HDF5Output(const std::string &filename);
-     111             :         /** Constructor
-     112             :                 @param outputtype       type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything
-     113             :                 @param filename string containing name of output hdf5 file
-     114             :          */
-     115             :         HDF5Output(const std::string &filename, OutputType outputtype);
-     116             :         ~HDF5Output();
-     117             : 
-     118             :         void process(Candidate *candidate) const;
-     119             :         herr_t insertStringAttribute(const std::string &key, const std::string &value);
-     120             :         herr_t insertDoubleAttribute(const std::string &key, const double &value);
-     121             :         std::string getDescription() const;
-     122             : 
-     123             :         /// Force flush after N events. In long running applications with scarse
-     124             :         /// output this can be set to 1 or 0 to avoid data corruption. In applications
-     125             :         /// with frequent output this should be set to a high number (default)
-     126             :         void setFlushLimit(unsigned int N);
-     127             : 
-     128             :         /** Create and prepare a file as HDF5-file.
-     129             :          */
-     130             :         void open(const std::string &filename);
-     131             :         void close();
-     132             :         void flush() const;
-     133             : 
-     134             : };
-     135             : /** @}*/
-     136             : 
-     137             : } // namespace crpropa
-     138             : 
-     139             : #endif // CRPROPA_HDF5OUTPUT_H
-     140             : 
-     141             : #endif // CRPROPA_HAVE_HDF5
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-       1             : #ifndef CRPROPA_NUCLEARDECAY_H
-       2             : #define CRPROPA_NUCLEARDECAY_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : 
-       6             : #include <vector>
-       7             : 
-       8             : namespace crpropa {
-       9             : /**
-      10             :  * \addtogroup EnergyLosses
-      11             :  * @{
-      12             :  */
-      13             : 
-      14             : /**
-      15             :  @class NuclearDecay
-      16             :  @brief Nuclear decay of unstable nuclei.
-      17             : 
-      18             :  This module simulates the nuclear decay of unstable nuclei using data from NuDat2.
-      19             :  All decay modes are considered: alpha, beta+- and gamma decay, as well as proton- and neutron dripping.
-      20             :  The resulting non-hadronic secondary particles (e+, e-, neutrinos, gamma) can optionally be created.
-      21             : 
-      22             :  For details on the preprocessing of the NuDat2 data refer to "CRPropa3-data/calc_decay.py".
-      23             :  */
-      24             : class NuclearDecay: public Module {
-      25             : private:
-      26             :         double limit;
-      27             :         bool haveElectrons;
-      28             :         bool havePhotons;
-      29             :         bool haveNeutrinos;
-      30        1800 :         struct DecayMode {
-      31             :                 int channel; // (#beta- #beta+ #alpha #proton #neutron)
-      32             :                 double rate; // decay rate in [1/m]
-      33             :                 std::vector<double> energy; // photon energies of ensuing gamma decays
-      34             :                 std::vector<double> intensity; // probabilities of ensuing gamma decays
-      35             :         };
-      36             :         std::vector<std::vector<DecayMode> > decayTable; // decayTable[Z * 31 + N] = vector<DecayMode>
-      37             :         std::string interactionTag = "ND";
-      38             : 
-      39             : public:
-      40             :         /** Constructor.
-      41             :          @param electrons               if true, add secondary photons as candidates
-      42             :          @param photons                 if true, add secondary photons as candidates
-      43             :          @param neutrinos               if true, add secondary neutrinos as candidates
-      44             :          @param limit                   step size limit as fraction of mean free path
-      45             :          */
-      46             :         NuclearDecay(bool electrons = false, bool photons = false, bool neutrinos = false, double limit = 0.1);
-      47             : 
-      48             :         /** Limit the propagation step to a fraction of the mean free path
-      49             :          * @param limit fraction of the mean free path
-      50             :          */
-      51             :         void setLimit(double limit);
-      52             : 
-      53             :         // decide if secondary electrons are added to the simulation    
-      54             :         void setHaveElectrons(bool b);
-      55             : 
-      56             :         // decide if secondary photons are added to the simulation      
-      57             :         void setHavePhotons(bool b);
-      58             : 
-      59             :         // decide if secondary neutrinos are added to the simulation    
-      60             :         void setHaveNeutrinos(bool b);
-      61             : 
-      62             :         /** set a custom interaction tag to trace back this interaction
-      63             :          * @param tag string that will be added to the candidate and output
-      64             :          */
-      65             :         void setInteractionTag(std::string tag);
-      66             :         std::string getInteractionTag() const;
-      67             : 
-      68             :         void process(Candidate *candidate) const;
-      69             :         void performInteraction(Candidate *candidate, int channel) const;
-      70             :         void gammaEmission(Candidate *candidate, int channel) const;
-      71             :         void betaDecay(Candidate *candidate, bool isBetaPlus) const;
-      72             :         void nucleonEmission(Candidate *candidate, int dA, int dZ) const;
-      73             : 
-      74             :         /**
-      75             :          Return the mean free path.
-      76             :          This is not used in the simulation.
-      77             :          @param id      PDG particle id
-      78             :          @param gamma   Lorentz factor of particle
-      79             :          @returns The mean free path [in meters]
-      80             :          */
-      81             :         double meanFreePath(int id, double gamma);
-      82             : };
-      83             : /** @}*/
-      84             : 
-      85             : } // namespace crpropa
-      86             : 
-      87             : #endif // CRPROPA_NUCLEARDECAY_H
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-       1             : #ifndef CRPROPA_OBSERVER_H
-       2             : #define CRPROPA_OBSERVER_H
-       3             : 
-       4             : #include <fstream>
-       5             : #include <limits>
-       6             : #include <string>
-       7             : #include <vector>
-       8             : 
-       9             : #include "../Candidate.h"
-      10             : #include "../Module.h"
-      11             : #include "../Referenced.h"
-      12             : #include "../Vector3.h"
-      13             : #include "../Geometry.h"
-      14             : 
-      15             : namespace crpropa {
-      16             : 
-      17             : enum DetectionState {
-      18             :         DETECTED, VETO, NOTHING
-      19             : };
-      20             : 
-      21             : /** \addtogroup Observer
-      22             :  * @{
-      23             :  */
-      24             : 
-      25             : 
-      26             : /**
-      27             :  @class ObserverFeature
-      28             :  @brief Abstract base class for features of observers
-      29             :  */
-      30           1 : class ObserverFeature: public Referenced {
-      31             : protected:
-      32             :         std::string description;
-      33             : public:
-      34             :         virtual DetectionState checkDetection(Candidate *candidate) const;
-      35             :         virtual void onDetection(Candidate *candidate) const;
-      36             :         virtual std::string getDescription() const;
-      37             : };
-      38             : 
-      39             : 
-      40             : /**
-      41             :  @class Observer
-      42             :  @brief General particle observer
-      43             :  */
-      44             : class Observer: public Module {
-      45             :         std::string flagKey;
-      46             :         std::string flagValue;
-      47             : private:
-      48             :         std::vector<ref_ptr<ObserverFeature> > features;
-      49             :         ref_ptr<Module> detectionAction;
-      50             :         bool clone;
-      51             :         bool makeInactive;
-      52             : public:
-      53             :         /** Default observer constructor
-      54             :          */
-      55             :         Observer();
-      56             :         /** Add a feature to the observer
-      57             :          @param feature         observer feature to be added to the Observer object
-      58             :          */
-      59             :         void add(ObserverFeature *feature);
-      60             :         /** Perform some specific actions upon detection of candidate
-      61             :          @param action          module that performs a given action when candidate is detected
-      62             :          @param clone           if true, clone candidate
-      63             :          */
-      64             :         void onDetection(Module *action, bool clone = false);
-      65             :         void process(Candidate *candidate) const;
-      66             :         std::string getDescription() const;
-      67             :         void setFlag(std::string key, std::string value);
-      68             :         /** Determine whether candidate should be deactivated on detection
-      69             :          @param deactivate      if true, deactivate detected particles; if false, continue tracking them
-      70             :          */
-      71             :         void setDeactivateOnDetection(bool deactivate);
-      72             : };
-      73             : 
-      74             : 
-      75             : /**
-      76             :  @class ObserverDetectAll
-      77             :  @brief Detects all particles
-      78             :  */
-      79           2 : class ObserverDetectAll: public ObserverFeature {
-      80             : public:
-      81             :         DetectionState checkDetection(Candidate *candidate) const;
-      82             :         std::string getDescription() const;
-      83             : };
-      84             : 
-      85             : 
-      86             : /**
-      87             :  @class ObserverSurface
-      88             :  @brief Detects particles crossing the boundaries of a defined surface (see, e.g., `Geometry` module)
-      89             :  */
-      90             : class ObserverSurface: public ObserverFeature {
-      91             : private:
-      92             :         ref_ptr<Surface> surface;
-      93             : public:
-      94             :         /** Constructor
-      95             :          @param surface         object with some specific geometric (see Geometry.h)
-      96             :         */
-      97             :         ObserverSurface(Surface* surface);
-      98             :         DetectionState checkDetection(Candidate *candidate) const;
-      99             :         std::string getDescription() const;
-     100             : };
-     101             : 
-     102             : 
-     103             : /**
-     104             :  @class ObserverTracking
-     105             :  @brief Tracks particles inside a sphere
-     106             :  */
-     107             : class ObserverTracking: public ObserverFeature {
-     108             : private:
-     109             :         Vector3d center;
-     110             :         double radius;
-     111             :     double stepSize;
-     112             : public:
-     113             :         /** Constructor
-     114             :          @param center          vector containing the coordinates of the center of the sphere
-     115             :          @param radius          radius of the sphere
-     116             :          @param stepSize        observer will keep track of particles at every step with this size
-     117             :         */
-     118             :         ObserverTracking(Vector3d center, double radius, double stepSize = 0);
-     119             :         DetectionState checkDetection(Candidate *candidate) const;
-     120             :         std::string getDescription() const;
-     121             : };
-     122             : 
-     123             : 
-     124             : /**
-     125             :  @class Observer1D
-     126             :  @brief Detects particles when reaching x = 0
-     127             : 
-     128             :  This module detects particles when reaching x = 0 and also limits the next step size to prevent candidates from overshooting.
-     129             :  */
-     130           3 : class Observer1D: public ObserverFeature {
-     131             : public:
-     132             :         DetectionState checkDetection(Candidate *candidate) const;
-     133             :         std::string getDescription() const;
-     134             : };
-     135             : 
-     136             : 
-     137             : /**
-     138             :  @class ObserverRedshiftWindow
-     139             :  @brief Detects particles in a given redshift window
-     140             : 
-     141             :  When added to an observer, this feature generalizes it to four dimensions.
-     142             :  The fourth dimension is the redshift, a proxy for time. This is particularly
-     143             :  useful in "4D" studies, including either time-dependence (e.g. flaring objects),
-     144             :  or in 3D studies including cosmological evolution.
-     145             :  Note that redshifts should be assigned to sources when using this feature.
-     146             :  This can be done with: SourceRedshift, SourceRedshift1D, SourceUniformRedshift,
-     147             :  and SourceRedshiftEvolution.
-     148             :  */
-     149             : class ObserverRedshiftWindow: public ObserverFeature {
-     150             : private:
-     151             :         double zmin, zmax;
-     152             : public:
-     153             :         /** Constructor
-     154             :          @param zmin    lower bound of redshift interval
-     155             :          @param zmax    upper bound of redshift interval
-     156             :          */
-     157             :         ObserverRedshiftWindow(double zmin = 0, double zmax = 0.1);
-     158             :         DetectionState checkDetection(Candidate *candidate) const;
-     159             :         std::string getDescription() const;
-     160             : };
-     161             : 
-     162             : 
-     163             : /**
-     164             :  @class ObserverInactiveVeto
-     165             :  @brief Veto for inactive candidates
-     166             :  */
-     167           0 : class ObserverInactiveVeto: public ObserverFeature {
-     168             : public:
-     169             :         DetectionState checkDetection(Candidate *candidate) const;
-     170             :         std::string getDescription() const;
-     171             : };
-     172             : 
-     173             : 
-     174             : /**
-     175             :  @class ObserverNucleusVeto
-     176             :  @brief Veto for nuclei (including protons and neutrons)
-     177             :  */
-     178           0 : class ObserverNucleusVeto: public ObserverFeature {
-     179             : public:
-     180             :         DetectionState checkDetection(Candidate *candidate) const;
-     181             :         std::string getDescription() const;
-     182             : };
-     183             : 
-     184             : 
-     185             : /**
-     186             :  @class ObserverNeutrinoVeto
-     187             :  @brief Veto for neutrinos
-     188             :  */
-     189           0 : class ObserverNeutrinoVeto: public ObserverFeature {
-     190             : public:
-     191             :         DetectionState checkDetection(Candidate *candidate) const;
-     192             :         std::string getDescription() const;
-     193             : };
-     194             : 
-     195             : 
-     196             : /**
-     197             :  @class ObserverPhotonVeto
-     198             :  @brief Veto for photons
-     199             :  */
-     200           0 : class ObserverPhotonVeto: public ObserverFeature {
-     201             : public:
-     202             :         DetectionState checkDetection(Candidate *candidate) const;
-     203             :         std::string getDescription() const;
-     204             : };
-     205             : 
-     206             : 
-     207             : /**
-     208             :  @class ObserverElectronVeto
-     209             :  @brief Veto for electrons and positrons
-     210             :  */
-     211           0 : class ObserverElectronVeto: public ObserverFeature {
-     212             : public:
-     213             :         DetectionState checkDetection(Candidate *candidate) const;
-     214             :         std::string getDescription() const;
-     215             : };
-     216             : 
-     217             : 
-     218             : /**
-     219             :  @class ObserverParticleIdVeto
-     220             :  @brief Custom veto for user-defined particle types
-     221             :  Vetoes for more than one type of particle can be added by calling this
-     222             :  feature multiple times.
-     223             :  */
-     224             : class ObserverParticleIdVeto: public ObserverFeature {
-     225             : private:
-     226             :         int vetoParticleId;
-     227             : public:
-     228             :         /** Constructor
-     229             :          @param id              id of the particle following the PDG numbering scheme
-     230             :          */
-     231             :         ObserverParticleIdVeto(int id);
-     232             :         DetectionState checkDetection(Candidate *candidate) const;
-     233             :         std::string getDescription() const;
-     234             : };
-     235             : 
-     236             : 
-     237             : /**
-     238             :  @class ObserverTimeEvolution
-     239             :  @brief Observes the time evolution of the candidates (phase-space elements)
-     240             :  This observer is very useful if the time evolution of the particle density is needed. It detects all candidates in lin-spaced, log-spaced, or user-defined time intervals and limits the nextStep of candidates to prevent overshooting of detection intervals.
-     241             :  */
-     242             : class ObserverTimeEvolution: public ObserverFeature {
-     243             : private:
-     244             :         std::vector<double> detList;
-     245             : public:
-     246             :         /** Default constructor
-     247             :          */
-     248             :         ObserverTimeEvolution();
-     249             :         /** Constructor
-     250             :          @param min             minimum time
-     251             :          @param dist    time interval for detection
-     252             :          @param numb    number of time intervals
-     253             :          */
-     254             :         ObserverTimeEvolution(double min, double dist, double numb);
-     255             :         /** Constructor
-     256             :          @param min             minimum time
-     257             :          @param max         maximum time
-     258             :          @param numb    number of time intervals
-     259             :          @param log     log (input: true) or lin (input: false) scaling between min and max with numb steps
-     260             :          */
-     261             :         ObserverTimeEvolution(double min, double max, double numb, bool log);
-     262             :         // Add a new time step to the detection time list of the observer
-     263             :         void addTime(const double &position);
-     264             :         // Using log or lin spacing of times in the range between min and
-     265             :         // max for observing particles
-     266             :         void addTimeRange(double min, double max, double numb, bool log = false);
-     267             :         const std::vector<double>& getTimes() const;
-     268             :         DetectionState checkDetection(Candidate *candidate) const;
-     269             :         std::string getDescription() const;
-     270             : };
-     271             : /** @} */
-     272             : 
-     273             : }
-     274             : 
-     275             : #endif // CRPROPA_OBSERVER_H
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-       1             : #ifndef CRPROPA_OUTPUTSHELL_H
-       2             : #define CRPROPA_OUTPUTSHELL_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : #include "crpropa/AssocVector.h"
-       6             : #include "crpropa/Variant.h"
-       7             : 
-       8             : namespace crpropa {
-       9             : /**
-      10             :  * \addtogroup Output
-      11             :  * @{
-      12             :  */
-      13             : 
-      14             : /**
-      15             :  @class ShellOutput
-      16             :  @brief Show the trajectory in the shell.
-      17             :  */
-      18           0 : class ShellOutput: public Module {
-      19             : public:
-      20             :         void process(Candidate *candidate) const;
-      21             :         std::string getDescription() const;
-      22             : };
-      23             : 
-      24             : /**
-      25             :  @class ShellOutput1D
-      26             :  @brief Show the trajectory in the shell.
-      27             :  */
-      28           0 : class ShellOutput1D: public Module {
-      29             : public:
-      30             :         void process(Candidate *candidate) const;
-      31             :         std::string getDescription() const;
-      32             : };
-      33             : 
-      34             : /**
-      35             :  @class ShellPropertyOutput
-      36             :  @brief Show the candidate properties in the shell.
-      37             :  */
-      38           0 : class ShellPropertyOutput: public Module {
-      39             : public:
-      40             :         typedef Loki::AssocVector<std::string, Variant> PropertyMap;
-      41             :         void process(Candidate *candidate) const;
-      42             :         std::string getDescription() const;
-      43             : };
-      44             : /** @}*/
-      45             : 
-      46             : } // namespace cprpropa
-      47             : 
-      48             : #endif // CRPROPA_OUTPUTSHELL_H
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-       1             : #ifndef CRPROPA_PHOTODISINTEGRATION_H
-       2             : #define CRPROPA_PHOTODISINTEGRATION_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : #include "crpropa/PhotonBackground.h"
-       6             : 
-       7             : #include <vector>
-       8             : #include <map>
-       9             : 
-      10             : namespace crpropa {
-      11             : /**
-      12             :  * \addtogroup EnergyLosses
-      13             :  * @{
-      14             :  */
-      15             :  
-      16             : /**
-      17             :  @class PhotoDisintegration
-      18             :  @brief Photodisintegration of nuclei by background photons.
-      19             :  */
-      20             : class PhotoDisintegration: public Module {
-      21             : private:
-      22             :         ref_ptr<PhotonField> photonField;
-      23             :         double limit; // fraction of mean free path for limiting the next step
-      24             :         bool havePhotons;
-      25             :         std::string interactionTag = "PD";
-      26             : 
-      27      203566 :         struct Branch {
-      28             :                 int channel; // number of emitted (n, p, H2, H3, He3, He4)
-      29             :                 std::vector<double> branchingRatio; // branching ratio as function of nucleus Lorentz factor
-      30             :         };
-      31             : 
-      32      858506 :         struct PhotonEmission {
-      33             :                 double energy; // energy of emitted photon [J]
-      34             :                 std::vector<double> emissionProbability; // emission probability as function of nucleus Lorentz factor
-      35             :         };
-      36             : 
-      37             :         std::vector<std::vector<double> > pdRate; // pdRate[Z * 31 + N] = total interaction rate
-      38             :         std::vector<std::vector<Branch> > pdBranch; // pdTable[Z * 31 + N] = branching ratios
-      39             :         mutable std::map<int, std::vector<PhotonEmission> > pdPhoton; // map of emitted photon energies and photon emission probabilities
-      40             : 
-      41             :         static const double lgmin; // minimum log10(Lorentz-factor)
-      42             :         static const double lgmax; // maximum log10(Lorentz-factor)
-      43             :         static const size_t nlg; // number of Lorentz-factor steps
-      44             : 
-      45             : public:
-      46             :         /** Constructor.
-      47             :          @param photonField             target photon field
-      48             :          @param havePhotons             if true, add secondary photons as candidates
-      49             :          @param limit                   step size limit as fraction of mean free path
-      50             :          */
-      51             :         PhotoDisintegration(ref_ptr<PhotonField> photonField, bool havePhotons = false, double limit = 0.1);
-      52             : 
-      53             :         // set the target photon field
-      54             :         void setPhotonField(ref_ptr<PhotonField> photonField);
-      55             : 
-      56             :         // decide if secondary photons are added to the simulation
-      57             :         void setHavePhotons(bool havePhotons);
-      58             : 
-      59             :         /** Limit the propagation step to a fraction of the mean free path
-      60             :          * @param limit fraction of the mean free path
-      61             :          */
-      62             :         void setLimit(double limit);
-      63             : 
-      64             :         /** set a custom interaction tag to trace back this interaction
-      65             :          * @param tag string that will be added to the candidate and output
-      66             :          */
-      67             :         void setInteractionTag(std::string tag);
-      68             :         std::string getInteractionTag() const;
-      69             : 
-      70             :         void initRate(std::string filename);
-      71             :         void initBranching(std::string filename);
-      72             :         void initPhotonEmission(std::string filename);
-      73             : 
-      74             :         void process(Candidate *candidate) const;
-      75             :         void performInteraction(Candidate *candidate, int channel) const;
-      76             : 
-      77             :         /**
-      78             :          Calculates the loss length E dx/dE in [m] physical distance.
-      79             :          This is not used in the simulation.
-      80             :          @param id              PDG particle id
-      81             :          @param gamma   Lorentz factor of particle
-      82             :          @param z               redshift
-      83             :          @returns E dx/dE [in meters]
-      84             :          */
-      85             :         double lossLength(int id, double gamma, double z = 0);
-      86             : };
-      87             : 
-      88             : /** @}*/
-      89             : } // namespace crpropa
-      90             : 
-      91             : #endif // CRPROPA_PHOTODISINTEGRATION_H
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-       1             : #ifndef CRPROPA_PROPAGATIONBP_H
-       2             : #define CRPROPA_PROPAGATIONBP_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : #include "crpropa/Units.h"
-       6             : #include "crpropa/magneticField/MagneticField.h"
-       7             : #include "kiss/logger.h"
-       8             : 
-       9             : namespace crpropa {
-      10             : /**
-      11             :  * \addtogroup Propagation
-      12             :  * @{
-      13             :  */
-      14             : 
-      15             : /**
-      16             :  @class PropagationBP
-      17             :  @brief Propagation through magnetic fields using the Boris method.
-      18             : 
-      19             :  This module solves the equations of motion of a relativistic charged particle when propagating through a magnetic field.\n
-      20             :  It uses the Boris push integration method.\n
-      21             :  It can be used with a fixed step size or an adaptive version which supports the step size control.
-      22             :  The step size control tries to keep the relative error close to, but smaller than the designated tolerance.
-      23             :  Additionally a minimum and maximum size for the steps can be set.
-      24             :  For neutral particles a rectilinear propagation is applied and a next step of the maximum step size proposed.
-      25             :  */
-      26             : class PropagationBP: public Module {
-      27             : 
-      28             : public:
-      29          84 :         class Y {
-      30             :         public:
-      31             :                 Vector3d x, u; /*< phase-point: position and direction */
-      32             : 
-      33             :                 Y() {
-      34             :                 }
-      35             : 
-      36          37 :                 Y(const Vector3d &x, const Vector3d &u) :
-      37             :                                 x(x), u(u) {
-      38             :                 }
-      39             : 
-      40             :                 Y(double f) :
-      41             :                                 x(Vector3d(f, f, f)), u(Vector3d(f, f, f)) {
-      42             :                 }
-      43             : 
-      44             :                 Y operator *(double f) const {
-      45             :                         return Y(x * f, u * f);
-      46             :                 }
-      47             : 
-      48             :                 Y &operator +=(const Y &y) {
-      49             :                         x += y.x;
-      50             :                         u += y.u;
-      51             :                         return *this;
-      52             :                 }
-      53             :         };
-      54             : 
-      55             : private:
-      56             :         ref_ptr<MagneticField> field;
-      57             :         double tolerance; /** target relative error of the numerical integration */
-      58             :         double minStep; /** minimum step size of the propagation */
-      59             :         double maxStep; /** maximum step size of the propagation */
-      60             : 
-      61             : public:
-      62             :         /** Default constructor for the Boris push. It is constructed with a fixed step size.
-      63             :          * @param field
-      64             :          * @param fixedStep 
-      65             :          */
-      66             :         PropagationBP(ref_ptr<MagneticField> field = NULL, double fixedStep = 1. * kpc);
-      67             : 
-      68             :         /** Constructor for the adaptive Boris push.
-      69             :          * @param field
-      70             :          * @param tolerance      tolerance is criterion for step adjustment. Step adjustment takes place only if minStep < maxStep
-      71             :          * @param minStep          minStep/c_light is the minimum integration time step
-      72             :          * @param maxStep          maxStep/c_light is the maximum integration time step. 
-      73             :          */
-      74             :     PropagationBP(ref_ptr<MagneticField> field, double tolerance, double minStep, double maxStep);
-      75             : 
-      76             :         /** Propagates the particle. Is called once per iteration.
-      77             :          * @param candidate      The Candidate is a passive object, that holds the information about the state of the cosmic ray and the simulation itself. */
-      78             :         void process(Candidate *candidate) const;
-      79             : 
-      80             :         /** Calculates the new position and direction of the particle based on the solution of the Lorentz force
-      81             :          * @param pos   current position of the candidate
-      82             :          * @param dir   current direction of the candidate
-      83             :          * @param step  current step size of the candidate
-      84             :          * @param z             current redshift is needed to calculate the magnetic field
-      85             :          * @param q             current charge of the candidate
-      86             :          * @param m             current mass of the candidate
-      87             :          * @return        return the new calculated position and direction of the candidate 
-      88             :          */
-      89             :         Y dY(Vector3d  pos, Vector3d  dir, double step, double z, double q, double m) const;
-      90             : 
-      91             :         /** comparison of the position after one step with the position after two steps with step/2.
-      92             :          * @param x1    position after one step of size step
-      93             :          * @param x2    position after two steps of size step/2
-      94             :          * @param step  current step size
-      95             :          * @return        measurement of the error of the step 
-      96             :          */
-      97             :         double errorEstimation(const Vector3d x1, const Vector3d x2, double step) const;
-      98             : 
-      99             :         /** Get magnetic field vector at current candidate position
-     100             :          * @param pos   current position of the candidate
-     101             :          * @param z      current redshift is needed to calculate the magnetic field
-     102             :          * @return        magnetic field vector at the position pos 
-     103             :          */
-     104             :         Vector3d getFieldAtPosition(Vector3d pos, double z) const;
-     105             : 
-     106             :         /** Adapt step size if required and calculates the new position and direction of the particle with the usage of the function dY
-     107             :          * @param y              current position and direction of candidate
-     108             :          * @param out      position and direction of candidate after the step
-     109             :          * @param error  error for the current step
-     110             :          * @param h              current step size
-     111             :          * @param p              current particle state
-     112             :          * @param z              current red shift
-     113             :          * @param q              current charge of the candidate 
-     114             :          * @param m              current mass of the candidate
-     115             :          */
-     116             :         void tryStep(const Y &y, Y &out, Y &error, double h, ParticleState &p, double z, double q, double m) const;
-     117             : 
-     118             :         /** Set functions for the parameters of the class PropagationBP */
-     119             : 
-     120             :         /** Set a specific magnetic field
-     121             :          * @param field  specific magnetic field 
-     122             :          */
-     123             :         void setField(ref_ptr<MagneticField> field);
-     124             :         /** Set a specific tolerance for the step size adaption
-     125             :          * @param tolerance      tolerance is criterion for step adjustment. Step adjustment takes place only if minStep < maxStep. 
-     126             :          */
-     127             :         void setTolerance(double tolerance);
-     128             :         /** Set the minimum step for the Boris push
-     129             :          * @param minStep          minStep/c_light is the minimum integration time step 
-     130             :          */
-     131             :         void setMinimumStep(double minStep);
-     132             :         /** Set the maximum step for the Boris push
-     133             :          * @param maxStep          maxStep/c_light is the maximum integration time step 
-     134             :          */
-     135             :         void setMaximumStep(double maxStep);
-     136             : 
-     137             :         /** Get functions for the parameters of the class PropagationBP, similar to the set functions */
-     138             : 
-     139             :         ref_ptr<MagneticField> getField() const;
-     140             :         double getTolerance() const;
-     141             :         double getMinimumStep() const;
-     142             :         double getMaximumStep() const;
-     143             :         std::string getDescription() const;
-     144             : };
-     145             : /** @}*/
-     146             : 
-     147             : } // namespace crpropa
-     148             : 
-     149             : #endif // PROPAGATIONBP_H
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-       1             : #ifndef CRPROPA_PROPAGATIONCK_H
-       2             : #define CRPROPA_PROPAGATIONCK_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : #include "crpropa/Units.h"
-       6             : #include "crpropa/magneticField/MagneticField.h"
-       7             : #include "kiss/logger.h"
-       8             : 
-       9             : namespace crpropa {
-      10             : /**
-      11             :  * \addtogroup Propagation 
-      12             :  * @{
-      13             :  */
-      14             : 
-      15             : /**
-      16             :  @class PropagationCK
-      17             :  @brief Rectilinear propagation through magnetic fields using the Cash-Karp method.
-      18             : 
-      19             :  This module solves the equations of motion of a relativistic charged particle when propagating through a magnetic field.\n
-      20             :  It uses the Runge-Kutta integration method with Cash-Karp coefficients.\n
-      21             :  The step size control tries to keep the relative error close to, but smaller than the designated tolerance.
-      22             :  Additionally a minimum and maximum size for the steps can be set.
-      23             :  For neutral particles a rectilinear propagation is applied and a next step of the maximum step size proposed.
-      24             :  */
-      25             : class PropagationCK: public Module {
-      26             : public:
-      27         286 :         class Y {
-      28             :         public:
-      29             :                 Vector3d x, u; /*< phase-point: position and direction */
-      30             : 
-      31             :                 Y() {
-      32             :                 }
-      33             : 
-      34          34 :                 Y(const Vector3d &x, const Vector3d &u) :
-      35             :                                 x(x), u(u) {
-      36             :                 }
-      37             : 
-      38             :                 Y(double f) :
-      39             :                                 x(Vector3d(f, f, f)), u(Vector3d(f, f, f)) {
-      40             :                 }
-      41             : 
-      42             :                 Y operator *(double f) const {
-      43             :                         return Y(x * f, u * f);
-      44             :                 }
-      45             : 
-      46             :                 Y &operator +=(const Y &y) {
-      47             :                         x += y.x;
-      48             :                         u += y.u;
-      49             :                         return *this;
-      50             :                 }
-      51             :         };
-      52             : 
-      53             : private:
-      54             :         std::vector<double> a, b, bs; /*< Cash-Karp coefficients */
-      55             :         ref_ptr<MagneticField> field;
-      56             :         double tolerance; /*< target relative error of the numerical integration */
-      57             :         double minStep; /*< minimum step size of the propagation */
-      58             :         double maxStep; /*< maximum step size of the propagation */
-      59             : 
-      60             : public:
-      61             :         /** Constructor for the adaptive Kash Carp.
-      62             :          * @param field
-      63             :          * @param tolerance      tolerance is criterion for step adjustment. Step adjustment takes place only if minStep < maxStep
-      64             :          * @param minStep          minStep/c_light is the minimum integration time step
-      65             :          * @param maxStep          maxStep/c_light is the maximum integration time step. 
-      66             :          */
-      67             :     PropagationCK(ref_ptr<MagneticField> field = NULL, double tolerance = 1e-4,
-      68             :                         double minStep = (0.1 * kpc), double maxStep = (1 * Gpc));
-      69             : 
-      70             :         void process(Candidate *candidate) const;
-      71             : 
-      72             :         // derivative of phase point, dY/dt = d/dt(x, u) = (v, du/dt)
-      73             :         // du/dt = q*c^2/E * (u x B)
-      74             :         Y dYdt(const Y &y, ParticleState &p, double z) const;
-      75             : 
-      76             :         void tryStep(const Y &y, Y &out, Y &error, double t,
-      77             :                         ParticleState &p, double z) const;
-      78             : 
-      79             :         void setField(ref_ptr<MagneticField> field);
-      80             :         void setTolerance(double tolerance);
-      81             :         void setMinimumStep(double minStep);
-      82             :         void setMaximumStep(double maxStep);
-      83             : 
-      84             :          /** get functions for the parameters of the class PropagationCK, similar to the set functions */
-      85             :         ref_ptr<MagneticField> getField() const;
-      86             :         
-      87             :         /** get magnetic field vector at current candidate position
-      88             :          * @param pos   current position of the candidate
-      89             :          * @param z      current redshift is needed to calculate the magnetic field
-      90             :          * @return        magnetic field vector at the position pos */
-      91             :         Vector3d getFieldAtPosition(Vector3d pos, double z) const;
-      92             : 
-      93             :         double getTolerance() const;
-      94             :         double getMinimumStep() const;
-      95             :         double getMaximumStep() const;
-      96             :         std::string getDescription() const;
-      97             : };
-      98             : /** @}*/
-      99             : 
-     100             : } // namespace crpropa
-     101             : 
-     102             : #endif // CRPROPA_PROPAGATIONCK_H
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-       1             : #ifndef CRPROPA_REDSHIFT_H
-       2             : #define CRPROPA_REDSHIFT_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : 
-       6             : namespace crpropa {
-       7             : /**
-       8             :  * \addtogroup EnergyLosses
-       9             :  * @{
-      10             :  */
-      11             : 
-      12             : /**
-      13             :  @class Redshift
-      14             :  @brief Updates redshift and applies adiabatic energy loss according to the traveled distance.
-      15             :  */
-      16           5 : class Redshift: public Module {
-      17             : public:
-      18             :         void process(Candidate *candidate) const;
-      19             :         std::string getDescription() const;
-      20             : };
-      21             : 
-      22             : /**
-      23             :  @class FutureRedshift
-      24             :  @brief Updates redshift and applies adiabatic energy loss according to the traveled distance. Extends to negative redshift values to allow for symmetric time windows around z=0.
-      25             :  */
-      26           0 : class FutureRedshift: public Module {
-      27             : public:
-      28             :         void process(Candidate *candidate) const;
-      29             :         std::string getDescription() const;
-      30             : };
-      31             : 
-      32             : /** @}*/
-      33             : } // namespace crpropa
-      34             : 
-      35             : #endif // CRPROPA_REDSHIFT_H
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-       1             : #ifndef SIMPLEPROPAGATION_H
-       2             : #define SIMPLEPROPAGATION_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : #include "crpropa/Units.h"
-       6             : 
-       7             : namespace crpropa {
-       8             : /**
-       9             :  * \addtogroup Propagation 
-      10             :  * @{
-      11             :  */
-      12             : 
-      13             : /**
-      14             :  @class SimplePropagation
-      15             :  @brief Simple rectilinear propagation in absence of magnetic fields.
-      16             : 
-      17             :  This module implements rectilinear propagation.
-      18             :  The step size is guaranteed to be larger than minStep and smaller than maxStep.
-      19             :  It always proposes a next step size of maxStep.
-      20             :  */
-      21           1 : class SimplePropagation: public Module {
-      22             : private:
-      23             :         double minStep, maxStep;
-      24             : 
-      25             : public:
-      26             :         SimplePropagation(double minStep = (0.1 * kpc), double maxStep = (1 * Gpc));
-      27             :         void process(Candidate *candidate) const;
-      28             :         void setMinimumStep(double minStep);
-      29             :         void setMaximumStep(double maxStep);
-      30             :         double getMinimumStep() const;
-      31             :         double getMaximumStep() const;
-      32             :         std::string getDescription() const;
-      33             : };
-      34             : /** @}*/
-      35             : 
-      36             : } // namespace crpropa
-      37             : 
-      38             : #endif // SIMPLEPROPAGATION_H
-      39             : 
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-       1             : #ifndef CRPROPA_TEXTOUTPUT_H
-       2             : #define CRPROPA_TEXTOUTPUT_H
-       3             : 
-       4             : #include "crpropa/module/Output.h"
-       5             : #include "crpropa/module/ParticleCollector.h"
-       6             : 
-       7             : #include <fstream>
-       8             : 
-       9             : namespace crpropa {
-      10             : /**
-      11             :  * \addtogroup Output
-      12             :  * @{
-      13             :  */
-      14             : 
-      15             : /**
-      16             :  @class TextOutput
-      17             :  @brief Configurable plain text output for particle information.
-      18             :  This type of output can also be used to generate a .tar.gz file if
-      19             :  the library zlib is available. For details see:
-      20             :         http://zlib.net/
-      21             :  */
-      22             : class TextOutput: public Output {
-      23             : protected:
-      24             :         std::ostream *out;
-      25             :         std::ofstream outfile;
-      26             :         std::string filename;
-      27             :         bool storeRandomSeeds;
-      28             :         
-      29             :         void printHeader() const;
-      30             : 
-      31             : public:
-      32             :         /** Default constructor
-      33             :          */
-      34             :         TextOutput();
-      35             :         /** Constructor
-      36             :          @param outputType      type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything
-      37             :          */
-      38             :         TextOutput(OutputType outputType);
-      39             :         /** Constructor
-      40             :          @param out                     output stream
-      41             :          */
-      42             :         TextOutput(std::ostream &out);
-      43             :         /** Constructor
-      44             :          @param out                     output stream
-      45             :          @param outputType      type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything
-      46             :          */
-      47             :         TextOutput(std::ostream &out, OutputType outputType);
-      48             :         /** Constructor with the default OutputType (everything).
-      49             :          @param filename        string containing name of output text file
-      50             :          */
-      51             :         TextOutput(const std::string &filename);
-      52             :         /** Constructor
-      53             :          @param filename        string containing name of output text file
-      54             :          @param outputType      type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything
-      55             :          */
-      56             :         TextOutput(const std::string &filename, OutputType outputType);
-      57             :         /** Destructor
-      58             :          */
-      59             :         ~TextOutput();
-      60             :         /** Whether to store the random seeds used in the simulation.
-      61             :          This enables reproducibility of each realisation of the simulation.
-      62             :          */
-      63           0 :         void enableRandomSeeds() {storeRandomSeeds = true;};
-      64             :         void close();
-      65             :         void gzip();
-      66             :         void process(Candidate *candidate) const;
-      67             :         /** Loads a file to a particle collector.
-      68             :          This is useful for analysis involving, e.g., magnetic lenses.
-      69             :          @param filename        string containing the name of the file to be loaded
-      70             :          @param collector       object of type ParticleCollector that will store the information
-      71             :          */
-      72             :         static void load(const std::string &filename, ParticleCollector *collector);
-      73             :         std::string getDescription() const;
-      74             : };
-      75             : /** @}*/
-      76             : 
-      77             : } // namespace crpropa
-      78             : 
-      79             : #endif // CRPROPA_TEXTOUTPUT_H
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-       1             : #ifndef CRPROPA_MODULETOOLS_H
-       2             : #define CRPROPA_MODULETOOLS_H
-       3             : 
-       4             : #include "crpropa/Module.h"
-       5             : #include "crpropa/EmissionMap.h"
-       6             : 
-       7             : #include <vector>
-       8             : #include <set>
-       9             : 
-      10             : namespace crpropa {
-      11             : /**
-      12             :  * \addtogroup Tools
-      13             :  * @{
-      14             :  */
-      15             : 
-      16             : /**
-      17             :  @class PerformanceModule
-      18             :  @brief Module to monitor the simulation performance
-      19             : 
-      20             :  Add modules under investigation to this module instead of the ModuleList.
-      21             :  */
-      22           0 : class PerformanceModule: public Module {
-      23             : private:
-      24           0 :         struct _module_info {
-      25             :                 double time;
-      26             :                 ref_ptr<Module> module;
-      27             :         };
-      28             : 
-      29             :         mutable std::vector<_module_info> modules;
-      30             :         mutable size_t calls;
-      31             : 
-      32             : public:
-      33             :         ~PerformanceModule();
-      34             :         void add(Module* module);
-      35             :         void process(Candidate* candidate) const;
-      36             :         std::string getDescription() const;
-      37             : };
-      38             : 
-      39             : /**
-      40             :   @class ParticleFilter
-      41             :   @brief Reject Particles not listed in filter.
-      42             : */
-      43             : class ParticleFilter: public AbstractCondition {
-      44             :         std::set<int> ids;
-      45             : 
-      46             : public:
-      47             :         ParticleFilter();
-      48             :         ParticleFilter(const std::set<int> &ids);
-      49             :         void addId(int id);
-      50             :         void removeId(int remove);
-      51             :         std::set<int> &getIds();
-      52             : 
-      53             :         void process(Candidate* candidate) const;
-      54             :         std::string getDescription() const;
-      55             : };
-      56             : 
-      57             : 
-      58             : /**
-      59             :   @class EmissionMapFiller
-      60             :   @brief Fill EmissionMap with source particle state
-      61             : */
-      62             : class EmissionMapFiller: public Module {
-      63             :         ref_ptr<EmissionMap> emissionMap;
-      64             : public:
-      65             :         EmissionMapFiller(EmissionMap *emissionMap);
-      66             :         void setEmissionMap(EmissionMap *emissionMap);
-      67             :         void process(Candidate* candidate) const;
-      68             :         std::string getDescription() const;
-      69             : };
-      70             : 
-      71             : /** @}*/
-      72             : } // namespace crpropa
-      73             : 
-      74             : #endif // CRPROPA_MODULETOOLS_H
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Function Name Sort by function nameHit count Sort by hit count
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          Line data    Source code
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-       1             : // ----------------------------------------------------------------------
-       2             : //
-       3             : // ParticleIDMethods.cc
-       4             : //
-       5             : // ----------------------------------------------------------------------
-       6             : 
-       7             : #include <cmath>  // for pow()
-       8             : 
-       9             : #include "HepPID/ParticleIDMethods.hh"
-      10             : #include "HepPID/ParticleName.hh"
-      11             : 
-      12             : namespace HepPID {
-      13             : 
-      14             : namespace {
-      15             : 
-      16             : // internal function used by hasXXX methods
-      17           0 : bool findQ( const int & pid, const int & q )
-      18             : {
-      19           0 :     if( isDyon(pid) ) { return false; }
-      20           0 :     if( isRhadron(pid) ) {
-      21             :         int iz = 7;
-      22           0 :         for( int i=6; i > 1; --i ) {
-      23           0 :            if( digit(location(i),pid) == 0 ) {
-      24             :                iz = i;
-      25           0 :            } else if ( i == iz-1 ) {
-      26             :                // ignore squark or gluino
-      27             :            } else {
-      28           0 :                if( digit(location(i),pid) == q ) { return true; }
-      29             :            }
-      30             :         }
-      31             :         return false;
-      32             :     }
-      33           0 :     if( digit(nq3,pid) == q || digit(nq2,pid) == q || digit(nq1,pid) == q ) { return true; }
-      34           0 :     if( isPentaquark(pid) ) { 
-      35           0 :         if( digit(nl,pid) == q || digit(nr,pid) == q ) { return true; }
-      36             :     }
-      37             :     return false;
-      38             : }
-      39             : 
-      40             : }
-      41             : 
-      42             : // absolute value
-      43   260299484 : int abspid( const int & pid )
-      44             : {
-      45   260299484 :   return (pid < 0) ? -pid : pid;
-      46             : }
-      47             : 
-      48             : // returns everything beyond the 7th digit (e.g. outside the numbering scheme)
-      49    50313164 : int extraBits( const int & pid )
-      50             : {
-      51    50313164 :     return abspid(pid)/10000000;
-      52             : }
-      53             : 
-      54             : //  split the PID into constituent integers
-      55   146041016 : unsigned short digit( location loc, const int & pid )
-      56             : {
-      57             :     //  PID digits (base 10) are: n nr nl nq1 nq2 nq3 nj
-      58             :     //  the location enum provides a convenient index into the PID
-      59             :                 //
-      60             :                 //  Modified for CRPropa: use precalculated values isntead of pow for
-      61             :                 //  performance
-      62             :                 static unsigned int p10[] = { 1, 10, 100, 1000,  10000, 100000, 1000000,
-      63             :                         10000000, 100000000, 1000000000};
-      64   146041016 :     return (abspid(pid)/ p10[loc-1])%10;
-      65             : //    int numerator = (int) std::pow(10.0,(loc-1));
-      66             : //    return (abspid(pid)/numerator)%10;
-      67             : }
-      68             : 
-      69             : //  return the first two digits if this is a "fundamental" particle
-      70             : //  ID = 100 is a special case (internal generator ID's are 81-100)
-      71    20168250 : int fundamentalID( const int & pid )
-      72             : {
-      73    20168250 :     if( extraBits(pid) > 0 ) return 0;
-      74    20168243 :     if( digit(nq2,pid) == 0 && digit(nq1,pid) == 0) {
-      75    20168243 :         return abspid(pid)%10000;
-      76           0 :     } else if( abspid(pid) <= 100 ) {
-      77           0 :         return abspid(pid);
-      78             :     } else {
-      79             :         return 0;
-      80             :     }
-      81             : }
-      82             : 
-      83             : // Ion numbers are +/- 10LZZZAAAI. 
-      84      364529 : int Z( const int & pid )
-      85             : {
-      86             :     // a proton can also be a Hydrogen nucleus
-      87      364529 :     if( abspid(pid) == 2212 ) { return 1; }
-      88      364529 :     if( isNucleus(pid) ) return (abspid(pid)/10000)%1000;
-      89             :     return 0;
-      90             : }
-      91             : 
-      92             : // Ion numbers are +/- 10LZZZAAAI. 
-      93      202818 : int A( const int & pid )
-      94             : {
-      95             :     // a proton can also be a Hydrogen nucleus
-      96      202818 :     if( abspid(pid) == 2212 ) { return 1; }
-      97      202818 :     if( isNucleus(pid) ) return (abspid(pid)/10)%1000;
-      98             :     return 0;
-      99             : }
-     100             : 
-     101             : // if this is a nucleus (ion), get nLambda
-     102             : // Ion numbers are +/- 10LZZZAAAI. 
-     103           0 : int lambda( const int & pid )
-     104             : {
-     105             :     // a proton can also be a Hydrogen nucleus
-     106           0 :     if( abspid(pid) == 2212 ) { return 0; }
-     107           0 :     if( isNucleus(pid) ) return digit(n8,pid);
-     108             :     return 0;
-     109             : }
-     110             : 
-     111             : 
-     112             : // ---  boolean methods:
-     113             : //
-     114             : 
-     115             : //  check to see if this is a valid PID
-     116           0 : bool isValid( const int & pid )
-     117             : {
-     118           0 :     if( extraBits(pid) > 0 ) {
-     119           0 :         if( isNucleus(pid) )   { return true; }
-     120           0 :         if( isQBall(pid) )   { return true; }
-     121           0 :         return false; 
-     122             :     }
-     123           0 :     if( isSUSY(pid) ) { return true; }
-     124           0 :     if( isRhadron(pid) ) { return true; }
-     125           0 :     if( isDyon(pid) ) { return true; }
-     126             :     // Meson signature
-     127           0 :     if( isMeson(pid) )   { return true; }
-     128             :     // Baryon signature
-     129           0 :     if( isBaryon(pid) )  { return true; }
-     130             :     // DiQuark signature
-     131           0 :     if( isDiQuark(pid) ) { return true; }
-     132             :     // fundamental particle
-     133           0 :     if( fundamentalID(pid) > 0 ) { 
-     134           0 :       if(pid > 0 ) { 
-     135             :         return true; 
-     136             :       } else {
-     137           0 :         if( hasFundamentalAnti(pid) ) { return true; }
-     138           0 :         return false;
-     139             :       }
-     140             :     }
-     141             :     // pentaquark
-     142           0 :     if( isPentaquark(pid) ) { return true; }
-     143             :     // don't recognize this number
-     144             :     return false;
-     145             : }
-     146             : 
-     147             : // if this is a fundamental particle, does it have a valid antiparticle?
-     148           0 : bool hasFundamentalAnti( const int & pid )
-     149             : {
-     150             :     // these are defined by the generator and therefore are always valid
-     151           0 :     if( fundamentalID(pid) <= 100 && fundamentalID(pid) >= 80 ) { return true; }
-     152             :     // check id's from 1 to 79
-     153           0 :     if( fundamentalID(pid) > 0 && fundamentalID(pid) < 80 ) { 
-     154           0 :        if( validParticleName(-pid) ) { return true; }
-     155             :     }
-     156             :     return false;
-     157             : }
-     158             : 
-     159             : //  check to see if this is a valid meson
-     160           0 : bool isMeson( const int & pid )
-     161             : {
-     162           0 :     if( extraBits(pid) > 0 ) { return false; }
-     163           0 :     if( abspid(pid) <= 100 ) { return false; }
-     164           0 :     if( fundamentalID(pid) <= 100 && fundamentalID(pid) > 0 ) { return false; }
-     165           0 :     if( isRhadron(pid) ) { return false; }
-     166           0 :     int aid = abspid(pid);
-     167           0 :     if( aid == 130 || aid == 310 || aid == 210 ) { return true; }
-     168             :     // EvtGen uses some odd numbers
-     169           0 :     if( aid == 150 || aid == 350 || aid == 510 || aid == 530 ) { return true; }
-     170             :     // pomeron, etc.
-     171           0 :     if( pid == 110 || pid == 990 || pid == 9990 ) { return true; }
-     172           0 :     if(    digit(nj,pid) > 0 && digit(nq3,pid) > 0 
-     173           0 :         && digit(nq2,pid) > 0 && digit(nq1,pid) == 0 ) {
-     174             :         // check for illegal antiparticles
-     175           0 :         if( digit(nq3,pid) == digit(nq2,pid) && pid < 0 ) {
-     176           0 :             return false;
-     177             :         } else {
-     178             :             return true;
-     179             :         }
-     180             :     }
-     181             :     return false;
-     182             : }
-     183             : 
-     184             : //  check to see if this is a valid baryon
-     185           0 : bool isBaryon( const int & pid )
-     186             : {
-     187           0 :     if( extraBits(pid) > 0 ) { return false; }
-     188           0 :     if( abspid(pid) <= 100 ) { return false; }
-     189           0 :     if( fundamentalID(pid) <= 100 && fundamentalID(pid) > 0 ) { return false; }
-     190           0 :     if( isRhadron(pid) ) { return false; }
-     191           0 :     if( isPentaquark(pid) ) { return false; }
-     192           0 :     if( abspid(pid) == 2110 || abspid(pid) == 2210 ) { return true; }
-     193           0 :     if(    digit(nj,pid) > 0  && digit(nq3,pid) > 0 
-     194           0 :         && digit(nq2,pid) > 0 && digit(nq1,pid) > 0 ) { return true; }
-     195             :     return false;
-     196             : }
-     197             : 
-     198             : //  check to see if this is a valid diquark
-     199           0 : bool isDiQuark( const int & pid )
-     200             : {
-     201           0 :     if( extraBits(pid) > 0 ) { return false; }
-     202           0 :     if( abspid(pid) <= 100 ) { return false; }
-     203           0 :     if( fundamentalID(pid) <= 100 && fundamentalID(pid) > 0 ) { return false; }
-     204           0 :     if(    digit(nj,pid) > 0  && digit(nq3,pid) == 0 
-     205           0 :         && digit(nq2,pid) > 0 && digit(nq1,pid) > 0 ) {  // diquark signature
-     206             :        // EvtGen uses the diquarks for quark pairs, so, for instance, 
-     207             :        //   5501 is a valid "diquark" for EvtGen
-     208             :        //if( digit(nj) == 1 && digit(nq2) == digit(nq1) ) {     // illegal
-     209             :        //   return false; 
-     210             :        //} else {
-     211           0 :           return true;
-     212             :        //}
-     213             :     }
-     214             :     return false;
-     215             : }
-     216             : 
-     217             : // is this a valid hadron ID?
-     218           0 : bool isHadron( const int & pid )
-     219             : {
-     220           0 :     if( extraBits(pid) > 0 ) { return false; }
-     221           0 :     if( isMeson(pid) )   { return true; }
-     222           0 :     if( isBaryon(pid) )  { return true; }
-     223           0 :     if( isPentaquark(pid) ) { return true; }
-     224           0 :     if( isRhadron(pid) ) { return true; }
-     225             :     return false;
-     226             : }
-     227             : // is this a valid lepton ID?
-     228           0 : bool isLepton( const int & pid )
-     229             : {
-     230           0 :     if( extraBits(pid) > 0 ) { return false; }
-     231           0 :     if( fundamentalID(pid) >= 11 && fundamentalID(pid) <= 18 ) { return true; }
-     232             :     return false;
-     233             : }
-     234             : 
-     235             : //
-     236             : // This implements the 2006 Monte Carlo nuclear code scheme.
-     237             : // Ion numbers are +/- 10LZZZAAAI. 
-     238             : // AAA is A - total baryon number
-     239             : // ZZZ is Z - total charge
-     240             : // L is the total number of strange quarks.
-     241             : // I is the isomer number, with I=0 corresponding to the ground state.
-     242    20937352 : bool isNucleus( const int & pid )
-     243             : {
-     244             :      // a proton can also be a Hydrogen nucleus
-     245    20937352 :      if( abspid(pid) == 2212 ) { return true; }
-     246             :      // new standard: +/- 10LZZZAAAI
-     247    20937336 :      if( ( digit(n10,pid) == 1 ) && ( digit(n9,pid) == 0 ) ) {
-     248             :         // charge should always be less than or equal to baryon number
-     249             :         // the following line is A >= Z
-     250      769143 :         if( (abspid(pid)/10)%1000 >= (abspid(pid)/10000)%1000 ) { return true; }
-     251             :      }
-     252             :      return false;
-     253             : }
-     254             : 
-     255             : //  check to see if this is a valid pentaquark
-     256           0 : bool isPentaquark( const int & pid )
-     257             : {
-     258             :     // a pentaquark is of the form 9abcdej,
-     259             :     // where j is the spin and a, b, c, d, and e are quarks
-     260           0 :     if( extraBits(pid) > 0 ) { return false; }
-     261           0 :     if( digit(n,pid) != 9 )  { return false; }
-     262           0 :     if( digit(nr,pid) == 9 || digit(nr,pid) == 0 )  { return false; }
-     263           0 :     if( digit(nj,pid) == 9 || digit(nl,pid) == 0 )  { return false; }
-     264           0 :     if( digit(nq1,pid) == 0 )  { return false; }
-     265           0 :     if( digit(nq2,pid) == 0 )  { return false; }
-     266           0 :     if( digit(nq3,pid) == 0 )  { return false; }
-     267           0 :     if( digit(nj,pid) == 0 )  { return false; }
-     268             :     // check ordering
-     269           0 :     if( digit(nq2,pid) > digit(nq1,pid) )  { return false; }
-     270           0 :     if( digit(nq1,pid) > digit(nl,pid) )  { return false; }
-     271           0 :     if( digit(nl,pid) > digit(nr,pid) )  { return false; }
-     272             :     return true;
-     273             : }
-     274             : 
-     275             : // is this a SUSY?
-     276           0 : bool isSUSY( const int & pid )
-     277             : {
-     278             :     // fundamental SUSY particles have n = 1 or 2
-     279           0 :     if( extraBits(pid) > 0 ) { return false; }
-     280           0 :     if( digit(n,pid) != 1 && digit(n,pid) != 2 )  { return false; }
-     281           0 :     if( digit(nr,pid) != 0 )  { return false; }
-     282             :     // check fundamental part
-     283           0 :     if( fundamentalID(pid) == 0 )  { return false; }
-     284             :     return true;
-     285             : }
-     286             : 
-     287             : // is this an R-hadron?
-     288           0 : bool isRhadron( const int & pid )
-     289             : {
-     290             :     // an R-hadron is of the form 10abcdj, 100abcj, or 1000abj
-     291             :     // where j is the spin, b, c, and d are quarks or gluons,
-     292             :     // and a (the digit following the zero's) is a SUSY particle
-     293           0 :     if( extraBits(pid) > 0 ) { return false; }
-     294           0 :     if( digit(n,pid) != 1 )  { return false; }
-     295           0 :     if( digit(nr,pid) != 0 )  { return false; }
-     296             :     // make sure this isn't a SUSY particle
-     297           0 :     if( isSUSY(pid) ) { return false; }
-     298             :     // All R-hadrons have at least 3 core digits
-     299           0 :     if( digit(nq2,pid) == 0 )  { return false; }
-     300           0 :     if( digit(nq3,pid) == 0 )  { return false; }
-     301           0 :     if( digit(nj,pid) == 0 )  { return false; }
-     302             :     return true;
-     303             : }
-     304             : 
-     305             : // is this a Dyon (magnetic monopole)?
-     306     3325562 : bool isDyon( const int & pid )
-     307             : {
-     308             :     ///Magnetic monopoles and Dyons are assumed to have one unit of 
-     309             :     ///Dirac monopole charge and a variable integer number xyz units 
-     310             :     ///of electric charge.  
-     311             :     ///
-     312             :     ///Codes 411xyz0 are then used when the magnetic and electrical 
-     313             :     ///charge sign agree and 412xyz0 when they disagree, 
-     314             :     ///with the overall sign of the particle set by the magnetic charge.  
-     315             :     ///For now no spin information is provided.
-     316             :     ///
-     317     3325562 :     if( extraBits(pid) > 0 ) { return false; }
-     318     3325562 :     if( digit(n,pid) != 4 )  { return false; }
-     319           0 :     if( digit(nr,pid) != 1 )  { return false; }
-     320           0 :     if( (digit(nl,pid) != 1) && (digit(nl,pid) != 2) )  { return false; }
-     321             :     // All Dyons have at least 1 core digit
-     322           0 :     if( digit(nq3,pid) == 0 )  { return false; }
-     323             :     // Dyons have spin zero for now
-     324           0 :     if( digit(nj,pid) != 0 )  { return false; }
-     325             :     return true;
-     326             : }
-     327             : 
-     328             : // Check for QBalls
-     329             : // Ad-hoc numbering for such particles is 100xxxx0, 
-     330             : // where xxxx is the charge in tenths. 
-     331    23493806 : bool isQBall( const int & pid )
-     332             : {
-     333    23493806 :     if( extraBits(pid) != 1 ) { return false; }
-     334           0 :     if( digit(n,pid) != 0 )  { return false; }
-     335           0 :     if( digit(nr,pid) != 0 )  { return false; }
-     336             :     // check the core number
-     337           0 :     if( (abspid(pid)/10)%10000 == 0 )  { return false; }
-     338             :     // these particles have spin zero for now
-     339           0 :     if( digit(nj,pid) != 0 )  { return false; }
-     340             :     return true;
-     341             : }
-     342             : 
-     343             : // does this particle contain an up quark?
-     344           0 : bool hasUp( const int & pid)
-     345             : {
-     346           0 :     if( extraBits(pid) > 0 ) { return false; }
-     347           0 :     if( fundamentalID(pid) > 0 ) { return false; }
-     348           0 :     return findQ(pid,2);
-     349             : }
-     350             : // does this particle contain a down quark?
-     351           0 : bool hasDown( const int & pid)
-     352             : {
-     353           0 :     if( extraBits(pid) > 0 ) { return false; }
-     354           0 :     if( fundamentalID(pid) > 0 ) { return false; }
-     355           0 :     return findQ(pid,1);
-     356             : }
-     357             : // does this particle contain a strange quark?
-     358           0 : bool hasStrange( const int & pid )
-     359             : {
-     360           0 :     if( extraBits(pid) > 0 ) { return false; }
-     361           0 :     if( fundamentalID(pid) > 0 ) { return false; }
-     362           0 :     return findQ(pid,3);
-     363             : }
-     364             : // does this particle contain a charm quark?
-     365           0 : bool hasCharm( const int & pid )
-     366             : {
-     367           0 :     if( extraBits(pid) > 0 ) { return false; }
-     368           0 :     if( fundamentalID(pid) > 0 ) { return false; }
-     369           0 :     return findQ(pid,4);
-     370             : }
-     371             : // does this particle contain a bottom quark?
-     372           0 : bool hasBottom( const int & pid )
-     373             : {
-     374           0 :     if( extraBits(pid) > 0 ) { return false; }
-     375           0 :     if( fundamentalID(pid) > 0 ) { return false; }
-     376           0 :     return findQ(pid,5);
-     377             : }
-     378             : // does this particle contain a top quark?
-     379           0 : bool hasTop( const int & pid )
-     380             : {
-     381           0 :     if( extraBits(pid) > 0 ) { return false; }
-     382           0 :     if( fundamentalID(pid) > 0 ) { return false; }
-     383           0 :     return findQ(pid,6);
-     384             : }
-     385             : 
-     386             : // ---  other information
-     387             : //
-     388             : // jSpin returns 2J+1, where J is the total spin
-     389           0 : int  jSpin( const int & pid )
-     390             : {
-     391           0 :     if( fundamentalID(pid) > 0 ) { 
-     392             :         // some of these are known
-     393           0 :         int fund = fundamentalID(pid);
-     394           0 :         if( fund > 0 && fund < 7 ) return 2;
-     395           0 :         if( fund == 9 ) return 3; 
-     396           0 :         if( fund > 10 && fund < 17 ) return 2;
-     397           0 :         if( fund > 20 && fund < 25 ) return 3;
-     398           0 :         return 0; 
-     399           0 :     } else if( extraBits(pid) > 0 ) { 
-     400             :         return 0; 
-     401             :     }
-     402           0 :     return abspid(pid)%10;
-     403             : }
-     404             : // sSpin returns 2S+1, where S is the spin
-     405           0 : int  sSpin( const int & pid )
-     406             : {
-     407           0 :     if( !isMeson(pid) ) { return 0; }
-     408           0 :     int inl = digit(nl,pid);
-     409             :     //int tent = digit(n,pid);
-     410           0 :     int js = digit(nj,pid);
-     411           0 :     if( digit(n,pid) == 9 ) { return 0; }       // tentative ID
-     412             :     //if( tent == 9 ) { return 0; }     // tentative assignment
-     413           0 :     if( inl == 0 && js >= 3 ) { 
-     414             :         return 1;
-     415           0 :     } else if( inl == 0  && js == 1 ) {
-     416             :         return 0;
-     417           0 :     } else if( inl == 1  && js >= 3 ) {
-     418             :         return 0;
-     419           0 :     } else if( inl == 2  && js >= 3 ) {
-     420             :         return 1;
-     421           0 :     } else if( inl == 1  && js == 1 ) {
-     422             :         return 1;
-     423           0 :     } else if( inl == 3  && js >= 3 ) {
-     424           0 :         return 1;
-     425             :     }
-     426             :     // default to zero
-     427             :     return 0;
-     428             : }
-     429             : // lSpin returns 2L+1, where L is the orbital angular momentum
-     430           0 : int  lSpin( const int & pid )
-     431             : {
-     432           0 :     if( !isMeson(pid) ) { return 0; }
-     433           0 :     int inl = digit(nl,pid);
-     434             :     //int tent = digit(n,pid);
-     435           0 :     int js = digit(nj,pid);
-     436           0 :     if( digit(n,pid) == 9 ) { return 0; }       // tentative ID
-     437           0 :     if( inl == 0 && js == 3 ) { 
-     438             :         return 0;
-     439           0 :     } else if( inl == 0 && js == 5 ) {
-     440             :         return 1;
-     441           0 :     } else if( inl == 0 && js == 7 ) {
-     442             :         return 2;
-     443           0 :     } else if( inl == 0 && js == 9 ) {
-     444             :         return 3;
-     445           0 :     } else if( inl == 0  && js == 1 ) {
-     446             :         return 0;
-     447           0 :     } else if( inl == 1  && js == 3 ) {
-     448             :         return 1;
-     449           0 :     } else if( inl == 1  && js == 5 ) {
-     450             :         return 2;
-     451           0 :     } else if( inl == 1  && js == 7 ) {
-     452             :         return 3;
-     453           0 :     } else if( inl == 1  && js == 9 ) {
-     454             :         return 4;
-     455           0 :     } else if( inl == 2  && js == 3 ) {
-     456             :         return 1;
-     457           0 :     } else if( inl == 2  && js == 5 ) {
-     458             :         return 2;
-     459           0 :     } else if( inl == 2  && js == 7 ) {
-     460             :         return 3;
-     461           0 :     } else if( inl == 2  && js == 9 ) {
-     462             :         return 4;
-     463           0 :     } else if( inl == 1  && js == 1 ) {
-     464             :         return 1;
-     465           0 :     } else if( inl == 3  && js == 3 ) {
-     466             :         return 2;
-     467           0 :     } else if( inl == 3  && js == 5 ) {
-     468             :         return 3;
-     469           0 :     } else if( inl == 3  && js == 7 ) {
-     470             :         return 4;
-     471           0 :     } else if( inl == 3  && js == 9 ) {
-     472           0 :         return 5;
-     473             :     }
-     474             :     // default to zero
-     475             :     return 0;
-     476             : }
-     477             : 
-     478             : // 3 times the charge
-     479    20168252 : int threeCharge( const int & pid )
-     480             : {
-     481             :     int charge=0;
-     482             :     int ida, sid;
-     483             :     unsigned short q1, q2, q3, ql;
-     484             :     static int ch100[] = { -1, 2,-1, 2,-1, 2,-1, 2, 0, 0,
-     485             :                        -3, 0,-3, 0,-3, 0,-3, 0, 0, 0,
-     486             :                         0, 0, 0, 3, 0, 0, 0, 0, 0, 0,
-     487             :                         0, 0, 0, 3, 0, 0, 3, 0, 0, 0,
-     488             :                         0, -1, 0, 0, 0, 0, 0, 0, 0, 0,
-     489             :                         0, 6, 3, 6, 0, 0, 0, 0, 0, 0,
-     490             :                         0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
-     491             :                         0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
-     492             :                         0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
-     493             :                         0, 0, 0, 0, 0, 0, 0, 0, 0, 0 };
-     494    20168252 :     q1 = digit(nq1,pid);
-     495    20168249 :     q2 = digit(nq2,pid);
-     496    20168248 :     q3 = digit(nq3,pid);
-     497    20168250 :     ql = digit(nl,pid);
-     498    20168251 :     ida = abspid(pid);
-     499    20168250 :     sid = fundamentalID(pid);
-     500    20168244 :     if( ida == 0 ) {      // illegal
-     501             :         return 0;
-     502     3325563 :     } else if( isQBall(pid) ) {         // QBall
-     503           0 :        charge = 3*((abspid(pid)/10)%10000);
-     504     3325563 :     } else if( extraBits(pid) > 0 ) {                // ion
-     505             :         return 0;
-     506     3325562 :     } else if( isDyon(pid) ) {          // Dyon
-     507           0 :         charge = 3*( (abspid(pid)/10)%1000 );
-     508             :         // this is half right
-     509             :         // the charge sign will be changed below if pid < 0
-     510           0 :         if( ql == 2 ) {
-     511           0 :             charge = -charge; 
-     512             :         }
-     513     3325562 :     } else if( sid > 0 && sid <= 100 ) {  // use table
-     514     3325562 :         charge = ch100[sid-1];
-     515     3325562 :         if(ida==1000017 || ida==1000018) { charge = 0; }
-     516     3325562 :         if(ida==1000034 || ida==1000052) { charge = 0; }
-     517     3325562 :         if(ida==1000053 || ida==1000054) { charge = 0; }
-     518     3325562 :         if(ida==5100061 || ida==5100062) { charge = 6; }
-     519           0 :     } else if( digit(nj,pid) == 0 ) {           // KL, Ks, or undefined
-     520             :         return 0;
-     521           0 :     } else if( isMeson(pid) ) {                 // mesons
-     522           0 :             if( q2 == 3 || q2 == 5 ) {
-     523           0 :                 charge = ch100[q3-1] - ch100[q2-1];
-     524             :             } else {
-     525           0 :                 charge = ch100[q2-1] - ch100[q3-1];
-     526             :             }
-     527           0 :     } else if( isRhadron(pid) ) {               // Rhadron
-     528           0 :         if (( q1 == 0 ) || ( q1 == 9 )) {
-     529           0 :             if( q2 == 3 || q2 == 5 ) {
-     530           0 :                 charge = ch100[q3-1] - ch100[q2-1];
-     531             :             } else {
-     532           0 :                 charge = ch100[q2-1] - ch100[q3-1];
-     533             :             }
-     534           0 :         } else if( ql == 0 ) {
-     535           0 :             charge = ch100[q3-1] + ch100[q2-1] + ch100[q1-1];
-     536           0 :         } else if ( digit(nr,pid) == 0 ) {
-     537           0 :             charge = ch100[q3-1] + ch100[q2-1] + ch100[q1-1] + ch100[ql-1];
-     538             :         }
-     539           0 :     } else if( isDiQuark(pid) ) {                       // diquarks
-     540           0 :         charge = ch100[q2-1] + ch100[q1-1];
-     541           0 :     } else if( isBaryon(pid) ) {                        // baryons
-     542           0 :         charge = ch100[q3-1] + ch100[q2-1] + ch100[q1-1];
-     543             :     } else {            // unknown
-     544             :         return 0;
-     545             :     }
-     546     3325562 :     if( charge == 0 ) {
-     547     3310494 :         return 0;
-     548       15068 :     } else if( pid < 0 ) {
-     549        7103 :         charge = -charge; 
-     550             :     }
-     551             :     return charge;
-     552             : }
-     553             : 
-     554             : // the actual charge
-     555    20168251 : double charge( const int & pid )
-     556             : {
-     557    20168251 :    int tc = threeCharge(pid);
-     558    20168244 :    if( isQBall(pid) ) {
-     559           0 :        return double(tc)/30.;
-     560             :    } else {
-     561    20168248 :        return double(tc)/3.;
-     562             :    }
-     563             : }
-     564             : 
-     565             : } // HepPID
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LCOV - code coverage report
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Current view:top level - libs/HepPID/src - ParticleName.cc (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:0130.0 %
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Current view:top level - libs/HepPID/src - ParticleName.cc (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:0130.0 %
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          Line data    Source code
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-       1             : // ----------------------------------------------------------------------
-       2             : //
-       3             : // ParticleName.cc
-       4             : // Author: Lynn Garren and Walter Brown
-       5             : //
-       6             : //  Create a map that gives a standard name for each pre-defined 
-       7             : //  particle ID number.   Also create a map for the reverse lookup of 
-       8             : //  the ID number from a string.  These maps are initialized if and only if 
-       9             : //  the public functions are called. Because the maps are static, 
-      10             : //  the initialization happens only once.
-      11             : //
-      12             : //  The user NEVER calls ParticleNameInit()
-      13             : //  We use a data table (struct Snames) so that compile time is not impacted.
-      14             : //
-      15             : //  public functions:
-      16             : //     PartcleIdMap const &  getPartcleIdMap()
-      17             : //     std::string              ParticleName( const int pid )
-      18             : //     void                     listParticleNames( std::ostream & os  )
-      19             : //
-      20             : // ----------------------------------------------------------------------
-      21             : 
-      22             : #include <string>
-      23             : #include <map>
-      24             : #include <iostream>
-      25             : #include <sstream>
-      26             : #include <iomanip>        // width
-      27             : #include <utility>        // make_pair
-      28             : 
-      29             : #include "HepPID/ParticleName.hh"
-      30             : #include "HepPID/ParticleIDMethods.hh"
-      31             : #include "HepPID/Version.hh"
-      32             : 
-      33             : namespace HepPID {
-      34             : 
-      35             : typedef  std::map< int, std::string >  PartcleIdMap;
-      36             : typedef  std::map< std::string, int >  ParticleLookupMap;
-      37             : 
-      38             : ///
-      39             : /// \class ParticleNameMap
-      40             : /// \author Lynn Garren
-      41             : ///
-      42             : /// Used internally to store the static maps
-      43             : ///
-      44             : class ParticleNameMap{
-      45             : 
-      46             : public:
-      47             : 
-      48             :    typedef PartcleIdMap::const_iterator      idIterator;
-      49             :    typedef ParticleLookupMap::const_iterator nameIterator;
-      50             :    
-      51           0 :    ParticleNameMap(PartcleIdMap m1,ParticleLookupMap m2)
-      52           0 :    : itsNameMap(m1), itsLookupMap(m2) {}
-      53           0 :    ~ParticleNameMap() {}
-      54             :    
-      55             :    PartcleIdMap       nameMap()    const { return itsNameMap; }
-      56             :    ParticleLookupMap lookupMap()  const { return itsLookupMap; }
-      57             :    idIterator   begin()               const { return itsNameMap.begin(); }
-      58             :    idIterator   end()                 const { return itsNameMap.end(); }
-      59             :    idIterator   find( const int & id) const { return itsNameMap.find(id); }
-      60             :    nameIterator beginLookupMap()      const { return itsLookupMap.begin(); }
-      61             :    nameIterator endLookupMap()        const { return itsLookupMap.end(); }
-      62             :    nameIterator findString( const std::string & s) const { return itsLookupMap.find(s); }
-      63             : 
-      64             : private:
-      65             :    
-      66             :    PartcleIdMap       itsNameMap;
-      67             :    ParticleLookupMap itsLookupMap;
-      68             :    
-      69             :    // copies are not allowed
-      70             :    ParticleNameMap( const ParticleNameMap & );
-      71             :    ParticleNameMap & operator = ( const ParticleNameMap & );
-      72             :    
-      73             : };
-      74             : 
-      75             : namespace {     // ParticleNameInit and ParticleNameMap are private
-      76             : 
-      77           0 : ParticleNameMap const &  ParticleNameInit()
-      78             : {
-      79             : 
-      80             :   PartcleIdMap  m;
-      81             :   ParticleLookupMap nameMap;
-      82             : 
-      83             :   static const struct {
-      84             :       int pid;
-      85             :       const char* pname;
-      86             :   } SNames[] = {
-      87             :       {          0, "" },
-      88             :       {          1, "d" },
-      89             :       {         -1, "d~" },
-      90             :       {          2, "u" },
-      91             :       {         -2, "u~" },
-      92             :       {          3, "s" },
-      93             :       {         -3, "s~" },
-      94             :       {          4, "c" },
-      95             :       {         -4, "c~" },
-      96             :       {          5, "b" },
-      97             :       {         -5, "b~" },
-      98             :       {          6, "t" },
-      99             :       {         -6, "t~" },
-     100             :       {          7, "b'" },
-     101             :       {         -7, "b'~" },
-     102             :       {          8, "t'" },
-     103             :       {         -8, "t'~" },
-     104             :       {         11, "e^-" },
-     105             :       {        -11, "e^+" },
-     106             :       {         12, "nu_e" },
-     107             :       {        -12, "nu_e~" },
-     108             :       {         13, "mu^-" },
-     109             :       {        -13, "mu^+" },
-     110             :       {         14, "nu_mu" },
-     111             :       {        -14, "nu_mu~" },
-     112             :       {         15, "tau^-" },
-     113             :       {        -15, "tau^+" },
-     114             :       {         16, "nu_tau" },
-     115             :       {        -16, "nu_tau~" },
-     116             :       {         17, "tau'^-" },
-     117             :       {        -17, "tau'^+" },
-     118             :       {         18, "nu_tau'" },
-     119             :       {        -18, "nu_tau'~" },
-     120             :       {         21, "g" },
-     121             :       {         22, "gamma" },
-     122             :       {      10022, "virtual-photon" },
-     123             :       {      20022, "Cerenkov-radiation" },
-     124             :       {         23, "Z^0" },
-     125             :       {         24, "W^+" },
-     126             :       {        -24, "W^-" },
-     127             :       {         25, "H_1^0" },
-     128             :       {         32, "Z_2^0" },
-     129             :       {         33, "Z_3^0" },
-     130             :       {         34, "W_2^+" },
-     131             :       {        -34, "W_2^-" },
-     132             :       {         35, "H_2^0" },
-     133             :       {         36, "H_3^0" },
-     134             :       {         37, "H^+" },
-     135             :       {        -37, "H^-" },
-     136             :       {         39, "G"  },
-     137             :       {         41, "R^0" },
-     138             :       {        -41, "R~^0" },
-     139             :       {         42, "LQ_c" },
-     140             :       {        -42, "LQ_c~" },
-     141             :       {         43, "Xu^0" },
-     142             :       {         44, "Xu^+" },
-     143             :       {        -44, "Xu^-" },
-     144             :       {         51, "H_L^0" },
-     145             :       {         52, "H_1^++" },
-     146             :       {        -52, "H_1^--" },
-     147             :       {         53, "H_2^+" },
-     148             :       {        -53, "H_2^-" },
-     149             :       {         54, "H_2^++" },
-     150             :       {        -54, "H_2^--" },
-     151             :       {         55, "H_4^0" },
-     152             :       {        -55, "H_4~^0" },
-     153             :       {         81, "generator-specific+81" },
-     154             :       {         82, "generator-specific+82" },
-     155             :       {         83, "generator-specific+83" },
-     156             :       {         84, "generator-specific+84" },
-     157             :       {         85, "generator-specific+85" },
-     158             :       {         86, "generator-specific+86" },
-     159             :       {         87, "generator-specific+87" },
-     160             :       {         88, "generator-specific+88" },
-     161             :       {         89, "generator-specific+89" },
-     162             :       {         90, "generator-specific+90" },
-     163             :       {         91, "generator-specific+91" },
-     164             :       {         92, "generator-specific+92" },
-     165             :       {         93, "generator-specific+93" },
-     166             :       {         94, "generator-specific+94" },
-     167             :       {         95, "generator-specific+95" },
-     168             :       {         96, "generator-specific+96" },
-     169             :       {         97, "generator-specific+97" },
-     170             :       {         98, "generator-specific+98" },
-     171             :       {         99, "generator-specific+99" },
-     172             :       {        -81, "generator-specific-81" },
-     173             :       {        -82, "generator-specific-82" },
-     174             :       {        -83, "generator-specific-83" },
-     175             :       {        -84, "generator-specific-84" },
-     176             :       {        -85, "generator-specific-85" },
-     177             :       {        -86, "generator-specific-86" },
-     178             :       {        -87, "generator-specific-87" },
-     179             :       {        -88, "generator-specific-88" },
-     180             :       {        -89, "generator-specific-89" },
-     181             :       {        -90, "generator-specific-90" },
-     182             :       {        -91, "generator-specific-91" },
-     183             :       {        -92, "generator-specific-92" },
-     184             :       {        -93, "generator-specific-93" },
-     185             :       {        -94, "generator-specific-94" },
-     186             :       {        -95, "generator-specific-95" },
-     187             :       {        -96, "generator-specific-96" },
-     188             :       {        -97, "generator-specific-97" },
-     189             :       {        -98, "generator-specific-98" },
-     190             :       {        -99, "generator-specific-99" },
-     191             :       {        100, "generator-specific+100" },
-     192             :       {       -100, "generator-specific-100" },
-     193             :       {        101, "geantino" },
-     194             :       {        102, "charged-geantino" },
-     195             :       {        110, "reggeon" },
-     196             :       {        130, "K_L^0" },
-     197             :       {        310, "K_S^0" },
-     198             :       {        990, "pomeron" },
-     199             :       {       9990, "odderon" },
-     200             :       {    1000001, "susy-d_L" },
-     201             :       {   -1000001, "susy-d_L~" },
-     202             :       {    1000002, "susy-u_L" },
-     203             :       {   -1000002, "susy-u_L~" },
-     204             :       {    1000003, "susy-s_L" },
-     205             :       {   -1000003, "susy-s_L~" },
-     206             :       {    1000004, "susy-c_L" },
-     207             :       {   -1000004, "susy-c_L~" },
-     208             :       {    1000005, "susy-b_1" },
-     209             :       {   -1000005, "susy-b_1~" },
-     210             :       {    1000006, "susy-t_1" },
-     211             :       {   -1000006, "susy-t_1~" },
-     212             :       {    1000011, "susy-e_L^-" },
-     213             :       {   -1000011, "susy-e_L^+" },
-     214             :       {    1000012, "susy-nu_eL" },
-     215             :       {   -1000012, "susy-nu_eL~" },
-     216             :       {    1000013, "susy-mu_L^-" },
-     217             :       {   -1000013, "susy-mu_L^+" },
-     218             :       {    1000014, "susy-nu_muL" },
-     219             :       {   -1000014, "susy-nu_muL~" },
-     220             :       {    1000015, "susy-tau_L^-" },
-     221             :       {   -1000015, "susy-tau_L^+" },
-     222             :       {    1000016, "susy-nu_tauL" },
-     223             :       {   -1000016, "susy-nu_tauL~" },
-     224             :       {    1000021, "gluino" },
-     225             :       {    1000022, "susy-chi_1^0" },
-     226             :       {    1000023, "susy-chi_2^0" },
-     227             :       {    1000024, "susy-chi_1^+" },
-     228             :       {   -1000024, "susy-chi_1^-" },
-     229             :       {    1000025, "susy-chi_3^0" },
-     230             :       {    1000035, "susy-chi_4^0" },
-     231             :       {    1000037, "susy-chi_2^+" },
-     232             :       {   -1000037, "susy-chi_2^-" },
-     233             :       {    1000039, "gravitino" },
-     234             :       {    2000001, "susy-d_R" },
-     235             :       {   -2000001, "susy-d_R~" },
-     236             :       {    2000002, "susy-u_R" },
-     237             :       {   -2000002, "susy-u_R~" },
-     238             :       {    2000003, "susy-s_R" },
-     239             :       {   -2000003, "susy-s_R~" },
-     240             :       {    2000004, "susy-c_R" },
-     241             :       {   -2000004, "susy-c_R~" },
-     242             :       {    2000005, "susy-b_R" },
-     243             :       {   -2000005, "susy-b_R~" },
-     244             :       {    2000006, "susy-t_R" },
-     245             :       {   -2000006, "susy-t_R~" },
-     246             :       {    2000011, "susy-e_R^-" },
-     247             :       {   -2000011, "susy-e_R^+" },
-     248             :       {    2000012, "susy-nu_eR" },
-     249             :       {   -2000012, "susy-nu_eR~" },
-     250             :       {    2000013, "susy-mu_R^-" },
-     251             :       {   -2000013, "susy-mu_R^+" },
-     252             :       {    2000014, "susy-nu_muR" },
-     253             :       {   -2000014, "susy-nu_muR~" },
-     254             :       {    2000015, "susy-tau_R^-" },
-     255             :       {   -2000015, "susy-tau_R^+" },
-     256             :       {    2000016, "susy-nu_tauR" },
-     257             :       {   -2000016, "susy-nu_tauR~" },
-     258             :       {    3100021, "V8_tech" },
-     259             :       {   -3100021, "V8_tech~" },
-     260             :       {    3000111, "pi_tech^0" },
-     261             :       {    3000115, "a_tech^0" },
-     262             :       {    3060111, "pi_tech_22_1" },
-     263             :       {    3160111, "pi_tech_22_8" },
-     264             :       {    3000113, "rho_tech^0" },
-     265             :       {    3130113, "rho_tech_11" },
-     266             :       {    3140113, "rho_tech_12" },
-     267             :       {    3150113, "rho_tech_21" },
-     268             :       {    3160113, "rho_tech_22" },
-     269             :       {    3000211, "pi_tech^+" },
-     270             :       {   -3000211, "pi_tech^-" },
-     271             :       {    3000213, "rho_tech^+" },
-     272             :       {   -3000213, "rho_tech^-" },
-     273             :       {    3000215, "a_tech^+" },
-     274             :       {   -3000215, "a_tech^-" },
-     275             :       {    3000221, "pi'_tech" },
-     276             :       {    3100221, "eta_tech" },
-     277             :       {    3000223, "omega_tech" },
-     278             :       {    4000001, "d*" },
-     279             :       {   -4000001, "d*~" },
-     280             :       {    4000002, "u*" },
-     281             :       {   -4000002, "u*~" },
-     282             :       {    4000011, "e*^-" },
-     283             :       {   -4000011, "e*^+" },
-     284             :       {    4000012, "nu*_e" },
-     285             :       {   -4000012, "nu*_e~" },
-     286             :       {    4000039, "G*" },
-     287             :       {   -4000039, "G*~" },
-     288             :       {    5000040, "black_hole" },
-     289             :       {    5100001, "d_L^(1)" },
-     290             :       {   -5100001, "d~_L^(1)" },
-     291             :       {    5100002, "u_L^(1)" },
-     292             :       {   -5100002, "u~_L^(1)" },
-     293             :       {    5100003, "s_L^(1)" },
-     294             :       {   -5100003, "s~_L^(1)" },
-     295             :       {    5100004, "c_L^(1)" },
-     296             :       {   -5100004, "c~_L^(1)" },
-     297             :       {    5100005, "b_L^(1)" },
-     298             :       {   -5100005, "b~_L^(1)" },
-     299             :       {    5100006, "t_L^(1)" },
-     300             :       {   -5100006, "t~_L^(1)" },
-     301             :       {    5100011, "e_L^(1)-" },
-     302             :       {   -5100011, "e_L^(1)+" },
-     303             :       {    5100012, "nu_eL^(1)" },
-     304             :       {   -5100012, "nu_eL~^(1)" },
-     305             :       {    5100013, "mu_L^(1)-" },
-     306             :       {   -5100013, "mu_L^(1)+" },
-     307             :       {    5100014, "nu_muL^(1)" },
-     308             :       {   -5100014, "nu_muL~^(1)" },
-     309             :       {    5100015, "tau_L^(1)-" },
-     310             :       {   -5100015, "tau_L^(1)+" },
-     311             :       {    5100016, "nu_tauL^(1)" },
-     312             :       {   -5100016, "nu_tauL~^(1)" },
-     313             :       {    6100001, "d_R^(1)" },
-     314             :       {   -6100001, "d~_R^(1)" },
-     315             :       {    6100002, "u_R^(1)" },
-     316             :       {   -6100002, "u~_R^(1)" },
-     317             :       {    6100003, "s_R^(1)" },
-     318             :       {   -6100003, "s~_R^(1)" },
-     319             :       {    6100004, "c_R^(1)" },
-     320             :       {   -6100004, "c~_R^(1)" },
-     321             :       {    6100005, "b_R^(1)" },
-     322             :       {   -6100005, "b~_R^(1)" },
-     323             :       {    6100006, "t_R^(1)" },
-     324             :       {   -6100006, "t~_R^(1)" },
-     325             :       {    6100011, "e_R^(1)-" },
-     326             :       {   -6100011, "e_R^(1)+" },
-     327             :       {    6100012, "nu_eR^(1)" },
-     328             :       {   -6100012, "nu_eR~^(1)" },
-     329             :       {    6100013, "mu_R^(1)-" },
-     330             :       {   -6100013, "mu_R^(1)+" },
-     331             :       {    6100014, "nu_muR^(1)" },
-     332             :       {   -6100014, "nu_muR~^(1)" },
-     333             :       {    6100015, "tau_R^(1)-" },
-     334             :       {   -6100015, "tau_R^(1)+" },
-     335             :       {    6100016, "nu_tauR^(1)" },
-     336             :       {   -6100016, "nu_tauR~^(1)" },
-     337             :       {    5100021, "g^(1)" },
-     338             :       {    5100022, "gamma^(1)" },
-     339             :       {    5100023, "Z^(1)0" },
-     340             :       {    5100024, "W^(1)+" },
-     341             :       {   -5100024, "W^(1)-" },
-     342             :       {    5100025, "h^(1)0" },
-     343             :       {    5100039, "G^(1)" },
-     344             :       {    9900012, "nu_Re" },
-     345             :       {   -9900012, "nu_Re~" },
-     346             :       {    9900014, "nu_Rmu" },
-     347             :       {   -9900014, "nu_Rmu~" },
-     348             :       {    9900016, "nu_Rtau" },
-     349             :       {   -9900016, "nu_Rtau~" },
-     350             :       {    9900023, "Z_R^0" },
-     351             :       {   -9900023, "Z_R~^0" },
-     352             :       {    9900024, "W_R^+" },
-     353             :       {   -9900024, "W_R^-" },
-     354             :       {    9900041, "H_L^++" },
-     355             :       {   -9900041, "H_L^--" },
-     356             :       {    9900042, "H_R^++" },
-     357             :       {   -9900042, "H_R^--" },
-     358             :       {    9910113, "rho_diffr^0" },
-     359             :       {    9910211, "pi_diffr^+" },
-     360             :       {   -9910211, "pi_diffr^-" },
-     361             :       {    9910223, "omega_diffr" },
-     362             :       {    9910333, "phi_diffr" },
-     363             :       {    9910443, "psi_diffr" },
-     364             :       {    9912112, "n_diffr^0" },
-     365             :       {   -9912112, "n_diffr~^0" },
-     366             :       {    9912212, "p_diffr^+" },
-     367             :       {   -9912212, "p_diffr~^-" },
-     368             :       {    9920022, "remnant photon" },
-     369             :       {    9922212, "remnant nucleon" },
-     370             :       {   -9922212, "remnant nucleon~" },
-     371             :       {    9900441, "cc~[1S08]" },     
-     372             :       {    9910441, "cc~[3P08]" },     
-     373             :       {    9900443, "cc~[3S18]" },     
-     374             :       {    9900551, "bb~[1S08]" },     
-     375             :       {    9910551, "bb~[3P08]" },     
-     376             :       {    9900553, "bb~[3S18]" },    
-     377             :       {       1103, "dd_1" },
-     378             :       {      -1103, "dd_1~" },
-     379             :       {       2101, "ud_0" },
-     380             :       {      -2101, "ud_0~" },
-     381             :       {       2103, "ud_1" },
-     382             :       {      -2103, "ud_1~" },
-     383             :       {       2203, "uu_1" },
-     384             :       {      -2203, "uu_1~" },
-     385             :       {       3101, "sd_0" },
-     386             :       {      -3101, "sd_0~" },
-     387             :       {       3103, "sd_1" },
-     388             :       {      -3103, "sd_1~" },
-     389             :       {       3201, "su_0" },
-     390             :       {      -3201, "su_0~" },
-     391             :       {       3203, "su_1" },
-     392             :       {      -3203, "su_1~" },
-     393             :       {       3303, "ss_1" },
-     394             :       {      -3303, "ss_1~" },
-     395             :       {       4101, "cd_0" },
-     396             :       {      -4101, "cd_0~" },
-     397             :       {       4103, "cd_1" },
-     398             :       {      -4103, "cd_1~" },
-     399             :       {       4201, "cu_0" },
-     400             :       {      -4201, "cu_0~" },
-     401             :       {       4203, "cu_1" },
-     402             :       {      -4203, "cu_1~" },
-     403             :       {       4301, "cs_0" },
-     404             :       {      -4301, "cs_0~" },
-     405             :       {       4303, "cs_1" },
-     406             :       {      -4303, "cs_1~" },
-     407             :       {       4403, "cc_1" },
-     408             :       {      -4403, "cc_1~" },
-     409             :       {       5101, "bd_0" },
-     410             :       {      -5101, "bd_0~" },
-     411             :       {       5103, "bd_1" },
-     412             :       {      -5103, "bd_1~" },
-     413             :       {       5201, "bu_0" },
-     414             :       {      -5201, "bu_0~" },
-     415             :       {       5203, "bu_1" },
-     416             :       {      -5203, "bu_1~" },
-     417             :       {       5301, "bs_0" },
-     418             :       {      -5301, "bs_0~" },
-     419             :       {       5303, "bs_1" },
-     420             :       {      -5303, "bs_1~" },
-     421             :       {       5401, "bc_0" },
-     422             :       {      -5401, "bc_0~" },
-     423             :       {       5403, "bc_1" },
-     424             :       {      -5403, "bc_1~" },
-     425             :       {       5503, "bb_1" },
-     426             :       {      -5503, "bb_1~" },
-     427             :       {       6101, "td_0" },
-     428             :       {      -6101, "td_0~" },
-     429             :       {       6103, "td_1" },
-     430             :       {      -6103, "td_1~" },
-     431             :       {       6201, "tu_0" },
-     432             :       {      -6201, "tu_0~" },
-     433             :       {       6203, "tu_1" },
-     434             :       {      -6203, "tu_1~" },
-     435             :       {       6301, "ts_0" },
-     436             :       {      -6301, "ts_0~" },
-     437             :       {       6303, "ts_1" },
-     438             :       {      -6303, "ts_1~" },
-     439             :       {       6401, "tc_0" },
-     440             :       {      -6401, "tc_0~" },
-     441             :       {       6403, "tc_1" },
-     442             :       {      -6403, "tc_1~" },
-     443             :       {       6501, "tb_0" },
-     444             :       {      -6501, "tb_0~" },
-     445             :       {       6503, "tb_1" },
-     446             :       {      -6503, "tb_1~" },
-     447             :       {       6603, "tt_1" },
-     448             :       {      -6603, "tt_1~" },
-     449             :       {       7101, "b'd_0" },
-     450             :       {      -7101, "b'd_0~" },
-     451             :       {       7103, "b'd_1" },
-     452             :       {      -7103, "b'd_1~" },
-     453             :       {       7201, "b'u_0" },
-     454             :       {      -7201, "b'u_0~" },
-     455             :       {       7203, "b'u_1" },
-     456             :       {      -7203, "b'u_1~" },
-     457             :       {       7301, "b's_0" },
-     458             :       {      -7301, "b's_0~" },
-     459             :       {       7303, "b's_1" },
-     460             :       {      -7303, "b's_1~" },
-     461             :       {       7401, "b'c_0" },
-     462             :       {      -7401, "b'c_0~" },
-     463             :       {       7403, "b'c_1" },
-     464             :       {      -7403, "b'c_1~" },
-     465             :       {       7501, "b'b_0" },
-     466             :       {      -7501, "b'b_0~" },
-     467             :       {       7503, "b'b_1" },
-     468             :       {      -7503, "b'b_1~" },
-     469             :       {       7601, "b't_0" },
-     470             :       {      -7601, "b't_0~" },
-     471             :       {       7603, "b't_1" },
-     472             :       {      -7603, "b't_1~" },
-     473             :       {       7703, "b'b'_1" },
-     474             :       {      -7703, "b'b'_1~" },
-     475             :       {       8101, "t'd_0" },
-     476             :       {      -8101, "t'd_0~" },
-     477             :       {       8103, "t'd_1" },
-     478             :       {      -8103, "t'd_1~" },
-     479             :       {       8201, "t'u_0" },
-     480             :       {      -8201, "t'u_0~" },
-     481             :       {       8203, "t'u_1" },
-     482             :       {      -8203, "t'u_1~" },
-     483             :       {       8301, "t's_0" },
-     484             :       {      -8301, "t's_0~" },
-     485             :       {       8303, "t's_1" },
-     486             :       {      -8303, "t's_1~" },
-     487             :       {       8401, "t'c_0" },
-     488             :       {      -8401, "t'c_0~" },
-     489             :       {       8403, "t'c_1" },
-     490             :       {      -8403, "t'c_1~" },
-     491             :       {       8501, "t'b_0" },
-     492             :       {      -8501, "t'b_0~" },
-     493             :       {       8503, "t'b_1" },
-     494             :       {      -8503, "t'b_1~" },
-     495             :       {       8601, "t't_0" },
-     496             :       {      -8601, "t't_0~" },
-     497             :       {       8603, "t't_1" },
-     498             :       {      -8603, "t't_1~" },
-     499             :       {       8701, "t'b'_0" },
-     500             :       {      -8701, "t'b'_0~" },
-     501             :       {       8703, "t'b'_1" },
-     502             :       {      -8703, "t'b'_1~" },
-     503             :       {       8803, "t't'_1" },
-     504             :       {      -8803, "t't'_1~" },
-     505             :       {        111, "pi^0" },
-     506             :       {    9000111, "a_0(980)^0" },
-     507             :       {      10111, "a_0(1450)^0" },
-     508             :       {     100111, "pi(1300)^0" },
-     509             :       {    9010111, "pi(1800)^0" },
-     510             :       {        113, "rho(770)^0" },
-     511             :       {      10113, "b_1(1235)^0" },
-     512             :       {      20113, "a_1(1260)^0" },
-     513             :       {    9000113, "pi_1(1400)^0" },
-     514             :       {     100113, "rho(1450)^0" },
-     515             :       {    9010113, "pi_1(1600)^0" },
-     516             :       {    9020113, "a_1(1640)^0" },
-     517             :       {      30113, "rho(1700)^0" },
-     518             :       {    9030113, "rho(1900)^0" },
-     519             :       {    9040113, "rho(2150)^0" },
-     520             :       {        115, "a_2(1320)^0" },
-     521             :       {      10115, "pi_2(1670)^0" },
-     522             :       {    9000115, "a_2(1700)^0" },
-     523             :       {    9010115, "pi_2(2100)^0" },
-     524             :       {        117, "rho_3(1690)^0" },
-     525             :       {    9000117, "rho_3(1990)^0" },
-     526             :       {    9010117, "rho_3(2250)^0" },
-     527             :       {        119, "a_4(2040)^0" },
-     528             :       {        211, "pi^+" },
-     529             :       {       -211, "pi^-" },
-     530             :       {    9000211, "a_0(980)^+" },
-     531             :       {   -9000211, "a_0(980)^-" },
-     532             :       {      10211, "a_0(1450)^+" },
-     533             :       {     -10211, "a_0(1450)^-" },
-     534             :       {     100211, "pi(1300)^+" },
-     535             :       {    -100211, "pi(1300)^-" },
-     536             :       {    9010211, "pi(1800)^+" },
-     537             :       {   -9010211, "pi(1800)^-" },
-     538             :       {        213, "rho(770)^+" },
-     539             :       {       -213, "rho(770)^-" },
-     540             :       {      10213, "b_1(1235)^+" },
-     541             :       {     -10213, "b_1(1235)^-" },
-     542             :       {      20213, "a_1(1260)^+" },
-     543             :       {     -20213, "a_1(1260)^-" },
-     544             :       {    9000213, "pi_1(1400)^+" },
-     545             :       {   -9000213, "pi_1(1400)^-" },
-     546             :       {     100213, "rho(1450)^+" },
-     547             :       {    -100213, "rho(1450)^-" },
-     548             :       {    9010213, "pi_1(1600)^+" },
-     549             :       {   -9010213, "pi_1(1600)^-" },
-     550             :       {    9020213, "a_1(1640)^+" },
-     551             :       {   -9020213, "a_1(1640)^-" },
-     552             :       {      30213, "rho(1700)^+" },
-     553             :       {     -30213, "rho(1700)^-" },
-     554             :       {    9030213, "rho(1900)^+" },
-     555             :       {   -9030213, "rho(1900)^-" },
-     556             :       {    9040213, "rho(2150)^+" },
-     557             :       {   -9040213, "rho(2150)^-" },
-     558             :       {        215, "a_2(1320)^+" },
-     559             :       {       -215, "a_2(1320)^-" },
-     560             :       {      10215, "pi_2(1670)^+" },
-     561             :       {     -10215, "pi_2(1670)^-" },
-     562             :       {    9000215, "a_2(1700)^+" },
-     563             :       {   -9000215, "a_2(1700)^-" },
-     564             :       {    9010215, "pi_2(2100)^+" },
-     565             :       {   -9010215, "pi_2(2100)^-" },
-     566             :       {        217, "rho_3(1690)^+" },
-     567             :       {       -217, "rho_3(1690)^-" },
-     568             :       {    9000217, "rho_3(1990)^+" },
-     569             :       {   -9000217, "rho_3(1990)^-" },
-     570             :       {    9010217, "rho_3(2250)^+" },
-     571             :       {   -9010217, "rho_3(2250)^-" },
-     572             :       {        219, "a_4(2040)^+" },
-     573             :       {       -219, "a_4(2040)^-" },
-     574             :       {        221, "eta" },
-     575             :       {    9000221, "f_0(600)" },
-     576             :       {      10221, "f_0(1370)" },
-     577             :       {    9010221, "f_0(980)" },
-     578             :       {    9020221, "eta(1405)" },
-     579             :       {    9030221, "f_0(1500)" },
-     580             :       {    9040221, "eta(1760)" },
-     581             :       {    9050221, "f_0(2020)" },
-     582             :       {    9060221, "f_0(2100)" },
-     583             :       {    9070221, "f_0(2200)" },
-     584             :       {    9080221, "eta(2225)" },
-     585             :       {    9090221, "sigma_0" },
-     586             :       {     100221, "eta(1295)" },
-     587             :       {        331, "eta'(958)" },
-     588             :       {      10331, "f_0(1710)" },
-     589             :       {     100331, "eta(1475)" },
-     590             :       {        223, "omega(782)" },
-     591             :       {    9000223, "f_1(1510)" },
-     592             :       {    9010223, "h_1(1595)" },
-     593             :       {      10223, "h_1(1170)" },
-     594             :       {      20223, "f_1(1285)" },
-     595             :       {      30223, "omega(1650)" },
-     596             :       {     100223, "omega(1420)" },
-     597             :       {        333, "phi(1020)" },
-     598             :       {      10333, "h_1(1380)" },
-     599             :       {      20333, "f_1(1420)" },
-     600             :       {     100333, "phi(1680)" },
-     601             :       {        225, "f_2(1270)" },
-     602             :       {    9000225, "f_2(1430)" },
-     603             :       {      10225, "eta_2(1645)" },
-     604             :       {    9010225, "f_2(1565)" },
-     605             :       {    9020225, "f_2(1640)" },
-     606             :       {    9030225, "f_2(1810)" },
-     607             :       {    9040225, "f_2(1910)" },
-     608             :       {    9050225, "f_2(1950)" },
-     609             :       {    9060225, "f_2(2010)" },
-     610             :       {    9070225, "f_2(2150)" },
-     611             :       {    9080225, "f_2(2300)" },
-     612             :       {    9090225, "f_2(2340)" },
-     613             :       {        335, "f'_2(1525)" },
-     614             :       {      10335, "eta_2(1870)" },
-     615             :       {        227, "omega_3(1670)" },
-     616             :       {        337, "phi_3(1850)" },
-     617             :       {        229, "f_4(2050)" },
-     618             :       {    9000229, "f_J(2220)" },
-     619             :       {    9010229, "f_4(2300)" },
-     620             :       {        311, "K^0" },
-     621             :       {       -311, "K~^0" },
-     622             :       {    9000311, "K*_0(800)^0" },
-     623             :       {   -9000311, "K*_0(800)~^0" },
-     624             :       {      10311, "K*_0(1430)^0" },
-     625             :       {     -10311, "K*_0(1430)~^0" },
-     626             :       {     100311, "K(1460)^0" },
-     627             :       {    -100311, "K(1460)~^0" },
-     628             :       {    9010311, "K(1830)^0" },
-     629             :       {   -9010311, "K(1830)~^0" },
-     630             :       {    9020311, "K*_0(1950)^0" },
-     631             :       {   -9020311, "K*_0(1950)~^0" },
-     632             :       {        321, "K^+" },
-     633             :       {       -321, "K^-" },
-     634             :       {    9000321, "K*_0(800)^+" },
-     635             :       {   -9000321, "K*_0(800)^-" },
-     636             :       {      10321, "K*_0(1430)^+" },
-     637             :       {     -10321, "K*_0(1430)^-" },
-     638             :       {     100321, "K(1460)^+" },
-     639             :       {    -100321, "K(1460)^-" },
-     640             :       {    9010321, "K(1830)^+" },
-     641             :       {   -9010321, "K(1830)^-" },
-     642             :       {    9020321, "K*_0(1950)^+" },
-     643             :       {   -9020321, "K*_0(1950)^-" },
-     644             :       {        313, "K*(892)^0" },
-     645             :       {       -313, "K*(892)~^0" },
-     646             :       {      10313, "K_1(1270)^0" },
-     647             :       {     -10313, "K_1(1270)~^0" },
-     648             :       {      20313, "K_1(1400)^0" },
-     649             :       {     -20313, "K_1(1400)~^0" },
-     650             :       {      30313, "K*(1680)^0" },
-     651             :       {     -30313, "K*(1680)~^0" },
-     652             :       {     100313, "K*(1410)^0" },
-     653             :       {    -100313, "K*(1410)~^0" },
-     654             :       {    9000313, "K_1(1650)^0" },
-     655             :       {   -9000313, "K_1(1650)~^0" },
-     656             :       {        323, "K*(892)^+" },
-     657             :       {       -323, "K*(892)^-" },
-     658             :       {      10323, "K_1(1270)^+" },
-     659             :       {     -10323, "K_1(1270)^-" },
-     660             :       {      20323, "K_1(1400)^+" },
-     661             :       {     -20323, "K_1(1400)^-" },
-     662             :       {      30323, "K*(1680)^+" },
-     663             :       {     -30323, "K*(1680)^-" },
-     664             :       {     100323, "K*(1410)^+" },
-     665             :       {    -100323, "K*(1410)^-" },
-     666             :       {    9000323, "K_1(1650)^+" },
-     667             :       {   -9000323, "K_1(1650)^-" },
-     668             :       {        315, "K*_2(1430)^0" },
-     669             :       {       -315, "K*_2(1430)~^0" },
-     670             :       {    9000315, "K_2(1580)^0" },
-     671             :       {   -9000315, "K_2(1580)~^0" },
-     672             :       {      10315, "K_2(1770)^0" },
-     673             :       {     -10315, "K_2(1770)~^0" },
-     674             :       {    9010315, "K*_2(1980)^0" },
-     675             :       {   -9010315, "K*_2(1980)~^0" },
-     676             :       {    9020315, "K_2(2250)^0" },
-     677             :       {   -9020315, "K_2(2250)~^0" },
-     678             :       {      20315, "K_2(1820)^0" },
-     679             :       {     -20315, "K_2(1820)~^0" },
-     680             :       {        325, "K*_2(1430)^+" },
-     681             :       {       -325, "K*_2(1430)^-" },
-     682             :       {    9000325, "K_2(1580)^+" },
-     683             :       {   -9000325, "K_2(1580)^-" },
-     684             :       {      10325, "K_2(1770)^+" },
-     685             :       {     -10325, "K_2(1770)^-" },
-     686             :       {    9010325, "K*_2(1980)^+" },
-     687             :       {   -9010325, "K*_2(1980)^-" },
-     688             :       {    9020325, "K_2(2250)^+" },
-     689             :       {   -9020325, "K_2(2250)^-" },
-     690             :       {      20325, "K_2(1820)^+" },
-     691             :       {     -20325, "K_2(1820)^-" },
-     692             :       {     100325, "K_2(1980)^+" },
-     693             :       {    -100325, "K_2(1980)^-" },
-     694             :       {        317, "K*_3(1780)^0" },
-     695             :       {       -317, "K*_3(1780)~^0" },
-     696             :       {    9010317, "K_3(2320)^0" },
-     697             :       {   -9010317, "K_3(2320)~^0" },
-     698             :       {        327, "K*_3(1780)^+" },
-     699             :       {       -327, "K*_3(1780)^-" },
-     700             :       {    9010327, "K_3(2320)^+" },
-     701             :       {   -9010327, "K_3(2320)^-" },
-     702             :       {        319, "K*_4(2045)^0" },
-     703             :       {       -319, "K*_4(2045)~^0" },
-     704             :       {    9000319, "K_4(2500)^0" },
-     705             :       {   -9000319, "K_4(2500)~^0" },
-     706             :       {        329, "K*_4(2045)^+" },
-     707             :       {       -329, "K*_4(2045)^-" },
-     708             :       {    9000329, "K_4(2500)^+" },
-     709             :       {   -9000329, "K_4(2500)^-" },
-     710             :       {        411, "D^+" },
-     711             :       {       -411, "D^-" },
-     712             :       {      10411, "D*_0(2400)^+" },
-     713             :       {     -10411, "D*_0(2400)^-" },
-     714             :       {     100411, "D(2S)^+" },
-     715             :       {    -100411, "D(2S)^-" },
-     716             :       {        413, "D*(2010)^+" },
-     717             :       {       -413, "D*(2010)^-" },
-     718             :       {      10413, "D_1(2420)^+" },
-     719             :       {     -10413, "D_1(2420)^-" },
-     720             :       {      20413, "D_1(H)^+" },
-     721             :       {     -20413, "D_1(H)^-" },
-     722             :       {     100413, "D*(2S)^+" },
-     723             :       {    -100413, "D*(2S)^-" },
-     724             :       {        415, "D*_2(2460)^+" },
-     725             :       {       -415, "D*_2(2460)^-" },
-     726             :       {        421, "D^0" },
-     727             :       {       -421, "D~^0" },
-     728             :       {      10421, "D*_0(2400)^0" },
-     729             :       {     -10421, "D*_0(2400)~^0" },
-     730             :       {     100421, "D(2S)^0" },
-     731             :       {    -100421, "D(2S)~^0" },
-     732             :       {        423, "D*(2007)^0" },
-     733             :       {       -423, "D*(2007)~^0" },
-     734             :       {      10423, "D_1(2420)^0" },
-     735             :       {     -10423, "D_1(2420)~^0" },
-     736             :       {      20423, "D_1(2430)^0" },
-     737             :       {     -20423, "D_1(2430)~^0" },
-     738             :       {     100423, "D*(2S)^0" },
-     739             :       {    -100423, "D*(2S)~^0" },
-     740             :       {        425, "D*_2(2460)^0" },
-     741             :       {       -425, "D*_2(2460)~^0" },
-     742             :       {        431, "D_s^+" },
-     743             :       {       -431, "D_s^-" },
-     744             :       {      10431, "D*_s0(2317)^+" },
-     745             :       {     -10431, "D*_s0(2317)^-" },
-     746             :       {        433, "D*_s^+" },
-     747             :       {       -433, "D*_s^-" },
-     748             :       {      10433, "D_s1(2536)^+" },
-     749             :       {     -10433, "D_s1(2536)^-" },
-     750             :       {      20433, "D_s1(2460)^+" },
-     751             :       {     -20433, "D_s1(2460)^-" },
-     752             :       {        435, "D*_s2(2573)^+" },
-     753             :       {       -435, "D*_s2(2573)^-" },
-     754             :       {        441, "eta_c(1S)" },
-     755             :       {      10441, "chi_c0(1P)" },
-     756             :       {     100441, "eta_c(2S)" },
-     757             :       {        443, "J/psi(1S)" },
-     758             :       {    9000443, "psi(4040)" },
-     759             :       {      10443, "hc(1P)" },
-     760             :       {    9010443, "psi(4160)" },
-     761             :       {      20443, "chi_c1(1P)" },
-     762             :       {    9020443, "psi(4415)" },
-     763             :       {      30443, "psi(3770)" },
-     764             :       {     100443, "psi(2S)" },
-     765             :       {        445, "chi_c2(1P)" },
-     766             :       {     100445, "chi_c2(2P)" },
-     767             :       {        511, "B^0" },
-     768             :       {       -511, "B~^0" },
-     769             :       {      10511, "B*_0^0" },
-     770             :       {     -10511, "B*_0~^0" },
-     771             :       {        513, "B*^0" },
-     772             :       {       -513, "B*~^0" },
-     773             :       {      10513, "B_1(L)^0" },
-     774             :       {     -10513, "B_1(L)~^0" },
-     775             :       {      20513, "B_1(H)^0" },
-     776             :       {     -20513, "B_1(H)~^0" },
-     777             :       {        515, "B*_2^0" },
-     778             :       {       -515, "B*_2~^0" },
-     779             :       {        521, "B^+" },
-     780             :       {       -521, "B^-" },
-     781             :       {      10521, "B*_0^+" },
-     782             :       {     -10521, "B*_0^-" },
-     783             :       {        523, "B*^+" },
-     784             :       {       -523, "B*^-" },
-     785             :       {      10523, "B_1(L)^+" },
-     786             :       {     -10523, "B_1(L)^-" },
-     787             :       {      20523, "B_1(H)^+" },
-     788             :       {     -20523, "B_1(H)^-" },
-     789             :       {        525, "B*_2^+" },
-     790             :       {       -525, "B*_2^-" },
-     791             :       {        531, "B_s^0" },
-     792             :       {       -531, "B_s~^0" },
-     793             :       {      10531, "B*_s0^0" },
-     794             :       {     -10531, "B*_s0~^0" },
-     795             :       {        533, "B*_s^0" },
-     796             :       {       -533, "B*_s~^0" },
-     797             :       {      10533, "B_s1(L)^0" },
-     798             :       {     -10533, "B_s1(L)~^0" },
-     799             :       {      20533, "B_s1(H)^0" },
-     800             :       {     -20533, "B_s1(H)~^0" },
-     801             :       {        535, "B*_s2^0" },
-     802             :       {       -535, "B*_s2~^0" },
-     803             :       {        541, "B_c^+" },
-     804             :       {       -541, "B_c^-" },
-     805             :       {      10541, "B*_c0^+" },
-     806             :       {     -10541, "B*_c0^-" },
-     807             :       {        543, "B*_c^+" },
-     808             :       {       -543, "B*_c^-" },
-     809             :       {      10543, "B_c1(L)^+" },
-     810             :       {     -10543, "B_c1(L)^-" },
-     811             :       {      20543, "B_c1(H)^+" },
-     812             :       {     -20543, "B_c1(H)^-" },
-     813             :       {        545, "B*_c2^+" },
-     814             :       {       -545, "B*_c2^-" },
-     815             :       {        551, "eta_b(1S)" },
-     816             :       {      10551, "chi_b0(1P)" },
-     817             :       {     100551, "eta_b(2S)" },
-     818             :       {     110551, "chi_b0(2P)" },
-     819             :       {     200551, "eta_b(3S)" },
-     820             :       {     210551, "chi_b0(3P)" },
-     821             :       {        553, "Upsilon(1S)" },
-     822             :       {    9000553, "Upsilon(10860)" },
-     823             :       {      10553, "h_b(1P)" },
-     824             :       {    9010553, "Upsilon(11020)" },
-     825             :       {      20553, "chi_b1(1P)" },
-     826             :       {    9020553, "Upsilon(7S)" },
-     827             :       {      30553, "Upsilon_1(1D)" },
-     828             :       {     100553, "Upsilon(2S)" },
-     829             :       {     110553, "h_b(2P)" },
-     830             :       {     120553, "chi_b1(2P)" },
-     831             :       {     130553, "Upsilon_1(2D)" },
-     832             :       {     200553, "Upsilon(3S)" },
-     833             :       {     210553, "h_b(3P)" },
-     834             :       {     220553, "chi_b1(3P)" },
-     835             :       {     300553, "Upsilon(4S)" },
-     836             :       {        555, "chi_b2(1P)" },
-     837             :       {      10555, "eta_b2(1D)" },
-     838             :       {      20555, "Upsilon_2(1D)" },
-     839             :       {     100555, "chi_b2(2P)" },
-     840             :       {     110555, "eta_b2(2D)" },
-     841             :       {     120555, "Upsilon_2(2D)" },
-     842             :       {     200555, "chi_b2(3P)" },
-     843             :       {        557, "Upsilon_3(1D)" },
-     844             :       {     100557, "Upsilon_3(2D)" },
-     845             :       {        611, "T^+" },
-     846             :       {       -611, "T^-" },
-     847             :       {        613, "T*^+" },
-     848             :       {       -613, "T*^-" },
-     849             :       {        621, "T^0" },
-     850             :       {       -621, "T~^0" },
-     851             :       {        623, "T*^0" },
-     852             :       {       -623, "T*~^0" },
-     853             :       {        631, "T_s^+" },
-     854             :       {       -631, "T_s^-" },
-     855             :       {        633, "T*_s^+" },
-     856             :       {       -633, "T*_s^-" },
-     857             :       {        641, "T_c^0" },
-     858             :       {       -641, "T_c~^0" },
-     859             :       {        643, "T*_c^0" },
-     860             :       {       -643, "T*_c~^0" },
-     861             :       {        651, "T_b^+" },
-     862             :       {       -651, "T_b^-" },
-     863             :       {        653, "T*_b^+" },
-     864             :       {       -653, "T*_b^-" },
-     865             :       {        661, "eta_t" },
-     866             :       {        663, "theta" },
-     867             :       {        711, "L^0" },
-     868             :       {       -711, "L~^0" },
-     869             :       {        713, "L*^0" },
-     870             :       {       -713, "L*~^0" },
-     871             :       {        721, "L^-" },
-     872             :       {       -721, "L^+" },
-     873             :       {        723, "L*^-" },
-     874             :       {       -723, "L*^+" },
-     875             :       {        731, "L_s^0" },
-     876             :       {       -731, "L_s~^0" },
-     877             :       {        733, "L*_s^0" },
-     878             :       {       -733, "L*_s~^0" },
-     879             :       {        741, "L_c^-" },
-     880             :       {       -741, "L_c^+" },
-     881             :       {        743, "L*_c^-" },
-     882             :       {       -743, "L*_c^+" },
-     883             :       {        751, "L_b^0" },
-     884             :       {       -751, "L_b~^0" },
-     885             :       {        753, "L*_b^0" },
-     886             :       {       -753, "L*_b~^0" },
-     887             :       {        761, "L_t^-" },
-     888             :       {       -761, "L_t^+" },
-     889             :       {        763, "L*_t^-" },
-     890             :       {       -763, "L*_t^+" },
-     891             :       {        771, "eta_l" },
-     892             :       {        773, "theta_l" },
-     893             :       {        811, "X^+" },
-     894             :       {       -811, "X^-" },
-     895             :       {        813, "X*^+" },
-     896             :       {       -813, "X*^-" },
-     897             :       {        821, "X^0" },
-     898             :       {       -821, "X~^0" },
-     899             :       {        823, "X*^0" },
-     900             :       {       -823, "X*~^0" },
-     901             :       {        831, "X_s^+" },
-     902             :       {       -831, "X_s^-" },
-     903             :       {        833, "X*_s^+" },
-     904             :       {       -833, "X*_s^-" },
-     905             :       {        841, "X_c^0" },
-     906             :       {       -841, "X_c~^0" },
-     907             :       {        843, "X*_c^0" },
-     908             :       {       -843, "X*_c~^0" },
-     909             :       {        851, "X_b^+" },
-     910             :       {       -851, "X_b^-" },
-     911             :       {        853, "X*_b^+" },
-     912             :       {       -853, "X*_b^-" },
-     913             :       {        861, "X_t^0" },
-     914             :       {       -861, "X_t~^0" },
-     915             :       {        863, "X*_t^0" },
-     916             :       {       -863, "X*_t~^0" },
-     917             :       {        871, "X_l^+" },
-     918             :       {       -871, "X_l^-" },
-     919             :       {        873, "X*_l^+" },
-     920             :       {       -873, "X*_l^-" },
-     921             :       {        881, "eta_h" },
-     922             :       {        883, "theta_H" },
-     923             :       {      30343, "Xsd" },
-     924             :       {     -30343, "anti-Xsd" },
-     925             :       {      30353, "Xsu" },
-     926             :       {     -30353, "anti-Xsu" },
-     927             :       {      30363, "Xss" },
-     928             :       {     -30363, "anti-Xss" },
-     929             :       {      30373, "Xdd" },
-     930             :       {     -30373, "anti-Xdd" },
-     931             :       {      30383, "Xdu" },
-     932             :       {     -30383, "anti-Xdu" },
-     933             :       {       2112, "n^0" },
-     934             :       {      -2112, "n~^0" },
-     935             :       {       2212, "p^+" },
-     936             :       {      -2212, "p~^-" },
-     937             :     {        12212,        "N(1440)^+"},
-     938             :     {        12112,        "N(1440)^0"},
-     939             :     {        22212,        "N(1535)^+"},
-     940             :     {        22112,        "N(1535)^0"},
-     941             :     {        32212,        "N(1650)^+"},
-     942             :     {        32112,        "N(1650)^0"},
-     943             :     {        42212,        "N(1710)^+"},
-     944             :     {        42112,        "N(1710)^0"},
-     945             :     {         1214,         "N(1520)^0"},
-     946             :     {         2124,         "N(1520)^+"},
-     947             :     {        21214,        "N(1700)^0"},
-     948             :     {        22124,        "N(1700)^+"},
-     949             :     {        31214,        "N(1720)^0"},
-     950             :     {        32124,        "N(1720)^+"},
-     951             :     {         2116,         "N(1675)^0"},
-     952             :     {         2216,         "N(1675)^+"},
-     953             :     {        12116,        "N(1680)^0"},
-     954             :     {        12216,        "N(1680)^+"},
-     955             :     {         1218,         "N(2190)^0"},
-     956             :     {         2128,        "N(2190)^+" },
-     957             :       {       1114, "Delta^-" },
-     958             :       {      -1114, "Delta~^+" },
-     959             :       {       2114, "Delta^0" },
-     960             :       {      -2114, "Delta~^0" },
-     961             :       {       2214, "Delta^+" },
-     962             :       {      -2214, "Delta~^-" },
-     963             :       {       2224, "Delta^++" },
-     964             :       {      -2224, "Delta~^--" },
-     965             :     {        31114,   "Delta(1600)^-"      },
-     966             :     {        32114,   "Delta(1600)^0"      },
-     967             :     {        32214,    "Delta(1600)^+"     },
-     968             :     {        32224,     "Delta(1600)^++"    },
-     969             :     {         1112,    "Delta(1620)^-"     },
-     970             :     {         1212,    "Delta(1620)^0"     },
-     971             :     {         2122,    "Delta(1620)^+"     },
-     972             :     {         2222,     "Delta(1620)^++"    },
-     973             :     {        11114,     "Delta(1700)^-"    },
-     974             :     {        12114,     "Delta(1700)^0"    },
-     975             :     {        12214,     "Delta(1700)^+"    },
-     976             :     {        12224,      "Delta(1700)^++"   },
-     977             :     {         1116,     "Delta(1905)^-"    },
-     978             :     {         1216,     "Delta(1905)^0"    },
-     979             :     {         2126,     "Delta(1905)^+"    },
-     980             :     {         2226,      "Delta(1905)^++"   },
-     981             :     {        21112,    "Delta(1910)^-"    },
-     982             :     {        21212,     "Delta(1910)^0"   },
-     983             :     {        22122,     "Delta(1910)^+"   },
-     984             :     {        22222,     "Delta(1910)^++"   },
-     985             :     {        21114,    "Delta(1920)^-"    },
-     986             :     {        22114,     "Delta(1920)^0"   },
-     987             :     {        22214,     "Delta(1920)^+"   },
-     988             :     {        22224,    "Delta(1920)^++"    },
-     989             :     {        11116,    "Delta(1930)^-"    },
-     990             :     {        11216,     "Delta(1930)^0"   },
-     991             :     {        12126,     "Delta(1930)^+"   },
-     992             :     {        12226,     "Delta(1930)^++"   },
-     993             :     {         1118,     "Delta(1950)^-"    },
-     994             :     {         2118,      "Delta(1950)^0"   },
-     995             :     {         2218,      "Delta(1950)^+"   },
-     996             :     {         2228,     "Delta(1950)^++"    },
-     997             :       {       3122, "Lambda^0" },
-     998             :       {      -3122, "Lambda~^0" },
-     999             :       {      13122, "Lambda(1405)^0" },
-    1000             :       {     -13122, "Lambda~(1405)^0" },
-    1001             :       {      23122, "Lambda(1600)^0" },
-    1002             :       {     -23122, "Lambda~(1600)^0" },
-    1003             :       {      33122, "Lambda(1670)^0" },
-    1004             :       {     -33122, "Lambda~(1670)^0" },
-    1005             :       {      43122, "Lambda(1800)^0" },
-    1006             :       {     -43122, "Lambda~(1800)^0" },
-    1007             :       {      53122, "Lambda(1810)^0" },
-    1008             :       {     -53122, "Lambda~(1810)^0" },
-    1009             :       {       3124, "Lambda(1520)^0" },
-    1010             :       {      -3124, "Lambda~(1520)^0" },
-    1011             :       {      13124, "Lambda(1690)^0" },
-    1012             :       {     -13124, "Lambda~(1690)^0" },
-    1013             :       {      23124, "Lambda(1890)^0" },
-    1014             :       {     -23124, "Lambda~(1890)^0" },
-    1015             :       {       3126, "Lambda(1820)^0" },
-    1016             :       {      -3126, "Lambda~(1820)^0" },
-    1017             :       {      13126, "Lambda(1830)^0" },
-    1018             :       {     -13126, "Lambda~(1830)^0" },
-    1019             :       {      23126, "Lambda(2110)^0" },
-    1020             :       {     -23126, "Lambda~(2110)^0" },
-    1021             :       {       3128, "Lambda(2100)^0" },
-    1022             :       {      -3128, "Lambda~(2100)^0" },
-    1023             :       {       3112, "Sigma^-" },
-    1024             :       {      -3112, "Sigma~^+" },
-    1025             :       {       3212, "Sigma^0" },
-    1026             :       {      -3212, "Sigma~^0" },
-    1027             :       {       3222, "Sigma^+" },
-    1028             :       {      -3222, "Sigma~^-" },
-    1029             :       {      13222, "Sigma(1660)^+" },
-    1030             :       {     -13222, "Sigma~(1660)^+" },
-    1031             :       {      13212, "Sigma(1660)^0" },
-    1032             :       {     -13212, "Sigma~(1660)^0" },
-    1033             :       {      13112, "Sigma(1660)^-" },
-    1034             :       {     -13112, "Sigma~(1660)^-" },
-    1035             :       {      23112, "Sigma(1750)^-" },
-    1036             :       {     -23112, "Sigma~(1750)^-" },
-    1037             :       {      23212, "Sigma(1750)^0" },
-    1038             :       {     -23212, "Sigma~(1750)^0" },
-    1039             :       {      23222, "Sigma(1750)^+" },
-    1040             :       {     -23222, "Sigma~(1750)^+" },
-    1041             :       {       3114, "Sigma*^-" },
-    1042             :       {      -3114, "Sigma*~^+" },
-    1043             :       {       3214, "Sigma*^0" },
-    1044             :       {      -3214, "Sigma*~^0" },
-    1045             :       {       3224, "Sigma*^+" },
-    1046             :       {      -3224, "Sigma*~^-" },
-    1047             :       {      13224, "Sigma(1670)^+" },
-    1048             :       {     -13224, "Sigma~(1670)^+" },
-    1049             :       {      13214, "Sigma(1670)^0" },
-    1050             :       {     -13214, "Sigma~(1670)^0" },
-    1051             :       {      13114, "Sigma(1670)^-" },
-    1052             :       {     -13114, "Sigma~(1670)^-" },
-    1053             :       {      23224, "Sigma(1940)^+" },
-    1054             :       {     -23224, "Sigma~(1940)^+" },
-    1055             :       {      23214, "Sigma(1940)^0" },
-    1056             :       {     -23214, "Sigma~(1940)^0" },
-    1057             :       {      23114, "Sigma(1940)^-" },
-    1058             :       {     -23114, "Sigma~(1940)^-" },
-    1059             :       {       3226, "Sigma(1775)^+" },
-    1060             :       {      -3226, "Sigma~(1775)^+" },
-    1061             :       {       3216, "Sigma(1775)^0" },
-    1062             :       {      -3216, "Sigma~(1775)^0" },
-    1063             :       {       3116, "Sigma(1775)^-" },
-    1064             :       {      -3116, "Sigma~(1775)^-" },
-    1065             :       {      13226, "Sigma(1915)^+" },
-    1066             :       {     -13226, "Sigma~(1915)^+" },
-    1067             :       {      13216, "Sigma(1915)^0" },
-    1068             :       {     -13216, "Sigma~(1915)^0" },
-    1069             :       {      13116, "Sigma(1915)^-" },
-    1070             :       {     -13116, "Sigma~(1915)^-" },
-    1071             :       {       3228, "Sigma(2030)^+" },
-    1072             :       {      -3228, "Sigma~(2030)^+" },
-    1073             :       {       3218, "Sigma(2030)^0" },
-    1074             :       {      -3218, "Sigma~(2030)^0" },
-    1075             :       {       3118, "Sigma(2030)^-" },
-    1076             :       {      -3118, "Sigma~(2030)^-" },
-    1077             :       {       3312, "Xi^-" },
-    1078             :       {      -3312, "Xi~^+" },
-    1079             :       {       3322, "Xi^0" },
-    1080             :       {      -3322, "Xi~^0" },
-    1081             :       {       3314, "Xi*^-" },
-    1082             :       {      -3314, "Xi*~^+" },
-    1083             :       {       3324, "Xi*^0" },
-    1084             :       {      -3324, "Xi*~^0" },
-    1085             :       {      13314, "Xi(1820)^-" },
-    1086             :       {     -13314, "Xi(1820)~^+" },
-    1087             :       {      13324, "Xi(1820)^0" },
-    1088             :       {     -13324, "Xi(1820)~^0" },
-    1089             :       {       3334, "Omega^-" },
-    1090             :       {      -3334, "Omega~^+" },
-    1091             :       {       4112, "Sigma_c^0" },
-    1092             :       {      -4112, "Sigma_c~^0" },
-    1093             :       {       4114, "Sigma*_c^0" },
-    1094             :       {      -4114, "Sigma*_c~^0" },
-    1095             :       {       4122, "Lambda_c^+" },
-    1096             :       {      -4122, "Lambda_c~^-" },
-    1097             :       {      14122, "Lambda_c(2593)^+" },
-    1098             :       {     -14122, "Lambda_c~(2593)^-" },
-    1099             :       {      14124, "Lambda_c(2625)^+" },
-    1100             :       {     -14124, "Lambda_c~(2625)^-" },
-    1101             :       {       4132, "Xi_c^0" },
-    1102             :       {      -4132, "Xi_c~^0" },
-    1103             :       {       4212, "Sigma_c^+" },
-    1104             :       {      -4212, "Sigma_c~^-" },
-    1105             :       {       4214, "Sigma*_c^+" },
-    1106             :       {      -4214, "Sigma*_c~^-" },
-    1107             :       {       4222, "Sigma_c^++" },
-    1108             :       {      -4222, "Sigma_c~^--" },
-    1109             :       {       4224, "Sigma*_c^++" },
-    1110             :       {      -4224, "Sigma*_c~^--" },
-    1111             :       {       4232, "Xi_c^+" },
-    1112             :       {      -4232, "Xi_c~^-" },
-    1113             :       {       4312, "Xi'_c^0" },
-    1114             :       {      -4312, "Xi'_c~^0" },
-    1115             :       {       4314, "Xi*_c^0" },
-    1116             :       {      -4314, "Xi*_c~^0" },
-    1117             :       {       4322, "Xi'_c^+" },
-    1118             :       {      -4322, "Xi'_c~^-" },
-    1119             :       {       4324, "Xi*_c^+" },
-    1120             :       {      -4324, "Xi*_c~^-" },
-    1121             :       {       4332, "Omega_c^0" },
-    1122             :       {      -4332, "Omega_c~^0" },
-    1123             :       {       4334, "Omega*_c^0" },
-    1124             :       {      -4334, "Omega*_c~^0" },
-    1125             :       {       4412, "Xi_cc^+" },
-    1126             :       {      -4412, "Xi_cc~^-" },
-    1127             :       {       4414, "Xi*_cc^+" },
-    1128             :       {      -4414, "Xi*_cc~^-" },
-    1129             :       {       4422, "Xi_cc^++" },
-    1130             :       {      -4422, "Xi_cc~^--" },
-    1131             :       {       4424, "Xi*_cc^++" },
-    1132             :       {      -4424, "Xi*_cc~^--" },
-    1133             :       {       4432, "Omega_cc^+" },
-    1134             :       {      -4432, "Omega_cc~^-" },
-    1135             :       {       4434, "Omega*_cc^+" },
-    1136             :       {      -4434, "Omega*_cc~^-" },
-    1137             :       {       4444, "Omega*_ccc^++" },
-    1138             :       {      -4444, "Omega*_ccc~^--" },
-    1139             :       {       5112, "Sigma_b^-" },
-    1140             :       {      -5112, "Sigma_b~^+" },
-    1141             :       {       5114, "Sigma*_b^-" },
-    1142             :       {      -5114, "Sigma*_b~^+" },
-    1143             :       {       5122, "Lambda_b^0" },
-    1144             :       {      -5122, "Lambda_b~^0" },
-    1145             :       {       5132, "Xi_b^-" },
-    1146             :       {      -5132, "Xi_b~^+" },
-    1147             :       {       5142, "Xi_bc^0" },
-    1148             :       {      -5142, "Xi_bc~^0" },
-    1149             :       {       5212, "Sigma_b^0" },
-    1150             :       {      -5212, "Sigma_b~^0" },
-    1151             :       {       5214, "Sigma*_b^0" },
-    1152             :       {      -5214, "Sigma*_b~^0" },
-    1153             :       {       5222, "Sigma_b^+" },
-    1154             :       {      -5222, "Sigma_b~^-" },
-    1155             :       {       5224, "Sigma*_b^+" },
-    1156             :       {      -5224, "Sigma*_b~^-" },
-    1157             :       {       5232, "Xi_b^0" },
-    1158             :       {      -5232, "Xi_b~^0" },
-    1159             :       {       5242, "Xi_bc^+" },
-    1160             :       {      -5242, "Xi_bc~^-" },
-    1161             :       {       5312, "Xi'_b^-" },
-    1162             :       {      -5312, "Xi'_b~^+" },
-    1163             :       {       5314, "Xi*_b^-" },
-    1164             :       {      -5314, "Xi*_b~^+" },
-    1165             :       {       5322, "Xi'_b^0" },
-    1166             :       {      -5322, "Xi'_b~^0" },
-    1167             :       {       5324, "Xi*_b^0" },
-    1168             :       {      -5324, "Xi*_b~^0" },
-    1169             :       {       5332, "Omega_b^-" },
-    1170             :       {      -5332, "Omega_b~^+" },
-    1171             :       {       5334, "Omega*_b^-" },
-    1172             :       {      -5334, "Omega*_b~^+" },
-    1173             :       {       5342, "Omega_bc^0" },
-    1174             :       {      -5342, "Omega_bc~^0" },
-    1175             :       {       5412, "Xi'_bc^0" },
-    1176             :       {      -5412, "Xi'_bc~^0" },
-    1177             :       {       5414, "Xi*_bc^0" },
-    1178             :       {      -5414, "Xi*_bc~^0" },
-    1179             :       {       5422, "Xi'_bc^+" },
-    1180             :       {      -5422, "Xi'_bc~^-" },
-    1181             :       {       5424, "Xi*_bc^+" },
-    1182             :       {      -5424, "Xi*_bc~^-" },
-    1183             :       {       5432, "Omega'_bc^0" },
-    1184             :       {      -5432, "Omega'_bc~^0" },
-    1185             :       {       5434, "Omega*_bc^0" },
-    1186             :       {      -5434, "Omega*_bc~^0" },
-    1187             :       {       5442, "Omega_bcc^+" },
-    1188             :       {      -5442, "Omega_bcc~^-" },
-    1189             :       {       5444, "Omega*_bcc^+" },
-    1190             :       {      -5444, "Omega*_bcc~^-" },
-    1191             :       {       5512, "Xi_bb^-" },
-    1192             :       {      -5512, "Xi_bb~^+" },
-    1193             :       {       5514, "Xi*_bb^-" },
-    1194             :       {      -5514, "Xi*_bb~^+" },
-    1195             :       {       5522, "Xi_bb^0" },
-    1196             :       {      -5522, "Xi_bb~^0" },
-    1197             :       {       5524, "Xi*_bb^0" },
-    1198             :       {      -5524, "Xi*_bb~^0" },
-    1199             :       {       5532, "Omega_bb^-" },
-    1200             :       {      -5532, "Omega_bb~^+" },
-    1201             :       {       5534, "Omega*_bb^-" },
-    1202             :       {      -5534, "Omega*_bb~^+" },
-    1203             :       {       5542, "Omega_bbc^0" },
-    1204             :       {      -5542, "Omega_bbc~^0" },
-    1205             :       {       5544, "Omega*_bbc^0" },
-    1206             :       {      -5544, "Omega*_bbc~^0" },
-    1207             :       {       5554, "Omega*_bbb^-" },
-    1208             :       {      -5554, "Omega*_bbb~^+" },
-    1209             :       {       6112, "Sigma_t^0" },
-    1210             :       {      -6112, "Sigma_t~^0" },
-    1211             :       {       6114, "Sigma*_t^0" },
-    1212             :       {      -6114, "Sigma*_t~^0" },
-    1213             :       {       6122, "Lambda_t^+" },
-    1214             :       {      -6122, "Lambda_t~^-" },
-    1215             :       {       6132, "Xi_t^0" },
-    1216             :       {      -6132, "Xi_t~^0" },
-    1217             :       {       6142, "Xi_tc^+" },
-    1218             :       {      -6142, "Xi_tc~^-" },
-    1219             :       {       6152, "Xi_tb^0" },
-    1220             :       {      -6152, "Xi_tb~^0" },
-    1221             :       {       6212, "Sigma_t^+" },
-    1222             :       {      -6212, "Sigma_t~^-" },
-    1223             :       {       6214, "Sigma*_t^+" },
-    1224             :       {      -6214, "Sigma*_t~^-" },
-    1225             :       {       6222, "Sigma_t^++" },
-    1226             :       {      -6222, "Sigma_t~^--" },
-    1227             :       {       6224, "Sigma*_t^++" },
-    1228             :       {      -6224, "Sigma*_t~^--" },
-    1229             :       {       6232, "Xi_t^+" },
-    1230             :       {      -6232, "Xi_t~^-" },
-    1231             :       {       6242, "Xi_tc^++" },
-    1232             :       {      -6242, "Xi_tc~^--" },
-    1233             :       {       6252, "Xi_tb^+" },
-    1234             :       {      -6252, "Xi_tb~^-" },
-    1235             :       {       6312, "Xi'_t^0" },
-    1236             :       {      -6312, "Xi'_t~^0" },
-    1237             :       {       6314, "Xi*_t^0" },
-    1238             :       {      -6314, "Xi*_t~^0" },
-    1239             :       {       6322, "Xi'_t^+" },
-    1240             :       {      -6322, "Xi'_t~^-" },
-    1241             :       {       6324, "Xi*_t^+" },
-    1242             :       {      -6324, "Xi*_t~^-" },
-    1243             :       {       6332, "Omega_t^0" },
-    1244             :       {      -6332, "Omega_t~^0" },
-    1245             :       {       6334, "Omega*_t^0" },
-    1246             :       {      -6334, "Omega*_t~^0" },
-    1247             :       {       6342, "Omega_tc^+" },
-    1248             :       {      -6342, "Omega_tc~^-" },
-    1249             :       {       6352, "Omega_tb^0" },
-    1250             :       {      -6352, "Omega_tb~^0" },
-    1251             :       {       6412, "Xi'_tc^+" },
-    1252             :       {      -6412, "Xi'_tc~^-" },
-    1253             :       {       6414, "Xi*_tc^+" },
-    1254             :       {      -6414, "Xi*_tc~^-" },
-    1255             :       {       6422, "Xi'_tc^++" },
-    1256             :       {      -6422, "Xi'_tc~^--" },
-    1257             :       {       6424, "Xi*_tc^++" },
-    1258             :       {      -6424, "Xi*_tc~^--" },
-    1259             :       {       6432, "Omega'_tc^+" },
-    1260             :       {      -6432, "Omega'_tc~^-" },
-    1261             :       {       6434, "Omega*_tc^+" },
-    1262             :       {      -6434, "Omega*_tc~^-" },
-    1263             :       {       6442, "Omega_tcc^++" },
-    1264             :       {      -6442, "Omega_tcc~^--" },
-    1265             :       {       6444, "Omega*_tcc^++" },
-    1266             :       {      -6444, "Omega*_tcc~^--" },
-    1267             :       {       6452, "Omega_tbc^+" },
-    1268             :       {      -6452, "Omega_tbc~^-" },
-    1269             :       {       6512, "Xi'_tb^0" },
-    1270             :       {      -6512, "Xi'_tb~^0" },
-    1271             :       {       6514, "Xi*_tb^0" },
-    1272             :       {      -6514, "Xi*_tb~^0" },
-    1273             :       {       6522, "Xi'_tb^+" },
-    1274             :       {      -6522, "Xi'_tb~^-" },
-    1275             :       {       6524, "Xi*_tb^+" },
-    1276             :       {      -6524, "Xi*_tb~^-" },
-    1277             :       {       6532, "Omega'_tb^0" },
-    1278             :       {      -6532, "Omega'_tb~^0" },
-    1279             :       {       6534, "Omega*_tb^0" },
-    1280             :       {      -6534, "Omega*_tb~^0" },
-    1281             :       {       6542, "Omega'_tbc^+" },
-    1282             :       {      -6542, "Omega'_tbc~^-" },
-    1283             :       {       6544, "Omega*_tbc^+" },
-    1284             :       {      -6544, "Omega*_tbc~^-" },
-    1285             :       {       6552, "Omega_tbb^0" },
-    1286             :       {      -6552, "Omega_tbb~^0" },
-    1287             :       {       6554, "Omega*_tbb^0" },
-    1288             :       {      -6554, "Omega*_tbb~^0" },
-    1289             :       {       6612, "Xi_tt^+" },
-    1290             :       {      -6612, "Xi_tt~^-" },
-    1291             :       {       6614, "Xi*_tt^+" },
-    1292             :       {      -6614, "Xi*_tt~^-" },
-    1293             :       {       6622, "Xi_tt^++" },
-    1294             :       {      -6622, "Xi_tt~^--" },
-    1295             :       {       6624, "Xi*_tt^++" },
-    1296             :       {      -6624, "Xi*_tt~^--" },
-    1297             :       {       6632, "Omega_tt^+" },
-    1298             :       {      -6632, "Omega_tt~^-" },
-    1299             :       {       6634, "Omega*_tt^+" },
-    1300             :       {      -6634, "Omega*_tt~^-" },
-    1301             :       {       6642, "Omega_ttc^++" },
-    1302             :       {      -6642, "Omega_ttc~^--" },
-    1303             :       {       6644, "Omega*_ttc^++" },
-    1304             :       {      -6644, "Omega*_ttc~^--" },
-    1305             :       {       6652, "Omega_ttb^+" },
-    1306             :       {      -6652, "Omega_ttb~^-" },
-    1307             :       {       6654, "Omega*_ttb^+" },
-    1308             :       {      -6654, "Omega*_ttb~^-" },
-    1309             :       {       6664, "Omega*_ttt^++" },
-    1310             :       {      -6664, "Omega*_ttt~^--" },
-    1311             :       {       7112, "Sigma_b'^-" },
-    1312             :       {      -7112, "Sigma_b'~^+" },
-    1313             :       {       7114, "Sigma*_b'^-" },
-    1314             :       {      -7114, "Sigma*_b'~^+" },
-    1315             :       {       7122, "Lambda_b'^0" },
-    1316             :       {      -7122, "Lambda_b'~^0" },
-    1317             :       {       7132, "Xi_b'^-" },
-    1318             :       {      -7132, "Xi_b'~^+" },
-    1319             :       {       7142, "Xi_b'c^0" },
-    1320             :       {      -7142, "Xi_b'c~^0" },
-    1321             :       {       7152, "Xi_b'b^-" },
-    1322             :       {      -7152, "Xi_b'b~^+" },
-    1323             :       {       7162, "Xi_b't^0" },
-    1324             :       {      -7162, "Xi_b't~^0" },
-    1325             :       {       7212, "Sigma_b'^0" },
-    1326             :       {      -7212, "Sigma_b'~^0" },
-    1327             :       {       7214, "Sigma*_b'^0" },
-    1328             :       {      -7214, "Sigma*_b'~^0" },
-    1329             :       {       7222, "Sigma_b'^+" },
-    1330             :       {      -7222, "Sigma_b'~^-" },
-    1331             :       {       7224, "Sigma*_b'^+" },
-    1332             :       {      -7224, "Sigma*_b'~^-" },
-    1333             :       {       7232, "Xi_b'^0" },
-    1334             :       {      -7232, "Xi_b'~^0" },
-    1335             :       {       7242, "Xi_b'c^+" },
-    1336             :       {      -7242, "Xi_b'c~^-" },
-    1337             :       {       7252, "Xi_b'b^0" },
-    1338             :       {      -7252, "Xi_b'b~^0" },
-    1339             :       {       7262, "Xi_b't^+" },
-    1340             :       {      -7262, "Xi_b't~^-" },
-    1341             :       {       7312, "Xi'_b'^-" },
-    1342             :       {      -7312, "Xi'_b'~^+" },
-    1343             :       {       7314, "Xi*_b'^-" },
-    1344             :       {      -7314, "Xi*_b'~^+" },
-    1345             :       {       7322, "Xi'_b'^0" },
-    1346             :       {      -7322, "Xi'_b'~^0" },
-    1347             :       {       7324, "Xi*_b'^0" },
-    1348             :       {      -7324, "Xi*_b'~^0" },
-    1349             :       {       7332, "Omega'_b'^-" },
-    1350             :       {      -7332, "Omega'_b'~^+" },
-    1351             :       {       7334, "Omega*_b'^-" },
-    1352             :       {      -7334, "Omega*_b'~^+" },
-    1353             :       {       7342, "Omega_b'c^0" },
-    1354             :       {      -7342, "Omega_b'c~^0" },
-    1355             :       {       7352, "Omega_b'b^-" },
-    1356             :       {      -7352, "Omega_b'b~^+" },
-    1357             :       {       7362, "Omega_b't^0" },
-    1358             :       {      -7362, "Omega_b't~^0" },
-    1359             :       {       7412, "Xi'_b'c^0" },
-    1360             :       {      -7412, "Xi'_b'c~^0" },
-    1361             :       {       7414, "Xi*_b'c^0" },
-    1362             :       {      -7414, "Xi*_b'c~^0" },
-    1363             :       {       7422, "Xi'_b'c^+" },
-    1364             :       {      -7422, "Xi'_b'c~^-" },
-    1365             :       {       7424, "Xi*_b'c^+" },
-    1366             :       {      -7424, "Xi*_b'c~^-" },
-    1367             :       {       7432, "Omega'_b'c^0" },
-    1368             :       {      -7432, "Omega'_b'c~^0" },
-    1369             :       {       7434, "Omega*_b'c^0" },
-    1370             :       {      -7434, "Omega*_b'c~^0" },
-    1371             :       {       7442, "Omega'_b'cc^+" },
-    1372             :       {      -7442, "Omega'_b'cc~^-" },
-    1373             :       {       7444, "Omega*_b'cc^+" },
-    1374             :       {      -7444, "Omega*_b'cc~^-" },
-    1375             :       {       7452, "Omega_b'bc^0" },
-    1376             :       {      -7452, "Omega_b'bc~^0" },
-    1377             :       {       7462, "Omega_b'tc^+" },
-    1378             :       {      -7462, "Omega_b'tc~^-" },
-    1379             :       {       7512, "Xi'_b'b^-" },
-    1380             :       {      -7512, "Xi'_b'b~^+" },
-    1381             :       {       7514, "Xi*_b'b^-" },
-    1382             :       {      -7514, "Xi*_b'b~^+" },
-    1383             :       {       7522, "Xi'_b'b^0" },
-    1384             :       {      -7522, "Xi'_b'b~^0" },
-    1385             :       {       7524, "Xi*_b'b^0" },
-    1386             :       {      -7524, "Xi*_b'b~^0" },
-    1387             :       {       7532, "Omega'_b'b^-" },
-    1388             :       {      -7532, "Omega'_b'b~^+" },
-    1389             :       {       7534, "Omega*_b'b^-" },
-    1390             :       {      -7534, "Omega*_b'b~^+" },
-    1391             :       {       7542, "Omega'_b'bc^0" },
-    1392             :       {      -7542, "Omega'_b'bc~^0" },
-    1393             :       {       7544, "Omega*_b'bc^0" },
-    1394             :       {      -7544, "Omega*_b'bc~^0" },
-    1395             :       {       7552, "Omega'_b'bb^-" },
-    1396             :       {      -7552, "Omega'_b'bb~^+" },
-    1397             :       {       7554, "Omega*_b'bb^-" },
-    1398             :       {      -7554, "Omega*_b'bb~^+" },
-    1399             :       {       7562, "Omega_b'tb^0" },
-    1400             :       {      -7562, "Omega_b'tb~^0" },
-    1401             :       {       7612, "Xi'_b't^0" },
-    1402             :       {      -7612, "Xi'_b't~^0" },
-    1403             :       {       7614, "Xi*_b't^0" },
-    1404             :       {      -7614, "Xi*_b't~^0" },
-    1405             :       {       7622, "Xi'_b't^+" },
-    1406             :       {      -7622, "Xi'_b't~^-" },
-    1407             :       {       7624, "Xi*_b't^+" },
-    1408             :       {      -7624, "Xi*_b't~^-" },
-    1409             :       {       7632, "Omega'_b't^0" },
-    1410             :       {      -7632, "Omega'_b't~^0" },
-    1411             :       {       7634, "Omega*_b't^0" },
-    1412             :       {      -7634, "Omega*_b't~^0" },
-    1413             :       {       7642, "Omega'_b'tc^+" },
-    1414             :       {      -7642, "Omega'_b'tc~^-" },
-    1415             :       {       7644, "Omega*_b'tc^+" },
-    1416             :       {      -7644, "Omega*_b'tc~^-" },
-    1417             :       {       7652, "Omega'_b'tb^0" },
-    1418             :       {      -7652, "Omega'_b'tb~^0" },
-    1419             :       {       7654, "Omega*_b'tb^0" },
-    1420             :       {      -7654, "Omega*_b'tb~^0" },
-    1421             :       {       7662, "Omega'_b'tt^+" },
-    1422             :       {      -7662, "Omega'_b'tt~^-" },
-    1423             :       {       7664, "Omega*_b'tt^+" },
-    1424             :       {      -7664, "Omega*_b'tt~^-" },
-    1425             :       {       7712, "Xi'_b'b'^-" },
-    1426             :       {      -7712, "Xi'_b'b'~^+" },
-    1427             :       {       7714, "Xi*_b'b'^-" },
-    1428             :       {      -7714, "Xi*_b'b'~^+" },
-    1429             :       {       7722, "Xi'_b'b'^0" },
-    1430             :       {      -7722, "Xi'_b'b'~^0" },
-    1431             :       {       7724, "Xi*_b'b'^0" },
-    1432             :       {      -7724, "Xi*_b'b'~^0" },
-    1433             :       {       7732, "Omega'_b'b'^-" },
-    1434             :       {      -7732, "Omega'_b'b'~^+" },
-    1435             :       {       7734, "Omega*_b'b'^-" },
-    1436             :       {      -7734, "Omega*_b'b'~^+" },
-    1437             :       {       7742, "Omega'_b'b'c^0" },
-    1438             :       {      -7742, "Omega'_b'b'c~^0" },
-    1439             :       {       7744, "Omega*_b'b'c^0" },
-    1440             :       {      -7744, "Omega*_b'b'c~^0" },
-    1441             :       {       7752, "Omega'_b'b'b^-" },
-    1442             :       {      -7752, "Omega'_b'b'b~^+" },
-    1443             :       {       7754, "Omega*_b'b'b^-" },
-    1444             :       {      -7754, "Omega*_b'b'b~^+" },
-    1445             :       {       7762, "Omega'_b'b't^0" },
-    1446             :       {      -7762, "Omega'_b'b't~^0" },
-    1447             :       {       7764, "Omega*_b'b't^0" },
-    1448             :       {      -7764, "Omega*_b'b't~^0" },
-    1449             :       {       7774, "Omega*_b'b'b'^-" },
-    1450             :       {      -7774, "Omega*_b'b'b'~^+" },
-    1451             :       {       8112, "Sigma_t'^0" },
-    1452             :       {      -8112, "Sigma_t'~^0" },
-    1453             :       {       8114, "Sigma*_t'^0" },
-    1454             :       {      -8114, "Sigma*_t'~^0" },
-    1455             :       {       8122, "Lambda_t'^+" },
-    1456             :       {      -8122, "Lambda_t'~^-" },
-    1457             :       {       8132, "Xi_t'^0" },
-    1458             :       {      -8132, "Xi_t'~^0" },
-    1459             :       {       8142, "Xi_t'c^+" },
-    1460             :       {      -8142, "Xi_t'c~^-" },
-    1461             :       {       8152, "Xi_t'b^0" },
-    1462             :       {      -8152, "Xi_t'b~^0" },
-    1463             :       {       8162, "Xi_t't^+" },
-    1464             :       {      -8162, "Xi_t't~^-" },
-    1465             :       {       8172, "Xi_t'b'^0" },
-    1466             :       {      -8172, "Xi_t'b'~^0" },
-    1467             :       {       8212, "Sigma_t'^+" },
-    1468             :       {      -8212, "Sigma_t'~^-" },
-    1469             :       {       8214, "Sigma*_t'^+" },
-    1470             :       {      -8214, "Sigma*_t'~^-" },
-    1471             :       {       8222, "Sigma_t'^++" },
-    1472             :       {      -8222, "Sigma_t'~^--" },
-    1473             :       {       8224, "Sigma*_t'^++" },
-    1474             :       {      -8224, "Sigma*_t'~^--" },
-    1475             :       {       8232, "Xi_t'^+" },
-    1476             :       {      -8232, "Xi_t'~^-" },
-    1477             :       {       8242, "Xi_t'c^++" },
-    1478             :       {      -8242, "Xi_t'c~^--" },
-    1479             :       {       8252, "Xi_t'b^+" },
-    1480             :       {      -8252, "Xi_t'b~^-" },
-    1481             :       {       8262, "Xi_t't^++" },
-    1482             :       {      -8262, "Xi_t't~^--" },
-    1483             :       {       8272, "Xi_t'b'^+" },
-    1484             :       {      -8272, "Xi_t'b'~^-" },
-    1485             :       {       8312, "Xi'_t'^0" },
-    1486             :       {      -8312, "Xi'_t'~^0" },
-    1487             :       {       8314, "Xi*_t'^0" },
-    1488             :       {      -8314, "Xi*_t'~^0" },
-    1489             :       {       8322, "Xi'_t'^+" },
-    1490             :       {      -8322, "Xi'_t'~^-" },
-    1491             :       {       8324, "Xi*_t'^+" },
-    1492             :       {      -8324, "Xi*_t'~^-" },
-    1493             :       {       8332, "Omega'_t'^0" },
-    1494             :       {      -8332, "Omega'_t'~^0" },
-    1495             :       {       8334, "Omega*_t'^0" },
-    1496             :       {      -8334, "Omega*_t'~^0" },
-    1497             :       {       8342, "Omega_t'c^+" },
-    1498             :       {      -8342, "Omega_t'c~^-" },
-    1499             :       {       8352, "Omega_t'b^0" },
-    1500             :       {      -8352, "Omega_t'b~^0" },
-    1501             :       {       8362, "Omega_t't^+" },
-    1502             :       {      -8362, "Omega_t't~^-" },
-    1503             :       {       8372, "Omega_t'b'^0" },
-    1504             :       {      -8372, "Omega_t'b'~^0" },
-    1505             :       {       8412, "Xi'_t'c^+" },
-    1506             :       {      -8412, "Xi'_t'c~^-" },
-    1507             :       {       8414, "Xi*_t'c^+" },
-    1508             :       {      -8414, "Xi*_t'c~^-" },
-    1509             :       {       8422, "Xi'_t'c^++" },
-    1510             :       {      -8422, "Xi'_t'c~^--" },
-    1511             :       {       8424, "Xi*_t'c^++" },
-    1512             :       {      -8424, "Xi*_t'c~^--" },
-    1513             :       {       8432, "Omega'_t'c^+" },
-    1514             :       {      -8432, "Omega'_t'c~^-" },
-    1515             :       {       8434, "Omega*_t'c^+" },
-    1516             :       {      -8434, "Omega*_t'c~^-" },
-    1517             :       {       8442, "Omega'_t'cc^++" },
-    1518             :       {      -8442, "Omega'_t'cc~^--" },
-    1519             :       {       8444, "Omega*_t'cc^++" },
-    1520             :       {      -8444, "Omega*_t'cc~^--" },
-    1521             :       {       8452, "Omega_t'bc^+" },
-    1522             :       {      -8452, "Omega_t'bc~^-" },
-    1523             :       {       8462, "Omega_t'tc^++" },
-    1524             :       {      -8462, "Omega_t'tc~^--" },
-    1525             :       {       8472, "Omega_t'b'c ^+" },
-    1526             :       {      -8472, "Omega_t'b'c ~^-" },
-    1527             :       {       8512, "Xi'_t'b^0" },
-    1528             :       {      -8512, "Xi'_t'b~^0" },
-    1529             :       {       8514, "Xi*_t'b^0" },
-    1530             :       {      -8514, "Xi*_t'b~^0" },
-    1531             :       {       8522, "Xi'_t'b^+" },
-    1532             :       {      -8522, "Xi'_t'b~^-" },
-    1533             :       {       8524, "Xi*_t'b^+" },
-    1534             :       {      -8524, "Xi*_t'b~^-" },
-    1535             :       {       8532, "Omega'_t'b^0" },
-    1536             :       {      -8532, "Omega'_t'b~^0" },
-    1537             :       {       8534, "Omega*_t'b^0" },
-    1538             :       {      -8534, "Omega*_t'b~^0" },
-    1539             :       {       8542, "Omega'_t'bc^+" },
-    1540             :       {      -8542, "Omega'_t'bc~^-" },
-    1541             :       {       8544, "Omega*_t'bc^+" },
-    1542             :       {      -8544, "Omega*_t'bc~^-" },
-    1543             :       {       8552, "Omega'_t'bb^0" },
-    1544             :       {      -8552, "Omega'_t'bb~^0" },
-    1545             :       {       8554, "Omega*_t'bb^0" },
-    1546             :       {      -8554, "Omega*_t'bb~^0" },
-    1547             :       {       8562, "Omega_t'tb^+" },
-    1548             :       {      -8562, "Omega_t'tb~^-" },
-    1549             :       {       8572, "Omega_t'b'b ^0" },
-    1550             :       {      -8572, "Omega_t'b'b ~^0" },
-    1551             :       {       8612, "Xi'_t't^+" },
-    1552             :       {      -8612, "Xi'_t't~^-" },
-    1553             :       {       8614, "Xi*_t't^+" },
-    1554             :       {      -8614, "Xi*_t't~^-" },
-    1555             :       {       8622, "Xi'_t't^++" },
-    1556             :       {      -8622, "Xi'_t't~^--" },
-    1557             :       {       8624, "Xi*_t't^++" },
-    1558             :       {      -8624, "Xi*_t't~^--" },
-    1559             :       {       8632, "Omega'_t't^+" },
-    1560             :       {      -8632, "Omega'_t't~^-" },
-    1561             :       {       8634, "Omega*_t't^+" },
-    1562             :       {      -8634, "Omega*_t't~^-" },
-    1563             :       {       8642, "Omega'_t'tc^++" },
-    1564             :       {      -8642, "Omega'_t'tc~^--" },
-    1565             :       {       8644, "Omega*_t'tc^++" },
-    1566             :       {      -8644, "Omega*_t'tc~^--" },
-    1567             :       {       8652, "Omega'_t'tb^+" },
-    1568             :       {      -8652, "Omega'_t'tb~^-" },
-    1569             :       {       8654, "Omega*_t'tb^+" },
-    1570             :       {      -8654, "Omega*_t'tb~^-" },
-    1571             :       {       8662, "Omega'_t'tt^++" },
-    1572             :       {      -8662, "Omega'_t'tt~^--" },
-    1573             :       {       8664, "Omega*_t'tt^++" },
-    1574             :       {      -8664, "Omega*_t'tt~^--" },
-    1575             :       {       8672, "Omega_t'b't ^+" },
-    1576             :       {      -8672, "Omega_t'b't ~^-" },
-    1577             :       {       8712, "Xi'_t'b'^0" },
-    1578             :       {      -8712, "Xi'_t'b'~^0" },
-    1579             :       {       8714, "Xi*_t'b'^0" },
-    1580             :       {      -8714, "Xi*_t'b'~^0" },
-    1581             :       {       8722, "Xi'_t'b'^+" },
-    1582             :       {      -8722, "Xi'_t'b'~^-" },
-    1583             :       {       8724, "Xi*_t'b'^+" },
-    1584             :       {      -8724, "Xi*_t'b'~^-" },
-    1585             :       {       8732, "Omega'_t'b'^0" },
-    1586             :       {      -8732, "Omega'_t'b'~^0" },
-    1587             :       {       8734, "Omega*_t'b'^0" },
-    1588             :       {      -8734, "Omega*_t'b'~^0" },
-    1589             :       {       8742, "Omega'_t'b'c^+" },
-    1590             :       {      -8742, "Omega'_t'b'c~^-" },
-    1591             :       {       8744, "Omega*_t'b'c^+" },
-    1592             :       {      -8744, "Omega*_t'b'c~^-" },
-    1593             :       {       8752, "Omega'_t'b'b^0" },
-    1594             :       {      -8752, "Omega'_t'b'b~^0" },
-    1595             :       {       8754, "Omega*_t'b'b^0" },
-    1596             :       {      -8754, "Omega*_t'b'b~^0" },
-    1597             :       {       8762, "Omega'_t'b't^+" },
-    1598             :       {      -8762, "Omega'_t'b't~^-" },
-    1599             :       {       8764, "Omega*_t'b't^+" },
-    1600             :       {      -8764, "Omega*_t'b't~^-" },
-    1601             :       {       8772, "Omega'_t'b'b'^0" },
-    1602             :       {      -8772, "Omega'_t'b'b'~^0" },
-    1603             :       {       8774, "Omega*_t'b'b'^0" },
-    1604             :       {      -8774, "Omega*_t'b'b'~^0" },
-    1605             :       {       8812, "Xi'_t't'^+" },
-    1606             :       {      -8812, "Xi'_t't'~^-" },
-    1607             :       {       8814, "Xi*_t't'^+" },
-    1608             :       {      -8814, "Xi*_t't'~^-" },
-    1609             :       {       8822, "Xi'_t't'^++" },
-    1610             :       {      -8822, "Xi'_t't'~^--" },
-    1611             :       {       8824, "Xi*_t't'^++" },
-    1612             :       {      -8824, "Xi*_t't'~^--" },
-    1613             :       {       8832, "Omega'_t't'^+" },
-    1614             :       {      -8832, "Omega'_t't'~^-" },
-    1615             :       {       8834, "Omega*_t't'^+" },
-    1616             :       {      -8834, "Omega*_t't'~^-" },
-    1617             :       {       8842, "Omega'_t't'c^++" },
-    1618             :       {      -8842, "Omega'_t't'c~^--" },
-    1619             :       {       8844, "Omega*_t't'c^++" },
-    1620             :       {      -8844, "Omega*_t't'c~^--" },
-    1621             :       {       8852, "Omega'_t't'b^+" },
-    1622             :       {      -8852, "Omega'_t't'b~^-" },
-    1623             :       {       8854, "Omega*_t't'b^+" },
-    1624             :       {      -8854, "Omega*_t't'b~^-" },
-    1625             :       {       8862, "Omega'_t't't^++" },
-    1626             :       {      -8862, "Omega'_t't't~^--" },
-    1627             :       {       8864, "Omega*_t't't^++" },
-    1628             :       {      -8864, "Omega*_t't't~^--" },
-    1629             :       {       8872, "Omega'_t't'b'^+" },
-    1630             :       {      -8872, "Omega'_t't'b'~^-" },
-    1631             :       {       8874, "Omega*_t't'b'^+" },
-    1632             :       {      -8874, "Omega*_t't'b'~^-" },
-    1633             :       {       8884, "Omega*_t't't'^++" },
-    1634             :       {      -8884, "Omega*_t't't'~^--" },
-    1635             :       {    9221132, "Theta^+" },
-    1636             :       {    9331122, "Phi^--" },
-    1637             :       {    1000993, "R_~gg^0" },
-    1638             :       {    1009113, "R_~gd~d^0" },
-    1639             :       {    1009213, "R_~gu~d^+" },
-    1640             :       {    1009223, "R_~gu~u^0" },
-    1641             :       {    1009313, "R_~gd~s^0" },
-    1642             :       {    1009323, "R_~gu~s^+" },
-    1643             :       {    1009333, "R_~gs~s^0" },
-    1644             :       {    1091114, "R_~gddd^-" },
-    1645             :       {    1092114, "R_~gudd^0" },
-    1646             :       {    1092214, "R_~guud^+" },
-    1647             :       {    1092224, "R_~guuu^++" },
-    1648             :       {    1093114, "R_~gsdd^-" },
-    1649             :       {    1093214, "R_~gsud^0" },
-    1650             :       {    1093224, "R_~gsuu^+" },
-    1651             :       {    1093314, "R_~gssd^-" },
-    1652             :       {    1093324, "R_~gssu^0" },
-    1653             :       {    1093334, "R_~gsss^-" },
-    1654             :       {    1000612, "R_~t_1~d^+" },
-    1655             :       {    1000622, "R_~t_1~u^0" },
-    1656             :       {    1000632, "R_~t_1~s^+" },
-    1657             :       {    1000642, "R_~t_1~c^0" },
-    1658             :       {    1000652, "R_~t_1~b^+" },
-    1659             :       {    1006113, "R_~t_1dd_1^0" },
-    1660             :       {    1006211, "R_~t_1ud_0^+" },
-    1661             :       {    1006213, "R_~t_1ud_1^+" },
-    1662             :       {    1006223, "R_~t_1uu_1^++" },
-    1663             :       {    1006311, "R_~t_1sd_0^0" },
-    1664             :       {    1006313, "R_~t_1sd_1^0" },
-    1665             :       {    1006321, "R_~t_1su_0^+" },
-    1666             :       {    1006323, "R_~t_1su_1^+" },
-    1667             :       {    1006333, "R_~t_1ss_1^0" },
-    1668             :       { 1000010010, "Hydrogen" },
-    1669             :       { 1000010020, "Deuterium" },
-    1670             :       {-1000010020, "Anti-Deuterium" },
-    1671             :       { 1000010030, "Tritium" },
-    1672             :       {-1000010030, "Anti-Tritium" },
-    1673             :       { 1000020030, "He3" },
-    1674             :       {-1000020030, "Anti-He3" },
-    1675             :       { 1000020040, "Alpha-(He4)" },
-    1676             :       {-1000020040, "Anti-Alpha-(He4)" }
-    1677             :   };
-    1678             : 
-    1679             :   int lnames = sizeof(SNames)/sizeof(SNames[0]);
-    1680           0 :   for( int k=0; k!=lnames; ++k) {
-    1681           0 :       m.insert( std::make_pair( SNames[k].pid, std::string(SNames[k].pname)) );
-    1682           0 :       nameMap.insert( std::make_pair( std::string(SNames[k].pname), SNames[k].pid ) );
-    1683             :   }
-    1684           0 :   static ParticleNameMap mymaps(m,nameMap);
-    1685             : 
-    1686           0 :   return mymaps;
-    1687             : }  // ParticleNameInit()
-    1688             : 
-    1689           0 : void writeParticleNameLine( int i, std::ostream & os  )
-    1690             : {
-    1691           0 :     if ( validParticleName( i ) ) {
-    1692           0 :         std::string pn = particleName( i );
-    1693           0 :         int pid = particleName( pn );
-    1694           0 :         os << " PDT number: " ;
-    1695           0 :         os.width(12);
-    1696           0 :         os << i << " PDT name: " << pn << std::endl;
-    1697             :         // verify reverse lookup
-    1698           0 :         if( pid != i ) {
-    1699             :             os << "HepPID::writeParticleNameLine ERROR: "
-    1700           0 :                << " got " << pid << " instead of " << i << std::endl;
-    1701             :         }
-    1702             :     }
-    1703           0 :     return;
-    1704             : }  // writeParticleNameLine()
-    1705             : 
-    1706           0 : std::string dyonName( const int & pid )
-    1707             : {
-    1708           0 :     std::ostringstream pn;
-    1709           0 :     pn << "Dyon^" << digit(nq1,pid) << digit(nq2,pid) << digit(nq3,pid);
-    1710           0 :     if ( digit(nl,pid) == 1 ) {
-    1711           0 :        if ( pid > 0 ) {
-    1712           0 :           pn << "++";
-    1713             :        } else {
-    1714           0 :           pn << "--";
-    1715             :        }
-    1716           0 :     } else if ( digit(nl,pid) == 2 ) {
-    1717           0 :        if ( pid > 0 ) {
-    1718           0 :           pn << "+-";
-    1719             :        } else {
-    1720           0 :           pn << "-+";
-    1721             :        }
-    1722             :     }
-    1723           0 :     return pn.str();
-    1724           0 : }
-    1725             : 
-    1726           0 : std::string qballName( const int & pid )
-    1727             : {
-    1728           0 :     std::ostringstream pn;
-    1729           0 :     pn << "QBall^" << ((abspid(pid)/100)%1000) << "." << digit(nq3,pid);
-    1730           0 :     if ( pid > 0 ) {
-    1731           0 :        pn << "+";
-    1732             :     } else {
-    1733           0 :        pn << "-";
-    1734             :     }
-    1735           0 :     return pn.str();
-    1736           0 : }
-    1737             : 
-    1738           0 : int  checkForSpecialParticle( const std::string & s )
-    1739             : {
-    1740             :     int chg, chg2, id;
-    1741             :     int m = 1;
-    1742           0 :     int len = s.length();
-    1743           0 :     if( s.substr(0,4) == "Dyon" ) {
-    1744           0 :        std::istringstream var1(s.substr(5,3).c_str());
-    1745           0 :        var1 >> chg;
-    1746           0 :        if( s.substr(len-2,1) == "+" && s.substr(len-1,1) == "-") m = 2;
-    1747           0 :        if( s.substr(len-2,1) == "-" && s.substr(len-1,1) == "+") m = 2;
-    1748           0 :        id = 4100000 + m*10000 + chg*10;
-    1749           0 :        if( s.substr(len-2,1) == "-" ) id = -id;
-    1750             :        return id;
-    1751           0 :     }
-    1752           0 :     if( s.substr(0,5) == "QBall" ) {
-    1753           0 :        int rem = len - 9;
-    1754           0 :        std::istringstream var2(s.substr(6,rem).c_str());
-    1755           0 :        var2 >> chg;
-    1756           0 :        std::istringstream var3(s.substr(7+rem,1).c_str());
-    1757           0 :        var3 >> chg2;
-    1758           0 :        id = 10000000 + chg*100+chg2*10;
-    1759           0 :        if( s.substr(len-1,1) == "-" ) id = -id;
-    1760             :        return id;
-    1761           0 :     }
-    1762             :     return 0;
-    1763             : }
-    1764             : 
-    1765             : } // unnamed namespace
-    1766             : 
-    1767             : //
-    1768             : // getPartcleIdMap is the ONLY function allowed to call ParticleNameInit
-    1769             : //
-    1770           0 : ParticleNameMap const &  getParticleNameMap()
-    1771             : {
-    1772           0 :   static  ParticleNameMap const &  pmap = ParticleNameInit();
-    1773           0 :   return pmap;
-    1774             : }  // getPartcleIdMap()
-    1775             : 
-    1776           0 : bool validParticleName( const int & pid )
-    1777             : {
-    1778             :     // check for the special cases first
-    1779           0 :     if ( isDyon(pid) ) return true;
-    1780           0 :     if ( isQBall(pid) ) return true;
-    1781             :     
-    1782           0 :     static  ParticleNameMap const &  pmap = getParticleNameMap();
-    1783             : 
-    1784           0 :     ParticleNameMap::idIterator const cit = pmap.find( pid );
-    1785             :     return ( cit == pmap.end() )
-    1786           0 :          ? false
-    1787             :          : true;
-    1788             : }  // validParticleName()
-    1789             : 
-    1790           0 : bool validParticleName( const std::string & s )
-    1791             : {
-    1792           0 :     static  ParticleNameMap const &  pmap = getParticleNameMap();
-    1793           0 :     ParticleNameMap::nameIterator const cit = pmap.findString( s );
-    1794             :     return ( cit == pmap.endLookupMap() )
-    1795           0 :          ? false
-    1796           0 :          : true;
-    1797             : }  // validParticleName()
-    1798             : 
-    1799           0 : std::string  particleName( const int & pid )
-    1800             : {
-    1801             :     // check for the special cases first
-    1802           0 :     if ( isDyon(pid) ) return dyonName(pid);
-    1803           0 :     if ( isQBall(pid) ) return qballName(pid);
-    1804             :     
-    1805           0 :     static  ParticleNameMap const &  pmap = getParticleNameMap();
-    1806             : 
-    1807           0 :     ParticleNameMap::idIterator const cit = pmap.find( pid );
-    1808             :     return ( cit == pmap.end() )
-    1809             :          ? std::string("not defined")
-    1810           0 :          : cit->second;
-    1811             : }  // particleName()
-    1812             : 
-    1813           0 : int  particleName( const std::string & s )
-    1814             : {
-    1815           0 :     static  ParticleNameMap const &  pmap = getParticleNameMap();
-    1816           0 :     ParticleNameMap::nameIterator const cit = pmap.findString( s );
-    1817             :     return ( cit == pmap.endLookupMap() )
-    1818           0 :          ? checkForSpecialParticle(s)
-    1819           0 :          : cit->second;
-    1820             : }  // particleName()
-    1821             : 
-    1822             : //
-    1823             : // list all the defined names
-    1824             : //
-    1825           0 : void  listParticleNames( std::ostream & os  )
-    1826             : {
-    1827           0 :     writeVersion( os );
-    1828             :     os << "     HepPID Particle List" << std::endl;
-    1829             :     os << std::endl;
-    1830             : 
-    1831             :     // simple: static  PartcleIdMap const &  pmap = getPartcleIdMap();
-    1832             :     // simple: for( PartcleIdMap::const_iterator cit = pmap.begin(), mend = pmap.end(); 
-    1833             :     // simple:                                 cit != mend;
-    1834             :         // simple:                        ++cit ) {
-    1835             :         // simple: os << "  PDT number: " ;
-    1836             :         // simple: os.width(12);
-    1837             :         // simple: os << cit->first << "  PDT name: " << cit->second << std::endl;
-    1838             :     // simple: }
-    1839             :     int id, i, j, q1, q2, q3, l, m, n;
-    1840             :     // special cases
-    1841           0 :     for( id=1; id<101; ++id) {
-    1842           0 :         writeParticleNameLine(  id, os );
-    1843           0 :         writeParticleNameLine( -id, os );
-    1844             :     }
-    1845           0 :     for( i=11; i<1000; ++i) {
-    1846           0 :         id = i*10;
-    1847           0 :         writeParticleNameLine(  id, os );
-    1848           0 :         writeParticleNameLine( -id, os );
-    1849             :     }
-    1850             :     // SUSY
-    1851           0 :     for( n=1; n<3; ++n) {
-    1852           0 :         for( q1=0; q1<10; ++q1) {
-    1853           0 :             for( j=0; j<10; ++j) {
-    1854           0 :                 id = 1000000*n+10*q1+j;
-    1855           0 :                 writeParticleNameLine(  id, os );
-    1856           0 :                 writeParticleNameLine( -id, os );
-    1857             :             }
-    1858             :         }
-    1859             :     }
-    1860             :     // technicolor, etc.
-    1861           0 :     for( n=3; n<7; ++n) {
-    1862           0 :         for( q2=0; q2<10; ++q2) {
-    1863           0 :             for( q1=0; q1<10; ++q1) {
-    1864           0 :                 for( j=0; j<10; ++j) {
-    1865           0 :                     for( m=0; m<10; ++m) {
-    1866           0 :                         for( l=0; l<7; ++l) {
-    1867           0 :                             id = 1000000*n+100000*m+10000*l+100*q2+10*q1+j;
-    1868             :                             // save dyons for later
-    1869           0 :                             if( !(n == 4 && m == 1) ) {
-    1870           0 :                             writeParticleNameLine(  id, os );
-    1871           0 :                             writeParticleNameLine( -id, os );
-    1872             :                             }
-    1873             :                         }
-    1874             :                     }
-    1875             :                 }
-    1876             :             }
-    1877             :         }
-    1878             :     }
-    1879             :     // R-hadrons
-    1880           0 :     for( q3=0; q3<10; ++q3) {
-    1881           0 :         for( q2=1; q2<10; ++q2) {
-    1882           0 :             for( q1=1; q1<10; ++q1) {
-    1883           0 :                 for( j=1; j<5; ++j) {
-    1884           0 :                     id = 1000000+1000*q3+100*q2+10*q1+j;
-    1885           0 :                     writeParticleNameLine( id, os );
-    1886           0 :                     if(q3 > 0 ) id = 1000000+90000+1000*q3+100*q2+10*q1+j;
-    1887           0 :                     writeParticleNameLine( id, os );
-    1888             :                 }
-    1889             :             }
-    1890             :         }
-    1891             :     }
-    1892             :     // miscellaneous generator particles
-    1893           0 :     for( l=0; l<9; ++l) {
-    1894           0 :         for( i=1; i<100; ++i) {
-    1895           0 :             id = 9900000+10000*l+i;
-    1896           0 :             writeParticleNameLine(  id, os );
-    1897           0 :             writeParticleNameLine( -id, os );
-    1898             :         }
-    1899           0 :         for( q3=0; q3<10; ++q3) {
-    1900           0 :             for( q2=1; q2<10; ++q2) {
-    1901           0 :                 for( q1=1; q1<10; ++q1) {
-    1902           0 :                     for( j=0; j<10; ++j) {
-    1903           0 :                         id = 9900000+10000*l+1000*q3+100*q2+10*q1+j;
-    1904           0 :                         writeParticleNameLine(  id, os );
-    1905           0 :                         writeParticleNameLine( -id, os );
-    1906             :                     }
-    1907             :                 }
-    1908             :             }
-    1909             :         }
-    1910             :     }
-    1911             :     // diquark
-    1912           0 :     for( i=11; i<100; ++i) {
-    1913           0 :         for( j=0; j<10; ++j) {
-    1914           0 :             id = 100*i+j;
-    1915           0 :             writeParticleNameLine(  id, os );
-    1916           0 :             writeParticleNameLine( -id, os );
-    1917             :         }
-    1918             :     }
-    1919             :     // mesons
-    1920           0 :     for( q2=1; q2<10; ++q2) {
-    1921           0 :         for( q1=1; q1<10; ++q1) {
-    1922           0 :             for( j=1; j<10; ++j) {
-    1923           0 :                 for( m=0; m<9; ++m) {
-    1924           0 :                     for( l=0; l<10; ++l) {
-    1925           0 :                         id = 100000*m+10000*l+100*q2+10*q1+j;
-    1926           0 :                         writeParticleNameLine(  id, os );
-    1927           0 :                         writeParticleNameLine( -id, os );
-    1928           0 :                         id = 9000000+100000*m+10000*l+100*q2+10*q1+j;
-    1929           0 :                         writeParticleNameLine(  id, os );
-    1930           0 :                         writeParticleNameLine( -id, os );
-    1931             :                     }
-    1932             :                 }
-    1933             :             }
-    1934             :         }
-    1935             :     }
-    1936             :     // baryons
-    1937           0 :     for( q3=1; q3<10; ++q3) {
-    1938           0 :         for( q2=1; q2<10; ++q2) {
-    1939           0 :             for( q1=1; q1<10; ++q1) {
-    1940           0 :                 for( j=1; j<10; ++j) {
-    1941           0 :                     for( m=0; m<9; ++m) {
-    1942           0 :                         id = 10000*m+1000*q3+100*q2+10*q1+j;
-    1943           0 :                         writeParticleNameLine(  id, os );
-    1944           0 :                         writeParticleNameLine( -id, os );
-    1945             :                     }
-    1946             :                 }
-    1947             :             }
-    1948             :         }
-    1949             :     }
-    1950             :     // pentaquarks
-    1951           0 :     for( l=1; l<9; ++l ) {
-    1952           0 :         for ( m=1; m<9; ++m ) {
-    1953           0 :             for( q3=1; q3<9; ++q3) {
-    1954           0 :                 for( q2=1; q2<9; ++q2) {
-    1955           0 :                     for( q1=1; q1<9; ++q1) {
-    1956           0 :                         id = 9*1000000+l*100000+m*10000+1000*q3+100*q2+10*q1+2;
-    1957           0 :                         writeParticleNameLine(  id, os );
-    1958           0 :                         writeParticleNameLine( -id, os );
-    1959             :                     }
-    1960             :                 }
-    1961             :             }
-    1962             :         }
-    1963             :     }
-    1964             :     // ions
-    1965           0 :     for( i=1; i<3; ++i) {
-    1966           0 :         for( m=1; m<5; ++m) {
-    1967           0 :                 id = 1000000000+10*m+10000*i;
-    1968           0 :                 writeParticleNameLine(  id, os );
-    1969           0 :                 writeParticleNameLine( -id, os );
-    1970             :         }
-    1971             :     }
-    1972             :     // some Dyons
-    1973           0 :     for( q3=0; q3<2; ++q3) {
-    1974           0 :         for( q2=0; q2<4; ++q2) {
-    1975           0 :             for( q1=0; q1<10; ++q1) {
-    1976           0 :                 ++q1;
-    1977           0 :                 id = 4110000+1000*q3+100*q2+10*q1;
-    1978           0 :                 writeParticleNameLine(  id, os );
-    1979           0 :                 writeParticleNameLine( -id, os );
-    1980           0 :                 id = 4120000+1000*q3+100*q2+10*q1;
-    1981           0 :                 writeParticleNameLine(  id, os );
-    1982           0 :                 writeParticleNameLine( -id, os );
-    1983             :             }
-    1984             :         }
-    1985             :     }
-    1986             :     // a few QBalls
-    1987           0 :     for( i=1; i<199; ++i ) {
-    1988           0 :         for( m=1; m<10; ) {
-    1989           0 :                 id = 10000000+10*m+100*i;
-    1990           0 :                 writeParticleNameLine(  id, os );
-    1991           0 :                 writeParticleNameLine( -id, os );
-    1992           0 :                 m += 3;
-    1993             :         }
-    1994             :         i += 11;
-    1995             :     }
-    1996           0 :     return;
-    1997             : }  // listParticleNames()
-    1998             : 
-    1999             : }       // HepPID
-
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Test:coverage.info.cleanedLines:080.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
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_ZN6HepPID11versionNameB5cxx11Ev0
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_ZN6HepPID7versionEv0
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Current view:top level - libs/HepPID/src - Version.cc (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:030.0 %
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_ZN6HepPID11versionNameB5cxx11Ev0
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Current view:top level - libs/HepPID/src - Version.cc (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:030.0 %
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          Line data    Source code
-
-       1             : // ----------------------------------------------------------------------
-       2             : //
-       3             : // version.cc
-       4             : // Author: Lynn Garren
-       5             : //
-       6             : //  for now, this is a free function
-       7             : //
-       8             : // ----------------------------------------------------------------------
-       9             : 
-      10             : #include "HepPID/Version.hh"
-      11             : 
-      12             : namespace HepPID {
-      13             : 
-      14           0 : std::string versionName( )
-      15             : {
-      16           0 :     return "3.04.01";
-      17             : }
-      18             : 
-      19           0 : void version( )
-      20             : {
-      21           0 :     std::cout << " --------------- HepPID Version " << versionName()
-      22             :               << " --------------- " << std::endl;
-      23           0 : }
-      24             : 
-      25           0 : void writeVersion( std::ostream & os )
-      26             : {
-      27           0 :     os << "             HepPID Version: " << versionName() << std::endl;
-      28           0 : }
-      29             : 
-      30             : }       // HepPID
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Test:coverage.info.cleanedLines:5044011.4 %
Date:2024-04-08 14:58:22Functions:114822.9 %
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Test:coverage.info.cleanedLines:5044011.4 %
Date:2024-04-08 14:58:22Functions:114822.9 %
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_ZN7healpix16planck_failure__EPKciS1_S1_0
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_ZN7healpix11PlanckErrorD0Ev0
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_ZN7healpix16planck_failure__EPKciS1_RKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7healpix16planck_failure__EPKciS1_S1_0
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          Line data    Source code
-
-       1             : 
-       2             : /*
-       3             :  *  This file is part of libcxxsupport.
-       4             :  *
-       5             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       6             :  *  it under the terms of the GNU General Public License as published by
-       7             :  *  the Free Software Foundation; either version 2 of the License, or
-       8             :  *  (at your option) any later version.
-       9             :  *
-      10             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      11             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      12             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      13             :  *  GNU General Public License for more details.
-      14             :  *
-      15             :  *  You should have received a copy of the GNU General Public License
-      16             :  *  along with libcxxsupport; if not, write to the Free Software
-      17             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      18             :  */
-      19             : 
-      20             : /*
-      21             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      22             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      23             :  *  (DLR).
-      24             :  */
-      25             : 
-      26             : /*
-      27             :  *  Utilities for error reporting
-      28             :  *
-      29             :  *  Copyright (C) 2003-2011 Max-Planck-Society
-      30             :  *  Author: Martin Reinecke
-      31             :  */
-      32             : 
-      33             : #include "healpix_base/error_handling.h"
-      34             : 
-      35             : namespace healpix{
-      36             : using namespace std;
-      37             : 
-      38           0 : PlanckError::PlanckError(const string &message) : msg (message) {}
-      39           0 : PlanckError::PlanckError(const char *message) : msg (message) {}
-      40             : 
-      41             : //virtual
-      42           0 : PlanckError::~PlanckError() {}
-      43             : 
-      44           0 : void planck_failure__(const char *file, int line, const char *func,
-      45             :   const string &msg)
-      46             :   {
-      47           0 :   cerr << "Error encountered at " << file << ", line " << line << endl;
-      48           0 :   if (func) cerr << "(function " << func << ")" << endl;
-      49           0 :   if (msg!="") cerr << endl << msg << endl;
-      50             :   cerr << endl;
-      51           0 :   }
-      52             : 
-      53           0 : void planck_failure__(const char *file, int line, const char *func,
-      54             :   const char *msg)
-      55           0 :   { planck_failure__ (file,line,func,string(msg)); }
-      56             : 
-      57           0 : void killjob__()
-      58           0 :   { throw; }
-      59             : } // namespace healpix
-      60             : 
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Test:coverage.info.cleanedLines:0250.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
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_ZN7healpix10get_circleERKNS_3arrINS_6vec3_tIdEEEEmRS2_Rd0
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Test:coverage.info.cleanedLines:0250.0 %
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_ZN7healpix10get_circleERKNS_3arrINS_6vec3_tIdEEEEmRS2_Rd0
_ZN7healpix10get_circleERKNS_3arrINS_6vec3_tIdEEEEmmRS2_Rd0
_ZN7healpix21find_enclosing_circleERKNS_3arrINS_6vec3_tIdEEEERS2_Rd0
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LCOV - code coverage report
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Current view:top level - libs/healpix_base - geom_utils.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:0250.0 %
Date:2024-04-08 14:58:22Functions:030.0 %
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          Line data    Source code
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-       1             : /*
-       2             :  *  This file is part of libcxxsupport.
-       3             :  *
-       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with libcxxsupport; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  */
-      18             : 
-      19             : /*
-      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      22             :  *  (DLR).
-      23             :  */
-      24             : 
-      25             : /*
-      26             :  *  Copyright (C) 2011 Max-Planck-Society
-      27             :  *  \author Martin Reinecke
-      28             :  */
-      29             : 
-      30             : #include "healpix_base/geom_utils.h"
-      31             : #include "healpix_base/arr.h"
-      32             : 
-      33             : 
-      34             : namespace healpix{
-      35             : using namespace std;
-      36             : 
-      37             : 
-      38           0 : void get_circle (const arr<vec3> &point, tsize q1, tsize q2, vec3 &center,
-      39             :   double &cosrad)
-      40             :   {
-      41           0 :   center = (point[q1]+point[q2]).Norm();
-      42           0 :   cosrad = dotprod(point[q1],center);
-      43           0 :   for (tsize i=0; i<q1; ++i)
-      44           0 :     if (dotprod(point[i],center)<cosrad) // point outside the current circle
-      45             :       {
-      46           0 :       center=crossprod(point[q1]-point[i],point[q2]-point[i]).Norm();
-      47           0 :       cosrad=dotprod(point[i],center);
-      48           0 :       if (cosrad<0)
-      49           0 :         { center.Flip(); cosrad=-cosrad; }
-      50             :       }
-      51           0 :   }
-      52           0 : void get_circle (const arr<vec3> &point, tsize q, vec3 &center,
-      53             :   double &cosrad)
-      54             :   {
-      55           0 :   center = (point[0]+point[q]).Norm();
-      56           0 :   cosrad = dotprod(point[0],center);
-      57           0 :   for (tsize i=1; i<q; ++i)
-      58           0 :     if (dotprod(point[i],center)<cosrad) // point outside the current circle
-      59           0 :       get_circle(point,i,q,center,cosrad);
-      60           0 :   }
-      61             : 
-      62             : 
-      63           0 : void find_enclosing_circle (const arr<vec3> &point, vec3 &center,
-      64             :   double &cosrad)
-      65             :   {
-      66             :   tsize np=point.size();
-      67           0 :   planck_assert(np>=3,"too few points");
-      68           0 :   center = (point[0]+point[1]).Norm();
-      69           0 :   cosrad = dotprod(point[0],center);
-      70           0 :   for (tsize i=2; i<np; ++i)
-      71           0 :     if (dotprod(point[i],center)<cosrad) // point outside the current circle
-      72           0 :       get_circle(point,i,center,cosrad);
-      73           0 :   }
-      74             : } // namespace healpix
-      75             : 
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LCOV - code coverage report
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Current view:top level - libs/healpix_base - healpix_base.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11273415.3 %
Date:2024-04-08 14:58:22Functions:109111.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix12_GLOBAL__N_111check_pixelIiiEEviiiiRNS_8rangesetIT0_EET_RSt6vectorISt4pairIS6_iESaIS9_EEbRi0
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_ZNK7healpix14T_Healpix_BaseIiE12get_interpolERKNS_8pointingERNS_7fix_arrIiLm4EEERNS5_IdLm4EEE0
_ZNK7healpix14T_Healpix_BaseIiE13get_ring_infoEiRiS2_RdS3_Rb0
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_ZNK7healpix14T_Healpix_BaseIiE14get_ring_info2EiRiS2_RdRb0
_ZNK7healpix14T_Healpix_BaseIiE15query_multidiscIiEEvRKNS_3arrINS_6vec3_tIdEEEERKNS3_IdEEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE17nest_peano_helperEii0
_ZNK7healpix14T_Healpix_BaseIiE19get_ring_info_smallEiRiS2_Rb0
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_ZNK7healpix14T_Healpix_BaseIiE20query_disc_inclusiveENS_8pointingEdRNS_8rangesetIiEEi0
_ZNK7healpix14T_Healpix_BaseIiE20query_strip_internalEddbRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE22query_polygon_internalIiEEvRKSt6vectorINS_8pointingESaIS4_EEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE23query_multidisc_generalERKNS_3arrINS_6vec3_tIdEEEERKNS2_IdEEbRKSt6vectorIiSaIiEERNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE23query_polygon_inclusiveERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIiEEi0
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_ZNK7healpix14T_Healpix_BaseIiE7xyf2locEddiRdS2_S2_Rb0
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_ZNK7healpix14T_Healpix_BaseIiE8pix2ringEi0
_ZNK7healpix14T_Healpix_BaseIiE8xyf2ringEiii0
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_ZNK7healpix14T_Healpix_BaseIlE10boundariesElmRSt6vectorINS_6vec3_tIdEESaIS4_EE0
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_ZNK7healpix14T_Healpix_BaseIlE10max_pixradEv0
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_ZNK7healpix14T_Healpix_BaseIlE10ring_aboveEd0
_ZNK7healpix14T_Healpix_BaseIlE11query_stripEddbRNS_8rangesetIlEE0
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_ZNK7healpix14T_Healpix_BaseIlE23query_polygon_inclusiveERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIlEEi0
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_ZNK7healpix14T_Healpix_BaseIlE7loc2pixEdddb0
_ZNK7healpix14T_Healpix_BaseIlE7xyf2locEddiRdS2_S2_Rb0
_ZNK7healpix14T_Healpix_BaseIlE8pix2ringEl0
_ZNK7healpix14T_Healpix_BaseIlE8ring2xyfElRiS2_S2_0
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_ZNK7healpix14T_Healpix_BaseIlE9neighborsElRNS_7fix_arrIlLm8EEE0
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_ZN7healpix14T_Healpix_BaseIiE3SetEiNS_23Healpix_Ordering_SchemeE10
_ZN7healpix14T_Healpix_BaseIlE3SetEiNS_23Healpix_Ordering_SchemeE19
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LCOV - code coverage report
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Current view:top level - libs/healpix_base - healpix_base.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11273415.3 %
Date:2024-04-08 14:58:22Functions:109111.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7healpix12_GLOBAL__N_111check_pixelIiiEEviiiiRNS_8rangesetIT0_EET_RSt6vectorISt4pairIS6_iESaIS9_EEbRi0
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_ZN7healpix14T_Healpix_BaseIiE4swapERS1_0
_ZN7healpix14T_Healpix_BaseIiE8SetNsideEiNS_23Healpix_Ordering_SchemeE0
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_ZN7healpix14T_Healpix_BaseIlE10npix2nsideEl0
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_ZN7healpix14T_Healpix_BaseIlE3SetEiNS_23Healpix_Ordering_SchemeE19
_ZN7healpix14T_Healpix_BaseIlE4swapERS1_0
_ZN7healpix14T_Healpix_BaseIlE8SetNsideElNS_23Healpix_Ordering_SchemeE0
_ZN7healpix14T_Healpix_BaseIlEC2Ev0
_ZNK7healpix14T_Healpix_BaseIiE10boundariesEimRSt6vectorINS_6vec3_tIdEESaIS4_EE0
_ZNK7healpix14T_Healpix_BaseIiE10max_pixradEi0
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_ZNK7healpix14T_Healpix_BaseIiE10nest2peanoEi0
_ZNK7healpix14T_Healpix_BaseIiE10peano2nestEi0
_ZNK7healpix14T_Healpix_BaseIiE10query_discENS_8pointingEdRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE10ring_aboveEd0
_ZNK7healpix14T_Healpix_BaseIiE11query_stripEddbRNS_8rangesetIiEE0
_ZNK7healpix14T_Healpix_BaseIiE11swap_cyclesEv0
_ZNK7healpix14T_Healpix_BaseIiE12get_interpolERKNS_8pointingERNS_7fix_arrIiLm4EEERNS5_IdLm4EEE0
_ZNK7healpix14T_Healpix_BaseIiE13get_ring_infoEiRiS2_RdS3_Rb0
_ZNK7healpix14T_Healpix_BaseIiE13query_polygonERKSt6vectorINS_8pointingESaIS3_EERNS_8rangesetIiEE0
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_ZNK7healpix14T_Healpix_BaseIiE15query_multidiscIiEEvRKNS_3arrINS_6vec3_tIdEEEERKNS3_IdEEiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE17nest_peano_helperEii0
_ZNK7healpix14T_Healpix_BaseIiE19get_ring_info_smallEiRiS2_Rb0
_ZNK7healpix14T_Healpix_BaseIiE19query_disc_internalIiEEvNS_8pointingEdiRNS_8rangesetIT_EE0
_ZNK7healpix14T_Healpix_BaseIiE20query_disc_inclusiveENS_8pointingEdRNS_8rangesetIiEEi0
_ZNK7healpix14T_Healpix_BaseIiE20query_strip_internalEddbRNS_8rangesetIiEE0
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LCOV - code coverage report
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Current view:top level - libs/healpix_base - healpix_base.cc (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:11273415.3 %
Date:2024-04-08 14:58:22Functions:109111.0 %
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          Line data    Source code
-
-       1             : /*
-       2             :  *  This file is part of Healpix_cxx.
-       3             :  *
-       4             :  *  Healpix_cxx is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  Healpix_cxx is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with Healpix_cxx; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  *
-      18             :  *  For more information about HEALPix, see http://healpix.sourceforge.net
-      19             :  */
-      20             : 
-      21             : /*
-      22             :  *  Healpix_cxx is being developed at the Max-Planck-Institut fuer Astrophysik
-      23             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      24             :  *  (DLR).
-      25             :  */
-      26             : 
-      27             : /*
-      28             :  *  Copyright (C) 2003-2012 Max-Planck-Society
-      29             :  *  Author: Martin Reinecke
-      30             :  */
-      31             : 
-      32             : #include "healpix_base/healpix_base.h"
-      33             : #include "healpix_base/geom_utils.h"
-      34             : #include "healpix_base/lsconstants.h"
-      35             : 
-      36             : namespace healpix{
-      37             : 
-      38             : using namespace std;
-      39             : 
-      40             : template<> const int T_Healpix_Base<int  >::order_max=13;
-      41             : template<> const int T_Healpix_Base<int64>::order_max=29;
-      42             : 
-      43           0 : template<typename I> int T_Healpix_Base<I>::nside2order (I nside)
-      44             :   {
-      45           0 :   planck_assert (nside>I(0), "invalid value for Nside");
-      46           0 :   return ((nside)&(nside-1)) ? -1 : ilog2(nside);
-      47             :   }
-      48           0 : template<typename I> I T_Healpix_Base<I>::npix2nside (I npix)
-      49             :   {
-      50           0 :   I res=isqrt(npix/I(12));
-      51           0 :   planck_assert (npix==res*res*I(12), "invalid value for npix");
-      52           0 :   return res;
-      53             :   }
-      54             : 
-      55           0 : template<typename I> I T_Healpix_Base<I>::ring_above (double z) const
-      56             :   {
-      57             :   double az=abs(z);
-      58           0 :   if (az<=twothird) // equatorial region
-      59           0 :     return I(nside_*(2-1.5*z));
-      60           0 :   I iring = I(nside_*sqrt(3*(1-az)));
-      61           0 :   return (z>0) ? iring : 4*nside_-iring-1;
-      62             :   }
-      63             : 
-      64             : namespace {
-      65             : 
-      66             : /* Short note on the "zone":
-      67             :    zone = 0: pixel lies completely outside the queried shape
-      68             :           1: pixel may overlap with the shape, pixel center is outside
-      69             :           2: pixel center is inside the shape, but maybe not the complete pixel
-      70             :           3: pixel lies completely inside the shape */
-      71             : 
-      72           0 : template<typename I, typename I2> inline void check_pixel (int o, int order_,
-      73             :   int omax, int zone, rangeset<I2> &pixset, I pix, vector<pair<I,int> > &stk,
-      74             :   bool inclusive, int &stacktop)
-      75             :   {
-      76           0 :   if (zone==0) return;
-      77             : 
-      78           0 :   if (o<order_)
-      79             :     {
-      80           0 :     if (zone>=3)
-      81             :       {
-      82           0 :       int sdist=2*(order_-o); // the "bit-shift distance" between map orders
-      83           0 :       pixset.append(pix<<sdist,(pix+1)<<sdist); // output all subpixels
-      84             :       }
-      85             :     else // (zone>=1)
-      86           0 :       for (int i=0; i<4; ++i)
-      87           0 :         stk.push_back(make_pair(4*pix+3-i,o+1)); // add children
-      88             :     }
-      89           0 :   else if (o>order_) // this implies that inclusive==true
-      90             :     {
-      91           0 :     if (zone>=2) // pixel center in shape
-      92             :       {
-      93           0 :       pixset.append(pix>>(2*(o-order_))); // output the parent pixel at order_
-      94           0 :       stk.resize(stacktop); // unwind the stack
-      95             :       }
-      96             :     else // (zone>=1): pixel center in safety range
-      97             :       {
-      98           0 :       if (o<omax) // check sublevels
-      99           0 :         for (int i=0; i<4; ++i) // add children in reverse order
-     100           0 :           stk.push_back(make_pair(4*pix+3-i,o+1));
-     101             :       else // at resolution limit
-     102             :         {
-     103           0 :         pixset.append(pix>>(2*(o-order_))); // output the parent pixel at order_
-     104           0 :         stk.resize(stacktop); // unwind the stack
-     105             :         }
-     106             :       }
-     107             :     }
-     108             :   else // o==order_
-     109             :     {
-     110           0 :     if (zone>=2)
-     111           0 :       pixset.append(pix);
-     112           0 :     else if (inclusive) // and (zone>=1)
-     113             :       {
-     114           0 :       if (order_<omax) // check sublevels
-     115             :         {
-     116           0 :         stacktop=stk.size(); // remember current stack position
-     117           0 :         for (int i=0; i<4; ++i) // add children in reverse order
-     118           0 :           stk.push_back(make_pair(4*pix+3-i,o+1));
-     119             :         }
-     120             :       else // at resolution limit
-     121           0 :         pixset.append(pix); // output the pixel
-     122             :       }
-     123             :     }
-     124             :   }
-     125             : 
-     126           0 : template<typename I> bool check_pixel_ring (const T_Healpix_Base<I> &b1,
-     127             :   const T_Healpix_Base<I> &b2, I pix, I nr, I ipix1, int fct,
-     128             :   double cz, double cphi, double cosrp2, I cpix)
-     129             :   {
-     130           0 :   if (pix>=nr) pix-=nr;
-     131           0 :   if (pix<0) pix+=nr;
-     132           0 :   pix+=ipix1;
-     133           0 :   if (pix==cpix) return false; // disk center in pixel => overlap
-     134             :   int px,py,pf;
-     135           0 :   b1.pix2xyf(pix,px,py,pf);
-     136           0 :   for (int i=0; i<fct-1; ++i) // go along the 4 edges
-     137             :     {
-     138           0 :     I ox=fct*px, oy=fct*py;
-     139             :     double pz,pphi;
-     140           0 :     b2.pix2zphi(b2.xyf2pix(ox+i,oy,pf),pz,pphi);
-     141           0 :     if (cosdist_zphi(pz,pphi,cz,cphi)>cosrp2) // overlap
-     142           0 :       return false;
-     143           0 :     b2.pix2zphi(b2.xyf2pix(ox+fct-1,oy+i,pf),pz,pphi);
-     144           0 :     if (cosdist_zphi(pz,pphi,cz,cphi)>cosrp2) // overlap
-     145             :       return false;
-     146           0 :     b2.pix2zphi(b2.xyf2pix(ox+fct-1-i,oy+fct-1,pf),pz,pphi);
-     147           0 :     if (cosdist_zphi(pz,pphi,cz,cphi)>cosrp2) // overlap
-     148             :       return false;
-     149           0 :     b2.pix2zphi(b2.xyf2pix(ox,oy+fct-1-i,pf),pz,pphi);
-     150           0 :     if (cosdist_zphi(pz,pphi,cz,cphi)>cosrp2) // overlap
-     151             :       return false;
-     152             :     }
-     153             :   return true;
-     154             :   }
-     155             : 
-     156             : } // unnamed namespace
-     157             : 
-     158             : template<typename I> template<typename I2>
-     159           0 :   void T_Healpix_Base<I>::query_disc_internal
-     160             :   (pointing ptg, double radius, int fact, rangeset<I2> &pixset) const
-     161             :   {
-     162           0 :   bool inclusive = (fact!=0);
-     163             :   pixset.clear();
-     164           0 :   ptg.normalize();
-     165             : 
-     166           0 :   if (scheme_==RING)
-     167             :     {
-     168             :     I fct=1;
-     169           0 :     if (inclusive)
-     170             :       {
-     171           0 :       planck_assert (((I(1)<<order_max)/nside_)>=fact,
-     172             :         "invalid oversampling factor");
-     173             :       fct = fact;
-     174             :       }
-     175           0 :     T_Healpix_Base b2;
-     176             :     double rsmall, rbig;
-     177           0 :     if (fct>1)
-     178             :       {
-     179           0 :       b2.SetNside(fct*nside_,RING);
-     180           0 :       rsmall = radius+b2.max_pixrad();
-     181           0 :       rbig = radius+max_pixrad();
-     182             :       }
-     183             :     else
-     184           0 :       rsmall = rbig = inclusive ? radius+max_pixrad() : radius;
-     185             : 
-     186           0 :     if (rsmall>=pi)
-     187           0 :       { pixset.append(0,npix_); return; }
-     188             : 
-     189           0 :     rbig = min(pi,rbig);
-     190             : 
-     191           0 :     double cosrsmall = cos(rsmall);
-     192           0 :     double cosrbig = cos(rbig);
-     193             : 
-     194           0 :     double z0 = cos(ptg.theta);
-     195           0 :     double xa = 1./sqrt((1-z0)*(1+z0));
-     196             : 
-     197           0 :     I cpix=zphi2pix(z0,ptg.phi);
-     198             : 
-     199           0 :     double rlat1 = ptg.theta - rsmall;
-     200           0 :     double zmax = cos(rlat1);
-     201           0 :     I irmin = ring_above (zmax)+1;
-     202             : 
-     203           0 :     if ((rlat1<=0) && (irmin>1)) // north pole in the disk
-     204             :       {
-     205             :       I sp,rp; bool dummy;
-     206           0 :       get_ring_info_small(irmin-1,sp,rp,dummy);
-     207           0 :       pixset.append(0,sp+rp);
-     208             :       }
-     209             : 
-     210           0 :     if ((fct>1) && (rlat1>0)) irmin=max(I(1),irmin-1);
-     211             : 
-     212           0 :     double rlat2 = ptg.theta + rsmall;
-     213           0 :     double zmin = cos(rlat2);
-     214           0 :     I irmax = ring_above (zmin);
-     215             : 
-     216           0 :     if ((fct>1) && (rlat2<pi)) irmax=min(4*nside_-1,irmax+1);
-     217             : 
-     218           0 :     for (I iz=irmin; iz<=irmax; ++iz)
-     219             :       {
-     220           0 :       double z=ring2z(iz);
-     221           0 :       double x = (cosrbig-z*z0)*xa;
-     222           0 :       double ysq = 1-z*z-x*x;
-     223           0 :       double dphi = (ysq<=0) ? pi-1e-15 : atan2(sqrt(ysq),x);
-     224             :       I nr, ipix1;
-     225             :       bool shifted;
-     226           0 :       get_ring_info_small(iz,ipix1,nr,shifted);
-     227           0 :       double shift = shifted ? 0.5 : 0.;
-     228             : 
-     229           0 :       I ipix2 = ipix1 + nr - 1; // highest pixel number in the ring
-     230             : 
-     231           0 :       I ip_lo = ifloor<I>(nr*inv_twopi*(ptg.phi-dphi) - shift)+1;
-     232           0 :       I ip_hi = ifloor<I>(nr*inv_twopi*(ptg.phi+dphi) - shift);
-     233             : 
-     234           0 :       if (fct>1)
-     235             :         {
-     236           0 :         while ((ip_lo<=ip_hi) && check_pixel_ring
-     237           0 :                (*this,b2,ip_lo,nr,ipix1,fct,z0,ptg.phi,cosrsmall,cpix))
-     238           0 :           ++ip_lo;
-     239           0 :         while ((ip_hi>ip_lo) && check_pixel_ring
-     240           0 :                (*this,b2,ip_hi,nr,ipix1,fct,z0,ptg.phi,cosrsmall,cpix))
-     241           0 :           --ip_hi;
-     242             :         }
-     243             : 
-     244           0 :       if (ip_lo<=ip_hi)
-     245             :         {
-     246           0 :         if (ip_hi>=nr)
-     247           0 :           { ip_lo-=nr; ip_hi-=nr; }
-     248           0 :         if (ip_lo<0)
-     249             :           {
-     250           0 :           pixset.append(ipix1,ipix1+ip_hi+1);
-     251           0 :           pixset.append(ipix1+ip_lo+nr,ipix2+1);
-     252             :           }
-     253             :         else
-     254           0 :           pixset.append(ipix1+ip_lo,ipix1+ip_hi+1);
-     255             :         }
-     256             :       }
-     257           0 :     if ((rlat2>=pi) && (irmax+1<4*nside_)) // south pole in the disk
-     258             :       {
-     259             :       I sp,rp; bool dummy;
-     260           0 :       get_ring_info_small(irmax+1,sp,rp,dummy);
-     261           0 :       pixset.append(sp,npix_);
-     262             :       }
-     263             :     }
-     264             :   else // scheme_==NEST
-     265             :     {
-     266           0 :     if (radius>=pi) // disk covers the whole sphere
-     267           0 :       { pixset.append(0,npix_); return; }
-     268             : 
-     269             :     int oplus = 0;
-     270           0 :     if (inclusive)
-     271             :       {
-     272           0 :       planck_assert ((I(1)<<(order_max-order_))>=fact,
-     273             :         "invalid oversampling factor");
-     274           0 :       planck_assert ((fact&(fact-1))==0,
-     275             :         "oversampling factor must be a power of 2");
-     276           0 :       oplus=ilog2(fact);
-     277             :       }
-     278           0 :     int omax=order_+oplus; // the order up to which we test
-     279             : 
-     280             :     vec3 vptg(ptg);
-     281           0 :     arr<T_Healpix_Base<I> > base(omax+1);
-     282             :     arr<double> crpdr(omax+1), crmdr(omax+1);
-     283           0 :     double cosrad=cos(radius);
-     284           0 :     for (int o=0; o<=omax; ++o) // prepare data at the required orders
-     285             :       {
-     286           0 :       base[o].Set(o,NEST);
-     287           0 :       double dr=base[o].max_pixrad(); // safety distance
-     288           0 :       crpdr[o] = (radius+dr>pi) ? -1. : cos(radius+dr);
-     289           0 :       crmdr[o] = (radius-dr<0.) ?  1. : cos(radius-dr);
-     290             :       }
-     291             :     vector<pair<I,int> > stk; // stack for pixel numbers and their orders
-     292           0 :     stk.reserve(12+3*omax); // reserve maximum size to avoid reallocation
-     293           0 :     for (int i=0; i<12; ++i) // insert the 12 base pixels in reverse order
-     294           0 :       stk.push_back(make_pair(I(11-i),0));
-     295             : 
-     296           0 :     int stacktop=0; // a place to save a stack position
-     297             : 
-     298           0 :     while (!stk.empty()) // as long as there are pixels on the stack
-     299             :       {
-     300             :       // pop current pixel number and order from the stack
-     301           0 :       I pix=stk.back().first;
-     302           0 :       int o=stk.back().second;
-     303             :       stk.pop_back();
-     304             : 
-     305             :       double z,phi;
-     306             :       base[o].pix2zphi(pix,z,phi);
-     307             :       // cosine of angular distance between pixel center and disk center
-     308           0 :       double cangdist=cosdist_zphi(vptg.z,ptg.phi,z,phi);
-     309             : 
-     310           0 :       if (cangdist>crpdr[o])
-     311             :         {
-     312           0 :         int zone = (cangdist<cosrad) ? 1 : ((cangdist<=crmdr[o]) ? 2 : 3);
-     313             : 
-     314           0 :         check_pixel (o, order_, omax, zone, pixset, pix, stk, inclusive,
-     315             :           stacktop);
-     316             :         }
-     317             :       }
-     318             :     }
-     319             :   }
-     320             : 
-     321           0 : template<typename I> void T_Healpix_Base<I>::query_disc
-     322             :   (pointing ptg, double radius, rangeset<I> &pixset) const
-     323             :   {
-     324           0 :   query_disc_internal (ptg, radius, 0, pixset);
-     325           0 :   }
-     326             : 
-     327           0 : template<typename I> void T_Healpix_Base<I>::query_disc_inclusive
-     328             :   (pointing ptg, double radius, rangeset<I> &pixset, int fact) const
-     329             :   {
-     330           0 :   planck_assert(fact>0,"fact must be a positive integer");
-     331           0 :   if ((sizeof(I)<8) && (((I(1)<<order_max)/nside_)<fact))
-     332             :     {
-     333           0 :     T_Healpix_Base<int64> base2(nside_,scheme_,SET_NSIDE);
-     334           0 :     base2.query_disc_internal(ptg,radius,fact,pixset);
-     335             :     return;
-     336             :     }
-     337           0 :   query_disc_internal (ptg, radius, fact, pixset);
-     338             :   }
-     339             : 
-     340             : template<typename I> template<typename I2>
-     341           0 :   void T_Healpix_Base<I>::query_multidisc (const arr<vec3> &norm,
-     342             :   const arr<double> &rad, int fact, rangeset<I2> &pixset) const
-     343             :   {
-     344           0 :   bool inclusive = (fact!=0);
-     345             :   tsize nv=norm.size();
-     346           0 :   planck_assert(nv==rad.size(),"inconsistent input arrays");
-     347             :   pixset.clear();
-     348             : 
-     349           0 :   if (scheme_==RING)
-     350             :     {
-     351             :     I fct=1;
-     352           0 :     if (inclusive)
-     353             :       {
-     354           0 :       planck_assert (((I(1)<<order_max)/nside_)>=fact,
-     355             :         "invalid oversampling factor");
-     356             :       fct = fact;
-     357             :       }
-     358           0 :     T_Healpix_Base b2;
-     359             :     double rpsmall, rpbig;
-     360           0 :     if (fct>1)
-     361             :       {
-     362           0 :       b2.SetNside(fct*nside_,RING);
-     363           0 :       rpsmall = b2.max_pixrad();
-     364           0 :       rpbig = max_pixrad();
-     365             :       }
-     366             :     else
-     367           0 :       rpsmall = rpbig = inclusive ? max_pixrad() : 0;
-     368             : 
-     369           0 :     I irmin=1, irmax=4*nside_-1;
-     370             :     vector<double> z0,xa,cosrsmall,cosrbig;
-     371             :     vector<pointing> ptg;
-     372             :     vector<I> cpix;
-     373           0 :     for (tsize i=0; i<nv; ++i)
-     374             :       {
-     375           0 :       double rsmall=rad[i]+rpsmall;
-     376           0 :       if (rsmall<pi)
-     377             :         {
-     378           0 :         double rbig=min(pi,rad[i]+rpbig);
-     379             :         pointing pnt=pointing(norm[i]);
-     380           0 :         cosrsmall.push_back(cos(rsmall));
-     381           0 :         cosrbig.push_back(cos(rbig));
-     382           0 :         double cth=cos(pnt.theta);
-     383           0 :         z0.push_back(cth);
-     384           0 :         if (fct>1) cpix.push_back(zphi2pix(cth,pnt.phi));
-     385           0 :         xa.push_back(1./sqrt((1-cth)*(1+cth)));
-     386           0 :         ptg.push_back(pnt);
-     387             : 
-     388           0 :         double rlat1 = pnt.theta - rsmall;
-     389           0 :         double zmax = cos(rlat1);
-     390           0 :         I irmin_t = (rlat1<=0) ? 1 : ring_above (zmax)+1;
-     391             : 
-     392           0 :         if ((fct>1) && (rlat1>0)) irmin_t=max(I(1),irmin_t-1);
-     393             : 
-     394           0 :         double rlat2 = pnt.theta + rsmall;
-     395           0 :         double zmin = cos(rlat2);
-     396           0 :         I irmax_t = (rlat2>=pi) ? 4*nside_-1 : ring_above (zmin);
-     397             : 
-     398           0 :         if ((fct>1) && (rlat2<pi)) irmax_t=min(4*nside_-1,irmax_t+1);
-     399             : 
-     400             :         if (irmax_t < irmax) irmax=irmax_t;
-     401             :         if (irmin_t > irmin) irmin=irmin_t;
-     402             :         }
-     403             :       }
-     404             : 
-     405           0 :     for (I iz=irmin; iz<=irmax; ++iz)
-     406             :       {
-     407           0 :       double z=ring2z(iz);
-     408             :       I ipix1,nr;
-     409             :       bool shifted;
-     410           0 :       get_ring_info_small(iz,ipix1,nr,shifted);
-     411           0 :       double shift = shifted ? 0.5 : 0.;
-     412             :       rangeset<I2> tr;
-     413           0 :       tr.append(ipix1,ipix1+nr);
-     414           0 :       for (tsize j=0; j<z0.size(); ++j)
-     415             :         {
-     416           0 :         double x = (cosrbig[j]-z*z0[j])*xa[j];
-     417           0 :         double ysq = 1.-z*z-x*x;
-     418           0 :         double dphi = (ysq<=0) ? pi-1e-15 : atan2(sqrt(ysq),x);
-     419           0 :         I ip_lo = ifloor<I>(nr*inv_twopi*(ptg[j].phi-dphi) - shift)+1;
-     420           0 :         I ip_hi = ifloor<I>(nr*inv_twopi*(ptg[j].phi+dphi) - shift);
-     421           0 :         if (fct>1)
-     422             :           {
-     423           0 :           while ((ip_lo<=ip_hi) && check_pixel_ring
-     424           0 :             (*this,b2,ip_lo,nr,ipix1,fct,z0[j],ptg[j].phi,cosrsmall[j],cpix[j]))
-     425           0 :             ++ip_lo;
-     426           0 :           while ((ip_hi>ip_lo) && check_pixel_ring
-     427           0 :             (*this,b2,ip_hi,nr,ipix1,fct,z0[j],ptg[j].phi,cosrsmall[j],cpix[j]))
-     428           0 :             --ip_hi;
-     429             :           }
-     430           0 :         if (ip_hi>=nr)
-     431           0 :           { ip_lo-=nr; ip_hi-=nr;}
-     432           0 :         if (ip_lo<0)
-     433           0 :           tr.remove(ipix1+ip_hi+1,ipix1+ip_lo+nr);
-     434             :         else
-     435           0 :           tr.intersect(ipix1+ip_lo,ipix1+ip_hi+1);
-     436             :         }
-     437           0 :       pixset.append(tr);
-     438             :       }
-     439             :     }
-     440             :   else // scheme_ == NEST
-     441             :     {
-     442             :     int oplus = 0;
-     443           0 :     if (inclusive)
-     444             :       {
-     445           0 :       planck_assert ((I(1)<<(order_max-order_))>=fact,
-     446             :         "invalid oversampling factor");
-     447           0 :       planck_assert ((fact&(fact-1))==0,
-     448             :         "oversampling factor must be a power of 2");
-     449           0 :       oplus=ilog2(fact);
-     450             :       }
-     451           0 :     int omax=order_+oplus; // the order up to which we test
-     452             : 
-     453             :     // TODO: ignore all disks with radius>=pi
-     454             : 
-     455           0 :     arr<T_Healpix_Base<I> > base(omax+1);
-     456             :     arr3<double> crlimit(omax+1,nv,3);
-     457           0 :     for (int o=0; o<=omax; ++o) // prepare data at the required orders
-     458             :       {
-     459           0 :       base[o].Set(o,NEST);
-     460           0 :       double dr=base[o].max_pixrad(); // safety distance
-     461           0 :       for (tsize i=0; i<nv; ++i)
-     462             :         {
-     463           0 :         crlimit(o,i,0) = (rad[i]+dr>pi) ? -1. : cos(rad[i]+dr);
-     464           0 :         crlimit(o,i,1) = (o==0) ? cos(rad[i]) : crlimit(0,i,1);
-     465           0 :         crlimit(o,i,2) = (rad[i]-dr<0.) ?  1. : cos(rad[i]-dr);
-     466             :         }
-     467             :       }
-     468             : 
-     469             :     vector<pair<I,int> > stk; // stack for pixel numbers and their orders
-     470           0 :     stk.reserve(12+3*omax); // reserve maximum size to avoid reallocation
-     471           0 :     for (int i=0; i<12; ++i) // insert the 12 base pixels in reverse order
-     472           0 :       stk.push_back(make_pair(I(11-i),0));
-     473             : 
-     474           0 :     int stacktop=0; // a place to save a stack position
-     475             : 
-     476           0 :     while (!stk.empty()) // as long as there are pixels on the stack
-     477             :       {
-     478             :       // pop current pixel number and order from the stack
-     479           0 :       I pix=stk.back().first;
-     480           0 :       int o=stk.back().second;
-     481             :       stk.pop_back();
-     482             : 
-     483           0 :       vec3 pv(base[o].pix2vec(pix));
-     484             : 
-     485             :       tsize zone=3;
-     486           0 :       for (tsize i=0; i<nv; ++i)
-     487             :         {
-     488             :         double crad=dotprod(pv,norm[i]);
-     489           0 :         for (tsize iz=0; iz<zone; ++iz)
-     490           0 :           if (crad<crlimit(o,i,iz))
-     491           0 :             if ((zone=iz)==0) goto bailout;
-     492             :         }
-     493             : 
-     494           0 :       check_pixel (o, order_, omax, zone, pixset, pix, stk, inclusive,
-     495             :         stacktop);
-     496           0 :       bailout:;
-     497             :       }
-     498             :     }
-     499           0 :   }
-     500             : 
-     501           0 : template<typename I> void T_Healpix_Base<I>::query_multidisc_general
-     502             :   (const arr<vec3> &norm, const arr<double> &rad, bool inclusive,
-     503             :   const vector<int> &cmds, rangeset<I> &pixset) const
-     504             :   {
-     505             :   tsize nv=norm.size();
-     506           0 :   planck_assert(nv==rad.size(),"inconsistent input arrays");
-     507             :   pixset.clear();
-     508             : 
-     509           0 :   if (scheme_==RING)
-     510             :     {
-     511           0 :     planck_fail ("not yet implemented");
-     512             :     }
-     513             :   else // scheme_ == NEST
-     514             :     {
-     515           0 :     int oplus=inclusive ? 2 : 0;
-     516           0 :     int omax=min(order_max,order_+oplus); // the order up to which we test
-     517             : 
-     518             :     // TODO: ignore all disks with radius>=pi
-     519             : 
-     520           0 :     arr<T_Healpix_Base<I> > base(omax+1);
-     521             :     arr3<double> crlimit(omax+1,nv,3);
-     522           0 :     for (int o=0; o<=omax; ++o) // prepare data at the required orders
-     523             :       {
-     524           0 :       base[o].Set(o,NEST);
-     525           0 :       double dr=base[o].max_pixrad(); // safety distance
-     526           0 :       for (tsize i=0; i<nv; ++i)
-     527             :         {
-     528           0 :         crlimit(o,i,0) = (rad[i]+dr>pi) ? -1. : cos(rad[i]+dr);
-     529           0 :         crlimit(o,i,1) = (o==0) ? cos(rad[i]) : crlimit(0,i,1);
-     530           0 :         crlimit(o,i,2) = (rad[i]-dr<0.) ?  1. : cos(rad[i]-dr);
-     531             :         }
-     532             :       }
-     533             : 
-     534             :     vector<pair<I,int> > stk; // stack for pixel numbers and their orders
-     535           0 :     stk.reserve(12+3*omax); // reserve maximum size to avoid reallocation
-     536           0 :     for (int i=0; i<12; ++i) // insert the 12 base pixels in reverse order
-     537           0 :       stk.push_back(make_pair(I(11-i),0));
-     538             : 
-     539           0 :     int stacktop=0; // a place to save a stack position
-     540             :     arr<tsize> zone(nv);
-     541             : 
-     542           0 :     vector<tsize> zstk; zstk.reserve(cmds.size());
-     543             : 
-     544           0 :     while (!stk.empty()) // as long as there are pixels on the stack
-     545             :       {
-     546             :       // pop current pixel number and order from the stack
-     547           0 :       I pix=stk.back().first;
-     548           0 :       int o=stk.back().second;
-     549             :       stk.pop_back();
-     550             : 
-     551           0 :       vec3 pv(base[o].pix2vec(pix));
-     552             : 
-     553           0 :       for (tsize i=0; i<nv; ++i)
-     554             :         {
-     555           0 :         zone[i]=3;
-     556             :         double crad=dotprod(pv,norm[i]);
-     557           0 :         for (tsize iz=0; iz<zone[i]; ++iz)
-     558           0 :           if (crad<crlimit(o,i,iz))
-     559           0 :             zone[i]=iz;
-     560             :         }
-     561             : 
-     562           0 :       for (tsize i=0; i<cmds.size(); ++i)
-     563             :         {
-     564             :         tsize tmp;
-     565           0 :         switch (cmds[i])
-     566             :           {
-     567             :           case -1: // union
-     568           0 :             tmp=zstk.back(); zstk.pop_back();
-     569           0 :             zstk.back() = max(zstk.back(),tmp);
-     570           0 :             break;
-     571             :           case -2: // intersection
-     572           0 :             tmp=zstk.back(); zstk.pop_back();
-     573           0 :             zstk.back() = min(zstk.back(),tmp);
-     574           0 :             break;
-     575             :           default: // add value
-     576           0 :             zstk.push_back(zone[cmds[i]]);
-     577             :           }
-     578             :         }
-     579           0 :       planck_assert(zstk.size()==1,"inconsistent commands");
-     580           0 :       tsize zn=zstk[0]; zstk.pop_back();
-     581             : 
-     582           0 :       check_pixel (o, order_, omax, zn, pixset, pix, stk, inclusive,
-     583             :         stacktop);
-     584             :       }
-     585             :     }
-     586           0 :   }
-     587             : 
-     588             : template<> inline int T_Healpix_Base<int>::spread_bits (int v) const
-     589         421 :   { return utab[v&0xff] | (utab[(v>>8)&0xff]<<16); }
-     590           0 : template<> inline int64 T_Healpix_Base<int64>::spread_bits (int v) const
-     591             :   {
-     592           0 :   return  int64(utab[ v     &0xff])      | (int64(utab[(v>> 8)&0xff])<<16)
-     593           0 :        | (int64(utab[(v>>16)&0xff])<<32) | (int64(utab[(v>>24)&0xff])<<48);
-     594             :   }
-     595             : 
-     596             : template<> inline int T_Healpix_Base<int>::compress_bits (int v) const
-     597             :   {
-     598           0 :   int raw = (v&0x5555) | ((v&0x55550000)>>15);
-     599           0 :   return ctab[raw&0xff] | (ctab[raw>>8]<<4);
-     600             :   }
-     601         842 : template<> inline int T_Healpix_Base<int64>::compress_bits (int64 v) const
-     602             :   {
-     603         842 :   int64 raw = v&0x5555555555555555ull;
-     604         842 :   raw|=raw>>15;
-     605         842 :   return ctab[ raw     &0xff]      | (ctab[(raw>> 8)&0xff]<< 4)
-     606         842 :       | (ctab[(raw>>32)&0xff]<<16) | (ctab[(raw>>40)&0xff]<<20);
-     607             :   }
-     608             : 
-     609         421 : template<typename I> inline void T_Healpix_Base<I>::nest2xyf (I pix, int &ix,
-     610             :   int &iy, int &face_num) const
-     611             :   {
-     612         421 :   face_num = pix>>(2*order_);
-     613         421 :   pix &= (npface_-1);
-     614         421 :   ix = compress_bits(pix);
-     615         421 :   iy = compress_bits(pix>>1);
-     616         421 :   }
-     617             : 
-     618         421 : template<typename I> inline I T_Healpix_Base<I>::xyf2nest (int ix, int iy,
-     619             :   int face_num) const
-     620         421 :   { return (I(face_num)<<(2*order_)) + spread_bits(ix) + (spread_bits(iy)<<1); }
-     621             : 
-     622         421 : template<typename I> void T_Healpix_Base<I>::ring2xyf (I pix, int &ix, int &iy,
-     623             :   int &face_num) const
-     624             :   {
-     625             :   I iring, iphi, kshift, nr;
-     626         421 :   I nl2 = 2*nside_;
-     627             : 
-     628         421 :   if (pix<ncap_) // North Polar cap
-     629             :     {
-     630           0 :     iring = (1+isqrt(1+2*pix))>>1; //counted from North pole
-     631           0 :     iphi  = (pix+1) - 2*iring*(iring-1);
-     632             :     kshift = 0;
-     633             :     nr = iring;
-     634           0 :     face_num=(iphi-1)/nr;
-     635             :     }
-     636         421 :   else if (pix<(npix_-ncap_)) // Equatorial region
-     637             :     {
-     638         421 :     I ip = pix - ncap_;
-     639         421 :     I tmp = (order_>=0) ? ip>>(order_+2) : ip/(4*nside_);
-     640         421 :     iring = tmp+nside_;
-     641         421 :     iphi = ip-tmp*4*nside_ + 1;
-     642         421 :     kshift = (iring+nside_)&1;
-     643             :     nr = nside_;
-     644         421 :     I ire = iring-nside_+1,
-     645         421 :       irm = nl2+2-ire;
-     646         421 :     I ifm = iphi - ire/2 + nside_ -1,
-     647         421 :       ifp = iphi - irm/2 + nside_ -1;
-     648         421 :     if (order_>=0)
-     649         421 :       { ifm >>= order_; ifp >>= order_; }
-     650             :     else
-     651           0 :       { ifm /= nside_; ifp /= nside_; }
-     652         421 :     face_num = (ifp==ifm) ? (ifp|4) : ((ifp<ifm) ? ifp : (ifm+8));
-     653             :     }
-     654             :   else // South Polar cap
-     655             :     {
-     656           0 :     I ip = npix_ - pix;
-     657           0 :     iring = (1+isqrt(2*ip-1))>>1; //counted from South pole
-     658           0 :     iphi  = 4*iring + 1 - (ip - 2*iring*(iring-1));
-     659             :     kshift = 0;
-     660             :     nr = iring;
-     661           0 :     iring = 2*nl2-iring;
-     662           0 :     face_num = 8 + (iphi-1)/nr;
-     663             :     }
-     664             : 
-     665         421 :   I irt = iring - (jrll[face_num]*nside_) + 1;
-     666         421 :   I ipt = 2*iphi- jpll[face_num]*nr - kshift -1;
-     667         421 :   if (ipt>=nl2) ipt-=8*nside_;
-     668             : 
-     669         421 :   ix =  (ipt-irt) >>1;
-     670         421 :   iy = (-ipt-irt) >>1;
-     671         421 :   }
-     672             : 
-     673           0 : template<typename I> I T_Healpix_Base<I>::xyf2ring (int ix, int iy,
-     674             :   int face_num) const
-     675             :   {
-     676           0 :   I nl4 = 4*nside_;
-     677           0 :   I jr = (jrll[face_num]*nside_) - ix - iy  - 1;
-     678             : 
-     679             :   I nr, kshift, n_before;
-     680             : 
-     681             :   bool shifted;
-     682           0 :   get_ring_info_small(jr,n_before,nr,shifted);
-     683           0 :   nr>>=2;
-     684           0 :   kshift=1-shifted;
-     685           0 :   I jp = (jpll[face_num]*nr + ix - iy + 1 + kshift) / 2;
-     686           0 :   planck_assert(jp<=4*nr,"must not happen");
-     687           0 :   if (jp<1) jp+=nl4; // assumption: if this triggers, then nl4==4*nr
-     688             : 
-     689           0 :   return n_before + jp - 1;
-     690             :   }
-     691             : 
-     692           0 : template<typename I> T_Healpix_Base<I>::T_Healpix_Base ()
-     693           0 :   : order_(-1), nside_(0), npface_(0), ncap_(0), npix_(0),
-     694           0 :     fact1_(0), fact2_(0), scheme_(RING) {}
-     695             : 
-     696          29 : template<typename I> void T_Healpix_Base<I>::Set (int order,
-     697             :   Healpix_Ordering_Scheme scheme)
-     698             :   {
-     699          29 :   planck_assert ((order>=0)&&(order<=order_max), "bad order");
-     700          29 :   order_  = order;
-     701          29 :   nside_  = I(1)<<order;
-     702          29 :   npface_ = nside_<<order_;
-     703          29 :   ncap_   = (npface_-nside_)<<1;
-     704          29 :   npix_   = 12*npface_;
-     705          29 :   fact2_  = 4./npix_;
-     706          29 :   fact1_  = (nside_<<1)*fact2_;
-     707          29 :   scheme_ = scheme;
-     708          29 :   }
-     709           0 : template<typename I> void T_Healpix_Base<I>::SetNside (I nside,
-     710             :   Healpix_Ordering_Scheme scheme)
-     711             :   {
-     712           0 :   order_  = nside2order(nside);
-     713           0 :   planck_assert ((scheme!=NEST) || (order_>=0),
-     714             :     "SetNside: nside must be power of 2 for nested maps");
-     715           0 :   nside_  = nside;
-     716           0 :   npface_ = nside_*nside_;
-     717           0 :   ncap_   = (npface_-nside_)<<1;
-     718           0 :   npix_   = 12*npface_;
-     719           0 :   fact2_  = 4./npix_;
-     720           0 :   fact1_  = (nside_<<1)*fact2_;
-     721           0 :   scheme_ = scheme;
-     722           0 :   }
-     723             : 
-     724           0 : template<typename I> double T_Healpix_Base<I>::ring2z (I ring) const
-     725             :   {
-     726           0 :   if (ring<nside_)
-     727           0 :     return 1 - ring*ring*fact2_;
-     728           0 :   if (ring <=3*nside_)
-     729           0 :     return (2*nside_-ring)*fact1_;
-     730           0 :   ring=4*nside_ - ring;
-     731           0 :   return ring*ring*fact2_ - 1;
-     732             :   }
-     733             : 
-     734           0 : template<typename I> I T_Healpix_Base<I>::pix2ring (I pix) const
-     735             :   {
-     736           0 :   if (scheme_==RING)
-     737             :     {
-     738           0 :     if (pix<ncap_) // North Polar cap
-     739           0 :       return (1+I(isqrt(1+2*pix)))>>1; // counted from North pole
-     740           0 :     else if (pix<(npix_-ncap_)) // Equatorial region
-     741           0 :       return (pix-ncap_)/(4*nside_) + nside_; // counted from North pole
-     742             :     else // South Polar cap
-     743           0 :       return 4*nside_-((1+I(isqrt(2*(npix_-pix)-1)))>>1);
-     744             :     }
-     745             :   else
-     746             :     {
-     747             :     int face_num, ix, iy;
-     748           0 :     nest2xyf(pix,ix,iy,face_num);
-     749           0 :     return (I(jrll[face_num])<<order_) - ix - iy - 1;
-     750             :     }
-     751             :   }
-     752             : 
-     753           0 : template<typename I> I T_Healpix_Base<I>::nest2ring (I pix) const
-     754             :   {
-     755           0 :   planck_assert(order_>=0, "hierarchical map required");
-     756             :   int ix, iy, face_num;
-     757           0 :   nest2xyf (pix, ix, iy, face_num);
-     758           0 :   return xyf2ring (ix, iy, face_num);
-     759             :   }
-     760             : 
-     761         421 : template<typename I> I T_Healpix_Base<I>::ring2nest (I pix) const
-     762             :   {
-     763         421 :   planck_assert(order_>=0, "hierarchical map required");
-     764             :   int ix, iy, face_num;
-     765         421 :   ring2xyf (pix, ix, iy, face_num);
-     766         421 :   return xyf2nest (ix, iy, face_num);
-     767             :   }
-     768             : 
-     769           0 : template<typename I> inline I T_Healpix_Base<I>::nest_peano_helper
-     770             :   (I pix, int dir) const
-     771             :   {
-     772           0 :   int face = pix>>(2*order_);
-     773             :   I result = 0;
-     774           0 :   uint8 path = peano_face2path[dir][face];
-     775             : 
-     776           0 :   for (int shift=2*order_-2; shift>=0; shift-=2)
-     777             :     {
-     778           0 :     uint8 spix = uint8((pix>>shift) & 0x3);
-     779           0 :     result <<= 2;
-     780           0 :     result |= peano_subpix[dir][path][spix];
-     781           0 :     path=peano_subpath[dir][path][spix];
-     782             :     }
-     783             : 
-     784           0 :   return result + (I(peano_face2face[dir][face])<<(2*order_));
-     785             :   }
-     786             : 
-     787           0 : template<typename I> I T_Healpix_Base<I>::nest2peano (I pix) const
-     788           0 :   { return nest_peano_helper(pix,0); }
-     789             : 
-     790           0 : template<typename I> I T_Healpix_Base<I>::peano2nest (I pix) const
-     791           0 :   { return nest_peano_helper(pix,1); }
-     792             : 
-     793       24585 : template<typename I> I T_Healpix_Base<I>::loc2pix (double z, double phi,
-     794             :   double sth, bool have_sth) const
-     795             :   {
-     796             :   double za = abs(z);
-     797       24585 :   double tt = fmodulo(phi*inv_halfpi,4.0); // in [0,4)
-     798             : 
-     799       24585 :   if (scheme_==RING)
-     800             :     {
-     801       24585 :     if (za<=twothird) // Equatorial region
-     802             :       {
-     803       16535 :       I nl4 = 4*nside_;
-     804       16535 :       double temp1 = nside_*(0.5+tt);
-     805       16535 :       double temp2 = nside_*z*0.75;
-     806       16535 :       I jp = I(temp1-temp2); // index of  ascending edge line
-     807       16535 :       I jm = I(temp1+temp2); // index of descending edge line
-     808             : 
-     809             :       // ring number counted from z=2/3
-     810       16535 :       I ir = nside_ + 1 + jp - jm; // in {1,2n+1}
-     811       16535 :       I kshift = 1-(ir&1); // kshift=1 if ir even, 0 otherwise
-     812             : 
-     813       16535 :       I t1 = jp+jm-nside_+kshift+1+nl4+nl4;
-     814       16535 :       I ip = (order_>0) ?
-     815       16535 :         (t1>>1)&(nl4-1) : ((t1>>1)%nl4); // in {0,4n-1}
-     816             : 
-     817       16535 :       return ncap_ + (ir-1)*nl4 + ip;
-     818             :       }
-     819             :     else  // North & South polar caps
-     820             :       {
-     821        8050 :       double tp = tt-I(tt);
-     822        8050 :       double tmp = ((za<0.99)||(!have_sth)) ?
-     823        7809 :                    nside_*sqrt(3*(1-za)) :
-     824         241 :                    nside_*sth/sqrt((1.+za)/3.);
-     825             : 
-     826        8050 :       I jp = I(tp*tmp); // increasing edge line index
-     827        8050 :       I jm = I((1.0-tp)*tmp); // decreasing edge line index
-     828             : 
-     829        8050 :       I ir = jp+jm+1; // ring number counted from the closest pole
-     830        8050 :       I ip = I(tt*ir); // in {0,4*ir-1}
-     831        8050 :       planck_assert((ip>=0)&&(ip<4*ir),"must not happen");
-     832             :       //ip %= 4*ir;
-     833             : 
-     834        8050 :       return (z>0)  ?  2*ir*(ir-1) + ip  :  npix_ - 2*ir*(ir+1) + ip;
-     835             :       }
-     836             :     }
-     837             :   else // scheme_ == NEST
-     838             :     {
-     839           0 :     if (za<=twothird) // Equatorial region
-     840             :       {
-     841           0 :       double temp1 = nside_*(0.5+tt);
-     842           0 :       double temp2 = nside_*(z*0.75);
-     843           0 :       I jp = I(temp1-temp2); // index of  ascending edge line
-     844           0 :       I jm = I(temp1+temp2); // index of descending edge line
-     845           0 :       I ifp = jp >> order_;  // in {0,4}
-     846           0 :       I ifm = jm >> order_;
-     847           0 :       int face_num = (ifp==ifm) ? (ifp|4) : ((ifp<ifm) ? ifp : (ifm+8));
-     848             : 
-     849           0 :       int ix = jm & (nside_-1),
-     850           0 :           iy = nside_ - (jp & (nside_-1)) - 1;
-     851           0 :       return xyf2nest(ix,iy,face_num);
-     852             :       }
-     853             :     else // polar region, za > 2/3
-     854             :       {
-     855           0 :       int ntt = min(3,int(tt));
-     856           0 :       double tp = tt-ntt;
-     857           0 :       double tmp = ((za<0.99)||(!have_sth)) ?
-     858           0 :                    nside_*sqrt(3*(1-za)) :
-     859           0 :                    nside_*sth/sqrt((1.+za)/3.);
-     860             : 
-     861           0 :       I jp = I(tp*tmp); // increasing edge line index
-     862           0 :       I jm = I((1.0-tp)*tmp); // decreasing edge line index
-     863           0 :       jp=min(jp,nside_-1); // for points too close to the boundary
-     864           0 :       jm=min(jm,nside_-1);
-     865           0 :       return (z>=0) ?
-     866           0 :         xyf2nest(nside_-jm -1,nside_-jp-1,ntt) : xyf2nest(jp,jm,ntt+8);
-     867             :       }
-     868             :     }
-     869             :   }
-     870             : 
-     871      135593 : template<typename I> void T_Healpix_Base<I>::pix2loc (I pix, double &z,
-     872             :   double &phi, double &sth, bool &have_sth) const
-     873             :   {
-     874      135593 :   have_sth=false;
-     875      135593 :   if (scheme_==RING)
-     876             :     {
-     877      135172 :     if (pix<ncap_) // North Polar cap
-     878             :       {
-     879       22080 :       I iring = (1+I(isqrt(1+2*pix)))>>1; // counted from North pole
-     880       22080 :       I iphi  = (pix+1) - 2*iring*(iring-1);
-     881             : 
-     882       22080 :       double tmp=(iring*iring)*fact2_;
-     883       22080 :       z = 1.0 - tmp;
-     884       22080 :       if (z>0.99) { sth=sqrt(tmp*(2.-tmp)); have_sth=true; }
-     885       22080 :       phi = (iphi-0.5) * halfpi/iring;
-     886             :       }
-     887      113092 :     else if (pix<(npix_-ncap_)) // Equatorial region
-     888             :       {
-     889       91010 :       I nl4 = 4*nside_;
-     890       91010 :       I ip  = pix - ncap_;
-     891       91010 :       I tmp = (order_>=0) ? ip>>(order_+2) : ip/nl4;
-     892       91010 :       I iring = tmp + nside_,
-     893       91010 :         iphi = ip-nl4*tmp+1;
-     894             :       // 1 if iring+nside is odd, 1/2 otherwise
-     895       91010 :       double fodd = ((iring+nside_)&1) ? 1 : 0.5;
-     896             : 
-     897       91010 :       z = (2*nside_-iring)*fact1_;
-     898       91010 :       phi = (iphi-fodd) * pi*0.75*fact1_;
-     899             :       }
-     900             :     else // South Polar cap
-     901             :       {
-     902       22082 :       I ip = npix_ - pix;
-     903       22082 :       I iring = (1+I(isqrt(2*ip-1)))>>1; // counted from South pole
-     904       22082 :       I iphi  = 4*iring + 1 - (ip - 2*iring*(iring-1));
-     905             : 
-     906       22082 :       double tmp=(iring*iring)*fact2_;
-     907       22082 :       z = tmp - 1.0;
-     908       22082 :       if (z<-0.99) { sth=sqrt(tmp*(2.-tmp)); have_sth=true; }
-     909       22082 :       phi = (iphi-0.5) * halfpi/iring;
-     910             :       }
-     911             :     }
-     912             :   else
-     913             :     {
-     914             :     int face_num, ix, iy;
-     915         421 :     nest2xyf(pix,ix,iy,face_num);
-     916             : 
-     917         421 :     I jr = (I(jrll[face_num])<<order_) - ix - iy - 1;
-     918             : 
-     919             :     I nr;
-     920         421 :     if (jr<nside_)
-     921             :       {
-     922             :       nr = jr;
-     923           0 :       double tmp=(nr*nr)*fact2_;
-     924           0 :       z = 1 - tmp;
-     925           0 :       if (z>0.99) { sth=sqrt(tmp*(2.-tmp)); have_sth=true; }
-     926             :       }
-     927         421 :     else if (jr > 3*nside_)
-     928             :       {
-     929           0 :       nr = nside_*4-jr;
-     930           0 :       double tmp=(nr*nr)*fact2_;
-     931           0 :       z = tmp - 1;
-     932           0 :       if (z<-0.99) { sth=sqrt(tmp*(2.-tmp)); have_sth=true; }
-     933             :       }
-     934             :     else
-     935             :       {
-     936             :       nr = nside_;
-     937         421 :       z = (2*nside_-jr)*fact1_;
-     938             :       }
-     939             : 
-     940         421 :     I tmp=I(jpll[face_num])*nr+ix-iy;
-     941         421 :     planck_assert(tmp<8*nr,"must not happen");
-     942         421 :     if (tmp<0) tmp+=8*nr;
-     943         421 :     phi = (nr==nside_) ? 0.75*halfpi*tmp*fact1_ :
-     944           0 :                          (0.5*halfpi*tmp)/nr;
-     945             :     }
-     946      135593 :   }
-     947             : 
-     948             : template<typename I> template<typename I2>
-     949           0 :   void T_Healpix_Base<I>::query_polygon_internal
-     950             :   (const vector<pointing> &vertex, int fact, rangeset<I2> &pixset) const
-     951             :   {
-     952             :   bool inclusive = (fact!=0);
-     953             :   tsize nv=vertex.size();
-     954           0 :   tsize ncirc = inclusive ? nv+1 : nv;
-     955           0 :   planck_assert(nv>=3,"not enough vertices in polygon");
-     956             :   arr<vec3> vv(nv);
-     957           0 :   for (tsize i=0; i<nv; ++i)
-     958           0 :     vv[i]=vertex[i].to_vec3();
-     959             :   arr<vec3> normal(ncirc);
-     960             :   int flip=0;
-     961           0 :   for (tsize i=0; i<nv; ++i)
-     962             :     {
-     963           0 :     normal[i]=crossprod(vv[i],vv[(i+1)%nv]);
-     964           0 :     double hnd=dotprod(normal[i],vv[(i+2)%nv]);
-     965           0 :     planck_assert(abs(hnd)>1e-10,"degenerate corner");
-     966           0 :     if (i==0)
-     967           0 :       flip = (hnd<0.) ? -1 : 1;
-     968             :     else
-     969           0 :       planck_assert(flip*hnd>0,"polygon is not convex");
-     970           0 :     normal[i]*=flip/normal[i].Length();
-     971             :     }
-     972             :   arr<double> rad(ncirc,halfpi);
-     973           0 :   if (inclusive)
-     974             :     {
-     975             :     double cosrad;
-     976           0 :     find_enclosing_circle (vv, normal[nv], cosrad);
-     977           0 :     rad[nv]=acos(cosrad);
-     978             :     }
-     979           0 :   query_multidisc(normal,rad,fact,pixset);
-     980           0 :   }
-     981             : 
-     982           0 : template<typename I> void T_Healpix_Base<I>::query_polygon
-     983             :   (const vector<pointing> &vertex, rangeset<I> &pixset) const
-     984             :   {
-     985           0 :   query_polygon_internal(vertex, 0, pixset);
-     986           0 :   }
-     987             : 
-     988           0 : template<typename I> void T_Healpix_Base<I>::query_polygon_inclusive
-     989             :   (const vector<pointing> &vertex, rangeset<I> &pixset, int fact) const
-     990             :   {
-     991           0 :   planck_assert(fact>0,"fact must be a positive integer");
-     992           0 :   if ((sizeof(I)<8) && (((I(1)<<order_max)/nside_)<fact))
-     993             :     {
-     994           0 :     T_Healpix_Base<int64> base2(nside_,scheme_,SET_NSIDE);
-     995           0 :     base2.query_polygon_internal(vertex,fact,pixset);
-     996             :     return;
-     997             :     }
-     998           0 :   query_polygon_internal(vertex, fact, pixset);
-     999             :   }
-    1000             : 
-    1001           0 : template<typename I> void T_Healpix_Base<I>::query_strip_internal
-    1002             :   (double theta1, double theta2, bool inclusive, rangeset<I> &pixset) const
-    1003             :   {
-    1004           0 :   if (scheme_==RING)
-    1005             :     {
-    1006           0 :     I ring1 = max(I(1),1+ring_above(cos(theta1))),
-    1007           0 :       ring2 = min(4*nside_-1,ring_above(cos(theta2)));
-    1008           0 :     if (inclusive)
-    1009             :       {
-    1010           0 :       ring1 = max(I(1),ring1-1);
-    1011           0 :       ring2 = min(4*nside_-1,ring2+1);
-    1012             :       }
-    1013             : 
-    1014             :     I sp1,rp1,sp2,rp2;
-    1015             :     bool dummy;
-    1016           0 :     get_ring_info_small(ring1,sp1,rp1,dummy);
-    1017           0 :     get_ring_info_small(ring2,sp2,rp2,dummy);
-    1018           0 :     I pix1 = sp1,
-    1019           0 :       pix2 = sp2+rp2;
-    1020           0 :     if (pix1<=pix2) pixset.append(pix1,pix2);
-    1021             :     }
-    1022             :   else
-    1023           0 :     planck_fail("query_strip not yet implemented for NESTED");
-    1024           0 :   }
-    1025             : 
-    1026           0 : template<typename I> void T_Healpix_Base<I>::query_strip (double theta1,
-    1027             :   double theta2, bool inclusive, rangeset<I> &pixset) const
-    1028             :   {
-    1029             :   pixset.clear();
-    1030             : 
-    1031           0 :   if (theta1<theta2)
-    1032           0 :     query_strip_internal(theta1,theta2,inclusive,pixset);
-    1033             :   else
-    1034             :     {
-    1035           0 :     query_strip_internal(0.,theta2,inclusive,pixset);
-    1036             :     rangeset<I> ps2;
-    1037           0 :     query_strip_internal(theta1,pi,inclusive,ps2);
-    1038           0 :     pixset.append(ps2);
-    1039             :     }
-    1040           0 :   }
-    1041             : 
-    1042           0 : template<typename I> inline void T_Healpix_Base<I>::get_ring_info_small
-    1043             :   (I ring, I &startpix, I &ringpix, bool &shifted) const
-    1044             :   {
-    1045           0 :   if (ring < nside_)
-    1046             :     {
-    1047           0 :     shifted = true;
-    1048           0 :     ringpix = 4*ring;
-    1049           0 :     startpix = 2*ring*(ring-1);
-    1050             :     }
-    1051           0 :   else if (ring < 3*nside_)
-    1052             :     {
-    1053           0 :     shifted = ((ring-nside_) & 1) == 0;
-    1054           0 :     ringpix = 4*nside_;
-    1055           0 :     startpix = ncap_ + (ring-nside_)*ringpix;
-    1056             :     }
-    1057             :   else
-    1058             :     {
-    1059           0 :     shifted = true;
-    1060           0 :     I nr= 4*nside_-ring;
-    1061           0 :     ringpix = 4*nr;
-    1062           0 :     startpix = npix_-2*nr*(nr+1);
-    1063             :     }
-    1064           0 :   }
-    1065             : 
-    1066           0 : template<typename I> void T_Healpix_Base<I>::get_ring_info (I ring, I &startpix,
-    1067             :   I &ringpix, double &costheta, double &sintheta, bool &shifted) const
-    1068             :   {
-    1069           0 :   I northring = (ring>2*nside_) ? 4*nside_-ring : ring;
-    1070           0 :   if (northring < nside_)
-    1071             :     {
-    1072           0 :     double tmp = northring*northring*fact2_;
-    1073           0 :     costheta = 1 - tmp;
-    1074           0 :     sintheta = sqrt(tmp*(2-tmp));
-    1075           0 :     ringpix = 4*northring;
-    1076           0 :     shifted = true;
-    1077           0 :     startpix = 2*northring*(northring-1);
-    1078             :     }
-    1079             :   else
-    1080             :     {
-    1081           0 :     costheta = (2*nside_-northring)*fact1_;
-    1082           0 :     sintheta = sqrt((1+costheta)*(1-costheta));
-    1083           0 :     ringpix = 4*nside_;
-    1084           0 :     shifted = ((northring-nside_) & 1) == 0;
-    1085           0 :     startpix = ncap_ + (northring-nside_)*ringpix;
-    1086             :     }
-    1087           0 :   if (northring != ring) // southern hemisphere
-    1088             :     {
-    1089           0 :     costheta = -costheta;
-    1090           0 :     startpix = npix_ - startpix - ringpix;
-    1091             :     }
-    1092           0 :   }
-    1093           0 : template<typename I> void T_Healpix_Base<I>::get_ring_info2 (I ring,
-    1094             :   I &startpix, I &ringpix, double &theta, bool &shifted) const
-    1095             :   {
-    1096           0 :   I northring = (ring>2*nside_) ? 4*nside_-ring : ring;
-    1097           0 :   if (northring < nside_)
-    1098             :     {
-    1099           0 :     double tmp = northring*northring*fact2_;
-    1100           0 :     double costheta = 1 - tmp;
-    1101           0 :     double sintheta = sqrt(tmp*(2-tmp));
-    1102           0 :     theta = atan2(sintheta,costheta);
-    1103           0 :     ringpix = 4*northring;
-    1104           0 :     shifted = true;
-    1105           0 :     startpix = 2*northring*(northring-1);
-    1106             :     }
-    1107             :   else
-    1108             :     {
-    1109           0 :     theta = acos((2*nside_-northring)*fact1_);
-    1110           0 :     ringpix = 4*nside_;
-    1111           0 :     shifted = ((northring-nside_) & 1) == 0;
-    1112           0 :     startpix = ncap_ + (northring-nside_)*ringpix;
-    1113             :     }
-    1114           0 :   if (northring != ring) // southern hemisphere
-    1115             :     {
-    1116           0 :     theta = pi-theta;
-    1117           0 :     startpix = npix_ - startpix - ringpix;
-    1118             :     }
-    1119           0 :   }
-    1120             : 
-    1121           0 : template<typename I> void T_Healpix_Base<I>::neighbors (I pix,
-    1122             :   fix_arr<I,8> &result) const
-    1123             :   {
-    1124             :   int ix, iy, face_num;
-    1125           0 :   (scheme_==RING) ?
-    1126           0 :     ring2xyf(pix,ix,iy,face_num) : nest2xyf(pix,ix,iy,face_num);
-    1127             : 
-    1128           0 :   const I nsm1 = nside_-1;
-    1129           0 :   if ((ix>0)&&(ix<nsm1)&&(iy>0)&&(iy<nsm1))
-    1130             :     {
-    1131           0 :     if (scheme_==RING)
-    1132           0 :       for (int m=0; m<8; ++m)
-    1133           0 :         result[m] = xyf2ring(ix+nb_xoffset[m],iy+nb_yoffset[m],face_num);
-    1134             :     else
-    1135             :       {
-    1136           0 :       I fpix = I(face_num)<<(2*order_),
-    1137           0 :         px0=spread_bits(ix  ), py0=spread_bits(iy  )<<1,
-    1138           0 :         pxp=spread_bits(ix+1), pyp=spread_bits(iy+1)<<1,
-    1139           0 :         pxm=spread_bits(ix-1), pym=spread_bits(iy-1)<<1;
-    1140             : 
-    1141           0 :       result[0] = fpix+pxm+py0; result[1] = fpix+pxm+pyp;
-    1142           0 :       result[2] = fpix+px0+pyp; result[3] = fpix+pxp+pyp;
-    1143           0 :       result[4] = fpix+pxp+py0; result[5] = fpix+pxp+pym;
-    1144           0 :       result[6] = fpix+px0+pym; result[7] = fpix+pxm+pym;
-    1145             :       }
-    1146             :     }
-    1147             :   else
-    1148             :     {
-    1149           0 :     for (int i=0; i<8; ++i)
-    1150             :       {
-    1151           0 :       int x=ix+nb_xoffset[i], y=iy+nb_yoffset[i];
-    1152             :       int nbnum=4;
-    1153           0 :       if (x<0)
-    1154           0 :         { x+=nside_; nbnum-=1; }
-    1155           0 :       else if (x>=nside_)
-    1156           0 :         { x-=nside_; nbnum+=1; }
-    1157           0 :       if (y<0)
-    1158           0 :         { y+=nside_; nbnum-=3; }
-    1159           0 :       else if (y>=nside_)
-    1160           0 :         { y-=nside_; nbnum+=3; }
-    1161             : 
-    1162           0 :       int f = nb_facearray[nbnum][face_num];
-    1163           0 :       if (f>=0)
-    1164             :         {
-    1165           0 :         int bits = nb_swaparray[nbnum][face_num>>2];
-    1166           0 :         if (bits&1) x=nside_-x-1;
-    1167           0 :         if (bits&2) y=nside_-y-1;
-    1168           0 :         if (bits&4) std::swap(x,y);
-    1169           0 :         result[i] = (scheme_==RING) ? xyf2ring(x,y,f) : xyf2nest(x,y,f);
-    1170             :         }
-    1171             :       else
-    1172           0 :         result[i] = -1;
-    1173             :       }
-    1174             :     }
-    1175           0 :   }
-    1176             : 
-    1177           0 : template<typename I> void T_Healpix_Base<I>::get_interpol (const pointing &ptg,
-    1178             :   fix_arr<I,4> &pix, fix_arr<double,4> &wgt) const
-    1179             :   {
-    1180           0 :   planck_assert((ptg.theta>=0)&&(ptg.theta<=pi),"invalid theta value");
-    1181           0 :   double z = cos (ptg.theta);
-    1182           0 :   I ir1 = ring_above(z);
-    1183           0 :   I ir2 = ir1+1;
-    1184             :   double theta1, theta2, w1, tmp, dphi;
-    1185             :   I sp,nr;
-    1186             :   bool shift;
-    1187             :   I i1,i2;
-    1188           0 :   if (ir1>0)
-    1189             :     {
-    1190           0 :     get_ring_info2 (ir1, sp, nr, theta1, shift);
-    1191           0 :     dphi = twopi/nr;
-    1192           0 :     tmp = (ptg.phi/dphi - .5*shift);
-    1193           0 :     i1 = (tmp<0) ? I(tmp)-1 : I(tmp);
-    1194           0 :     w1 = (ptg.phi-(i1+.5*shift)*dphi)/dphi;
-    1195           0 :     i2 = i1+1;
-    1196           0 :     if (i1<0) i1 +=nr;
-    1197           0 :     if (i2>=nr) i2 -=nr;
-    1198           0 :     pix[0] = sp+i1; pix[1] = sp+i2;
-    1199           0 :     wgt[0] = 1-w1; wgt[1] = w1;
-    1200             :     }
-    1201           0 :   if (ir2<(4*nside_))
-    1202             :     {
-    1203           0 :     get_ring_info2 (ir2, sp, nr, theta2, shift);
-    1204           0 :     dphi = twopi/nr;
-    1205           0 :     tmp = (ptg.phi/dphi - .5*shift);
-    1206           0 :     i1 = (tmp<0) ? I(tmp)-1 : I(tmp);
-    1207           0 :     w1 = (ptg.phi-(i1+.5*shift)*dphi)/dphi;
-    1208           0 :     i2 = i1+1;
-    1209           0 :     if (i1<0) i1 +=nr;
-    1210           0 :     if (i2>=nr) i2 -=nr;
-    1211           0 :     pix[2] = sp+i1; pix[3] = sp+i2;
-    1212           0 :     wgt[2] = 1-w1; wgt[3] = w1;
-    1213             :     }
-    1214             : 
-    1215           0 :   if (ir1==0)
-    1216             :     {
-    1217           0 :     double wtheta = ptg.theta/theta2;
-    1218           0 :     wgt[2] *= wtheta; wgt[3] *= wtheta;
-    1219           0 :     double fac = (1-wtheta)*0.25;
-    1220           0 :     wgt[0] = fac; wgt[1] = fac; wgt[2] += fac; wgt[3] +=fac;
-    1221           0 :     pix[0] = (pix[2]+2)&3;
-    1222           0 :     pix[1] = (pix[3]+2)&3;
-    1223             :     }
-    1224           0 :   else if (ir2==4*nside_)
-    1225             :     {
-    1226           0 :     double wtheta = (ptg.theta-theta1)/(pi-theta1);
-    1227           0 :     wgt[0] *= (1-wtheta); wgt[1] *= (1-wtheta);
-    1228           0 :     double fac = wtheta*0.25;
-    1229           0 :     wgt[0] += fac; wgt[1] += fac; wgt[2] = fac; wgt[3] =fac;
-    1230           0 :     pix[2] = ((pix[0]+2)&3)+npix_-4;
-    1231           0 :     pix[3] = ((pix[1]+2)&3)+npix_-4;
-    1232             :     }
-    1233             :   else
-    1234             :     {
-    1235           0 :     double wtheta = (ptg.theta-theta1)/(theta2-theta1);
-    1236           0 :     wgt[0] *= (1-wtheta); wgt[1] *= (1-wtheta);
-    1237           0 :     wgt[2] *= wtheta; wgt[3] *= wtheta;
-    1238             :     }
-    1239             : 
-    1240           0 :   if (scheme_==NEST)
-    1241           0 :     for (tsize m=0; m<pix.size(); ++m)
-    1242           0 :       pix[m] = ring2nest(pix[m]);
-    1243           0 :   }
-    1244             : 
-    1245           0 : template<typename I> void T_Healpix_Base<I>::swap (T_Healpix_Base &other)
-    1246             :   {
-    1247             :   std::swap(order_,other.order_);
-    1248             :   std::swap(nside_,other.nside_);
-    1249             :   std::swap(npface_,other.npface_);
-    1250             :   std::swap(ncap_,other.ncap_);
-    1251             :   std::swap(npix_,other.npix_);
-    1252             :   std::swap(fact1_,other.fact1_);
-    1253             :   std::swap(fact2_,other.fact2_);
-    1254             :   std::swap(scheme_,other.scheme_);
-    1255           0 :   }
-    1256             : 
-    1257           0 : template<typename I> double T_Healpix_Base<I>::max_pixrad() const
-    1258             :   {
-    1259             :   vec3 va,vb;
-    1260           0 :   va.set_z_phi (2./3., pi/(4*nside_));
-    1261           0 :   double t1 = 1.-1./nside_;
-    1262           0 :   t1*=t1;
-    1263           0 :   vb.set_z_phi (1-t1/3, 0);
-    1264           0 :   return v_angle(va,vb);
-    1265             :   }
-    1266             : 
-    1267           0 : template<typename I> double T_Healpix_Base<I>::max_pixrad(I ring) const
-    1268             :   {
-    1269           0 :   if (ring>=2*nside_) ring=4*nside_-ring;
-    1270           0 :   double z=ring2z(ring), z_up=(ring>1) ? ring2z(ring-1) : 1.;
-    1271             :   vec3 mypos, uppos;
-    1272           0 :   uppos.set_z_phi(z_up,0);
-    1273           0 :   if (ring<=nside_)
-    1274             :     {
-    1275           0 :     mypos.set_z_phi(z,pi/(4*ring));
-    1276           0 :     return v_angle(mypos,uppos);
-    1277             :     }
-    1278           0 :   mypos.set_z_phi(z,0);
-    1279           0 :   double vdist=v_angle(mypos,uppos);
-    1280           0 :   double hdist=sqrt(1.-z*z)*pi/(4*nside_);
-    1281           0 :   return max(hdist,vdist);
-    1282             :   }
-    1283             : 
-    1284           0 : template<typename I> void T_Healpix_Base<I>::xyf2loc (double x, double y,
-    1285             :   int face, double &z, double &phi, double &sth, bool &have_sth) const
-    1286             :   {
-    1287           0 :   have_sth = false;
-    1288           0 :   double jr = jrll[face] - x - y;
-    1289             :   double nr;
-    1290           0 :   if (jr<1)
-    1291             :     {
-    1292             :     nr = jr;
-    1293           0 :     double tmp = nr*nr/3.;
-    1294           0 :     z = 1 - tmp;
-    1295           0 :     if (z > 0.99)
-    1296             :       {
-    1297           0 :       sth = std::sqrt(tmp*(2.0-tmp));
-    1298           0 :       have_sth = true;
-    1299             :       }
-    1300             :     }
-    1301           0 :   else if (jr>3)
-    1302             :     {
-    1303           0 :     nr = 4-jr;
-    1304           0 :     double tmp = nr*nr/3.;
-    1305           0 :     z = tmp - 1;
-    1306           0 :     if (z<-0.99)
-    1307             :       {
-    1308           0 :       sth = std::sqrt(tmp*(2.-tmp));
-    1309           0 :       have_sth = true;
-    1310             :       }
-    1311             :     }
-    1312             :   else
-    1313             :     {
-    1314             :     nr = 1;
-    1315           0 :     z = (2-jr)*2./3.;
-    1316             :     }
-    1317             : 
-    1318           0 :   double tmp=jpll[face]*nr+x-y;
-    1319           0 :   if (tmp<0) tmp+=8;
-    1320           0 :   if (tmp>=8) tmp-=8;
-    1321           0 :   phi = (nr<1e-15) ? 0 : (0.5*halfpi*tmp)/nr;
-    1322           0 :   }
-    1323             : 
-    1324             : namespace {
-    1325             : 
-    1326           0 : vec3 locToVec3 (double z, double phi, double sth, bool have_sth)
-    1327             :   {
-    1328           0 :   if (have_sth)
-    1329           0 :     return vec3(sth*cos(phi),sth*sin(phi),z);
-    1330             :   else
-    1331             :     {
-    1332             :     vec3 res;
-    1333           0 :     res.set_z_phi (z, phi);
-    1334           0 :     return res;
-    1335             :     }
-    1336             :   }
-    1337             : 
-    1338             : } // unnamed namespace
-    1339             : 
-    1340           0 : template<typename I> void T_Healpix_Base<I>::boundaries(I pix, tsize step,
-    1341             :   vector<vec3> &out) const
-    1342             :   {
-    1343           0 :   out.resize(4*step);
-    1344             :   int ix, iy, face;
-    1345           0 :   pix2xyf(pix, ix, iy, face);
-    1346           0 :   double dc = 0.5 / nside_;
-    1347           0 :   double xc = (ix + 0.5)/nside_, yc = (iy + 0.5)/nside_;
-    1348           0 :   double d = 1.0/(step*nside_);
-    1349           0 :   for (tsize i=0; i<step; ++i)
-    1350             :     {
-    1351             :     double z, phi, sth;
-    1352             :     bool have_sth;
-    1353           0 :     xyf2loc(xc+dc-i*d, yc+dc, face, z, phi, sth, have_sth);
-    1354           0 :     out[i] = locToVec3(z, phi, sth, have_sth);
-    1355           0 :     xyf2loc(xc-dc, yc+dc-i*d, face, z, phi, sth, have_sth);
-    1356           0 :     out[i+step] = locToVec3(z, phi, sth, have_sth);
-    1357           0 :     xyf2loc(xc-dc+i*d, yc-dc, face, z, phi, sth, have_sth);
-    1358           0 :     out[i+2*step] = locToVec3(z, phi, sth, have_sth);
-    1359           0 :     xyf2loc(xc+dc, yc-dc+i*d, face, z, phi, sth, have_sth);
-    1360           0 :     out[i+3*step] = locToVec3(z, phi, sth, have_sth);
-    1361             :     }
-    1362           0 :   }
-    1363             : 
-    1364           0 : template<typename I> arr<int> T_Healpix_Base<I>::swap_cycles() const
-    1365             :   {
-    1366           0 :   planck_assert(order_>=0, "need hierarchical map");
-    1367           0 :   planck_assert(order_<=13, "map too large");
-    1368           0 :   arr<int> result(swap_clen[order_]);
-    1369             :   tsize ofs=0;
-    1370           0 :   for (int m=0; m<order_;++m) ofs+=swap_clen[m];
-    1371           0 :   for (tsize m=0; m<result.size();++m) result[m]=swap_cycle[m+ofs];
-    1372           0 :   return result;
-    1373             :   }
-    1374             : 
-    1375             : template class T_Healpix_Base<int>;
-    1376             : template class T_Healpix_Base<int64>;
-    1377             : } // namespace healpix
-    1378             : 
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-
-       1             : 
-       2             : /*
-       3             :  *  This file is part of libcxxsupport.
-       4             :  *
-       5             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       6             :  *  it under the terms of the GNU General Public License as published by
-       7             :  *  the Free Software Foundation; either version 2 of the License, or
-       8             :  *  (at your option) any later version.
-       9             :  *
-      10             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      11             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      12             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      13             :  *  GNU General Public License for more details.
-      14             :  *
-      15             :  *  You should have received a copy of the GNU General Public License
-      16             :  *  along with libcxxsupport; if not, write to the Free Software
-      17             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      18             :  */
-      19             : 
-      20             : /*
-      21             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      22             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      23             :  *  (DLR).
-      24             :  */
-      25             : 
-      26             : /*! \file alloc_utils.h
-      27             :  *  Classes providing raw memory allocation and deallocation support.
-      28             :  *
-      29             :  *  Copyright (C) 2011 Max-Planck-Society
-      30             :  *  \author Martin Reinecke
-      31             :  */
-      32             : 
-      33             : #ifndef PLANCK_ALLOC_UTILS_H
-      34             : #define PLANCK_ALLOC_UTILS_H
-      35             : 
-      36             : #include <cstdlib>
-      37             : #include "healpix_base/datatypes.h"
-      38             : 
-      39             : namespace healpix{
-      40             : template <typename T> class normalAlloc__
-      41             :   {
-      42             :   public:
-      43           0 :     T *alloc(tsize sz) const { return (sz>0) ? new T[sz] : 0; }
-      44           0 :     void dealloc (T *ptr) const { delete[] ptr; }
-      45             :   };
-      46             : 
-      47             : template <typename T, int align> class alignAlloc__
-      48             :   {
-      49             :   public:
-      50             :     T *alloc(tsize sz) const
-      51             :       {
-      52             :       using namespace std;
-      53             :       if (sz==0) return 0;
-      54             :       planck_assert((align&(align-1))==0,"alignment must be power of 2");
-      55             :       void *res;
-      56             : /* OSX up to version 10.5 does not define posix_memalign(), but fortunately
-      57             :    the normal malloc() returns 16 byte aligned storage */
-      58             : #ifdef __APPLE__
-      59             :       planck_assert(align<=16, "bad alignment requested");
-      60             :       res=malloc(sz*sizeof(T));
-      61             :       planck_assert(res!=0,"error in malloc()");
-      62             : #else
-      63             :       planck_assert(posix_memalign(&res,align,sz*sizeof(T))==0,
-      64             :         "error in posix_memalign()");
-      65             : #endif
-      66             :       return static_cast<T *>(res);
-      67             :       }
-      68             :     void dealloc(T *ptr) const
-      69             :       {
-      70             :       using namespace std;
-      71             :       free(ptr);
-      72             :       }
-      73             :   };
-      74             : 
-      75             : 
-      76             : } // namespace healpix
-      77             : 
-      78             : #endif
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-       1             : /*
-       2             :  *  This file is part of libcxxsupport.
-       3             :  *
-       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with libcxxsupport; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  */
-      18             : 
-      19             : /*
-      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      22             :  *  (DLR).
-      23             :  */
-      24             : 
-      25             : /*! \file arr.h
-      26             :  *  Various high-performance array classes used by the Planck LevelS package.
-      27             :  *
-      28             :  *  Copyright (C) 2002-2012 Max-Planck-Society
-      29             :  *  \author Martin Reinecke
-      30             :  */
-      31             : 
-      32             : #ifndef PLANCK_ARR_H
-      33             : #define PLANCK_ARR_H
-      34             : 
-      35             : #include <algorithm>
-      36             : #include <vector>
-      37             : #include <cstdlib>
-      38             : #include "healpix_base/alloc_utils.h"
-      39             : #include "healpix_base/datatypes.h"
-      40             : #include "healpix_base/math_utils.h"
-      41             : 
-      42             : namespace healpix{
-      43             : 
-      44             : /*! \defgroup arraygroup Array classes */
-      45             : /*! \{ */
-      46             : 
-      47             : /*! View of a 1D array */
-      48             : template <typename T> class arr_ref
-      49             :   {
-      50             :   protected:
-      51             :     tsize s;
-      52             :     T *d;
-      53             : 
-      54             :   public:
-      55             :     /*! Constructs an \a arr_ref of size \a s_, starting at \a d_. */
-      56           0 :     arr_ref(T *d_, tsize s_) : s(s_),d(d_) {}
-      57             : 
-      58             :     /*! Returns the current array size. */
-      59           0 :     tsize size() const { return s; }
-      60             : 
-      61             :     /*! Writes \a val into every element of the array. */
-      62             :     void fill (const T &val)
-      63           0 :       { for (tsize m=0; m<s; ++m) d[m]=val; }
-      64             : 
-      65             :     /*! Returns a reference to element \a n */
-      66           0 :     template<typename T2> T &operator[] (T2 n) {return d[n];}
-      67             :     /*! Returns a constant reference to element \a n */
-      68           0 :     template<typename T2> const T &operator[] (T2 n) const {return d[n];}
-      69             : 
-      70             :     /*! Returns a pointer to the first array element, or NULL if the array
-      71             :         is zero-sized. */
-      72             :     T *begin() { return d; }
-      73             :     /*! Returns a pointer to the one-past-last array element, or NULL if the
-      74             :         array is zero-sized. */
-      75             :     T *end() { return d+s; }
-      76             :     /*! Returns a constant pointer to the first array element, or NULL if the
-      77             :         array is zero-sized. */
-      78             :     const T *begin() const { return d; }
-      79             :     /*! Returns a constant pointer to the one-past-last array element, or NULL
-      80             :         if the array is zero-sized. */
-      81             :     const T *end() const { return d+s; }
-      82             : 
-      83             :     /*! Copies all array elements to \a ptr. */
-      84             :     template<typename T2> void copyToPtr (T *ptr) const
-      85             :       { for (tsize m=0; m<s; ++m) ptr[m]=d[m]; }
-      86             : 
-      87             :     /*! Sorts the elements in the array, in ascending order. */
-      88             :     void sort()
-      89             :       { std::sort (d,d+s); }
-      90             : 
-      91             :     /*! Sorts the elements in the array, such that \a comp(d[i],d[j])==true
-      92             :         for \a i<j. */
-      93             :     template<typename Comp> void sort(Comp comp)
-      94             :       { std::sort (d,d+s,comp); }
-      95             : 
-      96             :     /*! Helper function for linear interpolation (or extrapolation).
-      97             :         \a idx and \a val are computed such that
-      98             :         \a val=d[idx]+frac*(d[idx+1]-d[idx]). If \a val<d[0], \a frac will be
-      99             :         negative, if \a val>d[s-1], frac will be larger than 1. In all other
-     100             :         cases \a 0<=frac<=1.
-     101             : 
-     102             :         The array must be ordered in ascending order; no two values may be
-     103             :         equal. */
-     104             :     void interpol_helper (const T &val, tsize &idx, double &frac) const
-     105             :       { healpix::interpol_helper (d, d+s, val, idx, frac); }
-     106             : 
-     107             :     /*! Helper function for linear interpolation (or extrapolation).
-     108             :         \a idx and \a val are computed such that
-     109             :         \a val=d[idx]+frac*(d[idx+1]-d[idx]). If \a comp(val,d[0])==true,
-     110             :         \a frac will be negative, if \a comp(val,d[s-1])==false, frac will be
-     111             :         larger than 1. In all other cases \a 0<=frac<=1.
-     112             : 
-     113             :         The array must be ordered such that \a comp(d[i],d[j])==true
-     114             :         for \a i<j; no two values may be equal. */
-     115             :     template<typename Comp> void interpol_helper (const T &val, Comp comp,
-     116             :       tsize &idx, double &frac) const
-     117             :       { healpix::interpol_helper (d, d+s, val, comp, idx, frac); }
-     118             : 
-     119             :     /*! Returns the minimum and maximum entry in \a minv and \a maxv,
-     120             :         respectively. Throws an exception if the array is zero-sized. */
-     121             :     void minmax (T &minv, T &maxv) const
-     122             :       {
-     123             :       planck_assert(s>0,"trying to find min and max of a zero-sized array");
-     124             :       minv=maxv=d[0];
-     125             :       for (tsize m=1; m<s; ++m)
-     126             :         {
-     127             :         if (d[m]<minv) minv=d[m];
-     128             :         else if (d[m]>maxv) maxv=d[m];
-     129             :         }
-     130             :       }
-     131             : 
-     132             :     /*! Returns \a true, if \a val is found in the array, else \a false. */
-     133             :     bool contains (const T &val) const
-     134             :       {
-     135             :       for (tsize m=0; m<s; ++m)
-     136             :         if (d[m]==val) return true;
-     137             :       return false;
-     138             :       }
-     139             : 
-     140             :     /*! Returns the index of the first occurrence of \a val in the array.
-     141             :         If it is not found, an exception is thrown. */
-     142             :     tsize find (const T &val) const
-     143             :       {
-     144             :       for (tsize m=0; m<s; ++m)
-     145             :         if (d[m]==val) return m;
-     146             :       planck_fail ("entry not found in array");
-     147             :       }
-     148             : 
-     149             :     /*! Returns \a true if the array has the same size as \a other and all
-     150             :         elements of both arrays are equal, else \a false. */
-     151             :     bool contentsEqual(const arr_ref &other) const
-     152             :       {
-     153             :       if (s!=other.s) return false;
-     154             :       for (tsize i=0; i<s; ++i)
-     155             :         if (d[i]!=other.d[i]) return false;
-     156             :       return true;
-     157             :       }
-     158             :   };
-     159             : 
-     160             : /*! An array whose size is known at compile time. Very useful for storing
-     161             :     small arrays on the stack, without need for \a new and \a delete(). */
-     162             : template <typename T, tsize sz> class fix_arr
-     163             :   {
-     164             :   private:
-     165             :     T d[sz];
-     166             : 
-     167             :   public:
-     168             :     /*! Returns the size of the array. */
-     169             :     tsize size() const { return sz; }
-     170             : 
-     171             :     /*! Returns a reference to element \a n */
-     172             :     template<typename T2> T &operator[] (T2 n) {return d[n];}
-     173             :     /*! Returns a constant reference to element \a n */
-     174             :     template<typename T2> const T &operator[] (T2 n) const {return d[n];}
-     175             :   };
-     176             : 
-     177             : 
-     178             : /*! One-dimensional array type, with selectable storage management. */
-     179             : template <typename T, typename storageManager> class arrT: public arr_ref<T>
-     180             :   {
-     181             :   private:
-     182             :     storageManager stm;
-     183             :     bool own;
-     184             : 
-     185             :     void reset()
-     186             :       { this->d=0; this->s=0; own=true; }
-     187             : 
-     188             :   public:
-     189             :     /*! Creates a zero-sized array. */
-     190             :     arrT() : arr_ref<T>(0,0), own(true) {}
-     191             :     /*! Creates an array with \a sz entries. */
-     192           0 :     arrT(tsize sz) : arr_ref<T>(stm.alloc(sz),sz), own(true) {}
-     193             :     /*! Creates an array with \a sz entries, and initializes them with
-     194             :         \a inival. */
-     195           0 :     arrT(tsize sz, const T &inival) : arr_ref<T>(stm.alloc(sz),sz), own(true)
-     196           0 :       { this->fill(inival); }
-     197             :     /*! Creates an array with \a sz entries, which uses the memory pointed
-     198             :         to by \a ptr.
-     199             :         \note \a ptr will <i>not</i> be deallocated by the destructor.
-     200             :         \warning Only use this if you REALLY know what you are doing.
-     201             :         In particular, this is only safely usable if
-     202             :           <ul>
-     203             :           <li>\a T is a POD type</li>
-     204             :           <li>\a ptr survives during the lifetime of the array object</li>
-     205             :           <li>\a ptr is not subject to garbage collection</li>
-     206             :           </ul>
-     207             :         Other restrictions may apply. You have been warned. */
-     208             :     arrT (T *ptr, tsize sz): arr_ref<T>(ptr,sz), own(false) {}
-     209             :     /*! Creates an array which is a copy of \a orig. The data in \a orig
-     210             :         is duplicated. */
-     211             :     arrT (const arrT &orig): arr_ref<T>(stm.alloc(orig.s),orig.s), own(true)
-     212             :       { for (tsize m=0; m<this->s; ++m) this->d[m] = orig.d[m]; }
-     213             :     /*! Frees the memory allocated by the object. */
-     214           0 :     ~arrT() { if (own) stm.dealloc(this->d); }
-     215             : 
-     216             :     /*! Allocates space for \a sz elements. The content of the array is
-     217             :         undefined on exit. \a sz can be 0. If \a sz is the
-     218             :         same as the current size, no reallocation is performed. */
-     219             :     void alloc (tsize sz)
-     220             :       {
-     221             :       if (sz==this->s) return;
-     222             :       if (own) stm.dealloc(this->d);
-     223             :       this->s = sz;
-     224             :       this->d = stm.alloc(sz);
-     225             :       own = true;
-     226             :       }
-     227             :     /*! Allocates space for \a sz elements. If \a sz is the
-     228             :         same as the current size, no reallocation is performed.
-     229             :         All elements are set to \a inival. */
-     230             :     void allocAndFill (tsize sz, const T &inival)
-     231             :       { alloc(sz); this->fill(inival); }
-     232             :     /*! Deallocates the memory held by the array, and sets the array size
-     233             :         to 0. */
-     234             :     void dealloc() {if (own) stm.dealloc(this->d); reset();}
-     235             :     /*! Resizes the array to hold \a sz elements. The existing content of the
-     236             :         array is copied over to the new array to the extent possible.
-     237             :         \a sz can be 0. If \a sz is the same as the current size, no
-     238             :         reallocation is performed. */
-     239             :     void resize (tsize sz)
-     240             :       {
-     241             :       using namespace std;
-     242             :       if (sz==this->s) return;
-     243             :       T *tmp = stm.alloc(sz);
-     244             :       for (tsize m=0; m<min(sz,this->s); ++m)
-     245             :         tmp[m]=this->d[m];
-     246             :       if (own) stm.dealloc(this->d);
-     247             :       this->s = sz;
-     248             :       this->d = tmp;
-     249             :       own = true;
-     250             :       }
-     251             : 
-     252             :     /*! Changes the array to be a copy of \a orig. */
-     253             :     arrT &operator= (const arrT &orig)
-     254             :       {
-     255             :       if (this==&orig) return *this;
-     256             :       alloc (orig.s);
-     257             :       for (tsize m=0; m<this->s; ++m) this->d[m] = orig.d[m];
-     258             :       return *this;
-     259             :       }
-     260             : 
-     261             :     /*! Changes the array to be a copy of the std::vector \a orig. */
-     262             :     template<typename T2> void copyFrom (const std::vector<T2> &orig)
-     263             :       {
-     264             :       alloc (orig.size());
-     265             :       for (tsize m=0; m<this->s; ++m) this->d[m] = orig[m];
-     266             :       }
-     267             :     /*! Changes the std::vector \a vec to be a copy of the object. */
-     268             :     template<typename T2> void copyTo (std::vector<T2> &vec) const
-     269             :       {
-     270             :       vec.clear(); vec.reserve(this->s);
-     271             :       for (tsize m=0; m<this->s; ++m) vec.push_back(this->d[m]);
-     272             :       }
-     273             : 
-     274             :     /*! Reserves space for \a sz elements, then copies \a sz elements
-     275             :         from \a ptr into the array. */
-     276             :     template<typename T2> void copyFromPtr (const T2 *ptr, tsize sz)
-     277             :       {
-     278             :       alloc(sz);
-     279             :       for (tsize m=0; m<this->s; ++m) this->d[m]=ptr[m];
-     280             :       }
-     281             : 
-     282             :     /*! Assigns the contents and size of \a other to the array.
-     283             :         \note On exit, \a other is zero-sized! */
-     284             :     void transfer (arrT &other)
-     285             :       {
-     286             :       if (own) stm.dealloc(this->d);
-     287             :       this->d=other.d;
-     288             :       this->s=other.s;
-     289             :       own=other.own;
-     290             :       other.reset();
-     291             :       }
-     292             :     /*! Swaps contents and size with \a other. */
-     293             :     void swap (arrT &other)
-     294             :       {
-     295             :       std::swap(this->d,other.d);
-     296             :       std::swap(this->s,other.s);
-     297             :       std::swap(own,other.own);
-     298             :       }
-     299             :   };
-     300             : 
-     301             : /*! One-dimensional array type. */
-     302             : template <typename T>
-     303           0 :   class arr: public arrT<T,normalAlloc__<T> >
-     304             :   {
-     305             :   public:
-     306             :     /*! Creates a zero-sized array. */
-     307             :     arr() : arrT<T,normalAlloc__<T> >() {}
-     308             :     /*! Creates an array with \a sz entries. */
-     309             :     arr(tsize sz) : arrT<T,normalAlloc__<T> >(sz) {}
-     310             :     /*! Creates an array with \a sz entries, and initializes them with
-     311             :         \a inival. */
-     312           0 :     arr(tsize sz, const T &inival) : arrT<T,normalAlloc__<T> >(sz,inival) {}
-     313             :     /*! Creates an array with \a sz entries, which uses the memory pointed
-     314             :         to by \a ptr.
-     315             :         \note \a ptr will <i>not</i> be deallocated by the destructor.
-     316             :         \warning Only use this if you REALLY know what you are doing.
-     317             :         In particular, this is only safely usable if
-     318             :           <ul>
-     319             :           <li>\a T is a POD type</li>
-     320             :           <li>\a ptr survives during the lifetime of the array object</li>
-     321             :           <li>\a ptr is not subject to garbage collection</li>
-     322             :           </ul>
-     323             :         Other restrictions may apply. You have been warned. */
-     324             :     arr (T *ptr, tsize sz): arrT<T,normalAlloc__<T> >(ptr,sz) {}
-     325             :     /*! Creates an array which is a copy of \a orig. The data in \a orig
-     326             :         is duplicated. */
-     327             :     arr (const arr &orig): arrT<T,normalAlloc__<T> >(orig) {}
-     328             :   };
-     329             : 
-     330             : /*! One-dimensional array type, with selectable storage alignment. */
-     331             : template <typename T, int align>
-     332             :   class arr_align: public arrT<T,alignAlloc__<T,align> >
-     333             :   {
-     334             :   public:
-     335             :     /*! Creates a zero-sized array. */
-     336             :     arr_align() : arrT<T,alignAlloc__<T,align> >() {}
-     337             :     /*! Creates an array with \a sz entries. */
-     338             :     arr_align(tsize sz) : arrT<T,alignAlloc__<T,align> >(sz) {}
-     339             :     /*! Creates an array with \a sz entries, and initializes them with
-     340             :         \a inival. */
-     341             :     arr_align(tsize sz, const T &inival)
-     342             :       : arrT<T,alignAlloc__<T,align> >(sz,inival) {}
-     343             :   };
-     344             : 
-     345             : 
-     346             : /*! Two-dimensional array type, with selectable storage management.
-     347             :     The storage ordering is the same as in C.
-     348             :     An entry is located by address arithmetic, not by double dereferencing.
-     349             :     The indices start at zero. */
-     350             : template <typename T, typename storageManager> class arr2T
-     351             :   {
-     352             :   private:
-     353             :     tsize s1, s2;
-     354             :     arrT<T, storageManager> d;
-     355             : 
-     356             :   public:
-     357             :     /*! Creates a zero-sized array. */
-     358             :     arr2T() : s1(0), s2(0) {}
-     359             :     /*! Creates an array with the dimensions \a sz1 and \a sz2. */
-     360             :     arr2T(tsize sz1, tsize sz2)
-     361             :       : s1(sz1), s2(sz2), d(s1*s2) {}
-     362             :     /*! Creates an array with the dimensions  \a sz1 and \a sz2
-     363             :         and initializes them with \a inival. */
-     364             :     arr2T(tsize sz1, tsize sz2, const T &inival)
-     365             :       : s1(sz1), s2(sz2), d (s1*s2)
-     366             :       { fill(inival); }
-     367             :     /*! Creates the array as a copy of \a orig. */
-     368             :     arr2T(const arr2T &orig)
-     369             :       : s1(orig.s1), s2(orig.s2), d(orig.d) {}
-     370             :     /*! Frees the memory associated with the array. */
-     371             :     ~arr2T() {}
-     372             : 
-     373             :     /*! Returns the first array dimension. */
-     374             :     tsize size1() const { return s1; }
-     375             :     /*! Returns the second array dimension. */
-     376             :     tsize size2() const { return s2; }
-     377             :     /*! Returns the total array size, i.e. the product of both dimensions. */
-     378             :     tsize size () const { return s1*s2; }
-     379             : 
-     380             :     /*! Allocates space for an array with \a sz1*sz2 elements.
-     381             :         The content of the array is undefined on exit.
-     382             :         \a sz1 or \a sz2 can be 0. If \a sz1*sz2 is the same as the
-     383             :         currently allocated space, no reallocation is performed. */
-     384             :     void alloc (tsize sz1, tsize sz2)
-     385             :       {
-     386             :       if (sz1*sz2 != d.size())
-     387             :         d.alloc(sz1*sz2);
-     388             :       s1=sz1; s2=sz2;
-     389             :       }
-     390             :     /*! Allocates space for an array with \a sz1*sz2 elements.
-     391             :         All elements are set to \a inival.
-     392             :         \a sz1 or \a sz2 can be 0. If \a sz1*sz2 is the same as the
-     393             :         currently allocated space, no reallocation is performed. */
-     394             :     void allocAndFill (tsize sz1, tsize sz2, const T &inival)
-     395             :       { alloc(sz1,sz2); fill(inival); }
-     396             :     /*! Allocates space for an array with \a sz1*sz2 elements.
-     397             :         The content of the array is undefined on exit.
-     398             :         \a sz1 or \a sz2 can be 0. If \a sz1*sz2 is smaller than the
-     399             :         currently allocated space, no reallocation is performed. */
-     400             :     void fast_alloc (tsize sz1, tsize sz2)
-     401             :       {
-     402             :       if (sz1*sz2<=d.size())
-     403             :         { s1=sz1; s2=sz2; }
-     404             :       else
-     405             :         alloc(sz1,sz2);
-     406             :       }
-     407             :     /*! Deallocates the space and makes the array zero-sized. */
-     408             :     void dealloc () {d.dealloc(); s1=0; s2=0;}
-     409             : 
-     410             :     /*! Sets all array elements to \a val. */
-     411             :     void fill (const T &val)
-     412             :       { for (tsize m=0; m<s1*s2; ++m) d[m]=val; }
-     413             : 
-     414             :     /*! Multiplies all array elements by \a val. */
-     415             :     void scale (const T &val)
-     416             :       { for (tsize m=0; m<s1*s2; ++m) d[m]*=val; }
-     417             : 
-     418             :     /*! Changes the array to be a copy of \a orig. */
-     419             :     arr2T &operator= (const arr2T &orig)
-     420             :       {
-     421             :       if (this==&orig) return *this;
-     422             :       alloc (orig.s1, orig.s2);
-     423             :       d = orig.d;
-     424             :       return *this;
-     425             :       }
-     426             : 
-     427             :     /*! Returns a pointer to the beginning of slice \a n. */
-     428             :     template<typename T2> T *operator[] (T2 n) {return &d[n*s2];}
-     429             :     /*! Returns a constant pointer to the beginning of slice \a n. */
-     430             :     template<typename T2> const T *operator[] (T2 n) const {return &d[n*s2];}
-     431             : 
-     432             :     /*! Returns a reference to the element with the indices \a n1 and \a n2. */
-     433             :     template<typename T2, typename T3> T &operator() (T2 n1, T3 n2)
-     434             :       {return d[n1*s2 + n2];}
-     435             :     /*! Returns a constant reference to the element with the indices
-     436             :         \a n1 and \a n2. */
-     437             :     template<typename T2, typename T3> const T &operator() (T2 n1, T3 n2) const
-     438             :       {return d[n1*s2 + n2];}
-     439             : 
-     440             :     /*! Returns the minimum and maximum entry in \a minv and \a maxv,
-     441             :         respectively. Throws an exception if the array is zero-sized. */
-     442             :     void minmax (T &minv, T &maxv) const
-     443             :       {
-     444             :       planck_assert(s1*s2>0,
-     445             :         "trying to find min and max of a zero-sized array");
-     446             :       minv=maxv=d[0];
-     447             :       for (tsize m=1; m<s1*s2; ++m)
-     448             :         {
-     449             :         if (d[m]<minv) minv=d[m];
-     450             :         if (d[m]>maxv) maxv=d[m];
-     451             :         }
-     452             :       }
-     453             : 
-     454             :     /*! Swaps contents and sizes with \a other. */
-     455             :     void swap (arr2T &other)
-     456             :       {
-     457             :       d.swap(other.d);
-     458             :       std::swap(s1,other.s1);
-     459             :       std::swap(s2,other.s2);
-     460             :       }
-     461             : 
-     462             :     /*! Returns \c true if the array and \a other have the same dimensions,
-     463             :         else \c false. */
-     464             :     template<typename T2, typename T3> bool conformable
-     465             :       (const arr2T<T2,T3> &other) const
-     466             :       { return (other.size1()==s1) && (other.size2()==s2); }
-     467             :   };
-     468             : 
-     469             : /*! Two-dimensional array type. The storage ordering is the same as in C.
-     470             :     An entry is located by address arithmetic, not by double dereferencing.
-     471             :     The indices start at zero. */
-     472             : template <typename T>
-     473             :   class arr2: public arr2T<T,normalAlloc__<T> >
-     474             :   {
-     475             :   public:
-     476             :     /*! Creates a zero-sized array. */
-     477             :     arr2() : arr2T<T,normalAlloc__<T> > () {}
-     478             :     /*! Creates an array with the dimensions \a sz1 and \a sz2. */
-     479             :     arr2(tsize sz1, tsize sz2) : arr2T<T,normalAlloc__<T> > (sz1,sz2) {}
-     480             :     /*! Creates an array with the dimensions  \a sz1 and \a sz2
-     481             :         and initializes them with \a inival. */
-     482             :     arr2(tsize sz1, tsize sz2, const T &inival)
-     483             :       : arr2T<T,normalAlloc__<T> > (sz1,sz2,inival) {}
-     484             :   };
-     485             : 
-     486             : /*! Two-dimensional array type, with selectable storage alignment.
-     487             :     The storage ordering is the same as in C.
-     488             :     An entry is located by address arithmetic, not by double dereferencing.
-     489             :     The indices start at zero. */
-     490             : template <typename T, int align>
-     491             :   class arr2_align: public arr2T<T,alignAlloc__<T,align> >
-     492             :   {
-     493             :   public:
-     494             :     /*! Creates a zero-sized array. */
-     495             :     arr2_align() : arr2T<T,alignAlloc__<T,align> > () {}
-     496             :     /*! Creates an array with the dimensions \a sz1 and \a sz2. */
-     497             :     arr2_align(tsize sz1, tsize sz2)
-     498             :       : arr2T<T,alignAlloc__<T,align> > (sz1,sz2) {}
-     499             :     /*! Creates an array with the dimensions  \a sz1 and \a sz2
-     500             :         and initializes them with \a inival. */
-     501             :     arr2_align(tsize sz1, tsize sz2, const T &inival)
-     502             :       : arr2T<T,alignAlloc__<T,align> > (sz1,sz2,inival) {}
-     503             :   };
-     504             : 
-     505             : /*! Two-dimensional array type. An entry is located by double dereferencing,
-     506             :     i.e. via an array of pointers. The indices start at zero. */
-     507             : template <typename T> class arr2b
-     508             :   {
-     509             :   private:
-     510             :     tsize s1, s2;
-     511             :     arr<T> d;
-     512             :     arr<T *> d1;
-     513             : 
-     514             :     void fill_d1()
-     515             :       { for (tsize m=0; m<s1; ++m) d1[m] = &d[m*s2]; }
-     516             : 
-     517             :   public:
-     518             :     /*! Creates a zero-sized array. */
-     519             :     arr2b() : s1(0), s2(0), d(0), d1(0) {}
-     520             :     /*! Creates an array with the dimensions \a sz1 and \a sz2. */
-     521             :     arr2b(tsize sz1, tsize sz2)
-     522             :       : s1(sz1), s2(sz2), d(s1*s2), d1(s1)
-     523             :       { fill_d1(); }
-     524             :     /*! Creates the array as a copy of \a orig. */
-     525             :     arr2b(const arr2b &orig)
-     526             :       : s1(orig.s1), s2(orig.s2), d(orig.d), d1(s1)
-     527             :       { fill_d1(); }
-     528             :     /*! Frees the memory associated with the array. */
-     529             :     ~arr2b() {}
-     530             : 
-     531             :     /*! Returns the first array dimension. */
-     532             :     tsize size1() const { return s1; }
-     533             :     /*! Returns the second array dimension. */
-     534             :     tsize size2() const { return s2; }
-     535             :     /*! Returns the total array size, i.e. the product of both dimensions. */
-     536             :     tsize size () const { return s1*s2; }
-     537             : 
-     538             :     /*! Allocates space for an array with \a sz1*sz2 elements.
-     539             :         The content of the array is undefined on exit. */
-     540             :     void alloc (tsize sz1, tsize sz2)
-     541             :       {
-     542             :       if ((s1==sz1) && (s2==sz2)) return;
-     543             :       s1=sz1; s2=sz2;
-     544             :       d.alloc(s1*s2);
-     545             :       d1.alloc(s1);
-     546             :       fill_d1();
-     547             :       }
-     548             :     /*! Deallocates the space and makes the array zero-sized. */
-     549             :     void dealloc () {d.dealloc(); d1.dealloc(); s1=0; s2=0;}
-     550             : 
-     551             :     /*! Sets all array elements to \a val. */
-     552             :     void fill (const T &val)
-     553             :       { d.fill(val); }
-     554             : 
-     555             :     /*! Changes the array to be a copy of \a orig. */
-     556             :     arr2b &operator= (const arr2b &orig)
-     557             :       {
-     558             :       if (this==&orig) return *this;
-     559             :       alloc (orig.s1, orig.s2);
-     560             :       for (tsize m=0; m<s1*s2; ++m) d[m] = orig.d[m];
-     561             :       return *this;
-     562             :       }
-     563             : 
-     564             :     /*! Returns a pointer to the beginning of slice \a n. */
-     565             :     template<typename T2> T *operator[] (T2 n) {return d1[n];}
-     566             :     /*! Returns a constant pointer to the beginning of slice \a n. */
-     567             :     template<typename T2> const T *operator[] (T2 n) const {return d1[n];}
-     568             : 
-     569             :     /*! Returns a pointer to the beginning of the pointer array. */
-     570             :     T **p0() {return &d1[0];}
-     571             :   };
-     572             : 
-     573             : 
-     574             : /*! Three-dimensional array type. The storage ordering is the same as in C.
-     575             :     An entry is located by address arithmetic, not by multiple dereferencing.
-     576             :     The indices start at zero. */
-     577             : template <typename T> class arr3
-     578             :   {
-     579             :   private:
-     580             :     tsize s1, s2, s3, s2s3;
-     581             :     arr<T> d;
-     582             : 
-     583             :   public:
-     584             :     /*! Creates a zero-sized array. */
-     585             :     arr3() : s1(0), s2(0), s3(0), s2s3(0), d(0) {}
-     586             :     /*! Creates an array with the dimensions \a sz1, \a sz2 and \a sz3. */
-     587           0 :     arr3(tsize sz1, tsize sz2, tsize sz3)
-     588           0 :       : s1(sz1), s2(sz2), s3(sz3), s2s3(s2*s3), d(s1*s2*s3) {}
-     589             :     /*! Creates the array as a copy of \a orig. */
-     590             :     arr3(const arr3 &orig)
-     591             :       : s1(orig.s1), s2(orig.s2), s3(orig.s3), s2s3(orig.s2s3), d(orig.d) {}
-     592             :     /*! Frees the memory associated with the array. */
-     593           0 :     ~arr3() {}
-     594             : 
-     595             :     /*! Returns the first array dimension. */
-     596             :     tsize size1() const { return s1; }
-     597             :     /*! Returns the second array dimension. */
-     598             :     tsize size2() const { return s2; }
-     599             :     /*! Returns the third array dimension. */
-     600             :     tsize size3() const { return s3; }
-     601             :     /*! Returns the total array size, i.e. the product of all dimensions. */
-     602             :     tsize size () const { return s1*s2*s3; }
-     603             : 
-     604             :     /*! Allocates space for an array with \a sz1*sz2*sz3 elements.
-     605             :         The content of the array is undefined on exit. */
-     606             :     void alloc (tsize sz1, tsize sz2, tsize sz3)
-     607             :       {
-     608             :       d.alloc(sz1*sz2*sz3);
-     609             :       s1=sz1; s2=sz2; s3=sz3; s2s3=s2*s3;
-     610             :       }
-     611             :     /*! Deallocates the space and makes the array zero-sized. */
-     612             :     void dealloc () {d.dealloc(); s1=0; s2=0; s3=0; s2s3=0;}
-     613             : 
-     614             :     /*! Sets all array elements to \a val. */
-     615             :     void fill (const T &val)
-     616             :       { d.fill(val); }
-     617             : 
-     618             :     /*! Changes the array to be a copy of \a orig. */
-     619             :     arr3 &operator= (const arr3 &orig)
-     620             :       {
-     621             :       if (this==&orig) return *this;
-     622             :       alloc (orig.s1, orig.s2, orig.s3);
-     623             :       d = orig.d;
-     624             :       return *this;
-     625             :       }
-     626             : 
-     627             :     /*! Returns a reference to the element with the indices
-     628             :         \a n1, \a n2 and \a n3. */
-     629             :     template<typename T2, typename T3, typename T4> T &operator()
-     630             :       (T2 n1, T3 n2, T4 n3)
-     631           0 :       {return d[n1*s2s3 + n2*s3 + n3];}
-     632             :     /*! Returns a constant reference to the element with the indices
-     633             :         \a n1, \a n2 and \a n3. */
-     634             :     template<typename T2, typename T3, typename T4> const T &operator()
-     635             :       (T2 n1, T3 n2, T4 n3) const
-     636             :       {return d[n1*s2s3 + n2*s3 + n3];}
-     637             : 
-     638             :     /*! Swaps contents and sizes with \a other. */
-     639             :     void swap (arr3 &other)
-     640             :       {
-     641             :       d.swap(other.d);
-     642             :       std::swap(s1,other.s1);
-     643             :       std::swap(s2,other.s2);
-     644             :       std::swap(s3,other.s3);
-     645             :       std::swap(s2s3,other.s2s3);
-     646             :       }
-     647             : 
-     648             :     /*! Returns \c true if the array and \a other have the same dimensions,
-     649             :         else \c false. */
-     650             :     template<typename T2> bool conformable (const arr3<T2> &other) const
-     651             :       { return (other.size1()==s1)&&(other.size2()==s2)&&(other.size3()==s3); }
-     652             :   };
-     653             : 
-     654             : /*! \} */
-     655             : 
-     656             : } // namespace healpix
-     657             : #endif
-     658             : 
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-
-       1             : 
-       2             : /*
-       3             :  *  This file is part of libcxxsupport.
-       4             :  *
-       5             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       6             :  *  it under the terms of the GNU General Public License as published by
-       7             :  *  the Free Software Foundation; either version 2 of the License, or
-       8             :  *  (at your option) any later version.
-       9             :  *
-      10             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      11             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      12             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      13             :  *  GNU General Public License for more details.
-      14             :  *
-      15             :  *  You should have received a copy of the GNU General Public License
-      16             :  *  along with libcxxsupport; if not, write to the Free Software
-      17             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      18             :  */
-      19             : 
-      20             : /*
-      21             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      22             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      23             :  *  (DLR).
-      24             :  */
-      25             : 
-      26             : /*! \file error_handling.h
-      27             :  *  Utilities for error reporting
-      28             :  *
-      29             :  *  Copyright (C) 2003-2011 Max-Planck-Society
-      30             :  *  Authors: Reinhard Hell, Martin Reinecke
-      31             :  */
-      32             : 
-      33             : #ifndef PLANCK_ERROR_HANDLING_H
-      34             : #define PLANCK_ERROR_HANDLING_H
-      35             : 
-      36             : #include <string>
-      37             : #include <iostream>
-      38             : 
-      39             : namespace healpix{
-      40             : #if defined (__GNUC__)
-      41             : #define PLANCK_FUNC_NAME__ __PRETTY_FUNCTION__
-      42             : #else
-      43             : #define PLANCK_FUNC_NAME__ 0
-      44             : #endif
-      45             : 
-      46             : void planck_failure__(const char *file, int line, const char *func,
-      47             :   const std::string &msg);
-      48             : void planck_failure__(const char *file, int line, const char *func,
-      49             :   const char *msg);
-      50             : void killjob__();
-      51             : 
-      52             : class PlanckError
-      53             :   {
-      54             :   private:
-      55             :     std::string msg;
-      56             : 
-      57             :   public:
-      58             :     explicit PlanckError(const std::string &message);
-      59             :     explicit PlanckError(const char *message);
-      60             : 
-      61           0 :     virtual const char* what() const
-      62           0 :       { return msg.c_str(); }
-      63             : 
-      64             :     virtual ~PlanckError();
-      65             :   };
-      66             : 
-      67             : /*! \defgroup errorgroup Error handling */
-      68             : /*! \{ */
-      69             : 
-      70             : /*! Writes diagnostic output and exits with an error status. */
-      71             : #define planck_fail(msg) \
-      72             : do { planck_failure__(__FILE__,__LINE__,PLANCK_FUNC_NAME__,msg); \
-      73             : throw PlanckError(msg); } while(0)
-      74             : 
-      75             : /*! Throws a PlanckError without diagnostic message. */
-      76             : #define planck_fail_quietly(msg) \
-      77             : do { throw PlanckError(msg); } while(0)
-      78             : 
-      79             : /*! Writes diagnostic output and exits with an error status if \a testval
-      80             :     is \a false. */
-      81             : #define planck_assert(testval,msg) \
-      82             : do { if (testval); else planck_fail(msg); } while(0)
-      83             : 
-      84             : /*! Macro for improving error diagnostics. Should be placed immediately
-      85             :     after the opening brace of \c main(). Must be used in conjunction with
-      86             :     \c PLANCK_DIAGNOSIS_END. */
-      87             : #define PLANCK_DIAGNOSIS_BEGIN try {
-      88             : /*! Macro for improving error diagnostics. Should be placed immediately
-      89             :     before the closing brace of \c main(). Must be used in conjunction with
-      90             :     \c PLANCK_DIAGNOSIS_BEGIN. */
-      91             : #define PLANCK_DIAGNOSIS_END \
-      92             : } \
-      93             : catch (PlanckError &) \
-      94             :   { killjob__(); /* no need for further diagnostics; they were shown already */ } \
-      95             : catch (std::exception &e) \
-      96             :   { std::cerr << "std::exception: " << e.what() << std::endl; killjob__(); } \
-      97             : catch (...) \
-      98             :   { std::cerr << "Unknown exception" << std::endl; killjob__(); }
-      99             : 
-     100             : /*! \} */
-     101             : 
-     102             : } // namespace healpix
-     103             : #endif
-     104             : 
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-       1             : /*
-       2             :  *  This file is part of libcxxsupport.
-       3             :  *
-       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with libcxxsupport; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  */
-      18             : 
-      19             : /*
-      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      22             :  *  (DLR).
-      23             :  */
-      24             : 
-      25             : /*! \file geom_utils.h
-      26             :  *  Geometric utility functions.
-      27             :  *
-      28             :  *  Copyright (C) 2003-2011 Max-Planck-Society
-      29             :  *  \author Martin Reinecke
-      30             :  *  \author Reinhard Hell
-      31             :  */
-      32             : 
-      33             : #ifndef PLANCK_GEOM_UTILS_H
-      34             : #define PLANCK_GEOM_UTILS_H
-      35             : 
-      36             : #include "healpix_base/math_utils.h"
-      37             : #include "healpix_base/vec3.h"
-      38             : 
-      39             : namespace healpix{
-      40             : 
-      41             : template<typename T> class arr;
-      42             : 
-      43             : /*! Returns the orientation when looking from point \a loc on the unit
-      44             :     sphere in the direction \a dir. \a loc must be normalized. The result
-      45             :     ranges from -pi to pi, is 0 for North and pi/2 for West, i.e. the angle
-      46             :     is given in mathematically positive sense.
-      47             : 
-      48             :     If \a loc is the North or South pole, the returned angle is
-      49             :     \a atan2(dir.y,dir.x). */
-      50             : inline double orientation (const vec3 &loc, const vec3 &dir)
-      51             :   {
-      52             : // FIXME: here is still optimization potential
-      53             :   if (loc.x==0 && loc.y==0)
-      54             :     return (loc.z>0) ? safe_atan2(dir.y,-dir.x) : safe_atan2(dir.y,dir.x);
-      55             :   vec3 east (-loc.y, loc.x, 0);
-      56             :   vec3 north = crossprod(loc,east);
-      57             :   return safe_atan2(-dotprod(dir,east),dotprod(dir,north));
-      58             :   }
-      59             : 
-      60             : /*! Returns the angle between \a v1 and \a v2 in radians. */
-      61           0 : inline double v_angle (const vec3 &v1, const vec3 &v2)
-      62             :   {
-      63             :   using namespace std;
-      64           0 :   return atan2 (crossprod(v1,v2).Length(), dotprod(v1,v2));
-      65             :   }
-      66             : 
-      67             : /*! Returns the cosine of the angle between the two points on the sphere defined
-      68             :     by (\a z1, \a phi1) and (\a z2, \a phi2), respectively. \a z is the cosine
-      69             :     of the colatitude, and \a phi is the longitude. */
-      70           0 : inline double cosdist_zphi (double z1, double phi1, double z2, double phi2)
-      71             :   {
-      72             :   using namespace std;
-      73           0 :   return z1*z2+cos(phi1-phi2)*sqrt((1.-z1*z1)*(1.-z2*z2));
-      74             :   }
-      75             : 
-      76             : /*! Finds the smallest enclosing cone for a point set on the sphere according to
-      77             :     Barequet & Elber: Information Processing Letters 93(2005), p.83.
-      78             :     All points are expected to be passed as unit vectors.
-      79             :     The enclosing cone must have an opening angle <pi/2. */
-      80             : void find_enclosing_circle (const arr<vec3> &point, vec3 &center,
-      81             :   double &cosrad);
-      82             : 
-      83             : } // namespace healpix
-      84             : #endif
-      85             : 
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LCOV - code coverage report
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Current view:top level - libs/healpix_base/include/healpix_base - healpix_base.h (source / functions)HitTotalCoverage
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LCOV - code coverage report
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Test:coverage.info.cleanedLines:165032.0 %
Date:2024-04-08 14:58:22Functions:3348.8 %
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          Line data    Source code
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-       1             : /*
-       2             :  *  This file is part of Healpix_cxx.
-       3             :  *
-       4             :  *  Healpix_cxx is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  Healpix_cxx is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with Healpix_cxx; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  *
-      18             :  *  For more information about HEALPix, see http://healpix.sourceforge.net
-      19             :  */
-      20             : 
-      21             : /*
-      22             :  *  Healpix_cxx is being developed at the Max-Planck-Institut fuer Astrophysik
-      23             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      24             :  *  (DLR).
-      25             :  */
-      26             : 
-      27             : /*! \file healpix_base.h
-      28             :  *  Copyright (C) 2003-2012 Max-Planck-Society
-      29             :  *  \author Martin Reinecke
-      30             :  */
-      31             : 
-      32             : #ifndef HEALPIX_BASE_H
-      33             : #define HEALPIX_BASE_H
-      34             : 
-      35             : #include <vector>
-      36             : #include "healpix_base/healpix_tables.h"
-      37             : #include "healpix_base/pointing.h"
-      38             : #include "healpix_base/arr.h"
-      39             : #include "healpix_base/rangeset.h"
-      40             : 
-      41             : namespace healpix{
-      42             : 
-      43             : /*! Functionality related to the HEALPix pixelisation. */
-      44             : template<typename I> class T_Healpix_Base: public Healpix_Tables
-      45             :   {
-      46             :   protected:
-      47             :     /*! The order of the map; -1 for nonhierarchical map. */
-      48             :     int order_;
-      49             :     /*! The N_side parameter of the map; 0 if not allocated. */
-      50             :     I nside_;
-      51             :     I npface_, ncap_, npix_;
-      52             :     double fact1_, fact2_;
-      53             :     /*! The map's ordering scheme. */
-      54             :     Healpix_Ordering_Scheme scheme_;
-      55             : 
-      56             :     /*! Returns the number of the next ring to the north of \a z=cos(theta).
-      57             :         It may return 0; in this case \a z lies north of all rings. */
-      58             :     inline I ring_above (double z) const;
-      59             :     void in_ring (I iz, double phi0, double dphi, rangeset<I> &pixset) const;
-      60             : 
-      61             :     template<typename I2> void query_multidisc (const arr<vec3> &norm,
-      62             :       const arr<double> &rad, int fact, rangeset<I2> &pixset) const;
-      63             : 
-      64             :     void query_multidisc_general (const arr<vec3> &norm, const arr<double> &rad,
-      65             :       bool inclusive, const std::vector<int> &cmds, rangeset<I> &pixset) const;
-      66             : 
-      67             :     void query_strip_internal (double theta1, double theta2, bool inclusive,
-      68             :       rangeset<I> &pixset) const;
-      69             : 
-      70             :     inline I spread_bits (int v) const;
-      71             :     inline int compress_bits (I v) const;
-      72             : 
-      73             :     I xyf2nest(int ix, int iy, int face_num) const;
-      74             :     void nest2xyf(I pix, int &ix, int &iy, int &face_num) const;
-      75             :     I xyf2ring(int ix, int iy, int face_num) const;
-      76             :     void ring2xyf(I pix, int &ix, int &iy, int &face_num) const;
-      77             : 
-      78             :     I loc2pix (double z, double phi, double sth, bool have_sth) const;
-      79             :     void pix2loc (I pix, double &z, double &phi, double &sth, bool &have_sth)
-      80             :       const;
-      81             : 
-      82             :     void xyf2loc(double x, double y, int face, double &z, double &ph,
-      83             :       double &sth, bool &have_sth) const;
-      84             : 
-      85             :     I nest_peano_helper (I pix, int dir) const;
-      86             : 
-      87             :     typedef I (T_Healpix_Base::*swapfunc)(I pix) const;
-      88             : 
-      89             :   public:
-      90             :     static const int order_max;
-      91             : 
-      92             :     /*! Calculates the map order from its \a N_side parameter.
-      93             :         Returns -1 if \a nside is not a power of 2.
-      94             :         \param nside the \a N_side parameter */
-      95             :     static int nside2order (I nside);
-      96             :     /*! Calculates the \a N_side parameter from the number of pixels.
-      97             :         \param npix the number of pixels */
-      98             :     static I npix2nside (I npix);
-      99             :     /*! Constructs an unallocated object. */
-     100             :     T_Healpix_Base ();
-     101             :     /*! Constructs an object with a given \a order and the ordering
-     102             :         scheme \a scheme. */
-     103          10 :     T_Healpix_Base (int order, Healpix_Ordering_Scheme scheme)
-     104          10 :       { Set (order, scheme); }
-     105             :     /*! Constructs an object with a given \a nside and the ordering
-     106             :         scheme \a scheme. The \a nside_dummy parameter must be set to
-     107             :         SET_NSIDE. */
-     108           0 :     T_Healpix_Base (I nside, Healpix_Ordering_Scheme scheme, const nside_dummy)
-     109           0 :       { SetNside (nside, scheme); }
-     110             : 
-     111             :     /*! Adjusts the object to \a order and \a scheme. */
-     112             :     void Set (int order, Healpix_Ordering_Scheme scheme);
-     113             :     /*! Adjusts the object to \a nside and \a scheme. */
-     114             :     void SetNside (I nside, Healpix_Ordering_Scheme scheme);
-     115             : 
-     116             :     /*! Returns the z-coordinate of the ring \a ring. This also works
-     117             :         for the (not really existing) rings 0 and 4*nside. */
-     118             :     double ring2z (I ring) const;
-     119             :     /*! Returns the number of the ring in which \a pix lies. */
-     120             :     I pix2ring (I pix) const;
-     121             : 
-     122           0 :     I xyf2pix(int ix, int iy, int face_num) const
-     123             :       {
-     124           0 :       return (scheme_==RING) ?
-     125           0 :         xyf2ring(ix,iy,face_num) : xyf2nest(ix,iy,face_num);
-     126             :       }
-     127           0 :     void pix2xyf(I pix, int &ix, int &iy, int &face_num) const
-     128             :       {
-     129           0 :       (scheme_==RING) ?
-     130           0 :         ring2xyf(pix,ix,iy,face_num) : nest2xyf(pix,ix,iy,face_num);
-     131           0 :       }
-     132             : 
-     133             :     /*! Translates a pixel number from NEST to RING. */
-     134             :     I nest2ring (I pix) const;
-     135             :     /*! Translates a pixel number from RING to NEST. */
-     136             :     I ring2nest (I pix) const;
-     137             :     /*! Translates a pixel number from NEST to its Peano index. */
-     138             :     I nest2peano (I pix) const;
-     139             :     /*! Translates a pixel number from its Peano index to NEST. */
-     140             :     I peano2nest (I pix) const;
-     141             : 
-     142             :     /*! Returns the number of the pixel which contains the angular coordinates
-     143             :         (\a z:=cos(theta), \a phi).
-     144             :         \note This method is inaccurate near the poles at high resolutions. */
-     145           0 :     I zphi2pix (double z, double phi) const
-     146           0 :       { return loc2pix(z,phi,0.,false); }
-     147             : 
-     148             :     /*! Returns the number of the pixel which contains the angular coordinates
-     149             :         \a ang. */
-     150           0 :     I ang2pix (const pointing &ang) const
-     151             :       {
-     152             :       const double pi_=3.141592653589793238462643383279502884197;
-     153           0 :       planck_assert((ang.theta>=0)&&(ang.theta<=pi_),"invalid theta value");
-     154           0 :       return ((ang.theta<0.01) || (ang.theta > 3.14159-0.01)) ?
-     155           0 :         loc2pix(cos(ang.theta),ang.phi,sin(ang.theta),true) :
-     156           0 :         loc2pix(cos(ang.theta),ang.phi,0.,false);
-     157             :       }
-     158             :     /*! Returns the number of the pixel which contains the vector \a vec
-     159             :         (\a vec is normalized if necessary). */
-     160       24585 :     I vec2pix (const vec3 &vec) const
-     161             :       {
-     162       24585 :       double xl = 1./vec.Length();
-     163             :       double phi = safe_atan2(vec.y,vec.x);
-     164       24585 :       double nz = vec.z*xl;
-     165       24585 :       if (std::abs(nz)>0.99)
-     166         241 :         return loc2pix (nz,phi,sqrt(vec.x*vec.x+vec.y*vec.y)*xl,true);
-     167             :       else
-     168       24344 :         return loc2pix (nz,phi,0,false);
-     169             :       }
-     170             : 
-     171             :     /*! Returns the angular coordinates (\a z:=cos(theta), \a phi) of the center
-     172             :         of the pixel with number \a pix.
-     173             :         \note This method is inaccurate near the poles at high resolutions. */
-     174           0 :     void pix2zphi (I pix, double &z, double &phi) const
-     175             :       {
-     176             :       bool dum_b;
-     177             :       double dum_d;
-     178           0 :       pix2loc(pix,z,phi,dum_d,dum_b);
-     179           0 :       }
-     180             : 
-     181             :     /*! Returns the angular coordinates of the center of the pixel with
-     182             :         number \a pix. */
-     183           0 :     pointing pix2ang (I pix) const
-     184             :       {
-     185             :       double z, phi, sth;
-     186             :       bool have_sth;
-     187           0 :       pix2loc (pix,z,phi,sth,have_sth);
-     188           0 :       return have_sth ? pointing(atan2(sth,z),phi) : pointing(acos(z),phi);
-     189             :       }
-     190             :     /*! Returns the vector to the center of the pixel with number \a pix. */
-     191      135593 :     vec3 pix2vec (I pix) const
-     192             :       {
-     193             :       double z, phi, sth;
-     194             :       bool have_sth;
-     195      135593 :       pix2loc (pix,z,phi,sth,have_sth);
-     196      135593 :       if (have_sth)
-     197        1417 :         return vec3(sth*cos(phi),sth*sin(phi),z);
-     198             :       else
-     199             :         {
-     200             :         vec3 res;
-     201      134176 :         res.set_z_phi (z, phi);
-     202      134176 :         return res;
-     203             :         }
-     204             :       }
-     205             : 
-     206             :     template<typename I2> void query_disc_internal (pointing ptg, double radius,
-     207             :       int fact, rangeset<I2> &pixset) const;
-     208             : 
-     209             :     /*! Returns the range set of all pixels whose centers lie within the disk
-     210             :         defined by \a dir and \a radius.
-     211             :         \param dir the angular coordinates of the disk center
-     212             :         \param radius the radius (in radians) of the disk
-     213             :         \param pixset a \a rangeset object containing the indices of all pixels
-     214             :            whose centers lie inside the disk
-     215             :         \note This method is more efficient in the RING scheme. */
-     216             :     void query_disc (pointing ptg, double radius, rangeset<I> &pixset) const;
-     217             :     /*! Returns the range set of all pixels which overlap with the disk
-     218             :         defined by \a dir and \a radius.
-     219             :         \param dir the angular coordinates of the disk center
-     220             :         \param radius the radius (in radians) of the disk
-     221             :         \param pixset a \a rangeset object containing the indices of all pixels
-     222             :            overlapping with the disk.
-     223             :         \param fact The overlapping test will be done at the resolution
-     224             :            \a fact*nside. For NESTED ordering, \a fact must be a power of 2,
-     225             :            else it can be any positive integer. A typical choice would be 4.
-     226             :         \note This method may return some pixels which don't overlap with
-     227             :            the disk at all. The higher \a fact is chosen, the fewer false
-     228             :            positives are returned, at the cost of increased run time.
-     229             :         \note This method is more efficient in the RING scheme. */
-     230             :     void query_disc_inclusive (pointing ptg, double radius, rangeset<I> &pixset,
-     231             :       int fact=1) const;
-     232             : 
-     233             :     /*! \deprecated Please use the version based on \a rangeset */
-     234           0 :     void query_disc (const pointing &dir, double radius,
-     235             :       std::vector<I> &listpix) const
-     236             :       {
-     237             :       rangeset<I> pixset;
-     238           0 :       query_disc(dir,radius,pixset);
-     239           0 :       pixset.toVector(listpix);
-     240           0 :       }
-     241             :     /*! \deprecated Please use the version based on \a rangeset */
-     242           0 :     void query_disc_inclusive (const pointing &dir, double radius,
-     243             :       std::vector<I> &listpix, int fact=1) const
-     244             :       {
-     245             :       rangeset<I> pixset;
-     246           0 :       query_disc_inclusive(dir,radius,pixset,fact);
-     247           0 :       pixset.toVector(listpix);
-     248           0 :       }
-     249             : 
-     250             :     template<typename I2> void query_polygon_internal
-     251             :       (const std::vector<pointing> &vertex, int fact,
-     252             :       rangeset<I2> &pixset) const;
-     253             : 
-     254             :     /*! Returns a range set of pixels whose centers lie within the convex
-     255             :         polygon defined by the \a vertex array.
-     256             :         \param vertex array containing the vertices of the polygon.
-     257             :         \param pixset a \a rangeset object containing the indices of all pixels
-     258             :            whose centers lie inside the polygon
-     259             :         \note This method is more efficient in the RING scheme. */
-     260             :     void query_polygon (const std::vector<pointing> &vertex,
-     261             :       rangeset<I> &pixset) const;
-     262             : 
-     263             :     /*! Returns a range set of pixels which overlap with the convex
-     264             :         polygon defined by the \a vertex array.
-     265             :         \param vertex array containing the vertices of the polygon.
-     266             :         \param pixset a \a rangeset object containing the indices of all pixels
-     267             :            overlapping with the polygon.
-     268             :         \param fact The overlapping test will be done at the resolution
-     269             :            \a fact*nside. For NESTED ordering, \a fact must be a power of 2,
-     270             :            else it can be any positive integer. A typical choice would be 4.
-     271             :         \note This method may return some pixels which don't overlap with
-     272             :            the polygon at all. The higher \a fact is chosen, the fewer false
-     273             :            positives are returned, at the cost of increased run time.
-     274             :         \note This method is more efficient in the RING scheme. */
-     275             :     void query_polygon_inclusive (const std::vector<pointing> &vertex,
-     276             :       rangeset<I> &pixset, int fact=1) const;
-     277             : 
-     278             :     /*! Returns a range set of pixels whose centers lie within the colatitude
-     279             :         range defined by \a theta1 and \a theta2 (if \a inclusive==false), or
-     280             :         which overlap with this region (if \a inclusive==true). If
-     281             :         \a theta1<theta2, the region between both angles is considered,
-     282             :         otherwise the regions \a 0<theta<theta2 and \a theta1<theta<pi.
-     283             :         \param theta1 first colatitude
-     284             :         \param theta2 second colatitude
-     285             :         \param inclusive if \a false, return the exact set of pixels whose
-     286             :            pixels centers lie within the region; if \a true, return all pixels
-     287             :            that overlap with the region. */
-     288             :     void query_strip (double theta1, double theta2, bool inclusive,
-     289             :       rangeset<I> &pixset) const;
-     290             : 
-     291             :     /*! Returns useful information about a given ring of the map.
-     292             :         \param ring the ring number (the number of the first ring is 1)
-     293             :         \param startpix the number of the first pixel in the ring
-     294             :                (NOTE: this is always given in the RING numbering scheme!)
-     295             :         \param ringpix the number of pixels in the ring
-     296             :         \param costheta the cosine of the colatitude of the ring
-     297             :         \param sintheta the sine of the colatitude of the ring
-     298             :         \param shifted if \a true, the center of the first pixel is not at
-     299             :                \a phi=0 */
-     300             :     void get_ring_info (I ring, I &startpix, I &ringpix,
-     301             :       double &costheta, double &sintheta, bool &shifted) const;
-     302             :     /*! Returns useful information about a given ring of the map.
-     303             :         \param ring the ring number (the number of the first ring is 1)
-     304             :         \param startpix the number of the first pixel in the ring
-     305             :                (NOTE: this is always given in the RING numbering scheme!)
-     306             :         \param ringpix the number of pixels in the ring
-     307             :         \param theta the colatitude (in radians) of the ring
-     308             :         \param shifted if \a true, the center of the first pixel is not at
-     309             :                \a phi=0 */
-     310             :     void get_ring_info2 (I ring, I &startpix, I &ringpix,
-     311             :       double &theta, bool &shifted) const;
-     312             :     /*! Returns useful information about a given ring of the map.
-     313             :         \param ring the ring number (the number of the first ring is 1)
-     314             :         \param startpix the number of the first pixel in the ring
-     315             :                (NOTE: this is always given in the RING numbering scheme!)
-     316             :         \param ringpix the number of pixels in the ring
-     317             :         \param shifted if \a true, the center of the first pixel is not at
-     318             :                \a phi=0 */
-     319             :     void get_ring_info_small (I ring, I &startpix, I &ringpix,
-     320             :         bool &shifted) const;
-     321             :     /*! Returns the neighboring pixels of \a pix in \a result.
-     322             :         On exit, \a result contains (in this order)
-     323             :         the pixel numbers of the SW, W, NW, N, NE, E, SE and S neighbor
-     324             :         of \a pix. If a neighbor does not exist (this can only be the case
-     325             :         for the W, N, E and S neighbors), its entry is set to -1.
-     326             : 
-     327             :         \note This method works in both RING and NEST schemes, but is
-     328             :           considerably faster in the NEST scheme. */
-     329             :     void neighbors (I pix, fix_arr<I,8> &result) const;
-     330             :     /*! Returns interpolation information for the direction \a ptg.
-     331             :         The surrounding pixels are returned in \a pix, their corresponding
-     332             :         weights in \a wgt.
-     333             :         \note This method works in both RING and NEST schemes, but is
-     334             :           considerably faster in the RING scheme. */
-     335             :     void get_interpol (const pointing &ptg, fix_arr<I,4> &pix,
-     336             :                        fix_arr<double,4> &wgt) const;
-     337             : 
-     338             :     /*! Returns the order parameter of the object. */
-     339         421 :     int Order() const { return order_; }
-     340             :     /*! Returns the \a N_side parameter of the object. */
-     341           0 :     I Nside() const { return nside_; }
-     342             :     /*! Returns the number of pixels of the object. */
-     343    10403763 :     I Npix() const { return npix_; }
-     344             :     /*! Returns the ordering scheme of the object. */
-     345           0 :     Healpix_Ordering_Scheme Scheme() const { return scheme_; }
-     346             : 
-     347             :     /*! Returns \a true, if both objects have the same nside and scheme,
-     348             :         else \a false. */
-     349           0 :     bool conformable (const T_Healpix_Base &other) const
-     350           0 :       { return ((nside_==other.nside_) && (scheme_==other.scheme_)); }
-     351             : 
-     352             :     /*! Swaps the contents of two Healpix_Base objects. */
-     353             :     void swap (T_Healpix_Base &other);
-     354             : 
-     355             :     /*! Returns the maximum angular distance (in radian) between any pixel
-     356             :         center and its corners. */
-     357             :     double max_pixrad() const;
-     358             : 
-     359             :     /*! Returns the maximum angular distance (in radian) between any pixel
-     360             :         center and its corners in a given ring. */
-     361             :     double max_pixrad(I ring) const;
-     362             : 
-     363             :     /*! Returns a set of points along the boundary of the given pixel.
-     364             :         \a step=1 gives 4 points on the corners. The first point corresponds
-     365             :         to the northernmost corner, the subsequent points follow the pixel
-     366             :         boundary through west, south and east corners.
-     367             :         \param pix pixel index number
-     368             :         \param step the number of returned points is 4*step. */
-     369             :     void boundaries (I pix, tsize step, std::vector<vec3> &out) const;
-     370             : 
-     371             :     arr<int> swap_cycles() const;
-     372             :   };
-     373             : 
-     374             : /*! T_Healpix_Base for Nside up to 2^13. */
-     375             : typedef T_Healpix_Base<int> Healpix_Base;
-     376             : /*! T_Healpix_Base for Nside up to 2^29. */
-     377             : typedef T_Healpix_Base<int64> Healpix_Base2;
-     378             : 
-     379             : } // namespace healpix
-     380             : #endif
-     381             : 
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          Line data    Source code
-
-       1             : /*
-       2             :  *  This file is part of libcxxsupport.
-       3             :  *
-       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with libcxxsupport; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  */
-      18             : 
-      19             : /*
-      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      22             :  *  (DLR).
-      23             :  */
-      24             : 
-      25             : /*! \file math_utils.h
-      26             :  *  Various convenience mathematical functions.
-      27             :  *
-      28             :  *  Copyright (C) 2002-2012 Max-Planck-Society
-      29             :  *  \author Martin Reinecke
-      30             :  */
-      31             : 
-      32             : #ifndef PLANCK_MATH_UTILS_H
-      33             : #define PLANCK_MATH_UTILS_H
-      34             : 
-      35             : #include <cmath>
-      36             : #include <algorithm>
-      37             : #include "healpix_base/datatypes.h"
-      38             : 
-      39             : namespace healpix{
-      40             : 
-      41             : /*! \defgroup mathutilsgroup Mathematical helper functions */
-      42             : /*! \{ */
-      43             : 
-      44             : /*! Returns \e true if | \a a-b | <= \a epsilon * | \a b |, else \e false. */
-      45             : template<typename F> inline bool approx (F a, F b, F epsilon=1e-5)
-      46             :   {
-      47             :   using namespace std;
-      48             :   return abs(a-b) <= (epsilon*abs(b));
-      49             :   }
-      50             : 
-      51             : /*! Returns \e true if | \a a-b | <= \a epsilon, else \e false. */
-      52             : template<typename F> inline bool abs_approx (F a, F b, F epsilon=1e-5)
-      53             :   {
-      54             :   using namespace std;
-      55             :   return abs(a-b) <= epsilon;
-      56             :   }
-      57             : 
-      58             : /*! Returns the largest integer which is smaller than (or equal to) \a arg. */
-      59             : template<typename I, typename F> inline I ifloor (F arg)
-      60             :   {
-      61             :   using namespace std;
-      62           0 :   return I(floor(arg));
-      63             :   }
-      64             : 
-      65             : /*! Returns the integer which is nearest to \a arg. */
-      66             : template<typename I, typename F> inline I nearest (F arg)
-      67             :   { return ifloor<I>(arg+0.5); }
-      68             : 
-      69             : /*! Returns the remainder of the division \a v1/v2.
-      70             :     The result is non-negative.
-      71             :     \a v1 can be positive or negative; \a v2 must be positive. */
-      72       24585 : inline double fmodulo (double v1, double v2)
-      73             :   {
-      74             :   using namespace std;
-      75       24585 :   if (v1>=0)
-      76       12356 :     return (v1<v2) ? v1 : fmod(v1,v2);
-      77       12229 :   double tmp=fmod(v1,v2)+v2;
-      78       12229 :   return (tmp==v2) ? 0. : tmp;
-      79             : //  return (v1>=0) ? ((v1<v2) ? v1 : fmod(v1,v2)) : (fmod(v1,v2)+v2);
-      80             :   }
-      81             : 
-      82             : /*! Returns the remainder of the division \a v1/v2.
-      83             :     The result is non-negative.
-      84             :     \a v1 can be positive or negative; \a v2 must be positive. */
-      85             : template<typename I> inline I imodulo (I v1, I v2)
-      86             :   { I v=v1%v2; return (v>=0) ? v : v+v2; }
-      87             : 
-      88             : /*! Returns -1 if \a signvalue is negative, else +1. */
-      89             : template<typename T> inline T sign (const T& signvalue)
-      90             :   { return (signvalue>=0) ? 1 : -1; }
-      91             : 
-      92             : /*! Returns \a val*pow(-1,m) */
-      93             : template<typename T, typename I> inline T xpow (I m, T val)
-      94             :   { return (m&1) ? -val : val; }
-      95             : 
-      96             : template<typename I, bool g4> struct isqrt_helper__
-      97             :   {};
-      98             : template<typename I> struct isqrt_helper__ <I, false>
-      99             :   {
-     100             :   static uint32 isqrt (I arg)
-     101             :     {
-     102             :     using namespace std;
-     103       44162 :     return uint32 (sqrt(arg+0.5));
-     104             :     }
-     105             :   };
-     106             : template<typename I> struct isqrt_helper__ <I, true>
-     107             :   {
-     108           0 :   static uint32 isqrt (I arg)
-     109             :     {
-     110             :     using namespace std;
-     111           0 :     I res = sqrt(double(arg)+0.5);
-     112           0 :     if (arg<(int64(1)<<50)) return uint32(res);
-     113           0 :     if (res*res>arg)
-     114           0 :       --res;
-     115           0 :     else if ((res+1)*(res+1)<=arg)
-     116             :       ++res;
-     117           0 :     return uint32(res);
-     118             :     }
-     119             :   };
-     120             : 
-     121             : /*! Returns the integer \a n, which fulfills \a n*n<=arg<(n+1)*(n+1). */
-     122             : template<typename I> inline uint32 isqrt (I arg)
-     123           0 :   { return isqrt_helper__<I,(sizeof(I)>4)>::isqrt(arg); }
-     124             : 
-     125             : /*! Returns the largest integer \a n that fulfills \a 2^n<=arg. */
-     126           0 : template<typename I> inline int ilog2 (I arg)
-     127             :   {
-     128             :   int res=0;
-     129           0 :   while (arg > 0x0000FFFF) { res+=16; arg>>=16; }
-     130           0 :   if (arg > 0x000000FF) { res|=8; arg>>=8; }
-     131           0 :   if (arg > 0x0000000F) { res|=4; arg>>=4; }
-     132           0 :   if (arg > 0x00000003) { res|=2; arg>>=2; }
-     133           0 :   if (arg > 0x00000001) { res|=1; }
-     134           0 :   return res;
-     135             :   }
-     136             : 
-     137             : /*! Returns \a atan2(y,x) if \a x!=0 or \a y!=0; else returns 0. */
-     138             : inline double safe_atan2 (double y, double x)
-     139             :   {
-     140             :   using namespace std;
-     141       61874 :   return ((x==0.) && (y==0.)) ? 0.0 : atan2(y,x);
-     142             :   }
-     143             : 
-     144             : /*! Helper function for linear interpolation (or extrapolation).
-     145             :     The array must be ordered in ascending order; no two values may be equal. */
-     146             : template<typename T, typename Iter, typename Comp> inline void interpol_helper
-     147             :   (const Iter &begin, const Iter &end, const T &val, Comp comp, tsize &idx,
-     148             :   T &frac)
-     149             :   {
-     150             :   using namespace std;
-     151             :   planck_assert((end-begin)>1,"sequence too small for interpolation");
-     152             :   idx = lower_bound(begin,end,val,comp)-begin;
-     153             :   if (idx>0) --idx;
-     154             :   idx = min(tsize(end-begin-2),idx);
-     155             :   frac = (val-begin[idx])/(begin[idx+1]-begin[idx]);
-     156             :   }
-     157             : 
-     158             : /*! Helper function for linear interpolation (or extrapolation).
-     159             :     The array must be ordered in ascending order; no two values may be equal. */
-     160             : template<typename T, typename Iter> inline void interpol_helper
-     161             :   (const Iter &begin, const Iter &end, const T &val, tsize &idx, T &frac)
-     162             :   { interpol_helper (begin,end,val,std::less<T>(),idx,frac); }
-     163             : 
-     164             : /*! \} */
-     165             : 
-     166             : template<typename T> inline bool multiequal (const T &a, const T &b, const T &c)
-     167             :   { return (a==b) && (a==c); }
-     168             : 
-     169             : template<typename T> inline bool multiequal (const T &a, const T &b, const T &c,
-     170             :   const T &d)
-     171             :   { return (a==b) && (a==c) && (a==d); }
-     172             : 
-     173             : template<typename T> inline bool multiequal (const T &a, const T &b, const T &c,
-     174             :   const T &d, const T &e)
-     175             :   { return (a==b) && (a==c) && (a==d) && (a==e); }
-     176             : 
-     177             : template<typename T> inline bool multiequal (const T &a, const T &b, const T &c,
-     178             :   const T &d, const T &e, const T &f)
-     179             :   { return (a==b) && (a==c) && (a==d) && (a==e) && (a==f); }
-     180             : 
-     181             : } // namespace healpix
-     182             : #endif
-     183             : 
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-       1             : /*
-       2             :  *  This file is part of libcxxsupport.
-       3             :  *
-       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with libcxxsupport; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  */
-      18             : 
-      19             : /*
-      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      22             :  *  (DLR).
-      23             :  */
-      24             : 
-      25             : /*! \file pointing.h
-      26             :  *  Class representing a direction in 3D space
-      27             :  *
-      28             :  *  Copyright (C) 2003-2012 Max-Planck-Society
-      29             :  *  \author Martin Reinecke
-      30             :  */
-      31             : 
-      32             : #ifndef PLANCK_POINTING_H
-      33             : #define PLANCK_POINTING_H
-      34             : 
-      35             : #include <cmath>
-      36             : #include "healpix_base/vec3.h"
-      37             : 
-      38             : namespace healpix{
-      39             : 
-      40             : /*! \defgroup pointinggroup Pointings */
-      41             : /*! \{ */
-      42             : 
-      43             : /*! Class representing a direction in 3D space or a location on the
-      44             :     unit sphere. All angles in radians. */
-      45             : class pointing
-      46             :   {
-      47             :   public:
-      48             :     /*! Colatitude of the pointing (i.e. the North pole is at \a theta=0). */
-      49             :     double theta;
-      50             :     /*! Longitude of the pointing. */
-      51             :     double phi;
-      52             : 
-      53             :     /*! Default constructor. \a theta and \a phi are not initialized. */
-      54           0 :     pointing() {}
-      55             :     /*! Creates a pointing with \a Theta and \a Phi. */
-      56           0 :     pointing (double Theta, double Phi) : theta(Theta), phi(Phi) {}
-      57             : 
-      58             : // FIXME: should become "explicit" some time
-      59             :     /*! Creates a pointing from the vector \a inp. \a inp need not be
-      60             :         normalized. */
-      61             :     pointing (const vec3 &inp)
-      62           0 :       { from_vec3(inp); }
-      63             : // FIXME: should be removed some time
-      64             :     /*! Returns a normalized vector pointing in the same direction. */
-      65             :     operator vec3() const
-      66           0 :       { return to_vec3(); }
-      67             :     /*! Returns a normalized vector pointing in the same direction. */
-      68             :     vec3 to_vec3() const;
-      69             :     /*! Converts \a inp to \a ptg. \a inp need not be normalized. */
-      70             :     void from_vec3 (const vec3 &inp);
-      71             :     /*! Changes the angles so that \a 0<=theta<=pi. */
-      72             :     void normalize_theta();
-      73             :     /*! Changes the angles so that \a 0<=theta<=pi and \a 0<=phi<2*pi. */
-      74             :     void normalize();
-      75             :   };
-      76             : 
-      77             : /*! Writes \a p to \a os.
-      78             :     \relates pointing */
-      79             : std::ostream &operator<< (std::ostream &os, const pointing &p);
-      80             : 
-      81             : /*! \} */
-      82             : 
-      83             : } // namespace healpix
-      84             : #endif
-      85             : 
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-       1             : /*
-       2             :  *  This file is part of libcxxsupport.
-       3             :  *
-       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with libcxxsupport; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  */
-      18             : 
-      19             : /*
-      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      22             :  *  (DLR).
-      23             :  */
-      24             : 
-      25             : /*! \file rangeset.h
-      26             :  *  Class for storing sets of ranges of integer numbers
-      27             :  *
-      28             :  *  Copyright (C) 2011, 2012 Max-Planck-Society
-      29             :  *  \author Martin Reinecke
-      30             :  */
-      31             : 
-      32             : #ifndef PLANCK_RANGESET_H
-      33             : #define PLANCK_RANGESET_H
-      34             : 
-      35             : #include <algorithm>
-      36             : #include <vector>
-      37             : #include <utility>
-      38             : #include <iostream>
-      39             : #include "healpix_base/datatypes.h"
-      40             : #include "healpix_base/error_handling.h"
-      41             : 
-      42             : namespace healpix{
-      43             : 
-      44             : /*! Class for storing sets of ranges of integer numbers */
-      45           0 : template<typename T> class rangeset
-      46             :   {
-      47             :   private:
-      48             :     typedef std::vector<T> rtype;
-      49             :     typedef typename rtype::iterator iterator;
-      50             :     typedef typename rtype::const_iterator c_iterator;
-      51             :     rtype r;
-      52             : 
-      53           0 :     tdiff iiv (const T &val) const
-      54           0 :       { return tdiff(std::upper_bound(r.begin(),r.end(),val)-r.begin())-1; }
-      55             : 
-      56           0 :     void addRemove (T a, T b, tdiff v)
-      57             :       {
-      58           0 :       tdiff pos1=iiv(a), pos2=iiv(b);
-      59           0 :       if ((pos1>=0) && (r[pos1]==a)) --pos1;
-      60             :       // first to delete is at pos1+1; last is at pos2
-      61           0 :       bool insert_a = (pos1&1)==v;
-      62           0 :       bool insert_b = (pos2&1)==v;
-      63           0 :       int rmstart=pos1+1+(insert_a ? 1 : 0);
-      64           0 :       int rmend  =pos2-(insert_b?1:0);
-      65             : 
-      66           0 :       planck_assert((rmend-rmstart)&1,"cannot happen");
-      67             : 
-      68           0 :       if (insert_a && insert_b && (pos1+1>pos2)) // insert
-      69             :         {
-      70           0 :         r.insert(r.begin()+pos1+1,2,a);
-      71           0 :         r[pos1+2]=b;
-      72             :         }
-      73             :       else
-      74             :         {
-      75           0 :         if (insert_a) r[pos1+1]=a;
-      76           0 :         if (insert_b) r[pos2]=b;
-      77           0 :         r.erase(r.begin()+rmstart,r.begin()+rmend+1);
-      78             :         }
-      79           0 :       }
-      80             : 
-      81             :     static void generalUnion (const rtype &a, const rtype &b,
-      82             :       bool flip_a, bool flip_b, rtype &c)
-      83             :       {
-      84             :       planck_assert((&c!=&a)&&(&c!=&b), "cannot overwrite the rangeset");
-      85             :       c.clear();
-      86             :       bool state_a=flip_a, state_b=flip_b, state_res=state_a||state_b;
-      87             :       tsize ia=0, ea=a.size(), ib=0, eb=b.size();
-      88             :       bool runa = ia!=ea, runb = ib!=eb;
-      89             :       while(runa||runb)
-      90             :         {
-      91             :         bool adv_a=false, adv_b=false;
-      92             :         T val,va=T(),vb=T();
-      93             :         if (runa) va = a[ia];
-      94             :         if (runb) vb = b[ib];
-      95             :         if (runa && (!runb || (va<=vb))) { adv_a=true; val=va; }
-      96             :         if (runb && (!runa || (vb<=va))) { adv_b=true; val=vb; }
-      97             :         if (adv_a) { state_a=!state_a; ++ia; runa = ia!=ea; }
-      98             :         if (adv_b) { state_b=!state_b; ++ib; runb = ib!=eb; }
-      99             :         if ((state_a||state_b)!=state_res)
-     100             :           { c.push_back(val); state_res = !state_res; }
-     101             :         }
-     102             :       }
-     103             : 
-     104             :   public:
-     105             :     /*! Removes all rangeset entries. */
-     106             :     void clear() { r.clear(); }
-     107             :     /*! Reserves space for \a n ranges. */
-     108             :     void reserve(tsize n) { r.reserve(2*n); }
-     109             :     /*! Returns the current number of ranges. */
-     110           0 :     tsize size() const { return r.size()>>1; }
-     111             :     /*! Returns the current vector of ranges. */
-     112             :     const rtype &data() const { return r; }
-     113             : 
-     114             :     /*! Returns the first value of range \a i. */
-     115           0 :     const T &ivbegin (tdiff i) const { return r[2*i]; }
-     116             :     /*! Returns the one-past-last value of range \a i. */
-     117           0 :     const T &ivend (tdiff i) const { return r[2*i+1]; }
-     118             :     /*! Returns the length of range \a i. */
-     119             :     T ivlen (tdiff i) const { return r[2*i+1]-r[2*i]; }
-     120             : 
-     121             :     /*! Appends \a [v1;v2[ to the rangeset. \a v1 must be larger
-     122             :         than the minimum of the last range in the rangeset. */
-     123           0 :     void append(const T &v1, const T &v2)
-     124             :       {
-     125           0 :       if (v2<=v1) return;
-     126           0 :       if ((!r.empty()) && (v1<=r.back()))
-     127             :         {
-     128           0 :         planck_assert (v1>=r[r.size()-2],"bad append operation");
-     129           0 :         if (v2>r.back()) r.back()=v2;
-     130             :         }
-     131             :       else
-     132           0 :         { r.push_back(v1); r.push_back(v2); }
-     133             :       }
-     134             :     /*! Appends \a [v;v+1[ to the rangeset. \a v must be larger
-     135             :         than the minimum of the last range in the rangeset. */
-     136             :     void append(const T &v)
-     137           0 :       { append(v,v+1); }
-     138             : 
-     139             :     /*! Appends \a other to the rangeset. All values in \a other must be larger
-     140             :         than the minimum of the last range in the rangeset. */
-     141           0 :     void append (const rangeset &other)
-     142             :       {
-     143           0 :       for (tsize j=0; j<other.size(); ++j)
-     144           0 :         append(other.ivbegin(j),other.ivend(j));
-     145           0 :       }
-     146             : 
-     147             :     /*! After this operation, the rangeset contains the union of itself
-     148             :         with \a [v1;v2[. */
-     149             :     void add(const T &v1, const T &v2) { addRemove(v1,v2,1); }
-     150             :     /*! After this operation, the rangeset contains the union of itself
-     151             :         with \a [v;v+1[. */
-     152             :     void add(const T &v) { addRemove(v,v+1,1); }
-     153             : 
-     154             :     /*! Removes all values within \a [v1;v2[ from the rangeset. */
-     155           0 :     void remove(const T &v1, const T &v2) { addRemove(v1,v2,0); }
-     156             :     /*! Removes the value \a v from the rangeset. */
-     157             :     void remove(const T &v) { addRemove(v,v+1,0); }
-     158             : 
-     159             :     /*! Removes all values not within \a [v1;v2[ from the rangeset. */
-     160           0 :     void intersect (const T &a, const T &b)
-     161             :       {
-     162           0 :       tdiff pos1=iiv(a), pos2=iiv(b);
-     163           0 :       if ((pos2>=0) && (r[pos2]==b)) --pos2;
-     164             :       // delete all up to pos1 (inclusive); and starting from pos2+1
-     165           0 :       bool insert_a = (pos1&1)==0;
-     166           0 :       bool insert_b = (pos2&1)==0;
-     167             : 
-     168             :       // cut off end
-     169           0 :       r.erase(r.begin()+pos2+1,r.end());
-     170           0 :       if (insert_b) r.push_back(b);
-     171             : 
-     172             :       // erase start
-     173           0 :       if (insert_a) r[pos1--]=a;
-     174           0 :       if (pos1>=0)
-     175             :         r.erase(r.begin(),r.begin()+pos1+1);
-     176           0 :       }
-     177             : 
-     178             :     /*! Returns the total number of elements in the rangeset. */
-     179             :     T nval() const
-     180             :       {
-     181             :       T result=T(0);
-     182           0 :       for (tsize i=0; i<r.size(); i+=2)
-     183           0 :         result+=r[i+1]-r[i];
-     184             :       return result;
-     185             :       }
-     186             : 
-     187             :     /*! After this opration, \a res contains all elements of the rangeset
-     188             :         in ascending order. */
-     189           0 :     void toVector (std::vector<T> &res) const
-     190             :       {
-     191             :       res.clear();
-     192           0 :       res.reserve(nval());
-     193           0 :       for (tsize i=0; i<r.size(); i+=2)
-     194           0 :         for (T m(r[i]); m<r[i+1]; ++m)
-     195           0 :           res.push_back(m);
-     196           0 :       }
-     197             : 
-     198             :     /*! After this operation, the rangeset contains the union of itself
-     199             :         and \a other. */
-     200             :     void unite (const rangeset &other)
-     201             :       {
-     202             :       rtype tmp;
-     203             :       generalUnion (r,other.r,false,false,tmp);
-     204             :       std::swap(r,tmp);
-     205             :       }
-     206             :     /*! After this operation, the rangeset contains the intersection of itself
-     207             :         and \a other. */
-     208             :     void intersect (const rangeset &other)
-     209             :       {
-     210             :       rtype tmp;
-     211             :       generalUnion (r,other.r,true,true,tmp);
-     212             :       std::swap(r,tmp);
-     213             :       }
-     214             :     /*! After this operation, the rangeset contains the union of itself
-     215             :         with the inverse of \a other. */
-     216             :     void subtract (const rangeset &other)
-     217             :       {
-     218             :       rtype tmp;
-     219             :       generalUnion (r,other.r,true,false,tmp);
-     220             :       std::swap(r,tmp);
-     221             :       }
-     222             :     /*! After this operation, the rangeset contains the union of \a a
-     223             :         and \a b. */
-     224             :     void setToUnion (const rangeset &a, const rangeset &b)
-     225             :       { generalUnion (a.r,b.r,false,false,r); }
-     226             :     /*! After this operation, the rangeset contains the intersection of \a a
-     227             :         and \a b. */
-     228             :     void setToIntersection (const rangeset &a, const rangeset &b)
-     229             :       { generalUnion (a.r,b.r,true,true,r); }
-     230             :     /*! After this operation, the rangeset contains the union of \a a
-     231             :         with the inverse of \a b. */
-     232             :     void setToDifference (const rangeset &a, const rangeset &b)
-     233             :       { generalUnion (a.r,b.r,true,false,r); }
-     234             : 
-     235             :     /*! Returns the index of the interval containing \a v; if no such interval
-     236             :         exists, -1 is returned. */
-     237             :     tdiff findInterval (const T &v) const
-     238             :       {
-     239             :       tdiff res = iiv(v);
-     240             :       return (res&1) ? -1 : res>>1;
-     241             :       }
-     242             : 
-     243             :     /*! Returns \a true if the rangeset is identical to \a other, else \a false.
-     244             :         */
-     245             :     bool equals (const rangeset &other) const
-     246             :       { return r==other.data(); }
-     247             : 
-     248             :     /*! Returns \a true if the rangeset contains all values in the range
-     249             :         \a [a;b[, else \a false. */
-     250             :     bool containsAll (T a,T b) const
-     251             :       {
-     252             :       tdiff res=iiv(a);
-     253             :       if (res&1) return false;
-     254             :       return (b<=r[res+1]);
-     255             :       }
-     256             :     /*! Returns \a true if the rangeset contains the value \a v,
-     257             :         else \a false. */
-     258             :     bool contains (T v) const
-     259             :       { return !(iiv(v)&1); }
-     260             :     /*! Returns \a true if the rangeset contains all values stored in \a other,
-     261             :         else \a false. */
-     262             :     bool contains (const rangeset &other) const
-     263             :       {
-     264             :       tsize im=0, em=r.size();
-     265             :       for (tsize i=0; i<other.r.size(); i+=2)
-     266             :         {
-     267             :         T a=other.r[i], b=other.r[i+1];
-     268             :         while ((im!=em) && (r[im+1] < a)) im+=2;
-     269             :         if (im==em) return false;
-     270             :         if ((r[im]>a) || (r[im+1]<b)) return false;
-     271             :         }
-     272             :       return true;
-     273             :       }
-     274             :   };
-     275             : 
-     276             : template<typename T> inline std::ostream &operator<< (std::ostream &os,
-     277             :   const rangeset<T> &rs)
-     278             :   {
-     279             :   os << "{ ";
-     280             :   for (tsize i=0; i<rs.size(); ++i)
-     281             :     os << "["<<rs.ivbegin(i)<<";"<<rs.ivend(i)<<"[ ";
-     282             :   return os << "}";
-     283             :   }
-     284             : 
-     285             : } // namespace healpix
-     286             : #endif
-     287             : 
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          Line data    Source code
-
-       1             : /*
-       2             :  *  This file is part of libcxxsupport.
-       3             :  *
-       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with libcxxsupport; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  */
-      18             : 
-      19             : /*
-      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      22             :  *  (DLR).
-      23             :  */
-      24             : 
-      25             : /*! \file vec3.h
-      26             :  *  Class representing 3D cartesian vectors
-      27             :  *
-      28             :  *  Copyright (C) 2003, 2006 Max-Planck-Society
-      29             :  *  \author Martin Reinecke
-      30             :  */
-      31             : 
-      32             : #ifndef PLANCK_VEC3_H
-      33             : #define PLANCK_VEC3_H
-      34             : 
-      35             : #include <cmath>
-      36             : #include <iostream>
-      37             : #include "healpix_base/datatypes.h"
-      38             : 
-      39             : namespace healpix{
-      40             : 
-      41             : /*! \defgroup vec3group 3D vectors */
-      42             : /*! \{ */
-      43             : 
-      44             : /*! Class representing a 3D cartesian vector. */
-      45             : template<typename T>class vec3_t
-      46             :   {
-      47             :   public:
-      48             :     T x, /*!< x-coordinate */
-      49             :       y, /*!< y-coordinate */
-      50             :       z; /*!< z-coordinate */
-      51             : 
-      52             :     /*! Default constructor. Does not initialize \a x, \a y, and \a z. */
-      53      244781 :     vec3_t () {}
-      54             :     /*! Creates a vector with the coordinates \a xc, \a yc, and \a zc. */
-      55        1417 :     vec3_t (T xc, T yc, T zc)
-      56        1417 :       : x(xc), y(yc), z(zc) {}
-      57             :     template<typename T2> explicit vec3_t (const vec3_t<T2> &orig)
-      58             :       : x(orig.x), y(orig.y), z(orig.z) {}
-      59             : 
-      60             :     /*! Sets the vector components to \a xc, \a yc, and \a zc. */
-      61             :     void Set (T xc, T yc, T zc)
-      62             :       { x=xc; y=yc; z=zc; }
-      63             :     /*! Creates a unit vector from a z coordinate and an azimuthal angle. */
-      64      134176 :     void set_z_phi (T z_, T phi)
-      65             :       {
-      66             :       using namespace std;
-      67      134176 :       T sintheta = sqrt((T(1)-z_)*(T(1)+z_));
-      68      134176 :       x = sintheta*cos(phi);
-      69      134176 :       y = sintheta*sin(phi);
-      70      134176 :       z = z_;
-      71      134176 :       }
-      72             : 
-      73             :     /*! Normalizes the vector to length 1. */
-      74           0 :     void Normalize ()
-      75             :       {
-      76             :       using namespace std;
-      77           0 :       T l = T(1)/sqrt (x*x + y*y + z*z);
-      78           0 :       x*=l; y*=l; z*=l;
-      79           0 :       }
-      80             : 
-      81             :     vec3_t Norm() const
-      82             :       {
-      83           0 :       vec3_t res(*this);
-      84           0 :       res.Normalize();
-      85             :       return res;
-      86             :       }
-      87             : 
-      88             :     /*! Returns the length of the vector. */
-      89             :     T Length () const
-      90       24585 :       { return sqrt (x*x + y*y + z*z); }
-      91             : 
-      92             :     /*! Returns the squared length of the vector. */
-      93             :     T SquaredLength () const
-      94             :       { return (x*x + y*y + z*z); }
-      95             :     /*! Returns the vector with the signs of all coordinates flipped. */
-      96             :     const vec3_t operator- () const
-      97             :       { return vec3_t (-x, -y, -z); }
-      98             :     /*! Flips the signs of all coordinates. */
-      99             :     void Flip ()
-     100           0 :       { x=-x; y=-y; z=-z; }
-     101             :     /*! Returns (\a *this + \a vec). */
-     102             :     const vec3_t operator+ (const vec3_t &vec) const
-     103           0 :       { return vec3_t (x+vec.x, y+vec.y, z+vec.z); }
-     104             :     /*! Adds \a vec to \a *this. */
-     105             :     vec3_t &operator+= (const vec3_t &vec)
-     106             :       { x+=vec.x; y+=vec.y; z+=vec.z; return *this; }
-     107             :     /*! Returns (\a *this - \a vec). */
-     108             :     const vec3_t operator- (const vec3_t &vec) const
-     109           0 :       { return vec3_t (x-vec.x, y-vec.y, z-vec.z); }
-     110             :     /*! Subtracts \a vec from \a *this. */
-     111             :     vec3_t &operator-= (const vec3_t &vec)
-     112             :       { x-=vec.x; y-=vec.y; z-=vec.z; return *this; }
-     113             :     /*! Returns the vector scaled by \a fact. */
-     114             :     const vec3_t operator* (T fact) const
-     115             :       { return vec3_t (x*fact, y*fact, z*fact); }
-     116             :     /*! Returns the vector scaled by \a 1/fact. */
-     117             :     const vec3_t operator/ (T fact) const
-     118             :       { T xfact = T(1)/fact; return vec3_t (x*xfact, y*xfact, z*xfact); }
-     119             :     /*! Scales the vector by \a fact. */
-     120             :     vec3_t &operator*= (T fact)
-     121           0 :       { x*=fact; y*=fact; z*=fact; return *this; }
-     122             :   };
-     123             : 
-     124             : /*! Returns the dot product of \a v1 and \a v2.
-     125             :     \relates vec3_t */
-     126             : template<typename T> inline T dotprod(const vec3_t<T> &v1, const vec3_t<T> &v2)
-     127           0 :   { return v1.x*v2.x + v1.y*v2.y + v1.z*v2.z; }
-     128             : 
-     129             : /*! Returns the cross product of \a a and \a b.
-     130             :     \relates vec3_t */
-     131             : template<typename T> inline vec3_t<T> crossprod
-     132             :   (const vec3_t<T> &a, const vec3_t<T> &b)
-     133           0 :   { return vec3_t<T>(a.y*b.z - a.z*b.y, a.z*b.x - a.x*b.z, a.x*b.y - a.y*b.x); }
-     134             : 
-     135             : /*! Writes \a v to \a os.
-     136             :     \relates vec3_t */
-     137             : template<typename T> inline std::ostream &operator<<
-     138             :   (std::ostream &os, const vec3_t<T> &v)
-     139             :   {
-     140             :   os << v.x << ", " << v.y << ", " << v.z << std::endl;
-     141             :   return os;
-     142             :   }
-     143             : 
-     144             : /*! Specialisation of vec3_t for 64-bit floating point components */
-     145             : typedef vec3_t<float64> vec3;
-     146             : /*! Specialisation of vec3_t for 32-bit floating point components */
-     147             : typedef vec3_t<float32> vec3f;
-     148             : 
-     149             : /*! \} */
-     150             : 
-     151             : } // namespace healpix
-     152             : #endif
-     153             : 
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-       1             : /*
-       2             :  *  This file is part of libcxxsupport.
-       3             :  *
-       4             :  *  libcxxsupport is free software; you can redistribute it and/or modify
-       5             :  *  it under the terms of the GNU General Public License as published by
-       6             :  *  the Free Software Foundation; either version 2 of the License, or
-       7             :  *  (at your option) any later version.
-       8             :  *
-       9             :  *  libcxxsupport is distributed in the hope that it will be useful,
-      10             :  *  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      11             :  *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      12             :  *  GNU General Public License for more details.
-      13             :  *
-      14             :  *  You should have received a copy of the GNU General Public License
-      15             :  *  along with libcxxsupport; if not, write to the Free Software
-      16             :  *  Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
-      17             :  */
-      18             : 
-      19             : /*
-      20             :  *  libcxxsupport is being developed at the Max-Planck-Institut fuer Astrophysik
-      21             :  *  and financially supported by the Deutsches Zentrum fuer Luft- und Raumfahrt
-      22             :  *  (DLR).
-      23             :  */
-      24             : 
-      25             : /*! \file pointing.cc
-      26             :  *  Class representing a direction in 3D space
-      27             :  *
-      28             :  *  Copyright (C) 2003-2012 Max-Planck-Society
-      29             :  *  \author Martin Reinecke
-      30             :  */
-      31             : 
-      32             : #include "healpix_base/pointing.h"
-      33             : #include "healpix_base/lsconstants.h"
-      34             : #include "healpix_base/math_utils.h"
-      35             : 
-      36             : namespace healpix{
-      37             : 
-      38             : using namespace std;
-      39             : 
-      40           0 : vec3 pointing::to_vec3() const
-      41             :   {
-      42           0 :   double st=sin(theta);
-      43           0 :   return vec3 (st*cos(phi), st*sin(phi), cos(theta));
-      44             :   }
-      45           0 : void pointing::from_vec3 (const vec3 &inp)
-      46             :   {
-      47           0 :   theta = atan2(sqrt(inp.x*inp.x+inp.y*inp.y),inp.z);
-      48           0 :   phi = safe_atan2 (inp.y,inp.x);
-      49           0 :   if (phi<0.) phi += twopi;
-      50           0 :   }
-      51           0 : void pointing::normalize_theta()
-      52             :   {
-      53           0 :   theta=fmodulo(theta,twopi);
-      54           0 :   if (theta>pi)
-      55             :     {
-      56           0 :     phi+=pi;
-      57           0 :     theta=twopi-theta;
-      58             :     }
-      59           0 :   }
-      60           0 : void pointing::normalize()
-      61             :   {
-      62           0 :   normalize_theta();
-      63           0 :   phi=fmodulo(phi,twopi);
-      64           0 :   }
-      65             : 
-      66           0 : ostream &operator<< (ostream &os, const pointing &p)
-      67             :   {
-      68           0 :   os << p.theta << ", " << p.phi << std::endl;
-      69           0 :   return os;
-      70             :   }
-      71             : } // namespace healpix
-      72             : 
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-       1             : #ifndef KISS_CONVERT_H
-       2             : #define KISS_CONVERT_H
-       3             : 
-       4             : #include <iostream>
-       5             : #include <sstream>
-       6             : #include <string>
-       7             : #include <typeinfo>
-       8             : #include <stdexcept>
-       9             : 
-      10             : namespace kiss {
-      11             : 
-      12             : class bad_conversion: public std::runtime_error {
-      13             : public:
-      14           0 :         bad_conversion(std::string const& s) :
-      15           0 :                         std::runtime_error(s) {
-      16             :         }
-      17             : };
-      18             : 
-      19             : template<typename T>
-      20           2 : inline std::string str(T const& x) {
-      21           2 :         std::ostringstream o;
-      22           2 :         o.imbue(std::locale("C"));
-      23           2 :         o << x;
-      24           2 :         if (!o) {
-      25             : #ifdef DEBUG
-      26             :                 std::cerr << "bad_conversion: str(" << typeid(x).name() << ")";
-      27             : #endif
-      28           0 :                 throw bad_conversion(std::string("str(") + typeid(x).name() + ")");
-      29             :         }
-      30           2 :         return o.str();
-      31           2 : }
-      32             : 
-      33             : template<typename T>
-      34             : inline void convert(const char *s, T& x) {
-      35             :         if (s == 0) {
-      36             : #ifdef DEBUG
-      37             :                 std::cerr << "bad_conversion: convert, null pointer";
-      38             : #endif
-      39             :                 throw bad_conversion("null pointer");
-      40             :         }
-      41             :         std::istringstream i(s);
-      42             :         i.imbue(std::locale("C"));
-      43             :         i >> x;
-      44             :         if (!i) {
-      45             : #ifdef DEBUG
-      46             :                 std::cerr << "bad_conversion: convert (" << s << ")";
-      47             : #endif
-      48             :                 throw bad_conversion(std::string(s) + " to " + typeid(x).name());
-      49             :         }
-      50             : }
-      51             : 
-      52             : template<typename T>
-      53             : inline void convert(std::string const& s, T& x) {
-      54             :         std::istringstream i(s);
-      55             :         i.imbue(std::locale("C"));
-      56             :         i >> x;
-      57             :         if (!i) {
-      58             : #ifdef DEBUG
-      59             :                 std::cerr << "bad_conversion: convert (" << s << ")";
-      60             : #endif
-      61             :                 throw bad_conversion(s + " to " + typeid(x).name());
-      62             :         }
-      63             : }
-      64             : 
-      65             : template<typename T>
-      66             : inline T convertTo(std::string const& s, bool failIfLeftoverChars = true) {
-      67             :         T x;
-      68             :         convert(s, x, failIfLeftoverChars);
-      69             :         return x;
-      70             : }
-      71             : 
-      72             : } // namespace kiss
-      73             : 
-      74             : #endif /* KISSCONVERT_H */
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_ZN4kiss6LoggerlsEPFRSoS1_E0
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_ZN4kiss6LoggerlsIA26_KcEERS0_RT_0
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-       1             : #ifndef KISS_LOG_H
-       2             : #define KISS_LOG_H
-       3             : 
-       4             : #include <iostream>
-       5             : 
-       6             : namespace kiss {
-       7             : 
-       8             : enum eLogLevel {
-       9             :         LOG_LEVEL_ERROR, LOG_LEVEL_WARNING, LOG_LEVEL_INFO, LOG_LEVEL_DEBUG
-      10             : };
-      11             : 
-      12             : class Logger {
-      13             :         static std::ostream *stream;
-      14             :         static eLogLevel level;
-      15             : public:
-      16             :         Logger(eLogLevel level);
-      17             :         ~Logger();
-      18             :         static std::ostream &getLogStream();
-      19             :         static void setLogStream(std::ostream *s);
-      20             :         static void setLogStream(std::ostream &s);
-      21             : 
-      22             :         static void setLogLevel(eLogLevel level);
-      23             :         static eLogLevel getLogLevel();
-      24             : 
-      25             :         static void loadEnvLogLevel();
-      26             : 
-      27             :         operator std::ostream &() {
-      28           0 :                 return getLogStream();
-      29             :         }
-      30             : 
-      31          26 :         template<typename T> inline Logger& operator<<(T& data) {
-      32          52 :                 #pragma omp critical (KISS_LOGGER)
-      33             :                 {
-      34          26 :                 getLogStream() << data;
-      35             :                 }
-      36          26 :                 return *this;
-      37             :         }
-      38             : 
-      39           0 :         inline Logger& operator<<(std::ostream& (*func)(std::ostream&)) {
-      40           0 :                 #pragma omp critical (KISS_LOGGER)
-      41             :                 {
-      42           0 :                 getLogStream() << func;
-      43             :                 }
-      44           0 :                 return *this;
-      45             :         }
-      46             : };
-      47             : 
-      48             : } // namespace kiss
-      49             : 
-      50             : #define KISS_LOG_ERROR if (kiss::Logger::getLogLevel() < kiss::LOG_LEVEL_ERROR) {} else kiss::Logger(kiss::LOG_LEVEL_ERROR)
-      51             : #define KISS_LOG_WARNING if (kiss::Logger::getLogLevel() < kiss::LOG_LEVEL_WARNING) {} else kiss::Logger(kiss::LOG_LEVEL_WARNING)
-      52             : #define KISS_LOG_INFO if (kiss::Logger::getLogLevel() < kiss::LOG_LEVEL_INFO) {} else kiss::Logger(kiss::LOG_LEVEL_INFO)
-      53             : #define KISS_LOG_DEBUG if (kiss::Logger::getLogLevel() < kiss::LOG_LEVEL_DEBUG) {} else kiss::Logger(kiss::LOG_LEVEL_DEBUG)
-      54             : 
-      55             : #endif /* KISSLOG_H */
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-       1             : #include "kiss/logger.h"
-       2             : 
-       3             : #include <stdlib.h>
-       4             : #include <iostream>
-       5             : 
-       6             : namespace kiss {
-       7             : 
-       8             : std::ostream *Logger::stream = &std::cerr;
-       9             : eLogLevel Logger::level = LOG_LEVEL_WARNING;
-      10             : const char* sLoggerLevel[] = { " ERROR ", "WARNING", " INFO  ", " DEBUG " };
-      11             : 
-      12             : class EnvLogger {
-      13             : public:
-      14             :         EnvLogger() {
-      15             :                 Logger::loadEnvLogLevel();
-      16             :         }
-      17             : };
-      18             : static EnvLogger _env_log_;
-      19             : 
-      20          12 : Logger::Logger(eLogLevel level) {
-      21             :         time_t rawtime;
-      22             :         struct tm * timeinfo;
-      23             :         char buffer[80];
-      24             : 
-      25          12 :         time(&rawtime);
-      26          12 :         timeinfo = localtime(&rawtime);
-      27             : 
-      28          12 :         strftime(buffer, 80, "%Y-%m-%d %H:%M:%S ", timeinfo);
-      29          12 :         *stream << buffer;
-      30          12 :         *stream << "[" << sLoggerLevel[level] << "] ";
-      31          12 : }
-      32             : 
-      33          12 : Logger::~Logger() {
-      34          12 :         *stream << std::endl;
-      35          12 : }
-      36             : 
-      37          26 : std::ostream &Logger::getLogStream() {
-      38          26 :         return (*stream);
-      39             : }
-      40             : 
-      41           0 : void Logger::setLogStream(std::ostream *s) {
-      42           0 :         stream = s;
-      43           0 : }
-      44             : 
-      45           0 : void Logger::setLogStream(std::ostream &s) {
-      46           0 :         stream = &s;
-      47           0 : }
-      48             : 
-      49           0 : void Logger::setLogLevel(eLogLevel l) {
-      50           0 :         level = l;
-      51           0 : }
-      52         290 : eLogLevel Logger::getLogLevel() {
-      53         290 :         return (level);
-      54             : }
-      55             : 
-      56             : 
-      57             : 
-      58             : 
-      59          19 : void Logger::loadEnvLogLevel() {
-      60          19 :         if (::getenv("KISS_LOG_LEVEL")) {
-      61             :                 
-      62           0 :                 int level = atoi(::getenv("KISS_LOG_LEVEL"));
-      63           0 :                 switch (level) {
-      64           0 :                 case LOG_LEVEL_ERROR:
-      65           0 :                         Logger::setLogLevel(LOG_LEVEL_ERROR);
-      66           0 :                         break;
-      67           0 :                 case LOG_LEVEL_WARNING:
-      68           0 :                         Logger::setLogLevel(LOG_LEVEL_WARNING);
-      69           0 :                         break;
-      70           0 :                 case LOG_LEVEL_INFO:
-      71           0 :                         Logger::setLogLevel(LOG_LEVEL_INFO);
-      72           0 :                         break;
-      73           0 :                 case LOG_LEVEL_DEBUG:
-      74           0 :                         Logger::setLogLevel(LOG_LEVEL_DEBUG);
-      75           0 :                         break;
-      76             :                 default:
-      77             :                         std::cerr << "kiss::Logger: unknown log level in KISS_LOG_LEVEL '"
-      78           0 :                                         << level << " values from 0-3 expected." << std::endl;
-      79             :                         break;
-      80             :                 }
-      81             :         }
-      82          19 : }
-      83             : 
-      84             : } // namespace kiss
-      85             : 
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Current view:top level - libs/kiss/src - path.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:3837.5 %
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_Z11append_fileRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_b0
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_Z14list_directoryRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERSt6vectorIS4_SaIS4_EE0
_Z16create_directoryRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEmmm0
_Z26create_directory_recursiveRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEmmm0
_Z15executable_pathB5cxx11v13
_Z12is_directoryRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE26
_Z11concat_pathRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_547
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Current view:top level - libs/kiss/src - path.cpp (source / functions)HitTotalCoverage
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_Z11concat_pathRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_547
_Z11concat_pathRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_S6_0
_Z12is_directoryRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE26
_Z14list_directoryRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERSt6vectorIS4_SaIS4_EE0
_Z15executable_pathB5cxx11v13
_Z16create_directoryRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEmmm0
_Z26create_directory_recursiveRKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEmmm0
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Current view:top level - libs/kiss/src - path.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:135324.5 %
Date:2024-04-08 14:58:22Functions:3837.5 %
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-       1             : #include "kiss/path.h"
-       2             : 
-       3             : #ifdef WIN32
-       4             : #  include "windows.h"
-       5             : #  ifndef S_ISREG
-       6             : #    define S_ISREG(x) (((x) & S_IFMT) == S_IFREG)
-       7             : #  endif
-       8             : #  ifndef S_ISDIR
-       9             : #    define S_ISDIR(x) (((x) & S_IFMT) == S_IFDIR)
-      10             : #  endif
-      11             : #  include "sys/stat.h"
-      12             : #else
-      13             : #include <sys/types.h>
-      14             : #include <fcntl.h>
-      15             : #include <unistd.h>
-      16             : #include <dirent.h>
-      17             : #include "sys/stat.h"
-      18             : #endif
-      19             : 
-      20             : #include <stdexcept>
-      21             : #include <cstdio>
-      22             : 
-      23           0 : bool create_directory(const std::string &path, size_t user_permission,
-      24             :                 size_t group_permission, size_t other_permission) {
-      25             : #ifdef WIN32
-      26             :         BOOL result = ::CreateDirectoryA(path.c_str(), 0);
-      27             :         return result == TRUE;
-      28             : #else
-      29             :         mode_t m = 0;
-      30           0 :         m |= (user_permission << 6);
-      31           0 :         m |= (group_permission << 3);
-      32           0 :         m |= (other_permission << 0);
-      33           0 :         int result = mkdir(path.c_str(), m);
-      34           0 :         return (result == 0);
-      35             : #endif
-      36             : }
-      37             : 
-      38          26 : bool is_directory(const std::string &path) {
-      39             : #ifdef WIN32
-      40             :         struct _stat buf;
-      41             :         int result = _stat(path.c_str(), &buf);
-      42             :         if (result == 0 && S_ISDIR(buf.st_mode))
-      43             :                 return true;
-      44             :         else
-      45             :                 return false;
-      46             : #else
-      47             :         struct stat buf;
-      48          26 :         int result = stat(path.c_str(), &buf);
-      49          26 :         if (result == 0 && S_ISDIR(buf.st_mode))
-      50             :         return true;
-      51             :         else
-      52          26 :         return false;
-      53             : #endif
-      54             : }
-      55             : 
-      56           0 : bool list_directory(const std::string &directory,
-      57             :                 std::vector<std::string> &elements) {
-      58             : #ifdef WIN32
-      59             :         WIN32_FIND_DATA findData;
-      60             :         HANDLE hFind = FindFirstFileA((directory + "\\*.*").c_str(), &findData);
-      61             :         if (hFind == INVALID_HANDLE_VALUE)
-      62             :                 throw std::runtime_error("Failed to get directory list");
-      63             :         for (;;) {
-      64             :                 if (findData.cFileName[0] != '.') {
-      65             :                         elements.push_back(findData.cFileName);
-      66             :                 }
-      67             :                 if (FindNextFileA(hFind, &findData) == 0)
-      68             :                         break;
-      69             :         }
-      70             :         FindClose(hFind);
-      71             : #else
-      72           0 :         DIR* dir = opendir(directory.c_str());
-      73           0 :         if (dir == NULL)
-      74             :         return false;
-      75             :         dirent* entry;
-      76           0 :         while ((entry = readdir(dir)) != NULL) {
-      77           0 :                 if (entry->d_name[0] != '.') {
-      78           0 :                         elements.push_back(entry->d_name);
-      79             :                 }
-      80             :         }
-      81           0 :         closedir(dir);
-      82             : #endif
-      83           0 :         return true;
-      84             : }
-      85             : 
-      86           0 : bool create_directory_recursive(const std::string &dir, size_t user_permission,
-      87             :                 size_t group_permission, size_t other_permission) {
-      88             :         // split path
-      89           0 :         const char seperators[] = "\\/";
-      90             :         std::vector<std::string> elements;
-      91             :         std::string::size_type a, b;
-      92             :         a = dir.find_first_not_of(seperators), b = dir.find_first_of(seperators, a);
-      93           0 :         while (a != std::string::npos) {
-      94           0 :                 elements.push_back(dir.substr(a, b - a));
-      95             :                 a = dir.find_first_not_of(seperators, b), b = dir.find_first_of(
-      96             :                                 seperators, a);
-      97             :         }
-      98             : 
-      99             :         // create all non existing parts
-     100             :         std::string path;
-     101           0 :         for (size_t i = 0; i < elements.size(); i++) {
-     102             :                 path += elements[i];
-     103             :                 path += path_seperator;
-     104           0 :                 if (is_directory(path) == false)
-     105           0 :                         create_directory(path);
-     106             :         }
-     107             : 
-     108           0 :         return is_directory(dir);
-     109           0 : }
-     110             : 
-     111         547 : std::string concat_path(const std::string &a, const std::string &b) {
-     112         547 :         char last = *a.rbegin();
-     113         547 :         if (last == '\\' || last == '/')
-     114           0 :                 return a + b;
-     115             :         else
-     116        1094 :                 return a + path_seperator + b;
-     117             : 
-     118             : }
-     119             : 
-     120           0 : std::string concat_path(const std::string &a, const std::string &b,
-     121             :                 const std::string &c) {
-     122             :         std::string p = a;
-     123           0 :         if (*p.rbegin() != '\\' && *p.rbegin() != '/')
-     124             :                 p += path_seperator;
-     125             :         p += b;
-     126           0 :         if (*p.rbegin() != '\\' && *p.rbegin() != '/')
-     127             :                 p += path_seperator;
-     128             :         p += c;
-     129           0 :         return p;
-     130             : }
-     131             : 
-     132           0 : void append_file(const std::string &target, const std::string &source,
-     133             :                 bool binary) {
-     134           0 :         FILE *t = fopen(target.c_str(), binary ? "wb+" : "w+");
-     135           0 :         if (t == NULL)
-     136           0 :                 return;
-     137             : 
-     138           0 :         FILE *s = fopen(source.c_str(), binary ? "rb" : "r");
-     139           0 :         if (s == NULL) {
-     140           0 :                 fclose(t);
-     141           0 :                 return;
-     142             :         }
-     143             : 
-     144             :         size_t size = 0;
-     145             :         char buffer[1 << 20];
-     146           0 :         while ((size = fread(buffer, 1, sizeof(buffer), s)) > 0) {
-     147           0 :                 fwrite(buffer, 1, size, t);
-     148             :         }
-     149             : 
-     150           0 :         fclose(t);
-     151           0 :         fclose(s);
-     152             : }
-     153             : 
-     154          13 : std::string executable_path() {
-     155             :         char buf[1024];
-     156             : 
-     157             : //#if linux
-     158          13 :         size_t len = readlink("/proc/self/exe", buf, sizeof(buf)-1);
-     159             : //#else
-     160             : //      size_t len = ::GetModuleFileName(NULL, buf, sizeof(buf)-1 );
-     161             : //#endif
-     162         192 :         for (size_t i = 1; i < len; i++) {
-     163         189 :                 if (buf[len - 1] == path_seperator)
-     164             :                         break;
-     165             :                 else
-     166             :                         len --;
-     167             :         }
-     168          13 :         return std::string(buf, len);
-     169             : }
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LCOV - code coverage report
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Current view:top level - libs/kiss/src - string.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:42714.8 %
Date:2024-04-08 14:58:22Functions:1714.3 %
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_ZN4kiss10trim_rightERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss11starts_withERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
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_ZN4kiss7implodeERKSt6vectorINSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEESaIS6_EERKS6_0
_ZN4kiss9trim_leftERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss9ends_withERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_3
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Current view:top level - libs/kiss/src - string.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:42714.8 %
Date:2024-04-08 14:58:22Functions:1714.3 %
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_ZN4kiss10trim_rightERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
_ZN4kiss11starts_withERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
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_ZN4kiss9ends_withERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_3
_ZN4kiss9trim_leftERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES7_0
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Test:coverage.info.cleanedLines:42714.8 %
Date:2024-04-08 14:58:22Functions:1714.3 %
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-       1             : #include "kiss/string.h"
-       2             : 
-       3             : #include <iostream>
-       4             : #include <string>
-       5             : #include <vector>
-       6             : 
-       7             : namespace kiss {
-       8             : 
-       9           0 : std::string trim_right(const std::string &s, const std::string &t) {
-      10             :         std::string::size_type i(s.find_last_not_of(t));
-      11             : 
-      12           0 :         if (i == std::string::npos)
-      13           0 :                 return "";
-      14             :         else
-      15           0 :                 return std::string(s, 0, i);
-      16             : }
-      17             : 
-      18           0 : std::string trim_left(const std::string &s, const std::string &t) {
-      19           0 :         return std::string(s, s.find_first_not_of(t));
-      20             : }
-      21             : 
-      22           0 : std::string trim(const std::string &s, const std::string &t) {
-      23             :         std::string::size_type a = s.find_first_not_of(t);
-      24             :         std::string::size_type b = s.find_last_not_of(t);
-      25             : 
-      26           0 :         if (a == std::string::npos || b == std::string::npos)
-      27           0 :                 return "";
-      28             : 
-      29           0 :         return std::string(s, a, b - a + 1);
-      30             : }
-      31             : 
-      32           0 : void explode(const std::string &s, std::vector<std::string> &v,
-      33             :                 const bool trim_spaces, const std::string &t) {
-      34             :         std::string::size_type a, b;
-      35             : 
-      36             :         a = s.find_first_not_of(t), b = s.find_first_of(t, a);
-      37             : 
-      38           0 :         while (a != std::string::npos) {
-      39           0 :                 if (trim_spaces)
-      40           0 :                         v.push_back(trim(s.substr(a, b - a)));
-      41             :                 else
-      42           0 :                         v.push_back(s.substr(a, b - a));
-      43             : 
-      44             :                 a = s.find_first_not_of(t, b), b = s.find_first_of(t, a);
-      45             :         }
-      46           0 : }
-      47             : 
-      48           0 : std::string implode(const std::vector<std::string> &v, const std::string &t) {
-      49             :         unsigned int i;
-      50             :         std::string s;
-      51             : 
-      52           0 :         for (i = 0; i < (v.size() - 1); i++) {
-      53             :                 s.append(v[i]);
-      54             :                 s.append(t);
-      55             :         }
-      56             : 
-      57           0 :         return s + v[i];
-      58             : }
-      59             : 
-      60           3 : bool ends_with(const std::string &s, const std::string &w) {
-      61           3 :         if (s.size() < w.size())
-      62             :                 return false;
-      63             :         std::string::const_reverse_iterator si = s.rbegin();
-      64             :         std::string::const_reverse_iterator wi = w.rbegin();
-      65           3 :         while (wi != w.rend()) {
-      66           3 :                 if (*wi != *si)
-      67             :                         return false;
-      68             :                 wi++;
-      69             :                 si++;
-      70             :         }
-      71             : 
-      72             :         return true;
-      73             : }
-      74             : 
-      75           0 : bool starts_with(const std::string &s, const std::string &w) {
-      76           0 :         if (s.size() < w.size())
-      77             :                 return false;
-      78             :         std::string::const_iterator si = s.begin();
-      79             :         std::string::const_iterator wi = w.begin();
-      80           0 :         while (wi != w.end()) {
-      81           0 :                 if (*wi != *si)
-      82             :                         return false;
-      83             :                 wi++;
-      84             :                 si++;
-      85             :         }
-      86             :         return true;
-      87             : }
-      88             : 
-      89             : } // namespace kiss
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Test:coverage.info.cleanedLines:12914787.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9Candidate16clearSecondariesEv0
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_ZN7crpropa9Candidate19getNextSerialNumberEv6
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_ZN7crpropa9CandidateC2ERKNS_13ParticleStateE20
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Current view:top level - src - Candidate.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12914787.8 %
Date:2024-04-08 14:58:22Functions:333594.3 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9Candidate11setNextStepEd499400
_ZN7crpropa9Candidate11setPropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKNS_7VariantE1143
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_ZN7crpropa9Candidate12updateWeightEd5
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_ZN7crpropa9Candidate14setCurrentStepEd501076
_ZN7crpropa9Candidate15setSerialNumberEm11
_ZN7crpropa9Candidate16clearSecondariesEv0
_ZN7crpropa9Candidate19getNextSerialNumberEv6
_ZN7crpropa9Candidate19setNextSerialNumberEm1
_ZN7crpropa9Candidate19setTrajectoryLengthEd3324939
_ZN7crpropa9Candidate7restartEv1
_ZN7crpropa9Candidate9setActiveEb1742
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_ZN7crpropa9CandidateC2EidNS_7Vector3IdEES2_ddNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE3368851
_ZNK7crpropa9Candidate11getNextStepEv499385
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_ZNK7crpropa9Candidate11getRedshiftEv529541
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_ZNK7crpropa9Candidate15getSerialNumberEv84
_ZNK7crpropa9Candidate19getTrajectoryLengthEv1011718
_ZNK7crpropa9Candidate21getSourceSerialNumberEv49
_ZNK7crpropa9Candidate22getCreatedSerialNumberEv48
_ZNK7crpropa9Candidate5cloneEb30
_ZNK7crpropa9Candidate8isActiveEv21336
_ZNK7crpropa9Candidate9getWeightEv1064
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LCOV - code coverage report
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Current view:top level - src - Candidate.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12914787.8 %
Date:2024-04-08 14:58:22Functions:333594.3 %
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-       1             : #include "crpropa/Candidate.h"
-       2             : #include "crpropa/ParticleID.h"
-       3             : #include "crpropa/Units.h"
-       4             : 
-       5             : #include <stdexcept>
-       6             : 
-       7             : namespace crpropa {
-       8             : 
-       9     3368851 : Candidate::Candidate(int id, double E, Vector3d pos, Vector3d dir, double z, double weight, std::string tagOrigin) :
-      10     3368851 :   redshift(z), trajectoryLength(0), weight(weight), currentStep(0), nextStep(0), active(true), parent(0), tagOrigin(tagOrigin) {
-      11     3368851 :         ParticleState state(id, E, pos, dir);
-      12             :         source = state;
-      13             :         created = state;
-      14             :         previous = state;
-      15             :         current = state;
-      16             : 
-      17             : #if defined(OPENMP_3_1)
-      18             :                 #pragma omp atomic capture
-      19             :                 {serialNumber = nextSerialNumber++;}
-      20             : #elif defined(__GNUC__)
-      21     3368851 :                 {serialNumber = __sync_add_and_fetch(&nextSerialNumber, 1);}
-      22             : #else
-      23             :                 #pragma omp critical
-      24             :                 {serialNumber = nextSerialNumber++;}
-      25             : #endif
-      26             : 
-      27     3368851 : }
-      28             : 
-      29          20 : Candidate::Candidate(const ParticleState &state) :
-      30          20 :                 source(state), created(state), current(state), previous(state), redshift(0), trajectoryLength(0), currentStep(0), nextStep(0), active(true), parent(0), tagOrigin ("PRIM") {
-      31             : 
-      32             : #if defined(OPENMP_3_1)
-      33             :                 #pragma omp atomic capture
-      34             :                 {serialNumber = nextSerialNumber++;}
-      35             : #elif defined(__GNUC__)
-      36          20 :                 {serialNumber = __sync_add_and_fetch(&nextSerialNumber, 1);}
-      37             : #else
-      38             :                 #pragma omp critical
-      39             :                 {serialNumber = nextSerialNumber++;}
-      40             : #endif
-      41             : 
-      42          20 : }
-      43             : 
-      44       21336 : bool Candidate::isActive() const {
-      45       21336 :         return active;
-      46             : }
-      47             : 
-      48        1742 : void Candidate::setActive(bool b) {
-      49        1742 :         active = b;
-      50        1742 : }
-      51             : 
-      52      529541 : double Candidate::getRedshift() const {
-      53      529541 :         return redshift;
-      54             : }
-      55             : 
-      56     1011718 : double Candidate::getTrajectoryLength() const {
-      57     1011718 :         return trajectoryLength;
-      58             : }
-      59             : 
-      60        1064 : double Candidate::getWeight() const {
-      61        1064 :         return weight;
-      62             : }
-      63             : 
-      64       63001 : double Candidate::getCurrentStep() const {
-      65       63001 :         return currentStep;
-      66             : }
-      67             : 
-      68      499385 : double Candidate::getNextStep() const {
-      69      499385 :         return nextStep;
-      70             : }
-      71             : 
-      72     3332752 : void Candidate::setRedshift(double z) {
-      73     3332752 :         redshift = z;
-      74     3332752 : }
-      75             : 
-      76     3324939 : void Candidate::setTrajectoryLength(double a) {
-      77     3324939 :         trajectoryLength = a;
-      78     3324939 : }
-      79             : 
-      80     3325923 : void Candidate::setWeight(double w) {
-      81     3325923 :         weight = w;
-      82     3325923 : }
-      83             : 
-      84           5 : void Candidate::updateWeight(double w) {
-      85           5 :   weight *= w;
-      86           5 : }
-      87             : 
-      88      501076 : void Candidate::setCurrentStep(double lstep) {
-      89      501076 :         currentStep = lstep;
-      90      501076 :         trajectoryLength += lstep;
-      91      501076 : }
-      92             : 
-      93      499400 : void Candidate::setNextStep(double step) {
-      94      499400 :         nextStep = step;
-      95      499400 : }
-      96             : 
-      97      530052 : void Candidate::limitNextStep(double step) {
-      98      530052 :         nextStep = std::min(nextStep, step);
-      99      530052 : }
-     100             : 
-     101        1143 : void Candidate::setProperty(const std::string &name, const Variant &value) {
-     102        1143 :         properties[name] = value;
-     103        1143 : }
-     104             : 
-     105     3324912 : void Candidate::setTagOrigin (std::string tagOrigin) {
-     106     3324912 :         this->tagOrigin = tagOrigin;
-     107     3324912 : }
-     108             : 
-     109          61 : std::string Candidate::getTagOrigin () const {
-     110          61 :         return tagOrigin;
-     111             : }
-     112             : 
-     113          11 : const Variant &Candidate::getProperty(const std::string &name) const {
-     114          11 :         PropertyMap::const_iterator i = properties.find(name);
-     115          11 :         if (i == properties.end())
-     116           0 :                 throw std::runtime_error("Unknown candidate property: " + name);
-     117          11 :         return i->second;
-     118             : }
-     119             : 
-     120           5 : bool Candidate::removeProperty(const std::string& name) {
-     121           5 :         PropertyMap::iterator i = properties.find(name);
-     122           5 :         if (i == properties.end())
-     123             :                 return false;
-     124             :         properties.erase(i);
-     125             :         return true;
-     126             : }
-     127             : 
-     128          30 : bool Candidate::hasProperty(const std::string &name) const {
-     129          30 :         PropertyMap::const_iterator i = properties.find(name);
-     130          30 :         if (i == properties.end())
-     131          10 :                 return false;
-     132             :         return true;
-     133             : }
-     134             : 
-     135           4 : void Candidate::addSecondary(Candidate *c) {
-     136           4 :         secondaries.push_back(c);
-     137           4 : }
-     138             : 
-     139           2 : void Candidate::addSecondary(int id, double energy, double w, std::string tagOrigin) {
-     140           4 :         ref_ptr<Candidate> secondary = new Candidate;
-     141           2 :         secondary->setRedshift(redshift);
-     142           2 :         secondary->setTrajectoryLength(trajectoryLength);
-     143           2 :         secondary->setWeight(weight * w);
-     144           4 :         secondary->setTagOrigin(tagOrigin);
-     145           2 :         for (PropertyMap::const_iterator it = properties.begin(); it != properties.end(); ++it) {
-     146           0 :                 secondary->setProperty(it->first, it->second);         
-     147             :         }
-     148             :         secondary->source = source;
-     149             :         secondary->previous = previous;
-     150             :         secondary->created = previous;
-     151           2 :         secondary->current = current;
-     152           2 :         secondary->current.setId(id);
-     153           2 :         secondary->current.setEnergy(energy);
-     154           2 :         secondary->parent = this;
-     155           2 :         secondaries.push_back(secondary);
-     156           2 : }
-     157             : 
-     158     3324908 : void Candidate::addSecondary(int id, double energy, Vector3d position, double w, std::string tagOrigin) {
-     159     6649816 :         ref_ptr<Candidate> secondary = new Candidate;
-     160     3324908 :         secondary->setRedshift(redshift);
-     161     3324908 :         secondary->setTrajectoryLength(trajectoryLength - (current.getPosition() - position).getR());
-     162     3324908 :         secondary->setWeight(weight * w);
-     163     6649816 :         secondary->setTagOrigin(tagOrigin);
-     164     3324908 :         for (PropertyMap::const_iterator it = properties.begin(); it != properties.end(); ++it) {
-     165           0 :                 secondary->setProperty(it->first, it->second);         
-     166             :         }
-     167             :         secondary->source = source;
-     168             :         secondary->previous = previous;
-     169     3324908 :         secondary->created = previous;
-     170     3324908 :         secondary->current = current;
-     171     3324908 :         secondary->current.setId(id);
-     172     3324908 :         secondary->current.setEnergy(energy);
-     173     3324908 :         secondary->current.setPosition(position);
-     174     3324908 :         secondary->created.setPosition(position);
-     175     3324908 :         secondary->parent = this;
-     176     3324908 :         secondaries.push_back(secondary);
-     177     3324908 : }
-     178             : 
-     179           0 : void Candidate::clearSecondaries() {
-     180           0 :         secondaries.clear();
-     181           0 : }
-     182             : 
-     183           0 : std::string Candidate::getDescription() const {
-     184           0 :         std::stringstream ss;
-     185           0 :         ss << "CosmicRay at z = " << getRedshift() << "\n";
-     186           0 :         ss << "  source:  " << source.getDescription() << "\n";
-     187           0 :         ss << "  current: " << current.getDescription();
-     188           0 :         return ss.str();
-     189           0 : }
-     190             : 
-     191          30 : ref_ptr<Candidate> Candidate::clone(bool recursive) const {
-     192          60 :         ref_ptr<Candidate> cloned = new Candidate;
-     193             :         cloned->source = source;
-     194             :         cloned->created = created;
-     195             :         cloned->current = current;
-     196             :         cloned->previous = previous;
-     197             : 
-     198          30 :         cloned->properties = properties;
-     199          30 :         cloned->active = active;
-     200          30 :         cloned->redshift = redshift;
-     201          30 :         cloned->weight = weight;
-     202          30 :         cloned->trajectoryLength = trajectoryLength;
-     203          30 :         cloned->currentStep = currentStep;
-     204          30 :         cloned->nextStep = nextStep;
-     205          30 :         if (recursive) {
-     206           0 :                 cloned->secondaries.reserve(secondaries.size());
-     207           0 :                 for (size_t i = 0; i < secondaries.size(); i++) {
-     208           0 :                         ref_ptr<Candidate> s = secondaries[i]->clone(recursive);
-     209           0 :                         s->parent = cloned;
-     210           0 :                         cloned->secondaries.push_back(s);
-     211             :                 }
-     212             :         }
-     213          30 :         return cloned;
-     214             : }
-     215             : 
-     216          84 : uint64_t Candidate::getSerialNumber() const {
-     217          84 :         return serialNumber;
-     218             : }
-     219             : 
-     220          11 : void Candidate::setSerialNumber(const uint64_t snr) {
-     221          11 :         serialNumber = snr;
-     222          11 : }
-     223             : 
-     224          49 : uint64_t Candidate::getSourceSerialNumber() const {
-     225          84 :         if (parent)
-     226             :                 return parent->getSourceSerialNumber();
-     227             :         else
-     228          49 :                 return serialNumber;
-     229             : }
-     230             : 
-     231          48 : uint64_t Candidate::getCreatedSerialNumber() const {
-     232          48 :         if (parent)
-     233          35 :                 return parent->getSerialNumber();
-     234             :         else
-     235          13 :                 return serialNumber;
-     236             : }
-     237             : 
-     238           1 : void Candidate::setNextSerialNumber(uint64_t snr) {
-     239           1 :         nextSerialNumber = snr;
-     240           1 : }
-     241             : 
-     242           6 : uint64_t Candidate::getNextSerialNumber() {
-     243           6 :         return nextSerialNumber;
-     244             : }
-     245             : 
-     246             : uint64_t Candidate::nextSerialNumber = 0;
-     247             : 
-     248           1 : void Candidate::restart() {
-     249           1 :         setActive(true);
-     250           1 :         setTrajectoryLength(0);
-     251             :         previous = source;
-     252             :         current = source;
-     253           1 : }
-     254             : 
-     255             : } // namespace crpropa
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_ZN7crpropa5Clock11getInstanceEv0
_ZN7crpropa5Clock14getMillisecondEv0
_ZN7crpropa5Clock4Impl7getTimeEv0
_ZN7crpropa5Clock5resetEv0
_ZN7crpropa5Clock9getSecondEv0
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_ZN7crpropa5Clock11getInstanceEv0
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_ZN7crpropa5Clock5resetEv0
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-       1             : #include "crpropa/Clock.h"
-       2             : 
-       3             : #if defined(WIN32) || defined(_WIN32)
-       4             : 
-       5             : #define USE_WINDOWS_TIMERS
-       6             : #define WIN32_LEAN_AND_MEAN
-       7             : #define NOWINRES
-       8             : #define NOMCX
-       9             : #define NOIME
-      10             : #ifdef _XBOX
-      11             : #include <Xtl.h>
-      12             : #else
-      13             : #include <windows.h>
-      14             : #endif
-      15             : #include <ctime>
-      16             : 
-      17             : #else
-      18             : #include <sys/time.h>
-      19             : #endif
-      20             : 
-      21             : #include <algorithm>
-      22             : #ifdef _OPENMP
-      23             : #include <omp.h>
-      24             : #include <stdexcept>
-      25             : #endif
-      26             : 
-      27             : namespace crpropa {
-      28             : 
-      29             : #ifdef WIN32
-      30             : class Clock::Impl {
-      31             :         LARGE_INTEGER clockFrequency;
-      32             :         DWORD startTick;
-      33             :         LONGLONG prevElapsedTime;
-      34             :         LARGE_INTEGER startTime;
-      35             : public:
-      36             :         Impl() {
-      37             :                 QueryPerformanceFrequency(&clockFrequency);
-      38             :                 reset();
-      39             :         }
-      40             : 
-      41             :         void reset() {
-      42             :                 QueryPerformanceCounter(&startTime);
-      43             :                 startTick = GetTickCount();
-      44             :                 prevElapsedTime = 0;
-      45             :         }
-      46             : 
-      47             :         /// Returns the time in ms since the last call to reset or since
-      48             :         /// the btClock was created.
-      49             :         double getSecond() {
-      50             :                 LARGE_INTEGER currentTime;
-      51             :                 QueryPerformanceCounter(&currentTime);
-      52             :                 LONGLONG elapsedTime = currentTime.QuadPart - startTime.QuadPart;
-      53             : 
-      54             :                 // Compute the number of millisecond ticks elapsed.
-      55             :                 unsigned long msecTicks = (unsigned long) (1000 * elapsedTime
-      56             :                                 / clockFrequency.QuadPart);
-      57             : 
-      58             :                 // Check for unexpected leaps in the Win32 performance counter.
-      59             :                 // (This is caused by unexpected data across the PCI to ISA
-      60             :                 // bridge, aka south bridge.  See Microsoft KB274323.)
-      61             :                 unsigned long elapsedTicks = GetTickCount() - startTick;
-      62             :                 signed long msecOff = (signed long) (msecTicks - elapsedTicks);
-      63             :                 if (msecOff < -100 || msecOff > 100) {
-      64             :                         // Adjust the starting time forwards.
-      65             :                         LONGLONG msecAdjustment = std::min(
-      66             :                                         msecOff * clockFrequency.QuadPart / 1000,
-      67             :                                         elapsedTime - prevElapsedTime);
-      68             :                         startTime.QuadPart += msecAdjustment;
-      69             :                         elapsedTime -= msecAdjustment;
-      70             :                 }
-      71             : 
-      72             :                 // Store the current elapsed time for adjustments next time.
-      73             :                 prevElapsedTime = elapsedTime;
-      74             : 
-      75             :                 // Convert to microseconds.
-      76             :                 unsigned long usecTicks = (unsigned long) (1000000 * elapsedTime
-      77             :                                 / clockFrequency.QuadPart);
-      78             : 
-      79             :                 return double(usecTicks) / 1000000;
-      80             :         }
-      81             : };
-      82             : #else
-      83             : 
-      84             : class Clock::Impl {
-      85             :         struct timeval startTime;
-      86             : public:
-      87           0 :         Impl() {
-      88             :                 reset();
-      89             :         }
-      90             : 
-      91             :         void reset() {
-      92           0 :                 gettimeofday(&startTime, 0);
-      93             :         }
-      94             : 
-      95             :         /// Returns the time in since the last call to reset or since
-      96             :         /// the btClock was created.
-      97           0 :         double getTime() {
-      98             :                 struct timeval currentTime;
-      99           0 :                 gettimeofday(&currentTime, 0);
-     100           0 :                 double t = double(currentTime.tv_sec - startTime.tv_sec);
-     101           0 :                 t += double(currentTime.tv_usec - startTime.tv_usec) / 1000000.;
-     102           0 :                 return t;
-     103             :         }
-     104             : };
-     105             : #endif
-     106             : 
-     107           0 : Clock::Clock() {
-     108           0 :         impl = new Impl;
-     109           0 : }
-     110             : 
-     111           0 : Clock::~Clock() {
-     112           0 :         delete impl;
-     113           0 : }
-     114             : 
-     115           0 : void Clock::reset() {
-     116           0 :         impl->reset();
-     117           0 : }
-     118             : 
-     119           0 : double Clock::getSecond() {
-     120           0 :         return impl->getTime();
-     121             : }
-     122             : 
-     123           0 : double Clock::getMillisecond() {
-     124           0 :         return impl->getTime() * 1000;
-     125             : }
-     126             : 
-     127             : #ifdef _OPENMP
-     128             : 
-     129             : // see http://stackoverflow.com/questions/8051108/using-the-openmp-threadprivate-directive-on-static-instances-of-c-stl-types
-     130             : const static int MAX_THREAD = 256;
-     131             : 
-     132           0 : struct CLOCK_TLS_ITEM {
-     133             :         Clock r;
-     134             :         char padding[(sizeof(Clock) / 64 + 1) * 64 - sizeof(Clock)];
-     135             : };
-     136             : 
-     137           0 : Clock &Clock::getInstance() {
-     138             : #ifdef _MSC_VER
-     139             :         __declspec(align(64)) static CLOCK_TLS_ITEM tls[MAX_THREAD];
-     140             : #else
-     141           0 :         __attribute__ ((aligned(64))) static CLOCK_TLS_ITEM tls[MAX_THREAD];
-     142             : #endif
-     143           0 :         int i = omp_get_thread_num();
-     144           0 :         if (i >= MAX_THREAD)
-     145           0 :         throw std::runtime_error("crpropa::Clock: more than MAX_THREAD threads!");
-     146           0 :         return tls[i].r;
-     147             : }
-     148             : #else
-     149             : Clock &Clock::getInstance() {
-     150             :         static Clock r;
-     151             :         return r;
-     152             : }
-     153             : #endif
-     154             : 
-     155             : } /* namespace scs */
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-       1             : #include "crpropa/Common.h"
-       2             : 
-       3             : #include "kiss/path.h"
-       4             : #include "kiss/logger.h"
-       5             : 
-       6             : #include <cstdlib>
-       7             : #include <fstream>
-       8             : #include <string>
-       9             : #include <cmath>
-      10             : #include <algorithm>
-      11             : 
-      12             : #define index(i,j) ((j)+(i)*Y.size())
-      13             : 
-      14             : namespace crpropa {
-      15             : 
-      16         547 : std::string getDataPath(std::string filename) {
-      17         547 :         static std::string dataPath;
-      18         547 :         if (dataPath.size())
-      19         534 :                 return concat_path(dataPath, filename);
-      20             : 
-      21          13 :         const char *env_path = getenv("CRPROPA_DATA_PATH");
-      22          13 :         if (env_path) {
-      23           0 :                 if (is_directory(env_path)) {
-      24             :                         dataPath = env_path;
-      25           0 :                         KISS_LOG_INFO << "getDataPath: use environment variable, "
-      26           0 :                                         << dataPath << std::endl;
-      27           0 :                         return concat_path(dataPath, filename);
-      28             :                 }
-      29             :         }
-      30             : 
-      31             : #ifdef CRPROPA_INSTALL_PREFIX
-      32             :         {
-      33          13 :                 std::string _path = CRPROPA_INSTALL_PREFIX "/share/crpropa";
-      34          13 :                 if (is_directory(_path)) {
-      35             :                         dataPath = _path;
-      36           0 :                         KISS_LOG_INFO
-      37           0 :                         << "getDataPath: use install prefix, " << dataPath << std::endl;
-      38           0 :                         return concat_path(dataPath, filename);
-      39             :                 }
-      40             :         }
-      41             : #endif
-      42             : 
-      43             :         {
-      44          13 :                 std::string _path = executable_path() + "../data";
-      45          13 :                 if (is_directory(_path)) {
-      46             :                         dataPath = _path;
-      47           0 :                         KISS_LOG_INFO << "getDataPath: use executable path, " << dataPath
-      48           0 :                                         << std::endl;
-      49           0 :                         return concat_path(dataPath, filename);
-      50             :                 }
-      51             :         }
-      52             : 
-      53             :         dataPath = "data";
-      54          13 :         KISS_LOG_INFO << "getDataPath: use default, " << dataPath << std::endl;
-      55          13 :         return concat_path(dataPath, filename);
-      56             : }
-      57             : 
-      58             : 
-      59           0 : std::string getInstallPrefix()
-      60             : {
-      61           0 :   std::string _path = "";
-      62             :   #ifdef CRPROPA_INSTALL_PREFIX
-      63             :     _path += CRPROPA_INSTALL_PREFIX;
-      64             :   #endif
-      65           0 :   return _path;
-      66             : };
-      67             : 
-      68      158374 : double interpolate(double x, const std::vector<double> &X,
-      69             :                 const std::vector<double> &Y) {
-      70             :         std::vector<double>::const_iterator it = std::upper_bound(X.begin(),
-      71             :                         X.end(), x);
-      72      158374 :         if (it == X.begin())
-      73           1 :                 return Y.front();
-      74      158373 :         if (it == X.end())
-      75           1 :                 return Y.back();
-      76             : 
-      77             :         size_t i = it - X.begin() - 1;
-      78      158372 :         return Y[i] + (x - X[i]) * (Y[i + 1] - Y[i]) / (X[i + 1] - X[i]);
-      79             : }
-      80             : 
-      81     9536930 : double interpolate2d(double x, double y, const std::vector<double> &X,
-      82             :                 const std::vector<double> &Y, const std::vector<double> &Z) {
-      83             : 
-      84             :         std::vector<double>::const_iterator itx = std::upper_bound(X.begin(), X.end(), x);
-      85             :         std::vector<double>::const_iterator ity = std::upper_bound(Y.begin(), Y.end(), y);
-      86             : 
-      87     9536930 :         if (x > X.back() || x < X.front())
-      88             :                 return 0;
-      89     9536930 :         if (y > Y.back() || y < Y.front())
-      90             :                 return 0;
-      91             : 
-      92     9536930 :         if (itx == X.begin() && ity == Y.begin())
-      93           0 :                 return Z.front();
-      94     9536930 :         if (itx == X.end() && ity == Y.end())
-      95          73 :                 return Z.back();
-      96             : 
-      97     9536857 :         size_t i = itx - X.begin() - 1;
-      98     9536857 :         size_t j = ity - Y.begin() - 1;
-      99             : 
-     100     9536857 :         double Q11 = Z[index(i,j)];
-     101     9536857 :         double Q12 = Z[index(i,j+1)];
-     102     9536857 :         double Q21 = Z[index(i+1,j)];
-     103     9536857 :         double Q22 = Z[index(i+1,j+1)];
-     104             : 
-     105     9536857 :         double R1 = ((X[i+1]-x)/(X[i+1]-X[i]))*Q11+((x-X[i])/(X[i+1]-X[i]))*Q21;
-     106     9536857 :         double R2 = ((X[i+1]-x)/(X[i+1]-X[i]))*Q12+((x-X[i])/(X[i+1]-X[i]))*Q22;
-     107             : 
-     108     9536857 :         return ((Y[j+1]-y)/(Y[j+1]-Y[j]))*R1+((y-Y[j])/(Y[j+1]-Y[j]))*R2;
-     109             : }
-     110             : 
-     111        1528 : double interpolateEquidistant(double x, double lo, double hi,
-     112             :                 const std::vector<double> &Y) {
-     113        1528 :         if (x <= lo)
-     114           1 :                 return Y.front();
-     115        1527 :         if (x >= hi)
-     116           1 :                 return Y.back();
-     117             : 
-     118        1526 :         double dx = (hi - lo) / (Y.size() - 1);
-     119        1526 :         double p = (x - lo) / dx;
-     120        1526 :         size_t i = floor(p);
-     121        1526 :         return Y[i] + (p - i) * (Y[i + 1] - Y[i]);
-     122             : }
-     123             : 
-     124         565 : size_t closestIndex(double x, const std::vector<double> &X) {
-     125         565 :         size_t i1 = std::lower_bound(X.begin(), X.end(), x) - X.begin();
-     126         565 :         if (i1 == 0)
-     127             :                 return i1;
-     128         565 :         size_t i0 = i1 - 1;
-     129         565 :         if (std::fabs(X[i0] - x) < std::fabs(X[i1] - x))
-     130             :                 return i0;
-     131             :         else
-     132         308 :                 return i1;
-     133             : }
-     134             : 
-     135             : } // namespace crpropa
-     136             : 
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-       1             : #include "crpropa/Cosmology.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Common.h"
-       4             : 
-       5             : #include <vector>
-       6             : #include <cmath>
-       7             : #include <stdexcept>
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11             : /**
-      12             :  @class Cosmology
-      13             :  @brief Cosmology calculations
-      14             :  */
-      15             : struct Cosmology {
-      16             :         double H0; // Hubble parameter at z=0
-      17             :         double omegaM; // matter density parameter
-      18             :         double omegaL; // vacuum energy parameter
-      19             : 
-      20             :         static const int n;
-      21             :         static const double zmin;
-      22             :         static const double zmax;
-      23             : 
-      24             :         std::vector<double> Z;  // redshift
-      25             :         std::vector<double> Dc; // comoving distance [m]
-      26             :         std::vector<double> Dl; // luminosity distance [m]
-      27             :         std::vector<double> Dt; // light travel distance [m]
-      28             : 
-      29          19 :         void update() {
-      30          19 :                 double dH = c_light / H0; // Hubble distance
-      31             : 
-      32          19 :                 std::vector<double> E(n);
-      33          19 :                 E[0] = 1;
-      34             : 
-      35             :                 // Relation between comoving distance r and redshift z (cf. J.A. Peacock, Cosmological physics, p. 89 eq. 3.76)
-      36             :                 // dr = c / H(z) dz, integration using midpoint rule
-      37             :                 double dlz = log10(zmax) - log10(zmin);
-      38       19000 :                 for (int i = 1; i < n; i++) {
-      39       18981 :                         Z[i] = zmin * pow(10, i * dlz / (n - 1)); // logarithmic even spacing
-      40       18981 :                         double dz = (Z[i] - Z[i - 1]); // redshift step
-      41       18981 :                         E[i] = sqrt(omegaL + omegaM * pow_integer<3>(1 + Z[i]));
-      42       18981 :                         Dc[i] = Dc[i - 1] + dH * dz * (1 / E[i] + 1 / E[i - 1]) / 2;
-      43       18981 :                         Dl[i] = (1 + Z[i]) * Dc[i];
-      44       18981 :                         Dt[i] = Dt[i - 1]
-      45       18981 :                                         + dH * dz
-      46       18981 :                                                         * (1 / ((1 + Z[i]) * E[i])
-      47       18981 :                                                                         + 1 / ((1 + Z[i - 1]) * E[i - 1])) / 2;
-      48             :                 }
-      49          19 :         }
-      50             : 
-      51          19 :         Cosmology() {
-      52             :         // Cosmological parameters (K.A. Olive et al. (Particle Data Group), Chin. Phys. C, 38, 090001 (2014))
-      53          19 :                 H0 = 67.3 * 1000 * meter / second / Mpc; // default values
-      54          19 :                 omegaM = 0.315;
-      55          19 :                 omegaL = 1 - omegaM;
-      56             : 
-      57          19 :                 Z.resize(n);
-      58          19 :                 Dc.resize(n);
-      59          19 :                 Dl.resize(n);
-      60          19 :                 Dt.resize(n);
-      61             : 
-      62          19 :                 Z[0] = 0;
-      63          19 :                 Dc[0] = 0;
-      64          19 :                 Dl[0] = 0;
-      65          19 :                 Dt[0] = 0;
-      66             : 
-      67          19 :                 update();
-      68          19 :         }
-      69             : 
-      70             :         void setParameters(double h, double oM) {
-      71           0 :                 H0 = h * 1e5 / Mpc;
-      72           0 :                 omegaM = oM;
-      73           0 :                 omegaL = 1 - oM;
-      74           0 :                 update();
-      75             :         }
-      76             : };
-      77             : 
-      78             : const int Cosmology::n = 1000;
-      79             : const double Cosmology::zmin = 0.0001;
-      80             : const double Cosmology::zmax = 100;
-      81             : 
-      82             : static Cosmology cosmology; // instance is created at runtime
-      83             : 
-      84           0 : void setCosmologyParameters(double h, double oM) {
-      85             :         cosmology.setParameters(h, oM);
-      86           0 : }
-      87             : 
-      88        7623 : double hubbleRate(double z) {
-      89        7623 :         return cosmology.H0
-      90        7623 :                         * sqrt(cosmology.omegaL + cosmology.omegaM * pow(1 + z, 3));
-      91             : }
-      92             : 
-      93           0 : double omegaL() {
-      94           0 :         return cosmology.omegaL;
-      95             : }
-      96             : 
-      97           0 : double omegaM() {
-      98           0 :         return cosmology.omegaM;
-      99             : }
-     100             : 
-     101           0 : double H0() {
-     102           0 :         return cosmology.H0;
-     103             : }
-     104             : 
-     105           1 : double comovingDistance2Redshift(double d) {
-     106           1 :         if (d < 0)
-     107           0 :                 throw std::runtime_error("Cosmology: d < 0");
-     108           1 :         if (d > cosmology.Dc.back())
-     109           0 :                 throw std::runtime_error("Cosmology: d > dmax");
-     110           1 :         return interpolate(d, cosmology.Dc, cosmology.Z);
-     111             : }
-     112             : 
-     113           0 : double redshift2ComovingDistance(double z) {
-     114           0 :         if (z < 0)
-     115           0 :                 throw std::runtime_error("Cosmology: z < 0");
-     116           0 :         if (z > cosmology.zmax)
-     117           0 :                 throw std::runtime_error("Cosmology: z > zmax");
-     118           0 :         return interpolate(z, cosmology.Z, cosmology.Dc);
-     119             : }
-     120             : 
-     121           0 : double luminosityDistance2Redshift(double d) {
-     122           0 :         if (d < 0)
-     123           0 :                 throw std::runtime_error("Cosmology: d < 0");
-     124           0 :         if (d > cosmology.Dl.back())
-     125           0 :                 throw std::runtime_error("Cosmology: d > dmax");
-     126           0 :         return interpolate(d, cosmology.Dl, cosmology.Z);
-     127             : }
-     128             : 
-     129           0 : double redshift2LuminosityDistance(double z) {
-     130           0 :         if (z < 0)
-     131           0 :                 throw std::runtime_error("Cosmology: z < 0");
-     132           0 :         if (z > cosmology.zmax)
-     133           0 :                 throw std::runtime_error("Cosmology: z > zmax");
-     134           0 :         return interpolate(z, cosmology.Z, cosmology.Dl);
-     135             : }
-     136             : 
-     137           0 : double lightTravelDistance2Redshift(double d) {
-     138           0 :         if (d < 0)
-     139           0 :                 throw std::runtime_error("Cosmology: d < 0");
-     140           0 :         if (d > cosmology.Dt.back())
-     141           0 :                 throw std::runtime_error("Cosmology: d > dmax");
-     142           0 :         return interpolate(d, cosmology.Dt, cosmology.Z);
-     143             : }
-     144             : 
-     145           0 : double redshift2LightTravelDistance(double z) {
-     146           0 :         if (z < 0)
-     147           0 :                 throw std::runtime_error("Cosmology: z < 0");
-     148           0 :         if (z > cosmology.zmax)
-     149           0 :                 throw std::runtime_error("Cosmology: z > zmax");
-     150           0 :         return interpolate(z, cosmology.Z, cosmology.Dt);
-     151             : }
-     152             : 
-     153           2 : double comoving2LightTravelDistance(double d) {
-     154           2 :         if (d < 0)
-     155           0 :                 throw std::runtime_error("Cosmology: d < 0");
-     156           2 :         if (d > cosmology.Dc.back())
-     157           0 :                 throw std::runtime_error("Cosmology: d > dmax");
-     158           2 :         return interpolate(d, cosmology.Dc, cosmology.Dt);
-     159             : }
-     160             : 
-     161           1 : double lightTravel2ComovingDistance(double d) {
-     162           1 :         if (d < 0)
-     163           0 :                 throw std::runtime_error("Cosmology: d < 0");
-     164           1 :         if (d > cosmology.Dt.back())
-     165           0 :                 throw std::runtime_error("Cosmology: d > dmax");
-     166           1 :         return interpolate(d, cosmology.Dt, cosmology.Dc);
-     167             : }
-     168             : 
-     169             : } // namespace crpropa
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Generated by: LCOV version 1.14
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- - - diff --git a/doc/coverageReport/src/EmissionMap.cpp.func.html b/doc/coverageReport/src/EmissionMap.cpp.func.html deleted file mode 100644 index ca8986910..000000000 --- a/doc/coverageReport/src/EmissionMap.cpp.func.html +++ /dev/null @@ -1,204 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/EmissionMap.cpp - functions - - - - - - - - - - - - - - -
LCOV - code coverage report
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Current view:top level - src - EmissionMap.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8315653.2 %
Date:2024-04-08 14:58:22Functions:183354.5 %
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Function Name Sort by function nameHit count Sort by hit count
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Generated by: LCOV version 1.14
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- - - diff --git a/doc/coverageReport/src/EmissionMap.cpp.gcov.html b/doc/coverageReport/src/EmissionMap.cpp.gcov.html deleted file mode 100644 index 59cbfc778..000000000 --- a/doc/coverageReport/src/EmissionMap.cpp.gcov.html +++ /dev/null @@ -1,370 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/EmissionMap.cpp - - - - - - - - - - - - - - -
LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - src - EmissionMap.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8315653.2 %
Date:2024-04-08 14:58:22Functions:183354.5 %
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          Line data    Source code
-
-       1             : #include "crpropa/EmissionMap.h"
-       2             : #include "crpropa/Random.h"
-       3             : #include "crpropa/Units.h"
-       4             : 
-       5             : #include "kiss/logger.h"
-       6             : 
-       7             : #include <fstream>
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11           0 : CylindricalProjectionMap::CylindricalProjectionMap() : nPhi(360), nTheta(180), dirty(false), pdf(nPhi* nTheta, 0), cdf(nPhi* nTheta, 0) {
-      12           0 :         sPhi = 2. * M_PI / nPhi;
-      13           0 :         sTheta = 2. / nTheta;
-      14           0 : }
-      15             : 
-      16           6 : CylindricalProjectionMap::CylindricalProjectionMap(size_t nPhi, size_t nTheta) : nPhi(nPhi), nTheta(nTheta), dirty(false), pdf(nPhi* nTheta, 0), cdf(nPhi* nTheta, 0) {
-      17           6 :         sPhi = 2 * M_PI / nPhi;
-      18           6 :         sTheta = 2. / nTheta;
-      19           6 : }
-      20             : 
-      21           4 : void CylindricalProjectionMap::fillBin(const Vector3d& direction, double weight) {
-      22           4 :         size_t bin = binFromDirection(direction);
-      23           4 :         fillBin(bin, weight);
-      24           4 : }
-      25             : 
-      26      129604 : void CylindricalProjectionMap::fillBin(size_t bin, double weight) {
-      27      129604 :         pdf[bin] += weight;
-      28      129604 :         dirty = true;
-      29      129604 : }
-      30             : 
-      31           1 : Vector3d CylindricalProjectionMap::drawDirection() const {
-      32           1 :         if (dirty)
-      33           1 :                 updateCdf();
-      34             : 
-      35           1 :         size_t bin = Random::instance().randBin(cdf);
-      36             : 
-      37           1 :         return directionFromBin(bin);
-      38             : }
-      39             : 
-      40           0 : bool CylindricalProjectionMap::checkDirection(const Vector3d &direction) const {
-      41           0 :         size_t bin = binFromDirection(direction);
-      42           0 :         return pdf[bin];
-      43             : }
-      44             : 
-      45             : 
-      46           0 : const std::vector<double>& CylindricalProjectionMap::getPdf() const {
-      47           0 :         return pdf;
-      48             : }
-      49             : 
-      50           5 : std::vector<double>& CylindricalProjectionMap::getPdf() {
-      51           5 :         return pdf;
-      52             : }
-      53             : 
-      54           0 : const std::vector<double>& CylindricalProjectionMap::getCdf() const {
-      55           0 :         return cdf;
-      56             : }
-      57             : 
-      58           0 : size_t CylindricalProjectionMap::getNPhi() {
-      59           0 :         return nPhi;
-      60             : }
-      61             : 
-      62           0 : size_t CylindricalProjectionMap::getNTheta() {
-      63           0 :         return nTheta;
-      64             : }
-      65             : 
-      66             : /*
-      67             :  * Cylindrical Coordinates
-      68             :  * iPhi -> [0, 2*pi]
-      69             :  * iTheta -> [0, 2]
-      70             :  *
-      71             :  * Spherical Coordinates
-      72             :  * phi -> [-pi, pi]
-      73             :  * theta -> [0, pi]
-      74             :  */
-      75           6 : size_t CylindricalProjectionMap::binFromDirection(const Vector3d& direction) const {
-      76             :         // convert to cylindrical
-      77           6 :         double phi = direction.getPhi() + M_PI;
-      78           6 :         double theta = sin(M_PI_2 - direction.getTheta()) + 1;
-      79             : 
-      80             :         // to indices
-      81           6 :         size_t iPhi = phi / sPhi;
-      82           6 :         size_t iTheta = theta / sTheta;
-      83             : 
-      84             :         // interleave
-      85           6 :         size_t bin =  iTheta * nPhi + iPhi;
-      86           6 :         return bin;
-      87             : }
-      88             : 
-      89           2 : Vector3d CylindricalProjectionMap::directionFromBin(size_t bin) const {
-      90             :         // deinterleave
-      91           2 :         double iPhi = bin % nPhi;
-      92           2 :         double iTheta = bin / nPhi;
-      93             : 
-      94             :         // any where in the bin
-      95           2 :         iPhi += Random::instance().rand();
-      96           2 :         iTheta += Random::instance().rand();
-      97             : 
-      98             :         // cylindrical Coordinates
-      99           2 :         double phi = iPhi * sPhi;
-     100           2 :         double theta = iTheta * sTheta;
-     101             : 
-     102             :         // sphericala Coordinates
-     103           2 :         phi = phi - M_PI;
-     104           2 :         theta = M_PI_2 - asin(theta - 1);
-     105             : 
-     106             :         Vector3d v;
-     107           2 :         v.setRThetaPhi(1.0, theta, phi);
-     108           2 :         return v;
-     109             : }
-     110             : 
-     111           1 : void CylindricalProjectionMap::updateCdf() const {
-     112           1 :         if (dirty) {
-     113           1 :                 cdf[0] = pdf[0];
-     114       64800 :                 for (size_t i = 1; i < pdf.size(); i++) {
-     115       64799 :                         cdf[i] = cdf[i-1] + pdf[i];
-     116             :                 }
-     117           1 :                 dirty = false;
-     118             :         }
-     119           1 : }
-     120             : 
-     121           2 : EmissionMap::EmissionMap() : minEnergy(0.0001 * EeV), maxEnergy(10000 * EeV),
-     122           2 :         nEnergy(8*2), nPhi(360), nTheta(180) {
-     123           2 :         logStep = log10(maxEnergy / minEnergy) / nEnergy;
-     124           2 : }
-     125             : 
-     126           0 : EmissionMap::EmissionMap(size_t nPhi, size_t nTheta, size_t nEnergy) : minEnergy(0.0001 * EeV), maxEnergy(10000 * EeV),
-     127           0 :         nEnergy(nEnergy), nPhi(nPhi), nTheta(nTheta) {
-     128           0 :         logStep = log10(maxEnergy / minEnergy) / nEnergy;
-     129           0 : }
-     130             : 
-     131           1 : EmissionMap::EmissionMap(size_t nPhi, size_t nTheta, size_t nEnergy, double minEnergy, double maxEnergy) : minEnergy(minEnergy), maxEnergy(maxEnergy), nEnergy(nEnergy), nPhi(nPhi), nTheta(nTheta) {
-     132           1 :         logStep = log10(maxEnergy / minEnergy) / nEnergy;
-     133           1 : }
-     134             : 
-     135           1 : double EmissionMap::energyFromBin(size_t bin) const {
-     136           1 :         return pow(10, log10(minEnergy) + logStep * bin);
-     137             : }
-     138             : 
-     139          11 : size_t EmissionMap::binFromEnergy(double energy) const {
-     140          11 :         return log10(energy / minEnergy) / logStep;
-     141             : }
-     142             : 
-     143           4 : void EmissionMap::fillMap(int pid, double energy, const Vector3d& direction, double weight) {
-     144           4 :         getMap(pid, energy)->fillBin(direction, weight);
-     145           4 : }
-     146             : 
-     147           0 : void EmissionMap::fillMap(const ParticleState& state, double weight) {
-     148           0 :         fillMap(state.getId(), state.getEnergy(), state.getDirection(), weight);
-     149           0 : }
-     150             : 
-     151           1 : EmissionMap::map_t &EmissionMap::getMaps() {
-     152           1 :         return maps;
-     153             : }
-     154             : 
-     155           2 : const EmissionMap::map_t &EmissionMap::getMaps() const {
-     156           2 :         return maps;
-     157             : }
-     158             : 
-     159           3 : bool EmissionMap::drawDirection(int pid, double energy, Vector3d& direction) const {
-     160           3 :         key_t key(pid, binFromEnergy(energy));
-     161             :         map_t::const_iterator i = maps.find(key);
-     162             : 
-     163           3 :         if (i == maps.end() || !i->second.valid()) {
-     164             :                 return false;
-     165             :         } else {
-     166           1 :                 direction = i->second->drawDirection();
-     167           1 :                 return true;
-     168             :         }
-     169             : }
-     170             : 
-     171           0 : bool EmissionMap::drawDirection(const ParticleState& state, Vector3d& direction) const {
-     172           0 :         return drawDirection(state.getId(), state.getEnergy(), direction);
-     173             : }
-     174             : 
-     175           0 : bool EmissionMap::checkDirection(int pid, double energy, const Vector3d& direction) const {
-     176           0 :         key_t key(pid, binFromEnergy(energy));
-     177             :         map_t::const_iterator i = maps.find(key);
-     178             : 
-     179           0 :         if (i == maps.end() || !i->second.valid()) {
-     180             :                 return false;
-     181             :         } else {
-     182           0 :                 return i->second->checkDirection(direction);
-     183             :         }
-     184             : }
-     185             : 
-     186           0 : bool EmissionMap::checkDirection(const ParticleState& state) const {
-     187           0 :         return checkDirection(state.getId(), state.getEnergy(), state.getDirection());
-     188             : }
-     189             : 
-     190           0 : bool EmissionMap::hasMap(int pid, double energy) {
-     191           0 :     key_t key(pid, binFromEnergy(energy));
-     192             :     map_t::iterator i = maps.find(key);
-     193           0 :     if (i == maps.end() || !i->second.valid())
-     194             :                 return false;
-     195             :         else
-     196           0 :                 return true;
-     197             : }
-     198             : 
-     199           7 : ref_ptr<CylindricalProjectionMap> EmissionMap::getMap(int pid, double energy) {
-     200           7 :         key_t key(pid, binFromEnergy(energy));
-     201             :         map_t::iterator i = maps.find(key);
-     202           7 :         if (i == maps.end() || !i->second.valid()) {
-     203           5 :                 ref_ptr<CylindricalProjectionMap> cpm = new CylindricalProjectionMap(nPhi, nTheta);
-     204           5 :                 maps[key] = cpm;
-     205             :                 return cpm;
-     206             :         } else {
-     207             :                 return i->second;
-     208             :         }
-     209             : }
-     210             : 
-     211           0 : void EmissionMap::save(const std::string &filename) {
-     212           0 :         std::ofstream out(filename.c_str());
-     213           0 :         out.imbue(std::locale("C"));
-     214             : 
-     215           0 :         for (map_t::iterator i = maps.begin(); i != maps.end(); i++) {
-     216           0 :                 if (!i->second.valid())
-     217           0 :                         continue;
-     218           0 :                 out << i->first.first << " " << i->first.second << " " << energyFromBin(i->first.second) << " ";
-     219           0 :                 out << i->second->getNPhi() << " " << i->second->getNTheta();
-     220           0 :                 const std::vector<double> &pdf = i->second->getPdf();
-     221           0 :                 for (size_t i = 0; i < pdf.size(); i++)
-     222           0 :                         out << " " << pdf[i];
-     223             :                 out << std::endl;
-     224             :         }
-     225           0 : }
-     226             : 
-     227           1 : void EmissionMap::merge(const EmissionMap *other) {
-     228           1 :         if (other == 0)
-     229             :                 return;
-     230           1 :         map_t::const_iterator i = other->getMaps().begin();
-     231           1 :         map_t::const_iterator end = other->getMaps().end();
-     232           3 :         for(;i != end; i++) {
-     233           2 :                 if (!i->second.valid())
-     234           0 :                         continue;
-     235             : 
-     236           2 :                 std::vector<double> &otherpdf = i->second->getPdf();
-     237           2 :                 ref_ptr<CylindricalProjectionMap> cpm = getMap(i->first.first, i->first.second);
-     238             : 
-     239           2 :                 if (otherpdf.size() != cpm->getPdf().size()) {
-     240           0 :                         throw std::runtime_error("PDF size mismatch!");
-     241             :                         break;
-     242             :                 }
-     243             : 
-     244      129602 :                 for (size_t k = 0; k < otherpdf.size(); k++) {
-     245      129600 :                         cpm->fillBin(k, otherpdf[k]);
-     246             :                 }
-     247             :         }
-     248             : }
-     249             : 
-     250           0 : void EmissionMap::merge(const std::string &filename) {
-     251           0 :         EmissionMap em;
-     252           0 :         em.load(filename);
-     253           0 :         merge(&em);
-     254           0 : }
-     255             : 
-     256           0 : void EmissionMap::load(const std::string &filename) {
-     257           0 :         std::ifstream in(filename.c_str());
-     258           0 :         in.imbue(std::locale("C"));
-     259             : 
-     260           0 :         while(in.good()) {
-     261           0 :                 key_t key;
-     262             :                 double tmp;
-     263             :                 size_t nPhi_, nTheta_;
-     264           0 :                 in >> key.first >> key.second >> tmp;
-     265             :                 in >> nPhi_ >> nTheta_;
-     266             : 
-     267           0 :                 if (!in.good()) {
-     268           0 :                         KISS_LOG_ERROR << "Invalid line: " << key.first << " " << key.second << " " << nPhi_ << " " << nTheta_;
-     269           0 :                         break;
-     270             :                 }
-     271             : 
-     272           0 :                 if (nPhi != nPhi_) {
-     273           0 :                         KISS_LOG_WARNING << "nPhi mismatch: " << nPhi << " " << nPhi_;
-     274             :                 }
-     275           0 :                 if (nTheta != nTheta_) {
-     276           0 :                         KISS_LOG_WARNING << "nTheta mismatch: " << nTheta << " " << nTheta_;
-     277             :                 }
-     278             : 
-     279           0 :                 ref_ptr<CylindricalProjectionMap> cpm = new CylindricalProjectionMap(nPhi_, nTheta_);
-     280           0 :                 std::vector<double> &pdf = cpm->getPdf();
-     281           0 :                 for (size_t i = 0; i < pdf.size(); i++)
-     282             :                         in >> pdf[i];
-     283             : 
-     284           0 :                 if (in.good()) {
-     285           0 :                         maps[key] = cpm;
-     286             :                         // std::cout << "added " << key.first << " " << key.second << std::endl;
-     287             :                 } else {
-     288           0 :                         KISS_LOG_WARNING << "Invalid data in line: " << key.first << " " << key.second << " " << nPhi_ << " " << nTheta_ << "\n";
-     289             :                 }
-     290             :         }
-     291             : 
-     292           0 : }
-     293             : 
-     294             : } // namespace crpropa
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Current view:top level - src - Geometry.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:185036.0 %
Date:2024-04-08 14:58:22Functions:61346.2 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa5PlaneC2ERKNS_7Vector3IdEES4_S4_0
_ZNK7crpropa11ParaxialBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa11ParaxialBox6normalERKNS_7Vector3IdEE0
_ZNK7crpropa5Plane14getDescriptionB5cxx11Ev0
_ZNK7crpropa5Plane6normalERKNS_7Vector3IdEE0
_ZNK7crpropa6Sphere14getDescriptionB5cxx11Ev0
_ZNK7crpropa6Sphere6normalERKNS_7Vector3IdEE0
_ZN7crpropa11ParaxialBoxC2ERKNS_7Vector3IdEES4_1
_ZN7crpropa5PlaneC2ERKNS_7Vector3IdEES4_1
_ZNK7crpropa5Plane8distanceERKNS_7Vector3IdEE2
_ZN7crpropa6SphereC2ERKNS_7Vector3IdEEd4
_ZNK7crpropa11ParaxialBox8distanceERKNS_7Vector3IdEE6
_ZNK7crpropa6Sphere8distanceERKNS_7Vector3IdEE12
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LCOV - code coverage report
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Current view:top level - src - Geometry.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:185036.0 %
Date:2024-04-08 14:58:22Functions:61346.2 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11ParaxialBoxC2ERKNS_7Vector3IdEES4_1
_ZN7crpropa5PlaneC2ERKNS_7Vector3IdEES4_1
_ZN7crpropa5PlaneC2ERKNS_7Vector3IdEES4_S4_0
_ZN7crpropa6SphereC2ERKNS_7Vector3IdEEd4
_ZNK7crpropa11ParaxialBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa11ParaxialBox6normalERKNS_7Vector3IdEE0
_ZNK7crpropa11ParaxialBox8distanceERKNS_7Vector3IdEE6
_ZNK7crpropa5Plane14getDescriptionB5cxx11Ev0
_ZNK7crpropa5Plane6normalERKNS_7Vector3IdEE0
_ZNK7crpropa5Plane8distanceERKNS_7Vector3IdEE2
_ZNK7crpropa6Sphere14getDescriptionB5cxx11Ev0
_ZNK7crpropa6Sphere6normalERKNS_7Vector3IdEE0
_ZNK7crpropa6Sphere8distanceERKNS_7Vector3IdEE12
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LCOV - code coverage report
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Current view:top level - src - Geometry.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:185036.0 %
Date:2024-04-08 14:58:22Functions:61346.2 %
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          Line data    Source code
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-       1             : #include <limits>
-       2             : #include <cmath>
-       3             : #include "kiss/logger.h"
-       4             : #include "crpropa/Geometry.h"
-       5             : 
-       6             : #include <iostream>
-       7             : 
-       8             : namespace crpropa {
-       9             : 
-      10             : // Plane ------------------------------------------------------------------
-      11           1 : Plane::Plane(const Vector3d& _x0, const Vector3d& _n) : x0(_x0), n(_n) {
-      12           1 : };
-      13             : 
-      14           0 : Plane::Plane(const Vector3d& _x0, const Vector3d& v1,const Vector3d& v2) : x0(_x0), n(0,0,0) {
-      15             :         n = v1.cross(v2);
-      16             :         n /= n.getR();
-      17           0 : };
-      18             : 
-      19           2 : double Plane::distance(const Vector3d &x) const {
-      20             :         Vector3d dX = x - x0;
-      21           2 :         return n.dot(dX);
-      22             : };
-      23             : 
-      24           0 : std::string Plane::getDescription() const {
-      25           0 :         std::stringstream ss;
-      26             :         ss << "Plane: " << std::endl
-      27           0 :            << "   x0: " << x0 << std::endl
-      28           0 :            << "    n: " << n << std::endl;
-      29           0 :         return ss.str();
-      30           0 : };
-      31             : 
-      32           0 : Vector3d Plane::normal(const Vector3d& point) const {
-      33           0 :         return n;
-      34             : }
-      35             : 
-      36             : 
-      37             : // Sphere ------------------------------------------------------------------
-      38           4 : Sphere::Sphere(const Vector3d& _center, double _radius) : center(_center), radius(_radius) {
-      39           4 : };
-      40             : 
-      41          12 : double Sphere::distance(const Vector3d &point) const {
-      42             :         Vector3d dR = point - center;
-      43          12 :         return dR.getR() - radius;
-      44             : }
-      45             : 
-      46           0 : Vector3d Sphere::normal(const Vector3d& point) const {
-      47             :         Vector3d d = point - center;
-      48           0 :         return d.getUnitVector();
-      49             : }
-      50             : 
-      51           0 : std::string Sphere::getDescription() const {
-      52           0 :         std::stringstream ss;
-      53             :         ss << "Sphere: " << std::endl
-      54           0 :                         << "   Center: " << center << std::endl
-      55           0 :                         << "   Radius: " << radius << std::endl;
-      56           0 :         return ss.str();
-      57           0 : };
-      58             : 
-      59             : 
-      60             : // ParaxialBox -------------------------------------------------------------
-      61           1 : ParaxialBox::ParaxialBox(const Vector3d& _corner, const Vector3d& _size) : corner(_corner), size(_size) {
-      62           1 : };
-      63             : 
-      64           6 : double ParaxialBox::distance(const Vector3d &point) const {
-      65             :         Vector3d X = point - corner - size/2.;
-      66             : 
-      67             :         // inside the cube
-      68           6 :         if ((fabs(X.x) <= size.x/2.) and (fabs(X.y) <= size.y/2.) and (fabs(X.z) <= size.z/2.)) { 
-      69             :                 Vector3d Xp = size/2. - X.abs();
-      70           3 :                 double d = std::min(Xp.x, std::min(Xp.y, Xp.z));
-      71             : 
-      72           3 :                 return -1. * d;
-      73             :         }
-      74             : 
-      75           3 :         double a = std::max(0., fabs(X.x) - size.x/2.);
-      76           3 :         double b = std::max(0., fabs(X.y) - size.y/2.);
-      77           3 :         double c = std::max(0., fabs(X.z) - size.z/2.);
-      78             : 
-      79           3 :         return sqrt(a*a + b*b +c*c);
-      80             : }
-      81             : 
-      82           0 : Vector3d ParaxialBox::normal(const Vector3d& point) const {
-      83             :         Vector3d d = (point - corner).abs();
-      84             :         Vector3d d2 = d + size;
-      85             :         Vector3d n;
-      86             :         double dmin = std::numeric_limits<double>::infinity();
-      87           0 :         if (d.x < dmin) {
-      88             :                 dmin = d.x;
-      89             :                 n = Vector3d(-1, 0, 0);
-      90             :         }
-      91           0 :         if (d.y < dmin) {
-      92             :                 dmin = d.y;
-      93             :                 n = Vector3d(0, -1, 0);
-      94             :         }
-      95           0 :         if (d.z < dmin) {
-      96             :                 dmin = d.z;
-      97             :                 n = Vector3d(0, 0, -1);
-      98             :         }
-      99           0 :         if (d2.x < dmin) {
-     100             :                 dmin = d2.x;
-     101             :                 n = Vector3d(1, 0, 0);
-     102             :         }
-     103           0 :         if (d2.y < dmin) {
-     104             :                 dmin = d2.y;
-     105             :                 n = Vector3d(0, 1, 0);
-     106             :         }
-     107           0 :         if (d2.z < dmin) {
-     108             :                 // dmin = d2.z;
-     109             :                 n = Vector3d(0, 0, 1);
-     110             :         }
-     111             : 
-     112           0 :         return n;
-     113             : }
-     114             : 
-     115           0 : std::string ParaxialBox::getDescription() const {
-     116           0 :         std::stringstream ss;
-     117             :         ss << "ParaxialBox: " << std::endl
-     118           0 :                  << "   corner: " << corner << std::endl
-     119           0 :                  << "     size: " << size << std::endl;
-     120           0 :         return ss.str();
-     121           0 : };
-     122             : 
-     123             : 
-     124             : } // namespace
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Current view:top level - src - GridTools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6724527.3 %
Date:2024-04-08 14:58:22Functions:71936.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13dumpGridToTxtENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa15loadGridFromTxtENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa16rmsFieldStrengthENS_7ref_ptrINS_4GridIfEEEE0
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_ZN7crpropa17gridPowerSpectrumENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17meanFieldStrengthENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17meanFieldStrengthENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa23rmsFieldStrengthPerAxisENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa25fromMagneticFieldStrengthENS_7ref_ptrINS_4GridIfEEEENS0_INS_13MagneticFieldEEE0
_ZN7crpropa8dumpGridENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa8loadGridENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa9scaleGridENS_7ref_ptrINS_4GridIfEEEEd0
_ZN7crpropa13dumpGridToTxtENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa15loadGridFromTxtENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa15meanFieldVectorENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE1
_ZN7crpropa8dumpGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa8loadGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa16rmsFieldStrengthENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE11
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LCOV - code coverage report
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Current view:top level - src - GridTools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6724527.3 %
Date:2024-04-08 14:58:22Functions:71936.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13dumpGridToTxtENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa13dumpGridToTxtENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa15loadGridFromTxtENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa15loadGridFromTxtENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa15meanFieldVectorENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE1
_ZN7crpropa16rmsFieldStrengthENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE11
_ZN7crpropa16rmsFieldStrengthENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa17fromMagneticFieldENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENS0_INS_13MagneticFieldEEE0
_ZN7crpropa17gridPowerSpectrumENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17meanFieldStrengthENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa17meanFieldStrengthENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa23rmsFieldStrengthPerAxisENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
_ZN7crpropa25fromMagneticFieldStrengthENS_7ref_ptrINS_4GridIfEEEENS0_INS_13MagneticFieldEEE0
_ZN7crpropa8dumpGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa8dumpGridENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa8loadGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd1
_ZN7crpropa8loadGridENS_7ref_ptrINS_4GridIfEEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEd0
_ZN7crpropa9scaleGridENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEd11
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LCOV - code coverage report
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Current view:top level - src - GridTools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6724527.3 %
Date:2024-04-08 14:58:22Functions:71936.8 %
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-       1             : #include "crpropa/GridTools.h"
-       2             : #include "crpropa/magneticField/MagneticField.h"
-       3             : 
-       4             : #include <fstream>
-       5             : #include <sstream>
-       6             : 
-       7             : namespace crpropa {
-       8             : 
-       9           0 : void scaleGrid(ref_ptr<Grid1f> grid, double a) {
-      10           0 :         for (int ix = 0; ix < grid->getNx(); ix++)
-      11           0 :                 for (int iy = 0; iy < grid->getNy(); iy++)
-      12           0 :                         for (int iz = 0; iz < grid->getNz(); iz++)
-      13           0 :                                 grid->get(ix, iy, iz) *= a;
-      14           0 : }
-      15             : 
-      16          11 : void scaleGrid(ref_ptr<Grid3f> grid, double a) {
-      17         654 :         for (int ix = 0; ix < grid->getNx(); ix++)
-      18       41612 :                 for (int iy = 0; iy < grid->getNy(); iy++)
-      19     2662436 :                         for (int iz = 0; iz < grid->getNz(); iz++)
-      20     2621467 :                                 grid->get(ix, iy, iz) *= a;
-      21          11 : }
-      22             : 
-      23           1 : Vector3f meanFieldVector(ref_ptr<Grid3f> grid) {
-      24             :         size_t Nx = grid->getNx();
-      25             :         size_t Ny = grid->getNy();
-      26             :         size_t Nz = grid->getNz();
-      27             :         Vector3f mean(0.);
-      28          65 :         for (int ix = 0; ix < Nx; ix++)
-      29        4160 :                 for (int iy = 0; iy < Ny; iy++)
-      30      266240 :                         for (int iz = 0; iz < Nz; iz++)
-      31             :                                 mean += grid->get(ix, iy, iz);
-      32           1 :         return mean / Nx / Ny / Nz;
-      33             : }
-      34             : 
-      35           0 : double meanFieldStrength(ref_ptr<Grid3f> grid) {
-      36             :         size_t Nx = grid->getNx();
-      37             :         size_t Ny = grid->getNy();
-      38             :         size_t Nz = grid->getNz();
-      39             :         double mean = 0;
-      40           0 :         for (int ix = 0; ix < Nx; ix++)
-      41           0 :                 for (int iy = 0; iy < Ny; iy++)
-      42           0 :                         for (int iz = 0; iz < Nz; iz++)
-      43           0 :                                 mean += grid->get(ix, iy, iz).getR();
-      44           0 :         return mean / Nx / Ny / Nz;
-      45             : }
-      46             : 
-      47           0 : double meanFieldStrength(ref_ptr<Grid1f> grid) {
-      48             :         size_t Nx = grid->getNx();
-      49             :         size_t Ny = grid->getNy();
-      50             :         size_t Nz = grid->getNz();
-      51             :         double mean = 0;
-      52           0 :         for (int ix = 0; ix < Nx; ix++)
-      53           0 :                 for (int iy = 0; iy < Ny; iy++)
-      54           0 :                         for (int iz = 0; iz < Nz; iz++)
-      55           0 :                                 mean += grid->get(ix, iy, iz);
-      56           0 :         return mean / Nx / Ny / Nz;
-      57             : }
-      58             : 
-      59          11 : double rmsFieldStrength(ref_ptr<Grid3f> grid) {
-      60             :         size_t Nx = grid->getNx();
-      61             :         size_t Ny = grid->getNy();
-      62             :         size_t Nz = grid->getNz();
-      63             :         double sumV2 = 0;
-      64         715 :         for (int ix = 0; ix < Nx; ix++)
-      65       45760 :                 for (int iy = 0; iy < Ny; iy++)
-      66     2928640 :                         for (int iz = 0; iz < Nz; iz++)
-      67     2883584 :                                 sumV2 += grid->get(ix, iy, iz).getR2();
-      68          11 :         return std::sqrt(sumV2 / Nx / Ny / Nz);
-      69             : }
-      70             : 
-      71           0 : double rmsFieldStrength(ref_ptr<Grid1f> grid) {
-      72             :         size_t Nx = grid->getNx();
-      73             :         size_t Ny = grid->getNy();
-      74             :         size_t Nz = grid->getNz();
-      75             :         double sumV2 = 0;
-      76           0 :         for (int ix = 0; ix < Nx; ix++)
-      77           0 :                 for (int iy = 0; iy < Ny; iy++)
-      78           0 :                         for (int iz = 0; iz < Nz; iz++)
-      79           0 :                                 sumV2 += pow(grid->get(ix, iy, iz), 2);
-      80           0 :         return std::sqrt(sumV2 / Nx / Ny / Nz);
-      81             : }
-      82             : 
-      83           0 : std::array<float, 3> rmsFieldStrengthPerAxis(ref_ptr<Grid3f> grid) {
-      84             :     size_t Nx = grid->getNx();
-      85             :     size_t Ny = grid->getNy();
-      86             :     size_t Nz = grid->getNz();
-      87             :     float sumV2_x = 0;
-      88             :     float sumV2_y = 0;
-      89             :     float sumV2_z = 0;
-      90           0 :     for (int ix = 0; ix < Nx; ix++)
-      91           0 :         for (int iy = 0; iy < Ny; iy++)
-      92           0 :             for (int iz = 0; iz < Nz; iz++) {
-      93           0 :                 sumV2_x += pow(grid->get(ix, iy, iz).x, 2);
-      94           0 :                 sumV2_y += pow(grid->get(ix, iy, iz).y, 2);
-      95           0 :                 sumV2_z += pow(grid->get(ix, iy, iz).z, 2);
-      96             :             }
-      97             :     return {
-      98           0 :         std::sqrt(sumV2_x / Nx / Ny / Nz),
-      99           0 :         std::sqrt(sumV2_y / Nx / Ny / Nz),
-     100           0 :         std::sqrt(sumV2_z / Nx / Ny / Nz)
-     101           0 :     };
-     102             : }
-     103             : 
-     104           0 : void fromMagneticField(ref_ptr<Grid3f> grid, ref_ptr<MagneticField> field) {
-     105             :         Vector3d origin = grid->getOrigin();
-     106             :         Vector3d spacing = grid->getSpacing();
-     107             :         size_t Nx = grid->getNx();
-     108             :         size_t Ny = grid->getNy();
-     109             :         size_t Nz = grid->getNz();
-     110           0 :         for (size_t ix = 0; ix < Nx; ix++)
-     111           0 :                 for (size_t iy = 0; iy < Ny; iy++)
-     112           0 :                         for (size_t iz = 0; iz < Nz; iz++) {
-     113           0 :                                 Vector3d pos = Vector3d(double(ix) + 0.5, double(iy) + 0.5, double(iz) + 0.5) * spacing + origin;
-     114           0 :                                 Vector3d B = field->getField(pos);
-     115             :                                 grid->get(ix, iy, iz) = B;
-     116             :         }
-     117           0 : }
-     118             : 
-     119           0 : void fromMagneticFieldStrength(ref_ptr<Grid1f> grid, ref_ptr<MagneticField> field) {
-     120             :         Vector3d origin = grid->getOrigin();
-     121             :         Vector3d spacing = grid->getSpacing();
-     122             :         size_t Nx = grid->getNx();
-     123             :         size_t Ny = grid->getNy();
-     124             :         size_t Nz = grid->getNz();
-     125           0 :         for (size_t ix = 0; ix < Nx; ix++)
-     126           0 :                 for (size_t iy = 0; iy < Ny; iy++)
-     127           0 :                         for (size_t iz = 0; iz < Nz; iz++) {
-     128           0 :                                 Vector3d pos = Vector3d(double(ix) + 0.5, double(iy) + 0.5, double(iz) + 0.5) * spacing + origin;
-     129           0 :                                 double s = field->getField(pos).getR();
-     130           0 :                                 grid->get(ix, iy, iz) = s;
-     131             :         }
-     132           0 : }
-     133             : 
-     134           1 : void loadGrid(ref_ptr<Grid3f> grid, std::string filename, double c) {
-     135           1 :         std::ifstream fin(filename.c_str(), std::ios::binary);
-     136           1 :         if (!fin) {
-     137           0 :                 std::stringstream ss;
-     138           0 :                 ss << "load Grid3f: " << filename << " not found";
-     139           0 :                 throw std::runtime_error(ss.str());
-     140           0 :         }
-     141             : 
-     142             :         // get length of file and compare to size of grid
-     143           1 :         fin.seekg(0, fin.end);
-     144           1 :         size_t length = fin.tellg() / sizeof(float);
-     145           1 :         fin.seekg (0, fin.beg);
-     146             : 
-     147             :         size_t nx = grid->getNx();
-     148             :         size_t ny = grid->getNy();
-     149             :         size_t nz = grid->getNz();
-     150             : 
-     151           1 :         if (length != (3 * nx * ny * nz))
-     152           0 :                 throw std::runtime_error("loadGrid: file and grid size do not match");
-     153             : 
-     154           4 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     155          12 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
-     156          36 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
-     157             :                                 Vector3f &b = grid->get(ix, iy, iz);
-     158          27 :                                 fin.read((char*) &(b.x), sizeof(float));
-     159          27 :                                 fin.read((char*) &(b.y), sizeof(float));
-     160          27 :                                 fin.read((char*) &(b.z), sizeof(float));
-     161          27 :                                 b *= c;
-     162             :                         }
-     163             :                 }
-     164             :         }
-     165           1 :         fin.close();
-     166           1 : }
-     167             : 
-     168           0 : void loadGrid(ref_ptr<Grid1f> grid, std::string filename, double c) {
-     169           0 :         std::ifstream fin(filename.c_str(), std::ios::binary);
-     170           0 :         if (!fin) {
-     171           0 :                 std::stringstream ss;
-     172           0 :                 ss << "load Grid1f: " << filename << " not found";
-     173           0 :                 throw std::runtime_error(ss.str());
-     174           0 :         }
-     175             : 
-     176             :         // get length of file and compare to size of grid
-     177           0 :         fin.seekg(0, fin.end);
-     178           0 :         size_t length = fin.tellg() / sizeof(float);
-     179           0 :         fin.seekg (0, fin.beg);
-     180             : 
-     181             :         size_t nx = grid->getNx();
-     182             :         size_t ny = grid->getNy();
-     183             :         size_t nz = grid->getNz();
-     184             : 
-     185           0 :         if (length != (nx * ny * nz))
-     186           0 :                 throw std::runtime_error("loadGrid: file and grid size do not match");
-     187             : 
-     188           0 :         for (int ix = 0; ix < nx; ix++) {
-     189           0 :                 for (int iy = 0; iy < ny; iy++) {
-     190           0 :                         for (int iz = 0; iz < nz; iz++) {
-     191             :                                 float &b = grid->get(ix, iy, iz);
-     192           0 :                                 fin.read((char*) &b, sizeof(float));
-     193           0 :                                 b *= c;
-     194             :                         }
-     195             :                 }
-     196             :         }
-     197           0 :         fin.close();
-     198           0 : }
-     199             : 
-     200           1 : void dumpGrid(ref_ptr<Grid3f> grid, std::string filename, double c) {
-     201           1 :         std::ofstream fout(filename.c_str(), std::ios::binary);
-     202           1 :         if (!fout) {
-     203           0 :                 std::stringstream ss;
-     204           0 :                 ss << "dump Grid3f: " << filename << " not found";
-     205           0 :                 throw std::runtime_error(ss.str());
-     206           0 :         }
-     207           4 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     208          12 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
-     209          36 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
-     210          27 :                                 Vector3f b = grid->get(ix, iy, iz) * c;
-     211          27 :                                 fout.write((char*) &(b.x), sizeof(float));
-     212          27 :                                 fout.write((char*) &(b.y), sizeof(float));
-     213          27 :                                 fout.write((char*) &(b.z), sizeof(float));
-     214             :                         }
-     215             :                 }
-     216             :         }
-     217           1 :         fout.close();
-     218           1 : }
-     219             : 
-     220           0 : void dumpGrid(ref_ptr<Grid1f> grid, std::string filename, double c) {
-     221           0 :         std::ofstream fout(filename.c_str(), std::ios::binary);
-     222           0 :         if (!fout) {
-     223           0 :                 std::stringstream ss;
-     224           0 :                 ss << "dump Grid1f: " << filename << " not found";
-     225           0 :                 throw std::runtime_error(ss.str());
-     226           0 :         }
-     227           0 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     228           0 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
-     229           0 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
-     230           0 :                                 float b = grid->get(ix, iy, iz) * c;
-     231           0 :                                 fout.write((char*) &b, sizeof(float));
-     232             :                         }
-     233             :                 }
-     234             :         }
-     235           0 :         fout.close();
-     236           0 : }
-     237             : 
-     238           1 : void loadGridFromTxt(ref_ptr<Grid3f> grid, std::string filename, double c) {
-     239           1 :         std::ifstream fin(filename.c_str());
-     240           1 :         if (!fin) {
-     241           0 :                 std::stringstream ss;
-     242           0 :                 ss << "load Grid3f: " << filename << " not found";
-     243           0 :                 throw std::runtime_error(ss.str());
-     244           0 :         }
-     245             :         // skip header lines
-     246           1 :         while (fin.peek() == '#')
-     247           0 :                 fin.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-     248             : 
-     249           4 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     250          12 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
-     251          36 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
-     252             :                                 Vector3f &b = grid->get(ix, iy, iz);
-     253          27 :                                 fin >> b.x >> b.y >> b.z;
-     254          27 :                                 b *= c;
-     255          27 :                                 if (fin.eof())
-     256           0 :                                         throw std::runtime_error("load Grid3f: file too short");
-     257             :                         }
-     258             :                 }
-     259             :         }
-     260           1 :         fin.close();
-     261           1 : }
-     262             : 
-     263           0 : void loadGridFromTxt(ref_ptr<Grid1f> grid, std::string filename, double c) {
-     264           0 :         std::ifstream fin(filename.c_str());
-     265           0 :         if (!fin) {
-     266           0 :                 std::stringstream ss;
-     267           0 :                 ss << "load Grid1f: " << filename << " not found";
-     268           0 :                 throw std::runtime_error(ss.str());
-     269           0 :         }
-     270             :         // skip header lines
-     271           0 :         while (fin.peek() == '#')
-     272           0 :                 fin.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-     273             : 
-     274           0 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     275           0 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
-     276           0 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
-     277             :                                 float &b = grid->get(ix, iy, iz);
-     278             :                                 fin >> b;
-     279           0 :                                 b *= c;
-     280           0 :                                 if (fin.eof())
-     281           0 :                                         throw std::runtime_error("load Grid1f: file too short");
-     282             :                         }
-     283             :                 }
-     284             :         }
-     285           0 :         fin.close();
-     286           0 : }
-     287             : 
-     288           1 : void dumpGridToTxt(ref_ptr<Grid3f> grid, std::string filename, double c) {
-     289           1 :         std::ofstream fout(filename.c_str());
-     290           1 :         if (!fout) {
-     291           0 :                 std::stringstream ss;
-     292           0 :                 ss << "dump Grid3f: " << filename << " not found";
-     293           0 :                 throw std::runtime_error(ss.str());
-     294           0 :         }
-     295           4 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     296          12 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
-     297          36 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
-     298          27 :                                 Vector3f b = grid->get(ix, iy, iz) * c;
-     299          27 :                                 fout << b << "\n";
-     300             :                         }
-     301             :                 }
-     302             :         }
-     303           1 :         fout.close();
-     304           1 : }
-     305             : 
-     306           0 : void dumpGridToTxt(ref_ptr<Grid1f> grid, std::string filename, double c) {
-     307           0 :         std::ofstream fout(filename.c_str());
-     308           0 :         if (!fout) {
-     309           0 :                 std::stringstream ss;
-     310           0 :                 ss << "dump Grid1f: " << filename << " not found";
-     311           0 :                 throw std::runtime_error(ss.str());
-     312           0 :         }
-     313           0 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     314           0 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
-     315           0 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
-     316           0 :                                 float b = grid->get(ix, iy, iz) * c;
-     317           0 :                                 fout << b << "\n";
-     318             :                         }
-     319             :                 }
-     320             :         }
-     321           0 :         fout.close();
-     322           0 : }
-     323             : 
-     324             : #ifdef CRPROPA_HAVE_FFTW3F
-     325             : 
-     326           0 : std::vector<std::pair<int, float>> gridPowerSpectrum(ref_ptr<Grid3f> grid) {
-     327             : 
-     328           0 :   double rms = rmsFieldStrength(grid);
-     329             :   size_t n = grid->getNx(); // size of array
-     330             : 
-     331             :   // arrays to hold the complex vector components of the B(k)-field
-     332             :   fftwf_complex *Bkx, *Bky, *Bkz;
-     333           0 :   Bkx = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n);
-     334           0 :   Bky = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n);
-     335           0 :   Bkz = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n);
-     336             : 
-     337             :   fftwf_complex *Bx = (fftwf_complex *)Bkx;
-     338             :   fftwf_complex *By = (fftwf_complex *)Bky;
-     339             :   fftwf_complex *Bz = (fftwf_complex *)Bkz;
-     340             : 
-     341             :   // save to temp
-     342             :   int i;
-     343           0 :   for (size_t ix = 0; ix < n; ix++) {
-     344           0 :     for (size_t iy = 0; iy < n; iy++) {
-     345           0 :       for (size_t iz = 0; iz < n; iz++) {
-     346           0 :         i = ix * n * n + iy * n + iz;
-     347             :         Vector3<float> &b = grid->get(ix, iy, iz);
-     348           0 :         Bx[i][0] = b.x / rms;
-     349           0 :         By[i][0] = b.y / rms;
-     350           0 :         Bz[i][0] = b.z / rms;
-     351             :       }
-     352             :     }
-     353             :   }
-     354             : 
-     355             :   // in-place, real to complex, inverse Fourier transformation on each component
-     356             :   // note that the last elements of B(x) are unused now
-     357             :   fftwf_plan plan_x =
-     358           0 :       fftwf_plan_dft_3d(n, n, n, Bx, Bkx, FFTW_FORWARD, FFTW_ESTIMATE);
-     359           0 :   fftwf_execute(plan_x);
-     360           0 :   fftwf_destroy_plan(plan_x);
-     361             : 
-     362             :   fftwf_plan plan_y =
-     363           0 :       fftwf_plan_dft_3d(n, n, n, By, Bky, FFTW_FORWARD, FFTW_ESTIMATE);
-     364           0 :   fftwf_execute(plan_y);
-     365           0 :   fftwf_destroy_plan(plan_y);
-     366             : 
-     367             :   fftwf_plan plan_z =
-     368           0 :       fftwf_plan_dft_3d(n, n, n, Bz, Bkz, FFTW_FORWARD, FFTW_ESTIMATE);
-     369           0 :   fftwf_execute(plan_z);
-     370           0 :   fftwf_destroy_plan(plan_z);
-     371             : 
-     372             :   float power;
-     373             :   std::map<size_t, std::pair<float, int>> spectrum;
-     374             :   int k;
-     375             : 
-     376           0 :   for (size_t ix = 0; ix < n; ix++) {
-     377           0 :     for (size_t iy = 0; iy < n; iy++) {
-     378           0 :       for (size_t iz = 0; iz < n; iz++) {
-     379           0 :         i = ix * n * n + iy * n + iz;
-     380           0 :         k = static_cast<int>(
-     381           0 :             std::floor(std::sqrt(ix * ix + iy * iy + iz * iz)));
-     382           0 :         if (k > n / 2. || k == 0)
-     383           0 :           continue;
-     384           0 :         power = ((Bkx[i][0] * Bkx[i][0] + Bkx[i][1] * Bkx[i][1]) +
-     385           0 :                  (Bky[i][0] * Bky[i][0] + Bky[i][1] * Bky[i][1]) +
-     386           0 :                  (Bkz[i][0] * Bkz[i][0] + Bkz[i][1] * Bkz[i][1]));
-     387           0 :         if (spectrum.find(k) == spectrum.end()) {
-     388           0 :           spectrum[k].first = power;
-     389           0 :           spectrum[k].second = 1;
-     390             :         } else {
-     391           0 :           spectrum[k].first += power;
-     392           0 :           spectrum[k].second += 1;
-     393             :         }
-     394             :       }
-     395             :     }
-     396             :   }
-     397             : 
-     398           0 :   fftwf_free(Bkx);
-     399           0 :   fftwf_free(Bky);
-     400           0 :   fftwf_free(Bkz);
-     401             : 
-     402             :   std::vector<std::pair<int, float>> points;
-     403           0 :   for (std::map<size_t, std::pair<float, int>>::iterator it = spectrum.begin();
-     404           0 :        it != spectrum.end(); ++it) {
-     405           0 :     points.push_back(
-     406           0 :         std::make_pair(it->first, (it->second).first / (it->second).second));
-     407             :   }
-     408             : 
-     409           0 :   return points;
-     410             : }
-     411             : 
-     412             : #endif // CRPROPA_HAVE_FFTW3F
-     413             : 
-     414             : 
-     415             : } // namespace crpropa
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Current view:top level - src - Module.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:91275.0 %
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Current view:top level - src - Module.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:91275.0 %
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_ZN7crpropa17AbstractCondition13setAcceptFlagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES6_0
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Test:coverage.info.cleanedLines:374877.1 %
Date:2024-04-08 14:58:22Functions:91275.0 %
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-       1             : #include "crpropa/Module.h"
-       2             : 
-       3             : #include <typeinfo>
-       4             : 
-       5             : namespace crpropa {
-       6             : 
-       7         209 : Module::Module() {
-       8             :         const std::type_info &info = typeid(*this);
-       9         209 :         setDescription(info.name());
-      10         209 : }
-      11             : 
-      12           0 : std::string Module::getDescription() const {
-      13           0 :         return description;
-      14             : }
-      15             : 
-      16         365 : void Module::setDescription(const std::string &d) {
-      17         365 :         description = d;
-      18         365 : }
-      19             : 
-      20          33 : AbstractCondition::AbstractCondition() :
-      21          33 :                 makeRejectedInactive(true), makeAcceptedInactive(false), rejectFlagKey(
-      22          33 :                                 "Rejected") {
-      23             : 
-      24          33 : }
-      25             : 
-      26        1126 : void AbstractCondition::reject(Candidate *candidate) const {
-      27        1126 :         if (!candidate)
-      28             :                 return;
-      29             : 
-      30        1126 :         if (rejectAction.valid())
-      31           5 :                 rejectAction->process(candidate);
-      32             : 
-      33        1126 :         if (!rejectFlagKey.empty())
-      34        1126 :                 candidate->setProperty(rejectFlagKey, rejectFlagValue);
-      35             : 
-      36        1126 :         if (makeRejectedInactive)
-      37        1125 :                 candidate->setActive(false);
-      38             : }
-      39             : 
-      40           2 : void AbstractCondition::accept(Candidate *candidate) const {
-      41           2 :         if (!candidate)
-      42             :                 return;
-      43             : 
-      44           2 :         if (acceptAction.valid())
-      45           2 :                 acceptAction->process(candidate);
-      46             : 
-      47           2 :         if (!acceptFlagKey.empty())
-      48           0 :                 candidate->setProperty(acceptFlagKey, acceptFlagValue);
-      49             : 
-      50           2 :         if (makeAcceptedInactive)
-      51           0 :                 candidate->setActive(false);
-      52             : }
-      53             : 
-      54           1 : void AbstractCondition::setMakeRejectedInactive(bool deactivate) {
-      55           1 :         makeRejectedInactive = deactivate;
-      56           1 : }
-      57             : 
-      58           0 : void AbstractCondition::setMakeAcceptedInactive(bool deactivate) {
-      59           0 :         makeAcceptedInactive = deactivate;
-      60           0 : }
-      61             : 
-      62           1 : void AbstractCondition::onReject(Module *action) {
-      63           1 :         rejectAction = action;
-      64           1 : }
-      65             : 
-      66           1 : void AbstractCondition::onAccept(Module *action) {
-      67           1 :         acceptAction = action;
-      68           1 : }
-      69             : 
-      70           1 : void AbstractCondition::setRejectFlag(std::string key, std::string value) {
-      71           1 :         rejectFlagKey = key;
-      72           1 :         rejectFlagValue = value;
-      73           1 : }
-      74             : 
-      75           0 : void AbstractCondition::setAcceptFlag(std::string key, std::string value) {
-      76           0 :         acceptFlagKey = key;
-      77           0 :         acceptFlagValue = value;
-      78           0 : }
-      79             : 
-      80             : } // namespace crpropa
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_ZN7crpropa15convertIdToNameB5cxx11Ei0
_ZN7crpropa9nucleusIdEii45149
_ZN7crpropa10massNumberEi202819
_ZN7crpropa12chargeNumberEi364529
_ZN7crpropa9isNucleusEi20370056
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_ZN7crpropa12chargeNumberEi364529
_ZN7crpropa15convertIdToNameB5cxx11Ei0
_ZN7crpropa9isNucleusEi20370056
_ZN7crpropa9nucleusIdEii45149
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Current view:top level - src - ParticleID.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:163053.3 %
Date:2024-04-08 14:58:22Functions:4580.0 %
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-       1             : #include "crpropa/ParticleID.h"
-       2             : 
-       3             : #include "HepPID/ParticleIDMethods.hh"
-       4             : #include "HepPID/ParticleName.hh"
-       5             : #include "kiss/convert.h"
-       6             : 
-       7             : #include <string>
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11       45149 : int nucleusId(int a, int z) {
-      12       45149 :         if (z < 0)
-      13           0 :                 throw std::runtime_error(
-      14           0 :                                 "crpropa::Nucleus: no nucleus with Z < 0, A=" + kiss::str(a) + " Z="
-      15           0 :                                                 + kiss::str(z));
-      16       45149 :         if (a < 1)
-      17           0 :                 throw std::runtime_error(
-      18           0 :                                 "crpropa::Nucleus: no nucleus with A < 1, A=" + kiss::str(a) + " Z="
-      19           0 :                                                 + kiss::str(z));
-      20       45149 :         if (a < z)
-      21           1 :                 throw std::runtime_error(
-      22           2 :                                 "crpropa::Nucleus: no nucleus with A < Z, A=" + kiss::str(a) + " Z="
-      23           4 :                                                 + kiss::str(z));
-      24       45148 :         return 1000000000 + z * 10000 + a * 10;
-      25             : }
-      26             : 
-      27      364529 : int chargeNumber(int id) {
-      28      364529 :         return HepPID::Z(id);
-      29             : }
-      30             : 
-      31      202819 : int massNumber(int id) {
-      32      202819 :         if (id == 2112)
-      33             :                 return 1;
-      34      202818 :         return HepPID::A(id);
-      35             : }
-      36             : 
-      37    20370056 : bool isNucleus(int id) {
-      38    20370056 :         if (id == 2112)
-      39             :                 return true; // consider neutron as nucleus
-      40    20370056 :         return HepPID::isNucleus(id);
-      41             : }
-      42             : 
-      43           0 : std::string convertIdToName(int id) {
-      44             :         // handle a few extra cases that HepPID doesn't like
-      45           0 :         if (id == 1000000010) // neutron
-      46           0 :                 id = 2112;
-      47           0 :         if (id == -1000000010) // anti-neutron
-      48           0 :                 id = -2112;
-      49           0 :         if (id == -1000010010) // anti-proton
-      50           0 :                 id = -2212;
-      51           0 :         return HepPID::particleName(id);
-      52             : }
-      53             : 
-      54             : }
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Date:2024-04-08 14:58:22Functions:44100.0 %
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_ZN7crpropa16NuclearMassTable4initEv12
_ZN7crpropa11nuclearMassEi161184
_ZN7crpropa16NuclearMassTable7getMassEm161208
_ZN7crpropa11nuclearMassEii161209
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Current view:top level - src - ParticleMass.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa11nuclearMassEi161184
_ZN7crpropa11nuclearMassEii161209
_ZN7crpropa16NuclearMassTable4initEv12
_ZN7crpropa16NuclearMassTable7getMassEm161208
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Current view:top level - src - ParticleMass.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:303196.8 %
Date:2024-04-08 14:58:22Functions:44100.0 %
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-       1             : #include "crpropa/ParticleMass.h"
-       2             : #include "crpropa/ParticleID.h"
-       3             : #include "crpropa/Common.h"
-       4             : #include "crpropa/Units.h"
-       5             : 
-       6             : #include "kiss/convert.h"
-       7             : #include "kiss/logger.h"
-       8             : 
-       9             : #include <vector>
-      10             : #include <fstream>
-      11             : #include <stdexcept>
-      12             : #include <limits>
-      13             : 
-      14             : namespace crpropa {
-      15             : 
-      16             : struct NuclearMassTable {
-      17             :         bool initialized;
-      18             :         std::vector<double> table;
-      19             : 
-      20             :         NuclearMassTable() {
-      21             :                 initialized = false;
-      22             :         }
-      23             : 
-      24          12 :         void init() {
-      25          24 :                 std::string filename = getDataPath("nuclear_mass.txt");
-      26          12 :                 std::ifstream infile(filename.c_str());
-      27             : 
-      28          12 :                 if (!infile.good())
-      29           0 :                         throw std::runtime_error("crpropa: could not open file " + filename);
-      30             : 
-      31             :                 int Z, N;
-      32             :                 double mass;
-      33       10092 :                 while (infile.good()) {
-      34       10080 :                         if (infile.peek() != '#') {
-      35       10056 :                                 infile >> Z >> N >> mass;
-      36       10056 :                                 table.push_back(mass);
-      37             :                         }
-      38       10080 :                         infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-      39             :                 }
-      40             : 
-      41          12 :                 infile.close();
-      42          12 :                 initialized = true;
-      43          24 :         }
-      44             : 
-      45      161208 :         double getMass(std::size_t idx) {
-      46      161208 :                 if (!initialized) {
-      47          12 : #pragma omp critical(init)
-      48          12 :                         init();
-      49             :                 }
-      50      161208 :                 return table[idx];
-      51             :         }
-      52             : };
-      53             : 
-      54             : static NuclearMassTable nuclearMassTable;
-      55             : 
-      56      161184 : double nuclearMass(int id) {
-      57      161184 :         int A = massNumber(id);
-      58      161184 :         int Z = chargeNumber(id);
-      59      161184 :         return nuclearMass(A, Z);
-      60             : }
-      61             : 
-      62      161209 : double nuclearMass(int A, int Z) {
-      63      161209 :         if ((A < 1) or (A > 56) or (Z < 0) or (Z > 26) or (Z > A)) {
-      64           2 :                 KISS_LOG_WARNING <<
-      65           1 :                 "nuclearMass: nuclear mass not found in the mass table for " <<
-      66           1 :                 "A = " << A << ", Z = " << Z << ". " <<
-      67           1 :                 "Approximated value used A * amu - Z * m_e instead.";
-      68           1 :                 return A * amu - Z * mass_electron;
-      69             :         }
-      70      161208 :         int N = A - Z;
-      71      161208 :         return nuclearMassTable.getMass(Z * 31 + N);
-      72             : }
-      73             : 
-      74             : } // namespace crpropa
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Current view:top level - src - ParticleState.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:485685.7 %
Date:2024-04-08 14:58:22Functions:161794.1 %
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_ZNK7crpropa13ParticleState14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ParticleState11getRigidityEv1
_ZNK7crpropa13ParticleState11getVelocityEv1
_ZNK7crpropa13ParticleState11getMomentumEv2
_ZNK7crpropa13ParticleState7getMassEv4
_ZN7crpropa13ParticleState16setLorentzFactorEd15420
_ZNK7crpropa13ParticleState16getLorentzFactorEv33182
_ZNK7crpropa13ParticleState5getIdEv290682
_ZNK7crpropa13ParticleState12getDirectionEv500446
_ZNK7crpropa13ParticleState9getEnergyEv603581
_ZNK7crpropa13ParticleState9getChargeEv960335
_ZNK7crpropa13ParticleState11getPositionEv12488919
_ZN7crpropa13ParticleStateC2EidNS_7Vector3IdEES2_16844401
_ZN7crpropa13ParticleState12setDirectionERKNS_7Vector3IdEE17329639
_ZN7crpropa13ParticleState5setIdEi20314515
_ZN7crpropa13ParticleState9setEnergyEd20322799
_ZN7crpropa13ParticleState11setPositionERKNS_7Vector3IdEE24114998
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_ZN7crpropa13ParticleState11setPositionERKNS_7Vector3IdEE24114998
_ZN7crpropa13ParticleState12setDirectionERKNS_7Vector3IdEE17329639
_ZN7crpropa13ParticleState16setLorentzFactorEd15420
_ZN7crpropa13ParticleState5setIdEi20314515
_ZN7crpropa13ParticleState9setEnergyEd20322799
_ZN7crpropa13ParticleStateC2EidNS_7Vector3IdEES2_16844401
_ZNK7crpropa13ParticleState11getMomentumEv2
_ZNK7crpropa13ParticleState11getPositionEv12488919
_ZNK7crpropa13ParticleState11getRigidityEv1
_ZNK7crpropa13ParticleState11getVelocityEv1
_ZNK7crpropa13ParticleState12getDirectionEv500446
_ZNK7crpropa13ParticleState14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ParticleState16getLorentzFactorEv33182
_ZNK7crpropa13ParticleState5getIdEv290682
_ZNK7crpropa13ParticleState7getMassEv4
_ZNK7crpropa13ParticleState9getChargeEv960335
_ZNK7crpropa13ParticleState9getEnergyEv603581
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Test:coverage.info.cleanedLines:485685.7 %
Date:2024-04-08 14:58:22Functions:161794.1 %
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-       1             : #include "crpropa/ParticleState.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Common.h"
-       4             : #include "crpropa/ParticleID.h"
-       5             : #include "crpropa/ParticleMass.h"
-       6             : 
-       7             : #include "HepPID/ParticleIDMethods.hh"
-       8             : 
-       9             : #include <cstdlib>
-      10             : #include <sstream>
-      11             : 
-      12             : namespace crpropa {
-      13             : 
-      14    16844401 : ParticleState::ParticleState(int id, double E, Vector3d pos, Vector3d dir): id(0), energy(0.), position(0.), direction(0.), pmass(0.), charge(0.)
-      15             : {
-      16    16844401 :         setId(id);
-      17    16844401 :         setEnergy(E);
-      18    16844401 :         setPosition(pos);
-      19    16844401 :         setDirection(dir);
-      20    16844401 : }
-      21             : 
-      22    24114998 : void ParticleState::setPosition(const Vector3d &pos) {
-      23             :         position = pos;
-      24    24114998 : }
-      25             : 
-      26    12488919 : const Vector3d &ParticleState::getPosition() const {
-      27    12488919 :         return position;
-      28             : }
-      29             : 
-      30    17329639 : void ParticleState::setDirection(const Vector3d &dir) {
-      31             :         direction = dir / dir.getR();
-      32    17329639 : }
-      33             : 
-      34      500446 : const Vector3d &ParticleState::getDirection() const {
-      35      500446 :         return direction;
-      36             : }
-      37             : 
-      38    20322799 : void ParticleState::setEnergy(double newEnergy) {
-      39    20322799 :         energy = std::max(0., newEnergy); // prevent negative energies
-      40    20322799 : }
-      41             : 
-      42      603581 : double ParticleState::getEnergy() const {
-      43      603581 :         return energy;
-      44             : }
-      45             : 
-      46           1 : double ParticleState::getRigidity() const {
-      47           1 :         return fabs(energy / charge);
-      48             : }
-      49             : 
-      50    20314515 : void ParticleState::setId(int newId) {
-      51    20314515 :         id = newId;
-      52    20314515 :         if (isNucleus(id)) {
-      53      146261 :                 pmass = nuclearMass(id);
-      54      146261 :                 charge = chargeNumber(id) * eplus;
-      55      146261 :                 if (id < 0)
-      56           4 :                         charge *= -1; // anti-nucleus
-      57             :         } else {
-      58    20168254 :                 if (abs(id) == 11)
-      59       15064 :                         pmass = mass_electron;
-      60    20168254 :                 charge = HepPID::charge(id) * eplus;
-      61             :         }
-      62    20314515 : }
-      63             : 
-      64      290682 : int ParticleState::getId() const {
-      65      290682 :         return id;
-      66             : }
-      67             : 
-      68           4 : double ParticleState::getMass() const {
-      69           4 :         return pmass;
-      70             : }
-      71             : 
-      72      960335 : double ParticleState::getCharge() const {
-      73      960335 :         return charge;
-      74             : }
-      75             : 
-      76       33182 : double ParticleState::getLorentzFactor() const {
-      77       33182 :         return energy / (pmass * c_squared);
-      78             : }
-      79             : 
-      80       15420 : void ParticleState::setLorentzFactor(double lf) {
-      81       15420 :         lf = std::max(0., lf); // prevent negative Lorentz factors
-      82       15420 :         energy = lf * pmass * c_squared;
-      83       15420 : }
-      84             : 
-      85           1 : Vector3d ParticleState::getVelocity() const {
-      86           1 :         return direction * c_light;
-      87             : }
-      88             : 
-      89           2 : Vector3d ParticleState::getMomentum() const {
-      90           2 :         return direction * (energy / c_light);
-      91             : }
-      92             : 
-      93           0 : std::string ParticleState::getDescription() const {
-      94           0 :         std::stringstream ss;
-      95           0 :         ss << "Particle " << id << ", ";
-      96           0 :         ss << "E = " << energy / EeV << " EeV, ";
-      97           0 :         ss << "x = " << position / Mpc << " Mpc, ";
-      98           0 :         ss << "p = " << direction;
-      99           0 :         return ss.str();
-     100           0 : }
-     101             : 
-     102             : } // namespace crpropa
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_ZNK7crpropa18TabularPhotonField16getPhotonDensityEdd9536930
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_ZNK7crpropa18TabularPhotonField22getMaximumPhotonEnergyEd0
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-       1             : #include "crpropa/PhotonBackground.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Random.h"
-       4             : 
-       5             : #include "kiss/logger.h"
-       6             : 
-       7             : #include <fstream>
-       8             : #include <stdexcept>
-       9             : #include <limits>
-      10             : #include <cmath>
-      11             : 
-      12             : namespace crpropa {
-      13             : 
-      14          94 : TabularPhotonField::TabularPhotonField(std::string fieldName, bool isRedshiftDependent) {
-      15          94 :         this->fieldName = fieldName;
-      16          94 :         this->isRedshiftDependent = isRedshiftDependent;
-      17             : 
-      18         188 :         readPhotonEnergy(getDataPath("") + "Scaling/" + this->fieldName + "_photonEnergy.txt");
-      19         188 :         readPhotonDensity(getDataPath("") + "Scaling/" + this->fieldName + "_photonDensity.txt");
-      20          94 :         if (this->isRedshiftDependent)
-      21         146 :                 readRedshift(getDataPath("") + "Scaling/" + this->fieldName + "_redshift.txt");
-      22             : 
-      23          94 :         checkInputData();
-      24             : 
-      25          94 :         if (this->isRedshiftDependent)
-      26          73 :                 initRedshiftScaling();
-      27          94 : }
-      28             : 
-      29             : 
-      30     9536930 : double TabularPhotonField::getPhotonDensity(double Ephoton, double z) const {   
-      31     9536930 :         if ((this->isRedshiftDependent)) {
-      32             :                 // fix behaviour for future redshift. See issue #414
-      33             :                 // with redshift < 0 the photon density is set to 0 in interpolate2d. 
-      34             :                 // Therefore it is assumed that the photon density does not change from values at z = 0. This is only valid for small changes in redshift.
-      35     9536930 :                 double zMin = this->redshifts[0];
-      36     9536930 :                 if(z < zMin){
-      37           0 :                         if(z < -1) {
-      38           0 :                                 KISS_LOG_WARNING << "Photon Field " << fieldName << " uses FutureRedshift with z < -1. The photon density is set to n(Ephoton, z=0). \n";
-      39             :                         }
-      40           0 :                         return getPhotonDensity(Ephoton, zMin);
-      41             :                 } else {
-      42     9536930 :                         return interpolate2d(Ephoton, z, this->photonEnergies, this->redshifts, this->photonDensity);
-      43             :                 }
-      44             :         } else {
-      45           0 :                 return interpolate(Ephoton, this->photonEnergies, this->photonDensity);
-      46             :         }
-      47             : }
-      48             : 
-      49             : 
-      50       16757 : double TabularPhotonField::getRedshiftScaling(double z) const {
-      51       16757 :         if (!this->isRedshiftDependent)
-      52             :                 return 1.;
-      53             :  
-      54       16573 :         if (z < this->redshifts.front())
-      55             :                 return 1.;
-      56             :  
-      57       16573 :         if (z > this->redshifts.back())
-      58             :                 return 0.;
-      59             :  
-      60       16573 :         return interpolate(z, this->redshifts, this->redshiftScalings);
-      61             : }
-      62             : 
-      63           0 : double TabularPhotonField::getMinimumPhotonEnergy(double z) const{
-      64           0 :         return photonEnergies[0];
-      65             : }
-      66             : 
-      67           0 : double TabularPhotonField::getMaximumPhotonEnergy(double z) const{
-      68           0 :         return photonEnergies[photonEnergies.size() -1];
-      69             : }
-      70             : 
-      71          94 : void TabularPhotonField::readPhotonEnergy(std::string filePath) {
-      72          94 :         std::ifstream infile(filePath.c_str());
-      73          94 :         if (!infile.good())
-      74           0 :                 throw std::runtime_error("TabularPhotonField::readPhotonEnergy: could not open " + filePath);
-      75             : 
-      76             :         std::string line;
-      77       15320 :         while (std::getline(infile, line)) {
-      78       15226 :                 if ((line.size() > 0) & (line[0] != '#') )
-      79       14944 :                         this->photonEnergies.push_back(std::stod(line));
-      80             :         }
-      81          94 :         infile.close();
-      82          94 : }
-      83             : 
-      84          94 : void TabularPhotonField::readPhotonDensity(std::string filePath) {
-      85          94 :         std::ifstream infile(filePath.c_str());
-      86          94 :         if (!infile.good())
-      87           0 :                 throw std::runtime_error("TabularPhotonField::readPhotonDensity: could not open " + filePath);
-      88             : 
-      89             :         std::string line;
-      90     4772519 :         while (std::getline(infile, line)) {
-      91     4772425 :                 if ((line.size() > 0) & (line[0] != '#') )
-      92     4772143 :                         this->photonDensity.push_back(std::stod(line));
-      93             :         }
-      94          94 :         infile.close();
-      95          94 : }
-      96             : 
-      97          73 : void TabularPhotonField::readRedshift(std::string filePath) {
-      98          73 :         std::ifstream infile(filePath.c_str());
-      99          73 :         if (!infile.good())
-     100           0 :                 throw std::runtime_error("TabularPhotonField::initRedshift: could not open " + filePath);
-     101             : 
-     102             :         std::string line;
-     103       14599 :         while (std::getline(infile, line)) {
-     104       14526 :                 if ((line.size() > 0) & (line[0] != '#') )
-     105       14307 :                         this->redshifts.push_back(std::stod(line));
-     106             :         }
-     107          73 :         infile.close();
-     108          73 : }
-     109             : 
-     110          73 : void TabularPhotonField::initRedshiftScaling() {
-     111             :         double n0 = 0.;
-     112       14380 :         for (int i = 0; i < this->redshifts.size(); ++i) {
-     113       14307 :                 double z = this->redshifts[i];
-     114             :                 double n = 0.;
-     115     4770022 :                 for (int j = 0; j < this->photonEnergies.size()-1; ++j) {
-     116     4755715 :                         double e_j = this->photonEnergies[j];
-     117     4755715 :                         double e_j1 = this->photonEnergies[j+1];
-     118     4755715 :                         double deltaLogE = std::log10(e_j1) - std::log10(e_j);
-     119     4755715 :                         if (z == 0.)
-     120       12750 :                                 n0 += (getPhotonDensity(e_j, 0) + getPhotonDensity(e_j1, 0)) / 2. * deltaLogE;
-     121     4755715 :                         n += (getPhotonDensity(e_j, z) + getPhotonDensity(e_j1, z)) / 2. * deltaLogE;
-     122             :                 }
-     123       14307 :                 this->redshiftScalings.push_back(n / n0);
-     124             :         }
-     125          73 : }
-     126             : 
-     127          94 : void TabularPhotonField::checkInputData() const {
-     128          94 :         if (this->isRedshiftDependent) {
-     129          73 :                 if (this->photonDensity.size() != this->photonEnergies.size() * this-> redshifts.size())
-     130           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: length of photon density input is unequal to length of photon energy input times length of redshift input");
-     131             :         } else {
-     132          21 :                 if (this->photonEnergies.size() != this->photonDensity.size())
-     133           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: length of photon energy input is unequal to length of photon density input");
-     134             :         }
-     135             : 
-     136       15038 :         for (int i = 0; i < this->photonEnergies.size(); ++i) {
-     137             :                 double ePrevious = 0.;
-     138       14944 :                 double e = this->photonEnergies[i];
-     139       14944 :                 if (e <= 0.)
-     140           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: a value in the photon energy input is not positive");
-     141             :                 if (e <= ePrevious)
-     142             :                         throw std::runtime_error("TabularPhotonField::checkInputData: photon energy values are not strictly increasing");
-     143             :                 ePrevious = e;
-     144             :         }
-     145             : 
-     146     4772237 :         for (int i = 0; i < this->photonDensity.size(); ++i) {
-     147     4772143 :                 if (this->photonDensity[i] < 0.)
-     148           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: a value in the photon density input is negative");
-     149             :         }
-     150             : 
-     151          94 :         if (this->isRedshiftDependent) {
-     152          73 :                 if (this->redshifts[0] != 0.)
-     153           0 :                         throw std::runtime_error("TabularPhotonField::checkInputData: redshift input must start with zero");
-     154             : 
-     155       14380 :                 for (int i = 0; i < this->redshifts.size(); ++i) {
-     156             :                         double zPrevious = -1.;
-     157       14307 :                         double z = this->redshifts[i];
-     158       14307 :                         if (z < 0.)
-     159           0 :                                 throw std::runtime_error("TabularPhotonField::checkInputData: a value in the redshift input is negative");
-     160       14307 :                         if (z <= zPrevious)
-     161           0 :                                 throw std::runtime_error("TabularPhotonField::checkInputData: redshift values are not strictly increasing");
-     162             :                         zPrevious = z;
-     163             :                 }
-     164             : 
-     165          73 :                 for (int i = 0; i < this->redshiftScalings.size(); ++i) {
-     166           0 :                         double scalingFactor = this->redshiftScalings[i];
-     167           0 :                         if (scalingFactor <= 0.)
-     168           0 :                                 throw std::runtime_error("TabularPhotonField::checkInputData: initRedshiftScaling has created a non-positive scaling factor");
-     169             :                 }
-     170             :         }
-     171          94 : }
-     172             : 
-     173          40 : BlackbodyPhotonField::BlackbodyPhotonField(std::string fieldName, double blackbodyTemperature) {
-     174          40 :         this->fieldName = fieldName;
-     175          40 :         this->blackbodyTemperature = blackbodyTemperature;
-     176          40 :         this->quantile = 0.0001; // tested to be sufficient, only used for extreme values of primary energy or temperature
-     177          40 : }
-     178             : 
-     179       10689 : double BlackbodyPhotonField::getPhotonDensity(double Ephoton, double z) const {
-     180       10689 :         return 8 * M_PI * pow_integer<3>(Ephoton / (h_planck * c_light)) / std::expm1(Ephoton / (k_boltzmann * this->blackbodyTemperature));
-     181             : }
-     182             : 
-     183          29 : double BlackbodyPhotonField::getMinimumPhotonEnergy(double z) const {
-     184             :         double A;
-     185          29 :         int quantile_int = 10000 * quantile;
-     186          29 :         switch (quantile_int)
-     187             :         {
-     188             :         case 1: // 0.01 % percentil
-     189             :                 A = 1.093586e-5 * eV / kelvin;
-     190             :                 break;
-     191           0 :         case 10:                // 0.1 % percentil
-     192             :                 A = 2.402189e-5 * eV / kelvin;
-     193           0 :                 break;
-     194           0 :         case 100:               // 1 % percentil
-     195             :                 A = 5.417942e-5 * eV / kelvin;
-     196           0 :                 break;
-     197           0 :         default:
-     198           0 :                 throw std::runtime_error("Quantile not understood. Please use 0.01 (1%), 0.001 (0.1%) or 0.0001 (0.01%) \n");
-     199             :                 break;
-     200             :         }
-     201          29 :         return A * this -> blackbodyTemperature;
-     202             : }
-     203             : 
-     204          29 : double BlackbodyPhotonField::getMaximumPhotonEnergy(double z) const {
-     205          29 :         double factor = std::max(1., blackbodyTemperature / 2.73);
-     206          29 :         return 0.1 * factor * eV; // T dependent scaling, starting at 0.1 eV as suitable for CMB
-     207             : }
-     208             : 
-     209           0 : void BlackbodyPhotonField::setQuantile(double q) {
-     210           0 :         if(not ((q == 0.0001) or (q == 0.001) or (q == 0.01)))
-     211           0 :                 throw std::runtime_error("Quantile not understood. Please use 0.01 (1%), 0.001 (0.1%) or 0.0001 (0.01%) \n");
-     212           0 :         this -> quantile = q;
-     213           0 : }
-     214             : 
-     215             : } // namespace crpropa
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-       1             : #include "crpropa/ProgressBar.h"
-       2             : 
-       3             : #include <cstdio>
-       4             : #include <iostream>
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8             : /// Initialize a ProgressBar with [steps] number of steps, updated at [updateSteps] intervalls
-       9           5 : ProgressBar::ProgressBar(unsigned long steps, unsigned long updateSteps) :
-      10           5 :                 _steps(steps), _currentCount(0), _maxbarLength(10), _updateSteps(
-      11           5 :                                 updateSteps), _nextStep(1), _startTime(0) {
-      12           5 :         if (_updateSteps > _steps)
-      13           3 :                 _updateSteps = _steps;
-      14           5 :         arrow.append(">");
-      15           5 : }
-      16             : 
-      17           1 : void ProgressBar::start(const std::string &title) {
-      18           1 :         _startTime = time(NULL);
-      19           1 :         std::string s = ctime(&_startTime);
-      20           1 :         s.erase(s.end() - 1, s.end());
-      21           1 :         stringTmpl = "  Started ";
-      22             :         stringTmpl.append(s);
-      23           1 :         stringTmpl.append(" : [%-10s] %3i%%    %s: %02i:%02i:%02i %s\r");
-      24             :         std::cout << title << std::endl;
-      25             : 
-      26           1 : }
-      27             : /// update the progressbar
-      28             : /// should be called steps times in a loop
-      29         100 : void ProgressBar::update() {
-      30         100 :         _currentCount++;
-      31         100 :         if (_currentCount == _nextStep || _currentCount == _steps
-      32           0 :                         || _currentCount == 1000) {
-      33         100 :                                 _nextStep += long(_steps / float(_updateSteps));
-      34         100 :                         setPosition(_currentCount);
-      35             :                         }
-      36         100 : }
-      37             : 
-      38         100 : void ProgressBar::setPosition(unsigned long position) {
-      39         100 :         int percentage = int(100 * (position / float(_steps)));
-      40         100 :         time_t currentTime = time(NULL);
-      41         100 :         if (position < _steps) {
-      42          99 :                 if (arrow.size() <= (_maxbarLength) * (position) / (_steps))
-      43           9 :                         arrow.insert(0, "=");
-      44          99 :                 float tElapsed = currentTime - _startTime;
-      45          99 :                 float tToGo = (_steps - position) * tElapsed / position;
-      46          99 :                 std::printf(stringTmpl.c_str(), arrow.c_str(), percentage, "Finish in",
-      47          99 :                                 int(tToGo / 3600), (int(tToGo) % 3600) / 60,
-      48          99 :                                 int(tToGo) % 60, "");
-      49          99 :                 fflush(stdout);
-      50             :         } else {
-      51           1 :                 float tElapsed = currentTime - _startTime;
-      52           1 :                 std::string s = " - Finished at ";
-      53           1 :                 s.append(ctime(&currentTime));
-      54             :                 char fs[255];
-      55             :                 std::sprintf(fs, "%c[%d;%dm Finished %c[%dm", 27, 1, 32, 27, 0);
-      56           1 :                 std::printf(stringTmpl.c_str(), fs, 100, "Needed",
-      57           1 :                                 int(tElapsed / 3600), (int(tElapsed) % 3600) / 60,
-      58           1 :                                 int(tElapsed) % 60, s.c_str());
-      59             :         }
-      60         100 : }
-      61             : 
-      62             : 
-      63             : /// Mark the progressbar with an error
-      64           0 : void ProgressBar::setError() {
-      65           0 :         time_t currentTime = time(NULL);
-      66           0 :         _currentCount++;
-      67           0 :         float tElapsed = currentTime - _startTime;
-      68           0 :         std::string s = " - Finished at ";
-      69           0 :         s.append(ctime(&currentTime));
-      70             :         char fs[255];
-      71             :         std::sprintf(fs, "%c[%d;%dm  ERROR   %c[%dm", 27, 1, 31, 27, 0);
-      72           0 :         std::printf(stringTmpl.c_str(), fs, _currentCount, "Needed",
-      73           0 :                         int(tElapsed / 3600), (int(tElapsed) % 3600) / 60,
-      74           0 :                         int(tElapsed) % 60, s.c_str());
-      75           0 : }
-      76             : 
-      77             : } // namespace crpropa
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LCOV - code coverage report
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Current view:top level - src - Random.cpp (source / functions)HitTotalCoverage
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          Line data    Source code
-
-       1             : // Random.cpp is based on Random.h
-       2             : // Mersenne Twister random number generator -- a C++ class Random
-       3             : // Based on code by Makoto Matsumoto, Takuji Nishimura, and Shawn Cokus
-       4             : // Richard J. Wagner  v1.0  15 May 2003  rjwagner@writeme.com
-       5             : 
-       6             : // The Mersenne Twister is an algorithm for generating random numbers.  It
-       7             : // was designed with consideration of the flaws in various other generators.
-       8             : // The period, 2^19937-1, and the order of equidistribution, 623 dimensions,
-       9             : // are far greater.  The generator is also fast; it avoids multiplication and
-      10             : // division, and it benefits from caches and pipelines.  For more information
-      11             : // see the inventors' web page at http://www.math.keio.ac.jp/~matumoto/emt.html
-      12             : 
-      13             : // Reference
-      14             : // M. Matsumoto and T. Nishimura, "Mersenne Twister: A 623-Dimensionally
-      15             : // Equidistributed Uniform Pseudo-Random Number Generator", ACM Transactions on
-      16             : // Modeling and Computer Simulation, Vol. 8, No. 1, January 1998, pp 3-30.
-      17             : 
-      18             : // Copyright (C) 1997 - 2002, Makoto Matsumoto and Takuji Nishimura,
-      19             : // Copyright (C) 2000 - 2003, Richard J. Wagner
-      20             : // All rights reserved.                          
-      21             : //
-      22             : // Redistribution and use in source and binary forms, with or without
-      23             : // modification, are permitted provided that the following conditions
-      24             : // are met:
-      25             : //
-      26             : //   1. Redistributions of source code must retain the above copyright
-      27             : //      notice, this list of conditions and the following disclaimer.
-      28             : //
-      29             : //   2. Redistributions in binary form must reproduce the above copyright
-      30             : //      notice, this list of conditions and the following disclaimer in the
-      31             : //      documentation and/or other materials provided with the distribution.
-      32             : //
-      33             : //   3. The names of its contributors may not be used to endorse or promote 
-      34             : //      products derived from this software without specific prior written 
-      35             : //      permission.
-      36             : //
-      37             : // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
-      38             : // "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
-      39             : // LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
-      40             : // A PARTICULAR PURPOSE ARE DISCLAIMED.  IN NO EVENT SHALL THE COPYRIGHT OWNER OR
-      41             : // CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
-      42             : // EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
-      43             : // PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
-      44             : // PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
-      45             : // LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
-      46             : // NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
-      47             : // SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-      48             : 
-      49             : // The original code included the following notice:
-      50             : //
-      51             : //     When you use this, send an email to: matumoto@math.keio.ac.jp
-      52             : //     with an appropriate reference to your work.
-      53             : //
-      54             : // It would be nice to CC: rjwagner@writeme.com and Cokus@math.washington.edu
-      55             : // when you write.
-      56             : 
-      57             : // Parts of this file are modified beginning in 29.10.09 for adaption in PXL.
-      58             : // Parts of this file are modified beginning in 10.02.12 for adaption in CRPropa.
-      59             : 
-      60             : #include "crpropa/Random.h"
-      61             : 
-      62             : #include "crpropa/base64.h"
-      63             : 
-      64             : #include <cstdio>
-      65             : 
-      66             : namespace crpropa {
-      67             : 
-      68           0 : Random::Random(const uint32_t& oneSeed) {
-      69           0 :         seed(oneSeed);
-      70           0 : }
-      71             : 
-      72           0 : Random::Random(uint32_t * const bigSeed, const uint32_t seedLength) {
-      73           0 :         seed(bigSeed, seedLength);
-      74           0 : }
-      75             : 
-      76        4881 : Random::Random() {
-      77        4881 :         seed();
-      78        4881 : }
-      79             : 
-      80    22414108 : double Random::rand() {
-      81    22414108 :         return double(randInt()) * (1.0 / 4294967295.0);
-      82             : }
-      83             : 
-      84           0 : double Random::rand(const double& n) {
-      85           0 :         return rand() * n;
-      86             : }
-      87             : 
-      88     1715954 : double Random::randExc() {
-      89     1715954 :         return double(randInt()) * (1.0 / 4294967296.0);
-      90             : }
-      91             : 
-      92           0 : double Random::randExc(const double& n) {
-      93           0 :         return randExc() * n;
-      94             : }
-      95             : 
-      96     1715954 : double Random::randDblExc() {
-      97     1715954 :         return (double(randInt()) + 0.5) * (1.0 / 4294967296.0);
-      98             : }
-      99             : 
-     100           0 : double Random::randDblExc(const double& n) {
-     101           0 :         return randDblExc() * n;
-     102             : }
-     103             : 
-     104           0 : double Random::rand53() {
-     105           0 :         uint32_t a = randInt() >> 5, b = randInt() >> 6;
-     106           0 :         return (a * 67108864.0 + b) * (1.0 / 9007199254740992.0); // by Isaku Wada
-     107             : }
-     108             : 
-     109             : // Return a real number from a normal (Gaussian) distribution with given
-     110             : // mean and variance by Box-Muller method
-     111     1715954 : double Random::randNorm(const double& mean, const double& variance) {
-     112     1715954 :         double r = sqrt(-2.0 * log(1.0 - randDblExc())) * variance;
-     113     1715954 :         double phi = 2.0 * 3.14159265358979323846264338328 * randExc();
-     114     1715954 :         return mean + r * cos(phi);
-     115             : }
-     116             : 
-     117     2404687 : double Random::randUniform(double min, double max) {
-     118     2404687 :         return min + (max - min) * rand();
-     119             : }
-     120             : 
-     121           0 : double Random::randRayleigh(double sigma) {
-     122           0 :         return sigma * sqrt(-2.0 * log(1 - rand()));
-     123             : }
-     124             : 
-     125        1000 : double Random::randFisher(double kappa) {
-     126        1000 :         return acos(1. + 1. / kappa * log(1 - rand() * (1 - exp(-2 * kappa))));
-     127             : }
-     128             : 
-     129       10102 : size_t Random::randBin(const std::vector<float> &cdf) {
-     130             :         std::vector<float>::const_iterator it = std::lower_bound(cdf.begin(),
-     131       10102 :                         cdf.end(), rand() * cdf.back());
-     132       10102 :         return it - cdf.begin();
-     133             : }
-     134             : 
-     135     3739276 : size_t Random::randBin(const std::vector<double> &cdf) {
-     136             :         std::vector<double>::const_iterator it = std::lower_bound(cdf.begin(),
-     137     3739276 :                         cdf.end(), rand() * cdf.back());
-     138     3739276 :         return it - cdf.begin();
-     139             : }
-     140             : 
-     141      962203 : Vector3d Random::randVector() {
-     142      962203 :         double z = randUniform(-1.0, 1.0);
-     143      962203 :         double t = randUniform(-1.0 * M_PI, M_PI);
-     144      962203 :         double r = sqrt(1 - z * z);
-     145      962203 :         return Vector3d(r * cos(t), r * sin(t), z);
-     146             : }
-     147             : 
-     148      481001 : Vector3d Random::randVectorAroundMean(const Vector3d &meanDirection,
-     149             :                 double angle) {
-     150      481001 :         Vector3d axis = meanDirection.cross(randVector());
-     151             :         Vector3d v = meanDirection;
-     152      481001 :         return v.getRotated(axis, angle);
-     153             : }
-     154             : 
-     155        1000 : Vector3d Random::randFisherVector(const Vector3d &meanDirection, double kappa) {
-     156        1000 :         return randVectorAroundMean(meanDirection, randFisher(kappa));
-     157             : }
-     158             : 
-     159      480001 : Vector3d Random::randConeVector(const Vector3d &meanDirection, double angularRadius) {
-     160      480001 :         const double theta = acos(randUniform(1, cos(angularRadius)));
-     161      480001 :         return randVectorAroundMean(meanDirection, theta);
-     162             : }
-     163             : 
-     164           0 : Vector3d Random::randVectorLamberts() {
-     165             :         // random vector following Lamberts cosine law (https://en.wikipedia.org/wiki/Lambert%27s_cosine_law)
-     166             :         // for a surface element with normal vector pointing in positive z-axis (0, 0, 1)
-     167           0 :         double phi = randUniform(-1.0 * M_PI, M_PI);
-     168           0 :         double theta = M_PI / 2.0 - acos(sqrt(randUniform(0, 1)));
-     169           0 :         return Vector3d(cos(phi) * cos(theta), sin(phi) * cos(theta), sin(theta));
-     170             : }
-     171             : 
-     172           0 : Vector3d Random::randVectorLamberts(const Vector3d &normalVector) {
-     173             :         // random vector following Lamberts cosine law for a surface element described by normalVector
-     174           0 :         Vector3d vLambertz = randVectorLamberts();
-     175             :         // find rotation axis that rotates the z-axis to the normalVector of the surface element
-     176             :         Vector3d axis = normalVector.cross(Vector3d(0, 0, 1));
-     177           0 :         if (axis.getR() < std::numeric_limits<double>::epsilon()) {
-     178             :                 axis = Vector3d(0, 0, 1);
-     179             :         }
-     180           0 :         double angle = normalVector.getAngleTo(Vector3d(0, 0, 1));
-     181             :         // rotate the random Lamberts vector from z-axis to respective surface element
-     182           0 :         return vLambertz.getRotated(axis / axis.getR(), -angle);
-     183             : }
-     184             : 
-     185     3628723 : Vector3d Random::randomInterpolatedPosition(const Vector3d &a, const Vector3d &b) {
-     186     3628723 :         return a + rand() * (b - a);
-     187             : }
-     188             : 
-     189        1104 : double Random::randPowerLaw(double index, double min, double max) {
-     190        1104 :         if ((min < 0) || (max < min)) {
-     191           0 :                 throw std::runtime_error(
-     192           0 :                                 "Power law distribution only possible for 0 <= min <= max");
-     193             :         }
-     194             :         //check for index -1!
-     195        1104 :         if ((std::abs(index + 1.0)) < std::numeric_limits<double>::epsilon()) {
-     196           2 :                 double part1 = log(max);
-     197           2 :                 double part2 = log(min);
-     198           2 :                 return exp((part1 - part2) * rand() + part2);
-     199             :         } else {
-     200        1102 :                 double part1 = pow(max, index + 1);
-     201        1102 :                 double part2 = pow(min, index + 1);
-     202        1102 :                 double ex = 1 / (index + 1);
-     203        1102 :                 return pow((part1 - part2) * rand() + part2, ex);
-     204             :         }
-     205             : }
-     206             : 
-     207           0 : double Random::randBrokenPowerLaw(double index1, double index2,
-     208             :                 double breakpoint, double min, double max) {
-     209           0 :         if ((min <= 0) || (max < min)) {
-     210           0 :                 throw std::runtime_error(
-     211           0 :                                 "Power law distribution only possible for 0 < min <= max");
-     212             :         }
-     213           0 :         if (min >= breakpoint) {
-     214           0 :                 return this->randPowerLaw(index2, min, max);
-     215           0 :         } else if (max <= breakpoint) {
-     216           0 :                 return this->randPowerLaw(index2, min, max);
-     217             :         } else {
-     218             :                 double intPL1;
-     219             :                 // check if index1 = -1
-     220           0 :                 if ((std::abs(index1 + 1.0)) < std::numeric_limits<double>::epsilon()) {
-     221           0 :                         intPL1 = log(breakpoint / min);
-     222             :                 } else {
-     223           0 :                         intPL1 = (pow(breakpoint, index1 + 1) - pow(min, index1 + 1))
-     224             :                                         / (index1 + 1);
-     225             :                 }
-     226             :                 double intPL2;
-     227             :                 // check if index2 = -1
-     228           0 :                 if ((std::abs(index2 + 1.0)) < std::numeric_limits<double>::epsilon()) {
-     229           0 :                         intPL2 = log(max / breakpoint) * pow(breakpoint, index1 - index2);
-     230             :                 } else {
-     231           0 :                         intPL2 = (pow(max, index2 + 1) - pow(breakpoint, index2 + 1))
-     232           0 :                                         * pow(breakpoint, index1 - index2) / (index2 + 1);
-     233             :                 }
-     234           0 :                 if (rand() > intPL1 / (intPL1 + intPL2))
-     235           0 :                         return randPowerLaw(index2, breakpoint, max);
-     236             :                 else
-     237           0 :                         return randPowerLaw(index1, min, breakpoint);
-     238             :         }
-     239             : }
-     240             : 
-     241           0 : double Random::randExponential() {
-     242             :         double dum;
-     243             :         do {
-     244           0 :                 dum = rand();
-     245           0 :         } while (dum < std::numeric_limits<double>::epsilon());
-     246           0 :         return -1.0 * log(dum);
-     247             : }
-     248             : 
-     249    25852694 : uint32_t Random::randInt() {
-     250    25852694 :         if (left == 0)
-     251       41424 :                 reload();
-     252    25852694 :         --left;
-     253             : 
-     254             :         uint32_t s1;
-     255    25852694 :         s1 = *pNext++;
-     256    25852694 :         s1 ^= (s1 >> 11);
-     257    25852694 :         s1 ^= (s1 << 7) & 0x9d2c5680UL;
-     258    25852694 :         s1 ^= (s1 << 15) & 0xefc60000UL;
-     259    25852694 :         return (s1 ^ (s1 >> 18));
-     260             : }
-     261             : 
-     262           0 : uint32_t Random::randInt(const uint32_t& n) {
-     263             : // Find which bits are used in n
-     264             : // Optimized by Magnus Jonsson (magnus@smartelectronix.com)
-     265           0 :         uint32_t used = n;
-     266           0 :         used |= used >> 1;
-     267           0 :         used |= used >> 2;
-     268           0 :         used |= used >> 4;
-     269           0 :         used |= used >> 8;
-     270           0 :         used |= used >> 16;
-     271             : 
-     272             : // Draw numbers until one is found in [0,n]
-     273             :         uint32_t i;
-     274             :         do
-     275           0 :                 i = randInt() & used; // toss unused bits to shorten search
-     276           0 :         while (i > n);
-     277           0 :         return i;
-     278             : }
-     279             : 
-     280             : 
-     281         864 : uint64_t Random::randInt64()
-     282             : {
-     283         864 :         int64_t a = randInt();
-     284         864 :         int64_t b = randInt();
-     285         864 :         return (b + a << 32);
-     286             : }
-     287             : 
-     288             : 
-     289         421 : uint64_t Random::randInt64(const uint64_t &n)
-     290             : {
-     291         421 :         uint64_t used = n;
-     292         421 :         used |= used >> 1;
-     293         421 :         used |= used >> 2;
-     294         421 :         used |= used >> 4;
-     295         421 :         used |= used >> 8;
-     296         421 :         used |= used >> 16;
-     297         421 :         used |= used >> 32;
-     298             : 
-     299             :         // Draw numbers until one is found in [0,n]
-     300             :         uint64_t i;
-     301             :         do
-     302         864 :                 i = randInt64() & used; // toss unused bits to shorten search
-     303         864 :         while (i > n);
-     304         421 :         return i;
-     305             : }
-     306             : 
-     307             : 
-     308             : 
-     309          13 : void Random::seed(const uint32_t oneSeed) {
-     310          13 :         initial_seed.resize(1);
-     311          13 :         initial_seed[0] = oneSeed;
-     312          13 :         initialize(oneSeed);
-     313          13 :         reload();
-     314          13 : }
-     315             : 
-     316        4884 : void Random::seed(uint32_t * const bigSeed, const uint32_t seedLength) {
-     317             : 
-     318        4884 :         initial_seed.resize(seedLength);
-     319     3051260 :         for (size_t i =0; i< seedLength; i++)
-     320             :         {
-     321     3046376 :                 initial_seed[i] = bigSeed[i];
-     322             :         }
-     323             : 
-     324        4884 :         initialize(19650218UL);
-     325             :         int i = 1;
-     326             :         uint32_t j = 0;
-     327        4884 :         int k = (N > seedLength ? N : seedLength);
-     328     3052500 :         for (; k; --k) {
-     329     3047616 :                 state[i] = state[i]
-     330     3047616 :                                 ^ ((state[i - 1] ^ (state[i - 1] >> 30)) * 1664525UL);
-     331     3047616 :                 state[i] += (bigSeed[j] & 0xffffffffUL) + j;
-     332             :                 state[i] &= 0xffffffffUL;
-     333     3047616 :                 ++i;
-     334     3047616 :                 ++j;
-     335     3047616 :                 if (i >= N) {
-     336        4884 :                         state[0] = state[N - 1];
-     337             :                         i = 1;
-     338             :                 }
-     339     3047616 :                 if (j >= seedLength)
-     340             :                         j = 0;
-     341             :         }
-     342     3047616 :         for (k = N - 1; k; --k) {
-     343     3042732 :                 state[i] = state[i]
-     344     3042732 :                                 ^ ((state[i - 1] ^ (state[i - 1] >> 30)) * 1566083941UL);
-     345     3042732 :                 state[i] -= i;
-     346             :                 state[i] &= 0xffffffffUL;
-     347     3042732 :                 ++i;
-     348     3042732 :                 if (i >= N) {
-     349        4884 :                         state[0] = state[N - 1];
-     350             :                         i = 1;
-     351             :                 }
-     352             :         }
-     353        4884 :         state[0] = 0x80000000UL; // MSB is 1, assuring non-zero initial array
-     354        4884 :         reload();
-     355        4884 : }
-     356             : 
-     357        4881 : void Random::seed() {
-     358             : // First try getting an array from /dev/urandom
-     359        4881 :         FILE* urandom = std::fopen("/dev/urandom", "rb");
-     360        4881 :         if (urandom) {
-     361             :                 uint32_t bigSeed[N];
-     362             :                 uint32_t *s = bigSeed;
-     363             :                 int i = N;
-     364             :                 bool success = true;
-     365     3050625 :                 while (success && i--)
-     366     6091488 :                         success = std::fread(s++, sizeof(uint32_t), 1, urandom) != 0;
-     367        4881 :                 std::fclose(urandom);
-     368        4881 :                 if (success) {
-     369        4881 :                         seed(bigSeed, N);
-     370        4881 :                         return;
-     371             :                 }
-     372             :         }
-     373             : 
-     374             : // Was not successful, so use time() and clock() instead
-     375           0 :         seed(hash(time(NULL), clock()));
-     376             : }
-     377             : 
-     378             : 
-     379        4897 : void Random::initialize(const uint32_t seed) {
-     380        4897 :         uint32_t *s = state;
-     381             :         uint32_t *r = state;
-     382             :         int i = 1;
-     383        4897 :         *s++ = seed & 0xffffffffUL;
-     384     3055728 :         for (; i < N; ++i) {
-     385     3050831 :                 *s++ = (1812433253UL * (*r ^ (*r >> 30)) + i) & 0xffffffffUL;
-     386     3050831 :                 r++;
-     387             :         }
-     388        4897 : }
-     389             : 
-     390       46321 : void Random::reload() {
-     391       46321 :         uint32_t *p = state;
-     392             :         int i;
-     393    10561188 :         for (i = N - M; i--; ++p)
-     394    10514867 :                 *p = twist(p[M], p[0], p[1]);
-     395    18389437 :         for (i = M; --i; ++p)
-     396    18343116 :                 *p = twist(p[M - N], p[0], p[1]);
-     397       46321 :         *p = twist(p[M - N], p[0], state[0]);
-     398             : 
-     399       46321 :         left = N, pNext = state;
-     400       46321 : }
-     401             : 
-     402           0 : uint32_t Random::hash(time_t t, clock_t c) {
-     403             :         static uint32_t differ = 0; // guarantee time-based seeds will change
-     404             : 
-     405             :         uint32_t h1 = 0;
-     406             :         unsigned char *p = (unsigned char *) &t;
-     407           0 :         for (size_t i = 0; i < sizeof(t); ++i) {
-     408           0 :                 h1 *= std::numeric_limits<unsigned char>::max() + 2U;
-     409           0 :                 h1 += p[i];
-     410             :         }
-     411             :         uint32_t h2 = 0;
-     412             :         p = (unsigned char *) &c;
-     413           0 :         for (size_t j = 0; j < sizeof(c); ++j) {
-     414           0 :                 h2 *= std::numeric_limits<unsigned char>::max() + 2U;
-     415           0 :                 h2 += p[j];
-     416             :         }
-     417           0 :         return (h1 + differ++) ^ h2;
-     418             : }
-     419             : 
-     420           0 : void Random::save(uint32_t* saveArray) const {
-     421             :         uint32_t *sa = saveArray;
-     422           0 :         const uint32_t *s = state;
-     423             :         int i = N;
-     424           0 :         for (; i--; *sa++ = *s++) {
-     425             :         }
-     426           0 :         *sa = left;
-     427           0 : }
-     428             : 
-     429           2 : const std::vector<uint32_t> &Random::getSeed() const
-     430             : {
-     431           2 :         return initial_seed;
-     432             : }
-     433             : 
-     434           0 : void Random::load(uint32_t * const loadArray) {
-     435           0 :         uint32_t *s = state;
-     436             :         uint32_t *la = loadArray;
-     437             :         int i = N;
-     438           0 :         for (; i--; *s++ = *la++) {
-     439             :         }
-     440           0 :         left = *la;
-     441           0 :         pNext = &state[N - left];
-     442           0 : }
-     443             : 
-     444           0 : std::ostream& operator<<(std::ostream& os, const Random& mtrand) {
-     445           0 :         const uint32_t *s = mtrand.state;
-     446             :         int i = mtrand.N;
-     447           0 :         for (; i--; os << *s++ << "\t") {
-     448             :         }
-     449           0 :         return os << mtrand.left;
-     450             : }
-     451             : 
-     452           0 : std::istream& operator>>(std::istream& is, Random& mtrand) {
-     453           0 :         uint32_t *s = mtrand.state;
-     454             :         int i = mtrand.N;
-     455           0 :         for (; i--; is >> *s++) {
-     456             :         }
-     457           0 :         is >> mtrand.left;
-     458           0 :         mtrand.pNext = &mtrand.state[mtrand.N - mtrand.left];
-     459           0 :         return is;
-     460             : }
-     461             : 
-     462             : #ifdef _OPENMP
-     463             : #include <omp.h>
-     464             : #include <stdexcept>
-     465             : 
-     466             : // see http://stackoverflow.com/questions/8051108/using-the-openmp-threadprivate-directive-on-static-instances-of-c-stl-types
-     467             : const static int MAX_THREAD = 256;
-     468             : 
-     469             : struct RANDOM_TLS_ITEM {
-     470             :         Random r;
-     471             :         char padding[(sizeof(Random) / 64 + 1) * 64 - sizeof(Random)];
-     472             : };
-     473             : 
-     474             : #ifdef _MSC_VER
-     475             : __declspec(align(64)) static RANDOM_TLS_ITEM _tls[MAX_THREAD];
-     476             : #else
-     477             : __attribute__ ((aligned(64))) static RANDOM_TLS_ITEM _tls[MAX_THREAD];
-     478             : #endif
-     479             : 
-     480     2658589 : Random &Random::instance() {
-     481     2658589 :         int i = omp_get_thread_num();
-     482     2658589 :         if (i >= MAX_THREAD)
-     483           0 :         throw std::runtime_error("crpropa::Random: more than MAX_THREAD threads!");
-     484     2658589 :         return _tls[i].r;
-     485             : }
-     486             : 
-     487           0 : void Random::seedThreads(const uint32_t oneSeed) {
-     488           0 :         for(size_t i = 0; i < MAX_THREAD; ++i)
-     489           0 :         _tls[i].r.seed(oneSeed + i);
-     490           0 : }
-     491             : 
-     492           0 : std::vector< std::vector<uint32_t> > Random::getSeedThreads()
-     493             : {
-     494             :         std::vector< std::vector<uint32_t> > seeds;
-     495           0 :         for(size_t i = 0; i < omp_get_num_threads(); ++i)
-     496           0 :                 seeds.push_back(_tls[i].r.getSeed() ); 
-     497           0 :         return seeds;
-     498           0 : }
-     499             : 
-     500             : #else
-     501             : static Random _random;
-     502             : Random &Random::instance() {
-     503             :         return _random;
-     504             : }
-     505             : void Random::seedThreads(const uint32_t oneSeed) {
-     506             :         _random.seed(oneSeed);
-     507             : }
-     508             : std::vector< std::vector<uint32_t> > Random::getSeedThreads()
-     509             : {
-     510             :         std::vector< std::vector<uint32_t> > seeds;
-     511             :                 seeds.push_back(_random.getSeed() ); 
-     512             :         return seeds;
-     513             : }
-     514             : #endif
-     515             : 
-     516           0 : const std::string Random::getSeed_base64() const
-     517             : {
-     518           0 :         return Base64::encode((unsigned char*) &initial_seed[0], sizeof(initial_seed[0]) * initial_seed.size() / sizeof(unsigned char));
-     519             : }
-     520             : 
-     521           1 : void Random::seed(const std::string &b64Seed)
-     522             : {
-     523           1 :         std::string decoded_data = Base64::decode(b64Seed);
-     524           1 :         size_t seedSize = decoded_data.size() * sizeof(decoded_data[0]) / sizeof(uint32_t);
-     525           1 :         seed((uint32_t*)decoded_data.c_str(), seedSize );
-     526           1 : }
-     527             : 
-     528             : } // namespace crpropa
-     529             : 
-
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- - - diff --git a/doc/coverageReport/src/Source.cpp.func-sort-c.html b/doc/coverageReport/src/Source.cpp.func-sort-c.html deleted file mode 100644 index 34e0bcd2a..000000000 --- a/doc/coverageReport/src/Source.cpp.func-sort-c.html +++ /dev/null @@ -1,656 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/Source.cpp - functions - - - - - - - - - - - - - - -
LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - src - Source.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:45978458.5 %
Date:2024-04-08 14:58:22Functions:8114655.5 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa14SourcePositionC2Ed0
_ZN7crpropa15SourceDirection14setDescriptionEv0
_ZN7crpropa15SourceDirectionC2ENS_7Vector3IdEE0
_ZN7crpropa17SourceEmissionMap14setDescriptionEv0
_ZN7crpropa17SourceEmissionMap14setEmissionMapEPNS_11EmissionMapE0
_ZN7crpropa17SourceEmissionMapC2EPNS_11EmissionMapE0
_ZN7crpropa18SourceUniformShell14setDescriptionEv0
_ZN7crpropa18SourceUniformShellC2ENS_7Vector3IdEEd0
_ZN7crpropa21SourceSNRDistribution14setDescriptionEv0
_ZN7crpropa21SourceSNRDistribution7setBetaEd0
_ZN7crpropa21SourceSNRDistributionC2Ev0
_ZN7crpropa21SourceUniformCylinder14setDescriptionEv0
_ZN7crpropa21SourceUniformRedshift14setDescriptionEv0
_ZN7crpropa21SourceUniformRedshiftC2Edd0
_ZN7crpropa22SourceMassDistribution14getDescriptionB5cxx11Ev0
_ZN7crpropa22SourceMassDistribution15setMaximalTriesEi0
_ZN7crpropa22SourceMassDistribution17setMaximalDensityEd0
_ZN7crpropa22SourceMassDistribution9setXrangeEdd0
_ZN7crpropa22SourceMassDistribution9setYrangeEdd0
_ZN7crpropa22SourceMassDistribution9setZrangeEdd0
_ZN7crpropa22SourceMassDistributionC2ENS_7ref_ptrINS_7DensityEEEdddd0
_ZN7crpropa24SourceGenericComposition3addEiid0
_ZN7crpropa24SourcePulsarDistribution12getThetaBlurEv0
_ZN7crpropa24SourcePulsarDistribution12setThetaBlurEd0
_ZN7crpropa24SourcePulsarDistribution14setDescriptionEv0
_ZN7crpropa24SourcePulsarDistribution7getRMaxEv0
_ZN7crpropa24SourcePulsarDistribution7getZMaxEv0
_ZN7crpropa24SourcePulsarDistribution7setRMaxEd0
_ZN7crpropa24SourcePulsarDistribution7setZMaxEd0
_ZN7crpropa24SourcePulsarDistribution8getFrMaxEv0
_ZN7crpropa24SourcePulsarDistribution8getFzMaxEv0
_ZN7crpropa24SourcePulsarDistribution8getRBlurEv0
_ZN7crpropa24SourcePulsarDistribution8setFrMaxEdd0
_ZN7crpropa24SourcePulsarDistribution8setFzMaxEd0
_ZN7crpropa24SourcePulsarDistribution8setRBlurEd0
_ZN7crpropa24SourcePulsarDistributionC2Eddddd0
_ZN7crpropa24SourcePulsarDistributionC2Ev0
_ZN7crpropa27SourceMultipleParticleTypes14setDescriptionEv0
_ZN7crpropa27SourceMultipleParticleTypes3addEid0
_ZN7crpropa27SourceMultipleParticleTypesC2Ev0
_ZN7crpropa33SourceLambertDistributionOnSphere14setDescriptionEv0
_ZN7crpropa33SourceLambertDistributionOnSphereC2ERKNS_7Vector3IdEEdb0
_ZNK7crpropa10SourceList14getDescriptionB5cxx11Ev0
_ZNK7crpropa13SourceFeature14getDescriptionB5cxx11Ev0
_ZNK7crpropa15SourceDirection15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa17SourceEmissionMap16prepareCandidateERNS_9CandidateE0
_ZNK7crpropa18SourceUniformShell15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa21SourceSNRDistribution7getBetaEv0
_ZNK7crpropa21SourceSNRDistribution7getRMaxEv0
_ZNK7crpropa21SourceSNRDistribution7getZMaxEv0
_ZNK7crpropa21SourceSNRDistribution8getAlphaEv0
_ZNK7crpropa21SourceSNRDistribution8getFrMaxEv0
_ZNK7crpropa21SourceSNRDistribution8getFzMaxEv0
_ZNK7crpropa21SourceUniformRedshift16prepareCandidateERNS_9CandidateE0
_ZNK7crpropa22SourceMassDistribution14samplePositionEv0
_ZNK7crpropa22SourceMassDistribution15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa24SourcePulsarDistribution15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa24SourcePulsarDistribution2frEd0
_ZNK7crpropa24SourcePulsarDistribution2fzEd0
_ZNK7crpropa24SourcePulsarDistribution5blurREd0
_ZNK7crpropa24SourcePulsarDistribution6fthetaEid0
_ZNK7crpropa24SourcePulsarDistribution9blurThetaEdd0
_ZNK7crpropa27SourceMultipleParticleTypes15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa33SourceLambertDistributionOnSphere15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa6Source14getDescriptionB5cxx11Ev0
_ZN7crpropa14SourceRedshift14setDescriptionEv1
_ZN7crpropa14SourceRedshiftC2Ed1
_ZN7crpropa15SourceUniform1D14setDescriptionEv1
_ZN7crpropa15SourceUniform1DC2Eddb1
_ZN7crpropa16SourceRedshift1D14setDescriptionEv1
_ZN7crpropa16SourceRedshift1DC2Ev1
_ZN7crpropa16SourceUniformBox14setDescriptionEv1
_ZN7crpropa16SourceUniformBoxC2ENS_7Vector3IdEES2_1
_ZN7crpropa18SourceEmissionCone12setDirectionENS_7Vector3IdEE1
_ZN7crpropa18SourceEmissionCone14setDescriptionEv1
_ZN7crpropa18SourceEmissionConeC2ENS_7Vector3IdEEd1
_ZN7crpropa19SourceUniformSphere14setDescriptionEv1
_ZN7crpropa19SourceUniformSphereC2ENS_7Vector3IdEEd1
_ZN7crpropa21SourceSNRDistribution7setZMaxEd1
_ZN7crpropa21SourceSNRDistribution8setAlphaEd1
_ZN7crpropa21SourceSNRDistribution8setFzMaxEd1
_ZN7crpropa21SourceSNRDistributionC2Edddd1
_ZN7crpropa21SourceUniformCylinderC2ENS_7Vector3IdEEdd1
_ZN7crpropa22SourceDirectedEmission14setDescriptionEv1
_ZN7crpropa22SourceDirectedEmissionC2ENS_7Vector3IdEEd1
_ZN7crpropa23SourceMultiplePositions14setDescriptionEv1
_ZN7crpropa23SourceMultiplePositionsC2Ev1
_ZN7crpropa24SourceGenericComposition14setDescriptionEv1
_ZN7crpropa24SourceGenericCompositionC2EddNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEm1
_ZN7crpropa25SourceUniformHollowSphere14setDescriptionEv1
_ZN7crpropa25SourceUniformHollowSphereC2ENS_7Vector3IdEEdd1
_ZN7crpropa9SourceTag14setDescriptionEv1
_ZN7crpropa9SourceTag6setTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa9SourceTagC2ENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa14SourceRedshift16prepareCandidateERNS_9CandidateE1
_ZNK7crpropa15SourceUniform1D15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa16SourceRedshift1D16prepareCandidateERNS_9CandidateE1
_ZNK7crpropa16SourceUniformBox15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa18SourceEmissionCone15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa19SourceUniformSphere15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa21SourceUniformCylinder15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa9SourceTag16prepareCandidateERNS_9CandidateE1
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_ZN7crpropa12SourceEnergyC2Ed2
_ZN7crpropa17SourceDensityGrid14setDescriptionEv2
_ZN7crpropa17SourceDensityGridC2ENS_7ref_ptrINS_4GridIfEEEE2
_ZN7crpropa19SourceDensityGrid1D14setDescriptionEv2
_ZN7crpropa19SourceDensityGrid1DC2ENS_7ref_ptrINS_4GridIfEEEE2
_ZN7crpropa21SourceSNRDistribution7setRMaxEd2
_ZN7crpropa21SourceSNRDistribution8setFrMaxEv2
_ZN7crpropa23SourceMultiplePositions3addENS_7Vector3IdEEd2
_ZN7crpropa23SourceRedshiftEvolutionC2Eddd2
_ZN7crpropa24SourceGenericComposition3addEid2
_ZN7crpropa10SourceList3addEPNS_6SourceEd3
_ZN7crpropa17SourceCompositionC2Eddd3
_ZN7crpropa18SourceParticleType14setDescriptionEv3
_ZN7crpropa18SourceParticleTypeC2Ei3
_ZN7crpropa23SourceIsotropicEmission14setDescriptionEv3
_ZN7crpropa23SourceIsotropicEmissionC2Ev3
_ZNK7crpropa17SourceComposition15prepareParticleERNS_13ParticleStateE3
_ZN7crpropa17SourceComposition3addEiid4
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_ZN7crpropa22SourcePowerLawSpectrumC2Eddd4
_ZN7crpropa14SourcePosition14setDescriptionEv5
_ZN7crpropa14SourcePositionC2ENS_7Vector3IdEE5
_ZN7crpropa17SourceComposition3addEid5
_ZN7crpropa17SourceComposition14setDescriptionEv8
_ZN7crpropa6Source3addEPNS_13SourceFeatureE19
_ZNK7crpropa25SourceUniformHollowSphere15prepareParticleERNS_13ParticleStateE100
_ZNK7crpropa19SourceDensityGrid1D15prepareParticleERNS_13ParticleStateE101
_ZNK7crpropa23SourceRedshiftEvolution16prepareCandidateERNS_9CandidateE200
_ZNK7crpropa12SourceEnergy15prepareParticleERNS_13ParticleStateE1000
_ZNK7crpropa22SourceDirectedEmission16prepareCandidateERNS_9CandidateE1000
_ZNK7crpropa10SourceList12getCandidateEv1002
_ZNK7crpropa18SourceParticleType15prepareParticleERNS_13ParticleStateE1101
_ZNK7crpropa23SourceIsotropicEmission15prepareParticleERNS_13ParticleStateE1101
_ZNK7crpropa22SourcePowerLawSpectrum15prepareParticleERNS_13ParticleStateE1102
_ZNK7crpropa14SourcePosition15prepareParticleERNS_13ParticleStateE1103
_ZNK7crpropa6Source12getCandidateEv2103
_ZNK7crpropa13SourceFeature16prepareCandidateERNS_9CandidateE5407
_ZNK7crpropa23SourceMultiplePositions15prepareParticleERNS_13ParticleStateE10000
_ZNK7crpropa17SourceDensityGrid15prepareParticleERNS_13ParticleStateE10001
_ZNK7crpropa24SourceGenericComposition15prepareParticleERNS_13ParticleStateE100000
_ZNK7crpropa21SourceSNRDistribution15prepareParticleERNS_13ParticleStateE100001
_ZNK7crpropa21SourceSNRDistribution2frEd193272
_ZNK7crpropa21SourceSNRDistribution2fzEd1663640
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Generated by: LCOV version 1.14
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- - - diff --git a/doc/coverageReport/src/Source.cpp.func.html b/doc/coverageReport/src/Source.cpp.func.html deleted file mode 100644 index cbdfefa59..000000000 --- a/doc/coverageReport/src/Source.cpp.func.html +++ /dev/null @@ -1,656 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/Source.cpp - functions - - - - - - - - - - - - - - -
LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - src - Source.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:45978458.5 %
Date:2024-04-08 14:58:22Functions:8114655.5 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10SourceList3addEPNS_6SourceEd3
_ZN7crpropa12SourceEnergy14setDescriptionEv2
_ZN7crpropa12SourceEnergyC2Ed2
_ZN7crpropa14SourcePosition14setDescriptionEv5
_ZN7crpropa14SourcePositionC2ENS_7Vector3IdEE5
_ZN7crpropa14SourcePositionC2Ed0
_ZN7crpropa14SourceRedshift14setDescriptionEv1
_ZN7crpropa14SourceRedshiftC2Ed1
_ZN7crpropa15SourceDirection14setDescriptionEv0
_ZN7crpropa15SourceDirectionC2ENS_7Vector3IdEE0
_ZN7crpropa15SourceUniform1D14setDescriptionEv1
_ZN7crpropa15SourceUniform1DC2Eddb1
_ZN7crpropa16SourceRedshift1D14setDescriptionEv1
_ZN7crpropa16SourceRedshift1DC2Ev1
_ZN7crpropa16SourceUniformBox14setDescriptionEv1
_ZN7crpropa16SourceUniformBoxC2ENS_7Vector3IdEES2_1
_ZN7crpropa17SourceComposition14setDescriptionEv8
_ZN7crpropa17SourceComposition3addEid5
_ZN7crpropa17SourceComposition3addEiid4
_ZN7crpropa17SourceCompositionC2Eddd3
_ZN7crpropa17SourceDensityGrid14setDescriptionEv2
_ZN7crpropa17SourceDensityGridC2ENS_7ref_ptrINS_4GridIfEEEE2
_ZN7crpropa17SourceEmissionMap14setDescriptionEv0
_ZN7crpropa17SourceEmissionMap14setEmissionMapEPNS_11EmissionMapE0
_ZN7crpropa17SourceEmissionMapC2EPNS_11EmissionMapE0
_ZN7crpropa18SourceEmissionCone12setDirectionENS_7Vector3IdEE1
_ZN7crpropa18SourceEmissionCone14setDescriptionEv1
_ZN7crpropa18SourceEmissionConeC2ENS_7Vector3IdEEd1
_ZN7crpropa18SourceParticleType14setDescriptionEv3
_ZN7crpropa18SourceParticleTypeC2Ei3
_ZN7crpropa18SourceUniformShell14setDescriptionEv0
_ZN7crpropa18SourceUniformShellC2ENS_7Vector3IdEEd0
_ZN7crpropa19SourceDensityGrid1D14setDescriptionEv2
_ZN7crpropa19SourceDensityGrid1DC2ENS_7ref_ptrINS_4GridIfEEEE2
_ZN7crpropa19SourceUniformSphere14setDescriptionEv1
_ZN7crpropa19SourceUniformSphereC2ENS_7Vector3IdEEd1
_ZN7crpropa21SourceSNRDistribution14setDescriptionEv0
_ZN7crpropa21SourceSNRDistribution7setBetaEd0
_ZN7crpropa21SourceSNRDistribution7setRMaxEd2
_ZN7crpropa21SourceSNRDistribution7setZMaxEd1
_ZN7crpropa21SourceSNRDistribution8setAlphaEd1
_ZN7crpropa21SourceSNRDistribution8setFrMaxEv2
_ZN7crpropa21SourceSNRDistribution8setFzMaxEd1
_ZN7crpropa21SourceSNRDistributionC2Edddd1
_ZN7crpropa21SourceSNRDistributionC2Ev0
_ZN7crpropa21SourceUniformCylinder14setDescriptionEv0
_ZN7crpropa21SourceUniformCylinderC2ENS_7Vector3IdEEdd1
_ZN7crpropa21SourceUniformRedshift14setDescriptionEv0
_ZN7crpropa21SourceUniformRedshiftC2Edd0
_ZN7crpropa22SourceDirectedEmission14setDescriptionEv1
_ZN7crpropa22SourceDirectedEmissionC2ENS_7Vector3IdEEd1
_ZN7crpropa22SourceMassDistribution14getDescriptionB5cxx11Ev0
_ZN7crpropa22SourceMassDistribution15setMaximalTriesEi0
_ZN7crpropa22SourceMassDistribution17setMaximalDensityEd0
_ZN7crpropa22SourceMassDistribution9setXrangeEdd0
_ZN7crpropa22SourceMassDistribution9setYrangeEdd0
_ZN7crpropa22SourceMassDistribution9setZrangeEdd0
_ZN7crpropa22SourceMassDistributionC2ENS_7ref_ptrINS_7DensityEEEdddd0
_ZN7crpropa22SourcePowerLawSpectrum14setDescriptionEv4
_ZN7crpropa22SourcePowerLawSpectrumC2Eddd4
_ZN7crpropa23SourceIsotropicEmission14setDescriptionEv3
_ZN7crpropa23SourceIsotropicEmissionC2Ev3
_ZN7crpropa23SourceMultiplePositions14setDescriptionEv1
_ZN7crpropa23SourceMultiplePositions3addENS_7Vector3IdEEd2
_ZN7crpropa23SourceMultiplePositionsC2Ev1
_ZN7crpropa23SourceRedshiftEvolutionC2Eddd2
_ZN7crpropa24SourceGenericComposition14setDescriptionEv1
_ZN7crpropa24SourceGenericComposition3addEid2
_ZN7crpropa24SourceGenericComposition3addEiid0
_ZN7crpropa24SourceGenericCompositionC2EddNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEEm1
_ZN7crpropa24SourcePulsarDistribution12getThetaBlurEv0
_ZN7crpropa24SourcePulsarDistribution12setThetaBlurEd0
_ZN7crpropa24SourcePulsarDistribution14setDescriptionEv0
_ZN7crpropa24SourcePulsarDistribution7getRMaxEv0
_ZN7crpropa24SourcePulsarDistribution7getZMaxEv0
_ZN7crpropa24SourcePulsarDistribution7setRMaxEd0
_ZN7crpropa24SourcePulsarDistribution7setZMaxEd0
_ZN7crpropa24SourcePulsarDistribution8getFrMaxEv0
_ZN7crpropa24SourcePulsarDistribution8getFzMaxEv0
_ZN7crpropa24SourcePulsarDistribution8getRBlurEv0
_ZN7crpropa24SourcePulsarDistribution8setFrMaxEdd0
_ZN7crpropa24SourcePulsarDistribution8setFzMaxEd0
_ZN7crpropa24SourcePulsarDistribution8setRBlurEd0
_ZN7crpropa24SourcePulsarDistributionC2Eddddd0
_ZN7crpropa24SourcePulsarDistributionC2Ev0
_ZN7crpropa25SourceUniformHollowSphere14setDescriptionEv1
_ZN7crpropa25SourceUniformHollowSphereC2ENS_7Vector3IdEEdd1
_ZN7crpropa27SourceMultipleParticleTypes14setDescriptionEv0
_ZN7crpropa27SourceMultipleParticleTypes3addEid0
_ZN7crpropa27SourceMultipleParticleTypesC2Ev0
_ZN7crpropa33SourceLambertDistributionOnSphere14setDescriptionEv0
_ZN7crpropa33SourceLambertDistributionOnSphereC2ERKNS_7Vector3IdEEdb0
_ZN7crpropa6Source3addEPNS_13SourceFeatureE19
_ZN7crpropa9SourceTag14setDescriptionEv1
_ZN7crpropa9SourceTag6setTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa9SourceTagC2ENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa10SourceList12getCandidateEv1002
_ZNK7crpropa10SourceList14getDescriptionB5cxx11Ev0
_ZNK7crpropa12SourceEnergy15prepareParticleERNS_13ParticleStateE1000
_ZNK7crpropa13SourceFeature14getDescriptionB5cxx11Ev0
_ZNK7crpropa13SourceFeature16prepareCandidateERNS_9CandidateE5407
_ZNK7crpropa14SourcePosition15prepareParticleERNS_13ParticleStateE1103
_ZNK7crpropa14SourceRedshift16prepareCandidateERNS_9CandidateE1
_ZNK7crpropa15SourceDirection15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa15SourceUniform1D15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa16SourceRedshift1D16prepareCandidateERNS_9CandidateE1
_ZNK7crpropa16SourceUniformBox15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa17SourceComposition15prepareParticleERNS_13ParticleStateE3
_ZNK7crpropa17SourceDensityGrid15prepareParticleERNS_13ParticleStateE10001
_ZNK7crpropa17SourceEmissionMap16prepareCandidateERNS_9CandidateE0
_ZNK7crpropa18SourceEmissionCone15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa18SourceParticleType15prepareParticleERNS_13ParticleStateE1101
_ZNK7crpropa18SourceUniformShell15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa19SourceDensityGrid1D15prepareParticleERNS_13ParticleStateE101
_ZNK7crpropa19SourceUniformSphere15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa21SourceSNRDistribution15prepareParticleERNS_13ParticleStateE100001
_ZNK7crpropa21SourceSNRDistribution2frEd193272
_ZNK7crpropa21SourceSNRDistribution2fzEd1663640
_ZNK7crpropa21SourceSNRDistribution7getBetaEv0
_ZNK7crpropa21SourceSNRDistribution7getRMaxEv0
_ZNK7crpropa21SourceSNRDistribution7getZMaxEv0
_ZNK7crpropa21SourceSNRDistribution8getAlphaEv0
_ZNK7crpropa21SourceSNRDistribution8getFrMaxEv0
_ZNK7crpropa21SourceSNRDistribution8getFzMaxEv0
_ZNK7crpropa21SourceUniformCylinder15prepareParticleERNS_13ParticleStateE1
_ZNK7crpropa21SourceUniformRedshift16prepareCandidateERNS_9CandidateE0
_ZNK7crpropa22SourceDirectedEmission16prepareCandidateERNS_9CandidateE1000
_ZNK7crpropa22SourceMassDistribution14samplePositionEv0
_ZNK7crpropa22SourceMassDistribution15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa22SourcePowerLawSpectrum15prepareParticleERNS_13ParticleStateE1102
_ZNK7crpropa23SourceIsotropicEmission15prepareParticleERNS_13ParticleStateE1101
_ZNK7crpropa23SourceMultiplePositions15prepareParticleERNS_13ParticleStateE10000
_ZNK7crpropa23SourceRedshiftEvolution16prepareCandidateERNS_9CandidateE200
_ZNK7crpropa24SourceGenericComposition15prepareParticleERNS_13ParticleStateE100000
_ZNK7crpropa24SourcePulsarDistribution15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa24SourcePulsarDistribution2frEd0
_ZNK7crpropa24SourcePulsarDistribution2fzEd0
_ZNK7crpropa24SourcePulsarDistribution5blurREd0
_ZNK7crpropa24SourcePulsarDistribution6fthetaEid0
_ZNK7crpropa24SourcePulsarDistribution9blurThetaEdd0
_ZNK7crpropa25SourceUniformHollowSphere15prepareParticleERNS_13ParticleStateE100
_ZNK7crpropa27SourceMultipleParticleTypes15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa33SourceLambertDistributionOnSphere15prepareParticleERNS_13ParticleStateE0
_ZNK7crpropa6Source12getCandidateEv2103
_ZNK7crpropa6Source14getDescriptionB5cxx11Ev0
_ZNK7crpropa9SourceTag16prepareCandidateERNS_9CandidateE1
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Generated by: LCOV version 1.14
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- - - diff --git a/doc/coverageReport/src/Source.cpp.gcov.html b/doc/coverageReport/src/Source.cpp.gcov.html deleted file mode 100644 index 6cc5e6642..000000000 --- a/doc/coverageReport/src/Source.cpp.gcov.html +++ /dev/null @@ -1,1218 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/Source.cpp - - - - - - - - - - - - - - -
LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - src - Source.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:45978458.5 %
Date:2024-04-08 14:58:22Functions:8114655.5 %
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          Line data    Source code
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-       1             : #include "crpropa/Source.h"
-       2             : #include "crpropa/Random.h"
-       3             : #include "crpropa/Cosmology.h"
-       4             : #include "crpropa/Common.h"
-       5             : #include "crpropa/Units.h"
-       6             : #include "crpropa/ParticleID.h"
-       7             : 
-       8             : #ifdef CRPROPA_HAVE_MUPARSER
-       9             : #include "muParser.h"
-      10             : #endif
-      11             : 
-      12             : #include <sstream>
-      13             : #include <stdexcept>
-      14             : 
-      15             : namespace crpropa {
-      16             : 
-      17             : // Source ---------------------------------------------------------------------
-      18          19 : void Source::add(SourceFeature* property) {
-      19          19 :         features.push_back(property);
-      20          19 : }
-      21             : 
-      22        2103 : ref_ptr<Candidate> Source::getCandidate() const {
-      23        4206 :         ref_ptr<Candidate> candidate = new Candidate();
-      24        7512 :         for (int i = 0; i < features.size(); i++)
-      25        5409 :                 (*features[i]).prepareCandidate(*candidate);
-      26        2103 :         return candidate;
-      27             : }
-      28             : 
-      29           0 : std::string Source::getDescription() const {
-      30           0 :         std::stringstream ss;
-      31           0 :         ss << "Cosmic ray source\n";
-      32           0 :         for (int i = 0; i < features.size(); i++)
-      33           0 :                 ss << "    " << features[i]->getDescription();
-      34           0 :         return ss.str();
-      35           0 : }
-      36             : 
-      37             : // SourceList------------------------------------------------------------------
-      38           3 : void SourceList::add(Source* source, double weight) {
-      39           6 :         sources.push_back(source);
-      40           3 :         if (cdf.size() > 0)
-      41           1 :                 weight += cdf.back();
-      42           3 :         cdf.push_back(weight);
-      43           3 : }
-      44             : 
-      45        1002 : ref_ptr<Candidate> SourceList::getCandidate() const {
-      46        1002 :         if (sources.size() == 0)
-      47           1 :                 throw std::runtime_error("SourceList: no sources set");
-      48        1001 :         size_t i = Random::instance().randBin(cdf);
-      49        1001 :         return (sources[i])->getCandidate();
-      50             : }
-      51             : 
-      52           0 : std::string SourceList::getDescription() const {
-      53           0 :         std::stringstream ss;
-      54           0 :         ss << "List of cosmic ray sources\n";
-      55           0 :         for (int i = 0; i < sources.size(); i++)
-      56           0 :                 ss << "  " << sources[i]->getDescription();
-      57           0 :         return ss.str();
-      58           0 : }
-      59             : 
-      60             : // SourceFeature---------------------------------------------------------------
-      61        5407 : void SourceFeature::prepareCandidate(Candidate& candidate) const {
-      62        5407 :         ParticleState &source = candidate.source;
-      63        5407 :         prepareParticle(source);
-      64             :         candidate.created = source;
-      65             :         candidate.current = source;
-      66             :         candidate.previous = source;
-      67        5407 : }
-      68             : 
-      69           0 : std::string SourceFeature::getDescription() const {
-      70           0 :         return description;
-      71             : }
-      72             : 
-      73             : // ----------------------------------------------------------------------------
-      74           3 : SourceParticleType::SourceParticleType(int id) :
-      75           3 :                 id(id) {
-      76           3 :         setDescription();
-      77           3 : }
-      78             : 
-      79        1101 : void SourceParticleType::prepareParticle(ParticleState& particle) const {
-      80        1101 :         particle.setId(id);
-      81        1101 : }
-      82             : 
-      83           3 : void SourceParticleType::setDescription() {
-      84           3 :         std::stringstream ss;
-      85           3 :         ss << "SourceParticleType: " << id << "\n";
-      86           3 :         description = ss.str();
-      87           3 : }
-      88             : 
-      89             : // ----------------------------------------------------------------------------
-      90           0 : SourceMultipleParticleTypes::SourceMultipleParticleTypes() {
-      91           0 :         setDescription();
-      92           0 : }
-      93             : 
-      94           0 : void SourceMultipleParticleTypes::add(int id, double a) {
-      95           0 :         particleTypes.push_back(id);
-      96           0 :         if (cdf.size() > 0)
-      97           0 :                 a += cdf.back();
-      98           0 :         cdf.push_back(a);
-      99           0 :         setDescription();
-     100           0 : }
-     101             : 
-     102           0 : void SourceMultipleParticleTypes::prepareParticle(ParticleState& particle) const {
-     103           0 :         if (particleTypes.size() == 0)
-     104           0 :                 throw std::runtime_error("SourceMultipleParticleTypes: no nuclei set");
-     105           0 :         size_t i = Random::instance().randBin(cdf);
-     106           0 :         particle.setId(particleTypes[i]);
-     107           0 : }
-     108             : 
-     109           0 : void SourceMultipleParticleTypes::setDescription() {
-     110           0 :         std::stringstream ss;
-     111           0 :         ss << "SourceMultipleParticleTypes: Random particle type\n";
-     112           0 :         for (int i = 0; i < particleTypes.size(); i++)
-     113           0 :                 ss << "      ID = " << particleTypes[i] << "\n";
-     114           0 :         description = ss.str();
-     115           0 : }
-     116             : 
-     117             : // ----------------------------------------------------------------------------
-     118           2 : SourceEnergy::SourceEnergy(double energy) :
-     119           2 :                 E(energy) {
-     120           2 :         setDescription();
-     121           2 : }
-     122             : 
-     123        1000 : void SourceEnergy::prepareParticle(ParticleState& p) const {
-     124        1000 :         p.setEnergy(E);
-     125        1000 : }
-     126             : 
-     127           2 : void SourceEnergy::setDescription() {
-     128           2 :         std::stringstream ss;
-     129           2 :         ss << "SourceEnergy: " << E / EeV << " EeV\n";
-     130           2 :         description = ss.str();
-     131           2 : }
-     132             : 
-     133             : // ----------------------------------------------------------------------------
-     134           4 : SourcePowerLawSpectrum::SourcePowerLawSpectrum(double Emin, double Emax,
-     135           4 :                 double index) :
-     136           4 :                 Emin(Emin), Emax(Emax), index(index) {
-     137           4 :         setDescription();
-     138           4 : }
-     139             : 
-     140        1102 : void SourcePowerLawSpectrum::prepareParticle(ParticleState& particle) const {
-     141        1102 :         Random &random = Random::instance();
-     142        1102 :         double E = random.randPowerLaw(index, Emin, Emax);
-     143        1102 :         particle.setEnergy(E);
-     144        1102 : }
-     145             : 
-     146           4 : void SourcePowerLawSpectrum::setDescription() {
-     147           4 :         std::stringstream ss;
-     148           4 :         ss << "SourcePowerLawSpectrum: Random energy ";
-     149           8 :         ss << "E = " << Emin / EeV << " - " << Emax / EeV << " EeV, ";
-     150           4 :         ss << "dN/dE ~ E^" << index  << "\n";
-     151           4 :         description = ss.str();
-     152           4 : }
-     153             : 
-     154             : // ----------------------------------------------------------------------------
-     155           3 : SourceComposition::SourceComposition(double Emin, double Rmax, double index) :
-     156           3 :                 Emin(Emin), Rmax(Rmax), index(index) {
-     157           3 :         setDescription();
-     158           3 : }
-     159             : 
-     160           5 : void SourceComposition::add(int id, double weight) {
-     161           5 :         nuclei.push_back(id);
-     162           5 :         int A = massNumber(id);
-     163           5 :         int Z = chargeNumber(id);
-     164             : 
-     165           5 :         double a = 1 + index;
-     166           5 :         if (std::abs(a) < std::numeric_limits<double>::min())
-     167           5 :                 weight *= log(Z * Rmax / Emin);
-     168             :         else
-     169           0 :                 weight *= (pow(Z * Rmax, a) - pow(Emin, a)) / a;
-     170             : 
-     171           5 :         weight *= pow(A, -a);
-     172             : 
-     173           5 :         if (cdf.size() > 0)
-     174           3 :                 weight += cdf.back();
-     175           5 :         cdf.push_back(weight);
-     176           5 :         setDescription();
-     177           5 : }
-     178             : 
-     179           4 : void SourceComposition::add(int A, int Z, double a) {
-     180           4 :         add(nucleusId(A, Z), a);
-     181           4 : }
-     182             : 
-     183           3 : void SourceComposition::prepareParticle(ParticleState& particle) const {
-     184           3 :         if (nuclei.size() == 0)
-     185           1 :                 throw std::runtime_error("SourceComposition: No source isotope set");
-     186             : 
-     187           2 :         Random &random = Random::instance();
-     188             : 
-     189             :         // draw random particle type
-     190           2 :         size_t i = random.randBin(cdf);
-     191           2 :         int id = nuclei[i];
-     192           2 :         particle.setId(id);
-     193             : 
-     194             :         // random energy from power law
-     195           2 :         int Z = chargeNumber(id);
-     196           2 :         particle.setEnergy(random.randPowerLaw(index, Emin, Z * Rmax));
-     197           2 : }
-     198             : 
-     199           8 : void SourceComposition::setDescription() {
-     200           8 :         std::stringstream ss;
-     201           8 :         ss << "SourceComposition: Random element and energy ";
-     202          16 :         ss << "E = " << Emin / EeV << " - Z*" << Rmax / EeV << " EeV, ";
-     203           8 :         ss << "dN/dE ~ E^" << index << "\n";
-     204          19 :         for (int i = 0; i < nuclei.size(); i++)
-     205          11 :                 ss << "      ID = " << nuclei[i] << "\n";
-     206           8 :         description = ss.str();
-     207           8 : }
-     208             : 
-     209             : // ----------------------------------------------------------------------------
-     210           5 : SourcePosition::SourcePosition(Vector3d position) :
-     211           5 :                 position(position) {
-     212           5 :         setDescription();
-     213           5 : }
-     214             : 
-     215           0 : SourcePosition::SourcePosition(double d) :
-     216           0 :                 position(Vector3d(d, 0, 0)) {
-     217           0 :         setDescription();
-     218           0 : }
-     219             : 
-     220        1103 : void SourcePosition::prepareParticle(ParticleState& particle) const {
-     221        1103 :         particle.setPosition(position);
-     222        1103 : }
-     223             : 
-     224           5 : void SourcePosition::setDescription() {
-     225           5 :         std::stringstream ss;
-     226           5 :         ss << "SourcePosition: " << position / Mpc << " Mpc\n";
-     227           5 :         description = ss.str();
-     228           5 : }
-     229             : 
-     230             : // ----------------------------------------------------------------------------
-     231           1 : SourceMultiplePositions::SourceMultiplePositions() {
-     232           1 :         setDescription();
-     233           1 : }
-     234             : 
-     235           2 : void SourceMultiplePositions::add(Vector3d pos, double weight) {
-     236           2 :         positions.push_back(pos);
-     237           2 :         if (cdf.size() > 0)
-     238           1 :                 weight += cdf.back();
-     239           2 :         cdf.push_back(weight);
-     240           2 : }
-     241             : 
-     242       10000 : void SourceMultiplePositions::prepareParticle(ParticleState& particle) const {
-     243       10000 :         if (positions.size() == 0)
-     244           0 :                 throw std::runtime_error("SourceMultiplePositions: no position set");
-     245       10000 :         size_t i = Random::instance().randBin(cdf);
-     246       10000 :         particle.setPosition(positions[i]);
-     247       10000 : }
-     248             : 
-     249           1 : void SourceMultiplePositions::setDescription() {
-     250           1 :         std::stringstream ss;
-     251           1 :         ss << "SourceMultiplePositions: Random position from list\n";
-     252           1 :         for (int i = 0; i < positions.size(); i++)
-     253           0 :                 ss << "  " << positions[i] / Mpc << " Mpc\n";
-     254           1 :         description = ss.str();
-     255           1 : }
-     256             : 
-     257             : // ----------------------------------------------------------------------------
-     258           1 : SourceUniformSphere::SourceUniformSphere(Vector3d center, double radius) :
-     259           1 :                 center(center), radius(radius) {
-     260           1 :         setDescription();
-     261           1 : }
-     262             : 
-     263           1 : void SourceUniformSphere::prepareParticle(ParticleState& particle) const {
-     264           1 :         Random &random = Random::instance();
-     265           1 :         double r = pow(random.rand(), 1. / 3.) * radius;
-     266           1 :         particle.setPosition(center + random.randVector() * r);
-     267           1 : }
-     268             : 
-     269           1 : void SourceUniformSphere::setDescription() {
-     270           1 :         std::stringstream ss;
-     271           1 :         ss << "SourceUniformSphere: Random position within a sphere at ";
-     272           1 :         ss << center / Mpc << " Mpc with";
-     273           1 :         ss  << radius / Mpc << " Mpc radius\n";
-     274           1 :         description = ss.str();
-     275           1 : }
-     276             : 
-     277             : // ----------------------------------------------------------------------------
-     278           1 : SourceUniformHollowSphere::SourceUniformHollowSphere(
-     279             :                 Vector3d center,
-     280             :                 double radius_inner,
-     281           1 :                 double radius_outer) :
-     282           1 :                 center(center), radius_inner(radius_inner),
-     283           1 :                 radius_outer(radius_outer) {
-     284           1 :         setDescription();
-     285           1 : }
-     286             : 
-     287         100 : void SourceUniformHollowSphere::prepareParticle(ParticleState& particle) const {
-     288         100 :         Random &random = Random::instance();
-     289         100 :         double r = radius_inner + pow(random.rand(), 1. / 3.) * (radius_outer - radius_inner);
-     290         100 :         particle.setPosition(center + random.randVector() * r);
-     291         100 : }
-     292             : 
-     293           1 : void SourceUniformHollowSphere::setDescription() {
-     294           1 :         std::stringstream ss;
-     295           1 :         ss << "SourceUniformHollowSphere: Random position within a sphere at ";
-     296           1 :         ss << center / Mpc << " Mpc with";
-     297           1 :         ss << radius_inner / Mpc << " Mpc inner radius\n";
-     298           1 :         ss << radius_outer / Mpc << " Mpc outer radius\n";
-     299           1 :         description = ss.str();
-     300           1 : }
-     301             : 
-     302             : // ----------------------------------------------------------------------------
-     303           0 : SourceUniformShell::SourceUniformShell(Vector3d center, double radius) :
-     304           0 :                 center(center), radius(radius) {
-     305           0 :         setDescription();
-     306           0 : }
-     307             : 
-     308           0 : void SourceUniformShell::prepareParticle(ParticleState& particle) const {
-     309           0 :         Random &random = Random::instance();
-     310           0 :         particle.setPosition(center + random.randVector() * radius);
-     311           0 : }
-     312             : 
-     313           0 : void SourceUniformShell::setDescription() {
-     314           0 :         std::stringstream ss;
-     315           0 :         ss << "SourceUniformShell: Random position on a spherical shell at ";
-     316           0 :         ss << center / Mpc << " Mpc with ";
-     317           0 :         ss << radius / Mpc << " Mpc radius\n";
-     318           0 :         description = ss.str();
-     319           0 : }
-     320             : 
-     321             : // ----------------------------------------------------------------------------
-     322           1 : SourceUniformBox::SourceUniformBox(Vector3d origin, Vector3d size) :
-     323           1 :                 origin(origin), size(size) {
-     324           1 :         setDescription();
-     325           1 : }
-     326             : 
-     327           1 : void SourceUniformBox::prepareParticle(ParticleState& particle) const {
-     328           1 :         Random &random = Random::instance();
-     329           1 :         Vector3d pos(random.rand(), random.rand(), random.rand());
-     330           1 :         particle.setPosition(pos * size + origin);
-     331           1 : }
-     332             : 
-     333           1 : void SourceUniformBox::setDescription() {
-     334           1 :         std::stringstream ss;
-     335           1 :         ss << "SourceUniformBox: Random uniform position in box with ";
-     336           1 :         ss << "origin = " << origin / Mpc << " Mpc and ";
-     337           1 :         ss << "size = " << size / Mpc << " Mpc\n";
-     338           1 :         description = ss.str();
-     339           1 : }
-     340             : 
-     341             : // ---------------------------------------------------------------------------
-     342           1 : SourceUniformCylinder::SourceUniformCylinder(Vector3d origin, double height, double radius) :
-     343           1 :     origin(origin), height(height), radius(radius) {
-     344           1 : }
-     345             : 
-     346           1 : void SourceUniformCylinder::prepareParticle(ParticleState& particle) const {
-     347           1 :   Random &random = Random::instance();
-     348           1 :   double phi = 2*M_PI*random.rand();
-     349           1 :   double RandRadius = radius*pow(random.rand(), 1. / 2.);
-     350           1 :   Vector3d pos(cos(phi)*RandRadius, sin(phi)*RandRadius, (-0.5+random.rand())*height);
-     351           1 :   particle.setPosition(pos + origin);
-     352           1 :   }
-     353             : 
-     354           0 : void SourceUniformCylinder::setDescription() {
-     355           0 :         std::stringstream ss;
-     356           0 :         ss << "SourceUniformCylinder: Random uniform position in cylinder with ";
-     357           0 :         ss << "origin = " << origin / Mpc << " Mpc and ";
-     358           0 :         ss << "radius = " << radius / Mpc << " Mpc and";
-     359           0 :         ss << "height = " << height / Mpc << " Mpc\n";
-     360           0 :         description = ss.str();
-     361           0 : }
-     362             : 
-     363             : // ---------------------------------------------------------------------------
-     364           0 : SourceSNRDistribution::SourceSNRDistribution() :
-     365           0 :     rEarth(8.5 * kpc), beta(3.53), zg(0.3 * kpc) {
-     366           0 :         setAlpha(2.);
-     367           0 :         setFrMax();
-     368           0 :         setFzMax(0.3 * kpc);
-     369           0 :         setRMax(20 * kpc);
-     370           0 :         setZMax(5 * kpc);
-     371           0 : }
-     372             : 
-     373           1 : SourceSNRDistribution::SourceSNRDistribution(double rEarth, double alpha, double beta, double zg) :
-     374           1 :     rEarth(rEarth), beta(beta), zg(zg) {
-     375           1 :         setAlpha(alpha);
-     376           1 :         setFrMax();
-     377           1 :         setFzMax(zg);
-     378           1 :         setRMax(20 * kpc);
-     379           1 :         setZMax(5 * kpc);
-     380           1 : }
-     381             : 
-     382      100001 : void SourceSNRDistribution::prepareParticle(ParticleState& particle) const {
-     383      100001 :         Random &random = Random::instance();
-     384             :         double RPos;
-     385             :         while (true) {
-     386      193272 :                 RPos = random.rand() * rMax;
-     387      193272 :                 double fTest = random.rand() * frMax;
-     388      193272 :                 double fR = fr(RPos);
-     389      193272 :                 if (fTest <= fR) {
-     390             :                         break;
-     391             :                 }
-     392             :         }
-     393             :         double ZPos;
-     394             :         while (true) {
-     395     1663640 :                 ZPos = (random.rand() - 0.5) * 2 * zMax;
-     396     1663640 :                 double fTest = random.rand() * fzMax;
-     397     1663640 :                 double fZ=fz(ZPos);
-     398     1663640 :                 if (fTest<=fZ) {
-     399             :                         break;
-     400             :                 }
-     401             :         }
-     402      100001 :         double phi = random.rand() * 2 * M_PI;
-     403      100001 :         Vector3d pos(cos(phi) * RPos, sin(phi) * RPos, ZPos);
-     404      100001 :         particle.setPosition(pos);
-     405      100001 : }
-     406             : 
-     407      193272 : double SourceSNRDistribution::fr(double r) const {
-     408      193272 :         return pow(r / rEarth, alpha) * exp(- beta * (r - rEarth) / rEarth);
-     409             : }
-     410             : 
-     411     1663640 : double SourceSNRDistribution::fz(double z) const{
-     412             :         double Az = 1.;
-     413     1663640 :         double f = 1. / zg * exp(- fabs(z) / zg);
-     414             :         double fz = Az * f;
-     415     1663640 :         return fz;
-     416             : }
-     417             : 
-     418           0 : double SourceSNRDistribution::getAlpha() const {
-     419           0 :         return alpha - 1;  // -1 to account for the R-term in the volume element dV = R * dR * dphi * dz
-     420             : }
-     421             : 
-     422           0 : double SourceSNRDistribution::getBeta() const {
-     423           0 :         return beta;
-     424             : }
-     425             : 
-     426           2 : void SourceSNRDistribution::setFrMax() {
-     427           2 :         frMax = pow(alpha / beta, alpha) * exp(beta - alpha);
-     428           2 :         return;
-     429             : }
-     430             : 
-     431           1 : void SourceSNRDistribution::setFzMax(double zg) {
-     432           1 :         fzMax = 1. / zg;
-     433           1 :         return;
-     434             : }
-     435             : 
-     436           2 : void SourceSNRDistribution::setRMax(double r) {
-     437           2 :         rMax = r;
-     438           2 :         return;
-     439             : }
-     440             : 
-     441           1 : void SourceSNRDistribution::setZMax(double z) {
-     442           1 :         zMax = z;
-     443           1 :         return;
-     444             : }
-     445             : 
-     446           0 : double SourceSNRDistribution::getFrMax() const {
-     447           0 :         return frMax;
-     448             : }
-     449             : 
-     450           0 : double SourceSNRDistribution::getFzMax() const {
-     451           0 :         return fzMax;
-     452             : }
-     453             : 
-     454           0 : double SourceSNRDistribution::getRMax() const {
-     455           0 :         return rMax;
-     456             : }
-     457             : 
-     458           0 : double SourceSNRDistribution::getZMax() const {
-     459           0 :         return zMax;
-     460             : }
-     461             : 
-     462           1 : void SourceSNRDistribution::setAlpha(double a) {
-     463           1 :         alpha = a + 1.; // add 1 for dV = r * dR * dphi * dz
-     464           1 :         setRMax(rMax);
-     465           1 :         setFrMax();
-     466           1 : }
-     467             : 
-     468           0 : void SourceSNRDistribution::setBeta(double b) {
-     469           0 :         beta = b;
-     470           0 :         setRMax(rMax);
-     471           0 :         setFrMax();
-     472           0 : }
-     473             : 
-     474           0 : void SourceSNRDistribution::setDescription() {
-     475           0 :         std::stringstream ss;
-     476           0 :         ss << "SourceSNRDistribution: Random position according to SNR distribution";
-     477           0 :         ss << "rEarth = " << rEarth / kpc << " kpc and ";
-     478           0 :         ss << "zg = " << zg / kpc << " kpc and";
-     479           0 :         ss << "beta = " << beta << " \n";
-     480           0 :         description = ss.str();
-     481           0 : }
-     482             : 
-     483             : // ---------------------------------------------------------------------------
-     484           0 : SourcePulsarDistribution::SourcePulsarDistribution() :
-     485           0 :     rEarth(8.5*kpc), beta(3.53), zg(0.3*kpc) {
-     486           0 :         setFrMax(8.5*kpc, 3.53);
-     487           0 :         setFzMax(0.3*kpc);
-     488           0 :         setRMax(22*kpc);
-     489           0 :         setZMax(5*kpc);
-     490           0 :         setRBlur(0.07);
-     491           0 :         setThetaBlur(0.35/kpc);
-     492           0 : }
-     493             : 
-     494           0 : SourcePulsarDistribution::SourcePulsarDistribution(double rEarth, double beta, double zg, double rB, double tB) :
-     495           0 :     rEarth(rEarth), beta(beta), zg(zg) {
-     496           0 :         setFrMax(rEarth, beta);
-     497           0 :         setFzMax(zg);
-     498           0 :         setRBlur(rB);
-     499           0 :         setThetaBlur(tB);
-     500           0 :         setRMax(22 * kpc);
-     501           0 :         setZMax(5 * kpc);
-     502           0 : }
-     503             : 
-     504           0 : void SourcePulsarDistribution::prepareParticle(ParticleState& particle) const {
-     505           0 :         Random &random = Random::instance();
-     506             :         double Rtilde;
-     507             :         while (true) {
-     508           0 :                 Rtilde = random.rand() * rMax;
-     509           0 :                 double fTest = random.rand() * frMax * 1.1;
-     510           0 :                 double fR = fr(Rtilde);
-     511           0 :                 if (fTest <= fR) {
-     512             :                         break;
-     513             :                 }
-     514             :         }
-     515             :         double ZPos;
-     516             :         while (true) {
-     517           0 :                 ZPos = (random.rand() - 0.5) * 2 * zMax;
-     518           0 :                 double fTest = random.rand() * fzMax;
-     519           0 :                 double fZ = fz(ZPos);
-     520           0 :                 if (fTest <= fZ) {
-     521             :                         break;
-     522             :                 }
-     523             :         }
-     524             : 
-     525           0 :         int i = random.randInt(3);
-     526           0 :         double thetaTilde = ftheta(i, Rtilde);
-     527           0 :         double RPos = blurR(Rtilde);
-     528           0 :         double phi = blurTheta(thetaTilde, Rtilde);
-     529           0 :         Vector3d pos(cos(phi) * RPos, sin(phi) * RPos, ZPos);
-     530             : 
-     531           0 :         particle.setPosition(pos);
-     532           0 :   }
-     533             : 
-     534           0 : double SourcePulsarDistribution::fr(double r) const {
-     535           0 :         double f = r * pow(r / rEarth, 2.) * exp(-beta * (r - rEarth) / rEarth);
-     536           0 :         return f;
-     537             : }
-     538             : 
-     539           0 : double SourcePulsarDistribution::fz(double z) const{
-     540             :         double Az = 1.;
-     541           0 :         double f = 1. / zg * exp(- fabs(z) / zg);
-     542             :         double fz = Az * f;
-     543           0 :         return fz;
-     544             : }
-     545             : 
-     546           0 : double SourcePulsarDistribution::ftheta(int i, double r) const {
-     547           0 :         const double k_0[] = {4.25, 4.25, 4.89, 4.89};
-     548           0 :         const double r_0[] = {3.48 * kpc, 3.48 * kpc, 4.9 * kpc, 4.9 * kpc};
-     549           0 :         const double theta_0[] = {0., 3.14, 2.52, -0.62};
-     550           0 :         double K = k_0[i];
-     551           0 :         double R = r_0[i];
-     552           0 :         double Theta = theta_0[i];
-     553             : 
-     554           0 :         double theta = K * log(r / R) + Theta;
-     555             : 
-     556           0 :         return theta;
-     557             : }
-     558             : 
-     559           0 : double SourcePulsarDistribution::blurR(double rTilde) const {
-     560           0 :         Random &random = Random::instance();
-     561           0 :         return random.randNorm(rTilde, rBlur * rTilde);
-     562             : }
-     563             : 
-     564           0 : double SourcePulsarDistribution::blurTheta(double thetaTilde, double rTilde) const {
-     565           0 :         Random &random = Random::instance();
-     566           0 :         double thetaCorr = (random.rand() - 0.5) * 2 * M_PI;
-     567           0 :         double tau = thetaCorr * exp(- thetaBlur * rTilde);
-     568           0 :         return thetaTilde + tau;
-     569             : }
-     570             : 
-     571           0 : void SourcePulsarDistribution::setFrMax(double R, double b) {
-     572           0 :         double r = 3 * R / b;
-     573           0 :         frMax = fr(r);
-     574           0 : }
-     575             : 
-     576           0 : void SourcePulsarDistribution::setFzMax(double zg) {
-     577           0 :         fzMax = 1. / zg;
-     578           0 :         return;
-     579             : }
-     580             : 
-     581           0 : void SourcePulsarDistribution::setRMax(double r) {
-     582           0 :         rMax = r;
-     583           0 :         return;
-     584             : }
-     585             : 
-     586           0 : void SourcePulsarDistribution::setZMax(double z) {
-     587           0 :         zMax = z;
-     588           0 :         return;
-     589             : }
-     590             : 
-     591           0 : void SourcePulsarDistribution::setRBlur(double r) {
-     592           0 :         rBlur = r;
-     593           0 :         return;
-     594             : }
-     595             : 
-     596           0 : void SourcePulsarDistribution::setThetaBlur(double theta) {
-     597           0 :         thetaBlur = theta;
-     598           0 :         return;
-     599             : }
-     600             : 
-     601           0 : double SourcePulsarDistribution::getFrMax() {
-     602           0 :         return frMax;
-     603             : }
-     604             : 
-     605           0 : double SourcePulsarDistribution::getFzMax() {
-     606           0 :         return fzMax;
-     607             : }
-     608             : 
-     609           0 : double SourcePulsarDistribution::getRMax() {
-     610           0 :         return rMax;
-     611             : }
-     612             : 
-     613           0 : double SourcePulsarDistribution::getZMax() {
-     614           0 :         return zMax;
-     615             : }
-     616             : 
-     617           0 : double SourcePulsarDistribution::getRBlur() {
-     618           0 :         return rBlur;
-     619             : }
-     620             : 
-     621           0 : double SourcePulsarDistribution::getThetaBlur() {
-     622           0 :         return thetaBlur;
-     623             : }
-     624             : 
-     625             : 
-     626           0 : void SourcePulsarDistribution::setDescription() {
-     627           0 :         std::stringstream ss;
-     628           0 :         ss << "SourcePulsarDistribution: Random position according to pulsar distribution";
-     629           0 :         ss << "rEarth = " << rEarth / kpc << " kpc and ";
-     630           0 :         ss << "zg = " << zg / kpc << " kpc and ";
-     631           0 :         ss << "beta = " << beta << " and ";
-     632           0 :         ss << "r_blur = " << rBlur << " and ";
-     633           0 :         ss << "theta blur = " << thetaBlur << "\n";
-     634           0 :         description = ss.str();
-     635           0 : }
-     636             : 
-     637             : // ----------------------------------------------------------------------------
-     638           1 : SourceUniform1D::SourceUniform1D(double minD, double maxD, bool withCosmology) {
-     639           1 :         this->withCosmology = withCosmology;
-     640           1 :         if (withCosmology) {
-     641           1 :                 this->minD = comoving2LightTravelDistance(minD);
-     642           1 :                 this->maxD = comoving2LightTravelDistance(maxD);
-     643             :         } else {
-     644           0 :                 this->minD = minD;
-     645           0 :                 this->maxD = maxD;
-     646             :         }
-     647           1 :         setDescription();
-     648           1 : }
-     649             : 
-     650           1 : void SourceUniform1D::prepareParticle(ParticleState& particle) const {
-     651           1 :         Random& random = Random::instance();
-     652           1 :         double d = random.rand() * (maxD - minD) + minD;
-     653           1 :         if (withCosmology)
-     654           1 :                 d = lightTravel2ComovingDistance(d);
-     655           1 :         particle.setPosition(Vector3d(d, 0, 0));
-     656           1 : }
-     657             : 
-     658           1 : void SourceUniform1D::setDescription() {
-     659           1 :         std::stringstream ss;
-     660           1 :         ss << "SourceUniform1D: Random uniform position in D = ";
-     661           2 :         ss << minD / Mpc << " - " << maxD / Mpc << " Mpc";
-     662           1 :         if (withCosmology)
-     663           1 :                 ss << " (including cosmology)";
-     664           1 :         ss << "\n";
-     665           1 :         description = ss.str();
-     666           1 : }
-     667             : 
-     668             : // ----------------------------------------------------------------------------
-     669           2 : SourceDensityGrid::SourceDensityGrid(ref_ptr<Grid1f> grid) :
-     670           2 :                 grid(grid) {
-     671             :         float sum = 0;
-     672          14 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     673         116 :                 for (int iy = 0; iy < grid->getNy(); iy++) {
-     674        1112 :                         for (int iz = 0; iz < grid->getNz(); iz++) {
-     675        1008 :                                 sum += grid->get(ix, iy, iz);
-     676        1008 :                                 grid->get(ix, iy, iz) = sum;
-     677             :                         }
-     678             :                 }
-     679             :         }
-     680           2 :         setDescription();
-     681           2 : }
-     682             : 
-     683       10001 : void SourceDensityGrid::prepareParticle(ParticleState& particle) const {
-     684       10001 :         Random &random = Random::instance();
-     685             : 
-     686             :         // draw random bin
-     687       10001 :         size_t i = random.randBin(grid->getGrid());
-     688       10001 :         Vector3d pos = grid->positionFromIndex(i);
-     689             : 
-     690             :         // draw uniform position within bin
-     691       10001 :         double dx = random.rand() - 0.5;
-     692       10001 :         double dy = random.rand() - 0.5;
-     693       10001 :         double dz = random.rand() - 0.5;
-     694             :         pos += Vector3d(dx, dy, dz) * grid->getSpacing();
-     695             : 
-     696       10001 :         particle.setPosition(pos);
-     697       10001 : }
-     698             : 
-     699           2 : void SourceDensityGrid::setDescription() {
-     700           2 :         description = "SourceDensityGrid: 3D source distribution according to density grid\n";
-     701           2 : }
-     702             : 
-     703             : // ----------------------------------------------------------------------------
-     704           2 : SourceDensityGrid1D::SourceDensityGrid1D(ref_ptr<Grid1f> grid) :
-     705           2 :                 grid(grid) {
-     706           2 :         if (grid->getNy() != 1)
-     707           0 :                 throw std::runtime_error("SourceDensityGrid1D: Ny != 1");
-     708           2 :         if (grid->getNz() != 1)
-     709           0 :                 throw std::runtime_error("SourceDensityGrid1D: Nz != 1");
-     710             : 
-     711             :         float sum = 0;
-     712          22 :         for (int ix = 0; ix < grid->getNx(); ix++) {
-     713          20 :                 sum += grid->get(ix, 0, 0);
-     714          20 :                 grid->get(ix, 0, 0) = sum;
-     715             :         }
-     716           2 :         setDescription();
-     717           2 : }
-     718             : 
-     719         101 : void SourceDensityGrid1D::prepareParticle(ParticleState& particle) const {
-     720         101 :         Random &random = Random::instance();
-     721             : 
-     722             :         // draw random bin
-     723         101 :         size_t i = random.randBin(grid->getGrid());
-     724         101 :         Vector3d pos = grid->positionFromIndex(i);
-     725             : 
-     726             :         // draw uniform position within bin
-     727         101 :         double dx = random.rand() - 0.5;
-     728         101 :         pos.x += dx * grid->getSpacing().x;
-     729             : 
-     730         101 :         particle.setPosition(pos);
-     731         101 : }
-     732             : 
-     733           2 : void SourceDensityGrid1D::setDescription() {
-     734           2 :         description = "SourceDensityGrid1D: 1D source distribution according to density grid\n";
-     735           2 : }
-     736             : 
-     737             : // ----------------------------------------------------------------------------
-     738           3 : SourceIsotropicEmission::SourceIsotropicEmission() {
-     739           3 :         setDescription();
-     740           3 : }
-     741             : 
-     742        1101 : void SourceIsotropicEmission::prepareParticle(ParticleState& particle) const {
-     743        1101 :         Random &random = Random::instance();
-     744        1101 :         particle.setDirection(random.randVector());
-     745        1101 : }
-     746             : 
-     747           3 : void SourceIsotropicEmission::setDescription() {
-     748           3 :         description = "SourceIsotropicEmission: Random isotropic direction\n";
-     749           3 : }
-     750             : 
-     751             : // ----------------------------------------------------------------------------
-     752           1 : SourceDirectedEmission::SourceDirectedEmission(Vector3d mu, double kappa): mu(mu), kappa(kappa) {
-     753           1 :         if (kappa <= 0)
-     754           0 :                 throw std::runtime_error("The concentration parameter kappa should be larger than 0.");
-     755           1 :         setDescription();
-     756           1 : }
-     757             : 
-     758        1000 : void SourceDirectedEmission::prepareCandidate(Candidate &candidate) const {
-     759        1000 :         Random &random = Random::instance();
-     760             : 
-     761             :         Vector3d muvec = mu / mu.getR();
-     762        1000 :         Vector3d v = random.randFisherVector(muvec, kappa);
-     763             : 
-     764        1000 :         v = v.getUnitVector();
-     765        1000 :         candidate.source.setDirection(v);
-     766        1000 :         candidate.created.setDirection(v);
-     767        1000 :         candidate.previous.setDirection(v);
-     768        1000 :         candidate.current.setDirection(v);
-     769             : 
-     770             :         //set the weight of the particle, see eq. 3.1 of PoS(ICRC2019)447
-     771        1000 :         double pdfVonMises = kappa / (2. * M_PI * (1. - exp(-2. * kappa))) * exp(-kappa * (1. - v.dot(mu)));
-     772        1000 :         double weight = 1. / (4. * M_PI * pdfVonMises);
-     773        1000 :         candidate.setWeight(weight);
-     774        1000 : }
-     775             : 
-     776           1 : void SourceDirectedEmission::setDescription() {
-     777           1 :         std::stringstream ss;
-     778           1 :         ss << "SourceDirectedEmission: Random directed emission following the von-Mises-Fisher distribution with mean direction ";
-     779           1 :         ss << mu << " and concentration parameter kappa = ";
-     780           1 :         ss << kappa << "\n";
-     781           1 :         description = ss.str();
-     782           1 : }
-     783             : 
-     784             : // ----------------------------------------------------------------------------
-     785           0 : SourceLambertDistributionOnSphere::SourceLambertDistributionOnSphere(const Vector3d &center, double radius, bool inward) :
-     786           0 :                 center(center), radius(radius) {
-     787           0 :         this->inward = inward;
-     788           0 :         setDescription();
-     789           0 : }
-     790             : 
-     791           0 : void SourceLambertDistributionOnSphere::prepareParticle(ParticleState& particle) const {
-     792           0 :         Random &random = Random::instance();
-     793           0 :         Vector3d normalVector = random.randVector();
-     794           0 :         particle.setPosition(center + normalVector * radius);
-     795           0 :         double sign = inward ? -1 : 1; // negative (positive) Lamberts vector for inward (outward) directed emission
-     796           0 :         particle.setDirection(Vector3d(0, 0, 0) + sign * random.randVectorLamberts(normalVector));
-     797           0 : }
-     798             : 
-     799           0 : void SourceLambertDistributionOnSphere::setDescription() {
-     800           0 :         std::stringstream ss;
-     801           0 :         ss << "SourceLambertDistributionOnSphere: Random position and direction on a Sphere with center ";
-     802           0 :         ss << center / kpc << " kpc and ";
-     803           0 :         ss << radius / kpc << " kpc radius\n";
-     804           0 :         description = ss.str();
-     805           0 : }
-     806             : 
-     807             : // ----------------------------------------------------------------------------
-     808           0 : SourceDirection::SourceDirection(Vector3d direction) :
-     809           0 :                 direction(direction) {
-     810           0 :         setDescription();
-     811           0 : }
-     812             : 
-     813           0 : void SourceDirection::prepareParticle(ParticleState& particle) const {
-     814           0 :         particle.setDirection(direction);
-     815           0 : }
-     816             : 
-     817           0 : void SourceDirection::setDescription() {
-     818           0 :         std::stringstream ss;
-     819           0 :         ss <<  "SourceDirection: Emission direction = " << direction << "\n";
-     820           0 :         description = ss.str();
-     821           0 : }
-     822             : 
-     823             : // ----------------------------------------------------------------------------
-     824           0 : SourceEmissionMap::SourceEmissionMap(EmissionMap *emissionMap) : emissionMap(emissionMap) {
-     825           0 :         setDescription();
-     826           0 : }
-     827             : 
-     828           0 : void SourceEmissionMap::prepareCandidate(Candidate &candidate) const {
-     829           0 :         if (emissionMap) {
-     830           0 :                 bool accept = emissionMap->checkDirection(candidate.source);
-     831           0 :                 candidate.setActive(accept);
-     832             :         }
-     833           0 : }
-     834             : 
-     835           0 : void SourceEmissionMap::setDescription() {
-     836           0 :         description = "SourceEmissionMap: accept only directions from emission map\n";
-     837           0 : }
-     838             : 
-     839           0 : void SourceEmissionMap::setEmissionMap(EmissionMap *emissionMap) {
-     840           0 :         this->emissionMap = emissionMap;
-     841           0 : }
-     842             : 
-     843             : // ----------------------------------------------------------------------------
-     844           1 : SourceEmissionCone::SourceEmissionCone(Vector3d direction, double aperture) :
-     845           1 :         aperture(aperture) {
-     846           1 :         setDirection(direction);
-     847           1 :         setDescription();
-     848             :         
-     849           1 : }
-     850             : 
-     851           1 : void SourceEmissionCone::prepareParticle(ParticleState& particle) const {
-     852           1 :         Random &random = Random::instance();
-     853           1 :         particle.setDirection(random.randConeVector(direction, aperture));
-     854           1 : }
-     855             : 
-     856           1 : void SourceEmissionCone::setDirection(Vector3d dir) {
-     857           1 :         if (dir.getR() == 0) {
-     858           0 :                 throw std::runtime_error("SourceEmissionCone: The direction vector was a null vector.");
-     859             :         } else {
-     860           1 :                 direction = dir.getUnitVector();
-     861             :         }
-     862           1 : }
-     863             : 
-     864           1 : void SourceEmissionCone::setDescription() {
-     865           1 :         std::stringstream ss;
-     866           1 :         ss << "SourceEmissionCone: Jetted emission in ";
-     867           1 :         ss << "direction = " << direction << " with ";
-     868           1 :         ss << "half-opening angle = " << aperture << " rad\n";
-     869           1 :         description = ss.str();
-     870           1 : }
-     871             : 
-     872             : // ----------------------------------------------------------------------------
-     873           1 : SourceRedshift::SourceRedshift(double z) :
-     874           1 :                 z(z) {
-     875           1 :         setDescription();
-     876           1 : }
-     877             : 
-     878           1 : void SourceRedshift::prepareCandidate(Candidate& candidate) const {
-     879           1 :         candidate.setRedshift(z);
-     880           1 : }
-     881             : 
-     882           1 : void SourceRedshift::setDescription() {
-     883           1 :         std::stringstream ss;
-     884           1 :         ss << "SourceRedshift: Redshift z = " << z << "\n";
-     885           1 :         description = ss.str();
-     886           1 : }
-     887             : 
-     888             : // ----------------------------------------------------------------------------
-     889           0 : SourceUniformRedshift::SourceUniformRedshift(double zmin, double zmax) :
-     890           0 :                 zmin(zmin), zmax(zmax) {
-     891           0 :         setDescription();
-     892           0 : }
-     893             : 
-     894           0 : void SourceUniformRedshift::prepareCandidate(Candidate& candidate) const {
-     895           0 :         double z = Random::instance().randUniform(zmin, zmax);
-     896           0 :         candidate.setRedshift(z);
-     897           0 : }
-     898             : 
-     899           0 : void SourceUniformRedshift::setDescription() {
-     900           0 :         std::stringstream ss;
-     901           0 :         ss << "SourceUniformRedshift: Uniform redshift in z = ";
-     902           0 :         ss << zmin << " - " << zmax << "\n";
-     903           0 :         description = ss.str();
-     904           0 : }
-     905             : 
-     906             : // ----------------------------------------------------------------------------
-     907           2 : SourceRedshiftEvolution::SourceRedshiftEvolution(double m, double zmin, double zmax) : m(m), zmin(zmin), zmax(zmax) {
-     908           2 :         std::stringstream ss;
-     909             :         ss << "SourceRedshiftEvolution: (1+z)^m, m = " << m;
-     910           2 :         ss << ", z = " << zmin << " - " << zmax << "\n";
-     911           2 :         description = ss.str();
-     912           2 : }
-     913             : 
-     914         200 : void SourceRedshiftEvolution::prepareCandidate(Candidate& candidate) const {
-     915         200 :         double x = Random::instance().randUniform(0, 1);
-     916             :         double norm, z;
-     917             : 
-     918             :         // special case: m=-1
-     919         200 :         if ((std::abs(m+1)) < std::numeric_limits<double>::epsilon()) {
-     920         100 :                 norm = log1p(zmax) - log1p(zmin);
-     921         100 :                 z = exp(norm*x) * (1+zmin) - 1;
-     922             :         } else {
-     923         100 :                 norm = ( pow(1+zmax, m+1) - pow(1+zmin, m+1) ) / (m+1);
-     924         100 :                 z = pow( norm*(m+1)*x + pow(1+zmin, m+1), 1./(m+1)) - 1;
-     925             :         }
-     926         200 :         candidate.setRedshift(z);
-     927         200 : }
-     928             : 
-     929             : // ----------------------------------------------------------------------------
-     930           1 : SourceRedshift1D::SourceRedshift1D() {
-     931           1 :         setDescription();
-     932           1 : }
-     933             : 
-     934           1 : void SourceRedshift1D::prepareCandidate(Candidate& candidate) const {
-     935           1 :         double d = candidate.source.getPosition().getR();
-     936           1 :         double z = comovingDistance2Redshift(d);
-     937           1 :         candidate.setRedshift(z);
-     938           1 : }
-     939             : 
-     940           1 : void SourceRedshift1D::setDescription() {
-     941           1 :         description = "SourceRedshift1D: Redshift according to source distance\n";
-     942           1 : }
-     943             : 
-     944             : // ----------------------------------------------------------------------------
-     945             : #ifdef CRPROPA_HAVE_MUPARSER
-     946           1 : SourceGenericComposition::SourceGenericComposition(double Emin, double Emax, std::string expression, size_t bins) :
-     947           2 :         Emin(Emin), Emax(Emax), expression(expression), bins(bins) {
-     948             : 
-     949             :         // precalculate energy bins
-     950           1 :         double logEmin = ::log10(Emin);
-     951           1 :         double logEmax = ::log10(Emax);
-     952           1 :         double logStep = (logEmax - logEmin) / bins;
-     953           1 :         energy.resize(bins + 1);
-     954        1026 :         for (size_t i = 0; i <= bins; i++) {
-     955        1025 :                 energy[i] = ::pow(10, logEmin + i * logStep);
-     956             :         }
-     957           1 :         setDescription();
-     958           1 : }
-     959             : 
-     960           2 : void SourceGenericComposition::add(int id, double weight) {
-     961           2 :         int A = massNumber(id);
-     962           2 :         int Z = chargeNumber(id);
-     963             : 
-     964             :         Nucleus n;
-     965           2 :         n.id = id;
-     966             : 
-     967             :         // calculate nuclei cdf
-     968           2 :         mu::Parser p;
-     969             :         double E;
-     970           2 :         p.DefineVar("E", &E);
-     971           2 :         p.DefineConst("Emin", Emin);
-     972           2 :         p.DefineConst("Emax", Emax);
-     973           2 :         p.DefineConst("bins", bins);
-     974           2 :         p.DefineConst("A", (double)A);
-     975           2 :         p.DefineConst("Z", (double)Z);
-     976             : 
-     977           2 :         p.DefineConst("MeV", MeV);
-     978           2 :         p.DefineConst("GeV", GeV);
-     979           2 :         p.DefineConst("TeV", TeV);
-     980           2 :         p.DefineConst("PeV", PeV);
-     981           2 :         p.DefineConst("EeV", EeV);
-     982             : 
-     983           2 :         p.SetExpr(expression);
-     984             : 
-     985             :         // calculate pdf
-     986           2 :         n.cdf.resize(bins + 1);
-     987             : 
-     988        2052 :         for (std::size_t i=0; i<=bins; ++i) {
-     989        2050 :                 E = energy[i];
-     990        2050 :                 n.cdf[i] = p.Eval();
-     991             :         }
-     992             : 
-     993             :         // integrate
-     994        2050 :         for (std::size_t i=bins; i>0; --i) {
-     995        2048 :                 n.cdf[i] = (n.cdf[i-1] + n.cdf[i]) * (energy[i] - energy[i-1]) / 2;
-     996             :         }
-     997           2 :         n.cdf[0] = 0;
-     998             : 
-     999             :         // cumulate
-    1000        2050 :         for (std::size_t i=1; i<=bins; ++i) {
-    1001        2048 :                 n.cdf[i] += n.cdf[i-1];
-    1002             :         }
-    1003             : 
-    1004           2 :         nuclei.push_back(n);
-    1005             : 
-    1006             :         // update composition cdf
-    1007           2 :         if (cdf.size() == 0)
-    1008           1 :                 cdf.push_back(weight * n.cdf.back());
-    1009             :         else
-    1010           1 :                 cdf.push_back(cdf.back() + weight * n.cdf.back());
-    1011           2 : }
-    1012             : 
-    1013           0 : void SourceGenericComposition::add(int A, int Z, double a) {
-    1014           0 :         add(nucleusId(A, Z), a);
-    1015           0 : }
-    1016             : 
-    1017      100000 : void SourceGenericComposition::prepareParticle(ParticleState& particle) const {
-    1018      100000 :         if (nuclei.size() == 0)
-    1019           0 :                 throw std::runtime_error("SourceComposition: No source isotope set");
-    1020             : 
-    1021      100000 :         Random &random = Random::instance();
-    1022             : 
-    1023             : 
-    1024             :         // draw random particle type
-    1025      100000 :         size_t iN = random.randBin(cdf);
-    1026             :         const Nucleus &n = nuclei.at(iN);
-    1027      100000 :         particle.setId(n.id);
-    1028             : 
-    1029             :         // random energy
-    1030      100000 :         double E = interpolate(random.rand() * n.cdf.back(), n.cdf, energy);
-    1031      100000 :         particle.setEnergy(E);
-    1032      100000 : }
-    1033             : 
-    1034           1 : void SourceGenericComposition::setDescription() {
-    1035           1 :         description = "Generice source composition" + expression;
-    1036           1 : }
-    1037             : 
-    1038             : #endif
-    1039             : 
-    1040             : // ----------------------------------------------------------------------------
-    1041             : 
-    1042           1 : SourceTag::SourceTag(std::string tag) {
-    1043           1 :         setTag(tag);
-    1044           1 : }
-    1045             : 
-    1046           1 : void SourceTag::prepareCandidate(Candidate &cand) const {
-    1047           1 :         cand.setTagOrigin(sourceTag);
-    1048           1 : }
-    1049             : 
-    1050           1 : void SourceTag::setDescription() {
-    1051           1 :         description = "SourceTag: " + sourceTag;
-    1052           1 : }
-    1053             : 
-    1054           1 : void SourceTag::setTag(std::string tag) {
-    1055           1 :         sourceTag = tag;
-    1056           1 :         setDescription();
-    1057           1 : }
-    1058             : 
-    1059             : // ----------------------------------------------------------------------------
-    1060             : 
-    1061           0 : SourceMassDistribution::SourceMassDistribution(ref_ptr<Density> density, double max, double x, double y, double z) : 
-    1062           0 :         density(density), maxDensity(max), xMin(-x), xMax(x), yMin(-y), yMax(y), zMin(-z), zMax(z) {}
-    1063             : 
-    1064           0 : void SourceMassDistribution::setMaximalDensity(double maxDensity) {
-    1065           0 :         if (maxDensity <= 0) {
-    1066           0 :                 KISS_LOG_WARNING << "SourceMassDistribution: maximal density must be larger than 0. Nothing changed.\n";
-    1067           0 :                 return;
-    1068             :         }
-    1069           0 :         this->maxDensity = maxDensity;
-    1070             : }
-    1071             : 
-    1072           0 : void SourceMassDistribution::setXrange(double xMin, double xMax) {
-    1073           0 :         if (xMin > xMax) {
-    1074           0 :                 KISS_LOG_WARNING << "SourceMassDistribution: minimal x-value must not exceed the maximal one\n";
-    1075           0 :                 return;
-    1076             :         }
-    1077           0 :         this -> xMin = xMin;
-    1078           0 :         this -> xMax = xMax;
-    1079             : }
-    1080             : 
-    1081           0 : void SourceMassDistribution::setYrange(double yMin, double yMax) {
-    1082           0 :         if (yMin > yMax) {
-    1083           0 :                 KISS_LOG_WARNING << "SourceMassDistribution: minimal y-value must not exceed the maximal one\n";
-    1084           0 :                 return;
-    1085             :         }
-    1086           0 :         this -> yMin = yMin;
-    1087           0 :         this -> yMax = yMax;
-    1088             : }
-    1089             : 
-    1090           0 : void SourceMassDistribution::setZrange(double zMin, double zMax) {
-    1091           0 :         if (zMin > zMax) {
-    1092           0 :                 KISS_LOG_WARNING << "SourceMassDistribution: minimal z-value must not exceed the maximal one\n";
-    1093           0 :                 return;
-    1094             :         }
-    1095           0 :         this -> zMin = zMin;
-    1096           0 :         this -> zMax = zMax;
-    1097             : }
-    1098             : 
-    1099           0 : Vector3d SourceMassDistribution::samplePosition() const {
-    1100             :         Vector3d pos; 
-    1101           0 :         Random &rand = Random::instance();
-    1102             : 
-    1103           0 :         for (int i = 0; i < maxTries; i++) {
-    1104           0 :                 pos.x = rand.randUniform(xMin, xMax);
-    1105           0 :                 pos.y = rand.randUniform(yMin, yMax);
-    1106           0 :                 pos.z = rand.randUniform(zMin, zMax);
-    1107             : 
-    1108           0 :                 double n_density = density->getDensity(pos) / maxDensity;
-    1109           0 :                 double n_test = rand.rand();
-    1110           0 :                 if (n_test < n_density) {
-    1111             :                         return pos;
-    1112             :                 }
-    1113             :         }
-    1114           0 :         KISS_LOG_WARNING << "SourceMassDistribution: sampling a position was not possible within " 
-    1115           0 :                 << maxTries << " tries. Please check the maximum density or increse the number of maximal tries. \n";
-    1116             :         return Vector3d(0.);
-    1117             : }       
-    1118             : 
-    1119           0 : void SourceMassDistribution::prepareParticle(ParticleState &state) const {
-    1120           0 :         Vector3d pos = samplePosition();
-    1121           0 :         state.setPosition(pos);
-    1122           0 : }
-    1123             : 
-    1124           0 : void SourceMassDistribution::setMaximalTries(int tries) {
-    1125           0 :         this -> maxTries = tries;
-    1126           0 : }
-    1127             : 
-    1128           0 : std::string SourceMassDistribution::getDescription() {
-    1129           0 :         std::stringstream ss;
-    1130           0 :         ss << "SourceMassDistribuion: following the density distribution :\n";
-    1131           0 :         ss << "\t" << density -> getDescription();
-    1132           0 :         ss << "with a maximal density of " << maxDensity << " / m^3 \n";
-    1133           0 :         ss << "using the sampling range: \n";
-    1134           0 :         ss << "\t x in [" << xMin / kpc << " ; " << xMax / kpc << "] kpc \n";
-    1135           0 :         ss << "\t y in [" << yMin / kpc << " ; " << yMax / kpc << "] kpc \n";
-    1136           0 :         ss << "\t z in [" << zMin / kpc << " ; " << zMax / kpc << "] kpc \n";
-    1137           0 :         ss << "with maximal number of tries for sampling of " << maxTries << "\n";
-    1138             : 
-    1139           0 :         return ss.str();
-    1140           0 : }
-    1141             : 
-    1142             : } // namespace crpropa
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Current view:top level - src - Variant.cpp (source / functions)HitTotalCoverage
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Generated by: LCOV version 1.14
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Current view:top level - src - Variant.cpp (source / functions)HitTotalCoverage
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Function Name Sort by function nameHit count Sort by hit count
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LCOV - code coverage report
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Current view:top level - src - Variant.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:7151913.7 %
Date:2024-04-08 14:58:22Functions:184837.5 %
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          Line data    Source code
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-       1             : //-------------------------------------------------------------
-       2             : // Based on Variant.cc in the Physics eXtension Library (PXL) -
-       3             : // http://vispa.physik.rwth-aachen.de/                        -
-       4             : // Licensed under a LGPL-2 or later license                   -
-       5             : //-------------------------------------------------------------
-       6             : 
-       7             : #include "crpropa/Variant.h"
-       8             : 
-       9             : 
-      10             : namespace crpropa {
-      11             : 
-      12             : 
-      13        1147 : Variant::Variant() : type(TYPE_NONE) {
-      14        1147 : }
-      15             : 
-      16           0 : Variant::Variant(Type t) : type(TYPE_NONE) {
-      17           0 :         check(t);
-      18           0 : }
-      19             : 
-      20        2306 : Variant::Variant(const Variant& v) : type(TYPE_NONE) {
-      21        2306 :         copy(v);
-      22        2306 : }
-      23             : 
-      24           3 : Variant::Variant(const char* s) {
-      25           3 :         data._t_string = new std::string(s);
-      26           3 :         type = TYPE_STRING;
-      27           3 : }
-      28             : 
-      29        4610 : Variant::~Variant() {
-      30        4610 :         clear();
-      31        4610 : }
-      32             : 
-      33           0 : const char* Variant::getTypeName() const {
-      34           0 :         return getTypeName(type);
-      35             : }
-      36             : 
-      37           0 : const char* Variant::getTypeName(Type t) {
-      38             :         if (t == TYPE_NONE)
-      39             :                 return "none";
-      40             :         else if (t == TYPE_BOOL)
-      41           0 :                 return "bool";
-      42             :         else if (t == TYPE_CHAR)
-      43           0 :                 return "char";
-      44             :         else if (t == TYPE_UCHAR)
-      45           0 :                 return "uchar";
-      46             :         else if (t == TYPE_INT16)
-      47           0 :                 return "int16";
-      48             :         else if (t == TYPE_UINT16)
-      49           0 :                 return "uint16";
-      50             :         else if (t == TYPE_INT32)
-      51           0 :                 return "int32";
-      52             :         else if (t == TYPE_UINT32)
-      53           0 :                 return "uint32";
-      54             :         else if (t == TYPE_INT64)
-      55           0 :                 return "int64";
-      56             :         else if (t == TYPE_UINT64)
-      57           0 :                 return "uint64";
-      58             :         else if (t == TYPE_FLOAT)
-      59           0 :                 return "float";
-      60             :         else if (t == TYPE_DOUBLE)
-      61           0 :                 return "double";
-      62             :         else if (t == TYPE_LONGDOUBLE)
-      63           0 :                 return "ldouble";
-      64             :         else if (t == TYPE_COMPLEXF)
-      65           0 :                 return "complex_f";
-      66             :         else if (t == TYPE_COMPLEXD)
-      67           0 :                 return "complex_d";
-      68             :         else if (t == TYPE_STRING)
-      69           0 :                 return "string";
-      70             :         else if (t == TYPE_VECTOR3F)
-      71           0 :                 return "Vector3f";
-      72             :         else if (t == TYPE_VECTOR3D)
-      73           0 :                 return "Vector3d";
-      74             :         else if (t == TYPE_VECTOR3C)
-      75           0 :                 return "Vector3c";
-      76             :         else if (t == TYPE_VECTOR)
-      77           0 :                 return "vector";
-      78             :         else
-      79           0 :                 return "unknown";
-      80             : }
-      81             : 
-      82          60 : const std::type_info& Variant::getTypeInfo() const {
-      83          60 :         if (type == TYPE_BOOL) {
-      84             :                 const std::type_info& ti = typeid(data._t_bool);
-      85             :                 return ti;
-      86             :         } else if (type == TYPE_CHAR) {
-      87             :                 const std::type_info& ti = typeid(data._t_char);
-      88             :                 return ti;
-      89             :         } else if (type == TYPE_UCHAR) {
-      90             :                 const std::type_info& ti = typeid(data._t_uchar);
-      91           0 :                 return ti;
-      92             :         } else if (type == TYPE_INT16) {
-      93             :                 const std::type_info& ti = typeid(data._t_int16);
-      94           0 :                 return ti;
-      95             :         } else if (type == TYPE_UINT16) {
-      96             :                 const std::type_info& ti = typeid(data._t_uint16);
-      97           0 :                 return ti;
-      98             :         } else if (type == TYPE_INT32) {
-      99             :                 const std::type_info& ti = typeid(data._t_int32);
-     100          12 :                 return ti;
-     101             :         } else if (type == TYPE_UINT32) {
-     102             :                 const std::type_info& ti = typeid(data._t_uint32);
-     103           0 :                 return ti;
-     104             :         } else if (type == TYPE_INT64) {
-     105             :                 const std::type_info& ti = typeid(data._t_int64);
-     106           0 :                 return ti;
-     107             :         } else if (type == TYPE_UINT64) {
-     108             :                 const std::type_info& ti = typeid(data._t_uint64);
-     109           0 :                 return ti;
-     110             :         } else if (type == TYPE_FLOAT) {
-     111             :                 const std::type_info& ti = typeid(data._t_float);
-     112           0 :                 return ti;
-     113             :         } else if (type == TYPE_DOUBLE) {
-     114             :                 const std::type_info& ti = typeid(data._t_double);
-     115          22 :                 return ti;
-     116             :         } else if (type == TYPE_LONGDOUBLE)     {
-     117             :                 const std::type_info& ti = typeid(data._t_ldouble);
-     118           0 :                 return ti;
-     119             :         } else if (type == TYPE_STRING) {
-     120             :                 const std::type_info& ti = typeid(*data._t_string);
-     121          24 :                 return ti;
-     122             :         } else if (type == TYPE_COMPLEXF) { // pointer needed?
-     123             :                 const std::type_info& ti = typeid(*data._t_complex_f);
-     124           0 :                 return ti;
-     125             :         } else if (type == TYPE_COMPLEXD) {
-     126             :                 const std::type_info& ti = typeid(*data._t_complex_d);
-     127           0 :                 return ti;
-     128             :         } else if (type == TYPE_VECTOR3D) {
-     129             :                 const std::type_info& ti = typeid(data._t_vector3d);
-     130           0 :                 return ti;
-     131             :         } else if (type == TYPE_VECTOR3F) {
-     132             :                 const std::type_info& ti = typeid(data._t_vector3f);
-     133           0 :                 return ti;
-     134             :         } else if (type == TYPE_VECTOR) {
-     135             :                 const std::type_info& ti = typeid(*data._t_vector);
-     136           0 :                 return ti;
-     137             :         } else {
-     138             :                 const std::type_info& ti = typeid(0);
-     139           0 :                 return ti;
-     140             :         }
-     141             : }
-     142             : 
-     143           0 : Variant::Type Variant::toType(const std::string& name) {
-     144           0 :         if (name == "none")
-     145             :                 return TYPE_NONE;
-     146           0 :         else if (name == "bool")
-     147             :                 return TYPE_BOOL;
-     148           0 :         else if (name == "char") 
-     149             :                 return TYPE_CHAR;
-     150           0 :         else if (name == "uchar")
-     151             :                 return TYPE_UCHAR;
-     152           0 :         else if (name == "int16")
-     153             :                 return TYPE_INT16;
-     154           0 :         else if (name == "uint16")
-     155             :                 return TYPE_UINT16;
-     156           0 :         else if (name == "int32")
-     157             :                 return TYPE_INT32;
-     158           0 :         else if (name == "uint32")
-     159             :                 return TYPE_UINT32;
-     160           0 :         else if (name == "int64")
-     161             :                 return TYPE_INT64;
-     162           0 :         else if (name == "uint64")
-     163             :                 return TYPE_UINT64;
-     164           0 :         else if (name == "float")
-     165             :                 return TYPE_FLOAT;
-     166           0 :         else if (name == "double")
-     167             :                 return TYPE_DOUBLE;
-     168           0 :         else if (name == "long double")
-     169             :                 return TYPE_LONGDOUBLE;
-     170           0 :         else if (name == "complex_f")
-     171             :                 return TYPE_COMPLEXF;
-     172           0 :         else if (name == "complex_d")
-     173             :                 return TYPE_COMPLEXD;
-     174           0 :          else if (name == "string")
-     175             :                 return TYPE_STRING;
-     176           0 :         else if (name == "Vector3f")
-     177             :                 return TYPE_VECTOR3F;
-     178           0 :         else if (name == "Vector3d")
-     179             :                 return TYPE_VECTOR3D;
-     180           0 :         else if (name == "Vector3c")
-     181             :                 return TYPE_VECTOR3C;
-     182           0 :         else if (name == "vector")
-     183             :                 return TYPE_VECTOR;
-     184             :         else
-     185           0 :                 return TYPE_NONE;
-     186             : }
-     187             : 
-     188           2 : bool Variant::toBool() const {
-     189           2 :         switch (type) {
-     190           2 :                 case TYPE_BOOL:
-     191           2 :                         return data._t_bool;
-     192             :                         break;
-     193           0 :                 case TYPE_CHAR:
-     194           0 :                         return data._t_char != 0;
-     195             :                         break;
-     196           0 :                 case TYPE_UCHAR:
-     197           0 :                         return data._t_uchar != 0;
-     198             :                         break;
-     199           0 :                 case TYPE_INT16:
-     200           0 :                         return data._t_int16 != 0;
-     201             :                         break;
-     202           0 :                 case TYPE_UINT16:
-     203           0 :                         return data._t_uint16 != 0;
-     204             :                         break;
-     205           0 :                 case TYPE_INT32:
-     206           0 :                         return data._t_int32 != 0;
-     207             :                         break;
-     208           0 :                 case TYPE_UINT32:
-     209           0 :                         return data._t_uint32 != 0;
-     210             :                         break;
-     211           0 :                 case TYPE_INT64:
-     212           0 :                         return data._t_int64 != 0;
-     213             :                         break;
-     214           0 :                 case TYPE_UINT64:
-     215           0 :                         return data._t_uint64 != 0;
-     216             :                         break;
-     217           0 :                 case TYPE_STRING: {
-     218           0 :                                 std::string upperstr(*data._t_string);
-     219             :                                 std::transform(upperstr.begin(), upperstr.end(), upperstr.begin(), (int(*) (int)) toupper);
-     220           0 :                                 if (upperstr == "YES" || upperstr == "TRUE" || upperstr == "1")
-     221           0 :                                         return true;
-     222           0 :                                 else if (upperstr == "NO" || upperstr == "FALSE" || upperstr == "0")
-     223           0 :                                         return false;
-     224             :                                 else
-     225           0 :                                         throw bad_conversion(type, TYPE_BOOL);
-     226             :                         }
-     227             :                         break;
-     228           0 :                 case TYPE_COMPLEXF: {
-     229           0 :                                 if (data._t_complex_f->real() == 0 && data._t_complex_f->imag() == 0)
-     230           0 :                                         return true;
-     231             :                                 else
-     232             :                                         return false;
-     233             :                         }
-     234             :                         break;
-     235           0 :                 case TYPE_COMPLEXD: {
-     236           0 :                                 if (data._t_complex_d->real() == 0 && data._t_complex_d->imag() == 0)
-     237           0 :                                         return true;
-     238             :                                 else
-     239             :                                         return false;
-     240             :                         }
-     241             :                         break;
-     242           0 :                 case TYPE_VECTOR:
-     243           0 :                         return data._t_vector->size() != 0;
-     244             :                         break;
-     245           0 :                 case TYPE_FLOAT:
-     246             :                 case TYPE_DOUBLE:
-     247             :                 case TYPE_LONGDOUBLE:
-     248             :                 default:
-     249           0 :                         throw bad_conversion(type, TYPE_BOOL);
-     250             :                         break;
-     251             :         }
-     252             : 
-     253             :         return false;
-     254             : }
-     255             : 
-     256           0 : float Variant::toFloat() const {
-     257           0 :         switch (type) {
-     258           0 :                 case TYPE_BOOL:
-     259           0 :                         return data._t_bool ? (float) 1.0 : (float) 0.0; 
-     260             :                         break;
-     261           0 :                 case TYPE_CHAR:
-     262           0 :                         return static_cast<float>(data._t_char);
-     263             :                         break;
-     264           0 :                 case TYPE_UCHAR:
-     265           0 :                         return static_cast<float>(data._t_uchar);
-     266             :                         break;
-     267           0 :                 case TYPE_INT16:
-     268           0 :                         return static_cast<float>(data._t_int16);
-     269             :                         break;
-     270           0 :                 case TYPE_INT32:
-     271           0 :                         return static_cast<float>(data._t_int32);
-     272             :                         break;
-     273           0 :                 case TYPE_INT64:
-     274           0 :                         return static_cast<float>(data._t_int64);
-     275             :                         break;
-     276           0 :                 case TYPE_UINT16:
-     277           0 :                         return static_cast<float>(data._t_uint16);
-     278             :                         break;
-     279           0 :                 case TYPE_UINT32:
-     280           0 :                         return static_cast<float>(data._t_uint32);
-     281             :                         break;
-     282           0 :                 case TYPE_UINT64:
-     283           0 :                         return static_cast<float>(data._t_uint64);
-     284             :                         break;
-     285           0 :                 case TYPE_FLOAT:
-     286           0 :                         return static_cast<float>(data._t_float);
-     287             :                         break;
-     288           0 :                 case TYPE_DOUBLE:
-     289           0 :                         return static_cast<float>(data._t_double);
-     290             :                         break;
-     291           0 :                 case TYPE_LONGDOUBLE:
-     292           0 :                         return static_cast<float>(data._t_ldouble);
-     293             :                         break;
-     294           0 :                 case TYPE_STRING:
-     295           0 :                         return static_cast<float>(std::atof(data._t_string->c_str()));
-     296             :                         break;
-     297           0 :                 case TYPE_COMPLEXF: {
-     298           0 :                                 if (data._t_complex_f->imag() == 0)
-     299           0 :                                         return static_cast<float>(data._t_complex_f->real());
-     300             :                                 else
-     301           0 :                                         throw bad_conversion(type, TYPE_COMPLEXF);
-     302             :                         }
-     303             :                         break;
-     304           0 :                 case TYPE_COMPLEXD: {
-     305           0 :                                 if (data._t_complex_d->imag() == 0)
-     306           0 :                                         return static_cast<float>(data._t_complex_d->real());
-     307             :                                 else
-     308           0 :                                         throw bad_conversion(type, TYPE_COMPLEXD);
-     309             :                         }
-     310             :                         break;
-     311           0 :                 default:
-     312           0 :                         throw bad_conversion(type, TYPE_FLOAT);
-     313             :                         break;
-     314             :         }
-     315             : 
-     316             :         return 0.;
-     317             : }
-     318             : 
-     319           6 : double Variant::toDouble() const {
-     320           6 :         switch (type) {
-     321           0 :                 case TYPE_BOOL:
-     322           0 :                         return data._t_bool ? (double) 1.0 : (double) 0.0; 
-     323             :                         break;
-     324           0 :                 case TYPE_CHAR:
-     325           0 :                         return static_cast<double>(data._t_char);
-     326             :                         break;
-     327           0 :                 case TYPE_UCHAR:
-     328           0 :                         return static_cast<double>(data._t_uchar);
-     329             :                         break;
-     330           0 :                 case TYPE_INT16:
-     331           0 :                         return static_cast<double>(data._t_int16);
-     332             :                         break;
-     333           0 :                 case TYPE_INT32:
-     334           0 :                         return static_cast<double>(data._t_int32);
-     335             :                         break;
-     336           0 :                 case TYPE_INT64:
-     337           0 :                         return static_cast<double>(data._t_int64);
-     338             :                         break;
-     339           0 :                 case TYPE_UINT16:
-     340           0 :                         return static_cast<double>(data._t_uint16);
-     341             :                         break;
-     342           0 :                 case TYPE_UINT32:
-     343           0 :                         return static_cast<double>(data._t_uint32);
-     344             :                         break;
-     345           0 :                 case TYPE_UINT64:
-     346           0 :                         return static_cast<double>(data._t_uint64);
-     347             :                         break;
-     348           0 :                 case TYPE_FLOAT:
-     349           0 :                         return static_cast<double>(data._t_float);
-     350             :                         break;
-     351           6 :                 case TYPE_DOUBLE:
-     352           6 :                         return static_cast<double>(data._t_double);
-     353             :                         break;
-     354           0 :                 case TYPE_LONGDOUBLE:
-     355           0 :                         return static_cast<double>(data._t_ldouble);
-     356             :                         break;
-     357           0 :                 case TYPE_COMPLEXF: {
-     358           0 :                                 if (data._t_complex_f->imag() == 0)
-     359           0 :                                         return static_cast<double>(data._t_complex_f->real());
-     360             :                                 else
-     361           0 :                                         throw bad_conversion(type, TYPE_COMPLEXF);
-     362             :                         }
-     363             :                         break;
-     364           0 :                 case TYPE_COMPLEXD: {
-     365           0 :                                 if (data._t_complex_d->imag() == 0)
-     366           0 :                                         return static_cast<double>(data._t_complex_d->real());
-     367             :                                 else
-     368           0 :                                         throw bad_conversion(type, TYPE_COMPLEXD);
-     369             :                         }
-     370             :                         break;
-     371           0 :                 case TYPE_STRING:
-     372           0 :                         return static_cast<double>(std::atof(data._t_string->c_str()));
-     373             :                         break;
-     374           0 :                 default:
-     375           0 :                         throw bad_conversion(type, TYPE_DOUBLE);
-     376             :                         break;
-     377             :         }
-     378             : 
-     379             :         return 0.;
-     380             : }
-     381             : 
-     382           0 : long double Variant::toLongDouble() const {
-     383           0 :         switch (type) {
-     384           0 :                 case TYPE_BOOL:
-     385           0 :                         return data._t_bool ? (long double) 1.0 : (long double) 0.0; 
-     386             :                         break;
-     387           0 :                 case TYPE_CHAR:
-     388           0 :                         return static_cast<long double>(data._t_char);
-     389             :                         break;
-     390           0 :                 case TYPE_UCHAR:
-     391           0 :                         return static_cast<long double>(data._t_uchar);
-     392             :                         break;
-     393           0 :                 case TYPE_INT16:
-     394           0 :                         return static_cast<long double>(data._t_int16);
-     395             :                         break;
-     396           0 :                 case TYPE_INT32:
-     397           0 :                         return static_cast<long double>(data._t_int32);
-     398             :                         break;
-     399           0 :                 case TYPE_INT64:
-     400           0 :                         return static_cast<long double>(data._t_int64);
-     401             :                         break;
-     402           0 :                 case TYPE_UINT16:
-     403           0 :                         return static_cast<long double>(data._t_uint16);
-     404             :                         break;
-     405           0 :                 case TYPE_UINT32:
-     406           0 :                         return static_cast<long double>(data._t_uint32);
-     407             :                         break;
-     408           0 :                 case TYPE_UINT64:
-     409           0 :                         return static_cast<long double>(data._t_uint64);
-     410             :                         break;
-     411           0 :                 case TYPE_FLOAT:
-     412           0 :                         return static_cast<long double>(data._t_float);
-     413             :                         break;
-     414           0 :                 case TYPE_DOUBLE:
-     415           0 :                         return static_cast<long double>(data._t_double);
-     416             :                         break;
-     417           0 :                 case TYPE_LONGDOUBLE:
-     418           0 :                         return static_cast<long double>(data._t_ldouble);
-     419             :                         break;
-     420           0 :                 case TYPE_COMPLEXF: {
-     421           0 :                                 if (data._t_complex_f->imag() == 0)
-     422           0 :                                         return static_cast<long double>(data._t_complex_f->real());
-     423             :                                 else
-     424           0 :                                         throw bad_conversion(type, TYPE_COMPLEXF);
-     425             :                         }
-     426             :                         break;
-     427           0 :                 case TYPE_COMPLEXD: {
-     428           0 :                                 if (data._t_complex_d->imag() == 0)
-     429           0 :                                         return static_cast<long double>(data._t_complex_d->real());
-     430             :                                 else
-     431           0 :                                         throw bad_conversion(type, TYPE_COMPLEXD);
-     432             :                         }
-     433             :                         break;
-     434           0 :                 case TYPE_STRING:
-     435           0 :                         return static_cast<double>(std::atof(data._t_string->c_str()));
-     436             :                         break;
-     437           0 :                 default:
-     438           0 :                         throw bad_conversion(type, TYPE_LONGDOUBLE);
-     439             :                         break;
-     440             :         }
-     441             : 
-     442             :         return 0.;
-     443             : }
-     444             : 
-     445           0 : std::complex<float> Variant::toComplexFloat() const {
-     446           0 :         switch (type) {
-     447           0 :                 case TYPE_COMPLEXF:
-     448           0 :                         return static_cast<std::complex<float>>(*data._t_complex_f);
-     449             :                         break;
-     450           0 :                 case TYPE_COMPLEXD:
-     451           0 :                         return static_cast<std::complex<float>>(*data._t_complex_d);
-     452             :                         break;
-     453           0 :                 default:
-     454           0 :                         throw bad_conversion(type, TYPE_COMPLEXF);
-     455             :                         break;
-     456             :         }
-     457             : }  
-     458             : 
-     459           0 : std::complex<double> Variant::toComplexDouble() const {
-     460           0 :         switch (type) {
-     461           0 :                 case TYPE_COMPLEXF:
-     462           0 :                         return static_cast<std::complex<double>>(*data._t_complex_f);
-     463             :                         break;
-     464           0 :                 case TYPE_COMPLEXD:
-     465           0 :                         return static_cast<std::complex<double>>(*data._t_complex_d);
-     466             :                         break;
-     467           0 :                 default:
-     468           0 :                         throw bad_conversion(type, TYPE_COMPLEXD);
-     469             :                         break;
-     470             :         }
-     471             : }  
-     472             : 
-     473           0 : Vector3f Variant::toVector3f() const {
-     474           0 :         switch (type) {
-     475           0 :                 case TYPE_VECTOR3F:
-     476           0 :                         return static_cast<Vector3f>(*data._t_vector3f);
-     477             :                         break;
-     478           0 :                 case TYPE_VECTOR3D:
-     479           0 :                         return static_cast<Vector3f>(*data._t_vector3d);
-     480             :                         break;
-     481           0 :                 default:
-     482           0 :                         throw bad_conversion(type, TYPE_VECTOR3F);
-     483             :                         break;
-     484             :         }
-     485             : }
-     486             : 
-     487           0 : Vector3d Variant::toVector3d() const {
-     488           0 :         switch (type) {
-     489           0 :                 case TYPE_VECTOR3F:
-     490           0 :                         return static_cast<Vector3d>(*data._t_vector3f);
-     491             :                         break;
-     492           0 :                 case TYPE_VECTOR3D:
-     493           0 :                         return static_cast<Vector3d>(*data._t_vector3d);
-     494             :                         break;
-     495           0 :                 default:
-     496           0 :                         throw bad_conversion(type, TYPE_VECTOR3D);
-     497             :                         break;
-     498             :         }
-     499             : }
-     500             : 
-     501           0 : Vector3<std::complex<double>> Variant::toVector3c() const {
-     502           0 :         switch (type) {
-     503           0 :                 case TYPE_VECTOR3C:
-     504           0 :                         return static_cast<Vector3c>(*data._t_vector3c);
-     505             :                         break;
-     506           0 :                 default:
-     507           0 :                         throw bad_conversion(type, TYPE_VECTOR3C);
-     508             :                         break;
-     509             :         }
-     510             : }
-     511             : 
-     512           6 : std::string Variant::toString(const std::string& delimiter) const {
-     513           6 :         if (type == TYPE_STRING)
-     514           3 :                 return *data._t_string;
-     515             : 
-     516           3 :         std::stringstream ss;
-     517             : 
-     518           3 :         if (type == TYPE_BOOL) {
-     519           0 :                 ss << data._t_bool;
-     520             :         } else if (type == TYPE_CHAR) {
-     521           0 :                 ss << data._t_char;
-     522             :         } else if (type == TYPE_UCHAR) {
-     523           0 :                 ss << data._t_uchar;
-     524             :         } else if (type == TYPE_INT16) {
-     525           0 :                 ss << data._t_int16;
-     526             :         } else if (type == TYPE_UINT16) {
-     527           0 :                 ss << data._t_uint16;
-     528             :         } else if (type == TYPE_INT32) {
-     529           1 :                 ss << data._t_int32;
-     530             :         } else if (type == TYPE_UINT32) {
-     531           0 :                 ss << data._t_uint32;
-     532             :         } else if (type == TYPE_INT64) {
-     533           1 :                 ss << data._t_int64;
-     534             :         } else if (type == TYPE_UINT64) {
-     535           0 :                 ss << data._t_uint64;
-     536             :         } else if (type == TYPE_FLOAT) {
-     537           0 :                 ss << std::scientific << data._t_float;
-     538             :         } else if (type == TYPE_DOUBLE) {
-     539           1 :                 ss << std::scientific << data._t_double;
-     540             :         } else if (type == TYPE_LONGDOUBLE) {
-     541           0 :                 ss << std::scientific << data._t_ldouble;
-     542             :         } else if (type == TYPE_COMPLEXF) {
-     543           0 :                 ss << std::scientific << data._t_complex_f->real() << delimiter; 
-     544           0 :                 ss << std::scientific << data._t_complex_f->imag();
-     545             :         } else if (type == TYPE_COMPLEXD) {
-     546           0 :                 ss << std::scientific << data._t_complex_d->real() << delimiter; 
-     547           0 :                 ss << std::scientific << data._t_complex_d->imag();
-     548             :         } else if (type == TYPE_VECTOR3F) {
-     549           0 :                 ss << *data._t_vector3f;
-     550             :         } else if (type == TYPE_VECTOR3D) {
-     551           0 :                 ss << *data._t_vector3d;
-     552             :         } else if (type == TYPE_VECTOR) {
-     553           0 :                 ss << *data._t_vector;
-     554             :         }
-     555             : 
-     556             :         return ss.str();
-     557           3 : }
-     558             : 
-     559           0 : Variant::vector_t Variant::toVector() const {
-     560           0 :         if (type == TYPE_VECTOR)
-     561           0 :                 return *data._t_vector;
-     562             :         else
-     563           0 :                 throw bad_conversion(type, TYPE_VECTOR);
-     564             : }
-     565             : 
-     566           2 : Variant Variant::fromString(const std::string& s, Type t) {
-     567           2 :         std::stringstream ss(s);
-     568             : 
-     569             :         if (t == TYPE_BOOL) {
-     570             :                 std::string upperstr(s);
-     571             :                 std::transform(upperstr.begin(), upperstr.end(), upperstr.begin(), (int (*)(int)) toupper);
-     572           0 :                 if (upperstr == "YES" || upperstr == "TRUE" || upperstr == "1") 
-     573             :                         return Variant(true);
-     574           0 :                 else if (upperstr == "NO" || upperstr == "FALSE" || upperstr == "0")
-     575             :                         return Variant(false);
-     576           0 :                 throw bad_conversion(t, TYPE_BOOL);
-     577             :         } else if (t == TYPE_CHAR) {
-     578             :                 char c;
-     579           0 :                 ss >> c;
-     580             :                 return Variant(c);
-     581             :         } else if (t == TYPE_UCHAR) {
-     582             :                 unsigned char c;
-     583             :                 ss >> c;
-     584             :                 return Variant(c);
-     585             :         } else if (t == TYPE_INT16) {
-     586             :                 int16_t c;
-     587           0 :                 ss >> c;
-     588             :                 return Variant(c);
-     589             :         } else if (t == TYPE_INT32) {
-     590             :                 int32_t c;
-     591           1 :                 ss >> c;
-     592             :                 return Variant(c);
-     593             :         } else if (t == TYPE_INT64) {
-     594             :                 int64_t c;
-     595             :                 ss >> c;
-     596             :                 return Variant(c);
-     597             :         } else if (t == TYPE_UINT16) {
-     598             :                 uint16_t c;
-     599             :                 ss >> c;
-     600             :                 return Variant(c);
-     601             :         } else if (t == TYPE_UINT32) {
-     602             :                 uint32_t c;
-     603             :                 ss >> c;
-     604             :                 return Variant(c);
-     605             :         } else if (t == TYPE_UINT64) {
-     606             :                 uint64_t c;
-     607             :                 ss >> c;
-     608             :                 return Variant(c);
-     609             :         } else if (t == TYPE_FLOAT) {
-     610             :                 float c;
-     611             :                 ss >> c;
-     612             :                 return Variant(c);
-     613             :         } else if (t == TYPE_DOUBLE) {
-     614             :                 double c;
-     615             :                 ss >> c;
-     616             :                 return Variant(c);
-     617             :         } else if (t == TYPE_LONGDOUBLE) {
-     618             :                 long double c;
-     619             :                 ss >> c;
-     620             :                 return Variant(c);
-     621             :         } else if (t == TYPE_STRING) {
-     622           0 :                 return Variant(s);
-     623             :         } else if (t == TYPE_COMPLEXF) {
-     624             :                 float _vr, _vi;
-     625             :                 ss >> _vr >> _vi;
-     626           0 :                 complex_f v(_vr, _vi);
-     627             :                 return Variant(v);
-     628             :         } else if (t == TYPE_COMPLEXD) {
-     629             :                 double _vr, _vi;
-     630             :                 ss >> _vr >> _vi;
-     631           0 :                 complex_d v(_vr, _vi);
-     632             :                 return Variant(v);
-     633             :         } else if (t == TYPE_VECTOR3F) {
-     634             :                 Vector3f v;
-     635             :                 float _val;
-     636             :                 ss >> _val;
-     637           0 :                 v.setX(_val);
-     638             :                 ss >> _val;
-     639           0 :                 v.setY(_val);
-     640             :                 ss >> _val;
-     641           0 :                 v.setZ(_val);
-     642             :                 return Variant(v);
-     643             :         } else if (t == TYPE_VECTOR3D) {
-     644             :                 Vector3d v;
-     645             :                 double _val;
-     646             :                 ss >> _val;
-     647           0 :                 v.setX(_val);
-     648             :                 ss >> _val;
-     649           0 :                 v.setY(_val);
-     650             :                 ss >> _val;
-     651           0 :                 v.setZ(_val);
-     652             :                 return Variant(v);
-     653             :         } else if (t == TYPE_VECTOR3C) {
-     654             :                 Vector3c v;
-     655           0 :                 std::complex<double> _val;
-     656           0 :                 ss >> _val;
-     657             :                 v.setX(_val);
-     658           0 :                 ss >> _val;
-     659             :                 v.setY(_val);
-     660           0 :                 ss >> _val;
-     661             :                 v.setZ(_val);
-     662             :                 return Variant(v);
-     663             :         } else if (t == TYPE_VECTOR) {
-     664             :                 // std::regex useless("(|)|[|]| ");
-     665             :                 vector_t v;
-     666           0 :                 while (ss.good()) {
-     667             :                         std::string s;
-     668           0 :                         v.push_back(s);
-     669             :                 }
-     670           0 :         } else {
-     671             :                 std::string msg; 
-     672             :                 msg += "fromString not implemented for type ";
-     673           0 :         msg += getTypeName(t);
-     674           0 :         throw std::runtime_error("Variant: " + msg);
-     675             :         }
-     676           2 : }
-     677             : 
-     678        5785 : void Variant::clear(Type t) {
-     679             :         if (t == TYPE_STRING)
-     680           0 :                 safeDelete(data._t_string);
-     681             :         else if (t == TYPE_VECTOR3F)
-     682             :                 safeDelete(data._t_vector3f);
-     683             :         else if (t == TYPE_VECTOR3D)
-     684             :                 safeDelete(data._t_vector3d);
-     685             :         else if (t == TYPE_VECTOR3C)
-     686             :                 safeDelete(data._t_vector3c);
-     687             :         else if (t == TYPE_COMPLEXF)
-     688             :                 safeDelete(data._t_complex_f);
-     689             :         else if (t == TYPE_COMPLEXD)
-     690             :                 safeDelete(data._t_complex_d);
-     691             :         else if (t == TYPE_VECTOR)
-     692           0 :                 safeDelete(data._t_vector);
-     693             : 
-     694             :         // set the type to TYPE_NONE which will be used for checks
-     695        5785 :     type = TYPE_NONE;
-     696        5785 :     check(t);
-     697        5785 : }
-     698             : 
-     699        3459 : void Variant::copy(const Variant& v) {
-     700        3459 :         Type t = v.type;
-     701             : 
-     702        3459 :         if (t == TYPE_BOOL) 
-     703             :                 operator = (v.data._t_bool);
-     704             :         else if (t == TYPE_CHAR)
-     705             :                 operator = (v.data._t_char);
-     706             :         else if (t == TYPE_UCHAR)
-     707             :                 operator = (v.data._t_uchar);
-     708             :         else if (t == TYPE_INT16)
-     709             :                 operator = (v.data._t_int16);
-     710             :         else if (t == TYPE_UINT16)
-     711             :                 operator = (v.data._t_uint16);
-     712             :         else if (t == TYPE_INT32)
-     713             :                 operator = (v.data._t_int32);
-     714             :         else if (t == TYPE_UINT32)
-     715             :                 operator = (v.data._t_uint32);
-     716             :         else if (t == TYPE_INT64)
-     717             :                 operator = (v.data._t_int64);
-     718             :         else if (t == TYPE_UINT64)
-     719             :                 operator = (v.data._t_uint64);
-     720             :         else if (t == TYPE_FLOAT)
-     721             :                 operator = (v.data._t_float);
-     722             :         else if (t == TYPE_DOUBLE)
-     723             :                 operator = (v.data._t_double);
-     724             :         else if (t == TYPE_LONGDOUBLE)
-     725             :                 operator = (v.data._t_ldouble);
-     726             :         else if (t == TYPE_STRING)
-     727        1136 :                 operator = (*v.data._t_string);
-     728             :         else if (t == TYPE_COMPLEXF)
-     729           0 :                 operator = (*v.data._t_complex_f);
-     730             :         else if (t == TYPE_COMPLEXD)
-     731           0 :                 operator = (*v.data._t_complex_d);
-     732             :         else if (t == TYPE_VECTOR3F)
-     733           0 :                 operator = (*v.data._t_vector3f);
-     734             :         else if (t == TYPE_VECTOR3D)
-     735           0 :                 operator = (*v.data._t_vector3d);
-     736             :         else if (t == TYPE_VECTOR3C)
-     737           0 :                 operator = (*v.data._t_vector3c);
-     738             :         else if (t == TYPE_VECTOR)
-     739           0 :                 operator = (*v.data._t_vector);
-     740             :         else
-     741        2279 :                 type = TYPE_NONE;
-     742        3459 : }
-     743             : 
-     744           2 : void Variant::check(const Type t) const {
-     745           2 :         if (type != t) {
-     746           0 :                 throw bad_conversion(type, t);
-     747             :         }
-     748           2 : }
-     749             : 
-     750        5793 : void Variant::check(const Type t) {
-     751        5793 :         if (type == TYPE_NONE) {
-     752        5785 :                 memset(&data, 0, sizeof(data));
-     753        5785 :                 if (t == TYPE_VECTOR3F)
-     754           0 :                         data._t_vector3f = new Vector3f(); 
-     755             :                 else if (t == TYPE_VECTOR3D)
-     756           0 :                         data._t_vector3d = new Vector3d(); 
-     757             :                 else if (t == TYPE_VECTOR3C)
-     758           0 :                         data._t_vector3c = new Vector3c(); 
-     759             :                 else if (t == TYPE_COMPLEXF)
-     760           0 :                         data._t_complex_f = new complex_f(); 
-     761             :                 else if (t == TYPE_COMPLEXD)
-     762           0 :                         data._t_complex_d = new complex_d(); 
-     763             :                 else if (t == TYPE_STRING)
-     764           0 :                         data._t_string = new std::string();
-     765             :                 else if (t == TYPE_VECTOR)
-     766           0 :                         data._t_vector = new vector_t();
-     767             :                 else
-     768        5785 :                         type = t;
-     769           8 :         } else if (type != t)  {
-     770           0 :         throw bad_conversion(type, t);
-     771             :         }
-     772        5793 : }
-     773             : 
-     774           8 : bool Variant::isValid() const {
-     775           8 :         return (type != TYPE_NONE);
-     776             : }
-     777             : 
-     778           0 : size_t Variant::size() const {
-     779           0 :         if (type == TYPE_VECTOR) {
-     780           0 :                 return data._t_vector->size();
-     781             :         } else {
-     782             :                 std::string msg; 
-     783             :                 msg += "size() not implemented for type ";
-     784           0 :                 msg += getTypeName(type);
-     785           0 :                 throw std::runtime_error("Variant: " + msg);
-     786             :         }
-     787             : }
-     788             : 
-     789           0 : size_t Variant::getSizeOf() const {
-     790           0 :         switch (type) {
-     791             :                 case TYPE_BOOL:
-     792             :                         return sizeof(data._t_bool);
-     793             :                         break;
-     794             :                 case TYPE_CHAR:
-     795             :                         return sizeof(data._t_char);
-     796             :                         break;
-     797             :                 case TYPE_UCHAR:
-     798             :                         return sizeof(data._t_uchar);
-     799             :                         break;
-     800           0 :                 case TYPE_INT16:
-     801           0 :                         return sizeof(data._t_int16);
-     802             :                         break;
-     803           0 :                 case TYPE_UINT16:
-     804           0 :                         return sizeof(data._t_uint16);
-     805             :                         break;
-     806           0 :                 case TYPE_INT32:
-     807           0 :                         return sizeof(data._t_int32);
-     808             :                         break;
-     809           0 :                 case TYPE_UINT32:
-     810           0 :                         return sizeof(data._t_uint32);
-     811             :                         break;
-     812           0 :                 case TYPE_INT64:
-     813           0 :                         return sizeof(data._t_int64);
-     814             :                         break;
-     815           0 :                 case TYPE_UINT64:
-     816           0 :                         return sizeof(data._t_uint64);
-     817             :                         break;
-     818           0 :                 case TYPE_FLOAT:
-     819           0 :                         return sizeof(data._t_float);
-     820             :                         break;
-     821           0 :                 case TYPE_DOUBLE:
-     822           0 :                         return sizeof(data._t_double);
-     823             :                         break;
-     824           0 :                 case TYPE_LONGDOUBLE:
-     825           0 :                         return sizeof(data._t_ldouble);
-     826             :                         break;
-     827           0 :                 case TYPE_COMPLEXF:
-     828           0 :                         return sizeof(data._t_complex_f);
-     829             :                         break;
-     830           0 :                 case TYPE_COMPLEXD:
-     831           0 :                         return sizeof(data._t_complex_d);
-     832             :                         break;
-     833           0 :                 case TYPE_VECTOR3F:
-     834           0 :                         return sizeof(data._t_vector3f);
-     835             :                         break;
-     836           0 :                 case TYPE_VECTOR3D:
-     837           0 :                         return sizeof(data._t_vector3d);
-     838             :                         break;
-     839           0 :                 case TYPE_VECTOR3C:
-     840           0 :                         return sizeof(data._t_vector3c);
-     841             :                         break;
-     842           0 :                 case TYPE_STRING: {
-     843           0 :                                 size_t len = strlen(data._t_string->c_str() + 1);
-     844           0 :                                 return len;
-     845             :                         }
-     846             :                         break;
-     847           0 :                 case TYPE_NONE:
-     848           0 :                         return 0;
-     849             :                         break;
-     850           0 :                 default:
-     851           0 :                         throw std::runtime_error("Function getSize() cannot handle this type.");
-     852             :         }
-     853             : }
-     854             : 
-     855           0 : size_t Variant::getSize() const {
-     856           0 :         return getSizeOf();
-     857             : }
-     858             : 
-     859           0 : void Variant::resize(size_t i) {
-     860           0 :         check(TYPE_VECTOR);
-     861           0 :         return data._t_vector->resize(i);
-     862             : }
-     863             : 
-     864           1 : size_t Variant::copyToBuffer(void* buffer) {
-     865           1 :         if (type == TYPE_BOOL) {
-     866           0 :                 memcpy(buffer, &data._t_bool, sizeof(bool));
-     867           0 :                 return sizeof(data._t_bool);
-     868             :         } else if (type == TYPE_CHAR) {
-     869           0 :                 memcpy(buffer, &data._t_char, sizeof(char));
-     870           0 :                 return sizeof(data._t_char);
-     871             :         }  else if (type == TYPE_UCHAR) {
-     872           0 :                 memcpy(buffer, &data._t_uchar, sizeof(unsigned char));
-     873           0 :                 return sizeof(data._t_uchar);
-     874             :         } else if (type == TYPE_INT16) {
-     875           0 :                 memcpy(buffer, &data._t_int16, sizeof(int16_t));
-     876           0 :                 return sizeof(data._t_int16);
-     877             :         } else if (type == TYPE_UINT16) {
-     878           0 :                 memcpy(buffer, &data._t_uint16, sizeof(uint16_t));
-     879           0 :                 return sizeof(data._t_uint16);
-     880             :         } else if (type == TYPE_INT32) {
-     881           0 :                 memcpy(buffer, &data._t_int32, sizeof(int32_t));
-     882           0 :                 return sizeof(data._t_int32);
-     883             :         } else if (type == TYPE_UINT32) {
-     884           0 :                 memcpy(buffer, &data._t_uint32, sizeof(uint32_t));
-     885           0 :                 return sizeof(data._t_uint32);
-     886             :         } else if (type == TYPE_INT64) {
-     887           0 :                 memcpy(buffer, &data._t_int64, sizeof(int64_t));
-     888           0 :                 return sizeof(data._t_int64);
-     889             :         } else if (type == TYPE_UINT64) {
-     890           0 :                 memcpy(buffer, &data._t_uint64, sizeof(uint64_t));
-     891           0 :                 return sizeof(data._t_uint64);
-     892             :         } else if (type == TYPE_FLOAT) {
-     893           0 :                 memcpy(buffer, &data._t_float, sizeof(float));
-     894           0 :                 return sizeof(data._t_float);
-     895             :         } else if (type == TYPE_DOUBLE) {
-     896           1 :                 memcpy(buffer, &data._t_double, sizeof(double));
-     897           1 :                 return sizeof(data._t_double);
-     898             :         } else if (type == TYPE_LONGDOUBLE) {
-     899           0 :                 memcpy(buffer, &data._t_ldouble, sizeof(long double));
-     900           0 :                 return sizeof(data._t_ldouble);
-     901             :         }  else if (type == TYPE_STRING) {
-     902           0 :                 size_t len = data._t_string->size();
-     903             :                 memcpy(buffer, data._t_string->c_str(), len);
-     904           0 :                 return len;
-     905             :         } else if (type == TYPE_NONE) {
-     906             :                 return 0;
-     907             :         } else {
-     908           0 :                 throw std::runtime_error("This type cannot be handled by copyToBuffer().");
-     909             :         }
-     910             : }
-     911             : 
-     912        1153 : Variant& Variant::operator=(const Variant &v) {
-     913        1153 :         copy(v);
-     914        1153 :         return *this;
-     915             : }
-     916             : 
-     917           4 : bool Variant::operator==(const Variant& v) const {
-     918           4 :         if (type != v.type)
-     919             :                 return false;
-     920             : 
-     921             :         if (type == TYPE_BOOL) {
-     922           0 :                 return (data._t_bool == v.data._t_bool);
-     923             :         } else if (type == TYPE_CHAR) {
-     924           0 :                 return (data._t_char == v.data._t_char);
-     925             :         } else if (type == TYPE_UCHAR) {
-     926           0 :                 return (data._t_uchar == v.data._t_uchar);
-     927             :         } else if (type == TYPE_INT16) {
-     928           0 :                 return (data._t_int16 == v.data._t_int16);
-     929             :         } else if (type == TYPE_UINT16) {
-     930           0 :                 return (data._t_uint16 == v.data._t_uint16);
-     931             :         } else if (type == TYPE_INT32) {
-     932           0 :                 return (data._t_int32 == v.data._t_int32);
-     933             :         } else if (type == TYPE_UINT32) {
-     934           0 :                 return (data._t_uint32 == v.data._t_uint32);
-     935             :         } else if (type == TYPE_INT64) {
-     936           0 :                 return (data._t_int64 == v.data._t_int64);
-     937             :         } else if (type == TYPE_UINT64) {
-     938           0 :                 return (data._t_uint64 == v.data._t_uint64);
-     939             :         } else if (type == TYPE_FLOAT) {
-     940           0 :                 return (data._t_float == v.data._t_float);
-     941             :         } else if (type == TYPE_DOUBLE) {
-     942           4 :                 return (data._t_double == v.data._t_double);
-     943             :         } else if (type == TYPE_LONGDOUBLE) {
-     944           0 :                 return (data._t_ldouble == v.data._t_ldouble);
-     945             :         } else if (type == TYPE_STRING) {
-     946           0 :                 return (*data._t_string == *v.data._t_string);
-     947             :         } else if (type == TYPE_COMPLEXF) {
-     948           0 :                 return (*data._t_complex_f == *v.data._t_complex_f);
-     949             :         } else if (type == TYPE_COMPLEXD) {
-     950           0 :                 return (*data._t_complex_d == *v.data._t_complex_d);
-     951             :         } else if (type == TYPE_VECTOR3F) {
-     952           0 :                 return (*data._t_vector3f == *v.data._t_vector3f);
-     953             :         } else if (type == TYPE_VECTOR3D) {
-     954           0 :                 return (*data._t_vector3d == *v.data._t_vector3d);
-     955             :         } else if (type == TYPE_VECTOR3C) {
-     956           0 :                 return (*data._t_vector3c == *v.data._t_vector3c);
-     957             :         } else if (type == TYPE_VECTOR) {
-     958           0 :                 return (*data._t_vector == *v.data._t_vector);
-     959             :         } else {
-     960           0 :                 throw std::runtime_error("compare operator not implemented");
-     961             :         }
-     962             : }
-     963             : 
-     964           0 : bool Variant::operator!=(const Variant& v) const {
-     965           0 :         if (type != v.type)
-     966             :                 return true;
-     967             :         
-     968           0 :         if (*this == v)
-     969             :                 return false;
-     970             :         else
-     971           0 :                 return true;
-     972             : }
-     973             : 
-     974           0 : bool Variant::operator!=(const char* v) const {
-     975           0 :         check(TYPE_STRING);
-     976           0 :         return data._t_string->compare(v) != 0;
-     977             : }
-     978             : 
-     979           0 : Variant& Variant::operator[](size_t i) {
-     980           0 :         check(TYPE_VECTOR);
-     981           0 :         return (*data._t_vector)[i];
-     982             : }
-     983             : 
-     984           0 : const Variant& Variant::operator[](size_t i) const {
-     985           0 :         check(TYPE_VECTOR);
-     986           0 :         return (*data._t_vector)[i];
-     987             : }
-     988             : 
-     989           0 : Variant::operator std::vector<Variant>&() {
-     990           0 :         check(TYPE_VECTOR);
-     991           0 :         return *data._t_vector;
-     992             : }
-     993             : 
-     994           0 : Variant::operator const std::vector<Variant>&() const {
-     995           0 :         check(TYPE_VECTOR);
-     996           0 :         return *data._t_vector;
-     997             : }
-     998             : 
-     999             : 
-    1000             : 
-    1001             : #define INT_CASE(from_var, from_type, to_type, to)                                                                                                                         \
-    1002             :     case Variant::from_type: {                                                                                         \
-    1003             :                 if (data._t_##from_var <std::numeric_limits<to>::min() || data._t_##from_var> std::numeric_limits<to>::max())  \
-    1004             :                         throw bad_conversion(type, to_type);                                                                       \
-    1005             :                 else                                                                                                           \
-    1006             :                         return static_cast<to>(data._t_##from_var);                                                                \
-    1007             :                 }                                                                                                              \
-    1008             :         break;                                                                                                         \
-    1009             : 
-    1010             : #define INT_FUNCTION(to_type, fun, to)                                                                                 \
-    1011             :         to Variant::fun() const {                                                                                          \
-    1012             :                 switch (type) {                                                                                                \
-    1013             :                         case Variant::TYPE_BOOL:                                                                                   \
-    1014             :                                 return data._t_bool ? 1 : 0;                                                                           \
-    1015             :                                 break;                                                                                                 \
-    1016             :                                 INT_CASE(char, TYPE_CHAR, to_type, to)                                                                 \
-    1017             :                                 INT_CASE(uchar, TYPE_UCHAR, to_type, to)                                                               \
-    1018             :                                 INT_CASE(int16, TYPE_INT16, to_type, to)                                                               \
-    1019             :                                 INT_CASE(uint16, TYPE_UINT16, to_type, to)                                                             \
-    1020             :                                 INT_CASE(int32, TYPE_INT32, to_type, to)                                                               \
-    1021             :                                 INT_CASE(uint32, TYPE_UINT32, to_type, to)                                                             \
-    1022             :                                 INT_CASE(int64, TYPE_INT64, to_type, to)                                                               \
-    1023             :                                 INT_CASE(uint64, TYPE_UINT64, to_type, to)                                                             \
-    1024             :                                 INT_CASE(float, TYPE_FLOAT, to_type, to)                                                               \
-    1025             :                                 INT_CASE(double, TYPE_DOUBLE, to_type, to)                                                             \
-    1026             :                                 INT_CASE(ldouble, TYPE_LONGDOUBLE, to_type, to)                                                        \
-    1027             :                         case Variant::TYPE_STRING: {                                                                               \
-    1028             :                                 long l = atol(data._t_string->c_str());                                                                \
-    1029             :                                 if (l <std::numeric_limits<to>::min() || l > std::numeric_limits<to>::max())                           \
-    1030             :                                         throw bad_conversion(type, to_type);                                                               \
-    1031             :                                 else                                                                                                   \
-    1032             :                                         return l;                                                                                          \
-    1033             :                                 }                                                                                                      \
-    1034             :                                 break;                                                                                                 \
-    1035             :                         case Variant::TYPE_COMPLEXF:                                                                               \
-    1036             :                         case Variant::TYPE_COMPLEXD:                                                                               \
-    1037             :                         case Variant::TYPE_VECTOR3F:                                                                               \
-    1038             :                         case Variant::TYPE_VECTOR3D:                                                                               \
-    1039             :                         case Variant::TYPE_VECTOR3C:                                                                               \
-    1040             :                         case Variant::TYPE_VECTOR:                                                                                 \
-    1041             :                         case Variant::TYPE_NONE:                                                                                   \
-    1042             :                                 throw bad_conversion(type, to_type);                                                                   \
-    1043             :                                 break;                                                                                                 \
-    1044             :                 }                                                                                                              \
-    1045             :                 return 0;                                                                                                      \
-    1046             :         } 
-    1047             : 
-    1048           0 : INT_FUNCTION(TYPE_CHAR, toChar, char)
-    1049           0 : INT_FUNCTION(TYPE_UCHAR, toUChar, unsigned char)
-    1050           0 : INT_FUNCTION(TYPE_INT16, toInt16, int16_t)
-    1051           0 : INT_FUNCTION(TYPE_UINT16, toUInt16, uint16_t)
-    1052           0 : INT_FUNCTION(TYPE_INT32, toInt32, int32_t)
-    1053           0 : INT_FUNCTION(TYPE_UINT32, toUInt32, uint32_t)
-    1054           2 : INT_FUNCTION(TYPE_INT64, toInt64, int64_t)
-    1055           0 : INT_FUNCTION(TYPE_UINT64, toUInt64, uint64_t)
-    1056             : 
-    1057             : 
-    1058             : 
-    1059           0 : std::ostream& operator <<(std::ostream& os, const Variant& v) {
-    1060           0 :         switch (v.getType()) {
-    1061             :                 case Variant::TYPE_BOOL:
-    1062           0 :                         os << v.asBool();
-    1063             :                         break;
-    1064             :                 case Variant::TYPE_CHAR:
-    1065           0 :                         os << v.asChar();
-    1066           0 :                         break;
-    1067             :                 case Variant::TYPE_UCHAR:
-    1068           0 :                         os << v.asUChar();
-    1069             :                         break;
-    1070             :                 case Variant::TYPE_INT16:
-    1071           0 :                         os << v.asInt16();
-    1072           0 :                         break;
-    1073             :                 case Variant::TYPE_UINT16:
-    1074           0 :                         os << v.asUInt16();
-    1075             :                         break;
-    1076             :                 case Variant::TYPE_INT32:
-    1077           0 :                         os << v.asInt32();
-    1078           0 :                         break;
-    1079             :                 case Variant::TYPE_UINT32:
-    1080           0 :                         os << v.asUInt32();
-    1081             :                         break;
-    1082             :                 case Variant::TYPE_INT64:
-    1083           0 :                         os << v.asInt64();
-    1084             :                         break;
-    1085             :                 case Variant::TYPE_UINT64:
-    1086           0 :                         os << v.asUInt64();
-    1087             :                         break;
-    1088             :                 case Variant::TYPE_FLOAT:
-    1089           0 :                         os << v.asFloat();
-    1090             :                         break;
-    1091             :                 case Variant::TYPE_DOUBLE:
-    1092           0 :                         os << v.asDouble();
-    1093             :                         break;
-    1094             :                 case Variant::TYPE_LONGDOUBLE:
-    1095           0 :                         os << v.asLongDouble();
-    1096             :                         break;
-    1097             :                 case Variant::TYPE_COMPLEXF:
-    1098           0 :                         os << v.asComplexFloat();
-    1099           0 :                         break;
-    1100             :                 case Variant::TYPE_COMPLEXD:
-    1101           0 :                         os << v.asComplexDouble();
-    1102           0 :                         break;
-    1103             :                 case Variant::TYPE_STRING:
-    1104             :                         os << v.asString();
-    1105             :                         break;
-    1106             :                 case Variant::TYPE_VECTOR3F:
-    1107           0 :                         os << v.asVector3f();
-    1108           0 :                         break;
-    1109             :                 case Variant::TYPE_VECTOR3D:
-    1110           0 :                         os << v.asVector3d();
-    1111           0 :                         break;
-    1112             :                 case Variant::TYPE_VECTOR3C:
-    1113           0 :                         os << v.asVector3c();
-    1114           0 :                         break;
-    1115             :                 default:
-    1116             :                         break;
-    1117             :         }
-    1118             : 
-    1119           0 :         return os;
-    1120             : }
-    1121             : 
-    1122             : 
-    1123             : 
-    1124             : } // namespace crpropa
-
-
-
- - - - -
Generated by: LCOV version 1.14
-
- - - diff --git a/doc/coverageReport/src/advectionField/AdvectionField.cpp.func-sort-c.html b/doc/coverageReport/src/advectionField/AdvectionField.cpp.func-sort-c.html deleted file mode 100644 index 39a908092..000000000 --- a/doc/coverageReport/src/advectionField/AdvectionField.cpp.func-sort-c.html +++ /dev/null @@ -1,408 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/advectionField/AdvectionField.cpp - functions - - - - - - - - - - - - - - -
LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - src/advectionField - AdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
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- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21ObliqueAdvectionShock13setShockwidthEd0
_ZN7crpropa21ObliqueAdvectionShock5setVyEd0
_ZN7crpropa21ObliqueAdvectionShock6setVupEd0
_ZN7crpropa21ObliqueAdvectionShock7setCompEd0
_ZN7crpropa21ObliqueAdvectionShockC2Edddd0
_ZN7crpropa28OneDimensionalCartesianShock13setShockwidthEd0
_ZN7crpropa28OneDimensionalCartesianShock6setVupEd0
_ZN7crpropa28OneDimensionalCartesianShock7setCompEd0
_ZN7crpropa28OneDimensionalCartesianShockC2Eddd0
_ZN7crpropa28OneDimensionalSphericalShock10setCoolingEb0
_ZN7crpropa28OneDimensionalSphericalShock13setShockwidthEd0
_ZN7crpropa28OneDimensionalSphericalShock14setShockRadiusEd0
_ZN7crpropa28OneDimensionalSphericalShock6setVupEd0
_ZN7crpropa28OneDimensionalSphericalShock7setCompEd0
_ZN7crpropa28OneDimensionalSphericalShockC2Eddddb0
_ZNK7crpropa21ObliqueAdvectionShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa21ObliqueAdvectionShock13getShockwidthEv0
_ZNK7crpropa21ObliqueAdvectionShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa21ObliqueAdvectionShock5getVyEv0
_ZNK7crpropa21ObliqueAdvectionShock6getVupEv0
_ZNK7crpropa21ObliqueAdvectionShock7getCompEv0
_ZNK7crpropa21ObliqueAdvectionShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa21UniformAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa23SphericalAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa23SphericalAdvectionShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa28OneDimensionalCartesianShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalCartesianShock13getShockwidthEv0
_ZNK7crpropa28OneDimensionalCartesianShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa28OneDimensionalCartesianShock6getVupEv0
_ZNK7crpropa28OneDimensionalCartesianShock7getCompEv0
_ZNK7crpropa28OneDimensionalCartesianShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalSphericalShock10getCoolingEv0
_ZNK7crpropa28OneDimensionalSphericalShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalSphericalShock13getShockwidthEv0
_ZNK7crpropa28OneDimensionalSphericalShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa28OneDimensionalSphericalShock14getShockRadiusEv0
_ZNK7crpropa28OneDimensionalSphericalShock6getVupEv0
_ZNK7crpropa28OneDimensionalSphericalShock7getCompEv0
_ZNK7crpropa28OneDimensionalSphericalShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa31ConstantSphericalAdvectionField14getDescriptionB5cxx11Ev0
_ZN7crpropa23SphericalAdvectionField6setTauEd1
_ZN7crpropa23SphericalAdvectionField7setVMaxEd1
_ZN7crpropa23SphericalAdvectionField8setAlphaEd1
_ZN7crpropa23SphericalAdvectionField9setOriginENS_7Vector3IdEE1
_ZN7crpropa23SphericalAdvectionField9setRadiusEd1
_ZN7crpropa23SphericalAdvectionFieldC2ENS_7Vector3IdEEdddd1
_ZN7crpropa23SphericalAdvectionShock5setR0Ed1
_ZN7crpropa23SphericalAdvectionShock5setV0Ed1
_ZN7crpropa23SphericalAdvectionShock9setLambdaEd1
_ZN7crpropa23SphericalAdvectionShock9setOriginENS_7Vector3IdEE1
_ZN7crpropa23SphericalAdvectionShockC2ENS_7Vector3IdEEddd1
_ZNK7crpropa18AdvectionFieldList13getDivergenceERKNS_7Vector3IdEE1
_ZNK7crpropa18AdvectionFieldList8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa23SphericalAdvectionField6getTauEv1
_ZNK7crpropa23SphericalAdvectionField7getVMaxEv1
_ZNK7crpropa23SphericalAdvectionField8getAlphaEv1
_ZNK7crpropa23SphericalAdvectionField9getRadiusEv1
_ZNK7crpropa23SphericalAdvectionShock5getR0Ev1
_ZNK7crpropa23SphericalAdvectionShock5getV0Ev1
_ZNK7crpropa23SphericalAdvectionShock9getLambdaEv1
_ZNK7crpropa31ConstantSphericalAdvectionField8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa31ConstantSphericalAdvectionField8getVWindEv1
_ZN7crpropa23SphericalAdvectionShock17setAzimuthalSpeedEd2
_ZN7crpropa23SphericalAdvectionShock7setRRotEd2
_ZN7crpropa31ConstantSphericalAdvectionField8setVWindEd2
_ZN7crpropa31ConstantSphericalAdvectionField9setOriginENS_7Vector3IdEE2
_ZN7crpropa31ConstantSphericalAdvectionFieldC2ENS_7Vector3IdEEd2
_ZNK7crpropa23SphericalAdvectionField4getVERKd2
_ZNK7crpropa23SphericalAdvectionShock13getDivergenceERKNS_7Vector3IdEE2
_ZNK7crpropa23SphericalAdvectionShock17getAzimuthalSpeedEv2
_ZNK7crpropa23SphericalAdvectionShock7g_primeEd2
_ZNK7crpropa23SphericalAdvectionShock7getRRotEv2
_ZNK7crpropa31ConstantSphericalAdvectionField13getDivergenceERKNS_7Vector3IdEE2
_ZN7crpropa18AdvectionFieldList8addFieldENS_7ref_ptrINS_14AdvectionFieldEEE3
_ZNK7crpropa23SphericalAdvectionField13getDivergenceERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionField8getFieldERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionField9getOriginEv3
_ZNK7crpropa23SphericalAdvectionShock8getFieldERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionShock9getOriginEv3
_ZNK7crpropa31ConstantSphericalAdvectionField9getOriginEv3
_ZNK7crpropa21UniformAdvectionField13getDivergenceERKNS_7Vector3IdEE5
_ZNK7crpropa23SphericalAdvectionShock1gEd5
_ZN7crpropa21UniformAdvectionFieldC2ERKNS_7Vector3IdEE8
_ZNK7crpropa21UniformAdvectionField8getFieldERKNS_7Vector3IdEE120005
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - src/advectionField - AdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa18AdvectionFieldList8addFieldENS_7ref_ptrINS_14AdvectionFieldEEE3
_ZN7crpropa21ObliqueAdvectionShock13setShockwidthEd0
_ZN7crpropa21ObliqueAdvectionShock5setVyEd0
_ZN7crpropa21ObliqueAdvectionShock6setVupEd0
_ZN7crpropa21ObliqueAdvectionShock7setCompEd0
_ZN7crpropa21ObliqueAdvectionShockC2Edddd0
_ZN7crpropa21UniformAdvectionFieldC2ERKNS_7Vector3IdEE8
_ZN7crpropa23SphericalAdvectionField6setTauEd1
_ZN7crpropa23SphericalAdvectionField7setVMaxEd1
_ZN7crpropa23SphericalAdvectionField8setAlphaEd1
_ZN7crpropa23SphericalAdvectionField9setOriginENS_7Vector3IdEE1
_ZN7crpropa23SphericalAdvectionField9setRadiusEd1
_ZN7crpropa23SphericalAdvectionFieldC2ENS_7Vector3IdEEdddd1
_ZN7crpropa23SphericalAdvectionShock17setAzimuthalSpeedEd2
_ZN7crpropa23SphericalAdvectionShock5setR0Ed1
_ZN7crpropa23SphericalAdvectionShock5setV0Ed1
_ZN7crpropa23SphericalAdvectionShock7setRRotEd2
_ZN7crpropa23SphericalAdvectionShock9setLambdaEd1
_ZN7crpropa23SphericalAdvectionShock9setOriginENS_7Vector3IdEE1
_ZN7crpropa23SphericalAdvectionShockC2ENS_7Vector3IdEEddd1
_ZN7crpropa28OneDimensionalCartesianShock13setShockwidthEd0
_ZN7crpropa28OneDimensionalCartesianShock6setVupEd0
_ZN7crpropa28OneDimensionalCartesianShock7setCompEd0
_ZN7crpropa28OneDimensionalCartesianShockC2Eddd0
_ZN7crpropa28OneDimensionalSphericalShock10setCoolingEb0
_ZN7crpropa28OneDimensionalSphericalShock13setShockwidthEd0
_ZN7crpropa28OneDimensionalSphericalShock14setShockRadiusEd0
_ZN7crpropa28OneDimensionalSphericalShock6setVupEd0
_ZN7crpropa28OneDimensionalSphericalShock7setCompEd0
_ZN7crpropa28OneDimensionalSphericalShockC2Eddddb0
_ZN7crpropa31ConstantSphericalAdvectionField8setVWindEd2
_ZN7crpropa31ConstantSphericalAdvectionField9setOriginENS_7Vector3IdEE2
_ZN7crpropa31ConstantSphericalAdvectionFieldC2ENS_7Vector3IdEEd2
_ZNK7crpropa18AdvectionFieldList13getDivergenceERKNS_7Vector3IdEE1
_ZNK7crpropa18AdvectionFieldList8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa21ObliqueAdvectionShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa21ObliqueAdvectionShock13getShockwidthEv0
_ZNK7crpropa21ObliqueAdvectionShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa21ObliqueAdvectionShock5getVyEv0
_ZNK7crpropa21ObliqueAdvectionShock6getVupEv0
_ZNK7crpropa21ObliqueAdvectionShock7getCompEv0
_ZNK7crpropa21ObliqueAdvectionShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa21UniformAdvectionField13getDivergenceERKNS_7Vector3IdEE5
_ZNK7crpropa21UniformAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa21UniformAdvectionField8getFieldERKNS_7Vector3IdEE120005
_ZNK7crpropa23SphericalAdvectionField13getDivergenceERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa23SphericalAdvectionField4getVERKd2
_ZNK7crpropa23SphericalAdvectionField6getTauEv1
_ZNK7crpropa23SphericalAdvectionField7getVMaxEv1
_ZNK7crpropa23SphericalAdvectionField8getAlphaEv1
_ZNK7crpropa23SphericalAdvectionField8getFieldERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionField9getOriginEv3
_ZNK7crpropa23SphericalAdvectionField9getRadiusEv1
_ZNK7crpropa23SphericalAdvectionShock13getDivergenceERKNS_7Vector3IdEE2
_ZNK7crpropa23SphericalAdvectionShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa23SphericalAdvectionShock17getAzimuthalSpeedEv2
_ZNK7crpropa23SphericalAdvectionShock1gEd5
_ZNK7crpropa23SphericalAdvectionShock5getR0Ev1
_ZNK7crpropa23SphericalAdvectionShock5getV0Ev1
_ZNK7crpropa23SphericalAdvectionShock7g_primeEd2
_ZNK7crpropa23SphericalAdvectionShock7getRRotEv2
_ZNK7crpropa23SphericalAdvectionShock8getFieldERKNS_7Vector3IdEE3
_ZNK7crpropa23SphericalAdvectionShock9getLambdaEv1
_ZNK7crpropa23SphericalAdvectionShock9getOriginEv3
_ZNK7crpropa28OneDimensionalCartesianShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalCartesianShock13getShockwidthEv0
_ZNK7crpropa28OneDimensionalCartesianShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa28OneDimensionalCartesianShock6getVupEv0
_ZNK7crpropa28OneDimensionalCartesianShock7getCompEv0
_ZNK7crpropa28OneDimensionalCartesianShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalSphericalShock10getCoolingEv0
_ZNK7crpropa28OneDimensionalSphericalShock13getDivergenceERKNS_7Vector3IdEE0
_ZNK7crpropa28OneDimensionalSphericalShock13getShockwidthEv0
_ZNK7crpropa28OneDimensionalSphericalShock14getDescriptionB5cxx11Ev0
_ZNK7crpropa28OneDimensionalSphericalShock14getShockRadiusEv0
_ZNK7crpropa28OneDimensionalSphericalShock6getVupEv0
_ZNK7crpropa28OneDimensionalSphericalShock7getCompEv0
_ZNK7crpropa28OneDimensionalSphericalShock8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa31ConstantSphericalAdvectionField13getDivergenceERKNS_7Vector3IdEE2
_ZNK7crpropa31ConstantSphericalAdvectionField14getDescriptionB5cxx11Ev0
_ZNK7crpropa31ConstantSphericalAdvectionField8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa31ConstantSphericalAdvectionField8getVWindEv1
_ZNK7crpropa31ConstantSphericalAdvectionField9getOriginEv3
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Generated by: LCOV version 1.14
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- - - diff --git a/doc/coverageReport/src/advectionField/AdvectionField.cpp.gcov.html b/doc/coverageReport/src/advectionField/AdvectionField.cpp.gcov.html deleted file mode 100644 index 69ab19d58..000000000 --- a/doc/coverageReport/src/advectionField/AdvectionField.cpp.gcov.html +++ /dev/null @@ -1,610 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/advectionField/AdvectionField.cpp - - - - - - - - - - - - - - -
LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - src/advectionField - AdvectionField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13130842.5 %
Date:2024-04-08 14:58:22Functions:448452.4 %
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          Line data    Source code
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-       1             : #include "crpropa/advectionField/AdvectionField.h"
-       2             : 
-       3             : 
-       4             : namespace crpropa {
-       5             : 
-       6             : 
-       7             : 
-       8           3 : void AdvectionFieldList::addField(ref_ptr<AdvectionField> field) {
-       9           3 :         fields.push_back(field);
-      10           3 : }
-      11             : 
-      12           1 : Vector3d AdvectionFieldList::getField(const Vector3d &position) const {
-      13             :         Vector3d b(0.);
-      14           4 :         for (int i = 0; i < fields.size(); i++)
-      15           3 :                 b += fields[i]->getField(position);
-      16           1 :         return b;
-      17             : }
-      18             : 
-      19           1 : double AdvectionFieldList::getDivergence(const Vector3d &position) const {
-      20             :         double D=0.;
-      21             :         // Work on default values for divergence or an error handling
-      22           4 :         for (int i = 0; i < fields.size(); i++)
-      23           3 :                 D += fields[i]->getDivergence(position);
-      24           1 :         return D;
-      25             : }
-      26             : 
-      27             : 
-      28             : //----------------------------------------------------------------
-      29           8 : UniformAdvectionField::UniformAdvectionField(const Vector3d &value) :
-      30           8 :                         value(value) {
-      31           8 :         }
-      32             : 
-      33      120005 : Vector3d UniformAdvectionField::getField(const Vector3d &position) const {
-      34      120005 :         return value;
-      35             :         }
-      36             : 
-      37           5 : double UniformAdvectionField::getDivergence(const Vector3d &position) const {
-      38           5 :         return 0.;
-      39             :         }
-      40             : 
-      41           0 : std::string UniformAdvectionField::getDescription() const {
-      42           0 :         std::stringstream s;
-      43           0 :         s << "v0: " << value / km * sec << " km/s, ";
-      44           0 :         return s.str();
-      45           0 : }
-      46             : 
-      47             : //----------------------------------------------------------------
-      48             : 
-      49           2 : ConstantSphericalAdvectionField::ConstantSphericalAdvectionField(const Vector3d origin, double vWind) {
-      50           2 :         setOrigin(origin);
-      51           2 :         setVWind(vWind);
-      52           2 : }
-      53             : 
-      54           1 : Vector3d ConstantSphericalAdvectionField::getField(const Vector3d &position) const {
-      55             :         Vector3d Pos = position-origin;
-      56           1 :         return vWind * Pos.getUnitVector();
-      57             : }
-      58             : 
-      59           2 : double ConstantSphericalAdvectionField::getDivergence(const Vector3d &position) const {
-      60             :         double R = (position-origin).getR();    
-      61           2 :         return 2*vWind/R;
-      62             : }
-      63             : 
-      64           2 : void ConstantSphericalAdvectionField::setOrigin(const Vector3d o) {
-      65             :         origin=o;
-      66           2 :         return;
-      67             : }
-      68             : 
-      69           2 : void ConstantSphericalAdvectionField::setVWind(double v) {
-      70           2 :         vWind = v;
-      71           2 :         return;
-      72             : }
-      73             : 
-      74           3 : Vector3d ConstantSphericalAdvectionField::getOrigin() const {
-      75           3 :         return origin;
-      76             : }
-      77             : 
-      78           1 : double ConstantSphericalAdvectionField::getVWind() const {
-      79           1 :         return vWind;
-      80             : }
-      81             : 
-      82           0 : std::string ConstantSphericalAdvectionField::getDescription() const {
-      83           0 :         std::stringstream s;
-      84           0 :         s << "Origin: " << origin / kpc  << " kpc, ";
-      85           0 :         s << "v0: " << vWind / km * sec << " km/s, ";
-      86           0 :         return s.str();
-      87           0 : }
-      88             : 
-      89             : 
-      90             : 
-      91             : //----------------------------------------------------------------
-      92             : 
-      93           1 : SphericalAdvectionField::SphericalAdvectionField(const Vector3d origin, double radius, double vMax, double tau, double alpha) {
-      94           1 :         setOrigin(origin);
-      95           1 :         setRadius(radius);
-      96           1 :         setVMax(vMax);
-      97           1 :         setTau(tau);
-      98           1 :         setAlpha(alpha);
-      99           1 : }
-     100             : 
-     101           3 : Vector3d SphericalAdvectionField::getField(const Vector3d &position) const {
-     102             :         Vector3d Pos = position-origin;
-     103           3 :         double R = Pos.getR();
-     104           3 :         if (R>radius) {
-     105             :                 return Vector3d(0.);
-     106             :         }
-     107           2 :         double v_R = getV(R);
-     108           2 :         return v_R * Pos.getUnitVector();
-     109             : }
-     110             : 
-     111           3 : double SphericalAdvectionField::getDivergence(const Vector3d &position) const {
-     112             :         double R = (position-origin).getR();
-     113           3 :         if (R>radius) {
-     114             :                 return 0.;
-     115             :         }
-     116           2 :         double D = 2*vMax/R * ( 1-( 1-alpha*(pow(R, alpha)/(2*tau)) )*exp(-( pow(R, alpha)/tau )) );
-     117           2 :         return D;
-     118             : }
-     119             : 
-     120           2 : double SphericalAdvectionField::getV(const double &r) const {
-     121           2 :         double f = vMax * (1-exp(-(pow(r, alpha)/tau)));
-     122           2 :         return f;
-     123             : }
-     124             : 
-     125           1 : void SphericalAdvectionField::setOrigin(const Vector3d o) {
-     126             :         origin = o;
-     127           1 :         return;
-     128             : }
-     129             : 
-     130           1 : void SphericalAdvectionField::setRadius(double r) {
-     131           1 :         radius = r;
-     132           1 :         return;
-     133             : }
-     134             : 
-     135           1 : void SphericalAdvectionField::setVMax(double v) {
-     136           1 :         vMax = v;
-     137           1 :         return;
-     138             : }
-     139             : 
-     140           1 : void SphericalAdvectionField::setTau(double t) {
-     141           1 :         tau = t;
-     142           1 :         return;
-     143             : }
-     144             : 
-     145           1 : void SphericalAdvectionField::setAlpha(double a) {
-     146           1 :         alpha = a;
-     147           1 :         return;
-     148             : }
-     149             : 
-     150           3 : Vector3d SphericalAdvectionField::getOrigin() const {
-     151           3 :         return origin;
-     152             : }
-     153             : 
-     154           1 : double SphericalAdvectionField::getRadius() const {
-     155           1 :         return radius;
-     156             : }
-     157             : 
-     158           1 : double SphericalAdvectionField::getVMax() const {
-     159           1 :         return vMax;
-     160             : }
-     161             : 
-     162           1 : double SphericalAdvectionField::getTau() const {
-     163           1 :         return tau;
-     164             : }
-     165             : 
-     166           1 : double SphericalAdvectionField::getAlpha() const {
-     167           1 :         return alpha;
-     168             : }
-     169             : 
-     170           0 : std::string SphericalAdvectionField::getDescription() const {
-     171           0 :         std::stringstream s;
-     172           0 :         s << "Origin: " << origin / kpc  << " kpc, ";
-     173           0 :         s << "Radius: " << radius / kpc  << " kpc, ";
-     174           0 :         s << "vMax: " << vMax / km * sec << " km/s, ";
-     175           0 :         s << "tau: " << tau << ", ";
-     176           0 :         s << "alpha: " << alpha << "\n";
-     177           0 :         return s.str();
-     178           0 : }
-     179             : 
-     180             : //----------------------------------------------------------------
-     181             : 
-     182           0 : OneDimensionalCartesianShock::OneDimensionalCartesianShock(double compressionRatio, double vUp, double lShock){
-     183           0 :         setComp(compressionRatio);
-     184           0 :         setVup(vUp);
-     185           0 :         setShockwidth(lShock);
-     186           0 :         }
-     187             : 
-     188           0 : Vector3d OneDimensionalCartesianShock::getField(const Vector3d &position) const {
-     189           0 :         double x = position.x;
-     190           0 :         double vDown = vUp / compressionRatio;
-     191             : 
-     192           0 :         double a = (vUp + vDown) * 0.5;
-     193           0 :         double b = (vUp - vDown) * 0.5;
-     194             : 
-     195             :         Vector3d v(0.);
-     196           0 :         v.x = a - b * tanh(x / lShock);
-     197           0 :         return v;
-     198             : 
-     199             : }
-     200             : 
-     201           0 : double OneDimensionalCartesianShock::getDivergence(const Vector3d &position) const {
-     202           0 :         double x = position.x;
-     203           0 :         double vDown = vUp / compressionRatio;
-     204             : 
-     205             :         double a = (vUp + vDown) * 0.5;
-     206           0 :         double b = (vUp - vDown) * 0.5;
-     207           0 :         return -b / lShock * (1 - tanh(x / lShock) * tanh(x / lShock));
-     208             : }
-     209             : 
-     210           0 : void OneDimensionalCartesianShock::setComp(double r) {
-     211           0 :         compressionRatio = r;
-     212           0 :         return;
-     213             : }
-     214             : 
-     215           0 : void OneDimensionalCartesianShock::setVup(double v) {
-     216           0 :         vUp = v;
-     217           0 :         return;
-     218             : }
-     219           0 : void OneDimensionalCartesianShock::setShockwidth(double w) {
-     220           0 :         lShock = w;
-     221           0 :         return;
-     222             : }
-     223             : 
-     224           0 : double OneDimensionalCartesianShock::getComp() const {
-     225           0 :         return compressionRatio;
-     226             : }
-     227             : 
-     228           0 : double OneDimensionalCartesianShock::getVup() const {
-     229           0 :         return vUp;
-     230             : }
-     231             : 
-     232           0 : double OneDimensionalCartesianShock::getShockwidth() const {
-     233           0 :         return lShock;
-     234             : }
-     235             : 
-     236           0 : std::string OneDimensionalCartesianShock::getDescription() const {
-     237           0 :         std::stringstream s;
-     238           0 :         s << "Shock width: " << lShock / km  << " km, ";
-     239           0 :         s << "Vup: " << vUp / km * sec << " km/s, ";
-     240           0 :         s << "Compression: " << compressionRatio;
-     241           0 :         return s.str();
-     242           0 : }
-     243             : 
-     244             : //----------------------------------------------------------------
-     245             : 
-     246           0 : OneDimensionalSphericalShock::OneDimensionalSphericalShock(double rShock, double vUp, double compressionRatio, double lShock, bool coolUpstream ){
-     247           0 :         setComp(compressionRatio);
-     248           0 :         setVup(vUp);
-     249           0 :         setShockwidth(lShock);
-     250           0 :         setShockRadius(rShock);
-     251           0 :         setCooling(coolUpstream);
-     252           0 :         }
-     253             : 
-     254           0 : Vector3d OneDimensionalSphericalShock::getField(const Vector3d &position) const {
-     255             :         double r = position.getR();
-     256           0 :         Vector3d e_r = position.getUnitVector();
-     257             : 
-     258           0 :         double vDown = vUp / compressionRatio;
-     259           0 :         double a = (vUp + vDown) * 0.5;
-     260           0 :         double b = (vUp - vDown) * 0.5;
-     261             : 
-     262             :         double v;
-     263           0 :         if (coolUpstream == true){
-     264             :         
-     265           0 :                 if (r <= rShock)
-     266           0 :                 v = a - b * tanh((r-rShock) / lShock);
-     267             :                 else
-     268           0 :                         v = (a - b * tanh((r-rShock) / lShock)) * (rShock / r) * (rShock / r);
-     269             : 
-     270             :         }
-     271             :         else
-     272           0 :                 v = (a - b * tanh((r-rShock) / lShock)) * (rShock / r) * (rShock / r);
-     273             : 
-     274           0 :         return v * e_r;
-     275             :         }
-     276             : 
-     277           0 : double OneDimensionalSphericalShock::getDivergence(const Vector3d &position) const {
-     278             :         double r = position.getR();
-     279             :         
-     280           0 :         double vDown = vUp / compressionRatio;
-     281           0 :         double a = (vUp + vDown) * 0.5;
-     282           0 :         double b = (vUp - vDown) * 0.5;
-     283             : 
-     284           0 :         double c = tanh((r-rShock) / lShock);
-     285             : 
-     286           0 :         if (coolUpstream == true){
-     287           0 :                 if (r <= rShock)
-     288           0 :                         return 2 * a / r - 2 * b / r * c - b / lShock * (1 - c * c);
-     289             :                 else
-     290           0 :                         return -(rShock / r) * (rShock / r) * b / lShock * (1 - c * c);
-     291             :         }
-     292             :         else 
-     293           0 :                 return -(rShock / r) * (rShock / r) *  b / lShock * (1 - c * c);
-     294             : 
-     295             : }
-     296             : 
-     297           0 : void OneDimensionalSphericalShock::setComp(double r) {
-     298           0 :         compressionRatio = r;
-     299           0 :         return;
-     300             : }
-     301             : 
-     302           0 : void OneDimensionalSphericalShock::setVup(double v) {
-     303           0 :         vUp = v;
-     304           0 :         return;
-     305             : }
-     306           0 : void OneDimensionalSphericalShock::setShockwidth(double w) {
-     307           0 :         lShock = w;
-     308           0 :         return;
-     309             : }
-     310             : 
-     311           0 : void OneDimensionalSphericalShock::setShockRadius(double r) {
-     312           0 :         rShock = r;
-     313           0 :         return;
-     314             : }
-     315             : 
-     316           0 : void OneDimensionalSphericalShock::setCooling(bool c) {
-     317           0 :         coolUpstream = c;
-     318           0 :         return;
-     319             : }
-     320             : 
-     321           0 : double OneDimensionalSphericalShock::getComp() const {
-     322           0 :         return compressionRatio;
-     323             : }
-     324             : 
-     325           0 : double OneDimensionalSphericalShock::getVup() const {
-     326           0 :         return vUp;
-     327             : }
-     328             : 
-     329           0 : double OneDimensionalSphericalShock::getShockwidth() const {
-     330           0 :         return lShock;
-     331             : }
-     332             : 
-     333           0 : double OneDimensionalSphericalShock::getShockRadius() const {
-     334           0 :         return rShock;
-     335             : }
-     336             : 
-     337           0 : bool OneDimensionalSphericalShock::getCooling() const {
-     338           0 :         return coolUpstream;
-     339             : }
-     340             : 
-     341           0 : std::string OneDimensionalSphericalShock::getDescription() const {
-     342           0 :         std::stringstream s;
-     343           0 :         s << "Shock width: " << lShock / km  << " km, ";
-     344           0 :         s << "Shock radius: " << rShock / km  << " km, ";
-     345           0 :         s << "Vup: " << vUp / km * sec << " km/s, ";
-     346           0 :         s << "Comp: " << compressionRatio;
-     347             : 
-     348           0 :         return s.str();
-     349           0 : }
-     350             : 
-     351             : //----------------------------------------------------------------
-     352             : 
-     353           0 : ObliqueAdvectionShock::ObliqueAdvectionShock(double compressionRatio, double vXUp, double vY, double lShock) {
-     354           0 :         setComp(compressionRatio);
-     355           0 :         setVup(vXUp);
-     356           0 :         setVy(vY);
-     357           0 :         setShockwidth(lShock);
-     358           0 :         }
-     359             : 
-     360           0 : Vector3d ObliqueAdvectionShock::getField(const Vector3d &position) const {
-     361           0 :         double x = position.x;
-     362           0 :         double vXDown = vXUp / compressionRatio;
-     363             : 
-     364           0 :         double a = (vXUp + vXDown) * 0.5;
-     365           0 :         double b = (vXUp - vXDown) * 0.5;
-     366             : 
-     367             :         Vector3d v(0.);
-     368           0 :         v.x = a - b * tanh(x / lShock);
-     369           0 :         v.y = vY;
-     370             : 
-     371           0 :         return v;
-     372             :         }
-     373             : 
-     374           0 : double ObliqueAdvectionShock::getDivergence(const Vector3d &position) const {
-     375           0 :         double x = position.x;
-     376           0 :         double vXDown = vXUp / compressionRatio;
-     377             :         // vy = const
-     378             : 
-     379             :         double a = (vXUp + vXDown) * 0.5;
-     380           0 :         double b = (vXUp - vXDown) * 0.5;
-     381             : 
-     382           0 :         return -b / lShock * (1 - tanh(x / lShock) * tanh(x / lShock));
-     383             :         }
-     384             : 
-     385           0 : void ObliqueAdvectionShock::setComp(double r) {
-     386           0 :         compressionRatio = r;
-     387           0 :         return;
-     388             : }
-     389             : 
-     390           0 : void ObliqueAdvectionShock::setVup(double v) {
-     391           0 :         vXUp = v;
-     392           0 :         return;
-     393             : } 
-     394             : 
-     395           0 : void ObliqueAdvectionShock::setVy(double v) {
-     396           0 :         vY = v;
-     397           0 :         return;
-     398             : } 
-     399           0 : void ObliqueAdvectionShock::setShockwidth(double w) {
-     400           0 :         lShock = w;
-     401           0 :         return;
-     402             : }
-     403             : 
-     404           0 : double ObliqueAdvectionShock::getComp() const {
-     405           0 :         return compressionRatio;
-     406             : }
-     407             : 
-     408           0 : double ObliqueAdvectionShock::getVup() const {
-     409           0 :         return vXUp;
-     410             : }
-     411             : 
-     412           0 : double ObliqueAdvectionShock::getVy() const {
-     413           0 :         return vY;
-     414             : }
-     415             : 
-     416           0 : double ObliqueAdvectionShock::getShockwidth() const {
-     417           0 :         return lShock;
-     418             : }
-     419             : 
-     420           0 : std::string ObliqueAdvectionShock::getDescription() const {
-     421           0 :         std::stringstream s;
-     422           0 :         s << "Shock width: " << lShock / km  << " km, ";
-     423           0 :         s << "Vx_up: " << vXUp / km * sec << " km/s, ";
-     424           0 :         s << "Vy: " << vY / km * sec << " km/s, ";
-     425           0 :         s << "Comp: " << compressionRatio;
-     426             :         
-     427           0 :         return s.str();
-     428           0 : }
-     429             : 
-     430             : //-----------------------------------------------------------------
-     431             : 
-     432           1 : SphericalAdvectionShock::SphericalAdvectionShock(const Vector3d origin, double r_0, double v_0, double l) {
-     433           1 :         setOrigin(origin);
-     434           1 :         setR0(r_0);
-     435           1 :         setV0(v_0);
-     436           1 :         setLambda(l);
-     437           1 :         setRRot(r_0);
-     438           1 :         setAzimuthalSpeed(0.);
-     439           1 : }
-     440             : 
-     441             : 
-     442           3 : Vector3d SphericalAdvectionShock::getField(const Vector3d &pos) const {
-     443             :         Vector3d R = pos-origin;
-     444           3 :         Vector3d e_r = R.getUnitVector();
-     445           3 :         Vector3d e_phi = R.getUnitVectorPhi();
-     446             :         double r = R.getR();
-     447             : 
-     448           3 :         double v_r = v_0 * ( 1 + (pow(r_0/(2*r), 2.) -1 ) * g(r));
-     449           3 :         double v_p = v_phi * (r_rot/r); 
-     450             : 
-     451           3 :         return v_r * e_r + v_p * e_phi;
-     452             : }
-     453             : 
-     454             : 
-     455           2 : double SphericalAdvectionShock::getDivergence(const Vector3d &pos) const {
-     456             :         double r = (pos-origin).getR();
-     457             : 
-     458           2 :         double d1 = 2./r*(1-g(r));
-     459           2 :         double d2 = (pow(r_0/(2*r), 2.)-1)*g_prime(r);
-     460             : 
-     461           2 :         return v_0 * (d1+d2);
-     462             : }
-     463             : 
-     464             : 
-     465           5 : double SphericalAdvectionShock::g(double r) const {
-     466           5 :         double a = (r-r_0)/lambda;
-     467           5 :         return 1. / (1+exp(-a));
-     468             : }
-     469             : 
-     470           2 : double SphericalAdvectionShock::g_prime(double r) const {
-     471           2 :         double a = (r-r_0)/lambda;
-     472           2 :         return 1. / (2*lambda*(1+cosh(-a)));
-     473             : }       
-     474             : 
-     475           1 : void SphericalAdvectionShock::setOrigin(const Vector3d o) {
-     476             :         origin = o;
-     477           1 : }
-     478             : 
-     479           1 : void SphericalAdvectionShock::setR0(double r) {
-     480           1 :         r_0 = r;
-     481           1 : }
-     482             : 
-     483           1 : void SphericalAdvectionShock::setV0(double v) {
-     484           1 :         v_0 = v;
-     485           1 : }
-     486             : 
-     487           1 : void SphericalAdvectionShock::setLambda(double l) {
-     488           1 :         lambda = l;
-     489           1 : }
-     490             : 
-     491           2 : void SphericalAdvectionShock::setRRot(double r) {
-     492           2 :         r_rot = r;
-     493           2 : }
-     494             : 
-     495           2 : void SphericalAdvectionShock::setAzimuthalSpeed(double v) {
-     496           2 :         v_phi = v;
-     497           2 : }
-     498             : 
-     499           3 : Vector3d SphericalAdvectionShock::getOrigin() const {
-     500           3 :         return origin;
-     501             : }
-     502             : 
-     503           1 : double SphericalAdvectionShock::getR0() const {
-     504           1 :         return r_0;
-     505             : }
-     506             : 
-     507           1 : double SphericalAdvectionShock::getV0() const {
-     508           1 :         return v_0;
-     509             : }
-     510             : 
-     511           1 : double SphericalAdvectionShock::getLambda() const {
-     512           1 :         return lambda;
-     513             : }
-     514             : 
-     515           2 : double SphericalAdvectionShock::getRRot() const {
-     516           2 :         return r_rot;
-     517             : }
-     518             : 
-     519           2 : double SphericalAdvectionShock::getAzimuthalSpeed() const {
-     520           2 :         return v_phi;
-     521             : }
-     522             : 
-     523           0 : std::string SphericalAdvectionShock::getDescription() const {
-     524           0 :         std::stringstream s;
-     525           0 :         s << "Origin: " << origin / kpc  << " kpc, ";
-     526           0 :         s << "r0 (shock radius): " << r_0 / kpc  << " kpc, ";
-     527           0 :         s << "r_rot (norm. azimuthal velocity): " << r_rot / kpc  << " kpc, ";
-     528           0 :         s << "v0 (maximum radial speed): " << v_0 / km * sec << " km/s, ";
-     529           0 :         s << "v_phi (azimuthal speed @ r_rot): " << v_phi / km * sec << " km/s, ";
-     530           0 :         s << "lambda: " << lambda / pc << " pc";
-     531           0 :         return s.str();
-     532           0 : }
-     533             : 
-     534             : } // namespace crpropa
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          Line data    Source code
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-       1             : // base64 encodig and decoding.
-       2             : //
-       3             : // Based on the implementations by
-       4             : // Jouni Malinen <j@w1.fi> and contributors from wpa_supplicant and hostapd in
-       5             : // http://web.mit.edu/freebsd/head/contrib/wpa/ and
-       6             : // http://web.mit.edu/freebsd/head/contrib/wpa/src/utils/base64.c and
-       7             : // http://web.mit.edu/freebsd/head/contrib/wpa/src/utils/base64.h
-       8             : //
-       9             : // Published under a 3-clause BSD license
-      10             : //
-      11             : 
-      12             : #include <string>
-      13             : #include <cstring>
-      14             : #include <stdexcept>
-      15             : 
-      16             : #include "crpropa/base64.h"
-      17             : 
-      18             : namespace crpropa
-      19             : {
-      20             : 
-      21             : //Alphabet used
-      22             : static const unsigned char encode_alphabet[65] =
-      23             : "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
-      24             : static int decode_alphabet[256] = {-1};
-      25             : 
-      26             : /// Encodes data
-      27          99 : std::string Base64::encode(const unsigned char *src, size_t len)
-      28             : {
-      29          99 :                 size_t olen = 4*((len + 2) / 3); /* 3-byte blocks to 4-byte */
-      30             : 
-      31          99 :                 if (olen < len)
-      32           0 :                         throw std::runtime_error("Integer overflow in Base64::encoding, data to large!");
-      33             : 
-      34             :                 std::string outStr;
-      35             :                 outStr.resize(olen);
-      36             : 
-      37             :                 unsigned char *out = (unsigned char*) outStr.c_str();
-      38             :                 unsigned char *pos = out;
-      39             :                 const unsigned char *end, *in;
-      40             : 
-      41          99 :                 end = src + len;
-      42             :                 in = src;
-      43        6666 :                 while (end - in >= 3) {
-      44        6567 :                                 *pos++ = encode_alphabet[in[0] >> 2];
-      45        6567 :                                 *pos++ = encode_alphabet[((in[0] & 0x03) << 4) | (in[1] >> 4)];
-      46        6567 :                                 *pos++ = encode_alphabet[((in[1] & 0x0f) << 2) | (in[2] >> 6)];
-      47        6567 :                                 *pos++ = encode_alphabet[in[2] & 0x3f];
-      48        6567 :                                 in += 3;
-      49             :                 }
-      50             : 
-      51          99 :                 if (end - in) {
-      52          66 :                                 *pos++ = encode_alphabet[in[0] >> 2];
-      53          66 :                                 if (end - in == 1) {
-      54          33 :                                                 *pos++ = encode_alphabet[(in[0] & 0x03) << 4];
-      55          33 :                                                 *pos++ = '=';
-      56             :                                 }
-      57             :                                 else {
-      58          33 :                                                 *pos++ = encode_alphabet[((in[0] & 0x03) << 4) |
-      59          33 :                                                                 (in[1] >> 4)];
-      60          33 :                                                 *pos++ = encode_alphabet[(in[1] & 0x0f) << 2];
-      61             :                                 }
-      62          66 :                                 *pos++ = '=';
-      63             :                 }
-      64             : 
-      65          99 :                 return outStr;
-      66             : }
-      67             : 
-      68             : 
-      69         100 : std::string Base64::decode(const std::string &data)
-      70             : {
-      71             : const unsigned char *src = (unsigned char*) data.c_str();
-      72             : size_t len = data.size();
-      73             : 
-      74         100 : if (decode_alphabet[0] == -1)
-      75             : { // build decode alphabet
-      76             :         std::memset(decode_alphabet, 0x80, 256);
-      77          65 :         for (size_t i = 0; i < sizeof(encode_alphabet) - 1; i++)
-      78          64 :                 decode_alphabet[encode_alphabet[i]] = (unsigned char) i;
-      79           1 :         decode_alphabet['='] = 0;
-      80             : }
-      81             : 
-      82             : size_t olen = 0;
-      83       26656 : for (size_t i = 0; i < len; i++) {
-      84       26556 :         if (decode_alphabet[src[i]] != 0x80)
-      85       26556 :                 olen++;
-      86             : }
-      87             : 
-      88         100 : if (olen == 0 || olen % 4)
-      89           0 :                         throw std::runtime_error("Base64 decode, invalid input size");
-      90             : 
-      91         100 : olen = olen / 4 * 3;
-      92             : std::string str;
-      93             : str.resize(olen);
-      94             : 
-      95             : unsigned char *out = (unsigned char*) str.c_str();
-      96             : unsigned char *pos = out;
-      97             : 
-      98             : size_t count = 0;
-      99             : int pad = 0;
-     100             : unsigned char block[4];
-     101       26589 : for (size_t i = 0; i < len; i++) {
-     102       26556 :         unsigned char tmp = decode_alphabet[src[i]];
-     103       26556 :         if (tmp == 0x80)
-     104           0 :                 continue;
-     105             : 
-     106       26556 :         if (src[i] == '=')
-     107         101 :                 pad++;
-     108       26556 :         block[count] = tmp;
-     109       26556 :         count++;
-     110       26556 :         if (count == 4) {
-     111        6639 :                 *pos++ = (block[0] << 2) | (block[1] >> 4);
-     112        6639 :                 *pos++ = (block[1] << 4) | (block[2] >> 2);
-     113        6639 :                 *pos++ = (block[2] << 6) | block[3];
-     114             :                 count = 0;
-     115        6639 :                 if (pad) {
-     116          67 :                         if (pad == 1)
-     117             :                                 pos--;
-     118          34 :                         else if (pad == 2)
-     119             :                                 pos -= 2;
-     120             :                         else {
-     121           0 :                                 throw std::runtime_error("Base64 decode, invalid padding");
-     122             :                         }
-     123             :                         break;
-     124             :                 }
-     125             :         }
-     126             : }
-     127         100 : return str;
-     128             : }
-     129             : };
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_ZN7crpropa22ArchimedeanSpiralField5setB0Ed0
_ZN7crpropa22ArchimedeanSpiralField5setR0Ed0
_ZN7crpropa22ArchimedeanSpiralField5setVwEd0
_ZN7crpropa22ArchimedeanSpiralField8setOmegaEd0
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_ZN7crpropa22ArchimedeanSpiralField5setB0Ed0
_ZN7crpropa22ArchimedeanSpiralField5setR0Ed0
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_ZNK7crpropa22ArchimedeanSpiralField5getR0Ev0
_ZNK7crpropa22ArchimedeanSpiralField5getVwEv0
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_ZNK7crpropa22ArchimedeanSpiralField8getOmegaEv0
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-       1             : #include "crpropa/magneticField/ArchimedeanSpiralField.h"
-       2             : 
-       3             : namespace crpropa {
-       4             : 
-       5           0 : ArchimedeanSpiralField::ArchimedeanSpiralField(double B_0, double R_0, double Omega, double V_w) {
-       6           0 :         setB0(B_0);
-       7           0 :         setR0(R_0);
-       8           0 :         setOmega(Omega);
-       9           0 :         setVw(V_w);
-      10           0 : }
-      11             : 
-      12           0 : Vector3d ArchimedeanSpiralField::getField(const Vector3d &pos) const {
-      13             :         
-      14             :         double r = pos.getR();
-      15           0 :         double theta = pos.getTheta();
-      16           0 :         double phi =pos.getPhi();
-      17             :         
-      18           0 :         double cos_phi = cos(phi);
-      19           0 :         double sin_phi = sin(phi);
-      20           0 :         double cos_theta = cos(theta);
-      21           0 :         double sin_theta = sin(theta);
-      22             : 
-      23             :         Vector3d B(0.);
-      24             : 
-      25             :         // radial direction
-      26           0 :         double C1 = R_0*R_0/r/r;
-      27           0 :         B.x += C1 * cos_phi * sin_theta;
-      28           0 :         B.y += C1 * sin_phi * sin_theta;
-      29           0 :         B.z += C1 * cos_theta;
-      30             :         
-      31             :         // azimuthal direction  
-      32           0 :         double C2 = - (Omega*R_0*R_0*sin_theta) / (r*V_w);
-      33           0 :         B.x += C2 * (-sin_phi);
-      34           0 :         B.y += C2 * cos_phi;
-      35             : 
-      36             :         // magnetic field switch at z = 0
-      37           0 :         if (pos.z<0.) {
-      38             :                 B *= -1;
-      39             :         }
-      40             : 
-      41             :         // overall scaling
-      42             :         B *= B_0;
-      43             :         
-      44             : 
-      45           0 :         return B;
-      46             : }
-      47             : 
-      48           0 : void ArchimedeanSpiralField::setR0(double R) {
-      49           0 :         R_0 = R;
-      50           0 :         return;
-      51             : }
-      52             : 
-      53           0 : void ArchimedeanSpiralField::setB0(double B) {
-      54           0 :         B_0 = B;
-      55           0 :         return;
-      56             : }
-      57             : 
-      58           0 : void ArchimedeanSpiralField::setOmega(double Om) {
-      59           0 :         Omega = Om;
-      60           0 :         return;
-      61             : }
-      62             : 
-      63           0 : void ArchimedeanSpiralField::setVw(double v) {
-      64           0 :         V_w = v;
-      65           0 :         return;
-      66             : }
-      67             : 
-      68             : 
-      69           0 : double ArchimedeanSpiralField::getR0() const {
-      70           0 :         return R_0;
-      71             : }
-      72             : 
-      73           0 : double ArchimedeanSpiralField::getB0() const{
-      74           0 :         return B_0;
-      75             : }
-      76             : 
-      77           0 : double ArchimedeanSpiralField::getOmega() const{
-      78           0 :         return Omega;
-      79             : }
-      80             : 
-      81           0 : double ArchimedeanSpiralField::getVw() const {
-      82           0 :         return V_w;
-      83             : }
-      84             : 
-      85             : 
-      86             : } //end namespace crpropa
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Current view:top level - src/magneticField - CMZField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10310796.3 %
Date:2024-04-08 14:58:22Functions:1818100.0 %
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_ZN7crpropa8CMZField13setUseICFieldEb1
_ZN7crpropa8CMZField13setUseMCFieldEb1
_ZN7crpropa8CMZField14setUseNTFFieldEb1
_ZN7crpropa8CMZField14setUseRadioArcEb1
_ZNK7crpropa8CMZField10getICFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField10getMCFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField11getNTFFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField16getRadioArcFieldERKNS_7Vector3IdEE1
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_ZNK7crpropa8CMZField13getUseMCFieldEv2
_ZNK7crpropa8CMZField14getUseNTFFieldEv2
_ZNK7crpropa8CMZField14getUseRadioArcEv2
_ZN7crpropa8CMZFieldC2Ev5
_ZNK7crpropa8CMZField4getAEd8
_ZNK7crpropa8CMZField4getLEd8
_ZNK7crpropa8CMZField4BPolERKNS_7Vector3IdEES4_ddd9
_ZNK7crpropa8CMZField3BAzERKNS_7Vector3IdEES4_ddd14
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Current view:top level - src/magneticField - CMZField.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa8CMZField13setUseICFieldEb1
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_ZN7crpropa8CMZField14setUseNTFFieldEb1
_ZN7crpropa8CMZField14setUseRadioArcEb1
_ZN7crpropa8CMZFieldC2Ev5
_ZNK7crpropa8CMZField10getICFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField10getMCFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField11getNTFFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField13getUseICFieldEv2
_ZNK7crpropa8CMZField13getUseMCFieldEv2
_ZNK7crpropa8CMZField14getUseNTFFieldEv2
_ZNK7crpropa8CMZField14getUseRadioArcEv2
_ZNK7crpropa8CMZField16getRadioArcFieldERKNS_7Vector3IdEE1
_ZNK7crpropa8CMZField3BAzERKNS_7Vector3IdEES4_ddd14
_ZNK7crpropa8CMZField4BPolERKNS_7Vector3IdEES4_ddd9
_ZNK7crpropa8CMZField4getAEd8
_ZNK7crpropa8CMZField4getLEd8
_ZNK7crpropa8CMZField8getFieldERKNS_7Vector3IdEE1
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Current view:top level - src/magneticField - CMZField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10310796.3 %
Date:2024-04-08 14:58:22Functions:1818100.0 %
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-       1             : #include "crpropa/magneticField/CMZField.h"
-       2             : #include "crpropa/Units.h"
-       3             : 
-       4             : namespace crpropa {
-       5             : 
-       6           5 : CMZField::CMZField() {
-       7           5 :     useMCField = false;
-       8           5 :     useICField = true;
-       9           5 :     useNTFField = false;
-      10           5 :     useRadioArc = false;
-      11           5 : }
-      12             : 
-      13           8 : double CMZField::getA(double a1) const {
-      14           8 :     return 4*log(2)/a1/a1;  
-      15             : }
-      16             : 
-      17           8 : double CMZField::getL(double a2) const {
-      18           8 :     return a2/2*log(2);
-      19             : }
-      20             : 
-      21           9 : Vector3d CMZField::BPol(const Vector3d& position,const Vector3d& mid, double B1, double a, double L) const{
-      22             :     // cylindircal coordinates
-      23             :     Vector3d pos = position - mid;
-      24           9 :     double r = sqrt(pos.x*pos.x + pos.y*pos.y);
-      25           9 :     double phi = std::atan2(pos.y, pos.x);
-      26             : 
-      27           9 :     double r1 = 1/(1+a*pos.z*pos.z);
-      28           9 :     double Bs = B1*exp(-r1*r/L);
-      29           9 :     double Br = 2*a*pow_integer<3>(r1)*r*pos.z*Bs;
-      30             :     
-      31             :     Vector3d b = Vector3d(0.);
-      32           9 :     b.z = r1*r1*Bs;
-      33             :     // transform to cartesian coordinates
-      34           9 :     b.x = Br*cos(phi);
-      35           9 :     b.y = Br*sin(phi);
-      36           9 :     return b;
-      37             : }
-      38             : 
-      39          14 : Vector3d CMZField::BAz(const Vector3d& position, const Vector3d& mid, double B1, double eta, double R) const {
-      40             :     // cylindrical coordinates
-      41             :     Vector3d pos = position - mid;
-      42          14 :     double r = sqrt(pos.x*pos.x + pos.y*pos.y);
-      43          14 :     double phi = std::atan2(pos.y,pos.x);
-      44             : 
-      45             :     Vector3d bVec(0.);
-      46          14 :     double Hc = R/sqrt(log(2));
-      47             :     double b = 1.;
-      48             :     double m = 1;
-      49          14 :     double r1 = R/10;
-      50          14 :     double v = m/eta*log((r+b)/(R+b));
-      51          14 :     double cosV = cos(v + m*phi);
-      52             : 
-      53             :     double Br=0;
-      54             :     double Bphi=0;
-      55             :     
-      56          14 :     if(r>r1){
-      57          13 :         double Pre = B1*cosV*exp(-pos.z*pos.z/Hc/Hc);
-      58          13 :         Br = Pre*R/r;
-      59          13 :         Bphi=-Pre/eta*R/(r+b);
-      60             :     }
-      61             :     else{
-      62           1 :         double Pre = B1*exp(-pos.z*pos.z/Hc/Hc)*R/r1*(3*r/r1 - 2*r*r/r1/r1)*cosV;
-      63             :         Br = Pre;
-      64           1 :         Bphi = 1 + 6*(r-r1)/(2*r-3*r1)*(sin(v+m*phi)-sin(v))/cosV;
-      65           1 :         Bphi *= -Pre*r/eta/(r+b);
-      66             :     }
-      67             : 
-      68          14 :     bVec.x = Br*cos(phi) - Bphi*sin(phi);
-      69          14 :     bVec.y = Br*sin(phi) + Bphi*cos(phi);
-      70             : 
-      71          14 :     return bVec;
-      72             : }
-      73             : 
-      74           2 : bool CMZField::getUseMCField() const {
-      75           2 :     return useMCField;
-      76             : }
-      77           2 : bool CMZField::getUseICField() const {
-      78           2 :     return useICField;
-      79             : }
-      80           2 : bool CMZField::getUseNTFField() const {
-      81           2 :     return useNTFField;
-      82             : }
-      83           2 : bool CMZField::getUseRadioArc() const {
-      84           2 :     return useRadioArc;
-      85             : }
-      86             : 
-      87           1 : void CMZField::setUseMCField(bool use) {
-      88           1 :     useMCField = use;
-      89           1 : }
-      90           1 : void CMZField::setUseICField(bool use) {
-      91           1 :     useICField = use;
-      92           1 : }
-      93           1 : void CMZField::setUseNTFField(bool use) {
-      94           1 :     useNTFField = use;
-      95           1 : }
-      96           1 : void CMZField::setUseRadioArc(bool use) {
-      97           1 :     useRadioArc = use;
-      98           1 : }
-      99             : 
-     100           1 : Vector3d CMZField::getMCField(const Vector3d& pos) const {//Field in molecular clouds
-     101             :     Vector3d b(0.);
-     102             :     double eta=0.01;
-     103             :     double N=59; // normalization factor, depends on eta
-     104             : 
-     105             :         // azimuthal component in dense clouds
-     106             :     //A=SgrC 
-     107             :     Vector3d mid(0,-81.59*pc, -16.32*pc);
-     108             :     double R = 1.7*pc; 
-     109             :     double B1=2.1e-3/N;
-     110           1 :     b += BAz(pos, mid, B1, eta, R);
-     111             : 
-     112             :     // A=G0.253+0.016 Dust Ridge A
-     113             :     mid = Vector3d(0, 37.53*pc, -2.37*pc);
-     114             :     R=2.4*pc; 
-     115             :     B1=2.5e-3/N;
-     116           1 :     b += BAz(pos, mid, B1, eta, R);
-     117             : 
-     118             :     //A=Dust Ridge B
-     119             :     mid = Vector3d(0, 50.44, 8.16)*pc;
-     120             :     R=1.9*pc; 
-     121             :     B1=0.9e-3/N;
-     122           1 :     b += BAz(pos, mid, B1, eta, R);
-     123             :     
-     124             :     //A=Dust Ridge C
-     125             :     mid = Vector3d(0,56.37,7.71)*pc;
-     126             :     R=1.9*pc; 
-     127             :     B1=1.2e-3/N;
-     128           1 :     b += BAz(pos, mid, B1, eta, R);
-     129             : 
-     130             :     //A=Dust Ridge D
-     131             :     mid = Vector3d(0, 60.82, 7.42)*pc;
-     132             :     R=3.3*pc; 
-     133             :     B1=1.7e-3/N;
-     134           1 :     b += BAz(pos, mid, B1, eta, R);
-     135             :     
-     136             :     //A=Dust Ridge E
-     137             :     mid = Vector3d(0, 70.91, 0.74)*pc;
-     138             :     R=3.5*pc; 
-     139             :     B1=4.1e-3/N;
-     140           1 :     b += BAz(pos, mid, B1, eta, R);
-     141             :         
-     142             :     //A=Dust Ridge F
-     143             :     mid = Vector3d(0, 73.58, 2.97)*pc;
-     144             :     R=2.4*pc; 
-     145             :     B1=3.9e-3/N;
-     146           1 :     b += BAz(pos, mid, B1, eta, R);
-     147             : 
-     148             :     //Sgr D
-     149             :     mid = Vector3d(0, 166.14, -10.38)*pc;
-     150             :     R=1.8*pc;
-     151             :     B1=0.8e-3/N;
-     152           1 :     b += BAz(pos, mid, B1, eta, R);
-     153             : 
-     154             :     //Sgr B2
-     155             :     mid = Vector3d(0, 97.01, -5.93)*pc;
-     156             :     R=14*pc; 
-     157             :     B1=1.0e-3/N;
-     158           1 :     b += BAz(pos, mid, B1, eta, R);
-     159             :         
-     160             :     //A=Inner R=5pc
-     161             :     mid = Vector3d(0, -8.3, -6.9)*pc;
-     162             :     R=5*pc; 
-     163             :     B1=3.0e-3/0.91;    
-     164           1 :     b += BAz(pos, mid, B1, 0.77, R); // different eta value!
-     165             : 
-     166             :     //20 km s^-1
-     167             :     mid = Vector3d(0, -19.29,-11.87)*pc;
-     168             :     R=9.4*pc; 
-     169             :     B1=2.7e-3/N;
-     170           1 :     b += BAz(pos, mid, B1, eta, R);    
-     171             :     
-     172             :     //50 km s^-1
-     173             :     mid = Vector3d(0, -2.97, -10.38)*pc;
-     174             :     R=9.4*pc; 
-     175             :     B1=3.7e-3/N;
-     176           1 :     b += BAz(pos, mid, B1, eta, R);    
-     177             :     
-     178             :     //SgrA* is different orrientated! 
-     179             :     //only phi component
-     180           1 :     double x = pos.x;
-     181           1 :     double y = pos.y + 8.3*pc;
-     182           1 :     double z = pos.z + 6.9*pc;
-     183             :     R=1.2e12; 
-     184             :     B1=65./3.07;
-     185             :     double Hc = R/sqrt(log(2));
-     186           1 :     double r = sqrt(x*x + y*y);
-     187             :     double r1 = R/10;
-     188           1 :     double phi= std::atan2(y,x);
-     189             :     double Bphi;
-     190             : 
-     191           1 :     if(r>r1){
-     192           1 :         Bphi = - B1*exp(-z*z/Hc/Hc)*R/r;
-     193             :     }
-     194             :     else{
-     195           0 :         - B1*exp(-z*z/Hc/Hc)*R/r1*(3*r/r1- 2*r*r/r1*r1);
-     196             :     }
-     197             : 
-     198           1 :     b.x -= Bphi*sin(phi);
-     199           1 :     b.y += Bphi*cos(phi);
-     200             : 
-     201           1 :     return b*gauss;
-     202             : } 
-     203             : 
-     204           1 : Vector3d CMZField::getICField(const Vector3d& pos) const {//Field in intercloud medium--> poloidal field
-     205             :     Vector3d mid(0.,-8.3*pc,-6.9*pc);
-     206             : 
-     207             :     double eta = 0.85;
-     208             :     double B1 = 1e-5*gauss;
-     209             :     double B2 = B1/eta;
-     210             :     double a = 4*log(2)/pow(70*pc, 2); 
-     211             :     double L = 158*pc/log(2);
-     212             : 
-     213           1 :     return BPol(pos, mid, B2, a, L);
-     214             : }                                                         
-     215             :   
-     216           1 : Vector3d CMZField::getNTFField(const Vector3d& pos) const {//Field in the non-thermal filaments--> predominantly poloidal field (except "pelical"-> azimuthal)
-     217             :     Vector3d b(0.); 
-     218             :     Vector3d mid(0.);
-     219             : 
-     220             :     //A=SgrC
-     221             :     mid = Vector3d(0., -81.59,-1.48)*pc;
-     222             :     double a1=27.44*pc;
-     223             :     double a2=1.73*pc;
-     224             :     double eta=0.48;
-     225             :     double B1=1.e-4;
-     226           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
-     227             : 
-     228             :     //A=G359.15-0.2 The Snake
-     229             :     mid = Vector3d(0, -126.1,-25.22)*pc;
-     230             :     a1=12.86*pc;
-     231             :     a2=2.22*pc;
-     232             :     B1=88.e-6;
-     233           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
-     234             : 
-     235             :     //A=G359.54+0.18 Nonthermal Filament
-     236             :     mid = Vector3d(0, -68.24,25.22)*pc;
-     237             :     a1=15.08*pc;
-     238             :     a2=2.72;
-     239             :     B1=1.e-3;
-     240           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
-     241             : 
-     242             :     //A=G359.79 +17 Nonthermal Filament
-     243             :     mid = Vector3d(0,-31.15,23.74)*pc;
-     244             :     a1=16.07*pc;
-     245             :     a2=3.46*pc;
-     246             :     B1=1.e-3;
-     247           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
-     248             : 
-     249             :     //A=G359.96 +0.09  Nonthermal Filament Southern Thread
-     250             :     mid = Vector3d(0, 5.93, 16.32)*pc;
-     251             :     a1=28.68*pc;
-     252             :     a2=1.73*pc;
-     253             :     B1=1.e-4;
-     254           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
-     255             : 
-     256             :     //A=G0.09 +0.17  Nonthermal Filament Northern thread
-     257             :     mid = Vector3d(0, 13.35, 25.22)*pc;
-     258             :     a1=29.42*pc;
-     259             :     a2=2.23*pc;
-     260             :     B1=140.e-6;
-     261           1 :     b += BPol(pos, mid, B1/eta, getA(a1), getL(a2));
-     262             : 
-     263             :     //A=G359.85+0.47  Nonthermal Filament The Pelican  is not poloidal but azimuthal
-     264             :     mid = Vector3d(0, -22.25, 69.73)*pc;
-     265             :     a1=11.37*pc;
-     266             :     a2=2.23*pc;
-     267             :     B1=70.e-6 /eta;
-     268             :     // by and bz switched because pelican is differently oriented
-     269           1 :     Vector3d bPelican = BPol(pos, mid, B1/eta, getA(a1), getL(a2));
-     270           1 :     b.x += bPelican.x;
-     271           1 :     b.y += bPelican.z;
-     272           1 :     b.z += bPelican.y;
-     273             :     
-     274           1 :         return b*gauss;
-     275             : }
-     276             :   
-     277           1 : Vector3d CMZField::getRadioArcField(const Vector3d& pos) const {//Field in the non-thermal filaments--> predominantly poloidal field
-     278             :     //poloidal field in the non-thermal filament region A=RadioArc
-     279             :     double eta=0.48;
-     280             :     Vector3d mid(0,26.7*pc,10.38*pc);
-     281             :     double a1=70.47*pc;// arcmin-> deg->cm
-     282             :     double a2=9.89*pc;// arcmin-> deg-> cm
-     283             :     double B1=1.e-3;
-     284           1 :     return BPol(pos, mid, B1/eta, getA(a1), getL(a2))*gauss;
-     285             : }
-     286             : 
-     287           1 : Vector3d CMZField::getField(const Vector3d& pos) const{
-     288             :     Vector3d b(0.);
-     289             : 
-     290           1 :     if(useMCField){
-     291           0 :         b += getMCField(pos);
-     292             :     }
-     293           1 :     if(useICField){
-     294           1 :         b += getICField(pos);
-     295             :     }
-     296           1 :     if(useNTFField){
-     297           0 :         b += getNTFField(pos);
-     298             :     }
-     299           1 :     if(useRadioArc){
-     300           0 :         b += getRadioArcField(pos);
-     301             :     }
-     302             : 
-     303           1 :     return b;
-     304             : }
-     305             : 
-     306             : } // namespace crpropa
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Current view:top level - src/magneticField - JF12Field.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:0290.0 %
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LCOV - code coverage report
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Current view:top level - src/magneticField - JF12Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:02310.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
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Function Name Sort by function nameHit count Sort by hit count
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LCOV - code coverage report
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Current view:top level - src/magneticField - JF12Field.cpp (source / functions)HitTotalCoverage
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-       1             : #include "crpropa/magneticField/JF12Field.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/magneticField/turbulentField/SimpleGridTurbulence.h"
-       4             : #include "crpropa/Random.h"
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8           0 : JF12Field::JF12Field() {
-       9           0 :         useRegularField = true;
-      10           0 :         useStriatedField = false;
-      11           0 :         useTurbulentField = false;
-      12           0 :         useDiskField = true;
-      13           0 :         useToroidalHaloField = true;
-      14           0 :         useXField = true;
-      15             : 
-      16             :         // spiral arm parameters
-      17           0 :         pitch = 11.5 * M_PI / 180;
-      18           0 :         sinPitch = sin(pitch);
-      19           0 :         cosPitch = cos(pitch);
-      20           0 :         tanPitch = tan(pitch);
-      21           0 :         cotPitch =  1. / tanPitch;
-      22           0 :         tan90MinusPitch = tan(M_PI / 2 - pitch);
-      23             : 
-      24           0 :         rArms[0] = 5.1 * kpc;
-      25           0 :         rArms[1] = 6.3 * kpc;
-      26           0 :         rArms[2] = 7.1 * kpc;
-      27           0 :         rArms[3] = 8.3 * kpc;
-      28           0 :         rArms[4] = 9.8 * kpc;
-      29           0 :         rArms[5] = 11.4 * kpc;
-      30           0 :         rArms[6] = 12.7 * kpc;
-      31           0 :         rArms[7] = 15.5 * kpc;
-      32             : 
-      33             :         // regular field parameters
-      34           0 :         bRing = 0.1 * muG;
-      35           0 :         hDisk = 0.40 * kpc;
-      36           0 :         wDisk = 0.27 * kpc;
-      37             : 
-      38           0 :         bDisk[0] = 0.1 * muG;
-      39           0 :         bDisk[1] = 3.0 * muG;
-      40           0 :         bDisk[2] = -0.9 * muG;
-      41           0 :         bDisk[3] = -0.8 * muG;
-      42           0 :         bDisk[4] = -2.0 * muG;
-      43           0 :         bDisk[5] = -4.2 * muG;
-      44           0 :         bDisk[6] = 0.0 * muG;
-      45           0 :         bDisk[7] = 2.7 * muG;
-      46             : 
-      47           0 :         bNorth = 1.4 * muG;
-      48           0 :         bSouth = -1.1 * muG;
-      49           0 :         rNorth = 9.22 * kpc;
-      50           0 :         rSouth = 17 * kpc;
-      51           0 :         wHalo = 0.20 * kpc;
-      52           0 :         z0 = 5.3 * kpc;
-      53             : 
-      54           0 :         bX = 4.6 * muG;
-      55           0 :         thetaX0 = 49.0 * M_PI / 180;
-      56           0 :         sinThetaX0 = sin(thetaX0);
-      57           0 :         cosThetaX0 = cos(thetaX0);
-      58           0 :         tanThetaX0 = tan(thetaX0);
-      59           0 :         cotThetaX0 = 1. / tanThetaX0;
-      60           0 :         rXc = 4.8 * kpc;
-      61           0 :         rX = 2.9 * kpc;
-      62             : 
-      63             :         // striated field parameter
-      64           0 :         sqrtbeta = sqrt(1.36);
-      65             : 
-      66             :         // turbulent field parameters
-      67           0 :         bDiskTurb[0] = 10.81 * muG;
-      68           0 :         bDiskTurb[1] = 6.96 * muG;
-      69           0 :         bDiskTurb[2] = 9.59 * muG;
-      70           0 :         bDiskTurb[3] = 6.96 * muG;
-      71           0 :         bDiskTurb[4] = 1.96 * muG;
-      72           0 :         bDiskTurb[5] = 16.34 * muG;
-      73           0 :         bDiskTurb[6] = 37.29 * muG;
-      74           0 :         bDiskTurb[7] = 10.35 * muG;
-      75             : 
-      76           0 :         bDiskTurb5 = 7.63 * muG;
-      77           0 :         zDiskTurb = 0.61 * kpc;
-      78             : 
-      79           0 :         bHaloTurb = 4.68 * muG;
-      80           0 :         rHaloTurb = 10.97 * kpc;
-      81           0 :         zHaloTurb = 2.84 * kpc;
-      82           0 : }
-      83             : 
-      84           0 : void JF12Field::randomStriated(int seed) {
-      85           0 :         useStriatedField = true;
-      86             :         int N = 100;
-      87           0 :         striatedGrid = new Grid1f(Vector3d(0.), N, 0.1 * kpc);
-      88             : 
-      89           0 :         Random random;
-      90           0 :         if (seed != 0)
-      91           0 :                 random.seed(seed);
-      92             : 
-      93           0 :         for (int ix = 0; ix < N; ix++)
-      94           0 :                 for (int iy = 0; iy < N; iy++)
-      95           0 :                         for (int iz = 0; iz < N; iz++) {
-      96           0 :                                 float &f = striatedGrid->get(ix, iy, iz);
-      97           0 :                                 f = round(random.rand()) * 2 - 1;
-      98             :                         }
-      99           0 : }
-     100             : 
-     101             : #ifdef CRPROPA_HAVE_FFTW3F
-     102           0 : void JF12Field::randomTurbulent(int seed) {
-     103           0 :         useTurbulentField = true;
-     104             :         // turbulent field with Kolmogorov spectrum, B_rms = 1 (will be scaled) and Lc = 60 parsec, and 256 grid points.
-     105             :         // Note that the inertial range of the turbulence is less than 2 orders of magnitude.
-     106             :     const double lMin = 8 * parsec;
-     107             :     const double lMax = 272 * parsec;
-     108             :     const double Brms = 1;
-     109             :     const double spacing = 4 * parsec;
-     110             :     const double grid_n = 256;
-     111             : 
-     112             :     auto spectrum = SimpleTurbulenceSpectrum(Brms, lMin, lMax);
-     113             :     auto gp = GridProperties(Vector3d(0.), grid_n, spacing);
-     114           0 :     auto tf = SimpleGridTurbulence(spectrum, gp, seed);
-     115           0 :     turbulentGrid = tf.getGrid();
-     116             : 
-     117           0 : }
-     118             : #endif
-     119             : 
-     120           0 : void JF12Field::setStriatedGrid(ref_ptr<Grid1f> grid) {
-     121           0 :         useStriatedField = true;
-     122           0 :         striatedGrid = grid;
-     123           0 : }
-     124             : 
-     125           0 : void JF12Field::setTurbulentGrid(ref_ptr<Grid3f> grid) {
-     126           0 :         useTurbulentField = true;
-     127           0 :         turbulentGrid = grid;
-     128           0 : }
-     129             : 
-     130           0 : ref_ptr<Grid1f> JF12Field::getStriatedGrid() {
-     131           0 :         return striatedGrid;
-     132             : }
-     133             : 
-     134           0 : ref_ptr<Grid3f> JF12Field::getTurbulentGrid() {
-     135           0 :         return turbulentGrid;
-     136             : }
-     137             : 
-     138           0 : void JF12Field::setUseRegularField(bool use) {
-     139           0 :         useRegularField = use;
-     140           0 : }
-     141             : 
-     142           0 : void JF12Field::setUseDiskField(bool use) {
-     143           0 :         useDiskField = use;
-     144           0 : }
-     145             : 
-     146           0 : void JF12Field::setUseToroidalHaloField(bool use) {
-     147           0 :         useToroidalHaloField = use;
-     148           0 : }
-     149             : 
-     150           0 : void JF12Field::setUseXField(bool use) {
-     151           0 :         useXField = use;
-     152           0 : }
-     153             : 
-     154           0 : void JF12Field::setUseStriatedField(bool use) {
-     155           0 :         if ((use) and !(striatedGrid)) {
-     156           0 :                 KISS_LOG_WARNING << "JF12Field: No striated field set: ignored. Run e.g. randomStriated().";
-     157           0 :                 return;
-     158             :         }
-     159           0 :         useStriatedField = use;
-     160             : }
-     161             : 
-     162           0 : void JF12Field::setUseTurbulentField(bool use) {
-     163           0 :         if ((use) and !(turbulentGrid)) {
-     164           0 :                 KISS_LOG_WARNING << "JF12Field: No turbulent field set: ignored. Run e.g. randomTurbulent().";
-     165           0 :                 return;
-     166             :         }
-     167           0 :         useTurbulentField = use;
-     168             : }
-     169             : 
-     170           0 : bool JF12Field::isUsingRegularField() {
-     171           0 :         return useRegularField;
-     172             : }
-     173             : 
-     174           0 : bool JF12Field::isUsingDiskField() {
-     175           0 :         return useDiskField;
-     176             : }
-     177             : 
-     178           0 : bool JF12Field::isUsingToroidalHaloField() {
-     179           0 :         return useToroidalHaloField;
-     180             : }
-     181             : 
-     182           0 : bool JF12Field::isUsingXField() {
-     183           0 :         return useXField;
-     184             : }
-     185             : 
-     186           0 : bool JF12Field::isUsingStriatedField() {
-     187           0 :         return useStriatedField;
-     188             : }
-     189             : 
-     190           0 : bool JF12Field::isUsingTurbulentField() {
-     191           0 :         return useTurbulentField;
-     192             : }
-     193             : 
-     194           0 : double JF12Field::logisticFunction(const double& x, const double& x0, const double& w) const {
-     195           0 :         return 1. / (1. + exp(-2. * (fabs(x) - x0) / w));
-     196             : }
-     197             : 
-     198           0 : Vector3d JF12Field::getRegularField(const Vector3d& pos) const {
-     199             :         Vector3d b(0.);
-     200             : 
-     201             :         double d = pos.getR(); // distance to galactic center
-     202             : 
-     203           0 :         if (d < 20 * kpc) {
-     204           0 :                 double r = sqrt(pos.x * pos.x + pos.y * pos.y); // in-plane radius
-     205           0 :                 double phi = pos.getPhi(); // azimuth
-     206           0 :                 double sinPhi = sin(phi);
-     207           0 :                 double cosPhi = cos(phi);
-     208             : 
-     209           0 :                 b += getDiskField(r, pos.z, phi, sinPhi, cosPhi);
-     210           0 :                 b += getToroidalHaloField(r, pos.z, sinPhi, cosPhi);
-     211           0 :                 b += getXField(r, pos.z, sinPhi, cosPhi);
-     212             :         }
-     213             : 
-     214           0 :         return b;
-     215             : }
-     216             : 
-     217           0 : Vector3d JF12Field::getDiskField(const double& r, const double& z, const double& phi, const double& sinPhi, const double& cosPhi) const {
-     218             :         Vector3d b(0.);
-     219           0 :         if (useDiskField) {
-     220           0 :                 double lfDisk = logisticFunction(z, hDisk, wDisk);
-     221           0 :                 if (r > 3 * kpc) {
-     222             :                         double bMag;
-     223           0 :                         if (r < 5 * kpc) {
-     224             :                                 // molecular ring
-     225           0 :                                 bMag = bRing * (5 * kpc / r) * (1 - lfDisk);
-     226           0 :                                 b.x += -bMag * sinPhi;
-     227           0 :                                 b.y += bMag * cosPhi;
-     228             :                         } else {
-     229             :                                 // spiral region
-     230           0 :                                 double r_negx = r * exp(-(phi - M_PI) / tan90MinusPitch);
-     231           0 :                                 if (r_negx > rArms[7])
-     232           0 :                                         r_negx = r * exp(-(phi + M_PI) / tan90MinusPitch);
-     233           0 :                                 if (r_negx > rArms[7])
-     234           0 :                                         r_negx = r * exp(-(phi + 3 * M_PI) / tan90MinusPitch);
-     235             : 
-     236           0 :                                 for (int i = 7; i >= 0; i--)
-     237           0 :                                         if (r_negx < rArms[i])
-     238           0 :                                                 bMag = bDisk[i];
-     239             : 
-     240           0 :                                 bMag *= (5 * kpc / r) * (1 - lfDisk);
-     241           0 :                                 b.x += bMag * (sinPitch * cosPhi - cosPitch * sinPhi);
-     242           0 :                                 b.y += bMag * (sinPitch * sinPhi + cosPitch * cosPhi);
-     243             :                         }
-     244             :                 }
-     245             :         }
-     246           0 :         return b;
-     247             : }
-     248             : 
-     249           0 : Vector3d JF12Field::getToroidalHaloField(const double& r, const double& z, const double& sinPhi, const double& cosPhi) const {
-     250             :         Vector3d b(0.);
-     251             : 
-     252           0 :         if (useToroidalHaloField && (r * r + z * z > 1 * kpc * kpc)){
-     253             : 
-     254           0 :                 double lfDisk = logisticFunction(z, hDisk, wDisk);
-     255           0 :                 double bMagH = exp(-fabs(z) / z0) * lfDisk;
-     256             : 
-     257           0 :                 if (z >= 0)
-     258           0 :                         bMagH *= bNorth * (1 - logisticFunction(r, rNorth, wHalo));
-     259             :                 else
-     260           0 :                         bMagH *= bSouth * (1 - logisticFunction(r, rSouth, wHalo));
-     261           0 :                 b.x += -bMagH * sinPhi;
-     262           0 :                 b.y += bMagH * cosPhi;
-     263             :         }
-     264           0 :         return b;
-     265             : }
-     266             : 
-     267           0 : Vector3d JF12Field::getXField(const double& r, const double& z, const double& sinPhi, const double& cosPhi) const {
-     268             :         Vector3d b(0.);
-     269             : 
-     270           0 :         if (useXField && (r * r + z * z > 1 * kpc * kpc)){
-     271             :                 double bMagX;
-     272             :                 double sinThetaX, cosThetaX;
-     273             :                 double rp;
-     274           0 :                 double rc = rXc + fabs(z) / tanThetaX0;
-     275           0 :                 if (r < rc) {
-     276             :                         // varying elevation region
-     277           0 :                         rp = r * rXc / rc;
-     278           0 :                         bMagX = bX * exp(-1 * rp / rX) * pow(rXc / rc, 2.);
-     279           0 :                         double thetaX = atan2(fabs(z), (r - rp));
-     280           0 :                         if (z == 0)
-     281             :                                 thetaX = M_PI / 2.;
-     282           0 :                         sinThetaX = sin(thetaX);
-     283           0 :                         cosThetaX = cos(thetaX);
-     284             :                 } else {
-     285             :                         // constant elevation region
-     286           0 :                         rp = r - fabs(z) / tanThetaX0;
-     287           0 :                         bMagX = bX * exp(-rp / rX) * (rp / r);
-     288           0 :                         sinThetaX = sinThetaX0;
-     289           0 :                         cosThetaX = cosThetaX0;
-     290             :                 }
-     291           0 :                 double zsign = z < 0 ? -1 : 1;
-     292           0 :                 b.x += zsign * bMagX * cosThetaX * cosPhi;
-     293           0 :                 b.y += zsign * bMagX * cosThetaX * sinPhi;
-     294           0 :                 b.z += bMagX * sinThetaX;
-     295             :         }
-     296           0 :         return b;
-     297             : }
-     298             : 
-     299           0 : Vector3d JF12Field::getStriatedField(const Vector3d& pos) const {
-     300           0 :         return (getRegularField(pos)
-     301           0 :                         * (1. + sqrtbeta * striatedGrid->closestValue(pos)));
-     302             : }
-     303             : 
-     304           0 : double JF12Field::getTurbulentStrength(const Vector3d& pos) const {
-     305           0 :         if (pos.getR() > 20 * kpc)
-     306             :                 return 0;
-     307             : 
-     308           0 :         double r = sqrt(pos.x * pos.x + pos.y * pos.y); // in-plane radius
-     309           0 :         double phi = pos.getPhi(); // azimuth
-     310             : 
-     311             :         // disk
-     312             :         double bDisk = 0;
-     313           0 :         if (r < 5 * kpc) {
-     314           0 :                 bDisk = bDiskTurb5;
-     315             :         } else {
-     316             :                 // spiral region
-     317           0 :                 double r_negx = r * exp(-(phi - M_PI) / tan90MinusPitch);
-     318           0 :                 if (r_negx > rArms[7])
-     319           0 :                         r_negx = r * exp(-(phi + M_PI) / tan90MinusPitch);
-     320           0 :                 if (r_negx > rArms[7])
-     321           0 :                         r_negx = r * exp(-(phi + 3 * M_PI) / tan90MinusPitch);
-     322             : 
-     323           0 :                 for (int i = 7; i >= 0; i--)
-     324           0 :                         if (r_negx < rArms[i])
-     325           0 :                                 bDisk = bDiskTurb[i];
-     326             : 
-     327           0 :                 bDisk *= (5 * kpc) / r;
-     328             :         }
-     329           0 :         bDisk *= exp(-0.5 * pow(pos.z / zDiskTurb, 2));
-     330             : 
-     331             :         // halo
-     332           0 :         double bHalo = bHaloTurb * exp(-r / rHaloTurb)
-     333           0 :                         * exp(-0.5 * pow(pos.z / zHaloTurb, 2));
-     334             : 
-     335             :         // modulate turbulent field
-     336           0 :         return sqrt(pow(bDisk, 2) + pow(bHalo, 2));
-     337             : }
-     338             : 
-     339           0 : Vector3d JF12Field::getTurbulentField(const Vector3d& pos) const {
-     340           0 :         return (turbulentGrid->interpolate(pos) * getTurbulentStrength(pos));
-     341             : }
-     342             : 
-     343           0 : Vector3d JF12Field::getField(const Vector3d& pos) const {
-     344             :         Vector3d b(0.);
-     345           0 :         if (useTurbulentField)
-     346           0 :                 b += getTurbulentField(pos);
-     347           0 :         if (useStriatedField)
-     348           0 :                 b += getStriatedField(pos);
-     349           0 :         else if (useRegularField)
-     350           0 :                 b += getRegularField(pos);
-     351           0 :         return b;
-     352             : }
-     353             : 
-     354             : 
-     355             : 
-     356           0 : PlanckJF12bField::PlanckJF12bField() : JF12Field::JF12Field(){
-     357             :         // regular field parameters
-     358           0 :         bDisk[5] = -3.5 * muG;
-     359           0 :         bX = 1.8 * muG;
-     360             : 
-     361             :         // turbulent field parameters;
-     362           0 :         bDiskTurb[0] = 3.12 * muG;
-     363           0 :         bDiskTurb[1] = 6.24 * muG;
-     364           0 :         bDiskTurb[2] = 3.12 * muG;
-     365           0 :         bDiskTurb[3] = 6.24 * muG;
-     366           0 :         bDiskTurb[4] = 3.12 * muG;
-     367           0 :         bDiskTurb[5] = 6.24 * muG;
-     368           0 :         bDiskTurb[6] = 3.12 * muG;
-     369           0 :         bDiskTurb[7] = 6.24 * muG;
-     370             : 
-     371           0 :         bDiskTurb5 = 3.90 * muG;
-     372             : 
-     373           0 :         bHaloTurb = 7.332 * muG;
-     374           0 : }
-     375             : 
-     376             : } // namespace crpropa
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LCOV - code coverage report
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Current view:top level - src/magneticField - JF12FieldSolenoidal.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01420.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19JF12FieldSolenoidal15setXScaleHeightEd0
_ZN7crpropa19JF12FieldSolenoidal19setUseStriatedFieldEb0
_ZN7crpropa19JF12FieldSolenoidal20setUseTurbulentFieldEb0
_ZN7crpropa19JF12FieldSolenoidal22setDiskTransitionWidthEd0
_ZN7crpropa19JF12FieldSolenoidal25deactivateOuterTransitionEv0
_ZN7crpropa19JF12FieldSolenoidalC2Edd0
_ZNK7crpropa19JF12FieldSolenoidal12getDiskFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa19JF12FieldSolenoidal15getHPhiIntegralERKdS2_0
_ZNK7crpropa19JF12FieldSolenoidal15getXScaleHeightEv0
_ZNK7crpropa19JF12FieldSolenoidal22getDiskTransitionWidthEv0
_ZNK7crpropa19JF12FieldSolenoidal27getDiskTransitionPolynomialERKd0
_ZNK7crpropa19JF12FieldSolenoidal30getSpiralFieldStrengthConstantERKdS2_0
_ZNK7crpropa19JF12FieldSolenoidal37getDiskTransitionPolynomialDerivativeERKd0
_ZNK7crpropa19JF12FieldSolenoidal9getXFieldERKdS2_S2_S2_0
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LCOV - code coverage report
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Current view:top level - src/magneticField - JF12FieldSolenoidal.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01420.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19JF12FieldSolenoidal15setXScaleHeightEd0
_ZN7crpropa19JF12FieldSolenoidal19setUseStriatedFieldEb0
_ZN7crpropa19JF12FieldSolenoidal20setUseTurbulentFieldEb0
_ZN7crpropa19JF12FieldSolenoidal22setDiskTransitionWidthEd0
_ZN7crpropa19JF12FieldSolenoidal25deactivateOuterTransitionEv0
_ZN7crpropa19JF12FieldSolenoidalC2Edd0
_ZNK7crpropa19JF12FieldSolenoidal12getDiskFieldERKdS2_S2_S2_S2_0
_ZNK7crpropa19JF12FieldSolenoidal15getHPhiIntegralERKdS2_0
_ZNK7crpropa19JF12FieldSolenoidal15getXScaleHeightEv0
_ZNK7crpropa19JF12FieldSolenoidal22getDiskTransitionWidthEv0
_ZNK7crpropa19JF12FieldSolenoidal27getDiskTransitionPolynomialERKd0
_ZNK7crpropa19JF12FieldSolenoidal30getSpiralFieldStrengthConstantERKdS2_0
_ZNK7crpropa19JF12FieldSolenoidal37getDiskTransitionPolynomialDerivativeERKd0
_ZNK7crpropa19JF12FieldSolenoidal9getXFieldERKdS2_S2_S2_0
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LCOV - code coverage report
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Current view:top level - src/magneticField - JF12FieldSolenoidal.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01420.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
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          Line data    Source code
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-       1             : #include "crpropa/magneticField/JF12FieldSolenoidal.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/GridTools.h"
-       4             : #include "crpropa/Random.h"
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8           0 : JF12FieldSolenoidal::JF12FieldSolenoidal(double delta, double zs) {
-       9           0 :         zS = zs; // set scale heigth for the parabolic X field lines
-      10           0 :         r1 = 5 * kpc; // inner boundary of the disk field
-      11           0 :         r2 = 20 * kpc; // outer boudary of the disk field
-      12           0 :         r1s = r1 + delta; // the magnetic flux of the spirals is redirected for r in [r1,r1s]
-      13           0 :         r2s = r2 - delta; // same here at outer boundary between r2s and r2
-      14           0 :         phi0 = 0.; // somewhat arbitrary choice, has to be chosen in [-pi,pi]
-      15             : 
-      16           0 :         for (int i = 1;i < 9; i++){
-      17             :                 // fill the array with angles in [-pi,pi] where the 8 spiral arms intersect the r1 - ring
-      18             :                 // indexing starts at 1 to match the indexing in the papers on the JF12 field!
-      19           0 :                 phi0Arms[i] = M_PI - cotPitch * log(rArms[i-1] / r1);
-      20             :         }
-      21             : 
-      22             :         // cyclic closure of the array, with next values periodically continued
-      23             :         // outside [-pi,pi] to simplify looping and searching for correct spiral arms
-      24           0 :         phi0Arms[0] = phi0Arms[8] + 2 * M_PI;
-      25           0 :         phi0Arms[9] = phi0Arms[1] - 2 * M_PI;
-      26           0 :         phi0Arms[10] = phi0Arms[2] - 2 *M_PI;
-      27             : 
-      28             :         // determine the position of phi0 in the array, i.e. find the correct spiral arm.
-      29             :         int idx0 = 1; // corresponding index in phi0Arms such that phi0Arms[idx0] < phi0 < phi0Arms[idx0-1]
-      30           0 :         while (phi0 < phi0Arms[idx0]){
-      31           0 :                 idx0 += 1; // search clockwise, starting with the check if phi0Arms[1] < phi0 < phi0Arms[0]
-      32             :         }
-      33             : 
-      34             :         // fill the bDisk array with spiral field strengths at r = r1.
-      35             :         // note the indexing starting with 1 here to match the indexing in the JF12 papers!
-      36             :         // for a position (r1,phi), phi in [-pi,pi], the correct field strength is given by
-      37             :         // bDisk[i] if phi0Arms[i] < phi0 < phi0Arms[i-1].
-      38           0 :         bDisk[1] = 0.1 * muG;
-      39           0 :         bDisk[2] = 3.0 * muG;
-      40           0 :         bDisk[3] = -0.9 * muG;
-      41           0 :         bDisk[4] = -0.8 * muG;
-      42           0 :         bDisk[5] = -2.0 * muG;
-      43           0 :         bDisk[6] = -4.2 * muG;
-      44           0 :         bDisk[7] = 0.0 * muG;
-      45             : 
-      46             :         // re-compute b_8 for actual (net flux = 0)-correction of the spiral field with minimal round-off errors
-      47             :         double flux1to7 = 0.;
-      48           0 :         for (int i = 1; i < 8; i++){
-      49           0 :                 flux1to7 += (phi0Arms[i-1] - phi0Arms[i]) * bDisk[i];
-      50             :         }
-      51           0 :         bDisk[8] = -flux1to7 / (phi0Arms[7] - phi0Arms[8]);
-      52             : 
-      53           0 :         bDisk[0] = bDisk[8]; // again close the array periodically
-      54           0 :         bDisk[9] = bDisk[1];
-      55           0 :         bDisk[10] = bDisk[2];
-      56             : 
-      57             :         // set coefficients for the evaluation of the phi-integral over the piecewise constant field strengths at r=r1
-      58             :         // such that it may be evaluated as H(phi) = phiCoeff[j] + bDisk[j] * phi later on
-      59             :         // start integration at phi0Arms[0] first, shift to lower integration boundary phi0 later
-      60           0 :         phiCoeff[0] = 0;
-      61           0 :         for (int i = 1; i < 10; i++){
-      62           0 :                 phiCoeff[i] = phiCoeff[i-1] + (bDisk[i-1] - bDisk[i]) * phi0Arms[i-1];
-      63             :         }
-      64             : 
-      65             :         // correct for H(phi0) = 0
-      66           0 :         corr = phiCoeff[idx0] + bDisk[idx0] * phi0;
-      67           0 :         for (int i = 1; i < 10; i++){
-      68           0 :                 phiCoeff[i] = phiCoeff[i] - corr;
-      69             :         }
-      70           0 : }
-      71             : 
-      72           0 : void JF12FieldSolenoidal::setDiskTransitionWidth(double delta) {
-      73           0 :         r1s = r1 + delta;
-      74           0 :         r2s = r2 - delta;
-      75           0 : }
-      76             : 
-      77           0 : void JF12FieldSolenoidal::setXScaleHeight(double zs) {
-      78           0 :         zS = zs;
-      79           0 : }
-      80             : 
-      81           0 : double JF12FieldSolenoidal::getDiskTransitionWidth() const {
-      82           0 :         return (r1s - r1);
-      83             : }
-      84             : 
-      85           0 : double JF12FieldSolenoidal::getXScaleHeight() const {
-      86           0 :         return zS;
-      87             : }
-      88             : 
-      89           0 : void JF12FieldSolenoidal::deactivateOuterTransition() {
-      90           0 :         r2s = r2;
-      91           0 : }
-      92             : 
-      93           0 : void JF12FieldSolenoidal::setUseStriatedField(bool use) {
-      94           0 :         if ((use) and (striatedGrid)) {
-      95           0 :                 KISS_LOG_WARNING << "JF12FieldSolenoidal: No striated field set: ignored.";
-      96           0 :                 return;
-      97             :         }
-      98           0 :         useStriatedField = use;
-      99             : }
-     100             : 
-     101           0 : void JF12FieldSolenoidal::setUseTurbulentField(bool use) {
-     102           0 :         if ((use) and (turbulentGrid)) {
-     103           0 :                 KISS_LOG_WARNING << "JF12FieldSolenoidal: No turbulent field set: ignored.";
-     104           0 :                 return;
-     105             :         }
-     106           0 :         useTurbulentField = use;
-     107             : }
-     108             : 
-     109           0 : Vector3d JF12FieldSolenoidal::getDiskField(const double& r, const double& z, const double& phi, const double& sinPhi, const double& cosPhi) const {
-     110             :         Vector3d b(0.);
-     111             : 
-     112           0 :         if (useDiskField){
-     113           0 :                 double lfDisk = logisticFunction(z, hDisk, wDisk); // for vertical scaling as in initial JF12
-     114             : 
-     115           0 :                 double hint = getHPhiIntegral(r, phi); // phi integral to restore solenoidality in transition region, only enters if r is in [r1,r1s] or [r2s,r2]
-     116           0 :                 double mag1 = getSpiralFieldStrengthConstant(r, phi); // returns bDisk[j] for the current spiral arm
-     117             : 
-     118           0 :                 if ((r1 < r) && (r < r2)) {
-     119           0 :                         double pdelta = getDiskTransitionPolynomial(r);
-     120           0 :                         double qdelta = getDiskTransitionPolynomialDerivative(r);
-     121           0 :                         double br = pdelta * mag1 * sinPitch;
-     122           0 :                         double bphi = pdelta * mag1 * cosPitch - qdelta * hint * sinPitch;
-     123             : 
-     124           0 :                         b.x += br * cosPhi - bphi * sinPhi;
-     125           0 :                         b.y += br * sinPhi + bphi * cosPhi;
-     126             : 
-     127           0 :                         b *= (1 - lfDisk);
-     128             :                 }
-     129             :         }
-     130           0 :         return b;
-     131             : }
-     132             : 
-     133           0 : Vector3d JF12FieldSolenoidal::getXField(const double& r, const double& z, const double& sinPhi, const double& cosPhi) const {
-     134             :         Vector3d b(0.);
-     135             : 
-     136           0 :         if (useXField){
-     137             :                 double bMagX;
-     138             :                 double sinThetaX, cosThetaX;
-     139             :                 double rp; // radius where current intial field line passes z = 0
-     140           0 :                 double rc = rXc + fabs(z) / tanThetaX0;
-     141           0 :                 double r0c = rXc + zS / tanThetaX0; // radius where field line through rXc passes z = zS
-     142             :                 double f, r0, br0, bz0;
-     143             :                 bool inner = true; // distinguish between inner and outer region
-     144             : 
-     145             :                 // return intial field if z>=zS
-     146           0 :                 if (fabs(z) > zS){
-     147           0 :                         if ((r == 0.)){
-     148           0 :                                 b.z = bX / ((1. + fabs(z) * cotThetaX0 / rXc) * (1. + fabs(z) * cotThetaX0 / rXc));
-     149           0 :                                 return b;
-     150             :                         }
-     151             : 
-     152           0 :                         if (r < rc) {
-     153             :                         // inner varying elevation region
-     154           0 :                                 rp = r * rXc / rc;
-     155           0 :                                 bMagX = bX * exp(-1 * rp / rX) * (rXc / rc) * (rXc / rc);
-     156             : 
-     157           0 :                                 double thetaX = atan(fabs(z) / (r - rp));
-     158             : 
-     159           0 :                                 if (z == 0)
-     160             :                                         thetaX = M_PI / 2.;
-     161             : 
-     162           0 :                                 sinThetaX = sin(thetaX);
-     163           0 :                                 cosThetaX = cos(thetaX);
-     164             :                         }
-     165             :                         else {
-     166             :                         // outer constant elevation region
-     167           0 :                                 rp = r - fabs(z) / tanThetaX0;
-     168           0 :                                 bMagX = bX * exp(-rp / rX) * (rp / r);
-     169             : 
-     170           0 :                                 sinThetaX = sinThetaX0;
-     171           0 :                                 cosThetaX = cosThetaX0;
-     172             :                         }
-     173           0 :                         double zsign = z < 0 ? -1 : 1;
-     174           0 :                         b.x += zsign * bMagX * cosThetaX * cosPhi;
-     175           0 :                         b.y += zsign * bMagX * cosThetaX * sinPhi;
-     176           0 :                         b.z += bMagX * sinThetaX;
-     177             :                 }
-     178             :                 // parabolic field lines for z<zS
-     179             :                 else {
-     180             :                                 // determine r at which parabolic field line through (r,z) passes z = zS
-     181           0 :                                 r0 = r * 1. / (1.- 1./ (2. * (zS + rXc * tanThetaX0)) * (zS - z * z / zS));
-     182             : 
-     183             :                                 // determine correct region (inner/outer)
-     184             :                                 // and compute factor F for solenoidality
-     185           0 :                                 if (r0 >= r0c){
-     186           0 :                                         r0 = r + 1. / (2. * tanThetaX0) * (zS - z * z / zS);
-     187           0 :                                         f = 1. + 1/ (2 * r * tanThetaX0/ zS) * (1. - (z / zS) * (z / zS));
-     188             :                                 }
-     189             :                                 else
-     190             :                                 {
-     191           0 :                                          f = 1. / ((1. - 1./( 2. + 2. * (rXc * tanThetaX0/ zS)) * (1. - (z / zS) * (z / zS))) * (1. - 1./( 2. + 2. * (rXc * tanThetaX0/ zS)) * (1. - (z / zS) * (z / zS))));
-     192             :                                 }
-     193             : 
-     194             :                                 // field strength at that position
-     195           0 :                                 if (r0 < r0c){
-     196           0 :                                          rp = r0 * rXc / r0c;
-     197           0 :                                          double thetaX = atan(zS / (r0 - rp));
-     198             : 
-     199             :                                          // field strength at (r0,zS) for inner region
-     200           0 :                                          br0 = bX * exp(- rp / rX) * (rXc/ r0c) * (rXc/ r0c) * cos(thetaX);
-     201           0 :                                          bz0 = bX * exp(- rp / rX) * (rXc/ r0c) * (rXc/ r0c) * sin(thetaX);
-     202             :                                  }
-     203             :                                  else {
-     204             :                                          // field strength at (r0,zS) for outer region
-     205           0 :                                          rp = r0 - zS / tanThetaX0;
-     206           0 :                                          br0 =  bX * exp(- rp / rX) * (rp/r0) * cosThetaX0;
-     207           0 :                                          bz0 =  bX * exp(- rp / rX) * (rp/r0) * sinThetaX0;
-     208             :                                  }
-     209             : 
-     210           0 :                                  double br = z / zS * f * br0;
-     211           0 :                                  double bz = bz0 * f;
-     212             : 
-     213           0 :                                  b.x += br * cosPhi;
-     214           0 :                                  b.y += br * sinPhi;
-     215           0 :                                  b.z += bz;
-     216             :                 }
-     217             :         }
-     218             :         return b;
-     219             : }
-     220             : 
-     221           0 : double JF12FieldSolenoidal::getDiskTransitionPolynomial(const double& r) const {
-     222             :         // 0 disk field outside
-     223           0 :         if ((r < r1) || (r > r2)) {
-     224             :                 return 0.;
-     225             :         }
-     226             :         // unchanged field
-     227           0 :         if ((r > r1s) && (r < r2s)) {
-     228           0 :                 return r1/r;
-     229             :         }
-     230             :         // transitions region parameters
-     231             :         double r_a = r1;
-     232             :         double r_b = r1s;
-     233             : 
-     234           0 :         if (r >= r2s) {
-     235             :                 r_a = r2;
-     236             :                 r_b = r2s;
-     237             :         }
-     238             :         // differentiable transition at r_s, continous at r_a
-     239           0 :         double fakt = (r_a / r_b - 2.) / ((r_a - r_b) *  (r_a - r_b));
-     240           0 :         return (r1/r_b) * (2. - r / r_b + fakt * (r-r_b) * (r-r_b));
-     241             : }
-     242             : 
-     243           0 : double JF12FieldSolenoidal::getDiskTransitionPolynomialDerivative(const double& r) const {
-     244             :         // 0 disk field outside
-     245           0 :         if ((r < r1) || (r > r2)) {
-     246             :                 return 0.;
-     247             :         }
-     248             :         // unchanged field
-     249           0 :         if ((r > r1s) && (r < r2s)) {
-     250             :                 return 0.;
-     251             :         }
-     252             :         // transitions region parameters
-     253             :         double r_a = r1;
-     254             :         double r_b = r1s;
-     255             : 
-     256           0 :         if (r >= r2s) {
-     257             :                 r_a = r2;
-     258             :                 r_b = r2s;
-     259             :         }
-     260             :         // differentiable transition polynomial at r_s, continous at r_a
-     261           0 :         double fakt = (r_a / r_b - 2.) / ((r_a - r_b) * (r_a - r_b));
-     262           0 :         return (r1/r_b) * (2. - 2. * r/r_b + fakt * (3. * r * r - 4. * r * r_b + r_b * r_b));
-     263             : }
-     264             : 
-     265           0 : double JF12FieldSolenoidal::getHPhiIntegral(const double& r, const double& phi) const {
-     266             :         // Evaluates the H(phi1) integral for solenoidality for the position (r,phi) which is mapped back to (r1=5kpc,phi1)
-     267             :         // along the spiral field line.
-     268             :         double H_ret = 0.;
-     269             : 
-     270           0 :         if ((r1 < r) && (r < r2)){
-     271             :                 // find index of the correct spiral arm for (r1,phi1) just like in getSpiralFieldStrengthConstant
-     272             :                 int idx = 1;
-     273           0 :                 double phi1 = phi - log(r/r1) * cotPitch;
-     274           0 :                 phi1 = atan2(sin(phi1), cos(phi1));
-     275           0 :                 while (phi1 < phi0Arms[idx]){
-     276           0 :                         idx += 1;
-     277             :                 }
-     278           0 :                 H_ret = phi1 * bDisk[idx] + phiCoeff[idx];
-     279             :         }
-     280           0 :         return H_ret;
-     281             : }
-     282             : 
-     283           0 : double JF12FieldSolenoidal::getSpiralFieldStrengthConstant(const double& r, const double& phi) const {
-     284             :         // For a given position (r, phi) in polar coordinates, this method returns the field strength
-     285             :         // of the spiral field at r1 = 5 kpc for the magnetic spiral arm where (r, phi) is located.
-     286             :         // The method first computes the angle phi1 at which the spiral field line passing through (r, phi) intersects
-     287             :         // the circle with radius r1 = 5 kpc. Afterwards, the correct spiral arm is found by searching the index idx
-     288             :         // such that phi0Arms[idx] < phi1 < phi0Arms[idx-1]. The correct field strength of the respective spiral arm
-     289             :         // where (r, phi) is located is then given as bDisk[idx].
-     290             :         double b_ret = 0.;
-     291             :         int idx = 1;
-     292           0 :         if ((r1 < r) && (r < r2)){
-     293           0 :                 double phi1 = phi - log(r/r1) * cotPitch; // map the position (r, phi) to (5 kpc, phi1) along the logarithmic spiral field line
-     294           0 :                 phi1 = atan2(sin(phi1), cos(phi1)); // map this angle to [-pi,+pi]
-     295           0 :                 while (phi1 < phi0Arms[idx]){
-     296           0 :                         idx += 1; // run clockwise through the spiral arms; the cyclic closure of phi0Arms[9] = phi0Arms[1] - 2 pi is needed if -pi <= phi1 <= phi0Arms[8].
-     297             :                 }
-     298           0 :                 b_ret = bDisk[idx];
-     299             :         }
-     300           0 :         return b_ret;
-     301             : }
-     302             : } // namespace crpropa
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Current view:top level - src/magneticField - MagneticField.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:91656.2 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa21PeriodicMagneticField10getExtendsEv0
_ZN7crpropa21PeriodicMagneticField10setExtendsERKNS_7Vector3IdEE0
_ZN7crpropa21PeriodicMagneticField12isReflectiveEv0
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_ZN7crpropa22MagneticFieldEvolutionC2ENS_7ref_ptrINS_13MagneticFieldEEEd1
_ZN7crpropa24RenormalizeMagneticField8getFieldERKNS_7Vector3IdEE1
_ZN7crpropa24RenormalizeMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa17MagneticFieldList8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa19MagneticDipoleField8getFieldERKNS_7Vector3IdEE2
_ZNK7crpropa22MagneticFieldEvolution8getFieldERKNS_7Vector3IdEEd2
_ZN7crpropa17MagneticFieldList8addFieldENS_7ref_ptrINS_13MagneticFieldEEE3
_ZNK7crpropa21PeriodicMagneticField8getFieldERKNS_7Vector3IdEE3
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LCOV - code coverage report
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Current view:top level - src/magneticField - MagneticField.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:91656.2 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa17MagneticFieldList8addFieldENS_7ref_ptrINS_13MagneticFieldEEE3
_ZN7crpropa21PeriodicMagneticField10getExtendsEv0
_ZN7crpropa21PeriodicMagneticField10setExtendsERKNS_7Vector3IdEE0
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_ZN7crpropa21PeriodicMagneticField9setOriginERKNS_7Vector3IdEE0
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_ZN7crpropa21PeriodicMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEERKNS_7Vector3IdEES7_b1
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_ZN7crpropa24RenormalizeMagneticField8getFieldERKNS_7Vector3IdEE1
_ZN7crpropa24RenormalizeMagneticFieldC2ENS_7ref_ptrINS_13MagneticFieldEEENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZNK7crpropa17MagneticFieldList8getFieldERKNS_7Vector3IdEE1
_ZNK7crpropa19MagneticDipoleField8getFieldERKNS_7Vector3IdEE2
_ZNK7crpropa21PeriodicMagneticField8getFieldERKNS_7Vector3IdEE3
_ZNK7crpropa22MagneticFieldEvolution8getFieldERKNS_7Vector3IdEEd2
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LCOV - code coverage report
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Current view:top level - src/magneticField - MagneticField.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:91656.2 %
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-       1             : #include "crpropa/magneticField/MagneticField.h"
-       2             : 
-       3             : namespace crpropa {
-       4             : 
-       5           0 : PeriodicMagneticField::PeriodicMagneticField(ref_ptr<MagneticField> field,
-       6           0 :                 const Vector3d &extends) :
-       7           0 :                 field(field), extends(extends), origin(0, 0, 0), reflective(false) {
-       8             : 
-       9           0 : }
-      10             : 
-      11           1 : PeriodicMagneticField::PeriodicMagneticField(ref_ptr<MagneticField> field,
-      12           1 :                 const Vector3d &extends, const Vector3d &origin, bool reflective) :
-      13           1 :                 field(field), extends(extends), origin(origin), reflective(reflective) {
-      14             : 
-      15           1 : }
-      16             : 
-      17           0 : Vector3d &PeriodicMagneticField::getOrigin() {
-      18           0 :         return origin;
-      19             : }
-      20             : 
-      21           0 : void PeriodicMagneticField::setOrigin(const Vector3d &origin) {
-      22             :         this->origin = origin;
-      23           0 : }
-      24             : 
-      25           0 : Vector3d &PeriodicMagneticField::getExtends() {
-      26           0 :         return extends;
-      27             : }
-      28             : 
-      29           0 : void PeriodicMagneticField::setExtends(const Vector3d &origin) {
-      30             :         this->extends = extends;
-      31           0 : }
-      32             : 
-      33           0 : bool PeriodicMagneticField::isReflective() {
-      34           0 :         return reflective;
-      35             : }
-      36             : 
-      37           0 : void PeriodicMagneticField::setReflective(bool reflective) {
-      38           0 :         this->reflective = reflective;
-      39           0 : }
-      40             : 
-      41           3 : Vector3d PeriodicMagneticField::getField(const Vector3d &position) const {
-      42           3 :         Vector3d n = ((position - origin) / extends).floor();
-      43             :         Vector3d p = position - origin - n * extends;
-      44             : 
-      45           3 :         if (reflective) {
-      46           3 :                 long mx = (long) ::fabs(n.x) % 2;
-      47           3 :                 if (mx == 1)
-      48           2 :                         p.x = extends.x - p.x;
-      49           3 :                 long my = (long) ::fabs(n.y) % 2;
-      50           3 :                 if (my == 1)
-      51           0 :                         p.y = extends.y - p.y;
-      52           3 :                 long mz = (long) ::fabs(n.z) % 2;
-      53           3 :                 if (mz == 1)
-      54           2 :                         p.z = extends.z - p.z;
-      55             :         }
-      56             : 
-      57           3 :         return field->getField(p);
-      58             : }
-      59             : 
-      60           3 : void MagneticFieldList::addField(ref_ptr<MagneticField> field) {
-      61           3 :         fields.push_back(field);
-      62           3 : }
-      63             : 
-      64           1 : Vector3d MagneticFieldList::getField(const Vector3d &position) const {
-      65             :         Vector3d b;
-      66           4 :         for (int i = 0; i < fields.size(); i++)
-      67           3 :                 b += fields[i]->getField(position);
-      68           1 :         return b;
-      69             : }
-      70             : 
-      71           1 : MagneticFieldEvolution::MagneticFieldEvolution(ref_ptr<MagneticField> field,
-      72           1 :         double m) :
-      73           1 :         field(field), m(m) {
-      74           1 : }
-      75             : 
-      76           2 : Vector3d MagneticFieldEvolution::getField(const Vector3d &position,
-      77             :         double z) const {
-      78           2 :         return field->getField(position) * pow(1+z, m);
-      79             : }
-      80             : 
-      81           2 : Vector3d MagneticDipoleField::getField(const Vector3d &position) const {
-      82             :                 Vector3d r = (position - origin);
-      83           2 :                 Vector3d unit_r = r.getUnitVector();
-      84             :                 
-      85           2 :                 if (r.getR() == 0) { // singularity
-      86             :                         return moment * 2 * mu0 / 3;
-      87             :                 }
-      88           2 :                 return (unit_r * (unit_r.dot(moment)) * 3 - moment) / pow(r.getR() / radius, 3) * mu0 / (4*M_PI);
-      89             : }
-      90             : 
-      91             : #ifdef CRPROPA_HAVE_MUPARSER
-      92           1 : RenormalizeMagneticField::RenormalizeMagneticField(ref_ptr<MagneticField> field,
-      93           1 :                 std::string expression) :
-      94           2 :                 field(field), expression(expression) {
-      95             : 
-      96           1 :         p =  new mu::Parser();
-      97           1 :         p->DefineVar("B", &Bmag);
-      98           1 :         p->DefineConst("tesla", tesla);
-      99           1 :         p->DefineConst("gauss", gauss);
-     100           1 :         p->DefineConst("muG", muG);
-     101           1 :         p->DefineConst("nG", nG);
-     102           1 :         p->SetExpr(expression);
-     103           1 : }
-     104             : 
-     105           1 : Vector3d RenormalizeMagneticField::getField(const Vector3d &position) {
-     106           1 :         Vector3d B = field->getField(position);
-     107           1 :         Bmag = B.getR();
-     108           1 :         return B * p->Eval();
-     109             : }
-     110             : #endif
-     111             : 
-     112             : } // namespace crpropa
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_ZN7crpropa17MagneticFieldGrid7getGridEv0
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_ZN7crpropa17MagneticFieldGridC2ENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEE0
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_ZNK7crpropa17MagneticFieldGrid8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa26ModulatedMagneticFieldGrid8getFieldERKNS_7Vector3IdEE0
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_ZNK7crpropa17MagneticFieldGrid8getFieldERKNS_7Vector3IdEE0
_ZNK7crpropa26ModulatedMagneticFieldGrid8getFieldERKNS_7Vector3IdEE0
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-       1             : #include "crpropa/magneticField/MagneticFieldGrid.h"
-       2             : 
-       3             : namespace crpropa {
-       4             : 
-       5           0 : MagneticFieldGrid::MagneticFieldGrid(ref_ptr<Grid3f> grid) {
-       6           0 :         setGrid(grid);
-       7           0 : }
-       8             : 
-       9           0 : void MagneticFieldGrid::setGrid(ref_ptr<Grid3f> grid) {
-      10           0 :         this->grid = grid;
-      11           0 : }
-      12             : 
-      13           0 : ref_ptr<Grid3f> MagneticFieldGrid::getGrid() {
-      14           0 :         return grid;
-      15             : }
-      16             : 
-      17           0 : Vector3d MagneticFieldGrid::getField(const Vector3d &pos) const {
-      18           0 :         return grid->interpolate(pos);
-      19             : }
-      20             : 
-      21           0 : ModulatedMagneticFieldGrid::ModulatedMagneticFieldGrid(ref_ptr<Grid3f> grid,
-      22           0 :                 ref_ptr<Grid1f> modGrid) {
-      23             :         grid->setReflective(false);
-      24             :         modGrid->setReflective(true);
-      25           0 :         setGrid(grid);
-      26           0 :         setModulationGrid(modGrid);
-      27           0 : }
-      28             : 
-      29           0 : void ModulatedMagneticFieldGrid::setGrid(ref_ptr<Grid3f> g) {
-      30           0 :         grid = g;
-      31           0 : }
-      32             : 
-      33           0 : ref_ptr<Grid3f> ModulatedMagneticFieldGrid::getGrid() {
-      34           0 :         return grid;
-      35             : }
-      36             : 
-      37           0 : void ModulatedMagneticFieldGrid::setModulationGrid(ref_ptr<Grid1f> g) {
-      38           0 :         modGrid = g;
-      39           0 : }
-      40             : 
-      41           0 : ref_ptr<Grid1f> ModulatedMagneticFieldGrid::getModulationGrid() {
-      42           0 :         return modGrid;
-      43             : }
-      44             : 
-      45           0 : void ModulatedMagneticFieldGrid::setReflective(bool gridReflective,
-      46             :                 bool modGridReflective) {
-      47             :         grid->setReflective(gridReflective);
-      48             :         modGrid->setReflective(modGridReflective);
-      49           0 : }
-      50             : 
-      51           0 : Vector3d ModulatedMagneticFieldGrid::getField(const Vector3d &pos) const {
-      52           0 :         float m = modGrid->interpolate(pos);
-      53           0 :         Vector3d b = grid->interpolate(pos);
-      54           0 :         return b * m;
-      55             : }
-      56             : 
-      57             : } // namespace crpropa
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_ZN7crpropa9PT11Field10isUsingASSEv0
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-       1             : #include "crpropa/magneticField/PT11Field.h"
-       2             : #include "crpropa/Units.h"
-       3             : 
-       4             : #include <algorithm>
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8           0 : PT11Field::PT11Field() : useASS(true), useBSS(false), useHalo(true) {
-       9             :         // disk parameters
-      10           0 :         d = - 0.6 * kpc;
-      11           0 :         R_sun = 8.5 * kpc;
-      12           0 :         R_c = 5.0 * kpc;
-      13           0 :         z0_D = 1.0 * kpc;
-      14           0 :         B0_D = 2.0 * muG;
-      15             : 
-      16             :         // halo parameters
-      17           0 :         z0_H = 1.3 * kpc;
-      18           0 :         R0_H = 8.0 * kpc;
-      19           0 :         B0_Hn = 4.0 * muG;
-      20           0 :         B0_Hs = 4.0 * muG;
-      21           0 :         z11_H = 0.25 * kpc;
-      22           0 :         z12_H = 0.4 * kpc;
-      23             : 
-      24             :         // set ASS specific parameters
-      25           0 :         setUseASS(true);
-      26           0 : }
-      27             : 
-      28           0 : void PT11Field::SetParams() {
-      29           0 :         cos_pitch = cos(pitch);
-      30           0 :         sin_pitch = sin(pitch);
-      31           0 :         PHI = cos_pitch / sin_pitch * log1p(d / R_sun) - M_PI / 2;
-      32           0 :         cos_PHI = cos(PHI);
-      33           0 : }
-      34             : 
-      35           0 : void PT11Field::setUseASS(bool use) {
-      36           0 :         useASS = use;
-      37           0 :         if (not(use))
-      38             :                 return;
-      39             : 
-      40           0 :         if (useBSS) {
-      41             :                 std::cout << "PT11Field: Disk field changed to ASS" << std::endl;
-      42           0 :                 useBSS = false;
-      43             :         }
-      44             : 
-      45           0 :         pitch = -5.0 * M_PI / 180;
-      46           0 :         B0_Hs = 2.0 * muG;
-      47           0 :         SetParams();
-      48             : }
-      49             : 
-      50           0 : void PT11Field::setUseBSS(bool use) {
-      51           0 :         useBSS = use;
-      52           0 :         if (not(use))
-      53             :                 return;
-      54             : 
-      55           0 :         if (useASS) {
-      56             :                 std::cout << "PT11Field: Disk field changed to BSS" << std::endl;
-      57           0 :                 useASS = false;
-      58             :         }
-      59             : 
-      60           0 :         pitch = -6.0 * M_PI / 180;
-      61           0 :         B0_Hs = 4.0 * muG;
-      62           0 :         SetParams();
-      63             : }
-      64             : 
-      65           0 : void PT11Field::setUseHalo(bool use) {
-      66           0 :         useHalo = use;
-      67           0 : }
-      68             : 
-      69           0 : bool PT11Field::isUsingASS() {
-      70           0 :         return useASS;
-      71             : }
-      72             : 
-      73           0 : bool PT11Field::isUsingBSS() {
-      74           0 :         return useBSS;
-      75             : }
-      76             : 
-      77           0 : bool PT11Field::isUsingHalo() {
-      78           0 :         return useHalo;
-      79             : }
-      80             : 
-      81           0 : Vector3d PT11Field::getField(const Vector3d& pos) const {
-      82           0 :         double r = sqrt(pos.x * pos.x + pos.y * pos.y);  // in-plane radius
-      83             : 
-      84             :         Vector3d b(0.);
-      85             : 
-      86             :         // disk field
-      87           0 :         if ((useASS) or (useBSS)) {
-      88             :                 // PT11 paper has B_theta = B * cos(p) but this seems because they define azimuth clockwise, while we have anticlockwise.
-      89             :                 // see Tinyakov 2002 APh 18,165: "local field points to l=90+p" so p=-5 deg gives l=85 and hence clockwise from above.
-      90             :                 // so to get local B clockwise in our system, need minus (like Sun etal).
-      91             :                 // Ps base their system on Han and Qiao 1994 A&A 288,759 which has a diagram with azimuth clockwise, hence confirmed.
-      92             : 
-      93             :                 // PT11 paper define Earth position at (+8.5, 0, 0) kpc; but usual convention is (-8.5, 0, 0)
-      94             :                 // thus we have to rotate our position by 180 degree in azimuth
-      95           0 :                 double theta = M_PI - pos.getPhi();  // azimuth angle theta: PT11 paper uses opposite convention for azimuth
-      96             :                 // the following is equivalent to sin(pi - phi) and cos(pi - phi) which is computationally slower
-      97           0 :                 double cos_theta = - pos.x / r;
-      98           0 :                 double sin_theta = pos.y / r;
-      99             : 
-     100             :                 // After some geometry calculations (on whiteboard) one finds:
-     101             :                 // Bx = +cos(theta) * B_r - sin(theta) * B_{theta}
-     102             :                 // By = -sin(theta) * B_r - cos(theta) * B_{theta}
-     103             :                 // Use from paper: B_theta = B * cos(pitch)     and B_r = B * sin(pitch)
-     104           0 :                 b.x = sin_pitch * cos_theta - cos_pitch * sin_theta;
-     105           0 :                 b.y = - sin_pitch * sin_theta - cos_pitch * cos_theta;
-     106             :                 b *= -1;        // flip magnetic field direction, as B_{theta} and B_{phi} refering to 180 degree rotated field
-     107             : 
-     108           0 :                 double bMag = cos(theta - cos_pitch / sin_pitch * log(r / R_sun) + PHI);
-     109           0 :                 if (useASS)
-     110           0 :                         bMag = fabs(bMag);
-     111           0 :                 bMag *= B0_D * R_sun / std::max(r, R_c) / cos_PHI * exp(-fabs(pos.z) / z0_D);
-     112             :                 b *= bMag;
-     113             :         }
-     114             : 
-     115             :         // halo field
-     116           0 :         if (useHalo) {
-     117           0 :                 double bMag = (pos.z > 0 ? B0_Hn : - B0_Hs);
-     118           0 :                 double z1 = (fabs(pos.z) < z0_H ? z11_H : z12_H);
-     119           0 :                 bMag *= r / R0_H * exp(1 - r / R0_H) / (1 + pow((fabs(pos.z) - z0_H) / z1, 2.));
-     120             :                 // equation (8) in paper: theta uses now the conventional azimuth definition in contrast to equation (3)
-     121             :                 // cos(phi) = pos.x / r (phi going counter-clockwise)
-     122             :                 // sin(phi) = pos.y / r
-     123             :                 // unitvector of phi in polar coordinates: (-sin(phi), cos(phi), 0)
-     124           0 :                 b += bMag * Vector3d(-pos.y / r, pos.x / r, 0);
-     125             :         }
-     126             : 
-     127           0 :         return b;
-     128             : }
-     129             : 
-     130             : } // namespace crpropa
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Current view:top level - src/magneticField - PolarizedSingleModeMagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:153246.9 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa32PolarizedSingleModeMagneticFieldC2ERKdS2_S2_RKNS_7Vector3IdEES6_S6_NSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEESC_SC_1
_ZNK7crpropa32PolarizedSingleModeMagneticField8getFieldERKNS_7Vector3IdEE1
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Current view:top level - src/magneticField - PolarizedSingleModeMagneticField.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:153246.9 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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-       1             : #include "crpropa/magneticField/PolarizedSingleModeMagneticField.h"
-       2             : 
-       3             : namespace crpropa {
-       4             : 
-       5           1 : PolarizedSingleModeMagneticField::PolarizedSingleModeMagneticField( const double &B_0, const double &wavelength, const double &sigma, const Vector3d &r_0, const Vector3d &e_1, const Vector3d &e_2, std::string flagAmplitudeRms, std::string flagPolarizationHelicity, std::string flagMode ) {
-       6           1 :         if (flagMode == "elliptical") {
-       7           1 :                 if (abs(sigma) > 1)
-       8           0 :                         throw std::runtime_error("PolarizedSingleModeMagneticField: The value of the  polarization parameter has to lie in the range [-1;+1].");
-       9             :         }
-      10           0 :         else if (flagMode == "circular") {
-      11           0 :                 if (abs(sigma) != 1)
-      12           0 :                         throw std::runtime_error("PolarizedSingleModeMagneticField: For circular polarization the value of the polarization parameter has to be equal to -1 or +1.");
-      13             :         }
-      14           0 :         else if (flagMode == "linear") {
-      15           0 :                 if (abs(sigma) != 0)
-      16           0 :                         throw std::runtime_error("PolarizedSingleModeMagneticField: For linear polarization the value of the polarization parameter has to be equal to 0.");
-      17             :         }
-      18             :         else
-      19           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Wrong value for flagMode. Please choose \"elliptical\" or \"circular\" or \"linear\".");
-      20             : 
-      21           1 :         if (e_1.dot(e_2) != 0)
-      22           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: e_1 and e_2 have to be orthogonal to each other.");
-      23             : 
-      24           1 :         if (e_1.getR() == 0)
-      25           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Vector e_1 cannot be zero.");
-      26             :         unitVector_1 = e_1 / e_1.getR();
-      27             : 
-      28           1 :         if (e_2.getR() == 0)
-      29           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Vector e_2 cannot be zero.");
-      30             :         unitVector_2 = e_2 / e_2.getR();
-      31             : 
-      32             :         wavevector = e_2.cross(e_1);
-      33             : 
-      34             :         //This check is necessary if a polarization with non-orthogonal spanning vectors is desired. This is not implemented in this version, so any corresponding modifications should be made with caution.
-      35             :         //if (wavevector.getR() == 0)
-      36             :         //        throw std::runtime_error("PolarizedSingleModeMagneticField: e_1 cannot be parallel to e_2.");
-      37             : 
-      38             :         wavevector = wavevector / wavevector.getR();
-      39             : 
-      40           1 :         if (wavelength == 0)
-      41           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: The correlation length cannot be zero.");
-      42             :         wavevector = wavevector * 2 * M_PI / wavelength;
-      43             : 
-      44           2 :         if (!((flagPolarizationHelicity == "helicity") || (flagPolarizationHelicity == "polarization")))
-      45           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Wrong value for flagPolarizationHelicity. Please choose \"polarization\" or \"helicity\".");
-      46           1 :         if (flagPolarizationHelicity == "helicity" && abs(sigma) != 1)
-      47           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: In helicity mode only the maximum helicity case (sigma = +1 or sigma = -1) may be chosen.");
-      48             : 
-      49           1 :         if (flagAmplitudeRms == "amplitude")
-      50           1 :                 B_max = B_0;
-      51           0 :         else if (flagAmplitudeRms == "rms")
-      52           0 :                 B_max = sqrt(2 / (1 + sigma * sigma)) * B_0;
-      53             :         else
-      54           0 :                 throw std::runtime_error("PolarizedSingleModeMagneticField: Wrong value for flagAmplitudeRms. Please choose \"amplitude\" or \"rms\".");
-      55             : 
-      56             :         this->r_0 = r_0;
-      57           1 :         this->sigma = sigma;
-      58           1 : }
-      59             : 
-      60           1 : Vector3d PolarizedSingleModeMagneticField::getField(const Vector3d &position) const {
-      61             :         Vector3d delta_r = position - r_0;
-      62             : 
-      63           1 :         return B_max * (unitVector_1 * cos(wavevector.dot(delta_r)) + unitVector_2 * sigma * sin(wavevector.dot(delta_r)));
-      64             : }
-      65             : 
-      66             : } //end namespace crpropa
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Current view:top level - src/magneticField - TF17Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01960.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
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Function Name Sort by function nameHit count Sort by hit count
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Current view:top level - src/magneticField - TF17Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01960.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9TF17Field10set_H_diskEd0
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LCOV - code coverage report
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Current view:top level - src/magneticField - TF17Field.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:01960.0 %
Date:2024-04-08 14:58:22Functions:0290.0 %
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-       1             : #include "crpropa/magneticField/TF17Field.h"
-       2             : #include "crpropa/Units.h"
-       3             : 
-       4             : #include <algorithm>
-       5             : #include <string>
-       6             : 
-       7             : namespace crpropa {
-       8             : using namespace std;
-       9             : 
-      10           0 : TF17Field::TF17Field(TF17DiskModel disk_model_, TF17HaloModel halo_model_) {
-      11           0 :     disk_model = disk_model_; 
-      12           0 :     halo_model = halo_model_;
-      13             : 
-      14           0 :     useHaloField = true;
-      15           0 :     useDiskField = true;
-      16             : 
-      17           0 :     if ((halo_model == TF17HaloModel::C0) && (disk_model == TF17DiskModel::Ad1)) {
-      18             :         // disk parameters
-      19           0 :         set_r1_disk(3 * kpc);
-      20           0 :         set_B1_disk(19.0 * muG);
-      21           0 :         set_H_disk(0.055 * kpc);
-      22           0 :         set_phi_star_disk(-54 * M_PI / 180);
-      23           0 :         set_a_disk(0.9 / kpc / kpc);
-      24             :         // halo parameters
-      25           0 :         set_z1_halo(0);
-      26           0 :         set_B1_halo(0.36 * muG);
-      27           0 :         set_L_halo(3.0 * kpc);
-      28           0 :         set_a_halo(1.17 / kpc / kpc);
-      29             :         // shared parameters
-      30           0 :         set_p0(-7.9 * M_PI / 180);
-      31           0 :         set_Hp(5 * kpc);
-      32           0 :         set_Lp(50 * kpc); // > 18 kpc
-      33             :             
-      34           0 :     } else if ((halo_model == TF17HaloModel::C0) && (disk_model == TF17DiskModel::Bd1)) {
-      35             :         // disk parameters
-      36           0 :         set_r1_disk(3 * kpc);
-      37           0 :         set_B1_disk(2.0 * muG);
-      38           0 :         set_H_disk(0.32 * kpc);
-      39           0 :         set_phi_star_disk(153 * M_PI / 180);
-      40             :         // halo parameters
-      41           0 :         set_z1_halo(0);
-      42           0 :         set_B1_halo(0.29 * muG);
-      43           0 :         set_L_halo(3.4 * kpc);
-      44           0 :         set_a_halo(0.88 / kpc / kpc);
-      45             :         // shared parameters
-      46           0 :         set_p0(-7.2 * M_PI / 180);
-      47           0 :         set_Hp(9 * kpc);
-      48           0 :         set_Lp(50 * kpc); // > 16 kpc
-      49             : 
-      50           0 :     } else if ((halo_model == TF17HaloModel::C0) && (disk_model == TF17DiskModel::Dd1)) {
-      51             :         // disk parameters
-      52           0 :         set_z1_disk(1.5 * kpc);
-      53           0 :         set_B1_disk(0.065 * muG);
-      54           0 :         set_L_disk(9.8 * kpc);
-      55           0 :         set_phi_star_disk(14 * M_PI / 180);
-      56             :         // halo parameters
-      57           0 :         set_z1_halo(0);
-      58           0 :         set_B1_halo(0.18 * muG);
-      59           0 :         set_L_halo(4.8 * kpc);
-      60           0 :         set_a_halo(0.61 / kpc / kpc);
-      61             :         // shared parameters
-      62           0 :         set_p0(-7.4 * M_PI / 180);
-      63           0 :         set_Hp(4.2 * kpc);
-      64           0 :         set_Lp(50 * kpc); // > 22 kpc
-      65             : 
-      66           0 :     } else if ((halo_model == TF17HaloModel::C1) && (disk_model == TF17DiskModel::Ad1)) {
-      67             :         // disk parameters
-      68           0 :         set_r1_disk(3 * kpc);
-      69           0 :         set_B1_disk(32.0 * muG);
-      70           0 :         set_H_disk(0.054 * kpc);
-      71           0 :         set_phi_star_disk(-31 * M_PI / 180);
-      72           0 :         set_a_disk(0.031 / kpc / kpc);
-      73             :         // halo parameters
-      74           0 :         set_z1_halo(0);
-      75           0 :         set_B1_halo(9.0 * muG);
-      76           0 :         set_L_halo(2.1 * kpc);
-      77           0 :         set_phi_star_halo(198 * M_PI / 180);
-      78           0 :         set_a_halo(0.33 / kpc / kpc);
-      79             :         // shared parameters
-      80           0 :         set_p0(-9.1 * M_PI / 180);
-      81           0 :         set_Hp(1.2 * kpc);
-      82           0 :         set_Lp(50 * kpc); // > 38 kpc
-      83             : 
-      84           0 :     } else if ((halo_model == TF17HaloModel::C1) && (disk_model == TF17DiskModel::Bd1)) {
-      85             :         // disk parameters
-      86           0 :         set_r1_disk(3 * kpc);
-      87           0 :         set_B1_disk(24 * muG);
-      88           0 :         set_H_disk(0.090 * kpc);
-      89           0 :         set_phi_star_disk(-34 * M_PI / 180);
-      90             :         // halo parameters
-      91           0 :         set_z1_halo(0);
-      92           0 :         set_B1_halo(8.2 * muG);
-      93           0 :         set_L_halo(2.2 * kpc);
-      94           0 :         set_phi_star_halo(197 * M_PI / 180);
-      95           0 :         set_a_halo(0.38 / kpc / kpc);
-      96             :         // shared parameters
-      97           0 :         set_p0(-9.0 * M_PI / 180);
-      98           0 :         set_Hp(1.2 * kpc);
-      99           0 :         set_Lp(50 * kpc); // > 38 kpc
-     100             : 
-     101           0 :     } else if ((halo_model == TF17HaloModel::C1) && (disk_model == TF17DiskModel::Dd1)) {
-     102             :         // disk parameters
-     103           0 :         set_z1_disk(1.5 * kpc);
-     104           0 :         set_B1_disk(0.40 * muG);
-     105           0 :         set_L_disk(2.9 * kpc);
-     106           0 :         set_phi_star_disk(120 * M_PI / 180);
-     107             :         // halo parameters
-     108           0 :         set_z1_halo(0);
-     109           0 :         set_B1_halo(9.5 * muG);
-     110           0 :         set_L_halo(2.1 * kpc);
-     111           0 :         set_phi_star_halo(179 * M_PI / 180);
-     112           0 :         set_a_halo(0.45 / kpc / kpc);
-     113             :         // shared parameters
-     114           0 :         set_p0(-8.4 * M_PI / 180);
-     115           0 :         set_Hp(1.2 * kpc);
-     116           0 :         set_Lp(50 * kpc); // > 30 kpc
-     117             :     }
-     118             : 
-     119           0 :     epsilon = std::numeric_limits<double>::epsilon();
-     120           0 : }
-     121             : 
-     122           0 : void TF17Field::setUseDiskField(bool use) {     useDiskField = use; }
-     123           0 : void TF17Field::setUseHaloField(bool use) { useHaloField = use; }
-     124             : 
-     125           0 : bool TF17Field::isUsingDiskField() { return useDiskField; }
-     126           0 : bool TF17Field::isUsingHaloField() { return useHaloField; }
-     127             : 
-     128           0 : void TF17Field::set_B1_disk(const double B1){ B1_disk = B1; }
-     129           0 : void TF17Field::set_z1_disk(const double z1){ z1_disk = z1; }
-     130           0 : void TF17Field::set_r1_disk(const double r1){ r1_disk = r1; }
-     131           0 : void TF17Field::set_H_disk(const double H){ H_disk = H; }
-     132           0 : void TF17Field::set_L_disk(const double L){ L_disk = L; }
-     133           0 : void TF17Field::set_a_disk(const double a){ a_disk = a; }
-     134           0 : void TF17Field::set_phi_star_disk(const double phi){ phi_star_disk = phi; }
-     135             : 
-     136           0 : void TF17Field::set_B1_halo(const double B1){ B1_halo = B1; }
-     137           0 : void TF17Field::set_z1_halo(const double z1){ z1_halo = z1; }
-     138           0 : void TF17Field::set_L_halo(const double L){ L_halo = L; }
-     139           0 : void TF17Field::set_a_halo(const double a){ a_halo = a; }
-     140           0 : void TF17Field::set_phi_star_halo(const double phi){ phi_star_halo = phi; }
-     141             : 
-     142           0 : void TF17Field::set_Hp(const double H){ H_p = H; }
-     143           0 : void TF17Field::set_Lp(const double L){ L_p = L; }
-     144           0 : void TF17Field::set_p0(const double p0){ 
-     145           0 :     p_0 = p0; 
-     146           0 :     cot_p0 = cos(p_0) / sin(p_0);
-     147           0 : }
-     148             : 
-     149           0 : string TF17Field::getDiskModel() const {
-     150             :     string model_name;
-     151           0 :     switch (disk_model) {
-     152             :         case TF17DiskModel::Ad1 : model_name = "Ad1"; break;
-     153             :         case TF17DiskModel::Bd1 : model_name = "Bd1"; break;
-     154             :         case TF17DiskModel::Dd1 : model_name = "Dd1"; break;
-     155             :     }
-     156           0 :     return model_name;
-     157             : }
-     158           0 : string TF17Field::getHaloModel() const {
-     159             :     string model_name;
-     160           0 :     switch (halo_model) {
-     161             :         case TF17HaloModel::C0 : model_name = "C0"; break;
-     162             :         case TF17HaloModel::C1 : model_name = "C1"; break;
-     163             :     }
-     164           0 :     return model_name;
-     165             : }
-     166             : 
-     167             : 
-     168           0 : Vector3d TF17Field::getField(const Vector3d& pos) const {
-     169           0 :         double r = sqrt(pos.x * pos.x + pos.y * pos.y);  // in-plane radius
-     170           0 :         double phi = M_PI - pos.getPhi(); // azimuth in our convention
-     171             :         // double cosPhi = pos.x / r;
-     172           0 :         double cosPhi = cos(phi);
-     173             :         // double sinPhi = pos.y / r;
-     174           0 :         double sinPhi = sin(phi);
-     175             : 
-     176             :         Vector3d b(0.);
-     177           0 :         if (useDiskField)
-     178           0 :                 b += getDiskField(r, pos.z, phi, sinPhi, cosPhi);       // disk field
-     179           0 :         if (useHaloField)
-     180           0 :                 b += getHaloField(r, pos.z, phi, sinPhi, cosPhi);       // halo field
-     181           0 :         return b;
-     182             : }
-     183             : 
-     184           0 : Vector3d TF17Field::getDiskField(const double& r, const double& z, const double& phi, const double& sinPhi, const double& cosPhi) const {
-     185             :         Vector3d b(0.);
-     186           0 :     double B_r = 0;
-     187             :     double B_phi = 0;
-     188           0 :     double B_z = 0;
-     189             : 
-     190           0 :     if (disk_model == TF17DiskModel::Ad1) { // ==========================================================
-     191           0 :         if (r > r1_disk) {
-     192           0 :             double z1_disk_z = (1. + a_disk * r1_disk * r1_disk) / (1. + a_disk * r * r); // z1_disk / z
-     193             :             // B components in (r, phi, z)
-     194           0 :             double B_r0 = radialFieldScale(B1_disk, phi_star_disk, z1_disk_z*z, phi, r, z);
-     195           0 :             B_r = (r1_disk / r) * z1_disk_z * B_r0;
-     196           0 :             B_z = 2 * a_disk * r1_disk * z1_disk_z*z / (1+ a_disk * r * r) * B_r0;
-     197           0 :             B_phi = azimuthalFieldComponent(r, z, B_r, B_z);
-     198             :         } else {
-     199             :             // within r = r1_disk, the field lines are straight in direction g_phi + phi_star_disk
-     200             :             // and thus z = z1
-     201           0 :             double phi1_disk = shiftedWindingFunction(r1_disk, z) + phi_star_disk;
-     202           0 :             double B_amp = B1_disk * exp(-fabs(z) / H_disk);
-     203           0 :             B_r = cos(phi1_disk - phi) * B_amp;
-     204           0 :             B_phi = sin(phi1_disk - phi) * B_amp;
-     205             :         }
-     206             : 
-     207           0 :     } else if (disk_model == TF17DiskModel::Bd1) { // ===================================================
-     208             :         // for model Bd1, best fit for n = 2 
-     209           0 :         if ( r > epsilon ) {
-     210           0 :             double r1_disk_r = r1_disk / r;     
-     211           0 :             double z1_disk_z = 5. / (r1_disk_r*r1_disk_r + 4./sqrt(r1_disk_r)); // z1_disk / z -> remove z dependancy 
-     212           0 :             double B_r0 = radialFieldScale(B1_disk, phi_star_disk, z1_disk_z*z, phi, r, z);
-     213           0 :             B_r = r1_disk_r * z1_disk_z * B_r0;
-     214           0 :             B_z = -0.4 * r1_disk_r / r * z1_disk_z* z1_disk_z * z * (r1_disk_r*r1_disk_r - 1./sqrt(r1_disk_r)) * B_r0;
-     215             :         } else {
-     216           0 :             double z1_disk_z = 5. * r*r / (r1_disk*r1_disk); // z1_disk / z -> remove z dependancy 
-     217           0 :             double B_r0 = radialFieldScale(B1_disk, phi_star_disk, z1_disk_z*z, phi, r, z);
-     218           0 :             B_r = 5. * r / r1_disk * B_r0;
-     219           0 :             B_z = -10. * z / r1_disk * B_r0;
-     220             :         }
-     221           0 :         B_phi = azimuthalFieldComponent(r, z, B_r, B_z);
-     222             : 
-     223           0 :     } else if (disk_model == TF17DiskModel::Dd1) { // ===================================================
-     224             :         // for model Dd1, best fit for n = 0.5 
-     225           0 :         double z_sign = z >= 0 ? 1. : -1.; 
-     226           0 :         double z_abs = fabs(z); 
-     227           0 :         if ( z_abs > epsilon ) {
-     228           0 :             double z1_disk_z = z1_disk / z_abs; 
-     229           0 :             double r1_disk_r = 1.5 / (sqrt(z1_disk_z) + 0.5/z1_disk_z); // r1_disk / r
-     230           0 :             double F_r = r1_disk_r*r  <= L_disk ? 1. : exp(1. - r1_disk_r*r/L_disk);
-     231             :         // simplication of the equation in the cosinus
-     232           0 :             double B_z0 = z_sign * B1_disk * F_r * cos(phi - shiftedWindingFunction(r, z) - phi_star_disk);
-     233           0 :             B_r = -0.5/1.5 * r1_disk_r * r1_disk_r * r1_disk_r * r / z_abs * (sqrt(z1_disk_z) - 1/z1_disk_z) * B_z0;
-     234           0 :             B_z = z_sign * r1_disk_r * r1_disk_r * B_z0;
-     235             :         } else {
-     236           0 :             double z_z1_disk = z_abs / z1_disk; 
-     237           0 :             double r1_disk_r = 1.5 * sqrt(z_abs / z1_disk); // r1_disk / r
-     238           0 :             double F_r = r1_disk_r*r  <= L_disk ? 1. : exp(1. - r1_disk_r*r/L_disk);
-     239           0 :             double B_z0 = z_sign * B1_disk * F_r * cos(phi - shiftedWindingFunction(r, z) - phi_star_disk);
-     240           0 :             B_r = -1.125 * r / z1_disk * (1 - 2.5 * z_z1_disk * sqrt(z_z1_disk)) * B_z0;
-     241           0 :             B_z = z_sign * r1_disk_r * r1_disk_r * B_z0;
-     242             :         }
-     243           0 :         B_phi = azimuthalFieldComponent(r, z, B_r, B_z);
-     244             :     }
-     245             : 
-     246             :     // Convert to (x, y, z) components
-     247           0 :     b.x = - (B_r * cosPhi - B_phi * sinPhi); // flip x-component at the end
-     248           0 :     b.y = B_r * sinPhi + B_phi * cosPhi;
-     249           0 :     b.z = B_z;
-     250           0 :         return b;
-     251             : }
-     252             : 
-     253           0 : Vector3d TF17Field::getHaloField(const double& r, const double& z, const double& phi, const double& sinPhi, const double& cosPhi) const {
-     254             :     int m;
-     255             : 
-     256             :         Vector3d b(0.);
-     257           0 :         double r1_halo_r =  (1. + a_halo * z1_halo * z1_halo) / (1. + a_halo * z * z);
-     258             :         // B components in (r, phi, z)
-     259             :     double B_z0;
-     260             : 
-     261           0 :     if (halo_model == TF17HaloModel::C0) { // m = 0
-     262           0 :         B_z0 = B1_halo * exp(-r1_halo_r*r / L_halo); 
-     263           0 :     } else if (halo_model == TF17HaloModel::C1) { // m = 1
-     264             :         // simplication of the equation in the cosinus
-     265           0 :         double phi_prime = phi - shiftedWindingFunction(r, z) - phi_star_halo;
-     266           0 :         B_z0 = B1_halo * exp(-r1_halo_r*r / L_halo) * cos(phi_prime); 
-     267             :     }
-     268             : 
-     269             :     // Contrary to article, Br has been rewriten to a little bit by replacing
-     270             :     // (2 * a * r1**3 * z) / (r**2) by (2 * a * r1**2 * z) / (r * (1+a*z**2))
-     271             :     // but that is strictly equivalent except we can reintroduce the z1 in the expression via r1
-     272           0 :         double B_r = 2 * a_halo * r1_halo_r * r1_halo_r * r * z / (1. + a_halo * z * z) * B_z0;
-     273           0 :         double B_z = r1_halo_r * r1_halo_r * B_z0; 
-     274           0 :         double B_phi = azimuthalFieldComponent(r, z, B_r, B_z);
-     275             : 
-     276             :         // Convert to (x, y, z) components
-     277           0 :         b.x = - (B_r * cosPhi - B_phi * sinPhi);        // flip x-component at the end
-     278           0 :         b.y = B_r * sinPhi + B_phi * cosPhi;
-     279           0 :         b.z = B_z;
-     280             : 
-     281           0 :         return b;
-     282             : }
-     283             : 
-     284           0 : double TF17Field::azimuthalFieldComponent(const double& r, const double& z, const double& B_r, const double& B_z) const {
-     285           0 :         double r_ = r / L_p;
-     286           0 :     double rscale = r > epsilon ? r_ * exp(-r_) / (1 - exp(-r_)) : 1 - r_/2. - r_*r_/12. ;
-     287           0 :         double B_phi = cot_p0 / zscale(z) * rscale * B_r;
-     288           0 :     B_phi = B_phi - 2 * z * r / (H_p * H_p) / zscale(z) * shiftedWindingFunction(r, z) * B_z;
-     289           0 :         return B_phi;
-     290             : }
-     291             : 
-     292           0 : double TF17Field::radialFieldScale(const double& B1, const double& phi_star, const double& z1, const double& phi, const double& r, const double& z) const {
-     293             :     // simplication of the equation in the cosinus
-     294           0 :     double phi_prime = phi - shiftedWindingFunction(r, z) - phi_star;
-     295             :         // This term occures is parameterizations of models A and B always bisymmetric (m = 1)
-     296           0 :         return B1 * exp(-fabs(z1) / H_disk) * cos(phi_prime);
-     297             : }
-     298             : 
-     299           0 : double TF17Field::shiftedWindingFunction(const double& r, const double& z) const {
-     300           0 :     return cot_p0 * log(1 - exp(-r / L_p) + epsilon) / zscale(z);
-     301             : }
-     302             : 
-     303           0 : double TF17Field::zscale(const double& z) const {
-     304           0 :         return 1 + z * z / H_p / H_p;
-     305             : }
-     306             : 
-     307             : } // namespace crpropa
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_ZNK7crpropa14GridTurbulence10dumpToFileENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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_ZN7crpropa14GridTurbulence14initTurbulenceEv6
_ZN7crpropa14GridTurbulence21checkGridRequirementsENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEdd13
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_ZN7crpropa14GridTurbulenceC2ERKNS_18TurbulenceSpectrumERKNS_14GridPropertiesEj6
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          Line data    Source code
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-       1             : #include "crpropa/magneticField/turbulentField/GridTurbulence.h"
-       2             : #include "crpropa/GridTools.h"
-       3             : #include "crpropa/Random.h"
-       4             : 
-       5             : #ifdef CRPROPA_HAVE_FFTW3F
-       6             : 
-       7             : namespace crpropa {
-       8             : 
-       9             : 
-      10           6 : GridTurbulence::GridTurbulence(const TurbulenceSpectrum &spectrum,
-      11             :                                const GridProperties &gridProp,
-      12           6 :                                unsigned int seed)
-      13           6 :     : TurbulentField(spectrum), seed(seed) {
-      14           6 :         initGrid(gridProp);
-      15           6 :         checkGridRequirements(gridPtr, spectrum.getLmin(), spectrum.getLmax());
-      16           6 :         initTurbulence();
-      17           6 : }
-      18             : 
-      19           6 : void GridTurbulence::initGrid(const GridProperties &p) {
-      20           6 :         gridPtr = new Grid3f(p);
-      21           6 : }
-      22             : 
-      23           4 : Vector3d GridTurbulence::getField(const Vector3d &pos) const {
-      24           4 :         return gridPtr->interpolate(pos);
-      25             : }
-      26             : 
-      27           1 : const ref_ptr<Grid3f> &GridTurbulence::getGrid() const { return gridPtr; }
-      28             : 
-      29           6 : void GridTurbulence::initTurbulence() {
-      30             : 
-      31             :         Vector3d spacing = gridPtr->getSpacing();
-      32             :         size_t n = gridPtr->getNx(); // size of array
-      33           6 :         size_t n2 = (size_t)floor(n / 2) +
-      34             :                     1; // size array in z-direction in configuration space
-      35             : 
-      36             :         // arrays to hold the complex vector components of the B(k)-field
-      37             :         fftwf_complex *Bkx, *Bky, *Bkz;
-      38           6 :         Bkx = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      39           6 :         Bky = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      40           6 :         Bkz = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      41             : 
-      42           6 :         Random random;
-      43           6 :         if (seed != 0)
-      44           4 :                 random.seed(seed); // use given seed
-      45             : 
-      46             :         // calculate the n possible discrete wave numbers
-      47           6 :         double K[n];
-      48         390 :         for (size_t i = 0; i < n; i++)
-      49         384 :                 K[i] = ((double)i / n - i / (n / 2));
-      50             : 
-      51             :         // double kMin = 2*M_PI / lMax; // * 2 * spacing.x; // spacing.x / lMax;
-      52             :         // double kMax = 2*M_PI / lMin; // * 2 * spacing.x; // spacing.x / lMin;
-      53           6 :         double kMin = spacing.x / spectrum.getLmax();
-      54           6 :         double kMax = spacing.x / spectrum.getLmin();
-      55           6 :         auto lambda = 1 / spacing.x * 2 * M_PI;
-      56             : 
-      57             :         Vector3f n0(1, 1, 1); // arbitrary vector to construct orthogonal base
-      58             : 
-      59         390 :         for (size_t ix = 0; ix < n; ix++) {
-      60       24960 :                 for (size_t iy = 0; iy < n; iy++) {
-      61      835584 :                         for (size_t iz = 0; iz < n2; iz++) {
-      62             :         
-      63             :                                 Vector3f ek, e1, e2;  // orthogonal base
-      64             : 
-      65      811008 :                                 size_t i = ix * n * n2 + iy * n2 + iz;
-      66      811008 :                                 ek.setXYZ(K[ix], K[iy], K[iz]);
-      67      811008 :                                 double k = ek.getR();
-      68             : 
-      69             :                                 // wave outside of turbulent range -> B(k) = 0
-      70      811008 :                                 if ((k < kMin) || (k > kMax)) {
-      71      395939 :                                         Bkx[i][0] = 0;
-      72      395939 :                                         Bkx[i][1] = 0;
-      73      395939 :                                         Bky[i][0] = 0;
-      74      395939 :                                         Bky[i][1] = 0;
-      75      395939 :                                         Bkz[i][0] = 0;
-      76      395939 :                                         Bkz[i][1] = 0;
-      77             :                                         continue;
-      78             :                                 }
-      79             : 
-      80             :                                 // construct an orthogonal base ek, e1, e2
-      81      415069 :                                 if (ek.isParallelTo(n0, float(1e-3))) {
-      82             :                                         // ek parallel to (1,1,1)
-      83             :                                         e1.setXYZ(-1., 1., 0);
-      84             :                                         e2.setXYZ(1., 1., -2.);
-      85             :                                 } else {
-      86             :                                         // ek not parallel to (1,1,1)
-      87             :                                         e1 = n0.cross(ek);
-      88             :                                         e2 = ek.cross(e1);
-      89             :                                 }
-      90             :                                 e1 /= e1.getR();
-      91             :                                 e2 /= e2.getR();
-      92             : 
-      93             :                                 // random orientation perpendicular to k
-      94      415069 :                                 double theta = 2 * M_PI * random.rand();
-      95      415069 :                                 Vector3f b = e1 * std::cos(theta) + e2 * std::sin(theta); // real b-field vector
-      96             : 
-      97             :                                 // normal distributed amplitude with mean = 0
-      98      415069 :                                 b *= std::sqrt(spectrum.energySpectrum(k*lambda));
-      99             :                                 
-     100             :                                 // uniform random phase
-     101      415069 :                                 double phase = 2 * M_PI * random.rand();
-     102      415069 :                                 double cosPhase = std::cos(phase); // real part
-     103      415069 :                                 double sinPhase = std::sin(phase); // imaginary part
-     104             : 
-     105      415069 :                                 Bkx[i][0] = b.x * cosPhase;
-     106      415069 :                                 Bkx[i][1] = b.x * sinPhase;
-     107      415069 :                                 Bky[i][0] = b.y * cosPhase;
-     108      415069 :                                 Bky[i][1] = b.y * sinPhase;
-     109      415069 :                                 Bkz[i][0] = b.z * cosPhase;
-     110      415069 :                                 Bkz[i][1] = b.z * sinPhase;
-     111             :                         } // for iz
-     112             :                 }     // for iy
-     113             :         }         // for ix
-     114             : 
-     115           6 :         executeInverseFFTInplace(gridPtr, Bkx, Bky, Bkz);
-     116             : 
-     117           6 :         fftwf_free(Bkx);
-     118           6 :         fftwf_free(Bky);
-     119           6 :         fftwf_free(Bkz);
-     120             : 
-     121          24 :         scaleGrid(gridPtr, spectrum.getBrms() /
-     122          12 :                                rmsFieldStrength(gridPtr)); // normalize to Brms
-     123          12 : }
-     124             : 
-     125             : // Check the grid properties before the FFT procedure
-     126          13 : void GridTurbulence::checkGridRequirements(ref_ptr<Grid3f> grid, double lMin,
-     127             :                                            double lMax) {
-     128             :         size_t Nx = grid->getNx();
-     129             :         size_t Ny = grid->getNy();
-     130             :         size_t Nz = grid->getNz();
-     131             :         Vector3d spacing = grid->getSpacing();
-     132             : 
-     133          13 :         if ((Nx != Ny) or (Ny != Nz))
-     134           0 :                 throw std::runtime_error("turbulentField: only cubic grid supported");
-     135          13 :         if ((spacing.x != spacing.y) or (spacing.y != spacing.z))
-     136           0 :                 throw std::runtime_error("turbulentField: only equal spacing suported");
-     137          13 :         if (lMin < 2 * spacing.x)
-     138           1 :                 throw std::runtime_error("turbulentField: lMin < 2 * spacing");
-     139          12 :         if (lMax > Nx * spacing.x) // before was (lMax > Nx * spacing.x / 2), why?
-     140           1 :                 throw std::runtime_error("turbulentField: lMax > size");
-     141          11 :         if (lMax < lMin) 
-     142           1 :                 throw std::runtime_error("lMax < lMin");
-     143          10 : }
-     144             : 
-     145             : // Execute inverse discrete FFT in-place for a 3D grid, from complex to real
-     146             : // space
-     147          10 : void GridTurbulence::executeInverseFFTInplace(ref_ptr<Grid3f> grid,
-     148             :                                               fftwf_complex *Bkx,
-     149             :                                               fftwf_complex *Bky,
-     150             :                                               fftwf_complex *Bkz) {
-     151             : 
-     152             :         size_t n = grid->getNx(); // size of array
-     153          10 :         size_t n2 = (size_t)floor(n / 2) +
-     154             :                     1; // size array in z-direction in configuration space
-     155             : 
-     156             :         // in-place, complex to real, inverse Fourier transformation on each
-     157             :         // component note that the last elements of B(x) are unused now
-     158             :         float *Bx = (float *)Bkx;
-     159          10 :         fftwf_plan plan_x = fftwf_plan_dft_c2r_3d(n, n, n, Bkx, Bx, FFTW_ESTIMATE);
-     160          10 :         fftwf_execute(plan_x);
-     161          10 :         fftwf_destroy_plan(plan_x);
-     162             : 
-     163             :         float *By = (float *)Bky;
-     164          10 :         fftwf_plan plan_y = fftwf_plan_dft_c2r_3d(n, n, n, Bky, By, FFTW_ESTIMATE);
-     165          10 :         fftwf_execute(plan_y);
-     166          10 :         fftwf_destroy_plan(plan_y);
-     167             : 
-     168             :         float *Bz = (float *)Bkz;
-     169          10 :         fftwf_plan plan_z = fftwf_plan_dft_c2r_3d(n, n, n, Bkz, Bz, FFTW_ESTIMATE);
-     170          10 :         fftwf_execute(plan_z);
-     171          10 :         fftwf_destroy_plan(plan_z);
-     172             : 
-     173             :         // save to grid
-     174         650 :         for (size_t ix = 0; ix < n; ix++) {
-     175       41600 :                 for (size_t iy = 0; iy < n; iy++) {
-     176     2662400 :                         for (size_t iz = 0; iz < n; iz++) {
-     177     2621440 :                                 size_t i = ix * n * 2 * n2 + iy * 2 * n2 + iz;
-     178             :                                 Vector3f &b = grid->get(ix, iy, iz);
-     179     2621440 :                                 b.x = Bx[i];
-     180     2621440 :                                 b.y = By[i];
-     181     2621440 :                                 b.z = Bz[i];
-     182             :                         }
-     183             :                 }
-     184             :         }
-     185          10 : }
-     186             : 
-     187           0 : Vector3f GridTurbulence::getMeanFieldVector() const {
-     188           0 :         return meanFieldVector(gridPtr);
-     189             : }
-     190             : 
-     191           0 : double GridTurbulence::getMeanFieldStrength() const {
-     192           0 :         return meanFieldStrength(gridPtr);
-     193             : }
-     194             : 
-     195           0 : double GridTurbulence::getRmsFieldStrength() const {
-     196           0 :         return rmsFieldStrength(gridPtr);
-     197             : }
-     198             : 
-     199           0 : std::array<float, 3> GridTurbulence::getRmsFieldStrengthPerAxis() const {
-     200           0 :         return rmsFieldStrengthPerAxis(gridPtr);
-     201             : }
-     202             :         
-     203           0 : std::vector<std::pair<int, float>> GridTurbulence::getPowerSpectrum() const {
-     204           0 :         return gridPowerSpectrum(gridPtr);
-     205             : }
-     206             : 
-     207           0 : void GridTurbulence::dumpToFile(std::string filename) const {
-     208           0 :         dumpGrid(gridPtr, filename);
-     209           0 : }
-     210             : 
-     211             : } // namespace crpropa
-     212             : 
-     213             : #endif // CRPROPA_HAVE_FFTW3F
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_ZN7crpropa21HelicalGridTurbulence14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddid0
_ZN7crpropa21HelicalGridTurbulenceC2ERKNS_24SimpleTurbulenceSpectrumERKNS_14GridPropertiesEdj0
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_ZN7crpropa21HelicalGridTurbulence14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddid0
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Current view:top level - src/magneticField/turbulentField - HelicalGridTurbulence.cpp (source / functions)HitTotalCoverage
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          Line data    Source code
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-       1             : #include "crpropa/magneticField/turbulentField/HelicalGridTurbulence.h"
-       2             : #include "crpropa/GridTools.h"
-       3             : #include "crpropa/Random.h"
-       4             : 
-       5             : #ifdef CRPROPA_HAVE_FFTW3F
-       6             : #include "fftw3.h"
-       7             : 
-       8             : namespace crpropa {
-       9             : 
-      10           0 : HelicalGridTurbulence::HelicalGridTurbulence(const SimpleTurbulenceSpectrum &spectrum,
-      11             :                                              const GridProperties &gridProp,
-      12           0 :                                              double H, unsigned int seed)
-      13           0 :     : SimpleGridTurbulence(spectrum, gridProp, seed), H(H) {
-      14           0 :         initTurbulence(gridPtr, spectrum.getBrms(), spectrum.getLmin(),
-      15           0 :                        spectrum.getLmax(), -spectrum.getSindex() - 2, seed, H);
-      16           0 : }
-      17             : 
-      18           0 : void HelicalGridTurbulence::initTurbulence(ref_ptr<Grid3f> grid, double Brms,
-      19             :                                            double lMin, double lMax,
-      20             :                                            double alpha, int seed, double H) {
-      21             : 
-      22           0 :         checkGridRequirements(grid, lMin, lMax);
-      23             : 
-      24             :         Vector3d spacing = grid->getSpacing();
-      25             :         size_t n = grid->getNx(); // size of array
-      26           0 :         size_t n2 = (size_t)floor(n / 2) +
-      27             :                     1; // size array in z-direction in configuration space
-      28             : 
-      29             :         // arrays to hold the complex vector components of the B(k)-field
-      30             :         fftwf_complex *Bkx, *Bky, *Bkz;
-      31           0 :         Bkx = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      32           0 :         Bky = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      33           0 :         Bkz = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      34             : 
-      35           0 :         Random random;
-      36           0 :         if (seed != 0)
-      37           0 :                 random.seed(seed); // use given seed
-      38             : 
-      39             :         // calculate the n possible discrete wave numbers
-      40           0 :         double K[n];
-      41           0 :         for (size_t i = 0; i < n; i++)
-      42           0 :                 K[i] = (double)i / n - i / (n / 2);
-      43             : 
-      44             :         // only used if there is a helicity
-      45             :         double Bktot, Bkplus, Bkminus, thetaplus, thetaminus;
-      46             : 
-      47           0 :         double kMin = spacing.x / lMax;
-      48           0 :         double kMax = spacing.x / lMin;
-      49             :         Vector3f b;           // real b-field vector
-      50             :         Vector3f ek, e1, e2;  // orthogonal base
-      51             :         Vector3f n0(1, 1, 1); // arbitrary vector to construct orthogonal base
-      52             : 
-      53           0 :         for (size_t ix = 0; ix < n; ix++) {
-      54           0 :                 for (size_t iy = 0; iy < n; iy++) {
-      55           0 :                         for (size_t iz = 0; iz < n2; iz++) {
-      56             : 
-      57           0 :                                 size_t i = ix * n * n2 + iy * n2 + iz;
-      58           0 :                                 ek.setXYZ(K[ix], K[iy], K[iz]);
-      59           0 :                                 double k = ek.getR();
-      60             : 
-      61             :                                 // wave outside of turbulent range -> B(k) = 0
-      62           0 :                                 if ((k < kMin) || (k > kMax)) {
-      63           0 :                                         Bkx[i][0] = 0;
-      64           0 :                                         Bkx[i][1] = 0;
-      65           0 :                                         Bky[i][0] = 0;
-      66           0 :                                         Bky[i][1] = 0;
-      67           0 :                                         Bkz[i][0] = 0;
-      68           0 :                                         Bkz[i][1] = 0;
-      69             :                                         continue;
-      70             :                                 }
-      71             : 
-      72             :                                 // construct an orthogonal base ek, e1, e2
-      73             :                                 // (for helical fields together with the real transform the
-      74             :                                 // following convention must be used: e1(-k) = e1(k), e2(-k) = -
-      75             :                                 // e2(k)
-      76           0 :                                 if (ek.getAngleTo(n0) < 1e-3) { // ek parallel to (1,1,1)
-      77             :                                         e1.setXYZ(-1, 1, 0);
-      78             :                                         e2.setXYZ(1, 1, -2);
-      79             :                                 } else { // ek not parallel to (1,1,1)
-      80             :                                         e1 = n0.cross(ek);
-      81             :                                         e2 = ek.cross(e1);
-      82             :                                 }
-      83             :                                 e1 /= e1.getR();
-      84             :                                 e2 /= e2.getR();
-      85             : 
-      86             : 
-      87           0 :                                 double Bkprefactor = mu0 / (4 * M_PI * pow(k, 3));
-      88           0 :                                 Bktot = fabs(random.randNorm() * pow(k, alpha / 2));
-      89           0 :                                 Bkplus = Bkprefactor * sqrt((1 + H) / 2) * Bktot;
-      90           0 :                                 Bkminus = Bkprefactor * sqrt((1 - H) / 2) * Bktot;
-      91           0 :                                 thetaplus = 2 * M_PI * random.rand();
-      92           0 :                                 thetaminus = 2 * M_PI * random.rand();
-      93           0 :                                 double ctp = cos(thetaplus);
-      94           0 :                                 double stp = sin(thetaplus);
-      95           0 :                                 double ctm = cos(thetaminus);
-      96           0 :                                 double stm = sin(thetaminus);
-      97             : 
-      98           0 :                                 Bkx[i][0] = ((Bkplus * ctp + Bkminus * ctm) * e1.x +
-      99           0 :                                              (-Bkplus * stp + Bkminus * stm) * e2.x) /
-     100             :                                             sqrt(2);
-     101           0 :                                 Bkx[i][1] = ((Bkplus * stp + Bkminus * stm) * e1.x +
-     102           0 :                                              (Bkplus * ctp - Bkminus * ctm) * e2.x) /
-     103             :                                             sqrt(2);
-     104           0 :                                 Bky[i][0] = ((Bkplus * ctp + Bkminus * ctm) * e1.y +
-     105           0 :                                              (-Bkplus * stp + Bkminus * stm) * e2.y) /
-     106             :                                             sqrt(2);
-     107           0 :                                 Bky[i][1] = ((Bkplus * stp + Bkminus * stm) * e1.y +
-     108           0 :                                              (Bkplus * ctp - Bkminus * ctm) * e2.y) /
-     109             :                                             sqrt(2);
-     110           0 :                                 Bkz[i][0] = ((Bkplus * ctp + Bkminus * ctm) * e1.z +
-     111           0 :                                              (-Bkplus * stp + Bkminus * stm) * e2.z) /
-     112             :                                             sqrt(2);
-     113           0 :                                 Bkz[i][1] = ((Bkplus * stp + Bkminus * stm) * e1.z +
-     114           0 :                                              (Bkplus * ctp - Bkminus * ctm) * e2.z) /
-     115             :                                             sqrt(2);
-     116             : 
-     117             :                                 Vector3f BkRe(Bkx[i][0], Bky[i][0], Bkz[i][0]);
-     118             :                                 Vector3f BkIm(Bkx[i][1], Bky[i][1], Bkz[i][1]);
-     119             :                         } // for iz
-     120             :                 }     // for iy
-     121             :         }         // for ix
-     122             : 
-     123           0 :         executeInverseFFTInplace(grid, Bkx, Bky, Bkz);
-     124             : 
-     125           0 :         scaleGrid(grid, Brms / rmsFieldStrength(grid)); // normalize to Brms
-     126           0 : }
-     127             : 
-     128             : } // namespace crpropa
-     129             : 
-     130             : #endif // CRPROPA_HAVE_FFTW3F
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Current view:top level - src/magneticField/turbulentField - PlaneWaveTurbulence.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:22100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa19PlaneWaveTurbulenceC2ERKNS_18TurbulenceSpectrumEii2
_ZNK7crpropa19PlaneWaveTurbulence8getFieldERKNS_7Vector3IdEE45
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Current view:top level - src/magneticField/turbulentField - PlaneWaveTurbulence.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:464895.8 %
Date:2024-04-08 14:58:22Functions:22100.0 %
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          Line data    Source code
-
-       1             : // This file contains an implementation of a vectorized cosine, which
-       2             : // is based in part on the implementations in the library "SLEEF" by
-       3             : // Naoki Shibata. SLEEF was used under the Boost Software License,
-       4             : // Version 1.0. The original source file contained the following
-       5             : // copyright notice:
-       6             : //
-       7             : //   //          Copyright Naoki Shibata 2010 - 2018.
-       8             : //   // Distributed under the Boost Software License, Version 1.0.
-       9             : //   //    (See accompanying file LICENSE.txt or copy at
-      10             : //   //          http://www.boost.org/LICENSE_1_0.txt)
-      11             : //
-      12             : // SLEEF was used under the following license, which is not necessarily the
-      13             : // license that applies to this file:
-      14             : //
-      15             : //         Boost Software License - Version 1.0 - August 17th, 2003
-      16             : //
-      17             : //         Permission is hereby granted, free of charge, to any person or
-      18             : //         organization obtaining a copy of the software and accompanying
-      19             : //         documentation covered by this license (the "Software") to use,
-      20             : //         reproduce, display, distribute, execute, and transmit the Software,
-      21             : //         and to prepare derivative works of the Software, and to permit
-      22             : //         third-parties to whom the Software is furnished to do so, all subject
-      23             : //         to the following:
-      24             : //
-      25             : //         The copyright notices in the Software and this entire statement,
-      26             : //         including the above license grant, this restriction and the following
-      27             : //         disclaimer, must be included in all copies of the Software, in whole
-      28             : //         or in part, and all derivative works of the Software, unless such
-      29             : //         copies or derivative works are solely in the form of
-      30             : //         machine-executable object code generated by a source language
-      31             : //         processor.
-      32             : //
-      33             : //         THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
-      34             : //         EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
-      35             : //         MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, TITLE AND
-      36             : //         NON-INFRINGEMENT. IN NO EVENT SHALL THE COPYRIGHT HOLDERS OR ANYONE
-      37             : //         DISTRIBUTING THE SOFTWARE BE LIABLE FOR ANY DAMAGES OR OTHER
-      38             : //         LIABILITY, WHETHER IN CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT
-      39             : //         OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
-      40             : //         THE SOFTWARE.
-      41             : 
-      42             : #include "crpropa/magneticField/turbulentField/PlaneWaveTurbulence.h"
-      43             : #include "crpropa/GridTools.h"
-      44             : #include "crpropa/Random.h"
-      45             : #include "crpropa/Units.h"
-      46             : 
-      47             : #include "kiss/logger.h"
-      48             : 
-      49             : #include <iostream>
-      50             : 
-      51             : #if defined(FAST_WAVES)
-      52             : #if defined(__SSE__) && defined(__SSE2__) && defined(__SSE3__) && defined(__SSE4_1__) && defined(__SSE4_2__) && defined(__AVX__)
-      53             : #define ENABLE_FAST_WAVES
-      54             : #else
-      55             : #error "FAST_WAVES is enabled, but it appears that not all required SIMD extensions are enabled in the compiler. Without these extensions, the FAST_WAVES optimization cannot be used. Please make sure that the SIMD_EXTENSIONS option in cmake matches the capabilities of your target CPU, or (if your target CPU does not support the required extensions), disable the FAST_WAVES flag in cmake."
-      56             : #endif
-      57             : #endif
-      58             : 
-      59             : 
-      60             : #ifdef ENABLE_FAST_WAVES
-      61             : #include <immintrin.h>
-      62             : #endif
-      63             : 
-      64             : namespace crpropa {
-      65             : #ifdef ENABLE_FAST_WAVES
-      66             : // see
-      67             : // https://stackoverflow.com/questions/49941645/get-sum-of-values-stored-in-m256d-with-sse-avx
-      68             : double hsum_double_avx(__m256d v) {
-      69             :         __m128d vlow = _mm256_castpd256_pd128(v);
-      70             :         __m128d vhigh = _mm256_extractf128_pd(v, 1); // high 128
-      71             :         vlow = _mm_add_pd(vlow, vhigh);              // reduce down to 128
-      72             : 
-      73             :         __m128d high64 = _mm_unpackhi_pd(vlow, vlow);
-      74             :         return _mm_cvtsd_f64(_mm_add_sd(vlow, high64)); // reduce to scalar
-      75             : }
-      76             : #endif // defined(ENABLE_FAST_WAVES)
-      77             : 
-      78           2 : PlaneWaveTurbulence::PlaneWaveTurbulence(const TurbulenceSpectrum &spectrum,
-      79           2 :                                          int Nm, int seed)
-      80           2 :     : TurbulentField(spectrum), Nm(Nm) {
-      81             : 
-      82             : #ifdef ENABLE_FAST_WAVES
-      83             :         KISS_LOG_INFO << "PlaneWaveTurbulence: Using SIMD TD13 implementation"
-      84             :                       << std::endl;
-      85             : 
-      86             :         // There used to be a cpuid check here, to see if the cpu running
-      87             :         // this code would support SIMD (SSE + AVX). However, the library providing
-      88             :         // the relevant function is no longer being used, and doing this manually
-      89             :         // might be a bit too much work.
-      90             : #endif
-      91             : 
-      92           2 :         if (Nm <= 1) {
-      93           0 :                 throw std::runtime_error(
-      94             :                     "PlaneWaveTurbulence: Nm <= 1. Specify at least two wavemodes in "
-      95           0 :                     "order to generate the k distribution properly.");
-      96             :         }
-      97             : 
-      98           2 :         Random random;
-      99           2 :         if (seed != 0)
-     100           2 :                 random.seed(seed);
-     101             : 
-     102           2 :         double kmax = 2 * M_PI / spectrum.getLmin();
-     103           2 :         double kmin = 2 * M_PI / spectrum.getLmax();
-     104             : 
-     105           4 :         xi = std::vector<Vector3d>(Nm, Vector3d(0.));
-     106           4 :         kappa = std::vector<Vector3d>(Nm, Vector3d(0.));
-     107           2 :         phi = std::vector<double>(Nm, 0.);
-     108           2 :         costheta = std::vector<double>(Nm, 0.);
-     109           2 :         beta = std::vector<double>(Nm, 0.);
-     110           2 :         Ak = std::vector<double>(Nm, 0.);
-     111           2 :         k = std::vector<double>(Nm, 0.);
-     112             : 
-     113           2 :         double delta = log10(kmax / kmin);
-     114          22 :         for (int i = 0; i < Nm; i++) {
-     115          20 :                 k[i] = pow(10, log10(kmin) + ((double)i) / ((double)(Nm - 1)) * delta);
-     116             :         }
-     117             : 
-     118             :         // * compute Ak *
-     119             : 
-     120             :         double delta_k0 =
-     121           2 :             (k[1] - k[0]) / k[1]; // multiply this by k[i] to get delta_k[i]
-     122             :         // Note: this is probably unnecessary since it's just a factor
-     123             :         // and will get normalized out anyways. It's not like this is
-     124             :         // performance-sensitive code though, and I don't want to change
-     125             :         // anything numerical now.
-     126             : 
-     127             :         // For this loop, the Ak array actually contains Gk*delta_k (ie
-     128             :         // non-normalized Ak^2). Normalization happens in a second loop,
-     129             :         // once the total is known.
-     130             :         double Ak2_sum = 0; // sum of Ak^2 over all k
-     131          22 :         for (int i = 0; i < Nm; i++) {
-     132          20 :                 double k = this->k[i];
-     133          20 :                 double kHat = k * spectrum.getLbendover();
-     134          20 :                 double Gk = spectrum.energySpectrum(k) * (1 + kHat * kHat);     // correct different implementation in TD 13 (eq. 5, missing + 1 in the denuminators exponent)
-     135          20 :                 Ak[i] = Gk * delta_k0 * k;
-     136          20 :                 Ak2_sum += Ak[i];
-     137             : 
-     138             :                 // phi, costheta, and sintheta are for drawing vectors with
-     139             :                 // uniform distribution on the unit sphere.
-     140             :                 // This is similar to Random::randVector(): their t is our phi,
-     141             :                 // z is costheta, and r is sintheta. Our kappa is equivalent to
-     142             :                 // the return value of randVector(); however, TD13 then reuse
-     143             :                 // these values to generate a random vector perpendicular to kappa.
-     144          20 :                 double phi = random.randUniform(-M_PI, M_PI);
-     145          20 :                 double costheta = random.randUniform(-1., 1.);
-     146          20 :                 double sintheta = sqrt(1 - costheta * costheta);
-     147             : 
-     148          20 :                 double alpha = random.randUniform(0, 2 * M_PI);
-     149          20 :                 double beta = random.randUniform(0, 2 * M_PI);
-     150             : 
-     151             :                 Vector3d kappa =
-     152          20 :                     Vector3d(sintheta * cos(phi), sintheta * sin(phi), costheta);
-     153             : 
-     154             :                 // NOTE: all other variable names match the ones from the TD13 paper.
-     155             :                 // However, our xi is actually their psi, and their xi isn't used at
-     156             :                 // all. (Though both can be used for the polarization vector, according
-     157             :                 // to the paper.) The reason for this discrepancy is that this code
-     158             :                 // used to be based on the original GJ99 paper, which provided only a
-     159             :                 // xi vector, and this xi happens to be almost the same as TD13's psi.
-     160             :                 Vector3d xi =
-     161          20 :                     Vector3d(costheta * cos(phi) * cos(alpha) + sin(phi) * sin(alpha),
-     162          20 :                              costheta * sin(phi) * cos(alpha) - cos(phi) * sin(alpha),
-     163          20 :                              -sintheta * cos(alpha));
-     164             : 
-     165             :                 this->xi[i] = xi;
-     166             :                 this->kappa[i] = kappa;
-     167          20 :                 this->phi[i] = phi;
-     168          20 :                 this->costheta[i] = costheta;
-     169          20 :                 this->beta[i] = beta;
-     170             :         }
-     171             : 
-     172             :         // Only in this loop are the actual Ak computed and stored.
-     173             :         // This two-step process is necessary in order to normalize the values
-     174             :         // properly.
-     175          22 :         for (int i = 0; i < Nm; i++) {
-     176          20 :                 Ak[i] = sqrt(2 * Ak[i] / Ak2_sum) * spectrum.getBrms();
-     177             :         }
-     178             : 
-     179             : #ifdef ENABLE_FAST_WAVES
-     180             :         // * copy data into AVX-compatible arrays *
-     181             :         //
-     182             :         // AVX requires all data to be aligned to 256 bit, or 32 bytes, which is the
-     183             :         // same as 4 double precision floating point numbers. Since support for
-     184             :         // alignments this big seems to be somewhat tentative in C++ allocators,
-     185             :         // we're aligning them manually by allocating a normal double array, and
-     186             :         // then computing the offset to the first value with the correct alignment.
-     187             :         // This is a little bit of work, so instead of doing it separately for each
-     188             :         // of the individual data arrays, we're doing it once for one big array that
-     189             :         // all of the component arrays get packed into.
-     190             :         //
-     191             :         // The other thing to keep in mind is that AVX always reads in units of 256
-     192             :         // bits, or 4 doubles. This means that our number of wavemodes must be
-     193             :         // divisible by 4. If it isn't, we simply pad it out with zeros. Since the
-     194             :         // final step of the computation of each wavemode is multiplication by the
-     195             :         // amplitude, which will be set to 0, these padding wavemodes won't affect
-     196             :         // the result.
-     197             : 
-     198             :         avx_Nm = ((Nm + 4 - 1) / 4) * 4; // round up to next larger multiple of 4:
-     199             :                                          // align is 256 = 4 * sizeof(double) bit
-     200             :         avx_data = std::vector<double>(itotal * avx_Nm + 3, 0.);
-     201             : 
-     202             :         // get the first 256-bit aligned element
-     203             :         size_t size = avx_data.size() * sizeof(double);
-     204             :         void *pointer = avx_data.data();
-     205             :         align_offset =
-     206             :             (double *)std::align(32, 32, pointer, size) - avx_data.data();
-     207             : 
-     208             :         // copy into the AVX arrays
-     209             :         for (int i = 0; i < Nm; i++) {
-     210             :                 avx_data[i + align_offset + avx_Nm * iAxi0] = Ak[i] * xi[i].x;
-     211             :                 avx_data[i + align_offset + avx_Nm * iAxi1] = Ak[i] * xi[i].y;
-     212             :                 avx_data[i + align_offset + avx_Nm * iAxi2] = Ak[i] * xi[i].z;
-     213             : 
-     214             :                 // The cosine implementation computes cos(pi*x), so we'll divide out the
-     215             :                 // pi here.
-     216             :                 avx_data[i + align_offset + avx_Nm * ikkappa0] =
-     217             :                     k[i] / M_PI * kappa[i].x;
-     218             :                 avx_data[i + align_offset + avx_Nm * ikkappa1] =
-     219             :                     k[i] / M_PI * kappa[i].y;
-     220             :                 avx_data[i + align_offset + avx_Nm * ikkappa2] =
-     221             :                     k[i] / M_PI * kappa[i].z;
-     222             : 
-     223             :                 // We also need to divide beta by pi, since that goes into the argument
-     224             :                 // of the cosine as well.
-     225             :                 avx_data[i + align_offset + avx_Nm * ibeta] = beta[i] / M_PI;
-     226             :         }
-     227             : #endif // ENABLE_FAST_WAVES
-     228           2 : }
-     229             : 
-     230          45 : Vector3d PlaneWaveTurbulence::getField(const Vector3d &pos) const {
-     231             : 
-     232             : #ifndef ENABLE_FAST_WAVES
-     233             :         Vector3d B(0.);
-     234         495 :         for (int i = 0; i < Nm; i++) {
-     235         450 :                 double z_ = pos.dot(kappa[i]);
-     236         450 :                 B += xi[i] * Ak[i] * cos(k[i] * z_ + beta[i]);
-     237             :         }
-     238          45 :         return B;
-     239             : 
-     240             : #else  // ENABLE_FAST_WAVES
-     241             : 
-     242             :         // Initialize accumulators
-     243             :         //
-     244             :         // There is one accumulator per component of the result vector.
-     245             :         // Note that each accumulator contains four numbers. At the end of
-     246             :         // the loop, each of these numbers will contain the sum of every
-     247             :         // fourth wavemode, starting at a different offset. In the end, each
-     248             :         // of the accumulator's numbers are added together (using
-     249             :         // hsum_double_avx), resulting in the total sum for that component.
-     250             : 
-     251             :         __m256d acc0 = _mm256_setzero_pd();
-     252             :         __m256d acc1 = _mm256_setzero_pd();
-     253             :         __m256d acc2 = _mm256_setzero_pd();
-     254             : 
-     255             :         // broadcast position into AVX registers
-     256             :         __m256d pos0 = _mm256_set1_pd(pos.x);
-     257             :         __m256d pos1 = _mm256_set1_pd(pos.y);
-     258             :         __m256d pos2 = _mm256_set1_pd(pos.z);
-     259             : 
-     260             :         for (int i = 0; i < avx_Nm; i += 4) {
-     261             : 
-     262             :                 // Load data from memory into AVX registers:
-     263             :                 //  - the three components of the vector A * xi
-     264             :                 __m256d Axi0 =
-     265             :                     _mm256_load_pd(avx_data.data() + i + align_offset + avx_Nm * iAxi0);
-     266             :                 __m256d Axi1 =
-     267             :                     _mm256_load_pd(avx_data.data() + i + align_offset + avx_Nm * iAxi1);
-     268             :                 __m256d Axi2 =
-     269             :                     _mm256_load_pd(avx_data.data() + i + align_offset + avx_Nm * iAxi2);
-     270             : 
-     271             :                 //  - the three components of the vector k * kappa
-     272             :                 __m256d kkappa0 = _mm256_load_pd(avx_data.data() + i + align_offset +
-     273             :                                                  avx_Nm * ikkappa0);
-     274             :                 __m256d kkappa1 = _mm256_load_pd(avx_data.data() + i + align_offset +
-     275             :                                                  avx_Nm * ikkappa1);
-     276             :                 __m256d kkappa2 = _mm256_load_pd(avx_data.data() + i + align_offset +
-     277             :                                                  avx_Nm * ikkappa2);
-     278             : 
-     279             :                 //  - the phase beta.
-     280             :                 __m256d beta =
-     281             :                     _mm256_load_pd(avx_data.data() + i + align_offset + avx_Nm * ibeta);
-     282             : 
-     283             :                 // Then, do the computation.
-     284             : 
-     285             :                 // This is the scalar product between k*kappa and pos:
-     286             :                 __m256d z = _mm256_add_pd(_mm256_mul_pd(pos0, kkappa0),
-     287             :                                           _mm256_add_pd(_mm256_mul_pd(pos1, kkappa1),
-     288             :                                                         _mm256_mul_pd(pos2, kkappa2)));
-     289             : 
-     290             :                 // Here, the phase is added on. This is the argument of the cosine.
-     291             :                 __m256d cos_arg = _mm256_add_pd(z, beta);
-     292             : 
-     293             :                 // ********
-     294             :                 // * Computing the cosine
-     295             :                 // * Part 1: Argument reduction
-     296             :                 //
-     297             :                 //  To understand the computation of the cosine, first note that the
-     298             :                 //  cosine is periodic and we thus only need to model its behavior
-     299             :                 //  between 0 and 2*pi to be able compute the function anywhere. In
-     300             :                 //  fact, by mirroring the function along the x and y axes, even the
-     301             :                 //  range between 0 and pi/2 is sufficient for this purpose. In this
-     302             :                 //  range, the cosine can be efficiently evaluated with high precision
-     303             :                 //  by using a polynomial approximation. Thus, to compute the cosine,
-     304             :                 //  the input value is first reduced so that it lies within this range.
-     305             :                 //  Then, the polynomial approximation is evaluated. Finally, if
-     306             :                 //  necessary, the sign of the result is flipped (mirroring the function
-     307             :                 //  along the x axis).
-     308             :                 //
-     309             :                 //  The actual computation is slightly more involved. First, argument
-     310             :                 //  reduction can be simplified drastically by computing cos(pi*x),
-     311             :                 //  such that the values are reduced to the range [0, 0.5) instead of
-     312             :                 //  [0, pi/2). Since the cosine is even (independent of the sign), we
-     313             :                 //  can first reduce values to [-0.5, 0.5) – that is, a simple rounding
-     314             :                 //  operation – and then neutralize the sign. In fact, precisely because
-     315             :                 //  the cosine is even, all terms of the polynomial are powers of x^2,
-     316             :                 //  so the value of x^2 (computed as x*x) forms the basis for the
-     317             :                 //  polynomial approximation. If I understand things correctly, then (in
-     318             :                 //  IEEE-754 floating point) x*x and (-x)*(-x) will always result in the
-     319             :                 //  exact same value, which means that any error bound over [0, 0.5)
-     320             :                 //  automatically applies to (-0.5, 0] as well.
-     321             : 
-     322             :                 // First, compute round(x), and store it in q. If this value is odd,
-     323             :                 // we're looking at the negative half-wave of the cosine, and thus
-     324             :                 // will have to invert the sign of the result.
-     325             :                 __m256d q = _mm256_round_pd(
-     326             :                     cos_arg, (_MM_FROUND_TO_NEAREST_INT | _MM_FROUND_NO_EXC));
-     327             : 
-     328             :                 // Since we're computing cos(pi*x), round(x) always yields the center of
-     329             :                 // a half-wave (where cos(pi*x) achieves an extremum). This point
-     330             :                 // logically corresponds to x=0. Therefore, we subtract this center from
-     331             :                 // the actual input argument to find the corresponding point on the
-     332             :                 // half-wave that is centered around zero.
-     333             :                 __m256d s = _mm256_sub_pd(cos_arg, q);
-     334             : 
-     335             :                 // We now want to check whether q (the index of our half-wave) is even
-     336             :                 // or odd, since all of the odd-numbered half-waves are negative, so
-     337             :                 // we'll have to flip the final result. On an int, this is as simple as
-     338             :                 // checking the 0th bit. Idea: manipulate the double in such a way that
-     339             :                 // we can do this. So, we add 2^52, such that the last digit of the
-     340             :                 // mantissa is actually in the ones' position. Since q may be negative,
-     341             :                 // we'll also add 2^51 to make sure it's positive. Note that 2^51 is
-     342             :                 // even and thus leaves evenness invariant, which is the only thing we
-     343             :                 // care about here.
-     344             :                 //
-     345             :                 // This is based on the int extraction process described here:
-     346             :                 // https://stackoverflow.com/questions/41144668/how-to-efficiently-perform-double-int64-conversions-with-sse-avx/41223013
-     347             :                 //
-     348             :                 // We assume -2^51 <= q < 2^51 for this, which is unproblematic, as
-     349             :                 // double precision has decayed far enough at that point that the
-     350             :                 // usefulness of the cosine becomes limited.
-     351             :                 //
-     352             :                 // Explanation: The mantissa of a double-precision float has 52 bits
-     353             :                 // (excluding the implicit first bit, which is always one). If |q| >
-     354             :                 // 2^51, this implicit first bit has a place value of at least 2^51,
-     355             :                 // while the first stored bit of the mantissa has a place value of at
-     356             :                 // least 2^50. This means that the LSB of the mantissa has a place value
-     357             :                 // of at least 2^(-1), or 0.5. For a cos(pi*x), this corresponds to a
-     358             :                 // quarter of a cycle (pi/2), so at this point the precision of the
-     359             :                 // input argument is so low that going from one representable number to
-     360             :                 // the next causes the result to jump by +/-1.
-     361             : 
-     362             :                 q = _mm256_add_pd(q, _mm256_set1_pd(0x0018000000000000));
-     363             : 
-     364             :                 // Unfortunately, integer comparisons were only introduced in AVX2, so
-     365             :                 // we'll have to make do with a floating point comparison to check
-     366             :                 // whether the last bit is set. However, masking out all but the last
-     367             :                 // bit will result in a denormal float, which may either result in
-     368             :                 // performance problems or just be rounded down to zero, neither of
-     369             :                 // which is what we want here. To fix this, we'll mask in not only bit
-     370             :                 // 0, but also the exponent (and sign, but that doesn't matter) of q.
-     371             :                 // Luckily, the exponent of q is guaranteed to have the fixed value of
-     372             :                 // 1075 (corresponding to 2^52) after our addition.
-     373             : 
-     374             :                 __m256d invert = _mm256_and_pd(
-     375             :                     q, _mm256_castsi256_pd(_mm256_set1_epi64x(0xfff0000000000001)));
-     376             : 
-     377             :                 // If we did have a one in bit 0, our result will be equal to 2^52 + 1.
-     378             :                 invert = _mm256_cmp_pd(
-     379             :                     invert, _mm256_castsi256_pd(_mm256_set1_epi64x(0x4330000000000001)),
-     380             :                     _CMP_EQ_OQ);
-     381             : 
-     382             :                 // Now we know whether to flip the sign of the result. However, remember
-     383             :                 // that we're working on multiple values at a time, so an if statement
-     384             :                 // won't be of much use here (plus it might perform badly). Instead,
-     385             :                 // we'll make use of the fact that the result of the comparison is all
-     386             :                 // ones if the comparison was true (i.e. q is odd and we need to flip
-     387             :                 // the result), and all zeroes otherwise. If we now mask out all bits
-     388             :                 // except the sign bit, we get something that, when xor'ed into our
-     389             :                 // final result, will flip the sign exactly when q is odd.
-     390             :                 invert = _mm256_and_pd(invert, _mm256_set1_pd(-0.0));
-     391             :                 // (Note that the binary representation of -0.0 is all 0 bits, except
-     392             :                 // for the sign bit, which is set to 1.)
-     393             : 
-     394             :                 // TODO: clamp floats between 0 and 1? This would ensure that we never
-     395             :                 // see inf's, but maybe we want that, so that things dont just fail
-     396             :                 // silently...
-     397             : 
-     398             :                 // * end of argument reduction
-     399             :                 // *******
-     400             : 
-     401             :                 // ******
-     402             :                 // * Evaluate the cosine using a polynomial approximation for the zeroth
-     403             :                 // half-wave.
-     404             :                 // * The coefficients for this were generated using sleefs gencoef.c.
-     405             :                 // * These coefficients are probably far from optimal; however, they
-     406             :                 // should be sufficient for this case.
-     407             :                 s = _mm256_mul_pd(s, s);
-     408             : 
-     409             :                 __m256d u = _mm256_set1_pd(+0.2211852080653743946e+0);
-     410             : 
-     411             :                 u = _mm256_add_pd(_mm256_mul_pd(u, s),
-     412             :                                   _mm256_set1_pd(-0.1332560668688523853e+1));
-     413             :                 u = _mm256_add_pd(_mm256_mul_pd(u, s),
-     414             :                                   _mm256_set1_pd(+0.4058509506474178075e+1));
-     415             :                 u = _mm256_add_pd(_mm256_mul_pd(u, s),
-     416             :                                   _mm256_set1_pd(-0.4934797516664651162e+1));
-     417             :                 u = _mm256_add_pd(_mm256_mul_pd(u, s), _mm256_set1_pd(1.));
-     418             : 
-     419             :                 // Then, flip the sign of each double for which invert is not zero.
-     420             :                 // Since invert has only zero bits except for a possible one in bit 63,
-     421             :                 // we can xor it onto our result to selectively invert the 63rd (sign)
-     422             :                 // bit in each double where invert is set.
-     423             :                 u = _mm256_xor_pd(u, invert);
-     424             : 
-     425             :                 // * end computation of cosine
-     426             :                 // **********
-     427             : 
-     428             :                 // Finally, Ak*xi is multiplied on. Since this is a vector, the
-     429             :                 // multiplication needs to be done for each of the three
-     430             :                 // components, so it happens separately.
-     431             :                 acc0 = _mm256_add_pd(_mm256_mul_pd(u, Axi0), acc0);
-     432             :                 acc1 = _mm256_add_pd(_mm256_mul_pd(u, Axi1), acc1);
-     433             :                 acc2 = _mm256_add_pd(_mm256_mul_pd(u, Axi2), acc2);
-     434             :         }
-     435             : 
-     436             :         return Vector3d(hsum_double_avx(acc0), hsum_double_avx(acc1),
-     437             :                         hsum_double_avx(acc2));
-     438             : #endif // ENABLE_FAST_WAVES
-     439             : }
-     440             : 
-     441             : } // namespace crpropa
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_ZN7crpropa20SimpleGridTurbulenceC2ERKNS_24SimpleTurbulenceSpectrumERKNS_14GridPropertiesEj3
_ZN7crpropa20SimpleGridTurbulence14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddi7
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_ZN7crpropa20SimpleGridTurbulence14initTurbulenceENS_7ref_ptrINS_4GridINS_7Vector3IfEEEEEEddddi7
_ZN7crpropa20SimpleGridTurbulenceC2ERKNS_24SimpleTurbulenceSpectrumERKNS_14GridPropertiesEj3
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          Line data    Source code
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-       1             : #include "crpropa/magneticField/turbulentField/SimpleGridTurbulence.h"
-       2             : #include "crpropa/GridTools.h"
-       3             : #include "crpropa/Random.h"
-       4             : 
-       5             : #ifdef CRPROPA_HAVE_FFTW3F
-       6             : #include "fftw3.h"
-       7             : 
-       8             : namespace crpropa {
-       9             : 
-      10           3 : SimpleGridTurbulence::SimpleGridTurbulence(const SimpleTurbulenceSpectrum &spectrum,
-      11             :                                            const GridProperties &gridProp,
-      12           3 :                                            unsigned int seed)
-      13           3 :     : GridTurbulence(spectrum, gridProp, seed) {
-      14           6 :         initTurbulence(gridPtr, spectrum.getBrms(), spectrum.getLmin(),
-      15           3 :                        spectrum.getLmax(), -spectrum.getSindex() - 2, seed);
-      16           3 : }
-      17             : 
-      18           7 : void SimpleGridTurbulence::initTurbulence(ref_ptr<Grid3f> grid, double Brms,
-      19             :                                           double lMin, double lMax,
-      20             :                                           double alpha, int seed) {
-      21             :         
-      22             :         Vector3d spacing = grid->getSpacing();
-      23             : 
-      24          11 :         checkGridRequirements(grid, lMin, lMax);
-      25             : 
-      26             :         size_t n = grid->getNx(); // size of array
-      27           4 :         size_t n2 = (size_t)floor(n / 2) +
-      28             :                     1; // size array in z-direction in configuration space
-      29             : 
-      30             :         // arrays to hold the complex vector components of the B(k)-field
-      31             :         fftwf_complex *Bkx, *Bky, *Bkz;
-      32           4 :         Bkx = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      33           4 :         Bky = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      34           4 :         Bkz = (fftwf_complex *)fftwf_malloc(sizeof(fftwf_complex) * n * n * n2);
-      35             : 
-      36           4 :         Random random;
-      37           4 :         if (seed != 0)
-      38           2 :                 random.seed(seed); // use given seed
-      39             : 
-      40             :         // calculate the n possible discrete wave numbers
-      41           4 :         double K[n];
-      42         260 :         for (size_t i = 0; i < n; i++)
-      43         256 :                 K[i] = (double)i / n - i / (n / 2);
-      44             : 
-      45           4 :         double kMin = spacing.x / lMax;
-      46           4 :         double kMax = spacing.x / lMin;
-      47             :         Vector3f n0(1, 1, 1); // arbitrary vector to construct orthogonal base
-      48             : 
-      49         260 :         for (size_t ix = 0; ix < n; ix++) {
-      50       16640 :                 for (size_t iy = 0; iy < n; iy++) {
-      51      557056 :                         for (size_t iz = 0; iz < n2; iz++) {
-      52             :         
-      53             :                                 Vector3f ek, e1, e2;  // orthogonal base
-      54             : 
-      55      540672 :                                 size_t i = ix * n * n2 + iy * n2 + iz;
-      56      540672 :                                 ek.setXYZ(K[ix], K[iy], K[iz]);
-      57      540672 :                                 double k = ek.getR();
-      58             : 
-      59             :                                 // wave outside of turbulent range -> B(k) = 0
-      60      540672 :                                 if ((k < kMin) || (k > kMax)) {
-      61      264724 :                                         Bkx[i][0] = 0;
-      62      264724 :                                         Bkx[i][1] = 0;
-      63      264724 :                                         Bky[i][0] = 0;
-      64      264724 :                                         Bky[i][1] = 0;
-      65      264724 :                                         Bkz[i][0] = 0;
-      66      264724 :                                         Bkz[i][1] = 0;
-      67             :                                         continue;
-      68             :                                 }
-      69             : 
-      70             :                                 // construct an orthogonal base ek, e1, e2
-      71      275948 :                                 if (ek.isParallelTo(n0, float(1e-3))) {
-      72             :                                         // ek parallel to (1,1,1)
-      73             :                                         e1.setXYZ(-1., 1., 0);
-      74             :                                         e2.setXYZ(1., 1., -2.);
-      75             :                                 } else {
-      76             :                                         // ek not parallel to (1,1,1)
-      77             :                                         e1 = n0.cross(ek);
-      78             :                                         e2 = ek.cross(e1);
-      79             :                                 }
-      80             :                                 e1 /= e1.getR();
-      81             :                                 e2 /= e2.getR();
-      82             : 
-      83             :                                 // random orientation perpendicular to k
-      84      275948 :                                 double theta = 2 * M_PI * random.rand();
-      85      275948 :                                 Vector3f b = e1 * cos(theta) + e2 * sin(theta); // real b-field vector
-      86             : 
-      87             :                                 // normal distributed amplitude with mean = 0 and sigma =
-      88             :                                 // k^alpha/2
-      89      275948 :                                 b *= random.randNorm() * pow(k, alpha / 2);
-      90             : 
-      91             :                                 // uniform random phase
-      92      275948 :                                 double phase = 2 * M_PI * random.rand();
-      93      275948 :                                 double cosPhase = cos(phase); // real part
-      94      275948 :                                 double sinPhase = sin(phase); // imaginary part
-      95             : 
-      96      275948 :                                 Bkx[i][0] = b.x * cosPhase;
-      97      275948 :                                 Bkx[i][1] = b.x * sinPhase;
-      98      275948 :                                 Bky[i][0] = b.y * cosPhase;
-      99      275948 :                                 Bky[i][1] = b.y * sinPhase;
-     100      275948 :                                 Bkz[i][0] = b.z * cosPhase;
-     101      275948 :                                 Bkz[i][1] = b.z * sinPhase;
-     102             :                         } // for iz
-     103             :                 }     // for iy
-     104             :         }         // for ix
-     105             : 
-     106           4 :         executeInverseFFTInplace(grid, Bkx, Bky, Bkz);
-     107             : 
-     108           4 :         fftwf_free(Bkx);
-     109           4 :         fftwf_free(Bky);
-     110           4 :         fftwf_free(Bkz);
-     111             : 
-     112          16 :         scaleGrid(grid, Brms / rmsFieldStrength(grid)); // normalize to Brms
-     113          11 : }
-     114             : 
-     115             : } // namespace crpropa
-     116             : 
-     117             : #endif // CRPROPA_HAVE_FFTW3F
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-       1             : //----------------------------------------------------------------------
-       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
-       3             : // a parametrized simulation engine for cosmic rays.
-       4             : //
-       5             : // Copyright (C) 2011  Martin Erdmann, Peter Schiffer, Tobias Winchen
-       6             : //                     RWTH Aachen University, Germany
-       7             : // Contact: winchen@physik.rwth-aachen.de
-       8             : //
-       9             : //  This program is free software: you can redistribute it and/or
-      10             : //  modify it under the terms of the GNU General Public License as
-      11             : //  published by the Free Software Foundation, either version 3 of
-      12             : //  the License, or (at your option) any later version.
-      13             : //
-      14             : //  This program is distributed in the hope that it will be useful,
-      15             : //  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      16             : //  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      17             : //  GNU General Public License for more details.
-      18             : //
-      19             : //  You should have received a copy of the GNU General Public License
-      20             : //  along with this program. If not, see <http://www.gnu.org/licenses/>.
-      21             : //----------------------------------------------------------------------
-      22             : 
-      23             : #include "crpropa/magneticLens/MagneticLens.h"
-      24             : 
-      25             : #include "crpropa/Random.h"
-      26             : #include "crpropa/Units.h"
-      27             : 
-      28             : // needed for memcpy in gcc 4.3.2
-      29             : #include <cstring>
-      30             : 
-      31             : namespace crpropa 
-      32             : {
-      33             : 
-      34           0 : void MagneticLens::loadLens(const string &filename)
-      35             : {
-      36           0 :         ifstream infile(filename.c_str());
-      37           0 :         if (!infile)
-      38             :         {
-      39           0 :                 throw std::runtime_error("Can't read file: " + filename);
-      40             :         }
-      41             :         string line;
-      42             : 
-      43             :         string prefix;
-      44           0 :         int sp = filename.find_last_of("/");
-      45           0 :         if (sp >= 0)
-      46             :         {
-      47           0 :                 prefix = filename.substr(0, sp);
-      48           0 :                 prefix.append("/");
-      49             :         }
-      50             :         string mfdatfile;
-      51             :         double emin, emax;
-      52             : 
-      53             :         int lineCounter = 0;
-      54           0 :         while (!infile.eof())
-      55             :         {
-      56           0 :                 getline(infile, line);
-      57           0 :                 lineCounter++;
-      58           0 :                 if (line.find('#') == string::npos)
-      59             :                 {
-      60           0 :                         stringstream ss;
-      61             :                         ss << line;
-      62           0 :                         ss >> mfdatfile >> emin >> emax;
-      63           0 :                         if (ss.fail())
-      64             :                         {
-      65           0 :                                 cerr << "WARNING! Cannot read line " << lineCounter << " of file " << filename << " :\n [" << lineCounter << " ]: " << line << " \n";
-      66           0 :                                 cerr << " ... Skipping line and continue\n";
-      67             :                         }
-      68             :                         else
-      69             :                         {
-      70           0 :                                 this->loadLensPart(prefix + mfdatfile, pow(10, emin) * eV, pow(10, emax) * eV);
-      71             :                         }
-      72           0 :                 }
-      73             :         }
-      74           0 : }
-      75             : 
-      76       12293 : bool MagneticLens::transformCosmicRay(double rigidity, double& phi,
-      77             :                 double& theta) 
-      78             : {
-      79       12293 :         uint32_t c = _pixelization->direction2Pix(phi, theta);
-      80       12293 :         LensPart *lenspart = getLensPart(rigidity);
-      81       12293 :         if (!lenspart)
-      82             :         {
-      83           1 :                 std::cerr << "Warning. Trying to transform cosmic ray with rigidity " << rigidity / eV << " eV which is not covered by this lens!.\n";
-      84           2 :                 std::cerr << " This lens covers the range " << _minimumRigidity /eV << " eV - " << _maximumRigidity << " eV.\n";
-      85           1 :                 return false;
-      86             :         }
-      87             : 
-      88       12292 :         ModelVectorType v = lenspart->getMatrix().col(c);
-      89             : 
-      90             :         uint32_t r;
-      91             : 
-      92             :         // the random number to compare with
-      93       12292 :         double rn = Random::instance().rand();
-      94             : 
-      95             :         ModelVectorType::InnerIterator i(v);
-      96             :   double cpv = 0;
-      97       12292 :   while (i)
-      98             :   {
-      99       12292 :                 cpv += i.value();
-     100       12292 :                 if (rn < cpv)
-     101             :                 {
-     102       12292 :                         _pixelization->pix2Direction(i.index(), phi, theta);
-     103             :                         return true;
-     104             :     }
-     105             :     else
-     106             :     {
-     107             :                         ++i;
-     108             :     }
-     109             :    }
-     110             :   return false;
-     111             : }
-     112             : 
-     113           4 : bool MagneticLens::transformCosmicRay(double rigidity, Vector3d &p){
-     114             : 
-     115           4 :                         double galacticLongitude = atan2(-p.y, -p.x);
-     116           4 :                         double galacticLatitude =       M_PI / 2 - acos(-p.z/ sqrt(p.x*p.x + p.y*p.y + p.z*p.z));
-     117           4 :                         bool result = transformCosmicRay(rigidity, galacticLongitude, galacticLatitude);
-     118             :                         
-     119           4 :                         p.x = -1 * cos(galacticLongitude) * sin(M_PI / 2 - galacticLatitude);
-     120           4 :                         p.y = -1 * sin(galacticLongitude) * sin(M_PI / 2 - galacticLatitude);
-     121           4 :                         p.z = -1. * cos(M_PI / 2 - galacticLatitude);
-     122             : 
-     123           4 :                         return result;
-     124             : }
-     125             : 
-     126           0 : void MagneticLens::loadLensPart(const string &filename, double rigidityMin,
-     127             :                 double rigidityMax)
-     128             : {
-     129           0 :         updateRigidityBounds(rigidityMin, rigidityMax);
-     130             : 
-     131           0 :         LensPart *p = new LensPart(filename, rigidityMin, rigidityMax);
-     132             :         p->loadMatrixFromFile();
-     133           0 :         _checkMatrix(p->getMatrix());
-     134             : 
-     135           0 :         _lensParts.push_back(p);
-     136           0 : }
-     137             : 
-     138           3 : void MagneticLens::_checkMatrix(const ModelMatrixType &M)
-     139             : {
-     140           3 :         if (M.rows() != M.cols())
-     141             :         {
-     142           0 :                 throw std::runtime_error("Not a square Matrix!");
-     143             :         }
-     144             : 
-     145           3 :         if (_pixelization)
-     146             :         {
-     147           3 :                 if (_pixelization->nPix() != M.cols())
-     148             :                 {
-     149             :                         std::cerr << "*** ERROR ***" << endl;
-     150           0 :                         std::cerr << "  Pixelization: " << _pixelization->nPix() << endl;
-     151             :                         std::cerr << "  Matrix Size : " << M.cols() << endl;
-     152           0 :                         throw std::runtime_error("Matrix doesn't fit into Lense");
-     153             :                 }
-     154             :         }
-     155             :         else
-     156             :         {
-     157           0 :                 uint32_t morder = Pixelization::pix2Order(M.cols());
-     158           0 :                 if (morder == 0)
-     159             :                 {
-     160           0 :                         throw std::runtime_error(
-     161           0 :                                         "Matrix size doesn't match healpix scheme!");
-     162             :                 }
-     163           0 :                 _pixelization = new Pixelization(morder);
-     164             :         }
-     165           3 : }
-     166             : 
-     167           3 : void MagneticLens::updateRigidityBounds(double rigidityMin, double rigidityMax)
-     168             : {
-     169           3 :         if (rigidityMin >= rigidityMax)
-     170             :         {
-     171           0 :                 throw std::runtime_error("rigidityMin >= rigidityMax");
-     172             :         }
-     173           3 :         if (rigidityMin < _minimumRigidity)
-     174             :         {
-     175           3 :                 _minimumRigidity = rigidityMin;
-     176             :         }
-     177             : 
-     178           3 :         if (_maximumRigidity < rigidityMin)
-     179             :         {
-     180           3 :                 _maximumRigidity = rigidityMax;
-     181             :         }
-     182           3 : }
-     183             : 
-     184           3 : void MagneticLens::setLensPart(const ModelMatrixType &M, double rigidityMin,
-     185             :                 double rigidityMax)
-     186             : {
-     187           3 :         updateRigidityBounds(rigidityMin, rigidityMax);
-     188           3 :         LensPart *p = new LensPart("Direct Input", rigidityMin, rigidityMax);
-     189             : 
-     190             :         p->setMatrix(M);
-     191             : 
-     192           3 :         _checkMatrix(p->getMatrix());
-     193           3 :         _lensParts.push_back(p);
-     194           3 : }
-     195             : 
-     196       12293 : LensPart* MagneticLens::getLensPart(double rigidity) const
-     197             : {
-     198             :         const_LensPartIter i = _lensParts.begin();
-     199       12294 :         while (i != _lensParts.end())
-     200             :         {
-     201       12293 :                 if (((*i)->getMinimumRigidity() < rigidity / eV)
-     202       12293 :                                 && ((*i)->getMaximumRigidity() >= rigidity / eV))
-     203             :                 {
-     204             :                         return (*i);
-     205             :                 }
-     206             :                 ++i;
-     207             :         }
-     208             :         return NULL;
-     209             : }
-     210             : 
-     211           0 : bool MagneticLens::rigidityCovered(double rigidity) const
-     212             : {
-     213           0 :         if (getLensPart(rigidity))
-     214             :                 return true;
-     215             :         else
-     216           0 :                 return false;
-     217             : }
-     218             : 
-     219             : 
-     220           0 : void MagneticLens::normalizeMatrixColumns()
-     221             : {
-     222           0 :         for (LensPartIter iter = _lensParts.begin(); iter != _lensParts.end();
-     223             :                         ++iter)
-     224             :         {
-     225           0 :                 normalizeColumns((*iter)->getMatrix());
-     226             :         }
-     227           0 : }
-     228             : 
-     229             : 
-     230           0 : void MagneticLens::normalizeLens()
-     231             : {
-     232             :         // get maximum of sums of columns, and normalize each matrix to that
-     233             :         double norm = 0;
-     234           0 :         for (LensPartIter iter = _lensParts.begin(); iter != _lensParts.end();
-     235             :                         ++iter)
-     236             :         {
-     237           0 :                 if ((*iter)->getMaximumOfSumsOfColumns() > norm)
-     238             :                 {
-     239           0 :                         norm = (*iter)->getMaximumOfSumsOfColumns();
-     240             :                 }
-     241             :         }
-     242           0 :         for (LensPartIter iter = _lensParts.begin(); iter != _lensParts.end();
-     243             :                         ++iter)
-     244             :         {
-     245           0 :                 normalizeMatrix((*iter)->getMatrix(), norm);
-     246             :         }
-     247           0 :   _norm = norm;
-     248           0 : }
-     249             : 
-     250           0 : void MagneticLens::normalizeLensparts()
-     251             : {
-     252           0 :         for (LensPartIter iter = _lensParts.begin(); iter != _lensParts.end();
-     253             :                         ++iter)
-     254             :         {
-     255           0 :                 double norm = (*iter)->getMaximumOfSumsOfColumns();
-     256           0 :                 normalizeMatrix((*iter)->getMatrix(), norm);
-     257             :         }
-     258           0 : }
-     259             : 
-     260           0 : void MagneticLens::transformModelVector(double* model, double rigidity) const
-     261             : {
-     262           0 :         LensPart* lenspart = getLensPart(rigidity);
-     263             :         
-     264           0 :         if (!lenspart)
-     265             :         {
-     266           0 :                 std::cerr << "Warning. Trying to transform vector with rigidity " << rigidity / eV << "eV which is not covered by this lens!.\n" << std::endl;
-     267           0 :                 return;
-     268             :         }
-     269             : 
-     270           0 :         prod_up(lenspart->getMatrix(), model);
-     271             : 
-     272             : }
-     273             : 
-     274             : 
-     275             : 
-     276             : } // namespace parsec
-     277             : 
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Current view:top level - src/magneticLens - ModelMatrix.cpp (source / functions)HitTotalCoverage
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Current view:top level - src/magneticLens - ModelMatrix.cpp (source / functions)HitTotalCoverage
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-       1             : //----------------------------------------------------------------------
-       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
-       3             : // a parametrized simulation engine for cosmic rays.
-       4             : //
-       5             : // Copyright (C) 2011  Martin Erdmann, Peter Schiffer, Tobias Winchen
-       6             : //                     RWTH Aachen University, Germany
-       7             : // Contact: winchen@physik.rwth-aachen.de
-       8             : //
-       9             : //  This program is free software: you can redistribute it and/or
-      10             : //  modify it under the terms of the GNU General Public License as
-      11             : //  published by the Free Software Foundation, either version 3 of
-      12             : //  the License, or (at your option) any later version.
-      13             : //
-      14             : //  This program is distributed in the hope that it will be useful,
-      15             : //  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      16             : //  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      17             : //  GNU General Public License for more details.
-      18             : //
-      19             : //  You should have received a copy of the GNU General Public License
-      20             : //  along with this program. If not, see <http://www.gnu.org/licenses/>.
-      21             : //----------------------------------------------------------------------
-      22             : 
-      23             : #include "crpropa/magneticLens/ModelMatrix.h"
-      24             : #include <ctime>
-      25             : 
-      26             : #include <Eigen/Core>
-      27             : namespace crpropa 
-      28             : {
-      29             : 
-      30           0 : void serialize(const string &filename, const ModelMatrixType& matrix)
-      31             : {
-      32           0 :         ofstream outfile(filename.c_str(), ios::binary);
-      33           0 :         if (!outfile)
-      34             :         {
-      35           0 :                 throw runtime_error("Can't write file: " + filename);
-      36             :         }
-      37             : 
-      38           0 :         uint32_t C = 0;
-      39             :         double val;
-      40             : 
-      41           0 :         C = (uint32_t) (matrix.nonZeros());
-      42           0 :         outfile.write((char*) &C, sizeof(uint32_t));
-      43           0 :         C = (uint32_t) (matrix.rows());
-      44           0 :         outfile.write((char*) &C, sizeof(uint32_t));
-      45           0 :         C = (uint32_t) (matrix.cols());
-      46           0 :         outfile.write((char*) &C, sizeof(uint32_t));
-      47             : 
-      48             :         // serialize non zero elements
-      49           0 :         for (size_t col_idx = 0; col_idx < matrix.cols(); ++col_idx)
-      50             :         {
-      51           0 :                 for (ModelMatrixType::InnerIterator it(matrix,col_idx); it; ++it)
-      52             :                         {
-      53             :                                 it.value();
-      54           0 :                                 C = (uint32_t) it.row();
-      55           0 :                                 outfile.write((char*) &C, sizeof(uint32_t));
-      56             : 
-      57           0 :                                 C = (uint32_t) it.col();
-      58           0 :                                 outfile.write((char*) &C, sizeof(uint32_t));
-      59             : 
-      60           0 :                                 val = it.value();
-      61           0 :                                 outfile.write((char*) &val, sizeof(double));
-      62           0 :                                 if (outfile.fail())
-      63             :                                 {
-      64           0 :                                         throw runtime_error("Error writing file: " + filename);
-      65             :                                 }
-      66             :                         }
-      67             :         }
-      68             : 
-      69           0 :         outfile.close();
-      70           0 : }
-      71             : 
-      72             : 
-      73           0 : void deserialize(const string &filename, ModelMatrixType& matrix)
-      74             : {
-      75           0 :         ifstream infile(filename.c_str(), ios::binary);
-      76           0 :         if (!infile)
-      77             :         {
-      78           0 :                 throw runtime_error("Can't read file: " + filename);
-      79             :         }
-      80             : 
-      81             :         uint32_t nnz, nRows, nColumns;
-      82           0 :         infile.read((char*) &nnz, sizeof(uint32_t));
-      83           0 :         infile.read((char*) &nRows, sizeof(uint32_t));
-      84           0 :         infile.read((char*) &nColumns, sizeof(uint32_t));
-      85           0 :         matrix.resize(nRows, nColumns);
-      86           0 :         matrix.reserve(nnz);
-      87             : 
-      88             :         uint32_t row, column;
-      89             :         double val;
-      90             :         std::vector< Eigen::Triplet<double> > triplets;
-      91           0 :         triplets.resize(nnz);
-      92           0 :         for (size_t i = 0; i < nnz; i++)
-      93             :         {
-      94           0 :                 infile.read((char*) &row, sizeof(uint32_t));
-      95           0 :                 infile.read((char*) &column, sizeof(uint32_t));
-      96           0 :                 infile.read((char*) &val, sizeof(double));
-      97             :                 //M(size1,size2) = val;
-      98           0 :                 triplets[i] = Eigen::Triplet<double>(row, column, val);
-      99             :         }
-     100           0 :         matrix.setFromTriplets(triplets.begin(), triplets.end());
-     101           0 :         matrix.makeCompressed();
-     102           0 : }
-     103             : 
-     104             : 
-     105           0 : double norm_1(const ModelVectorType &v)
-     106             : {
-     107           0 :         return v.cwiseAbs().sum();
-     108             : }
-     109             : 
-     110             : 
-     111           0 : void normalizeColumns(ModelMatrixType &matrix){
-     112           0 :         for (size_t i=0; i< matrix.cols(); i++)
-     113             :         {
-     114           0 :                 ModelVectorType v = matrix.col(i);
-     115           0 :                 double rn = norm_1(v);
-     116           0 :                 matrix.col(i) = v/rn;
-     117             :         }
-     118           0 : }
-     119             : 
-     120             : 
-     121           0 : double maximumOfSumsOfColumns(const ModelMatrixType &matrix) 
-     122             : {
-     123             :         double summax = 0;
-     124           0 :         for (size_t i = 0; i < matrix.cols(); i++)
-     125             :         {
-     126           0 :                 double sum = matrix.col(i).sum();
-     127           0 :                 if (sum > summax)
-     128             :                         summax = sum;
-     129             :         }
-     130           0 :         return summax;
-     131             : }
-     132             : 
-     133           0 :         void normalizeMatrix(ModelMatrixType& matrix, double norm)
-     134             : {
-     135           0 :         matrix /= norm;
-     136           0 : }
-     137             : 
-     138           0 :         void prod_up(const ModelMatrixType& matrix, double* model)
-     139             : {
-     140             : 
-     141             :         // copy storage of model, as matrix vector product cannot be done
-     142             :         // in place
-     143             :         
-     144           0 :         const size_t mSize = matrix.cols();
-     145           0 :         double *origVectorStorage = new double[mSize];
-     146             :         memcpy(origVectorStorage, model, mSize * sizeof(double));
-     147             : 
-     148             : 
-     149             : 
-     150             :         Eigen::Map<Eigen::Matrix<double, Eigen::Dynamic, 1> > origVectorAdaptor(origVectorStorage, mSize);
-     151             :         Eigen::Map<Eigen::Matrix<double, Eigen::Dynamic, 1> > modelVectorAdaptor(model, mSize);
-     152             : 
-     153             :         // perform the optimized product
-     154           0 :         modelVectorAdaptor = matrix * origVectorAdaptor;
-     155             : 
-     156             :         // clean up
-     157           0 :         delete[] origVectorStorage;
-     158           0 : }
-     159             : 
-     160             : 
-     161             : } // namespace parsec
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Current view:top level - src/magneticLens - ParticleMapsContainer.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:91369.2 %
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_ZN7crpropa21ParticleMapsContainer11addParticleEidRKNS_7Vector3IdEEd0
_ZN7crpropa21ParticleMapsContainer17forceWeightUpdateEv0
_ZN7crpropa21ParticleMapsContainer6getMapEid0
_ZN7crpropa21ParticleMapsContainer9applyLensERNS_12MagneticLensE0
_ZN7crpropa21ParticleMapsContainer11getEnergiesEi1
_ZN7crpropa21ParticleMapsContainer14getParticleIdsEv1
_ZN7crpropa21ParticleMapsContainer18getRandomParticlesEmRSt6vectorIiSaIiEERS1_IdSaIdEES7_S7_1
_ZN7crpropa21ParticleMapsContainer11addParticleEidddd2
_ZN7crpropa21ParticleMapsContainerD2Ev2
_ZN7crpropa21ParticleMapsContainer10placeOnMapEidRdS1_420
_ZN7crpropa21ParticleMapsContainer14_updateWeightsEv421
_ZNK7crpropa21ParticleMapsContainer10idx2EnergyEi421
_ZNK7crpropa21ParticleMapsContainer10energy2IdxEd422
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Current view:top level - src/magneticLens - ParticleMapsContainer.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:91369.2 %
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_ZN7crpropa21ParticleMapsContainer10placeOnMapEidRdS1_420
_ZN7crpropa21ParticleMapsContainer11addParticleEidRKNS_7Vector3IdEEd0
_ZN7crpropa21ParticleMapsContainer11addParticleEidddd2
_ZN7crpropa21ParticleMapsContainer11getEnergiesEi1
_ZN7crpropa21ParticleMapsContainer14_updateWeightsEv421
_ZN7crpropa21ParticleMapsContainer14getParticleIdsEv1
_ZN7crpropa21ParticleMapsContainer17forceWeightUpdateEv0
_ZN7crpropa21ParticleMapsContainer18getRandomParticlesEmRSt6vectorIiSaIiEERS1_IdSaIdEES7_S7_1
_ZN7crpropa21ParticleMapsContainer6getMapEid0
_ZN7crpropa21ParticleMapsContainer9applyLensERNS_12MagneticLensE0
_ZN7crpropa21ParticleMapsContainerD2Ev2
_ZNK7crpropa21ParticleMapsContainer10energy2IdxEd422
_ZNK7crpropa21ParticleMapsContainer10idx2EnergyEi421
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Current view:top level - src/magneticLens - ParticleMapsContainer.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:7410570.5 %
Date:2024-04-08 14:58:22Functions:91369.2 %
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          Line data    Source code
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-       1             : #include "HepPID/ParticleIDMethods.hh"
-       2             : #include "crpropa/Random.h"
-       3             : #include "crpropa/magneticLens/ParticleMapsContainer.h"
-       4             : #include "crpropa/Units.h"
-       5             : 
-       6             : #include <iostream>
-       7             : #include <fstream>
-       8             : 
-       9             : namespace crpropa  {
-      10             : 
-      11           2 : ParticleMapsContainer::~ParticleMapsContainer() {
-      12           2 :         for(std::map<int, std::map<int, double*> >::iterator pid_iter = _data.begin(); 
-      13           4 :                         pid_iter != _data.end(); ++pid_iter) {
-      14           2 :                 for(std::map<int, double*>::iterator energy_iter = pid_iter->second.begin();
-      15           4 :                         energy_iter != pid_iter->second.end(); ++energy_iter) {
-      16           2 :                         delete[] (energy_iter->second);
-      17             :                 }
-      18             :         }
-      19           2 : }
-      20             : 
-      21         422 : int ParticleMapsContainer::energy2Idx(double energy) const {
-      22         422 :         double lE = log10(energy / eV);
-      23         422 :         return int((lE - _bin0lowerEdge) / _deltaLogE);
-      24             : }
-      25             : 
-      26         421 : double ParticleMapsContainer::idx2Energy(int idx) const {
-      27         421 :         return pow(10, idx * _deltaLogE + _bin0lowerEdge + _deltaLogE / 2) * eV;
-      28             : }
-      29             : 
-      30             :                 
-      31           0 : double* ParticleMapsContainer::getMap(const int particleId, double energy) {
-      32           0 :         _weightsUpToDate = false;
-      33           0 :         if (_data.find(particleId) == _data.end()) {
-      34           0 :                 std::cerr << "No map for ParticleID " << particleId << std::endl;
-      35           0 :                 return NULL;
-      36             :         }
-      37           0 :         int energyIdx   = energy2Idx(energy);
-      38           0 :         if (_data[particleId].find(energyIdx) == _data[particleId].end()) {
-      39           0 :                 std::cerr << "No map for ParticleID and energy" << energy / eV << " eV" << std::endl;
-      40           0 :                 return NULL;
-      41             :         }
-      42           0 :         return _data[particleId][energy2Idx(energy)];
-      43             : }
-      44             :                         
-      45             :                         
-      46           2 : void ParticleMapsContainer::addParticle(const int particleId, double energy, double galacticLongitude, double galacticLatitude, double weight) {
-      47           2 :         _weightsUpToDate = false;
-      48           2 :         if (_data.find(particleId) == _data.end()) {
-      49             :                 map<int, double*> M;
-      50           2 :                 _data[particleId] = M;
-      51             :         }
-      52             : 
-      53           2 :         int energyIdx   = energy2Idx(energy);
-      54           4 :         if (_data[particleId].find(energyIdx) == _data[particleId].end()) {
-      55           2 :                 _data[particleId][energyIdx] = new double[_pixelization.getNumberOfPixels()];
-      56           2 :                 std::fill(_data[particleId][energyIdx], _data[particleId][energyIdx] + _pixelization.getNumberOfPixels(), 0);
-      57             :         }
-      58             : 
-      59           2 :         uint32_t pixel = _pixelization.direction2Pix(galacticLongitude, galacticLatitude);
-      60           2 :         _data[particleId][energyIdx][pixel] += weight;
-      61           2 : }
-      62             : 
-      63             : 
-      64           0 : void ParticleMapsContainer::addParticle(const int particleId, double energy, const Vector3d &p, double weight) {
-      65           0 :         double galacticLongitude = atan2(-p.y, -p.x);
-      66           0 :         double galacticLatitude =       M_PI / 2 - acos(-p.z / p.getR());
-      67           0 :         addParticle(particleId, energy, galacticLongitude, galacticLatitude, weight);
-      68           0 : }
-      69             : 
-      70             : 
-      71           1 : std::vector<int> ParticleMapsContainer::getParticleIds() {
-      72             :         std::vector<int> ids;
-      73           1 :         for(std::map<int, std::map<int, double*> >::iterator pid_iter = _data.begin(); 
-      74           2 :                         pid_iter != _data.end(); ++pid_iter) {
-      75           1 :                 ids.push_back(pid_iter->first);
-      76             :         }
-      77           1 :         return ids;
-      78             : }
-      79             : 
-      80             : 
-      81           1 : std::vector<double> ParticleMapsContainer::getEnergies(int pid) {
-      82             :         std::vector<double> energies;
-      83           1 :         if (_data.find(pid) != _data.end()) {
-      84           1 :                 for(std::map<int, double*>::iterator iter = _data[pid].begin(); 
-      85           2 :                         iter != _data[pid].end(); ++iter) {
-      86           1 :                         energies.push_back( idx2Energy(iter->first) / eV );
-      87             :                 }
-      88             :         }
-      89           1 :         return energies;
-      90             : }
-      91             : 
-      92             : 
-      93           0 : void ParticleMapsContainer::applyLens(MagneticLens &lens) {
-      94             :         // if lens is normalized, this should not be necessary.
-      95           0 :         _weightsUpToDate = false;
-      96             : 
-      97           0 :         for(std::map<int, std::map<int, double*> >::iterator pid_iter = _data.begin(); 
-      98           0 :                         pid_iter != _data.end(); ++pid_iter) {
-      99           0 :                 for(std::map<int, double*>::iterator energy_iter = pid_iter->second.begin();
-     100           0 :                         energy_iter != pid_iter->second.end(); ++energy_iter) {
-     101             :                         // transform only nuclei
-     102           0 :                         double energy = idx2Energy(energy_iter->first);
-     103           0 :                         int chargeNumber = HepPID::Z(pid_iter->first);
-     104           0 :                         if (chargeNumber != 0 && lens.rigidityCovered(energy / chargeNumber)) {
-     105           0 :                                 lens.transformModelVector(energy_iter->second, energy / chargeNumber);
-     106             :                         } else { // still normalize the vectors 
-     107           0 :                                 for(size_t j=0; j< _pixelization.getNumberOfPixels() ; j++) {
-     108           0 :                                         energy_iter->second[j] /= lens.getNorm();
-     109             :                                 }
-     110             :                         }
-     111             :                 }
-     112             :         }
-     113           0 : }
-     114             : 
-     115             : 
-     116         421 : void ParticleMapsContainer::_updateWeights() {
-     117         421 :         if (_weightsUpToDate)
-     118             :                 return;
-     119             : 
-     120           1 :         for(std::map<int, std::map<int, double*> >::iterator pid_iter = _data.begin(); 
-     121           2 :                         pid_iter != _data.end(); ++pid_iter) {
-     122           1 :                 _weightsPID[pid_iter->first] = 0;
-     123             : 
-     124           1 :                 for(std::map<int, double*>::iterator energy_iter = pid_iter->second.begin();
-     125           2 :                         energy_iter != pid_iter->second.end(); ++energy_iter)  {
-     126             : 
-     127           1 :                         _weights_pidEnergy[pid_iter->first][energy_iter->first] = 0;
-     128       49153 :                         for(size_t j = 0; j< _pixelization.getNumberOfPixels() ; j++) {
-     129       49152 :                                 _weights_pidEnergy[pid_iter->first][energy_iter->first] +=energy_iter->second[j];
-     130       49152 :                                 _weightsPID[pid_iter->first]+=energy_iter->second[j];
-     131             :                         }
-     132           1 :                         _sumOfWeights+=_weights_pidEnergy[pid_iter->first][energy_iter->first];
-     133             :                 }
-     134             :         }
-     135           1 :         _weightsUpToDate = true;
-     136             : }
-     137             : 
-     138             : 
-     139           1 : void ParticleMapsContainer::getRandomParticles(size_t N, vector<int> &particleId, 
-     140             :         vector<double> &energy, vector<double> &galacticLongitudes,
-     141             :         vector<double> &galacticLatitudes) {
-     142           1 :         _updateWeights();
-     143             : 
-     144           1 :         particleId.resize(N);
-     145           1 :         energy.resize(N);
-     146           1 :         galacticLongitudes.resize(N);
-     147           1 :         galacticLatitudes.resize(N);
-     148             : 
-     149         421 :         for(size_t i=0; i< N; i++) {
-     150             :                 //get particle
-     151         420 :                 double r = Random::instance().rand() * _sumOfWeights;
-     152             :                 std::map<int, double>::iterator iter = _weightsPID.begin();
-     153         420 :                 while ((r-= iter->second) > 0) {
-     154             :                         ++iter; 
-     155             :                 }
-     156         420 :                 particleId[i] = iter->first;
-     157             :         
-     158             :                 //get energy
-     159         420 :                 r = Random::instance().rand() * iter->second;
-     160         420 :                 iter = _weights_pidEnergy[particleId[i]].begin();
-     161         420 :                 while ((r-= iter->second) > 0) {
-     162             :                  ++iter; 
-     163             :                 }
-     164         420 :                 energy[i] = idx2Energy(iter->first) / eV;
-     165             : 
-     166         420 :                 placeOnMap(particleId[i], energy[i] * eV, galacticLongitudes[i], galacticLatitudes[i]);
-     167             :         }
-     168           1 : }
-     169             : 
-     170             : 
-     171         420 : bool ParticleMapsContainer::placeOnMap(int pid, double energy, double &galacticLongitude, double &galacticLatitude) {
-     172         420 :         _updateWeights();
-     173             : 
-     174         420 :         if (_data.find(pid) == _data.end()) {
-     175             :                 return false;
-     176             :         }
-     177         420 :         int energyIdx   = energy2Idx(energy);
-     178         840 :         if (_data[pid].find(energyIdx) == _data[pid].end()) {
-     179             :                 return false;
-     180             :         }
-     181             : 
-     182         420 :         double r = Random::instance().rand() * _weights_pidEnergy[pid][energyIdx];
-     183             : 
-     184    10268580 :         for(size_t j = 0; j< _pixelization.getNumberOfPixels(); j++) {
-     185    10268580 :                 r -= _data[pid][energyIdx][j];
-     186    10268580 :                 if (r <= 0) {
-     187         420 :                         _pixelization.getRandomDirectionInPixel(j, galacticLongitude, galacticLatitude);
-     188         420 :                         return true;
-     189             :                 }
-     190             :         }
-     191             :         return false;
-     192             : }
-     193             : 
-     194             : 
-     195           0 : void ParticleMapsContainer::forceWeightUpdate() {
-     196           0 :         _weightsUpToDate = false;
-     197           0 : }
-     198             : 
-     199             : } // namespace crpropa
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LCOV - code coverage report
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Current view:top level - src/magneticLens - Pixelization.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:305060.0 %
Date:2024-04-08 14:58:22Functions:6875.0 %
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_ZN7crpropa12Pixelization4nPixEh0
_ZN7crpropa12Pixelization9pix2OrderEj0
_ZN7crpropa12Pixelization25getRandomDirectionInPixelEjRdS1_421
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_ZNK7crpropa12Pixelization13direction2PixEdd24585
_ZNK7crpropa12Pixelization13pix2DirectionEjRdS1_36868
_ZNK7crpropa12Pixelization12vec2SphereCoERdS1_RKN7healpix6vec3_tIdEE37289
_ZNK7crpropa12Pixelization15angularDistanceEjj49152
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Current view:top level - src/magneticLens - Pixelization.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:305060.0 %
Date:2024-04-08 14:58:22Functions:6875.0 %
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_ZN7crpropa12Pixelization25getRandomDirectionInPixelEjRdS1_421
_ZN7crpropa12Pixelization4nPixEh0
_ZN7crpropa12Pixelization9pix2OrderEj0
_ZNK7crpropa12Pixelization11spherCo2VecEddRN7healpix6vec3_tIdEE24585
_ZNK7crpropa12Pixelization12vec2SphereCoERdS1_RKN7healpix6vec3_tIdEE37289
_ZNK7crpropa12Pixelization13direction2PixEdd24585
_ZNK7crpropa12Pixelization13pix2DirectionEjRdS1_36868
_ZNK7crpropa12Pixelization15angularDistanceEjj49152
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Current view:top level - src/magneticLens - Pixelization.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:305060.0 %
Date:2024-04-08 14:58:22Functions:6875.0 %
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          Line data    Source code
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-       1             : //----------------------------------------------------------------------
-       2             : // This file is part of PARSEC (http://physik.rwth-aachen.de/parsec)
-       3             : // a parametrized simulation engine for cosmic rays.
-       4             : //
-       5             : // Copyright (C) 2011  Martin Erdmann, Peter Schiffer, Tobias Winchen
-       6             : //                     RWTH Aachen University, Germany
-       7             : // Contact: winchen@physik.rwth-aachen.de
-       8             : //
-       9             : //  This program is free software: you can redistribute it and/or
-      10             : //  modify it under the terms of the GNU General Public License as
-      11             : //  published by the Free Software Foundation, either version 3 of
-      12             : //  the License, or (at your option) any later version.
-      13             : //
-      14             : //  This program is distributed in the hope that it will be useful,
-      15             : //  but WITHOUT ANY WARRANTY; without even the implied warranty of
-      16             : //  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-      17             : //  GNU General Public License for more details.
-      18             : //
-      19             : //  You should have received a copy of the GNU General Public License
-      20             : //  along with this program. If not, see <http://www.gnu.org/licenses/>.
-      21             : //----------------------------------------------------------------------
-      22             : 
-      23             : #include "crpropa/magneticLens/Pixelization.h"
-      24             : #include "crpropa/Random.h"
-      25             : 
-      26             : namespace crpropa 
-      27             : {
-      28             : 
-      29             :         healpix::T_Healpix_Base<healpix::int64> Pixelization::_healpix_nest = healpix::T_Healpix_Base<healpix::int64>(29, healpix::NEST);
-      30             : 
-      31             : 
-      32           0 : uint8_t Pixelization::pix2Order(uint32_t pix)
-      33             : {
-      34           0 :         for (uint8_t i = 0; i < _nOrder_max; i++)
-      35             :         {
-      36           0 :                 if (pix == _nPix[i])
-      37           0 :                         return i + 1;
-      38             :         }
-      39             :         return 0;
-      40             : }
-      41             : 
-      42           0 : uint32_t Pixelization::nPix(uint8_t order)
-      43             : {
-      44           0 :         if (order > _nOrder_max)
-      45             :         {
-      46             :                 return 0;
-      47             :         }
-      48             :         else
-      49             :         {
-      50           0 :                 return _nPix[order - 1];
-      51             :         }
-      52             : }
-      53             : 
-      54       24585 : uint32_t Pixelization::direction2Pix(double longitude, double latitude) const
-      55             : {
-      56             :         healpix::vec3 v;
-      57       24585 :         spherCo2Vec(longitude, latitude, v);
-      58             :         try
-      59             :         {
-      60       24585 :                 uint32_t i = (uint32_t) _healpix->vec2pix(v);
-      61       24585 :                 return i;
-      62             :         }
-      63           0 :         catch (healpix::PlanckError &e)
-      64             :         {
-      65           0 :                 std::cerr << "Healpix error triggered from direction2Pix(" << longitude << ", " << latitude  << ")\n";
-      66           0 :                 std::cerr << " v = " << v.x <<", " << v.y << ", " <<  v.z << std::endl;
-      67           0 :                 std::cerr << "\n The original exception reads:\n";
-      68           0 :                 std::cerr << e.what() << std::endl;
-      69           0 :                 throw;
-      70           0 :         }
-      71             : }
-      72             : 
-      73       36868 : void Pixelization::pix2Direction(uint32_t i, double &longitude,
-      74             :                 double &latitude) const
-      75             : {
-      76             :         healpix::vec3 v;
-      77             :         try{
-      78       36868 :                 v = _healpix->pix2vec(i);
-      79             :         }
-      80           0 :         catch (healpix::PlanckError &e)
-      81             :         {
-      82           0 :                 std::cerr << "Healpix error triggered from pix2Direction(" << i << ", &longitude, &latitude " << ")\n";
-      83           0 :                 std::cerr << "The original exception reads:\n";
-      84           0 :                 std::cerr << e.what() << std::endl;
-      85           0 :                 throw;
-      86           0 :         }
-      87             : 
-      88       36868 :         vec2SphereCo(longitude, latitude, v);
-      89       36868 : }
-      90             : 
-      91       24585 : void Pixelization::spherCo2Vec(double phi, double theta,
-      92             :                 healpix::vec3 &V) const
-      93             : {
-      94       24585 :         V.x = cos(phi) * cos(theta);
-      95       24585 :         V.y = sin(phi) * cos(theta);
-      96       24585 :         V.z = sin(theta);
-      97       24585 : }
-      98             : 
-      99       37289 : void Pixelization::vec2SphereCo(double &phi, double &theta,
-     100             :                 const healpix::vec3 &V) const
-     101             : {
-     102       37289 :         theta = asin(V.z);
-     103       37289 :         phi = healpix::safe_atan2(V.y, V.x);
-     104       37289 : }
-     105             : 
-     106             : 
-     107       49152 : double Pixelization::angularDistance(uint32_t i, uint32_t j) const
-     108             : {
-     109             :         healpix::vec3 v1, v2;
-     110       49152 :         v1 = _healpix->pix2vec(i);
-     111       49152 :         v2 = _healpix->pix2vec(j);
-     112       49152 :         double s = v1.x * v2.x + v1.y * v2.y + v1.z * v2.z;
-     113             :         // Failsafe for numerical inaccuracies
-     114       49152 :         return ((s > 1) ? 0 : ((s < -1) ? M_PI : acos(s)));
-     115             : }
-     116             : 
-     117         421 : void Pixelization::getRandomDirectionInPixel(uint32_t i, double &longitude, double &latitude) 
-     118             : {
-     119             :         
-     120         421 :         uint64_t inest = _healpix->ring2nest(i);
-     121         421 :         uint64_t nUp = 29 - _healpix->Order();
-     122         421 :         uint64_t iUp = inest * pow(4, nUp);
-     123         421 :         iUp += Random::instance().randInt64(pow(4, nUp));
-     124             : 
-     125         421 :         healpix::vec3 v = _healpix_nest.pix2vec(iUp);
-     126             :         
-     127         421 :         vec2SphereCo(longitude, latitude, v);
-     128         421 : }
-     129             : } // namespace
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Current view:top level - src/massDistribution - ConstantDensity.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:181994.7 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa15ConstantDensity14getDescriptionB5cxx11Ev0
_ZN7crpropa15ConstantDensity5setH2Eb1
_ZN7crpropa15ConstantDensity5setH2Ed1
_ZN7crpropa15ConstantDensity5setHIEb1
_ZN7crpropa15ConstantDensity5setHIEd1
_ZN7crpropa15ConstantDensity6setHIIEb1
_ZN7crpropa15ConstantDensity6setHIIEd1
_ZN7crpropa15ConstantDensity10getIsForH2Ev2
_ZN7crpropa15ConstantDensity10getIsForHIEv2
_ZN7crpropa15ConstantDensity11getIsForHIIEv2
_ZN7crpropa15ConstantDensityC2Eddd3
_ZNK7crpropa15ConstantDensity10getDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity12getH2DensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity12getHIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity13getHIIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity17getNucleonDensityERKNS_7Vector3IdEE4
_ZN7crpropa15ConstantDensity5setH2Ebd5
_ZN7crpropa15ConstantDensity5setHIEbd5
_ZN7crpropa15ConstantDensity6setHIIEbd5
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Current view:top level - src/massDistribution - ConstantDensity.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa15ConstantDensity10getIsForH2Ev2
_ZN7crpropa15ConstantDensity10getIsForHIEv2
_ZN7crpropa15ConstantDensity11getIsForHIIEv2
_ZN7crpropa15ConstantDensity14getDescriptionB5cxx11Ev0
_ZN7crpropa15ConstantDensity5setH2Eb1
_ZN7crpropa15ConstantDensity5setH2Ebd5
_ZN7crpropa15ConstantDensity5setH2Ed1
_ZN7crpropa15ConstantDensity5setHIEb1
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_ZN7crpropa15ConstantDensity6setHIIEb1
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_ZN7crpropa15ConstantDensity6setHIIEd1
_ZN7crpropa15ConstantDensityC2Eddd3
_ZNK7crpropa15ConstantDensity10getDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity12getH2DensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity12getHIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity13getHIIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa15ConstantDensity17getNucleonDensityERKNS_7Vector3IdEE4
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Current view:top level - src/massDistribution - ConstantDensity.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:181994.7 %
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-       1             : #include "crpropa/massDistribution/ConstantDensity.h"
-       2             : 
-       3             : #include "kiss/logger.h"
-       4             : 
-       5             : #include <sstream>
-       6             : 
-       7             : namespace crpropa{
-       8             : 
-       9           3 : ConstantDensity::ConstantDensity(double HI, double HII, double H2) {
-      10             :         // set all types active which are not equal 0 and change number density
-      11           3 :         if(HI!=0)
-      12           3 :                 setHI(true, HI);
-      13           3 :         if(HII!=0)
-      14           3 :                 setHII(true, HII);
-      15           3 :         if(H2!=0)
-      16           3 :                 setH2(true, H2);
-      17           3 : }
-      18             : 
-      19           4 : double ConstantDensity::getDensity(const Vector3d &position) const {
-      20             :         double n = 0;
-      21             : 
-      22           4 :         if(isHI)
-      23           3 :                 n += HIdensitynumber;
-      24           4 :         if(isHII)
-      25           3 :                 n += HIIdensitynumber;
-      26           4 :         if(isH2)
-      27           3 :                 n += H2densitynumber;
-      28             : 
-      29             :         // check if all densities are deactivated and raise warning if so
-      30           4 :         if((isHI || isHII || isH2) == false){
-      31           2 :                 KISS_LOG_WARNING
-      32           1 :                         << "\nCalled getNucleonDensity on fully deactivated ConstantDensity "
-      33           1 :                         << "gas density model. In this case the density is allways set to 0. \n";
-      34             :         }
-      35             : 
-      36           4 :         return n;
-      37             : }
-      38             : 
-      39           4 : double ConstantDensity::getNucleonDensity(const Vector3d &position) const {
-      40             :         double n = 0;
-      41             : 
-      42           4 :         if(isHI)
-      43           3 :                 n += HIdensitynumber;
-      44           4 :         if(isHII)
-      45           3 :                 n += HIIdensitynumber;
-      46           4 :         if(isH2)
-      47           3 :                 n += 2*H2densitynumber;
-      48             : 
-      49             :         // check if all densities are deactivated and raise warning if so
-      50           4 :         if((isHI || isHII || isH2) == false){
-      51           2 :                 KISS_LOG_WARNING
-      52           1 :                         << "\nCalled getNucleonDensity on fully deactivated ConstantDensity "
-      53           1 :                         << "gas density model. In this case the density is allways set to 0. \n";
-      54             :         }
-      55           4 :         return n;
-      56             : }
-      57             : 
-      58           4 : double ConstantDensity::getHIDensity(const Vector3d &position) const {
-      59           4 :         return HIdensitynumber;
-      60             : }
-      61             : 
-      62           4 : double ConstantDensity::getHIIDensity(const Vector3d &position) const{
-      63           4 :         return HIIdensitynumber;
-      64             : }
-      65             : 
-      66           4 : double ConstantDensity::getH2Density(const Vector3d &position) const{
-      67           4 :         return H2densitynumber;
-      68             : }
-      69             : 
-      70           2 : bool ConstantDensity::getIsForHI() {
-      71           2 :         return isHI;
-      72             : }
-      73             : 
-      74           2 : bool ConstantDensity::getIsForHII() {
-      75           2 :         return isHII;
-      76             : }
-      77             : 
-      78           2 : bool ConstantDensity::getIsForH2() {
-      79           2 :         return isH2;
-      80             : }
-      81             : 
-      82           5 : void ConstantDensity::setHI(bool activate, double densitynumber) {
-      83           5 :         isHI = activate;
-      84           5 :         HIdensitynumber = densitynumber;
-      85           5 : }
-      86             : 
-      87           1 : void ConstantDensity::setHI(bool activate) {
-      88           1 :         setHI(activate, HIdensitynumber);
-      89           1 : }
-      90             : 
-      91           1 : void ConstantDensity::setHI(double densitynumber) {
-      92           1 :         setHI(isHI, densitynumber);
-      93           1 : }
-      94             : 
-      95           5 : void ConstantDensity::setHII(bool activate, double densitynumber) {
-      96           5 :         isHII = activate;
-      97           5 :         HIIdensitynumber = densitynumber;
-      98           5 : }
-      99             : 
-     100           1 : void ConstantDensity::setHII(bool activate) {
-     101           1 :         setHII(activate, HIIdensitynumber);
-     102           1 : }
-     103             : 
-     104           1 : void ConstantDensity::setHII(double densitynumber) {
-     105           1 :         setHII(isHII, densitynumber);
-     106           1 : }
-     107             : 
-     108           5 : void ConstantDensity::setH2(bool activate, double densitynumber) {
-     109           5 :         isH2 = activate;
-     110           5 :         H2densitynumber = densitynumber;
-     111           5 : }
-     112             : 
-     113           1 : void ConstantDensity::setH2(bool activate) {
-     114           1 :         setH2(activate, H2densitynumber);
-     115           1 : }
-     116             : 
-     117           1 : void ConstantDensity::setH2(double densitynumber) {
-     118           1 :         setH2(isH2, densitynumber);
-     119           1 : }
-     120             : 
-     121           0 : std::string ConstantDensity::getDescription() {
-     122           0 :         std::stringstream s;
-     123           0 :         s << "ConstantDensity:\n";
-     124           0 :         s<< "HI component is ";
-     125           0 :         if(!isHI)
-     126           0 :                 s<< "not ";
-     127           0 :         s<< "active and has a density of " << HIdensitynumber/ccm << " cm^-3" << "\nHII component is ";
-     128           0 :         if(!isHII)
-     129           0 :                 s<< "not ";
-     130           0 :         s<<"active and has a density of " << HIIdensitynumber/ccm<<" cm^-3" <<  "\nH2 component is ";
-     131           0 :         if(!isH2)
-     132           0 :                 s<<"not ";
-     133           0 :         s<<"active and has a density of " << H2densitynumber/ccm << " cm^-3";
-     134           0 :         return s.str();
-     135           0 : }
-     136             : 
-     137             : }  // namespace crpropa
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_ZN7crpropa6Cordes14getDescriptionB5cxx11Ev0
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_ZNK7crpropa6Cordes17getNucleonDensityERKNS_7Vector3IdEE1
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_ZNK7crpropa6Cordes13getHIIDensityERKNS_7Vector3IdEE4
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Current view:top level - src/massDistribution - Cordes.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa6Cordes14getDescriptionB5cxx11Ev0
_ZNK7crpropa6Cordes10getDensityERKNS_7Vector3IdEE2
_ZNK7crpropa6Cordes13getHIIDensityERKNS_7Vector3IdEE4
_ZNK7crpropa6Cordes17getNucleonDensityERKNS_7Vector3IdEE1
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Date:2024-04-08 14:58:22Functions:6785.7 %
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-       1             : #include "crpropa/massDistribution/Cordes.h"
-       2             : #include "crpropa/Common.h"
-       3             : 
-       4             : #include <sstream>
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8           4 : double Cordes::getHIIDensity(const Vector3d &position) const {
-       9             :         double n=0;  // in m^-3
-      10             : 
-      11           4 :         double z=position.z;
-      12           4 :         double R = sqrt(position.x*position.x+position.y*position.y);  //radius in galactic disk
-      13             : 
-      14           4 :         n += 0.025/ccm*exp(-fabs(z)/(1*kpc))*exp(-pow_integer<2>(R/(20*kpc)));  // galactocentric component
-      15           4 :         n += 0.2/ccm*exp(-fabs(z)/(0.15*kpc))*exp(-pow_integer<2>((R-4*kpc)/(2*kpc)));  // anular component
-      16             : 
-      17           4 :         return n;
-      18             : }
-      19             : 
-      20           2 : double Cordes::getDensity(const Vector3d &position) const {
-      21           2 :         return Cordes::getHIIDensity(position);
-      22             : }
-      23             : 
-      24           1 : double Cordes::getNucleonDensity(const Vector3d &position) const {
-      25           1 :         return getHIIDensity(position);
-      26             : }
-      27             : 
-      28           1 : bool Cordes::getIsForHI() {
-      29           1 :         return isforHI;
-      30             : }
-      31             : 
-      32           1 : bool Cordes::getIsForHII() {
-      33           1 :         return isforHII;
-      34             : }
-      35             : 
-      36           1 : bool Cordes::getIsForH2() {
-      37           1 :         return isforH2;
-      38             : }
-      39             : 
-      40           0 : std::string Cordes::getDescription() {
-      41           0 :         std::stringstream s;
-      42           0 :         s << "Density Cordes: includes only an HII component";
-      43           0 :         return s.str();
-      44           0 : }
-      45             : 
-      46             : }  // namespace crpropa
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Current view:top level - src/massDistribution - Ferriere.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:131492.9 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa8Ferriere14getDescriptionB5cxx11Ev0
_ZN7crpropa8Ferriere10setIsForH2Eb1
_ZN7crpropa8Ferriere10setIsForHIEb1
_ZN7crpropa8Ferriere11setIsForHIIEb1
_ZN7crpropa8Ferriere10getIsForH2Ev4
_ZN7crpropa8Ferriere10getIsForHIEv4
_ZN7crpropa8Ferriere11getIsForHIIEv4
_ZNK7crpropa8Ferriere10getDensityERKNS_7Vector3IdEE5
_ZNK7crpropa8Ferriere17getNucleonDensityERKNS_7Vector3IdEE5
_ZNK7crpropa8Ferriere12getH2DensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere12getHIDensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere13getHIIDensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere17CMZTransformationERKNS_7Vector3IdEE13
_ZNK7crpropa8Ferriere18DiskTransformationERKNS_7Vector3IdEE13
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Current view:top level - src/massDistribution - Ferriere.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13615190.1 %
Date:2024-04-08 14:58:22Functions:131492.9 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa8Ferriere10getIsForH2Ev4
_ZN7crpropa8Ferriere10getIsForHIEv4
_ZN7crpropa8Ferriere10setIsForH2Eb1
_ZN7crpropa8Ferriere10setIsForHIEb1
_ZN7crpropa8Ferriere11getIsForHIIEv4
_ZN7crpropa8Ferriere11setIsForHIIEb1
_ZN7crpropa8Ferriere14getDescriptionB5cxx11Ev0
_ZNK7crpropa8Ferriere10getDensityERKNS_7Vector3IdEE5
_ZNK7crpropa8Ferriere12getH2DensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere12getHIDensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere13getHIIDensityERKNS_7Vector3IdEE12
_ZNK7crpropa8Ferriere17CMZTransformationERKNS_7Vector3IdEE13
_ZNK7crpropa8Ferriere17getNucleonDensityERKNS_7Vector3IdEE5
_ZNK7crpropa8Ferriere18DiskTransformationERKNS_7Vector3IdEE13
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Current view:top level - src/massDistribution - Ferriere.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:131492.9 %
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-       1             : #include "crpropa/massDistribution/Ferriere.h"
-       2             : #include "crpropa/Common.h"
-       3             : 
-       4             : #include "kiss/logger.h"
-       5             : 
-       6             : #include <sstream>
-       7             : 
-       8             : namespace crpropa {
-       9             : 
-      10          13 : Vector3d Ferriere::CMZTransformation(const Vector3d &position) const {
-      11             :         // set galactocentric coordinate system with the Sun at (-8.5,0.,0.) instead of (8.5, 0, 0) to be consistand with JF12 implementation
-      12          13 :         double x = -position.x;
-      13          13 :         double y = -position.y;
-      14             : 
-      15             :         double xC = -50*pc;             //offset
-      16             :         double yC = 50*pc;
-      17             :         double sinTc = sin(70.*deg);
-      18             :         double cosTc = cos(70.*deg);
-      19             : 
-      20             :         Vector3d pos;
-      21          13 :         pos.x = (x - xC)*cosTc + (y - yC)*sinTc;
-      22          13 :         pos.y = -(x - xC)*sinTc + (y - yC)*cosTc;
-      23          13 :         pos.z = position.z;
-      24             : 
-      25          13 :         return pos;
-      26             : }
-      27             : 
-      28          13 : Vector3d Ferriere::DiskTransformation(const Vector3d &position) const {
-      29             :         // set galactocentric coordinate system with the Sun at (-8.5,0.,0.) instead of (8.5, 0, 0) to be consistand with JF12 implementation
-      30          13 :         double x = -position.x;
-      31          13 :         double y = - position.y;
-      32          13 :         double z = position.z;
-      33             : 
-      34             :         double alphaD = 13.5*deg;  // rotation arround x-axis
-      35             :         double sinAd = sin(alphaD);
-      36             :         double cosAd = cos(alphaD);
-      37             :         double betaD = 20.*deg;  // rotation arround y'-axis
-      38             :         double sinBd = sin(betaD);
-      39             :         double cosBd = cos(betaD);
-      40             :         double TettaD = 48.5*deg;  // rotation arround x"-axis
-      41             :         double sinTd = sin(TettaD);
-      42             :         double cosTd = cos(TettaD);
-      43             : 
-      44             :         Vector3d pos;
-      45             : 
-      46          13 :         pos.x = x*cosBd*cosTd - y*(sinAd*sinBd*cosTd -cosAd*sinTd)-z*(cosAd*sinBd*cosTd +sinAd*sinTd);
-      47             : 
-      48          13 :         pos.y =  -x*cosBd*sinTd;
-      49          13 :         pos.y += y*(sinAd*sinBd*sinTd +cosAd*cosTd);
-      50          13 :         pos.y += z*(cosAd*sinBd*sinTd -sinAd*cosTd);
-      51             : 
-      52          13 :         pos.z = x*sinBd;
-      53          13 :         pos.z += y*sinAd*cosBd;
-      54          13 :         pos.z += z*cosAd*cosBd;
-      55             : 
-      56          13 :         return pos;
-      57             : }
-      58             : 
-      59          12 : double Ferriere::getHIDensity(const Vector3d &position) const {
-      60             :         double n = 0;
-      61          12 :         double R = sqrt(position.x*position.x+position.y*position.y);
-      62             : 
-      63          12 :         if(R<3*kpc)
-      64             :         {
-      65             :                 // density at center
-      66           6 :                 Vector3d pos = CMZTransformation(position);  // coordinate trafo
-      67           6 :                 double x = pos.x/pc;  // all units in pc
-      68           6 :                 double y = pos.y/pc;
-      69           6 :                 double z = pos.z/pc;
-      70             : 
-      71           6 :                 double A = sqrt(x*x+2.5*2.5*y*y);
-      72           6 :                 double nCMZ = 8.8/ccm*exp(-pow_integer<4>((A-125.)/137))*exp(-pow_integer<2>(z/54.));
-      73             : 
-      74             :                 // density in disk
-      75           6 :                 pos = DiskTransformation(position);  // Corrdinate Trafo
-      76           6 :                 x = pos.x/pc;  // all units in pc
-      77           6 :                 y = pos.y/pc;
-      78           6 :                 z = pos.z/pc;
-      79             : 
-      80           6 :                 A = sqrt(x*x+3.1*3.1*y*y);
-      81           6 :                 double nDisk = 0.34/ccm*exp(-pow_integer<4>((A-1200.)/438.))*exp(-pow_integer<2>(z/120));
-      82             : 
-      83           6 :                 n = nCMZ + nDisk;
-      84             :         }
-      85             :         else{  // outer region
-      86           6 :                 double z = position.z/pc;
-      87             :                 double a;
-      88           6 :                 if(R<=Rsun){
-      89             :                         a = 1;
-      90             :                 } else {
-      91           3 :                         a = R/Rsun;
-      92             :                 }
-      93             : 
-      94           6 :                 double nCold = 0.859*exp(-pow_integer<2>(z/(127*a))); // cold HI
-      95           6 :                 nCold += 0.047*exp(-pow_integer<2>(z/(318*a)));
-      96           6 :                 nCold += 0.094*exp(-fabs(z)/(403*a));
-      97           6 :                 nCold *= 0.340/ccm/(a*a);
-      98             : 
-      99           6 :                 double nWarm = (1.745 - 1.289/a)*exp(-pow_integer<2>(z/(127*a)));  // warm HI
-     100           6 :                 nWarm += (0.473 - 0.070/a)*exp(-pow_integer<2>(z/(318*a)));
-     101           6 :                 nWarm += (0.283 - 0.142/a)*exp(-fabs(z)/(403*a));
-     102           6 :                 nWarm *= 0.226/ccm/a;
-     103             : 
-     104           6 :                 n = nWarm + nCold;
-     105             :         }
-     106             : 
-     107          12 :         return n;
-     108             : }
-     109             : 
-     110          12 : double Ferriere::getHIIDensity(const Vector3d &position) const {
-     111             :         double n = 0;
-     112          12 :         double R = sqrt(position.x*position.x+position.y*position.y);
-     113             : 
-     114          12 :         if(R< 3*kpc){   // inner
-     115           6 :                 double x = position.x/pc;
-     116           6 :                 double y = position.y/pc;
-     117           6 :                 double z = position.z/pc;
-     118             : 
-     119             :                 // warm interstellar matter
-     120           6 :                 double H = (x*x + pow_integer<2>(y+10.))/(145*145);
-     121           6 :                 double nWIM = exp(-H)* exp(-pow_integer<2>(z+20.)/(26*26));
-     122           6 :                 nWIM += 0.009*exp(-pow_integer<2>((R/pc-3700)/(0.5*3700)))*1/pow_integer<2>(cosh(z/140.));
-     123           6 :                 nWIM += 0.005*cos(M_PI*R/pc*0.5/17000)*1/pow_integer<2>(cosh(z/950.));
-     124           6 :                 nWIM *= 8.0/ccm;  // rescaling with density at center
-     125             : 
-     126             :                 //very hot interstellar matter
-     127             :                 double alphaVH = 21.*deg;  // angle for very hot IM in radiant
-     128             :                 double cosA = cos(alphaVH);
-     129             :                 double sinA = sin(alphaVH);
-     130           6 :                 double etta = y*cosA+z*sinA;  // coordinate transformation for VHIM along major axis
-     131           6 :                 double chi = -y*sinA+z*cosA;
-     132             : 
-     133           6 :                 double nVHIM = 0.29/ccm*exp(-((x*x+etta*etta)/(162.*162.)+chi*chi/(90*90)));
-     134             : 
-     135           6 :                 n = nWIM + nVHIM;
-     136             :         } else {  // outer region
-     137           6 :                 double z = position.z;
-     138             : 
-     139           6 :                 double nWarm = 0.0237/ccm*exp(-(R*R-Rsun*Rsun)/pow_integer<2>(37*kpc))*exp(-fabs(z)/(1*kpc));
-     140           6 :                 nWarm += 0.0013/ccm*exp(-(pow_integer<2>(R-4*kpc)-pow_integer<2>(Rsun-4*kpc))/pow_integer<2>(2*kpc))*exp(-fabs(z)/(150*pc));
-     141             : 
-     142           6 :                 double nHot = 0.12*exp(-(R-Rsun)/(4.9*kpc));
-     143           6 :                 nHot += 0.88*exp(-(pow_integer<2>(R-4.5*kpc)-pow_integer<2>(Rsun-4.5*kpc))/pow_integer<2>(2.9*kpc));
-     144           6 :                 nHot *= pow(R/Rsun, -1.65);
-     145           6 :                 nHot *= exp(-fabs(z)/((1500*pc)*pow(R/Rsun,1.65)));
-     146           6 :                 nHot *= 4.8e-4/ccm;
-     147             : 
-     148           6 :                 n= nWarm + nHot;
-     149             :         }
-     150          12 :         return n;
-     151             : }
-     152             : 
-     153          12 : double Ferriere::getH2Density(const Vector3d &position) const{
-     154             :         double n=0;
-     155          12 :         double R=sqrt(position.x*position.x+position.y*position.y);
-     156             : 
-     157          12 :         if(R<3*kpc) {
-     158             :                 // density at center
-     159           6 :                 Vector3d pos =CMZTransformation(position);  // coord trafo for CMZ
-     160           6 :                 double x = pos.x/pc;  // all units in pc
-     161           6 :                 double y = pos.y/pc;
-     162           6 :                 double z = pos.z/pc;
-     163             : 
-     164           6 :                 double A = sqrt(x*x+pow(2.5*y,2));  // ellipticity
-     165           6 :                 double nCMZ = exp(-pow((A-125.)/137.,4))*exp(-pow(z/18.,2));
-     166           6 :                 nCMZ *= 150/ccm;  // rescaling
-     167             : 
-     168             :                 // density in disk
-     169           6 :                 pos = DiskTransformation(position);  // coord trafo for disk
-     170           6 :                 x=pos.x/pc;
-     171           6 :                 y=pos.y/pc;
-     172           6 :                 z=pos.z/pc;
-     173             : 
-     174           6 :                 A = sqrt(x*x+pow_integer<2>(3.1*y));
-     175           6 :                 double nDISK = exp(-pow_integer<4>((A-1200)/438))*exp(-pow_integer<2>(z/42));
-     176           6 :                 nDISK *= 4.8/ccm;  // rescaling
-     177             : 
-     178           6 :                 n = nCMZ + nDISK;
-     179             :         } else {  // outer region
-     180           6 :                 double z = position.z/pc;
-     181           6 :                 n = pow(R/Rsun, -0.58);
-     182           6 :                 n *= exp(-(pow_integer<2>(R-4.5*kpc)-pow_integer<2>(Rsun-4.5*kpc))/pow_integer<2>(2.9*kpc));
-     183           6 :                 n *= exp(-pow_integer<2>(z/(81*pow(R/Rsun,0.58))));
-     184           6 :                 n *= 0.58/ccm;  // rescaling
-     185             :         }
-     186             : 
-     187          12 :         return n;
-     188             : }
-     189             : 
-     190           5 : double Ferriere::getDensity(const Vector3d &position) const{
-     191             :         double n=0;
-     192           5 :         if(isforHI){
-     193           4 :                 n += getHIDensity(position);
-     194             :         }
-     195           5 :         if(isforHII){
-     196           4 :                 n+=getHIIDensity(position);
-     197             :         }
-     198           5 :         if(isforH2){
-     199           4 :                 n+=getH2Density(position);
-     200             :         }
-     201             :         // check if all densities are deactivated and raise warning if so
-     202           5 :         if((isforHI || isforHII || isforH2) == false){
-     203           2 :                 KISS_LOG_WARNING
-     204           1 :                         << "\nCalled getDensity on fully deactivated Ferriere \n"
-     205           1 :                         << "gas density model. The total density is set to 0.";
-     206             :         }
-     207             : 
-     208           5 :         return n;
-     209             : }
-     210             : 
-     211           5 : double Ferriere::getNucleonDensity(const Vector3d &position) const{
-     212             :         double n=0;
-     213           5 :         if(isforHI){
-     214           4 :                 n += getHIDensity(position);
-     215             :         }
-     216           5 :         if(isforHII){
-     217           4 :                 n+=getHIIDensity(position);
-     218             :         }
-     219           5 :         if(isforH2){
-     220           4 :                 n+= 2*getH2Density(position);
-     221             :         }
-     222             : 
-     223             :         // check if all densities are deactivated and raise warning if so
-     224           5 :         if((isforHI || isforHII || isforH2) == false){
-     225           2 :                 KISS_LOG_WARNING
-     226           1 :                         << "\nCalled getNucleonDensity on fully deactivated Ferriere \n"
-     227           1 :                         << "gas density model. The total density is set to 0.";
-     228             :         }
-     229             : 
-     230           5 :         return n;
-     231             : }
-     232             : 
-     233           1 : void Ferriere::setIsForHI(bool HI){
-     234           1 :         isforHI = HI;
-     235           1 : }
-     236             : 
-     237           1 : void Ferriere::setIsForHII(bool HII){
-     238           1 :         isforHII = HII;
-     239           1 : }
-     240             : 
-     241           1 : void Ferriere::setIsForH2(bool H2){
-     242           1 :         isforH2 = H2;
-     243           1 : }
-     244             : 
-     245           4 : bool Ferriere::getIsForHI(){
-     246           4 :         return isforHI;
-     247             : }
-     248             : 
-     249           4 : bool Ferriere::getIsForHII(){
-     250           4 :         return isforHII;
-     251             : }
-     252             : 
-     253           4 : bool Ferriere::getIsForH2(){
-     254           4 :         return isforH2;
-     255             : }
-     256             : 
-     257           0 : std::string Ferriere::getDescription() {
-     258           0 :         std::stringstream s;
-     259           0 :         s << "Density model Ferriere 2007:\n";
-     260           0 :         s<< "HI component is ";
-     261           0 :         if(!isforHI)
-     262           0 :                 s<< "not ";
-     263           0 :         s<< "active.\nHII component is ";
-     264           0 :         if(!isforHII)
-     265           0 :                 s<< "not ";
-     266           0 :         s<<"active.\nH2 component is ";
-     267           0 :         if(!isforH2)
-     268           0 :                 s<<"not ";
-     269           0 :         s<<"active.";
-     270           0 :         return s.str();
-     271           0 : }
-     272             : 
-     273             : }  // namespace crpropa
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Current view:top level - src/massDistribution - Massdistribution.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:658576.5 %
Date:2024-04-08 14:58:22Functions:192286.4 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11DensityGrid14getDescriptionB5cxx11Ev0
_ZN7crpropa11DensityGrid7setGridENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa11DensityList14getDescriptionB5cxx11Ev0
_ZN7crpropa11DensityGrid10setIsForH2Eb1
_ZN7crpropa11DensityGrid10setIsForHIEb1
_ZN7crpropa11DensityGrid11setIsForHIIEb1
_ZNK7crpropa11DensityGrid10getDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityGrid17getNucleonDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList10getDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList12getH2DensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList12getHIDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList13getHIIDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList17getNucleonDensityERKNS_7Vector3IdEE1
_ZN7crpropa11DensityGrid10getIsForH2Ev2
_ZN7crpropa11DensityGrid10getIsForHIEv2
_ZN7crpropa11DensityGrid11getIsForHIIEv2
_ZN7crpropa11DensityGridC2ENS_7ref_ptrINS_4GridIfEEEEbbb2
_ZN7crpropa11DensityList10addDensityENS_7ref_ptrINS_7DensityEEE2
_ZNK7crpropa11DensityGrid12getH2DensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid12getHIDensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid13getHIIDensityERKNS_7Vector3IdEE3
_ZN7crpropa11DensityGrid12checkAndWarnEv5
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Current view:top level - src/massDistribution - Massdistribution.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:192286.4 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11DensityGrid10getIsForH2Ev2
_ZN7crpropa11DensityGrid10getIsForHIEv2
_ZN7crpropa11DensityGrid10setIsForH2Eb1
_ZN7crpropa11DensityGrid10setIsForHIEb1
_ZN7crpropa11DensityGrid11getIsForHIIEv2
_ZN7crpropa11DensityGrid11setIsForHIIEb1
_ZN7crpropa11DensityGrid12checkAndWarnEv5
_ZN7crpropa11DensityGrid14getDescriptionB5cxx11Ev0
_ZN7crpropa11DensityGrid7setGridENS_7ref_ptrINS_4GridIfEEEE0
_ZN7crpropa11DensityGridC2ENS_7ref_ptrINS_4GridIfEEEEbbb2
_ZN7crpropa11DensityList10addDensityENS_7ref_ptrINS_7DensityEEE2
_ZN7crpropa11DensityList14getDescriptionB5cxx11Ev0
_ZNK7crpropa11DensityGrid10getDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityGrid12getH2DensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid12getHIDensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid13getHIIDensityERKNS_7Vector3IdEE3
_ZNK7crpropa11DensityGrid17getNucleonDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList10getDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList12getH2DensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList12getHIDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList13getHIIDensityERKNS_7Vector3IdEE1
_ZNK7crpropa11DensityList17getNucleonDensityERKNS_7Vector3IdEE1
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Current view:top level - src/massDistribution - Massdistribution.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:658576.5 %
Date:2024-04-08 14:58:22Functions:192286.4 %
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-       1             : #include "crpropa/massDistribution/Massdistribution.h"
-       2             : #include <sstream>
-       3             : namespace crpropa {
-       4             : 
-       5           2 : void DensityList::addDensity(ref_ptr<Density> dens) {
-       6           2 :         DensityList.push_back(dens);
-       7           2 : }
-       8             : 
-       9           1 : double DensityList::getDensity(const Vector3d &position) const {
-      10             :         double n = 0.;
-      11           3 :         for (int i = 0; i < DensityList.size(); i++)
-      12           2 :                 n += DensityList[i]->getDensity(position);
-      13           1 :         return n;
-      14             : }
-      15             : 
-      16           1 : double DensityList::getHIDensity(const Vector3d &position) const {
-      17             :         double n = 0.;
-      18           3 :         for (int i = 0; i < DensityList.size(); i++)
-      19           2 :                 n += DensityList[i]->getHIDensity(position);
-      20           1 :         return n;
-      21             : }
-      22             : 
-      23           1 : double DensityList::getHIIDensity(const Vector3d &position) const {
-      24             :         double n = 0.;
-      25           3 :         for (int i = 0; i < DensityList.size(); i++)
-      26           2 :                 n += DensityList[i]->getHIIDensity(position);
-      27           1 :         return n;
-      28             : }
-      29             : 
-      30           1 : double DensityList::getH2Density(const Vector3d &position) const {
-      31             :         double n = 0.;
-      32           3 :         for (int i = 0; i < DensityList.size(); i++)
-      33           2 :                 n += DensityList[i]->getH2Density(position);
-      34           1 :         return n;
-      35             : }
-      36             : 
-      37           1 : double DensityList::getNucleonDensity(const Vector3d &position) const {
-      38             :         double n = 0.;
-      39           3 :         for (int i = 0; i < DensityList.size(); i++)
-      40           2 :                 n += DensityList[i]->getNucleonDensity(position);
-      41           1 :         return n;
-      42             : }
-      43             : 
-      44           0 : std::string DensityList::getDescription() {
-      45           0 :         std::stringstream ss; 
-      46           0 :         ss << "DensityList with " << DensityList.size() << " modules: \n";
-      47           0 :         for (int i = 0; i < DensityList.size(); i++) {
-      48           0 :                 ss << "density " << i + 1 << ": " << DensityList[i] -> getDescription();
-      49             :         }
-      50             :         
-      51           0 :         return ss.str();
-      52           0 : }
-      53             : 
-      54             : // ----------- DensityGrid -----------------------------------------------------------------
-      55             : 
-      56           2 : DensityGrid::DensityGrid(ref_ptr<Grid1f> grid, bool isForHI, bool isForHII, bool isForH2) : 
-      57           2 :         grid(grid), isForHI(isForHI), isForHII(isForHII), isForH2(isForH2) {
-      58           2 :                 checkAndWarn();
-      59           2 :         }
-      60             : 
-      61           5 : void DensityGrid::checkAndWarn() {
-      62           5 :         bool allDeactivated = (isForHI == false) && (isForHII == false) && (isForH2 == false);
-      63             :         if (allDeactivated) {
-      64           0 :                 KISS_LOG_WARNING << "DensityGrid has all types deactivated."
-      65           0 :                         << "In this case all output will be n = 0. \n"
-      66           0 :                         << "Please activate the intended particle type. \n";
-      67             :         }
-      68           5 : }
-      69             : 
-      70           3 : double DensityGrid::getHIDensity(const Vector3d &position) const {
-      71           3 :         if (isForHI)
-      72           3 :                 return grid -> interpolate(position);
-      73             :         else 
-      74             :                 return 0.;
-      75             : }
-      76             : 
-      77           3 : double DensityGrid::getHIIDensity(const Vector3d &position) const {
-      78           3 :         if (isForHII) 
-      79           0 :                 return grid -> interpolate(position);
-      80             :         else
-      81             :                 return 0.;
-      82             : }
-      83             : 
-      84           3 : double DensityGrid::getH2Density(const Vector3d &position) const {
-      85           3 :         if (isForH2)
-      86           0 :                 return grid -> interpolate(position);
-      87             :         else
-      88             :                 return 0.;
-      89             : }
-      90             : 
-      91           1 : double DensityGrid::getDensity(const Vector3d &position) const {
-      92             :         double n = 0;
-      93           1 :         n += getHIDensity(position);
-      94           1 :         n += getHIIDensity(position);
-      95           1 :         n += getH2Density(position);
-      96             : 
-      97           1 :         return n;
-      98             : }
-      99             : 
-     100           1 : double DensityGrid::getNucleonDensity(const Vector3d &position) const {
-     101             :         double n = 0;
-     102           1 :         n += getHIDensity(position);
-     103           1 :         n += getHIIDensity(position);
-     104           1 :         n += 2 * getH2Density(position);
-     105             : 
-     106           1 :         return n;
-     107             : }
-     108             : 
-     109           2 : bool DensityGrid::getIsForHI() {
-     110           2 :         return isForHI;
-     111             : }
-     112             : 
-     113           2 : bool DensityGrid::getIsForHII() {
-     114           2 :         return isForHII;
-     115             : }
-     116             : 
-     117           2 : bool DensityGrid::getIsForH2() {
-     118           2 :         return isForH2;
-     119             : }
-     120             : 
-     121           1 : void DensityGrid::setIsForHI(bool b) {
-     122           1 :         isForHI = b;
-     123           1 :         checkAndWarn();
-     124           1 : }
-     125             : 
-     126           1 : void DensityGrid::setIsForHII(bool b) {
-     127           1 :         isForHII = b;
-     128           1 :         checkAndWarn();
-     129           1 : }
-     130             : 
-     131           1 : void DensityGrid::setIsForH2(bool b) {
-     132           1 :         isForH2 = b;
-     133           1 :         checkAndWarn();
-     134           1 : }
-     135             : 
-     136           0 : void DensityGrid::setGrid(ref_ptr<Grid1f> grid) {
-     137           0 :         this->grid = grid;
-     138           0 : }
-     139             : 
-     140           0 : std::string DensityGrid::getDescription() {
-     141           0 :         std::stringstream ss;
-     142           0 :         ss << "Density in a given grid \n"; 
-     143           0 :         return ss.str();
-     144           0 : }
-     145             : 
-     146             : } //namespace crpropa
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Current view:top level - src/massDistribution - Nakanishi.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:131492.9 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9Nakanishi14getDescriptionB5cxx11Ev0
_ZN7crpropa9Nakanishi10setIsForH2Eb1
_ZN7crpropa9Nakanishi10setIsForHIEb1
_ZN7crpropa9Nakanishi11getIsForHIIEv1
_ZN7crpropa9Nakanishi10getIsForH2Ev3
_ZN7crpropa9Nakanishi10getIsForHIEv3
_ZNK7crpropa9Nakanishi10getDensityERKNS_7Vector3IdEE3
_ZNK7crpropa9Nakanishi17getNucleonDensityERKNS_7Vector3IdEE3
_ZNK7crpropa9Nakanishi12getH2DensityERKNS_7Vector3IdEE6
_ZNK7crpropa9Nakanishi12getHIDensityERKNS_7Vector3IdEE6
_ZNK7crpropa9Nakanishi16getH2ScaleheightERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi16getHIScaleheightERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getH2PlanedensityERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getHIPlanedensityERKNS_7Vector3IdEE8
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LCOV - code coverage report
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Current view:top level - src/massDistribution - Nakanishi.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:587082.9 %
Date:2024-04-08 14:58:22Functions:131492.9 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa9Nakanishi10getIsForH2Ev3
_ZN7crpropa9Nakanishi10getIsForHIEv3
_ZN7crpropa9Nakanishi10setIsForH2Eb1
_ZN7crpropa9Nakanishi10setIsForHIEb1
_ZN7crpropa9Nakanishi11getIsForHIIEv1
_ZN7crpropa9Nakanishi14getDescriptionB5cxx11Ev0
_ZNK7crpropa9Nakanishi10getDensityERKNS_7Vector3IdEE3
_ZNK7crpropa9Nakanishi12getH2DensityERKNS_7Vector3IdEE6
_ZNK7crpropa9Nakanishi12getHIDensityERKNS_7Vector3IdEE6
_ZNK7crpropa9Nakanishi16getH2ScaleheightERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi16getHIScaleheightERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getH2PlanedensityERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getHIPlanedensityERKNS_7Vector3IdEE8
_ZNK7crpropa9Nakanishi17getNucleonDensityERKNS_7Vector3IdEE3
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Current view:top level - src/massDistribution - Nakanishi.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:587082.9 %
Date:2024-04-08 14:58:22Functions:131492.9 %
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-       1             : #include "crpropa/massDistribution/Nakanishi.h"
-       2             : #include "crpropa/Common.h"
-       3             : 
-       4             : #include "kiss/logger.h"
-       5             : 
-       6             : #include <sstream>
-       7             : 
-       8             : namespace crpropa {
-       9             : 
-      10           8 : double Nakanishi::getHIScaleheight(const Vector3d &position) const {
-      11           8 :         double R = sqrt(pow_integer<2>(position.x)+pow_integer<2>(position.y));      // radius in galactic plane
-      12           8 :         double scaleheight = 1.06*pc*(116.3 +19.3*R/kpc+4.1*pow_integer<2>(R/kpc)-0.05*pow_integer<3>(R/kpc));
-      13           8 :         return scaleheight;
-      14             :         }
-      15             : 
-      16           8 : double Nakanishi::getHIPlanedensity(const Vector3d &position) const {
-      17           8 :         double R = sqrt(pow_integer<2>(position.x)+pow_integer<2>(position.y));      // radius in galactic plane
-      18           8 :         double planedensity = 0.94/ccm*(0.6*exp(-R/(2.4*kpc))+0.24*exp(-pow_integer<2>((R-9.5*kpc)/(4.8*kpc))));
-      19           8 :         return planedensity;
-      20             :         }
-      21             : 
-      22             : 
-      23           8 : double Nakanishi::getH2Scaleheight(const Vector3d &position) const {
-      24           8 :         double R = sqrt(pow_integer<2>(position.x)+ pow_integer<2>(position.y));  // radius in galactic plane
-      25           8 :         double scaleheight = 1.06*pc*( 10.8*exp(0.28*R/kpc)+42.78);
-      26           8 :         return scaleheight;
-      27             : }
-      28             : 
-      29           8 : double Nakanishi::getH2Planedensity(const Vector3d &position) const {
-      30           8 :         double R = sqrt(pow_integer<2>(position.x)+pow_integer<2>(position.y));  // radius in galactic plane
-      31           8 :         double planedensity =0.94/ccm*(11.2*exp(-R*R/(0.874*kpc*kpc)) +0.83*exp(-pow_integer<2>((R-4*kpc)/(3.2*kpc))));
-      32           8 :         return planedensity;
-      33             : }
-      34             : 
-      35           6 : double Nakanishi::getHIDensity(const Vector3d &position) const {
-      36             :         double n = 0;  // density
-      37           6 :         double planedensity = getHIPlanedensity(position);
-      38           6 :         double scaleheight = getHIScaleheight(position);
-      39           6 :         n = planedensity*pow(0.5,pow_integer<2>(position.z/scaleheight));
-      40             : 
-      41           6 :         return n;
-      42             : }
-      43             : 
-      44           6 : double Nakanishi::getH2Density(const Vector3d &position) const {
-      45             :         double n = 0;  // density
-      46           6 :         double planedensity = getH2Planedensity(position);
-      47           6 :         double scaleheight = getH2Scaleheight(position);
-      48           6 :         n = planedensity*pow(0.5,pow_integer<2>(position.z/scaleheight));
-      49             : 
-      50           6 :         return n;
-      51             : }
-      52             : 
-      53           3 : double Nakanishi::getDensity(const Vector3d &position) const {
-      54             :         double n = 0;
-      55           3 :         if(isforHI)
-      56           2 :                 n += getHIDensity(position);
-      57           3 :         if(isforH2)
-      58           2 :                 n += getH2Density(position);
-      59             :         
-      60             :         // check if all densities are deactivated and raise warning if so
-      61           3 :         if((isforHI || isforH2) == false){
-      62           2 :                 KISS_LOG_WARNING
-      63           1 :                         << "\n"<<"Called getDensity on fully deactivated Nakanishi \n"
-      64           1 :                         << "gas density model. The total density is set to 0.";
-      65             :         }
-      66           3 :         return n;
-      67             : }
-      68             : 
-      69           3 : double Nakanishi::getNucleonDensity(const Vector3d &position) const {
-      70             :         double n = 0;
-      71           3 :         if(isforHI)
-      72           2 :                 n += getHIDensity(position);
-      73           3 :         if(isforH2)
-      74           2 :                 n += 2*getH2Density(position);  // weight 2 for molecular hydrogen
-      75             : 
-      76             :         // check if all densities are deactivated and raise warning if so
-      77           3 :         if((isforHI || isforH2) == false){
-      78           2 :                 KISS_LOG_WARNING
-      79           1 :                         << "\n"<<"Called getNucleonDensity on fully deactivated Nakanishi \n"
-      80           1 :                         << "gas density model. The total density is set to 0.";
-      81             :         }
-      82             : 
-      83           3 :         return n;
-      84             : }
-      85             : 
-      86           3 : bool Nakanishi::getIsForHI() {
-      87           3 :         return isforHI;
-      88             : }
-      89             : 
-      90           1 : bool Nakanishi::getIsForHII() {
-      91           1 :         return isforHII;
-      92             : }
-      93           3 : bool Nakanishi::getIsForH2() {
-      94           3 :         return isforH2;
-      95             : }
-      96             : 
-      97           1 : void Nakanishi::setIsForHI(bool HI) {
-      98           1 :         isforHI = HI;
-      99           1 : }
-     100             : 
-     101           1 : void Nakanishi::setIsForH2(bool H2) {
-     102           1 :         isforH2 = H2;
-     103           1 : }
-     104             : 
-     105           0 : std::string Nakanishi::getDescription() {
-     106           0 :         std::stringstream s;
-     107           0 :         s << "Density model Nakanishi:\n";
-     108           0 :         s<< "HI component is ";
-     109           0 :         if(isforHI==false)
-     110           0 :                 s<< "not ";
-     111           0 :         s<< "active.\nH2 component is ";
-     112           0 :         if(isforH2==false)
-     113           0 :                 s<<"not ";
-     114           0 :         s<<"active.\nNakanishi has no HII component.";
-     115             : 
-     116           0 :         return s.str();
-     117           0 : }
-     118             : 
-     119             : }  // namespace crpropa
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Massdistribution.cpp -
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_ZN7crpropa16SecondOrderFermiC2Eddj0
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Test:coverage.info.cleanedLines:0890.0 %
Date:2024-04-08 14:58:22Functions:0140.0 %
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-       1             : #include "crpropa/module/Acceleration.h"
-       2             : #include <crpropa/Common.h>
-       3             : #include <crpropa/Random.h>
-       4             : #include <cmath>
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8           0 : AbstractAccelerationModule::AbstractAccelerationModule(double _stepLength)
-       9           0 :         : crpropa::Module(), stepLength(_stepLength) {}
-      10             : 
-      11             : 
-      12           0 : void AbstractAccelerationModule::add(StepLengthModifier *modifier) {
-      13           0 :         modifiers.push_back(modifier);
-      14           0 : }
-      15             : 
-      16             : 
-      17           0 : void AbstractAccelerationModule::scatter(
-      18             :         crpropa::Candidate *candidate,
-      19             :         const crpropa::Vector3d &scatter_center_velocity) const {
-      20             :         // particle momentum in lab frame
-      21           0 :         const double E = candidate->current.getEnergy();
-      22           0 :         const crpropa::Vector3d p = candidate->current.getMomentum();
-      23             : 
-      24             :         // transform to rest frame of scatter center (p: prime)
-      25           0 :         const double beta = scatter_center_velocity.getR() / crpropa::c_light;
-      26           0 :         const double gamma = 1. / sqrt(1 - beta * beta);
-      27           0 :         const double Ep = gamma * (E - scatter_center_velocity.dot(p));
-      28             :         const crpropa::Vector3d pp = (p - scatter_center_velocity* E /
-      29             :                 (crpropa::c_light * crpropa::c_light)) * gamma;
-      30             : 
-      31             :         // scatter into random direction
-      32           0 :         const crpropa::Vector3d pp_new = crpropa::Random::instance().randVector() * pp.getR();
-      33             : 
-      34             :         // transform back
-      35           0 :         const double E_new = gamma * (Ep + scatter_center_velocity.dot(pp_new));
-      36             :         const crpropa::Vector3d p_new = (pp_new + scatter_center_velocity * Ep /
-      37             :                 (crpropa::c_light * crpropa::c_light)) * gamma;
-      38             : 
-      39             :         // update candidate properties
-      40           0 :         candidate->current.setEnergy(E_new);
-      41           0 :         candidate->current.setDirection(p_new / p_new.getR());
-      42           0 : }
-      43             : 
-      44             : 
-      45           0 : void AbstractAccelerationModule::process(crpropa::Candidate *candidate) const {
-      46           0 :         double currentStepLength = stepLength;
-      47           0 :         for (auto m : modifiers) {
-      48           0 :                 currentStepLength = m->modify(currentStepLength, candidate);
-      49             :         }
-      50             : 
-      51           0 :         double step = candidate->getCurrentStep();
-      52           0 :         while (step > 0) {
-      53           0 :                 double randDistance = -1. * log(crpropa::Random::instance().rand()) * currentStepLength;
-      54             : 
-      55           0 :                 if (step < randDistance) {
-      56           0 :                         candidate->limitNextStep(0.1 * currentStepLength);
-      57           0 :                         return;
-      58             :                 }
-      59           0 :                 scatter(candidate, scatterCenterVelocity(candidate));
-      60           0 :                 step -= randDistance;
-      61             :         }
-      62             : }
-      63             : 
-      64             : 
-      65           0 : SecondOrderFermi::SecondOrderFermi(double scatterVelocity, double stepLength,
-      66           0 :                                                                    unsigned int sizeOfPitchangleTable)
-      67             :         : AbstractAccelerationModule(stepLength),
-      68           0 :           scatterVelocity(scatterVelocity) {
-      69           0 :         setDescription("SecondOrderFermi Acceleration");
-      70           0 :         angle.resize(sizeOfPitchangleTable);
-      71           0 :         angleCDF.resize(sizeOfPitchangleTable);
-      72             : 
-      73             :         // have a discretized table of beamed pitch angles
-      74           0 :         for (unsigned int i =0; i < sizeOfPitchangleTable; i++) {
-      75           0 :                 angle[i] = i * M_PI / (sizeOfPitchangleTable-1);
-      76           0 :                 angleCDF[i] = (angle[i] +scatterVelocity / crpropa::c_light * sin(angle[i])) / M_PI;
-      77             :         }
-      78           0 : }
-      79             : 
-      80             : 
-      81           0 : crpropa::Vector3d SecondOrderFermi::scatterCenterVelocity(crpropa::Candidate *candidate) const
-      82             : {
-      83           0 :         size_t idx = crpropa::closestIndex(crpropa::Random::instance().rand(), angleCDF);
-      84           0 :         crpropa::Vector3d rv = crpropa::Random::instance().randVector();
-      85           0 :         crpropa::Vector3d rotationAxis = candidate->current.getDirection().cross(rv);
-      86             : 
-      87           0 :         rv = candidate->current.getDirection().getRotated(rotationAxis, M_PI - angle[idx]);
-      88           0 :         return rv * scatterVelocity;
-      89             : }
-      90             : 
-      91             : 
-      92           0 : DirectedFlowOfScatterCenters::DirectedFlowOfScatterCenters(
-      93           0 :         const Vector3d &scatterCenterVelocity)
-      94           0 :         : __scatterVelocity(scatterCenterVelocity) {}
-      95             : 
-      96             : 
-      97           0 : double DirectedFlowOfScatterCenters::modify(double steplength, Candidate* candidate)
-      98             : {
-      99           0 :         double directionModifier = (-1. * __scatterVelocity.dot(candidate->current.getDirection()) + c_light) / c_light;
-     100           0 :         return steplength / directionModifier;
-     101             : }
-     102             : 
-     103             : 
-     104           0 : DirectedFlowScattering::DirectedFlowScattering(
-     105           0 :         crpropa::Vector3d scatterCenterVelocity, double stepLength)
-     106           0 :         : __scatterVelocity(scatterCenterVelocity),
-     107           0 :           AbstractAccelerationModule(stepLength) {
-     108             : 
-     109             :         // In a directed field of scatter centers, the probability to encounter a
-     110             :         // scatter center depends on the direction of the candidate.
-     111           0 :         StepLengthModifier *mod = new DirectedFlowOfScatterCenters(__scatterVelocity);
-     112           0 :         this->add(mod);
-     113           0 : }
-     114             : 
-     115             : 
-     116           0 : crpropa::Vector3d DirectedFlowScattering::scatterCenterVelocity(
-     117             :         crpropa::Candidate *candidate) const { // does not depend on candidate here.
-     118           0 :         return __scatterVelocity;
-     119             : }
-     120             : 
-     121             : 
-     122           0 : QuasiLinearTheory::QuasiLinearTheory(double referenecEnergy,
-     123             :                                                                          double turbulenceIndex,
-     124           0 :                                                                          double minimumRigidity)
-     125           0 :         : __referenceEnergy(referenecEnergy), __turbulenceIndex(turbulenceIndex),
-     126           0 :           __minimumRigidity(minimumRigidity) {}
-     127             : 
-     128             : 
-     129           0 : double QuasiLinearTheory::modify(double steplength, Candidate* candidate)
-     130             : {
-     131           0 :         if (candidate->current.getRigidity() < __minimumRigidity)
-     132             :         {
-     133           0 :                 return steplength * std::pow(__minimumRigidity /
-     134           0 :                         (__referenceEnergy / eV), 2. - __turbulenceIndex);
-     135             :         }
-     136             :         else
-     137             :         {
-     138           0 :                 return steplength * std::pow(candidate->current.getRigidity() /
-     139           0 :                         (__referenceEnergy / eV), 2. - __turbulenceIndex);
-     140             :         }
-     141             : }
-     142             : 
-     143             : 
-     144           0 : ParticleSplitting::ParticleSplitting(Surface *surface, int      crossingThreshold, 
-     145           0 :         int numberSplits, double minWeight, std::string counterid)
-     146           0 :         : surface(surface), crossingThreshold(crossingThreshold),
-     147           0 :           numberSplits(numberSplits), minWeight(minWeight), counterid(counterid){};
-     148             : 
-     149           0 : void ParticleSplitting::process(Candidate *candidate) const {
-     150             :         const double currentDistance =
-     151           0 :                 surface->distance(candidate->current.getPosition());
-     152             :         const double previousDistance =
-     153           0 :                 surface->distance(candidate->previous.getPosition());
-     154             : 
-     155           0 :         if (currentDistance * previousDistance > 0)
-     156             :                 // candidate remains on the same side
-     157             :                 return;
-     158             : 
-     159           0 :         if (candidate->getWeight() < minWeight)
-     160             :                 return;
-     161             : 
-     162             :         int num_crossings = 1;
-     163           0 :         if (candidate->hasProperty(counterid))
-     164           0 :                 num_crossings = candidate->getProperty(counterid).toInt32() + 1;
-     165           0 :         candidate->setProperty(counterid, num_crossings);
-     166             : 
-     167           0 :         if (num_crossings % crossingThreshold != 0)
-     168             :                 return;
-     169             : 
-     170           0 :         candidate->updateWeight(1. / numberSplits);
-     171             : 
-     172           0 :         for (size_t i = 1; i < numberSplits; i++) {
-     173             :                 // No recursive split as the weights of the secondaries created
-     174             :                 // before the split are not affected
-     175           0 :                 ref_ptr<Candidate> new_candidate = candidate->clone(false);
-     176           0 :                 new_candidate->parent = candidate;
-     177           0 :                 uint64_t snr = Candidate::getNextSerialNumber();
-     178           0 :                 Candidate::setNextSerialNumber(snr + 1);
-     179           0 :                 new_candidate->setSerialNumber(snr);
-     180             :                 candidate->addSecondary(new_candidate);
-     181             :         }
-     182             : };
-     183             : 
-     184             : } // namespace crpropa
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Date:2024-04-08 14:58:22Functions:55100.0 %
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Current view:top level - src/module - AdiabaticCooling.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:232785.2 %
Date:2024-04-08 14:58:22Functions:55100.0 %
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-       1             : #include "crpropa/module/AdiabaticCooling.h"
-       2             : 
-       3             : namespace crpropa {
-       4             : 
-       5           2 : AdiabaticCooling::AdiabaticCooling(ref_ptr<AdvectionField> advectionField) :
-       6           2 :         advectionField(advectionField) {
-       7           2 :         setLimit(0.1);
-       8           2 : }
-       9             : 
-      10           1 : AdiabaticCooling::AdiabaticCooling(ref_ptr<AdvectionField> advectionField, double limit) :
-      11           1 :         advectionField(advectionField) {
-      12           1 :         setLimit(limit);
-      13           1 : }
-      14             : 
-      15           2 : void AdiabaticCooling::process(Candidate *c) const {
-      16             : 
-      17           2 :         Vector3d pos = c->current.getPosition();
-      18           2 :         double E = c->current.getEnergy(); // Note we use E=p/c (relativistic limit)
-      19             :         
-      20             :         double Div = 0.;        
-      21             :         try {
-      22           2 :                 Div +=  advectionField->getDivergence(pos);
-      23             :         } 
-      24           0 :         catch (std::exception &e) {
-      25           0 :                 KISS_LOG_ERROR  << "AdiabaticCooling: Exception in getDivergence.\n" 
-      26           0 :                                 << e.what();
-      27           0 :         }
-      28             :         
-      29           2 :         double dEdt = -E / 3. * Div;    // cooling due to advection -p/3 * div(V_wind)
-      30             :                                         // (see e.g. Kopp et al. Computer Physics Communication 183
-      31             :                                         // (2012) 530-542)
-      32           2 :         double dt = c->getCurrentStep() / c_light;
-      33           2 :         double dE = dEdt * dt;
-      34             :         
-      35           2 :         c->current.setEnergy(E + dE);
-      36           2 :         if (dEdt==0) {
-      37             :                 return;
-      38             :         }       
-      39           1 :         c->limitNextStep(limit * E / fabs(dEdt) *c_light);
-      40             : }
-      41             : 
-      42           3 : void AdiabaticCooling::setLimit(double l) {
-      43           3 :         limit = l;
-      44           3 : }
-      45             : 
-      46           1 : double AdiabaticCooling::getLimit() const {
-      47           1 :         return limit;
-      48             : }
-      49             :         
-      50             :         
-      51             : 
-      52             : 
-      53             : 
-      54             : } // end namespace crpropa
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Current view:top level - src/module - Boundary.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10621948.4 %
Date:2024-04-08 14:58:22Functions:204544.4 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11PeriodicBox7setSizeENS_7Vector3IdEE0
_ZN7crpropa11PeriodicBox9setOriginENS_7Vector3IdEE0
_ZN7crpropa11PeriodicBoxC2Ev0
_ZN7crpropa13CubicBoundary7setSizeEd0
_ZN7crpropa13CubicBoundary9setOriginENS_7Vector3IdEE0
_ZN7crpropa13CubicBoundaryC2Ev0
_ZN7crpropa13ReflectiveBox7setSizeENS_7Vector3IdEE0
_ZN7crpropa13ReflectiveBox9setOriginENS_7Vector3IdEE0
_ZN7crpropa13ReflectiveBoxC2Ev0
_ZN7crpropa17SphericalBoundary9setCenterENS_7Vector3IdEE0
_ZN7crpropa17SphericalBoundary9setRadiusEd0
_ZN7crpropa17SphericalBoundaryC2Ev0
_ZN7crpropa19CylindricalBoundary9setHeightEd0
_ZN7crpropa19CylindricalBoundary9setOriginENS_7Vector3IdEE0
_ZN7crpropa19CylindricalBoundary9setRadiusEd0
_ZN7crpropa19CylindricalBoundaryC2Ev0
_ZN7crpropa19EllipsoidalBoundary12setMajorAxisEd0
_ZN7crpropa19EllipsoidalBoundary14setFocalPointsENS_7Vector3IdEES2_0
_ZN7crpropa19EllipsoidalBoundaryC2Ev0
_ZNK7crpropa11PeriodicBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa13CubicBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ReflectiveBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa17SphericalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa19CylindricalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa19EllipsoidalBoundary14getDescriptionB5cxx11Ev0
_ZN7crpropa13ReflectiveBoxC2ENS_7Vector3IdEES2_1
_ZN7crpropa17SphericalBoundary12setLimitStepEb1
_ZN7crpropa17SphericalBoundary9setMarginEd1
_ZN7crpropa19CylindricalBoundary12setLimitStepEb1
_ZN7crpropa19CylindricalBoundary9setMarginEd1
_ZN7crpropa19EllipsoidalBoundary12setLimitStepEb1
_ZN7crpropa19EllipsoidalBoundary9setMarginEd1
_ZNK7crpropa13ReflectiveBox7processEPNS_9CandidateE1
_ZN7crpropa11PeriodicBoxC2ENS_7Vector3IdEES2_2
_ZN7crpropa13CubicBoundary12setLimitStepEb2
_ZN7crpropa13CubicBoundary9setMarginEd2
_ZNK7crpropa11PeriodicBox7processEPNS_9CandidateE2
_ZN7crpropa17SphericalBoundaryC2ENS_7Vector3IdEEd3
_ZN7crpropa19CylindricalBoundaryC2ENS_7Vector3IdEEdd3
_ZN7crpropa19EllipsoidalBoundaryC2ENS_7Vector3IdEES2_d3
_ZNK7crpropa17SphericalBoundary7processEPNS_9CandidateE3
_ZNK7crpropa19CylindricalBoundary7processEPNS_9CandidateE3
_ZNK7crpropa19EllipsoidalBoundary7processEPNS_9CandidateE3
_ZN7crpropa13CubicBoundaryC2ENS_7Vector3IdEEd4
_ZNK7crpropa13CubicBoundary7processEPNS_9CandidateE4
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - src/module - Boundary.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10621948.4 %
Date:2024-04-08 14:58:22Functions:204544.4 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa11PeriodicBox7setSizeENS_7Vector3IdEE0
_ZN7crpropa11PeriodicBox9setOriginENS_7Vector3IdEE0
_ZN7crpropa11PeriodicBoxC2ENS_7Vector3IdEES2_2
_ZN7crpropa11PeriodicBoxC2Ev0
_ZN7crpropa13CubicBoundary12setLimitStepEb2
_ZN7crpropa13CubicBoundary7setSizeEd0
_ZN7crpropa13CubicBoundary9setMarginEd2
_ZN7crpropa13CubicBoundary9setOriginENS_7Vector3IdEE0
_ZN7crpropa13CubicBoundaryC2ENS_7Vector3IdEEd4
_ZN7crpropa13CubicBoundaryC2Ev0
_ZN7crpropa13ReflectiveBox7setSizeENS_7Vector3IdEE0
_ZN7crpropa13ReflectiveBox9setOriginENS_7Vector3IdEE0
_ZN7crpropa13ReflectiveBoxC2ENS_7Vector3IdEES2_1
_ZN7crpropa13ReflectiveBoxC2Ev0
_ZN7crpropa17SphericalBoundary12setLimitStepEb1
_ZN7crpropa17SphericalBoundary9setCenterENS_7Vector3IdEE0
_ZN7crpropa17SphericalBoundary9setMarginEd1
_ZN7crpropa17SphericalBoundary9setRadiusEd0
_ZN7crpropa17SphericalBoundaryC2ENS_7Vector3IdEEd3
_ZN7crpropa17SphericalBoundaryC2Ev0
_ZN7crpropa19CylindricalBoundary12setLimitStepEb1
_ZN7crpropa19CylindricalBoundary9setHeightEd0
_ZN7crpropa19CylindricalBoundary9setMarginEd1
_ZN7crpropa19CylindricalBoundary9setOriginENS_7Vector3IdEE0
_ZN7crpropa19CylindricalBoundary9setRadiusEd0
_ZN7crpropa19CylindricalBoundaryC2ENS_7Vector3IdEEdd3
_ZN7crpropa19CylindricalBoundaryC2Ev0
_ZN7crpropa19EllipsoidalBoundary12setLimitStepEb1
_ZN7crpropa19EllipsoidalBoundary12setMajorAxisEd0
_ZN7crpropa19EllipsoidalBoundary14setFocalPointsENS_7Vector3IdEES2_0
_ZN7crpropa19EllipsoidalBoundary9setMarginEd1
_ZN7crpropa19EllipsoidalBoundaryC2ENS_7Vector3IdEES2_d3
_ZN7crpropa19EllipsoidalBoundaryC2Ev0
_ZNK7crpropa11PeriodicBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa11PeriodicBox7processEPNS_9CandidateE2
_ZNK7crpropa13CubicBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa13CubicBoundary7processEPNS_9CandidateE4
_ZNK7crpropa13ReflectiveBox14getDescriptionB5cxx11Ev0
_ZNK7crpropa13ReflectiveBox7processEPNS_9CandidateE1
_ZNK7crpropa17SphericalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa17SphericalBoundary7processEPNS_9CandidateE3
_ZNK7crpropa19CylindricalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa19CylindricalBoundary7processEPNS_9CandidateE3
_ZNK7crpropa19EllipsoidalBoundary14getDescriptionB5cxx11Ev0
_ZNK7crpropa19EllipsoidalBoundary7processEPNS_9CandidateE3
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LCOV - code coverage report
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Current view:top level - src/module - Boundary.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:10621948.4 %
Date:2024-04-08 14:58:22Functions:204544.4 %
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          Line data    Source code
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-       1             : #include "crpropa/module/Boundary.h"
-       2             : #include "crpropa/Units.h"
-       3             : 
-       4             : #include <sstream>
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8           0 : PeriodicBox::PeriodicBox() :
-       9           0 :                 origin(Vector3d(0, 0, 0)), size(Vector3d(0, 0, 0)) {
-      10           0 : }
-      11             : 
-      12           2 : PeriodicBox::PeriodicBox(Vector3d o, Vector3d s) :
-      13           2 :                 origin(o), size(s) {
-      14           2 : }
-      15             : 
-      16           2 : void PeriodicBox::process(Candidate *c) const {
-      17           2 :         Vector3d pos = c->current.getPosition();
-      18           2 :         Vector3d n = ((pos - origin) / size).floor();
-      19             : 
-      20           2 :         if ((n.x == 0) and (n.y == 0) and (n.z == 0))
-      21             :                 return; // do nothing if candidate is inside the box
-      22             : 
-      23           2 :         c->current.setPosition(pos - n * size);
-      24           2 :         c->previous.setPosition(c->previous.getPosition() - n * size);
-      25           2 :         c->source.setPosition(c->source.getPosition() - n * size);
-      26           2 :         c->created.setPosition(c->created.getPosition() - n * size);
-      27             : }
-      28             : 
-      29           0 : void PeriodicBox::setOrigin(Vector3d o) {
-      30             :         origin = o;
-      31           0 : }
-      32           0 : void PeriodicBox::setSize(Vector3d s) {
-      33             :         size = s;
-      34           0 : }
-      35             : 
-      36           0 : std::string PeriodicBox::getDescription() const {
-      37           0 :         std::stringstream s;
-      38           0 :         s << "Periodic box: origin " << origin / Mpc << " Mpc, ";
-      39           0 :         s << "size " << size / Mpc << " Mpc";
-      40           0 :         return s.str();
-      41           0 : }
-      42             : 
-      43           0 : ReflectiveBox::ReflectiveBox() :
-      44           0 :                 origin(Vector3d(0, 0, 0)), size(Vector3d(0, 0, 0)) {
-      45           0 : }
-      46             : 
-      47           1 : ReflectiveBox::ReflectiveBox(Vector3d o, Vector3d s) :
-      48           1 :                 origin(o), size(s) {
-      49           1 : }
-      50             : 
-      51           1 : void ReflectiveBox::process(Candidate *c) const {
-      52           1 :         Vector3d cur = (c->current.getPosition() - origin) / size; // current position in cell units
-      53           1 :         Vector3d n = cur.floor();
-      54             : 
-      55           1 :         if ((n.x == 0) and (n.y == 0) and (n.z == 0))
-      56             :                 return; // do nothing if candidate is inside the box
-      57             : 
-      58             :         // flip direction
-      59           1 :         Vector3d nReflect(pow(-1, n.x), pow(-1, n.y), pow(-1, n.z));
-      60           1 :         c->current.setDirection(c->current.getDirection() * nReflect);
-      61           1 :         c->previous.setDirection(c->previous.getDirection() * nReflect);
-      62           1 :         c->created.setDirection(c->created.getDirection() * nReflect);
-      63           1 :         c->source.setDirection(c->source.getDirection() * nReflect);
-      64             : 
-      65           1 :         Vector3d src = (c->source.getPosition() - origin) / size; // initial position in cell units
-      66           1 :         Vector3d cre = (c->created.getPosition() - origin) / size; // initial position in cell units
-      67           1 :         Vector3d prv = (c->previous.getPosition() - origin) / size; // previous position in cell units
-      68             : 
-      69             :         // repeatedly translate until the current position is inside the cell
-      70           1 :         while ((cur.x < 0) or (cur.x > 1)) {
-      71           0 :                 double t = 2 * (cur.x > 1);
-      72           0 :                 src.x = t - src.x;
-      73           0 :                 cre.x = t - cre.x;
-      74           0 :                 prv.x = t - prv.x;
-      75           0 :                 cur.x = t - cur.x;
-      76             :         }
-      77           1 :         while ((cur.y < 0) or (cur.y > 1)) {
-      78           0 :                 double t = 2 * (cur.y > 1);
-      79           0 :                 src.y = t - src.y;
-      80           0 :                 cre.y = t - cre.y;
-      81           0 :                 prv.y = t - prv.y;
-      82           0 :                 cur.y = t - cur.y;
-      83             :         }
-      84           2 :         while ((cur.z < 0) or (cur.z > 1)) {
-      85           1 :                 double t = 2 * (cur.z > 1);
-      86           1 :                 src.z = t - src.z;
-      87           1 :                 cre.z = t - cre.z;
-      88           1 :                 prv.z = t - prv.z;
-      89           1 :                 cur.z = t - cur.z;
-      90             :         }
-      91             : 
-      92           1 :         c->current.setPosition(cur * size + origin);
-      93           1 :         c->source.setPosition(src * size + origin);
-      94           1 :         c->created.setPosition(cre * size + origin);
-      95           1 :         c->previous.setPosition(prv * size + origin);
-      96             : }
-      97             : 
-      98           0 : void ReflectiveBox::setOrigin(Vector3d o) {
-      99             :         origin = o;
-     100           0 : }
-     101           0 : void ReflectiveBox::setSize(Vector3d s) {
-     102             :         size = s;
-     103           0 : }
-     104             : 
-     105           0 : std::string ReflectiveBox::getDescription() const {
-     106           0 :         std::stringstream s;
-     107           0 :         s << "Reflective box: origin " << origin / Mpc << " Mpc, ";
-     108           0 :         s << "size " << size / Mpc << " Mpc";
-     109           0 :         return s.str();
-     110           0 : }
-     111             : 
-     112           0 : CubicBoundary::CubicBoundary() :
-     113           0 :                 origin(Vector3d(0, 0, 0)), size(0), limitStep(true), margin(0.1 * kpc) {
-     114           0 : }
-     115             : 
-     116           4 : CubicBoundary::CubicBoundary(Vector3d o, double s) :
-     117           4 :                 origin(o), size(s), limitStep(true), margin(0.1 * kpc) {
-     118           4 : }
-     119             : 
-     120           4 : void CubicBoundary::process(Candidate *c) const {
-     121           4 :         Vector3d r = c->current.getPosition() - origin;
-     122             :         double lo = r.min();
-     123             :         double hi = r.max();
-     124           4 :         if ((lo <= 0) or (hi >= size)) {
-     125           1 :                 reject(c);
-     126             :         }
-     127           4 :         if (limitStep) {
-     128           4 :                 c->limitNextStep(lo + margin);
-     129           4 :                 c->limitNextStep(size - hi + margin);
-     130             :         }
-     131           4 : }
-     132             : 
-     133           0 : void CubicBoundary::setOrigin(Vector3d o) {
-     134             :         origin = o;
-     135           0 : }
-     136           0 : void CubicBoundary::setSize(double s) {
-     137           0 :         size = s;
-     138           0 : }
-     139           2 : void CubicBoundary::setMargin(double m) {
-     140           2 :         margin = m;
-     141           2 : }
-     142           2 : void CubicBoundary::setLimitStep(bool b) {
-     143           2 :         limitStep = b;
-     144           2 : }
-     145             : 
-     146           0 : std::string CubicBoundary::getDescription() const {
-     147           0 :         std::stringstream s;
-     148           0 :         s << "Cubic Boundary: origin " << origin / Mpc << " Mpc, ";
-     149           0 :         s << "size " << size / Mpc << " Mpc, ";
-     150           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     151           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     152           0 :         if (rejectAction.valid())
-     153           0 :                 s << ", Action: " << rejectAction->getDescription();
-     154           0 :         return s.str();
-     155           0 : }
-     156             : 
-     157           0 : SphericalBoundary::SphericalBoundary() :
-     158           0 :                 center(Vector3d(0, 0, 0)), radius(0), limitStep(true), margin(0.1 * kpc) {
-     159           0 : }
-     160             : 
-     161           3 : SphericalBoundary::SphericalBoundary(Vector3d c, double r) :
-     162           3 :                 center(c), radius(r), limitStep(true), margin(0.1 * kpc) {
-     163           3 : }
-     164             : 
-     165           3 : void SphericalBoundary::process(Candidate *c) const {
-     166           3 :         double d = (c->current.getPosition() - center).getR();
-     167           3 :         if (d >= radius) {
-     168           1 :                 reject(c);
-     169             :         }
-     170           3 :         if (limitStep)
-     171           3 :                 c->limitNextStep(radius - d + margin);
-     172           3 : }
-     173             : 
-     174           0 : void SphericalBoundary::setCenter(Vector3d c) {
-     175             :         center = c;
-     176           0 : }
-     177           0 : void SphericalBoundary::setRadius(double r) {
-     178           0 :         radius = r;
-     179           0 : }
-     180           1 : void SphericalBoundary::setMargin(double m) {
-     181           1 :         margin = m;
-     182           1 : }
-     183           1 : void SphericalBoundary::setLimitStep(bool b) {
-     184           1 :         limitStep = b;
-     185           1 : }
-     186             : 
-     187           0 : std::string SphericalBoundary::getDescription() const {
-     188           0 :         std::stringstream s;
-     189           0 :         s << "Spherical Boundary: radius " << radius / Mpc << " Mpc, ";
-     190           0 :         s << "around " << center / Mpc << " Mpc, ";
-     191           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     192           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     193           0 :         if (rejectAction.valid())
-     194           0 :                 s << ", Action: " << rejectAction->getDescription();
-     195           0 :         return s.str();
-     196           0 : }
-     197             : 
-     198           0 : EllipsoidalBoundary::EllipsoidalBoundary() :
-     199             :                 focalPoint1(Vector3d(0, 0, 0)), focalPoint2(Vector3d(0, 0, 0)),
-     200           0 :                 majorAxis(0), limitStep(true), margin(0.1 * kpc) {
-     201           0 : }
-     202             : 
-     203           3 : EllipsoidalBoundary::EllipsoidalBoundary(Vector3d f1, Vector3d f2, double a) :
-     204           3 :                 focalPoint1(f1), focalPoint2(f2), majorAxis(a), limitStep(true),
-     205           3 :                 margin(0.1 * kpc) {
-     206           3 : }
-     207             : 
-     208           3 : void EllipsoidalBoundary::process(Candidate *c) const {
-     209           3 :         Vector3d pos = c->current.getPosition();
-     210           3 :         double d = pos.getDistanceTo(focalPoint1) + pos.getDistanceTo(focalPoint2);
-     211           3 :         if (d >= majorAxis) {
-     212           1 :                 reject(c);
-     213             :         }
-     214           3 :         if (limitStep)
-     215           3 :                 c->limitNextStep(majorAxis - d + margin);
-     216           3 : }
-     217             : 
-     218           0 : void EllipsoidalBoundary::setFocalPoints(Vector3d f1, Vector3d f2) {
-     219             :         focalPoint1 = f1;
-     220             :         focalPoint2 = f2;
-     221           0 : }
-     222           0 : void EllipsoidalBoundary::setMajorAxis(double a) {
-     223           0 :         majorAxis = a;
-     224           0 : }
-     225           1 : void EllipsoidalBoundary::setMargin(double m) {
-     226           1 :         margin = m;
-     227           1 : }
-     228           1 : void EllipsoidalBoundary::setLimitStep(bool b) {
-     229           1 :         limitStep = b;
-     230           1 : }
-     231             : 
-     232           0 : std::string EllipsoidalBoundary::getDescription() const {
-     233           0 :         std::stringstream s;
-     234           0 :         s << "Ellipsoidal Boundary: F1 = " << focalPoint1 / Mpc << " Mpc, ";
-     235           0 :         s << "F2 = " << focalPoint2 / Mpc << " Mpc, ";
-     236           0 :         s << "major axis " << majorAxis / Mpc << " Mpc; ";
-     237           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     238           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     239           0 :         if (rejectAction.valid())
-     240           0 :                 s << ", Action: " << rejectAction->getDescription();
-     241           0 :         return s.str();
-     242           0 : }
-     243             : 
-     244           0 : CylindricalBoundary::CylindricalBoundary() :
-     245           0 :   origin(Vector3d(0,0,0)), height(0), radius(0), limitStep(false), margin(0) {
-     246           0 : }
-     247             : 
-     248           3 : CylindricalBoundary::CylindricalBoundary(Vector3d o, double h, double r) :
-     249           3 :   origin(o), height(h), radius(r), limitStep(false) , margin(0){
-     250           3 : }
-     251             : 
-     252           3 : void CylindricalBoundary::process(Candidate *c) const {
-     253           3 :         Vector3d d = c->current.getPosition() - origin;
-     254           3 :         double R2 = pow(d.x, 2.)+pow(d.y, 2.);
-     255           3 :         double Z = fabs(d.z);
-     256           3 :         if ( R2 < pow(radius, 2.) and Z < height/2.) {
-     257           2 :                 if(limitStep) {
-     258           2 :                         c->limitNextStep(std::min(radius - pow(R2, 0.5), height/2. - Z) + margin);   
-     259             :                 }
-     260             :           return;
-     261             :         }
-     262           1 :         reject(c);
-     263             : }
-     264             : 
-     265           0 : void CylindricalBoundary::setOrigin(Vector3d o) {
-     266             :         origin = o;
-     267           0 : }
-     268           0 : void CylindricalBoundary::setHeight(double h) {
-     269           0 :         height = h;
-     270           0 : }
-     271           0 : void CylindricalBoundary::setRadius(double r) {
-     272           0 :         radius = r;
-     273           0 : }
-     274           1 : void CylindricalBoundary::setLimitStep(bool b) {
-     275           1 :         limitStep = b;
-     276           1 : }
-     277           1 : void CylindricalBoundary::setMargin(double m) {
-     278           1 :         margin = m;
-     279           1 : }
-     280             : 
-     281             : 
-     282           0 : std::string CylindricalBoundary::getDescription() const {
-     283           0 :         std::stringstream s;
-     284           0 :         s << "Cylindrical Boundary: origin = " << origin / kpc << " kpc, ";
-     285           0 :         s << "radius = " << radius / kpc << " kpc, ";
-     286           0 :         s << "height" << height / kpc << " kpc; ";
-     287           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     288           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     289           0 :         if (rejectAction.valid())
-     290           0 :                 s << ", Action: " << rejectAction->getDescription();
-     291           0 :         return s.str();
-     292           0 : }
-     293             : 
-     294             : } // namespace crpropa
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Date:2024-04-08 14:58:22Functions:153839.5 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZNK7crpropa26MinimumEnergyPerParticleId14getDescriptionB5cxx11Ev0
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LCOV - code coverage report
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Current view:top level - src/module - BreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6317236.6 %
Date:2024-04-08 14:58:22Functions:153839.5 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa13MinimumEnergy16setMinimumEnergyEd0
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_ZN7crpropa15DetectionLength18setDetectionLengthEd0
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_ZN7crpropa26MinimumEnergyPerParticleId22setMinimumEnergyOthersEd1
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_ZNK7crpropa26MinimumEnergyPerParticleId7processEPNS_9CandidateE5
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Current view:top level - src/module - BreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:6317236.6 %
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-       1             : #include "crpropa/module/BreakCondition.h"
-       2             : #include "crpropa/ParticleID.h"
-       3             : #include "crpropa/Units.h"
-       4             : 
-       5             : #include <sstream>
-       6             : 
-       7             : namespace crpropa {
-       8             : 
-       9          13 : MaximumTrajectoryLength::MaximumTrajectoryLength(double maxLength) :
-      10          13 :                 maxLength(maxLength) {
-      11          13 : }
-      12             : 
-      13           0 : void MaximumTrajectoryLength::setMaximumTrajectoryLength(double length) {
-      14           0 :         maxLength = length;
-      15           0 : }
-      16             : 
-      17           0 : double MaximumTrajectoryLength::getMaximumTrajectoryLength() const {
-      18           0 :         return maxLength;
-      19             : }
-      20             : 
-      21           1 : void MaximumTrajectoryLength::addObserverPosition(const Vector3d& position) {
-      22           1 :         observerPositions.push_back(position);
-      23           1 : }
-      24             : 
-      25           0 : const std::vector<Vector3d>& MaximumTrajectoryLength::getObserverPositions() const {
-      26           0 :         return observerPositions;
-      27             : }
-      28             : 
-      29           0 : std::string MaximumTrajectoryLength::getDescription() const {
-      30           0 :         std::stringstream s;
-      31           0 :         s << "Maximum trajectory length: " << maxLength / Mpc << " Mpc, ";
-      32           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-      33           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-      34           0 :         if (rejectAction.valid())
-      35           0 :                 s << ", Action: " << rejectAction->getDescription();
-      36           0 :         s << "\n  Observer positions: \n";
-      37           0 :         for (size_t i = 0; i < observerPositions.size(); i++)
-      38           0 :                 s << "    - " << observerPositions[i] / Mpc << " Mpc\n";
-      39           0 :         return s.str();
-      40           0 : }
-      41             : 
-      42      491649 : void MaximumTrajectoryLength::process(Candidate *c) const {
-      43      491649 :         double length = c->getTrajectoryLength();
-      44      491649 :         Vector3d position = c->current.getPosition();
-      45             : 
-      46      491649 :         if(observerPositions.size()) {
-      47             :                 bool inRange = false;
-      48           4 :                 for (size_t i = 0; i < observerPositions.size(); i++) {
-      49           2 :                         double distance = position.getDistanceTo(observerPositions[i]);
-      50           2 :                         if (distance + length < maxLength)
-      51             :                                 inRange = true;
-      52             :                 }
-      53           2 :                 if (!inRange) {
-      54           1 :                         reject(c);
-      55             :                         return;
-      56             :                 }
-      57             :         }
-      58             : 
-      59      491648 :         if (length >= maxLength) {
-      60        1107 :                 reject(c);
-      61             :         } else {
-      62      490541 :                 c->limitNextStep(maxLength - length);
-      63             :         }
-      64             : }
-      65             : 
-      66             : //*****************************************************************************
-      67           2 : MinimumEnergy::MinimumEnergy(double minEnergy) :
-      68           2 :                 minEnergy(minEnergy) {
-      69           2 : }
-      70             : 
-      71           0 : void MinimumEnergy::setMinimumEnergy(double energy) {
-      72           0 :         minEnergy = energy;
-      73           0 : }
-      74             : 
-      75           0 : double MinimumEnergy::getMinimumEnergy() const {
-      76           0 :         return minEnergy;
-      77             : }
-      78             : 
-      79        7644 : void MinimumEnergy::process(Candidate *c) const {
-      80        7644 :         if (c->current.getEnergy() > minEnergy)
-      81             :                 return;
-      82             :         else
-      83           1 :                 reject(c);
-      84             : }
-      85             : 
-      86           0 : std::string MinimumEnergy::getDescription() const {
-      87           0 :         std::stringstream s;
-      88           0 :         s << "Minimum energy: " << minEnergy / EeV << " EeV, ";
-      89           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-      90           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-      91           0 :         if (rejectAction.valid())
-      92           0 :                 s << ", Action: " << rejectAction->getDescription();
-      93           0 :         return s.str();
-      94           0 : }
-      95             : 
-      96             : //*****************************************************************************
-      97           0 : MinimumRigidity::MinimumRigidity(double minRigidity) :
-      98           0 :                 minRigidity(minRigidity) {
-      99           0 : }
-     100             : 
-     101           0 : void MinimumRigidity::setMinimumRigidity(double minRigidity) {
-     102           0 :         this->minRigidity = minRigidity;
-     103           0 : }
-     104             : 
-     105           0 : double MinimumRigidity::getMinimumRigidity() const {
-     106           0 :         return minRigidity;
-     107             : }
-     108             : 
-     109           0 : void MinimumRigidity::process(Candidate *c) const {
-     110           0 :         if (c->current.getRigidity() < minRigidity)
-     111           0 :                 reject(c);
-     112           0 : }
-     113             : 
-     114           0 : std::string MinimumRigidity::getDescription() const {
-     115           0 :         std::stringstream s;
-     116           0 :         s << "Minimum rigidity: " << minRigidity / EeV << " EeV, ";
-     117           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     118           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     119           0 :         if (rejectAction.valid())
-     120           0 :                 s << ", Action: " << rejectAction->getDescription();
-     121           0 :         return s.str();
-     122           0 : }
-     123             : 
-     124             : //*****************************************************************************
-     125           1 : MinimumRedshift::MinimumRedshift(double zmin) :
-     126           1 :                 zmin(zmin) {
-     127           1 : }
-     128             : 
-     129           0 : void MinimumRedshift::setMinimumRedshift(double z) {
-     130           0 :         zmin = z;
-     131           0 : }
-     132             : 
-     133           0 : double MinimumRedshift::getMinimumRedshift() {
-     134           0 :         return zmin;
-     135             : }
-     136             : 
-     137           2 : void MinimumRedshift::process(Candidate* c) const {
-     138           2 :         if (c->getRedshift() > zmin)
-     139             :                 return;
-     140             :         else
-     141           1 :                 reject(c);
-     142             : }
-     143             : 
-     144           0 : std::string MinimumRedshift::getDescription() const {
-     145           0 :         std::stringstream s;
-     146           0 :         s << "Minimum redshift: " << zmin << ", ";
-     147           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     148           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     149           0 :         if (rejectAction.valid())
-     150           0 :                 s << ", Action: " << rejectAction->getDescription();
-     151           0 :         return s.str();
-     152           0 : }
-     153             : 
-     154             : //*****************************************************************************
-     155           1 : MinimumChargeNumber::MinimumChargeNumber(int minChargeNumber) :
-     156           1 :                 minChargeNumber(minChargeNumber) {
-     157           1 : }
-     158             : 
-     159           0 : void MinimumChargeNumber::setMinimumChargeNumber(int chargeNumber) {
-     160           0 :         minChargeNumber = chargeNumber;
-     161           0 : }
-     162             : 
-     163           0 : int MinimumChargeNumber::getMinimumChargeNumber() const {
-     164           0 :         return minChargeNumber;
-     165             : }
-     166             : 
-     167           4 : void MinimumChargeNumber::process(Candidate *c) const {
-     168           4 :         if (chargeNumber(c->current.getId()) > minChargeNumber)
-     169             :                 return;
-     170             :         else
-     171           2 :                 reject(c);
-     172             : }
-     173             : 
-     174           0 : std::string MinimumChargeNumber::getDescription() const {
-     175           0 :         std::stringstream s;
-     176           0 :         s << "Minimum charge number: " << minChargeNumber;
-     177           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     178           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     179           0 :         if (rejectAction.valid())
-     180           0 :                 s << ", Action: " << rejectAction->getDescription();
-     181           0 :         return s.str();
-     182           0 : }
-     183             : 
-     184             : //*****************************************************************************
-     185           1 : MinimumEnergyPerParticleId::MinimumEnergyPerParticleId(double minEnergyOthers) {
-     186           1 :         setMinimumEnergyOthers(minEnergyOthers);
-     187           1 : }
-     188             : 
-     189           3 : void MinimumEnergyPerParticleId::add(int id, double energy) {
-     190           3 :         particleIds.push_back(id);
-     191           3 :         minEnergies.push_back(energy);
-     192           3 : }
-     193             : 
-     194           1 : void MinimumEnergyPerParticleId::setMinimumEnergyOthers(double energy) {
-     195           1 :         minEnergyOthers = energy;
-     196           1 : }
-     197             : 
-     198           0 : double MinimumEnergyPerParticleId::getMinimumEnergyOthers() const {
-     199           0 :         return minEnergyOthers;
-     200             : }
-     201             : 
-     202           5 : void MinimumEnergyPerParticleId::process(Candidate *c) const {
-     203          15 :         for (int i = 0; i < particleIds.size(); i++) {
-     204          12 :                 if (c->current.getId() == particleIds[i]) {
-     205           5 :                         if (c->current.getEnergy() < minEnergies[i])
-     206           3 :                                 reject(c);
-     207             :                         else
-     208             :                                 return;
-     209             :                 }
-     210             :         }
-     211             : 
-     212           3 :         if (c->current.getEnergy() < minEnergyOthers)
-     213           1 :                 reject(c);
-     214             :         else
-     215             :                 return;
-     216             : }
-     217             : 
-     218           0 : std::string MinimumEnergyPerParticleId::getDescription() const {
-     219           0 :         std::stringstream s;
-     220           0 :         s << "Minimum energy for non-specified particles: " << minEnergyOthers / eV << " eV";
-     221           0 :         for (int i = 0; i < minEnergies.size(); i++) {
-     222           0 :                 s << "  for particle " << particleIds[i] << " : " << minEnergies[i] / eV << " eV";
-     223             :         }
-     224           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     225           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     226           0 :         if (rejectAction.valid())
-     227           0 :                 s << ", Action: " << rejectAction->getDescription();
-     228           0 :         return s.str();
-     229           0 : }
-     230             : 
-     231             : //*****************************************************************************
-     232           1 : DetectionLength::DetectionLength(double detLength) :
-     233           1 :                 detLength(detLength) {
-     234           1 : }
-     235             : 
-     236           0 : void DetectionLength::setDetectionLength(double length) {
-     237           0 :         detLength = length;
-     238           0 : }
-     239             : 
-     240           0 : double DetectionLength::getDetectionLength() const {
-     241           0 :         return detLength;
-     242             : }
-     243             : 
-     244             : 
-     245           0 : std::string DetectionLength::getDescription() const {
-     246           0 :         std::stringstream s;
-     247           0 :         s << "Detection length: " << detLength / kpc << " kpc, ";
-     248           0 :         s << "Flag: '" << rejectFlagKey << "' -> '" << rejectFlagValue << "', ";
-     249           0 :         s << "MakeInactive: " << (makeRejectedInactive ? "yes" : "no");
-     250           0 :         if (rejectAction.valid())
-     251           0 :                 s << ", Action: " << rejectAction->getDescription();
-     252           0 :         return s.str();
-     253           0 : }
-     254             : 
-     255           2 : void DetectionLength::process(Candidate *c) const {
-     256           2 :         double length = c->getTrajectoryLength();
-     257           2 :         double step = c->getCurrentStep();
-     258             : 
-     259           2 :         if (length >= detLength && length - step < detLength) {
-     260           1 :                 reject(c);
-     261             :         } else {
-     262           1 :                 c->limitNextStep(detLength - length);
-     263             :         }
-     264           2 : }
-     265             : 
-     266             : 
-     267             : } // namespace crpropa
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Current view:top level - src/module - CandidateSplitting.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa18CandidateSplittingC2Ev0
_ZN7crpropa18CandidateSplitting16setEnergyBinsDSAEddi1
_ZN7crpropa18CandidateSplittingC2Eddi1
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Current view:top level - src/module - CandidateSplitting.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:536186.9 %
Date:2024-04-08 14:58:22Functions:101190.9 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa18CandidateSplitting13setEnergyBinsEdddb3
_ZN7crpropa18CandidateSplitting16setEnergyBinsDSAEddi1
_ZN7crpropa18CandidateSplitting16setMinimalWeightEd4
_ZN7crpropa18CandidateSplitting9setNsplitEi4
_ZN7crpropa18CandidateSplittingC2Eddi1
_ZN7crpropa18CandidateSplittingC2Eiddddb3
_ZN7crpropa18CandidateSplittingC2Ev0
_ZNK7crpropa18CandidateSplitting13getEnergyBinsEv6
_ZNK7crpropa18CandidateSplitting16getMinimalWeightEv1
_ZNK7crpropa18CandidateSplitting7processEPNS_9CandidateE6
_ZNK7crpropa18CandidateSplitting9getNsplitEv1
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Current view:top level - src/module - CandidateSplitting.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:536186.9 %
Date:2024-04-08 14:58:22Functions:101190.9 %
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-       1             : #include "crpropa/module/CandidateSplitting.h"
-       2             : 
-       3             : namespace crpropa {
-       4             : 
-       5           0 : CandidateSplitting::CandidateSplitting() {
-       6             :         // no particle splitting if EnergyBins and NSplit are not specified
-       7           0 :         setNsplit(0);
-       8           0 :         setMinimalWeight(1.);
-       9           0 : }
-      10             : 
-      11           3 : CandidateSplitting::CandidateSplitting(int nSplit, double Emin, double Emax,  double nBins, double minWeight, bool log) {
-      12           3 :         setNsplit(nSplit);
-      13           3 :         setEnergyBins(Emin, Emax, nBins, log);
-      14           3 :         setMinimalWeight(minWeight);
-      15           3 : }
-      16             : 
-      17           1 : CandidateSplitting::CandidateSplitting(double spectralIndex, double Emin, int nBins)  {
-      18             :         // to use with Diffusive Shock Acceleration
-      19           1 :         if (spectralIndex > 0){
-      20           0 :                 throw std::runtime_error(
-      21           0 :                                 "CandidateSplitting: spectralIndex > 0 !"); 
-      22             :         }
-      23             : 
-      24           1 :         setNsplit(2); // always split in 2, calculate bins in energy for given spectrum:
-      25           1 :         double dE = pow(1. / 2, 1. / (spectralIndex + 1)); 
-      26           1 :         setEnergyBinsDSA(Emin, dE, nBins);
-      27           1 :         setMinimalWeight(1. / pow(2, nBins));
-      28           1 : }
-      29             : 
-      30           6 : void CandidateSplitting::process(Candidate *c) const {
-      31           6 :         double currE = c->current.getEnergy(); 
-      32           6 :         double prevE = c->previous.getEnergy();
-      33             : 
-      34           6 :         if (c->getWeight() <= minWeight){
-      35             :                 // minimal weight reached, no splitting
-      36             :                 return;
-      37             :         }
-      38           5 :         if (currE < Ebins[0] || nSplit == 0 ){
-      39             :                 // current energy is smaller than first bin -> no splitting
-      40             :                 // or, number of splits = 0
-      41             :                 return;
-      42             :         }
-      43           4 :         for (size_t i = 0; i < Ebins.size(); ++i){
-      44             :                 
-      45           4 :                 if( prevE < Ebins[i] ){
-      46             :                         // previous energy is in energy bin [i-1, i]
-      47           3 :                         if(currE < Ebins[i]){
-      48             :                                 //assuming that dE greater than 0, prevE and E in same energy bin -> no splitting
-      49             :                                 return;
-      50             :                         }
-      51             :                         // current energy is in energy bin [i,i+1] or higher -> particle splitting for each crossing
-      52           4 :                         for (size_t j = i; j < Ebins.size(); ++j ){
-      53             : 
-      54             :                                 // adapted from Acceleration Module:
-      55           4 :                                 c->updateWeight(1. / nSplit); // * 1/n_split
-      56             : 
-      57           8 :                                 for (int i = 1; i < nSplit; i++) {
-      58             :                                 
-      59           4 :                                         ref_ptr<Candidate> new_candidate = c->clone(false);
-      60           4 :                                         new_candidate->parent = c;
-      61           4 :                                         new_candidate->previous.setEnergy(currE); // so that new candidate is not split again in next step!
-      62             :                                         c->addSecondary(new_candidate);
-      63             :                                 }
-      64           4 :                                 if (j < Ebins.size()-1 && currE < Ebins[j+1]){
-      65             :                                         // candidate is in energy bin [j, j+1] -> no further splitting
-      66             :                                         return;
-      67             :                                 }
-      68             :                         }
-      69             :                         return;
-      70             :                 }
-      71             :         }
-      72             : }
-      73             : 
-      74           3 : void CandidateSplitting::setEnergyBins(double Emin, double Emax, double nBins, bool log) {
-      75           3 :         Ebins.resize(0);
-      76           3 :         if (Emin > Emax){
-      77           0 :                 throw std::runtime_error(
-      78           0 :                                 "CandidateSplitting: Emin > Emax!");
-      79             :         }
-      80           3 :         double dE = (Emax-Emin)/nBins;
-      81          14 :         for (size_t i = 0; i < nBins; ++i) {
-      82          11 :                 if (log == true) {
-      83           4 :                         Ebins.push_back(Emin * pow(Emax / Emin, i / (nBins - 1.0)));
-      84             :                 } else {
-      85           7 :                         Ebins.push_back(Emin + i * dE);
-      86             :                 }
-      87             :         }
-      88           3 : }
-      89             : 
-      90           1 : void CandidateSplitting::setEnergyBinsDSA(double Emin, double dE, int n) {
-      91           1 :         Ebins.resize(0);
-      92           5 :         for (size_t i = 1; i < n + 1; ++i) {
-      93           4 :                 Ebins.push_back(Emin * pow(dE, i));
-      94             :         }
-      95           1 : }
-      96             : 
-      97           6 : const std::vector<double>& CandidateSplitting::getEnergyBins() const {
-      98           6 :         return Ebins;
-      99             : }
-     100             : 
-     101           4 : void CandidateSplitting::setNsplit(int n) {
-     102           4 :         nSplit = n;
-     103           4 : }
-     104             : 
-     105           4 : void CandidateSplitting::setMinimalWeight(double w) {
-     106           4 :         minWeight = w;
-     107           4 : }
-     108             : 
-     109           1 : int CandidateSplitting::getNsplit() const {
-     110           1 :         return nSplit;
-     111             : }
-     112             : 
-     113           1 : double CandidateSplitting::getMinimalWeight() const {
-     114           1 :         return minWeight;
-     115             : }
-     116             : 
-     117             : } // end namespace crpropa
-     118             : 
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LCOV - code coverage report
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Current view:top level - src/module - DiffusionSDE.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15420276.2 %
Date:2024-04-08 14:58:22Functions:222588.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZNK7crpropa12DiffusionSDE14getDescriptionB5cxx11Ev0
_ZNK7crpropa12DiffusionSDE16getMagneticFieldEv0
_ZNK7crpropa12DiffusionSDE17getAdvectionFieldEv0
_ZNK7crpropa12DiffusionSDE10getEpsilonEv1
_ZNK7crpropa12DiffusionSDE12getToleranceEv1
_ZNK7crpropa12DiffusionSDE14getMaximumStepEv1
_ZNK7crpropa12DiffusionSDE14getMinimumStepEv1
_ZN7crpropa12DiffusionSDE17setAdvectionFieldENS_7ref_ptrINS_14AdvectionFieldEEE3
_ZN7crpropa12DiffusionSDEC2ENS_7ref_ptrINS_13MagneticFieldEEENS1_INS_14AdvectionFieldEEEdddd3
_ZN7crpropa12DiffusionSDEC2ENS_7ref_ptrINS_13MagneticFieldEEEdddd4
_ZNK7crpropa12DiffusionSDE8getAlphaEv5
_ZNK7crpropa12DiffusionSDE8getScaleEv5
_ZN7crpropa12DiffusionSDE10setEpsilonEd7
_ZN7crpropa12DiffusionSDE12setToleranceEd7
_ZN7crpropa12DiffusionSDE14setMaximumStepEd7
_ZN7crpropa12DiffusionSDE14setMinimumStepEd7
_ZN7crpropa12DiffusionSDE16setMagneticFieldENS_7ref_ptrINS_13MagneticFieldEEE7
_ZN7crpropa12DiffusionSDE8setAlphaEd7
_ZN7crpropa12DiffusionSDE8setScaleEd7
_ZNK7crpropa12DiffusionSDE9driftStepERKNS_7Vector3IdEERS2_d120001
_ZNK7crpropa12DiffusionSDE27getAdvectionFieldAtPositionENS_7Vector3IdEE120002
_ZNK7crpropa12DiffusionSDE16calculateBTensorEdPdNS_7Vector3IdEES3_d480002
_ZNK7crpropa12DiffusionSDE7processEPNS_9CandidateE480003
_ZNK7crpropa12DiffusionSDE7tryStepERKNS_7Vector3IdEERS2_S5_dd960004
_ZNK7crpropa12DiffusionSDE26getMagneticFieldAtPositionENS_7Vector3IdEEd5760025
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LCOV - code coverage report
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Current view:top level - src/module - DiffusionSDE.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15420276.2 %
Date:2024-04-08 14:58:22Functions:222588.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12DiffusionSDE10setEpsilonEd7
_ZN7crpropa12DiffusionSDE12setToleranceEd7
_ZN7crpropa12DiffusionSDE14setMaximumStepEd7
_ZN7crpropa12DiffusionSDE14setMinimumStepEd7
_ZN7crpropa12DiffusionSDE16setMagneticFieldENS_7ref_ptrINS_13MagneticFieldEEE7
_ZN7crpropa12DiffusionSDE17setAdvectionFieldENS_7ref_ptrINS_14AdvectionFieldEEE3
_ZN7crpropa12DiffusionSDE8setAlphaEd7
_ZN7crpropa12DiffusionSDE8setScaleEd7
_ZN7crpropa12DiffusionSDEC2ENS_7ref_ptrINS_13MagneticFieldEEENS1_INS_14AdvectionFieldEEEdddd3
_ZN7crpropa12DiffusionSDEC2ENS_7ref_ptrINS_13MagneticFieldEEEdddd4
_ZNK7crpropa12DiffusionSDE10getEpsilonEv1
_ZNK7crpropa12DiffusionSDE12getToleranceEv1
_ZNK7crpropa12DiffusionSDE14getDescriptionB5cxx11Ev0
_ZNK7crpropa12DiffusionSDE14getMaximumStepEv1
_ZNK7crpropa12DiffusionSDE14getMinimumStepEv1
_ZNK7crpropa12DiffusionSDE16calculateBTensorEdPdNS_7Vector3IdEES3_d480002
_ZNK7crpropa12DiffusionSDE16getMagneticFieldEv0
_ZNK7crpropa12DiffusionSDE17getAdvectionFieldEv0
_ZNK7crpropa12DiffusionSDE26getMagneticFieldAtPositionENS_7Vector3IdEEd5760025
_ZNK7crpropa12DiffusionSDE27getAdvectionFieldAtPositionENS_7Vector3IdEE120002
_ZNK7crpropa12DiffusionSDE7processEPNS_9CandidateE480003
_ZNK7crpropa12DiffusionSDE7tryStepERKNS_7Vector3IdEERS2_S5_dd960004
_ZNK7crpropa12DiffusionSDE8getAlphaEv5
_ZNK7crpropa12DiffusionSDE8getScaleEv5
_ZNK7crpropa12DiffusionSDE9driftStepERKNS_7Vector3IdEERS2_d120001
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LCOV - code coverage report
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Current view:top level - src/module - DiffusionSDE.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:15420276.2 %
Date:2024-04-08 14:58:22Functions:222588.0 %
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-       1             : #include "crpropa/module/DiffusionSDE.h"
-       2             : 
-       3             : 
-       4             : using namespace crpropa;
-       5             : 
-       6             : // Defining Cash-Karp coefficients
-       7             : const double a[] = { 0., 0., 0., 0., 0., 0., 1. / 5., 0., 0., 0., 0.,
-       8             :                 0., 3. / 40., 9. / 40., 0., 0., 0., 0., 3. / 10., -9. / 10., 6. / 5.,
-       9             :                 0., 0., 0., -11. / 54., 5. / 2., -70. / 27., 35. / 27., 0., 0., 1631.
-      10             :                                 / 55296., 175. / 512., 575. / 13824., 44275. / 110592., 253.
-      11             :                                 / 4096., 0. };
-      12             : 
-      13             : const double b[] = { 37. / 378., 0, 250. / 621., 125. / 594., 0., 512.
-      14             :                 / 1771. };
-      15             : 
-      16             : const double bs[] = { 2825. / 27648., 0., 18575. / 48384., 13525.
-      17             :                 / 55296., 277. / 14336., 1. / 4. };
-      18             : 
-      19             : 
-      20             : 
-      21           4 : DiffusionSDE::DiffusionSDE(ref_ptr<MagneticField> magneticField, double tolerance,
-      22           4 :                                  double minStep, double maxStep, double epsilon) :
-      23           4 :         minStep(0)
-      24             : {
-      25           4 :         setMagneticField(magneticField);
-      26           4 :         setMaximumStep(maxStep);
-      27           4 :         setMinimumStep(minStep);
-      28           4 :         setTolerance(tolerance);
-      29           4 :         setEpsilon(epsilon);
-      30           4 :         setScale(1.);
-      31           4 :         setAlpha(1./3.);
-      32           4 :         }
-      33             : 
-      34           3 : DiffusionSDE::DiffusionSDE(ref_ptr<MagneticField> magneticField, ref_ptr<AdvectionField> advectionField, double tolerance, double minStep, double maxStep, double epsilon) :
-      35           3 :         minStep(0)
-      36             : {
-      37           6 :         setMagneticField(magneticField);
-      38           3 :         setAdvectionField(advectionField);
-      39           3 :         setMaximumStep(maxStep);
-      40           3 :         setMinimumStep(minStep);
-      41           3 :         setTolerance(tolerance);
-      42           3 :         setEpsilon(epsilon);
-      43           3 :         setScale(1.);
-      44           3 :         setAlpha(1./3.);
-      45           3 :         }
-      46             : 
-      47      480003 : void DiffusionSDE::process(Candidate *candidate) const {
-      48             : 
-      49             :     // save the new previous particle state
-      50             : 
-      51      480003 :         ParticleState &current = candidate->current;
-      52             :         candidate->previous = current;
-      53             : 
-      54      480003 :         double h = clip(candidate->getNextStep(), minStep, maxStep) / c_light;
-      55      480003 :         Vector3d PosIn = current.getPosition();
-      56      480003 :         Vector3d DirIn = current.getDirection();
-      57             : 
-      58             :     // rectilinear propagation for neutral particles
-      59             :     // If an advection field is provided the drift is also included
-      60      480003 :         if (current.getCharge() == 0) {
-      61           1 :                 Vector3d dir = current.getDirection();
-      62           1 :                 Vector3d Pos = current.getPosition();
-      63             : 
-      64             :                 Vector3d LinProp(0.);
-      65           1 :                 if (advectionField){
-      66           0 :                         driftStep(Pos, LinProp, h);
-      67             :                 }
-      68             : 
-      69           1 :                 current.setPosition(Pos + LinProp + dir*h*c_light);
-      70           1 :                 candidate->setCurrentStep(h * c_light);
-      71           1 :                 candidate->setNextStep(maxStep);
-      72             :                 return;
-      73             :         }
-      74             : 
-      75      480002 :         double z = candidate->getRedshift();
-      76      480002 :         double rig = current.getEnergy() / current.getCharge();
-      77             : 
-      78             : 
-      79             :     // Calculate the Diffusion tensor
-      80      480002 :         double BTensor[] = {0., 0., 0., 0., 0., 0., 0., 0., 0.};
-      81      480002 :         calculateBTensor(rig, BTensor, PosIn, DirIn, z);
-      82             : 
-      83             : 
-      84             :     // Generate random numbers
-      85      480002 :         double eta[] = {0., 0., 0.};
-      86     1920008 :         for(size_t i=0; i < 3; i++) {
-      87     1440006 :                 eta[i] =  Random::instance().randNorm();
-      88             :         }
-      89             : 
-      90      480002 :         double TStep = BTensor[0] * eta[0];
-      91      480002 :         double NStep = BTensor[4] * eta[1];
-      92      480002 :         double BStep = BTensor[8] * eta[2];
-      93             : 
-      94             :         Vector3d TVec(0.);
-      95             :         Vector3d NVec(0.);
-      96             :         Vector3d BVec(0.);
-      97             : 
-      98             :         Vector3d DirOut = Vector3d(0.);
-      99             : 
-     100             : 
-     101      480002 :         double propTime = TStep * sqrt(h) / c_light;
-     102             :         size_t counter = 0;
-     103             :         double r=42.; //arbitrary number larger than one
-     104             : 
-     105             :         do {
-     106             :                 Vector3d PosOut = Vector3d(0.);
-     107             :                 Vector3d PosErr = Vector3d(0.);
-     108      480002 :                 tryStep(PosIn, PosOut, PosErr, z, propTime);
-     109             :             // calculate the relative position error r and the next time step h
-     110      480002 :                 r = PosErr.getR() / tolerance;
-     111      480002 :                 propTime *= 0.5;
-     112      480002 :                 counter += 1;
-     113             : 
-     114             :     // Check for better break condition
-     115      480002 :         } while (r > 1 && fabs(propTime) >= minStep/c_light);
-     116             : 
-     117             : 
-     118      480002 :         size_t stepNumber = pow(2, counter-1);
-     119      480002 :         double allowedTime = TStep * sqrt(h) / c_light / stepNumber;
-     120             :         Vector3d Start = PosIn;
-     121             :         Vector3d PosOut = Vector3d(0.);
-     122             :         Vector3d PosErr = Vector3d(0.);
-     123      960004 :         for (size_t j=0; j<stepNumber; j++) {
-     124      480002 :                 tryStep(Start, PosOut, PosErr, z, allowedTime);
-     125             :                 Start = PosOut;
-     126             :         }
-     127             : 
-     128             :     // Normalize the tangent vector
-     129      480002 :         TVec = (PosOut-PosIn).getUnitVector();
-     130             :     // Exception: If the magnetic field vanishes: Use only advection.
-     131             :     // If an advection field is not provided --> rectilinear propagation.
-     132             :         double tTest = TVec.getR();
-     133      480002 :         if (tTest != tTest) {
-     134           2 :                 Vector3d dir = current.getDirection();
-     135           2 :                 Vector3d Pos = current.getPosition();
-     136             :                 Vector3d LinProp(0.);
-     137           2 :                 if (advectionField){
-     138           1 :                         driftStep(Pos, LinProp, h);
-     139           1 :                         current.setPosition(Pos + LinProp);
-     140           1 :                         candidate->setCurrentStep(h*c_light);
-     141           1 :                         double newStep = 5*h*c_light;
-     142             :                         newStep = clip(newStep, minStep, maxStep);
-     143           1 :                         candidate->setNextStep(newStep);
-     144             :                         return;
-     145             :                 }
-     146           1 :                 current.setPosition(Pos + dir*h*c_light);
-     147           1 :                 candidate->setCurrentStep(h*c_light);
-     148           1 :                 double newStep = 5*h*c_light;
-     149           1 :                 newStep = clip(newStep, minStep, maxStep);
-     150           1 :                 candidate->setNextStep(newStep);
-     151           1 :                 return;
-     152             :         }
-     153             : 
-     154             :     // Choose a random perpendicular vector as the Normal-vector.
-     155             :     // Prevent 'nan's in the NVec-vector in the case of <TVec, NVec> = 0.
-     156      960000 :         while (NVec.getR()==0.){
-     157      480000 :                 Vector3d RandomVector = Random::instance().randVector();
-     158             :                 NVec = TVec.cross( RandomVector );
-     159             :         }
-     160      480000 :         NVec = NVec.getUnitVector();
-     161             : 
-     162             :     // Calculate the Binormal-vector
-     163      480000 :         BVec = (TVec.cross(NVec)).getUnitVector();
-     164             : 
-     165             :     // Calculate the advection step
-     166             :         Vector3d LinProp(0.);
-     167      480000 :         if (advectionField){
-     168      120000 :                 driftStep(PosIn, LinProp, h);
-     169             :         }
-     170             : 
-     171             :     // Integration of the SDE with a Mayorama-Euler-method
-     172      480000 :         Vector3d PO = PosOut + LinProp + (NVec * NStep + BVec * BStep) * sqrt(h) ;
-     173             : 
-     174             :     // Throw error message if something went wrong with propagation.
-     175             :     // Deactivate candidate.
-     176             :         bool NaN = std::isnan(PO.getR());
-     177      480000 :         if (NaN == true){
-     178           0 :                   candidate->setActive(false);
-     179           0 :                   KISS_LOG_WARNING
-     180           0 :                         << "\nCandidate with 'nan'-position occured: \n"
-     181           0 :                         << "position = " << PO << "\n"
-     182           0 :                         << "PosIn = " << PosIn << "\n"
-     183           0 :                         << "TVec = " << TVec << "\n"
-     184           0 :                         << "TStep = " << std::abs(TStep) << "\n"
-     185           0 :                         << "NVec = " << NVec << "\n"
-     186             :                         << "NStep = " << NStep << "\n"
-     187           0 :                         << "BVec = " << BVec << "\n"
-     188             :                         << "BStep = " << BStep << "\n"
-     189           0 :                         << "Candidate is deactivated!\n";
-     190             :                   return;
-     191             :         }
-     192             : 
-     193             :         //DirOut = (PO - PosIn - LinProp).getUnitVector(); //Advection does not change the momentum vector
-     194             :         // Random direction around the tangential direction accounts for the pitch angle average.
-     195      480000 :         DirOut = Random::instance().randConeVector(TVec, M_PI/2.);
-     196      480000 :         current.setPosition(PO);
-     197      480000 :         current.setDirection(DirOut);
-     198      480000 :         candidate->setCurrentStep(h * c_light);
-     199             : 
-     200             :         double nextStep;
-     201      480000 :         if (stepNumber>1){
-     202           0 :                 nextStep = h*pow(stepNumber, -2.)*c_light;
-     203             :         }
-     204             :         else {
-     205      480000 :                 nextStep = 4 * h*c_light;
-     206             :         }
-     207             : 
-     208      480000 :         candidate->setNextStep(nextStep);
-     209             : 
-     210             :         // Debugging and Testing
-     211             :         // Delete comments if additional information should be stored in candidate
-     212             :         // This property "arcLength" can be interpreted as the effective arclength
-     213             :         // of the propagation along a magnetic field line.
-     214             : 
-     215             : /*
-     216             :         const std::string AL = "arcLength";
-     217             :         if (candidate->hasProperty(AL) == false){
-     218             :           double arcLen = (TStep + NStep + BStep) * sqrt(h);
-     219             :           candidate->setProperty(AL, arcLen);
-     220             :           return;
-     221             :         }
-     222             :         else {
-     223             :           double arcLen = candidate->getProperty(AL);
-     224             :           arcLen += (TStep + NStep + BStep) * sqrt(h);
-     225             :           candidate->setProperty(AL, arcLen);
-     226             :         }
-     227             : */
-     228             : 
-     229             : }
-     230             : 
-     231             : 
-     232      960004 : void DiffusionSDE::tryStep(const Vector3d &PosIn, Vector3d &POut, Vector3d &PosErr,double z, double propStep) const {
-     233             : 
-     234             :         Vector3d k[] = {Vector3d(0.),Vector3d(0.),Vector3d(0.),Vector3d(0.),Vector3d(0.),Vector3d(0.)};
-     235             :         POut = PosIn;
-     236             :         //calculate the sum k_i * b_i
-     237     6720028 :         for (size_t i = 0; i < 6; i++) {
-     238             : 
-     239             :                 Vector3d y_n = PosIn;
-     240    20160084 :                 for (size_t j = 0; j < i; j++)
-     241    14400060 :                   y_n += k[j] * a[i * 6 + j] * propStep;
-     242             : 
-     243             :                 // update k_i = direction of the regular magnetic mean field
-     244     5760024 :                 Vector3d BField = getMagneticFieldAtPosition(y_n, z);
-     245             : 
-     246     5760024 :                 k[i] = BField.getUnitVector() * c_light;
-     247             : 
-     248     5760024 :                 POut += k[i] * b[i] * propStep;
-     249     5760024 :                 PosErr +=  (k[i] * (b[i] - bs[i])) * propStep / kpc;
-     250             : 
-     251             :         }
-     252      960004 : }
-     253             : 
-     254      120001 : void DiffusionSDE::driftStep(const Vector3d &pos, Vector3d &linProp, double h) const {
-     255      120001 :         Vector3d advField = getAdvectionFieldAtPosition(pos);
-     256             :         linProp += advField * h;
-     257      120001 :         return;
-     258             : }
-     259             : 
-     260      480002 : void DiffusionSDE::calculateBTensor(double r, double BTen[], Vector3d pos, Vector3d dir, double z) const {
-     261             : 
-     262      480002 :     double DifCoeff = scale * 6.1e24 * pow((std::abs(r) / 4.0e9), alpha);
-     263      480002 :     BTen[0] = pow( 2  * DifCoeff, 0.5);
-     264      480002 :     BTen[4] = pow(2 * epsilon * DifCoeff, 0.5);
-     265      480002 :     BTen[8] = pow(2 * epsilon * DifCoeff, 0.5);
-     266      480002 :     return;
-     267             : 
-     268             : }
-     269             : 
-     270             : 
-     271           7 : void DiffusionSDE::setMinimumStep(double min) {
-     272           7 :         if (min < 0)
-     273           0 :                 throw std::runtime_error("DiffusionSDE: minStep < 0 ");
-     274           7 :         if (min > maxStep)
-     275           0 :                 throw std::runtime_error("DiffusionSDE: minStep > maxStep");
-     276           7 :         minStep = min;
-     277           7 : }
-     278             : 
-     279           7 : void DiffusionSDE::setMaximumStep(double max) {
-     280           7 :         if (max < minStep)
-     281           0 :                 throw std::runtime_error("DiffusionSDE: maxStep < minStep");
-     282           7 :         maxStep = max;
-     283           7 : }
-     284             : 
-     285             : 
-     286           7 : void DiffusionSDE::setTolerance(double tol) {
-     287           7 :         if ((tol > 1) or (tol < 0))
-     288           0 :                 throw std::runtime_error(
-     289           0 :                                 "DiffusionSDE: tolerance error not in range 0-1");
-     290           7 :         tolerance = tol;
-     291           7 : }
-     292             : 
-     293           7 : void DiffusionSDE::setEpsilon(double e) {
-     294           7 :         if ((e > 1) or (e < 0))
-     295           0 :                 throw std::runtime_error(
-     296           0 :                                 "DiffusionSDE: epsilon not in range 0-1");
-     297           7 :         epsilon = e;
-     298           7 : }
-     299             : 
-     300             : 
-     301           7 : void DiffusionSDE::setAlpha(double a) {
-     302           7 :         if ((a > 2.) or (a < 0))
-     303           0 :                 throw std::runtime_error(
-     304           0 :                                 "DiffusionSDE: alpha not in range 0-2");
-     305           7 :         alpha = a;
-     306           7 : }
-     307             : 
-     308           7 : void DiffusionSDE::setScale(double s) {
-     309           7 :         if (s < 0)
-     310           0 :                 throw std::runtime_error(
-     311           0 :                                 "DiffusionSDE: Scale error: Scale < 0");
-     312           7 :         scale = s;
-     313           7 : }
-     314             : 
-     315           7 : void DiffusionSDE::setMagneticField(ref_ptr<MagneticField> f) {
-     316           7 :         magneticField = f;
-     317           7 : }
-     318             : 
-     319           3 : void DiffusionSDE::setAdvectionField(ref_ptr<AdvectionField> f) {
-     320           3 :         advectionField = f;
-     321           3 : }
-     322             : 
-     323           1 : double DiffusionSDE::getMinimumStep() const {
-     324           1 :         return minStep;
-     325             : }
-     326             : 
-     327           1 : double DiffusionSDE::getMaximumStep() const {
-     328           1 :         return maxStep;
-     329             : }
-     330             : 
-     331           1 : double DiffusionSDE::getTolerance() const {
-     332           1 :         return tolerance;
-     333             : }
-     334             : 
-     335           1 : double DiffusionSDE::getEpsilon() const {
-     336           1 :         return epsilon;
-     337             : }
-     338             : 
-     339           5 : double DiffusionSDE::getAlpha() const {
-     340           5 :         return alpha;
-     341             : }
-     342             : 
-     343           5 : double DiffusionSDE::getScale() const {
-     344           5 :         return scale;
-     345             : }
-     346             : 
-     347           0 : ref_ptr<MagneticField> DiffusionSDE::getMagneticField() const {
-     348           0 :         return magneticField;
-     349             : }
-     350             : 
-     351     5760025 : Vector3d DiffusionSDE::getMagneticFieldAtPosition(Vector3d pos, double z) const {
-     352             :         Vector3d B(0, 0, 0);
-     353             :         try {
-     354             :                 // check if field is valid and use the field vector at the
-     355             :                 // position pos with the redshift z
-     356     5760025 :                 if (magneticField.valid())
-     357     5760025 :                         B = magneticField->getField(pos, z);
-     358             :         }
-     359           0 :         catch (std::exception &e) {
-     360           0 :                 KISS_LOG_ERROR  << "DiffusionSDE: Exception in DiffusionSDE::getMagneticFieldAtPosition.\n"
-     361           0 :                                 << e.what();
-     362           0 :         }       
-     363     5760025 :         return B;
-     364             : }
-     365             : 
-     366           0 : ref_ptr<AdvectionField> DiffusionSDE::getAdvectionField() const {
-     367           0 :         return advectionField;
-     368             : }
-     369             : 
-     370      120002 : Vector3d DiffusionSDE::getAdvectionFieldAtPosition(Vector3d pos) const {
-     371             :         Vector3d AdvField(0.);
-     372             :         try {
-     373             :                 // check if field is valid and use the field vector at the
-     374             :                 // position pos
-     375      120002 :                 if (advectionField.valid())
-     376      120002 :                         AdvField = advectionField->getField(pos);
-     377             :         }
-     378           0 :         catch (std::exception &e) {
-     379           0 :                 KISS_LOG_ERROR  << "DiffusionSDE: Exception in DiffusionSDE::getAdvectionFieldAtPosition.\n"
-     380           0 :                                 << e.what();
-     381           0 :         }
-     382      120002 :         return AdvField;
-     383             : }
-     384             : 
-     385           0 : std::string DiffusionSDE::getDescription() const {
-     386           0 :         std::stringstream s;
-     387           0 :         s << "minStep: " << minStep / kpc  << " kpc, ";
-     388           0 :         s << "maxStep: " << maxStep / kpc  << " kpc, ";
-     389           0 :         s << "tolerance: " << tolerance << "\n";
-     390             : 
-     391           0 :         if (epsilon != 0.1) {
-     392           0 :           s << "epsilon: " << epsilon << ", ";
-     393             :           }
-     394             : 
-     395           0 :         if (alpha != 1./3.) {
-     396           0 :           s << "alpha: " << alpha << "\n";
-     397             :           }
-     398             : 
-     399           0 :         if (scale != 1.) {
-     400           0 :           s << "D_0: " << scale*6.1e24 << " m^2/s" << "\n";
-     401             :           }
-     402             : 
-     403           0 :         return s.str();
-     404           0 : }
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_ZN7crpropa22EMDoublePairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
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_ZN7crpropa22EMDoublePairProduction11setThinningEd3
_ZN7crpropa22EMDoublePairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE15
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-       1             : #include "crpropa/module/EMDoublePairProduction.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Random.h"
-       4             : 
-       5             : #include <fstream>
-       6             : #include <limits>
-       7             : #include <stdexcept>
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11           3 : EMDoublePairProduction::EMDoublePairProduction(ref_ptr<PhotonField> photonField, bool haveElectrons, double thinning, double limit) {
-      12           3 :         setPhotonField(photonField);
-      13           3 :         setHaveElectrons(haveElectrons);
-      14           3 :         setLimit(limit);
-      15           3 :         setThinning(thinning);
-      16           3 : }
-      17             : 
-      18          15 : void EMDoublePairProduction::setPhotonField(ref_ptr<PhotonField> photonField) {
-      19          15 :         this->photonField = photonField;
-      20          15 :         std::string fname = photonField->getFieldName();
-      21          15 :         setDescription("EMDoublePairProduction: " + fname);
-      22          45 :         initRate(getDataPath("EMDoublePairProduction/rate_" + fname + ".txt"));
-      23          15 : }
-      24             : 
-      25           4 : void EMDoublePairProduction::setHaveElectrons(bool haveElectrons) {
-      26           4 :         this->haveElectrons = haveElectrons;
-      27           4 : }
-      28             : 
-      29           3 : void EMDoublePairProduction::setLimit(double limit) {
-      30           3 :         this->limit = limit;
-      31           3 : }
-      32             : 
-      33           3 : void EMDoublePairProduction::setThinning(double thinning) {
-      34           3 :         this->thinning = thinning;
-      35           3 : }
-      36             : 
-      37          15 : void EMDoublePairProduction::initRate(std::string filename) {
-      38          15 :         std::ifstream infile(filename.c_str());
-      39             : 
-      40          15 :         if (!infile.good())
-      41           0 :                 throw std::runtime_error("EMDoublePairProduction: could not open file " + filename);
-      42             : 
-      43             :         // clear previously loaded interaction rates
-      44          15 :         tabEnergy.clear();
-      45          15 :         tabRate.clear();
-      46             : 
-      47        3306 :         while (infile.good()) {
-      48        3291 :                 if (infile.peek() != '#') {
-      49             :                         double a, b;
-      50             :                         infile >> a >> b;
-      51        3231 :                         if (infile) {
-      52        3216 :                                 tabEnergy.push_back(pow(10, a) * eV);
-      53        3216 :                                 tabRate.push_back(b / Mpc);
-      54             :                         }
-      55             :                 }
-      56        3291 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-      57             :         }
-      58          15 :         infile.close();
-      59          15 : }
-      60             : 
-      61             : 
-      62           1 : void EMDoublePairProduction::performInteraction(Candidate *candidate) const {
-      63             :         // the photon is lost after the interaction
-      64           1 :         candidate->setActive(false);
-      65             : 
-      66           1 :         if (not haveElectrons)
-      67           0 :                 return;
-      68             : 
-      69             :         // Use assumption of Lee 96 arXiv:9604098
-      70             :         // Energy is equally shared between one e+e- pair, but take mass of second e+e- pair into account.
-      71             :         // This approximation has been shown to be valid within -1.5%.
-      72           1 :         double z = candidate->getRedshift();
-      73           1 :         double E = candidate->current.getEnergy() * (1 + z);
-      74           1 :         double Ee = (E - 2 * mass_electron * c_squared) / 2;
-      75             : 
-      76           1 :         Random &random = Random::instance();
-      77           1 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-      78             : 
-      79           1 :         double f = Ee / E;
-      80             : 
-      81           1 :         if (haveElectrons) {
-      82           1 :                 if (random.rand() < pow(1 - f, thinning)) {
-      83           1 :                         double w = 1. / pow(1 - f, thinning);
-      84           1 :                         candidate->addSecondary( 11, Ee / (1 + z), pos, w, interactionTag);
-      85             :                 } 
-      86           1 :                 if (random.rand() < pow(f, thinning)) {
-      87           1 :                         double w = 1. / pow(f, thinning);
-      88           1 :                         candidate->addSecondary(-11, Ee / (1 + z), pos, w, interactionTag);
-      89             :                 }
-      90             :         }
-      91             : }
-      92             : 
-      93           1 : void EMDoublePairProduction::process(Candidate *candidate) const {
-      94             :         // check if photon
-      95           1 :         if (candidate->current.getId() != 22)
-      96             :                 return;
-      97             : 
-      98             :         // scale the electron energy instead of background photons
-      99           1 :         double z = candidate->getRedshift();
-     100           1 :         double E = (1 + z) * candidate->current.getEnergy();
-     101             : 
-     102             :         // check if in tabulated energy range
-     103           1 :         if (E < tabEnergy.front() or (E > tabEnergy.back()))
-     104             :                 return;
-     105             : 
-     106             :         // interaction rate
-     107           1 :         double rate = interpolate(E, tabEnergy, tabRate);
-     108           1 :         rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);
-     109             : 
-     110             :         // check for interaction
-     111           1 :         Random &random = Random::instance();
-     112           1 :         double randDistance = -log(random.rand()) / rate;
-     113           1 :         double step = candidate->getCurrentStep();
-     114           1 :         if (step < randDistance) {
-     115           1 :                 candidate->limitNextStep(limit / rate);
-     116           1 :                 return;
-     117             :         } else { // after performing interaction photon ceases to exist (hence return)
-     118           0 :                 performInteraction(candidate);
-     119           0 :                 return;
-     120             :         }
-     121             : 
-     122             : }
-     123             : 
-     124           1 : void EMDoublePairProduction::setInteractionTag(std::string tag) {
-     125           1 :         interactionTag = tag;
-     126           1 : }
-     127             : 
-     128           2 : std::string EMDoublePairProduction::getInteractionTag() const {
-     129           2 :         return interactionTag;
-     130             : }
-     131             : 
-     132             : 
-     133             : } // namespace crpropa
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LCOV - code coverage report
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Current view:top level - src/module - EMInverseComptonScattering.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12813396.2 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa26EMInverseComptonScattering11setThinningEd5
_ZN7crpropa26EMInverseComptonScattering14setHavePhotonsEb6
_ZN7crpropa26EMInverseComptonScattering14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE17
_ZN7crpropa26EMInverseComptonScattering17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa26EMInverseComptonScattering18initCumulativeRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE17
_ZN7crpropa26EMInverseComptonScattering8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE17
_ZN7crpropa26EMInverseComptonScattering8setLimitEd5
_ZN7crpropa26EMInverseComptonScatteringC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd5
_ZN7crpropa32ICSSecondariesEnergyDistribution6sampleEdd1
_ZN7crpropa32ICSSecondariesEnergyDistributionC2Ev1
_ZNK7crpropa26EMInverseComptonScattering17getInteractionTagB5cxx11Ev2
_ZNK7crpropa26EMInverseComptonScattering18performInteractionEPNS_9CandidateE1
_ZNK7crpropa26EMInverseComptonScattering7processEPNS_9CandidateE15285
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Generated by: LCOV version 1.14
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- - - diff --git a/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.gcov.html b/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.gcov.html deleted file mode 100644 index c5f4dfec4..000000000 --- a/doc/coverageReport/src/module/EMInverseComptonScattering.cpp.gcov.html +++ /dev/null @@ -1,325 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/module/EMInverseComptonScattering.cpp - - - - - - - - - - - - - - -
LCOV - code coverage report
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Current view:top level - src/module - EMInverseComptonScattering.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:12813396.2 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
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          Line data    Source code
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-       1             : #include "crpropa/module/EMInverseComptonScattering.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Random.h"
-       4             : #include "crpropa/Common.h"
-       5             : 
-       6             : #include <fstream>
-       7             : #include <limits>
-       8             : #include <stdexcept>
-       9             : 
-      10             : namespace crpropa {
-      11             : 
-      12             : static const double mec2 = mass_electron * c_squared;
-      13             : 
-      14           5 : EMInverseComptonScattering::EMInverseComptonScattering(ref_ptr<PhotonField> photonField, bool havePhotons, double thinning, double limit) {
-      15           5 :         setPhotonField(photonField);
-      16           5 :         setHavePhotons(havePhotons);
-      17           5 :         setLimit(limit);
-      18           5 :         setThinning(thinning);
-      19           5 : }
-      20             : 
-      21          17 : void EMInverseComptonScattering::setPhotonField(ref_ptr<PhotonField> photonField) {
-      22          17 :         this->photonField = photonField;
-      23          17 :         std::string fname = photonField->getFieldName();
-      24          17 :         setDescription("EMInverseComptonScattering: " + fname);
-      25          51 :         initRate(getDataPath("EMInverseComptonScattering/rate_" + fname + ".txt"));
-      26          51 :         initCumulativeRate(getDataPath("EMInverseComptonScattering/cdf_" + fname + ".txt"));
-      27          17 : }
-      28             : 
-      29           6 : void EMInverseComptonScattering::setHavePhotons(bool havePhotons) {
-      30           6 :         this->havePhotons = havePhotons;
-      31           6 : }
-      32             : 
-      33           5 : void EMInverseComptonScattering::setLimit(double limit) {
-      34           5 :         this->limit = limit;
-      35           5 : }
-      36             : 
-      37           5 : void EMInverseComptonScattering::setThinning(double thinning) {
-      38           5 :         this->thinning = thinning;
-      39           5 : }
-      40             : 
-      41          17 : void EMInverseComptonScattering::initRate(std::string filename) {
-      42          17 :         std::ifstream infile(filename.c_str());
-      43             : 
-      44          17 :         if (!infile.good())
-      45           0 :                 throw std::runtime_error("EMInverseComptonScattering: could not open file " + filename);
-      46             : 
-      47             :         // clear previously loaded tables
-      48          17 :         tabEnergy.clear();
-      49          17 :         tabRate.clear();
-      50             : 
-      51        4879 :         while (infile.good()) {
-      52        4862 :                 if (infile.peek() != '#') {
-      53             :                         double a, b;
-      54             :                         infile >> a >> b;
-      55        4794 :                         if (infile) {
-      56        4777 :                                 tabEnergy.push_back(pow(10, a) * eV);
-      57        4777 :                                 tabRate.push_back(b / Mpc);
-      58             :                         }
-      59             :                 }
-      60        4862 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-      61             :         }
-      62          17 :         infile.close();
-      63          17 : }
-      64             : 
-      65          17 : void EMInverseComptonScattering::initCumulativeRate(std::string filename) {
-      66          17 :         std::ifstream infile(filename.c_str());
-      67             : 
-      68          17 :         if (!infile.good())
-      69           0 :                 throw std::runtime_error("EMInverseComptonScattering: could not open file " + filename);
-      70             : 
-      71             :         // clear previously loaded tables
-      72          17 :         tabE.clear();
-      73          17 :         tabs.clear();
-      74          17 :         tabCDF.clear();
-      75             :         
-      76             :         // skip header
-      77          85 :         while (infile.peek() == '#')
-      78          68 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-      79             : 
-      80             :         // read s values in first line
-      81             :         double a;
-      82             :         infile >> a; // skip first value
-      83        3000 :         while (infile.good() and (infile.peek() != '\n')) {
-      84             :                 infile >> a;
-      85        2983 :                 tabs.push_back(pow(10, a) * eV * eV);
-      86             :         }
-      87             : 
-      88             :         // read all following lines: E, cdf values
-      89        4794 :         while (infile.good()) {
-      90             :                 infile >> a;
-      91        4794 :                 if (!infile)
-      92             :                         break;  // end of file
-      93        4777 :                 tabE.push_back(pow(10, a) * eV);
-      94             :                 std::vector<double> cdf;
-      95      843000 :                 for (int i = 0; i < tabs.size(); i++) {
-      96             :                         infile >> a;
-      97      838223 :                         cdf.push_back(a / Mpc);
-      98             :                 }
-      99        4777 :                 tabCDF.push_back(cdf);
-     100             :         }
-     101          17 :         infile.close();
-     102          17 : }
-     103             : 
-     104             : // Class to calculate the energy distribution of the ICS photon and to sample from it
-     105             : class ICSSecondariesEnergyDistribution {
-     106             :         private:
-     107             :                 std::vector< std::vector<double> > data;
-     108             :                 std::vector<double> s_values;
-     109             :                 size_t Ns;
-     110             :                 size_t Nrer;
-     111             :                 double s_min;
-     112             :                 double s_max;
-     113             :                 double dls;
-     114             : 
-     115             :         public:
-     116             :                 // differential cross-section, see Lee '96 (arXiv:9604098), eq. 23 for x = Ee'/Ee
-     117             :                 double dSigmadE(double x, double beta) {
-     118     1000000 :                         double q = ((1 - beta) / beta) * (1 - 1./x);
-     119     1000000 :                         return ((1 + beta) / beta) * (x + 1./x + 2 * q + q * q);
-     120             :                 }
-     121             : 
-     122             :                 // create the cumulative energy distribution of the up-scattered photon
-     123           1 :                 ICSSecondariesEnergyDistribution() {
-     124           1 :                         Ns = 1000;
-     125           1 :                         Nrer = 1000;
-     126           1 :                         s_min = mec2 * mec2;
-     127           1 :                         s_max = 2e23 * eV * eV;
-     128           1 :                         dls = (log(s_max) - log(s_min)) / Ns;
-     129           1 :                         data = std::vector< std::vector<double> >(1000, std::vector<double>(1000));
-     130           1 :                         std::vector<double> data_i(1000);
-     131             : 
-     132             :                         // tabulate s bin borders
-     133           1 :                         s_values = std::vector<double>(1001);
-     134        1002 :                         for (size_t i = 0; i < Ns + 1; ++i)
-     135        1001 :                                 s_values[i] = s_min * exp(i*dls);
-     136             : 
-     137             : 
-     138             :                         // for each s tabulate cumulative differential cross section
-     139        1001 :                         for (size_t i = 0; i < Ns; i++) {
-     140        1000 :                                 double s = s_min * exp((i+0.5) * dls);
-     141        1000 :                                 double beta = (s - s_min) / (s + s_min);
-     142        1000 :                                 double x0 = (1 - beta) / (1 + beta);
-     143        1000 :                                 double dlx = -log(x0) / Nrer;
-     144             : 
-     145             :                                 // cumulative midpoint integration
-     146        1000 :                                 data_i[0] = dSigmadE(x0, beta) * expm1(dlx);
-     147     1000000 :                                 for (size_t j = 1; j < Nrer; j++) {
-     148      999000 :                                         double x = x0 * exp((j+0.5) * dlx);
-     149      999000 :                                         double dx = exp((j+1) * dlx) - exp(j * dlx);
-     150      999000 :                                         data_i[j] = dSigmadE(x, beta) * dx;
-     151      999000 :                                         data_i[j] += data_i[j-1];
-     152             :                                 }
-     153        1000 :                                 data[i] = data_i;
-     154             :                         }
-     155           1 :                 }
-     156             : 
-     157             :                 // draw random energy for the up-scattered photon Ep(Ee, s)
-     158           1 :                 double sample(double Ee, double s) {
-     159           1 :                         size_t idx = std::lower_bound(s_values.begin(), s_values.end(), s) - s_values.begin();
-     160           1 :                         std::vector<double> s0 = data[idx];
-     161           1 :                         Random &random = Random::instance();
-     162           1 :                         size_t j = random.randBin(s0) + 1; // draw random bin (upper bin boundary returned)
-     163           1 :                         double beta = (s - s_min) / (s + s_min);
-     164           1 :                         double x0 = (1 - beta) / (1 + beta);
-     165           1 :                         double dlx = -log(x0) / Nrer;
-     166           1 :                         double binWidth = x0 * (exp(j * dlx) - exp((j-1) * dlx));
-     167           1 :                         double Ep = (x0 * exp((j-1) * dlx) + binWidth) * Ee;
-     168           2 :                         return std::min(Ee, Ep); // prevent Ep > Ee from numerical inaccuracies
-     169             :                 }
-     170             : };
-     171             : 
-     172           1 : void EMInverseComptonScattering::performInteraction(Candidate *candidate) const {
-     173             :         // scale the particle energy instead of background photons
-     174           1 :         double z = candidate->getRedshift();
-     175           1 :         double E = candidate->current.getEnergy() * (1 + z);
-     176             : 
-     177           1 :         if (E < tabE.front() or E > tabE.back())
-     178             :                 return;
-     179             : 
-     180             :         // sample the value of s
-     181           1 :         Random &random = Random::instance();
-     182           1 :         size_t i = closestIndex(E, tabE);
-     183           1 :         size_t j = random.randBin(tabCDF[i]);
-     184           1 :         double s_kin = pow(10, log10(tabs[j]) + (random.rand() - 0.5) * 0.1);
-     185           1 :         double s = s_kin + mec2 * mec2;
-     186             : 
-     187             :         // sample electron energy after scattering
-     188           1 :         static ICSSecondariesEnergyDistribution distribution;
-     189           1 :         double Enew = distribution.sample(E, s);
-     190             : 
-     191             :         // add up-scattered photon
-     192           1 :         double Esecondary = E - Enew;
-     193           1 :         double f = Enew / E;
-     194           1 :         if (havePhotons) {
-     195           1 :                 if (random.rand() < pow(1 - f, thinning)) {
-     196           1 :                         double w = 1. / pow(1 - f, thinning);
-     197           1 :                         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     198           1 :                         candidate->addSecondary(22, Esecondary / (1 + z), pos, w, interactionTag);
-     199             :                 }
-     200             :         }
-     201             : 
-     202             :         // update the primary particle energy; do this after adding the secondary to correctly set the secondary's parent
-     203           1 :         candidate->current.setEnergy(Enew / (1 + z));
-     204             : }
-     205             : 
-     206       15285 : void EMInverseComptonScattering::process(Candidate *candidate) const {
-     207             :         // check if electron / positron
-     208       15285 :         int id = candidate->current.getId();
-     209       15285 :         if (abs(id) != 11)
-     210             :                 return;
-     211             : 
-     212             :         // scale the particle energy instead of background photons
-     213           1 :         double z = candidate->getRedshift();
-     214           1 :         double E = candidate->current.getEnergy() * (1 + z);
-     215             : 
-     216           1 :         if (E < tabEnergy.front() or (E > tabEnergy.back()))
-     217             :                 return;
-     218             : 
-     219             :         // interaction rate
-     220           1 :         double rate = interpolate(E, tabEnergy, tabRate);
-     221           1 :         rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);
-     222             : 
-     223             :         // run this loop at least once to limit the step size
-     224           1 :         double step = candidate->getCurrentStep();
-     225           1 :         Random &random = Random::instance();
-     226             :         do {
-     227           1 :                 double randDistance = -log(random.rand()) / rate;
-     228             : 
-     229             :                 // check for interaction; if it doesn't ocurr, limit next step
-     230           1 :                 if (step < randDistance) {
-     231           1 :                         candidate->limitNextStep(limit / rate);
-     232           1 :                         return;
-     233             :                 }
-     234           0 :                 performInteraction(candidate);
-     235             : 
-     236             :                 // repeat with remaining step
-     237           0 :                 step -= randDistance;
-     238           0 :         } while (step > 0);
-     239             : }
-     240             : 
-     241           1 : void EMInverseComptonScattering::setInteractionTag(std::string tag) {
-     242           1 :         interactionTag = tag;
-     243           1 : }
-     244             : 
-     245           2 : std::string EMInverseComptonScattering::getInteractionTag() const {
-     246           2 :         return interactionTag;
-     247             : }
-     248             : 
-     249             : } // namespace crpropa
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - src/module - EMPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13413797.8 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16EMPairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa31PPSecondariesEnergyDistributionC2Ev1
_ZNK7crpropa16EMPairProduction17getInteractionTagB5cxx11Ev2
_ZN7crpropa16EMPairProduction8setLimitEd9
_ZN7crpropa16EMPairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd9
_ZN7crpropa16EMPairProduction11setThinningEd13
_ZN7crpropa16EMPairProduction16setHaveElectronsEb14
_ZN7crpropa16EMPairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE33
_ZN7crpropa16EMPairProduction18initCumulativeRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE33
_ZN7crpropa16EMPairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE33
_ZN7crpropa31PPSecondariesEnergyDistribution6sampleEdd563
_ZNK7crpropa16EMPairProduction18performInteractionEPNS_9CandidateE563
_ZNK7crpropa16EMPairProduction7processEPNS_9CandidateE16965
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - src/module - EMPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13413797.8 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa16EMPairProduction11setThinningEd13
_ZN7crpropa16EMPairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE33
_ZN7crpropa16EMPairProduction16setHaveElectronsEb14
_ZN7crpropa16EMPairProduction17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa16EMPairProduction18initCumulativeRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE33
_ZN7crpropa16EMPairProduction8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE33
_ZN7crpropa16EMPairProduction8setLimitEd9
_ZN7crpropa16EMPairProductionC2ENS_7ref_ptrINS_11PhotonFieldEEEbdd9
_ZN7crpropa31PPSecondariesEnergyDistribution6sampleEdd563
_ZN7crpropa31PPSecondariesEnergyDistributionC2Ev1
_ZNK7crpropa16EMPairProduction17getInteractionTagB5cxx11Ev2
_ZNK7crpropa16EMPairProduction18performInteractionEPNS_9CandidateE563
_ZNK7crpropa16EMPairProduction7processEPNS_9CandidateE16965
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- - - diff --git a/doc/coverageReport/src/module/EMPairProduction.cpp.gcov.html b/doc/coverageReport/src/module/EMPairProduction.cpp.gcov.html deleted file mode 100644 index b3986bf74..000000000 --- a/doc/coverageReport/src/module/EMPairProduction.cpp.gcov.html +++ /dev/null @@ -1,340 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/module/EMPairProduction.cpp - - - - - - - - - - - - - - -
LCOV - code coverage report
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Current view:top level - src/module - EMPairProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13413797.8 %
Date:2024-04-08 14:58:22Functions:1313100.0 %
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-       1             : #include "crpropa/module/EMPairProduction.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Random.h"
-       4             : 
-       5             : #include <fstream>
-       6             : #include <limits>
-       7             : #include <stdexcept>
-       8             : 
-       9             : 
-      10             : namespace crpropa {
-      11             : 
-      12             : static const double mec2 = mass_electron * c_squared;
-      13             : 
-      14           9 : EMPairProduction::EMPairProduction(ref_ptr<PhotonField> photonField, bool haveElectrons, double thinning, double limit) {
-      15           9 :         setPhotonField(photonField);
-      16           9 :         setThinning(thinning);
-      17           9 :         setLimit(limit);
-      18           9 :         setHaveElectrons(haveElectrons);
-      19           9 : }
-      20             : 
-      21          33 : void EMPairProduction::setPhotonField(ref_ptr<PhotonField> photonField) {
-      22          33 :         this->photonField = photonField;
-      23          33 :         std::string fname = photonField->getFieldName();
-      24          33 :         setDescription("EMPairProduction: " + fname);
-      25          99 :         initRate(getDataPath("EMPairProduction/rate_" + fname + ".txt"));
-      26          99 :         initCumulativeRate(getDataPath("EMPairProduction/cdf_" + fname + ".txt"));
-      27          33 : }
-      28             : 
-      29          14 : void EMPairProduction::setHaveElectrons(bool haveElectrons) {
-      30          14 :         this->haveElectrons = haveElectrons;
-      31          14 : }
-      32             : 
-      33           9 : void EMPairProduction::setLimit(double limit) {
-      34           9 :         this->limit = limit;
-      35           9 : }
-      36             : 
-      37          13 : void EMPairProduction::setThinning(double thinning) {
-      38          13 :         this->thinning = thinning;
-      39          13 : }
-      40             : 
-      41          33 : void EMPairProduction::initRate(std::string filename) {
-      42          33 :         std::ifstream infile(filename.c_str());
-      43             : 
-      44          33 :         if (!infile.good())
-      45           0 :                 throw std::runtime_error("EMPairProduction: could not open file " + filename);
-      46             : 
-      47             :         // clear previously loaded interaction rates
-      48          33 :         tabEnergy.clear();
-      49          33 :         tabRate.clear();
-      50             : 
-      51        7510 :         while (infile.good()) {
-      52        7477 :                 if (infile.peek() != '#') {
-      53             :                         double a, b;
-      54             :                         infile >> a >> b;
-      55        7345 :                         if (infile) {
-      56        7312 :                                 tabEnergy.push_back(pow(10, a) * eV);
-      57        7312 :                                 tabRate.push_back(b / Mpc);
-      58             :                         }
-      59             :                 }
-      60        7477 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-      61             :         }
-      62          33 :         infile.close();
-      63          33 : }
-      64             : 
-      65          33 : void EMPairProduction::initCumulativeRate(std::string filename) {
-      66          33 :         std::ifstream infile(filename.c_str());
-      67             : 
-      68          33 :         if (!infile.good())
-      69           0 :                 throw std::runtime_error("EMPairProduction: could not open file " + filename);
-      70             : 
-      71             :         // clear previously loaded tables
-      72          33 :         tabE.clear();
-      73          33 :         tabs.clear();
-      74          33 :         tabCDF.clear();
-      75             :         
-      76             :         // skip header
-      77         165 :         while (infile.peek() == '#')
-      78         132 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-      79             : 
-      80             :         // read s values in first line
-      81             :         double a;
-      82             :         infile >> a; // skip first value
-      83        3663 :         while (infile.good() and (infile.peek() != '\n')) {
-      84             :                 infile >> a;
-      85        3630 :                 tabs.push_back(pow(10, a) * eV * eV);
-      86             :         }
-      87             : 
-      88             :         // read all following lines: E, cdf values
-      89        7345 :         while (infile.good()) {
-      90             :                 infile >> a;
-      91        7345 :                 if (!infile)
-      92             :                         break;  // end of file
-      93        7312 :                 tabE.push_back(pow(10, a) * eV);
-      94             :                 std::vector<double> cdf;
-      95      811632 :                 for (int i = 0; i < tabs.size(); i++) {
-      96             :                         infile >> a;
-      97      804320 :                         cdf.push_back(a / Mpc);
-      98             :                 }
-      99        7312 :                 tabCDF.push_back(cdf);
-     100             :         }
-     101          33 :         infile.close();
-     102          33 : }
-     103             : 
-     104             : // Hold an data array to interpolate the energy distribution on
-     105             : class PPSecondariesEnergyDistribution {
-     106             :         private:
-     107             :                 std::vector<double> tab_s;
-     108             :                 std::vector< std::vector<double> > data;
-     109             :                 size_t N;
-     110             : 
-     111             :         public:
-     112             :                 // differential cross section for pair production for x = Epositron/Egamma, compare Lee 96 arXiv:9604098
-     113             :                 double dSigmadE_PPx(double x, double beta) {
-     114     1000000 :                         double A = (x / (1. - x) + (1. - x) / x );
-     115     1000000 :                         double B =  (1. / x + 1. / (1. - x) );
-     116        1000 :                         double y = (1 - beta * beta);
-     117     1000000 :                         return A + y * B - y * y / 4 * B * B;
-     118             :                 }
-     119             : 
-     120           1 :                 PPSecondariesEnergyDistribution() {
-     121           1 :                         N = 1000;
-     122             :                         size_t Ns = 1000;
-     123             :                         double s_min = 4 * mec2 * mec2;
-     124             :                         double s_max = 1e23 * eV * eV;
-     125             :                         double dls = log(s_max / s_min) / Ns;
-     126           1 :                         data = std::vector< std::vector<double> >(Ns, std::vector<double>(N));
-     127           1 :                         tab_s = std::vector<double>(Ns + 1);
-     128             : 
-     129        1002 :                         for (size_t i = 0; i < Ns + 1; ++i)
-     130        1001 :                                 tab_s[i] = s_min * exp(i*dls); // tabulate s bin borders
-     131             : 
-     132        1001 :                         for (size_t i = 0; i < Ns; i++) {
-     133        1000 :                                 double s = s_min * exp(i*dls + 0.5*dls);
-     134        1000 :                                 double beta = sqrt(1 - s_min/s);
-     135        1000 :                                 double x0 = (1 - beta) / 2;
-     136        1000 :                                 double dx = log((1 + beta) / (1 - beta)) / N;
-     137             : 
-     138             :                                 // cumulative midpoint integration
-     139        1000 :                                 std::vector<double> data_i(1000);
-     140        1000 :                                 data_i[0] = dSigmadE_PPx(x0, beta) * expm1(dx);
-     141     1000000 :                                 for (size_t j = 1; j < N; j++) {
-     142      999000 :                                         double x = x0 * exp(j*dx + 0.5*dx);
-     143      999000 :                                         double binWidth = exp((j+1)*dx)-exp(j*dx);
-     144      999000 :                                         data_i[j] = dSigmadE_PPx(x, beta) * binWidth + data_i[j-1];
-     145             :                                 }
-     146        1000 :                                 data[i] = data_i;
-     147             :                         }
-     148           1 :                 }
-     149             : 
-     150             :                 // sample positron energy from cdf(E, s_kin)
-     151         563 :                 double sample(double E0, double s) {
-     152             :                         // get distribution for given s
-     153         563 :                         size_t idx = std::lower_bound(tab_s.begin(), tab_s.end(), s) - tab_s.begin();
-     154         563 :                         if (idx > data.size())
-     155             :                                 return NAN;
-     156             :                                 
-     157         563 :                         std::vector<double> s0 = data[idx];
-     158             : 
-     159             :                         // draw random bin
-     160         563 :                         Random &random = Random::instance();
-     161         563 :                         size_t j = random.randBin(s0) + 1;
-     162             : 
-     163             :                         double s_min = 4. * mec2 * mec2;
-     164         563 :                         double beta = sqrtl(1. - s_min / s);
-     165         563 :                         double x0 = (1. - beta) / 2.;
-     166         563 :                         double dx = log((1 + beta) / (1 - beta)) / N;
-     167         563 :                         double binWidth = x0 * (exp(j*dx) - exp((j-1)*dx));
-     168         563 :                         if (random.rand() < 0.5)
-     169         290 :                                 return E0 * (x0 * exp((j-1) * dx) + binWidth);
-     170             :                         else
-     171         273 :                                 return E0 * (1 - (x0 * exp((j-1) * dx) + binWidth));
-     172             :                 }
-     173             : };
-     174             : 
-     175         563 : void EMPairProduction::performInteraction(Candidate *candidate) const {
-     176             :         // scale particle energy instead of background photon energy
-     177         563 :         double z = candidate->getRedshift();
-     178         563 :         double E = candidate->current.getEnergy() * (1 + z);
-     179             : 
-     180             :         // check if secondary electron pair needs to be produced
-     181         563 :         if (not haveElectrons)
-     182           0 :                 return;
-     183             : 
-     184             :         // check if in tabulated energy range
-     185         563 :         if (E < tabE.front() or (E > tabE.back()))
-     186             :                 return;
-     187             : 
-     188             :         // sample the value of s
-     189         563 :         Random &random = Random::instance();
-     190         563 :         size_t i = closestIndex(E, tabE);  // find closest tabulation point
-     191         563 :         size_t j = random.randBin(tabCDF[i]);
-     192        1092 :         double lo = std::max(4 * mec2 * mec2, tabs[j-1]);  // first s-tabulation point below min(s_kin) = (2 me c^2)^2; ensure physical value
-     193         563 :         double hi = tabs[j];
-     194         563 :         double s = lo + random.rand() * (hi - lo);
-     195             : 
-     196             :         // sample electron / positron energy
-     197         563 :         static PPSecondariesEnergyDistribution interpolation;
-     198         563 :         double Ee = interpolation.sample(E, s);
-     199         563 :         double Ep = E - Ee;
-     200         563 :         double f = Ep / E;
-     201             : 
-     202             :         // for some backgrounds Ee=nan due to precision limitations.
-     203         563 :         if (not std::isfinite(Ee) || not std::isfinite(Ep))
-     204             :                 return;
-     205             : 
-     206             :         // photon is lost after interacting
-     207         563 :         candidate->setActive(false);
-     208             : 
-     209             :         // sample random position along current step
-     210         563 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     211             :         // apply sampling
-     212         563 :         if (random.rand() < pow(f, thinning)) {
-     213         563 :                 double w = 1. / pow(f, thinning);
-     214         563 :                 candidate->addSecondary(11, Ep / (1 + z), pos, w, interactionTag);
-     215             :         }
-     216         563 :         if (random.rand() < pow(1 - f, thinning)){
-     217         563 :                 double w = 1. / pow(1 - f, thinning);
-     218         563 :                 candidate->addSecondary(-11, Ee / (1 + z), pos, w, interactionTag);  
-     219             :         }
-     220             : }
-     221             : 
-     222       16965 : void EMPairProduction::process(Candidate *candidate) const {
-     223             :         // check if photon
-     224       16965 :         if (candidate->current.getId() != 22)
-     225             :                 return;
-     226             : 
-     227             :         // scale particle energy instead of background photon energy
-     228         841 :         double z = candidate->getRedshift();
-     229         841 :         double E = candidate->current.getEnergy() * (1 + z);
-     230             : 
-     231             :         // check if in tabulated energy range
-     232         841 :         if ((E < tabEnergy.front()) or (E > tabEnergy.back()))
-     233             :                 return;
-     234             : 
-     235             :         // interaction rate
-     236         651 :         double rate = interpolate(E, tabEnergy, tabRate);
-     237         651 :         rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);
-     238             : 
-     239             :         // run this loop at least once to limit the step size 
-     240         651 :         double step = candidate->getCurrentStep();
-     241         651 :         Random &random = Random::instance();
-     242             :         do {
-     243         651 :                 double randDistance = -log(random.rand()) / rate;
-     244             :                 // check for interaction; if it doesn't ocurr, limit next step
-     245         651 :                 if (step < randDistance) { 
-     246          89 :                         candidate->limitNextStep(limit / rate);
-     247             :                 } else {
-     248         562 :                         performInteraction(candidate);
-     249         562 :                         return;
-     250             :                 }
-     251          89 :                 step -= randDistance; 
-     252          89 :         } while (step > 0.);
-     253             : 
-     254             : }
-     255             : 
-     256           1 : void EMPairProduction::setInteractionTag(std::string tag) {
-     257           1 :         interactionTag = tag;
-     258           1 : }
-     259             : 
-     260           2 : std::string EMPairProduction::getInteractionTag() const {
-     261           2 :         return interactionTag;
-     262             : }
-     263             : 
-     264             : } // namespace crpropa
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Current view:top level - src/module - EMTripletPairProduction.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:1111100.0 %
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Current view:top level - src/module - EMTripletPairProduction.cpp (source / functions)HitTotalCoverage
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Current view:top level - src/module - EMTripletPairProduction.cpp (source / functions)HitTotalCoverage
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          Line data    Source code
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-       1             : #include "crpropa/module/EMTripletPairProduction.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Random.h"
-       4             : 
-       5             : #include <fstream>
-       6             : #include <limits>
-       7             : #include <stdexcept>
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11             : static const double mec2 = mass_electron * c_squared;
-      12             : 
-      13           3 : EMTripletPairProduction::EMTripletPairProduction(ref_ptr<PhotonField> photonField, bool haveElectrons, double thinning, double limit) {
-      14           3 :         setPhotonField(photonField);
-      15           3 :         setHaveElectrons(haveElectrons);
-      16           3 :         setLimit(limit);
-      17           3 :         setThinning(thinning);
-      18           3 : }
-      19             : 
-      20          15 : void EMTripletPairProduction::setPhotonField(ref_ptr<PhotonField> photonField) {
-      21          15 :         this->photonField = photonField;
-      22          15 :         std::string fname = photonField->getFieldName();
-      23          15 :         setDescription("EMTripletPairProduction: " + fname);
-      24          45 :         initRate(getDataPath("EMTripletPairProduction/rate_" + fname + ".txt"));
-      25          45 :         initCumulativeRate(getDataPath("EMTripletPairProduction/cdf_" + fname + ".txt"));
-      26          15 : }
-      27             : 
-      28           4 : void EMTripletPairProduction::setHaveElectrons(bool haveElectrons) {
-      29           4 :         this->haveElectrons = haveElectrons;
-      30           4 : }
-      31             : 
-      32           3 : void EMTripletPairProduction::setLimit(double limit) {
-      33           3 :         this->limit = limit;
-      34           3 : }
-      35             : 
-      36           3 : void EMTripletPairProduction::setThinning(double thinning) {
-      37           3 :         this->thinning = thinning;
-      38           3 : }
-      39             : 
-      40          15 : void EMTripletPairProduction::initRate(std::string filename) {
-      41          15 :         std::ifstream infile(filename.c_str());
-      42             : 
-      43          15 :         if (!infile.good())
-      44           0 :                 throw std::runtime_error("EMTripletPairProduction: could not open file " + filename);
-      45             : 
-      46             :         // clear previously loaded interaction rates
-      47          15 :         tabEnergy.clear();
-      48          15 :         tabRate.clear();
-      49             : 
-      50        3340 :         while (infile.good()) {
-      51        3325 :                 if (infile.peek() != '#') {
-      52             :                         double a, b;
-      53             :                         infile >> a >> b;
-      54        3265 :                         if (infile) {
-      55        3250 :                                 tabEnergy.push_back(pow(10, a) * eV);
-      56        3250 :                                 tabRate.push_back(b / Mpc);
-      57             :                         }
-      58             :                 }
-      59        3325 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-      60             :         }
-      61          15 :         infile.close();
-      62          15 : }
-      63             : 
-      64          15 : void EMTripletPairProduction::initCumulativeRate(std::string filename) {
-      65          15 :         std::ifstream infile(filename.c_str());
-      66             : 
-      67          15 :         if (!infile.good())
-      68           0 :                 throw std::runtime_error(
-      69           0 :                                 "EMTripletPairProduction: could not open file " + filename);
-      70             : 
-      71             :         // clear previously loaded tables
-      72          15 :         tabE.clear();
-      73          15 :         tabs.clear();
-      74          15 :         tabCDF.clear();
-      75             :         
-      76             :         // skip header
-      77          75 :         while (infile.peek() == '#')
-      78          60 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-      79             : 
-      80             :         // read s values in first line
-      81             :         double a;
-      82             :         infile >> a; // skip first value
-      83        1590 :         while (infile.good() and (infile.peek() != '\n')) {
-      84             :                 infile >> a;
-      85        1575 :                 tabs.push_back(pow(10, a) * eV * eV);
-      86             :         }
-      87             : 
-      88             :         // read all following lines: E, cdf values
-      89        3265 :         while (infile.good()) {
-      90             :                 infile >> a;
-      91        3265 :                 if (!infile)
-      92             :                         break;  // end of file
-      93        3250 :                 tabE.push_back(pow(10, a) * eV);
-      94             :                 std::vector<double> cdf;
-      95      344500 :                 for (int i = 0; i < tabs.size(); i++) {
-      96             :                         infile >> a;
-      97      341250 :                         cdf.push_back(a / Mpc);
-      98             :                 }
-      99        3250 :                 tabCDF.push_back(cdf);
-     100             :         }
-     101          15 :         infile.close();
-     102          15 : }
-     103             : 
-     104           1 : void EMTripletPairProduction::performInteraction(Candidate *candidate) const {
-     105           1 :         int id = candidate->current.getId();
-     106           1 :         if  (abs(id) != 11)
-     107             :                 return;
-     108             : 
-     109             :         // scale the particle energy instead of background photons
-     110           1 :         double z = candidate->getRedshift();
-     111           1 :         double E = candidate->current.getEnergy() * (1 + z);
-     112             : 
-     113           1 :         if (E < tabE.front() or E > tabE.back())
-     114             :                 return;
-     115             : 
-     116             :         // sample the value of eps
-     117           1 :         Random &random = Random::instance();
-     118           1 :         size_t i = closestIndex(E, tabE);
-     119           1 :         size_t j = random.randBin(tabCDF[i]);
-     120           1 :         double s_kin = pow(10, log10(tabs[j]) + (random.rand() - 0.5) * 0.1);
-     121           1 :         double eps = s_kin / 4. / E; // random background photon energy
-     122             : 
-     123             :         // Use approximation from A. Mastichiadis et al., Astroph. Journ. 300:178-189 (1986), eq. 30.
-     124             :         // This approx is valid only for alpha >=100 where alpha = p0*eps*costheta - E0*eps
-     125             :         // For our purposes, me << E0 --> p0~E0 --> alpha = E0*eps*(costheta - 1) >= 100
-     126           1 :         double Epp = 5.7e-1 * pow(eps / mec2, -0.56) * pow(E / mec2, 0.44) * mec2;
-     127             : 
-     128           1 :         double f = Epp / E;
-     129             : 
-     130           1 :         if (haveElectrons) {
-     131           1 :                 Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     132           1 :                 if (random.rand() < pow(1 - f, thinning)) {
-     133           1 :                         double w = 1. / pow(1 - f, thinning);
-     134           1 :                         candidate->addSecondary(11, Epp / (1 + z), pos, w, interactionTag);
-     135             :                 }
-     136           1 :                 if (random.rand() < pow(f, thinning)) {
-     137           1 :                         double w = 1. / pow(f, thinning);
-     138           1 :                         candidate->addSecondary(-11, Epp / (1 + z), pos, w, interactionTag);
-     139             :                 }
-     140             :         }
-     141             :         // Update the primary particle energy.
-     142             :         // This is done after adding the secondaries to correctly set the secondaries parent
-     143           1 :         candidate->current.setEnergy((E - 2 * Epp) / (1. + z));
-     144             : }
-     145             : 
-     146           1 : void EMTripletPairProduction::process(Candidate *candidate) const {
-     147             :         // check if electron / positron
-     148           1 :         int id = candidate->current.getId();
-     149           1 :         if (abs(id) != 11)
-     150             :                 return;
-     151             : 
-     152             :         // scale the particle energy instead of background photons
-     153           1 :         double z = candidate->getRedshift();
-     154           1 :         double E = (1 + z) * candidate->current.getEnergy();
-     155             : 
-     156             :         // check if in tabulated energy range
-     157           1 :         if ((E < tabEnergy.front()) or (E > tabEnergy.back()))
-     158             :                 return;
-     159             : 
-     160             :         // cosmological scaling of interaction distance (comoving)
-     161           1 :         double scaling = pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);
-     162           1 :         double rate = scaling * interpolate(E, tabEnergy, tabRate);
-     163             : 
-     164             :         // run this loop at least once to limit the step size
-     165           1 :         double step = candidate->getCurrentStep();
-     166           1 :         Random &random = Random::instance();
-     167             :         do {
-     168           1 :                 double randDistance = -log(random.rand()) / rate;
-     169             :                 // check for interaction; if it doesn't occur, limit next step
-     170           1 :                 if (step < randDistance) { 
-     171           1 :                         candidate->limitNextStep(limit / rate);
-     172           1 :                         return;
-     173             :                 }
-     174           0 :                 performInteraction(candidate);
-     175           0 :                 step -= randDistance; 
-     176           0 :         } while (step > 0.);
-     177             : }
-     178             : 
-     179           1 : void EMTripletPairProduction::setInteractionTag(std::string tag) {
-     180           1 :         interactionTag = tag;
-     181           1 : }
-     182             : 
-     183           2 : std::string EMTripletPairProduction::getInteractionTag() const {
-     184           2 :         return interactionTag;
-     185             : }
-     186             : 
-     187             : } // namespace crpropa
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_ZN7crpropa17ElasticScattering17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZNK7crpropa17ElasticScattering17getInteractionTagB5cxx11Ev0
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_ZN7crpropa17ElasticScattering8initRateENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE4
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_ZN7crpropa17ElasticScattering14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE4
_ZN7crpropa17ElasticScattering17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
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_ZNK7crpropa17ElasticScattering17getInteractionTagB5cxx11Ev0
_ZNK7crpropa17ElasticScattering7processEPNS_9CandidateE1
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Current view:top level - src/module - ElasticScattering.cpp (source / functions)HitTotalCoverage
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-       1             : #include "crpropa/module/ElasticScattering.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/ParticleMass.h"
-       5             : #include "crpropa/Random.h"
-       6             : 
-       7             : #include <cmath>
-       8             : #include <limits>
-       9             : #include <sstream>
-      10             : #include <fstream>
-      11             : #include <stdexcept>
-      12             : 
-      13             : namespace crpropa {
-      14             : 
-      15             : const double ElasticScattering::lgmin = 6.;  // minimum log10(Lorentz-factor)
-      16             : const double ElasticScattering::lgmax = 14.; // maximum log10(Lorentz-factor)
-      17             : const size_t ElasticScattering::nlg = 201;   // number of Lorentz-factor steps
-      18             : const double ElasticScattering::epsmin = log10(2 * eV) + 3;    // log10 minimum photon background energy in nucleus rest frame for elastic scattering
-      19             : const double ElasticScattering::epsmax = log10(2 * eV) + 8.12; // log10 maximum photon background energy in nucleus rest frame for elastic scattering
-      20             : const size_t ElasticScattering::neps = 513; // number of photon background energies in nucleus rest frame
-      21             : 
-      22           2 : ElasticScattering::ElasticScattering(ref_ptr<PhotonField> f) {
-      23           2 :         setPhotonField(f);
-      24           2 : }
-      25             : 
-      26           4 : void ElasticScattering::setPhotonField(ref_ptr<PhotonField> photonField) {
-      27           4 :         this->photonField = photonField;
-      28           4 :         std::string fname = photonField->getFieldName();
-      29           4 :         setDescription("ElasticScattering: " + fname);
-      30          12 :         initRate(getDataPath("ElasticScattering/rate_" + fname.substr(0,3) + ".txt"));
-      31          12 :         initCDF(getDataPath("ElasticScattering/cdf_" + fname.substr(0,3) + ".txt"));
-      32           4 : }
-      33             : 
-      34           4 : void ElasticScattering::initRate(std::string filename) {
-      35           4 :         std::ifstream infile(filename.c_str());
-      36           4 :         if (not infile.good())
-      37           0 :                 throw std::runtime_error("ElasticScattering: could not open file " + filename);
-      38             : 
-      39           4 :         tabRate.clear();
-      40             : 
-      41         824 :         while (infile.good()) {
-      42         824 :                 if (infile.peek() == '#') {
-      43          16 :                         infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-      44          16 :                         continue;
-      45             :                 }
-      46             :                 double r;
-      47             :                 infile >> r;
-      48         808 :                 if (!infile)
-      49             :                         break;
-      50         804 :                 tabRate.push_back(r / Mpc);
-      51             :         }
-      52             : 
-      53           4 :         infile.close();
-      54           4 : }
-      55             : 
-      56           4 : void ElasticScattering::initCDF(std::string filename) {
-      57           4 :         std::ifstream infile(filename.c_str());
-      58           4 :         if (not infile.good())
-      59           0 :                 throw std::runtime_error("ElasticScattering: could not open file " + filename);
-      60             : 
-      61           4 :         tabCDF.clear();
-      62             :         std::string line;
-      63             :         double a;
-      64         820 :         while (std::getline(infile, line)) {
-      65         816 :                 if (line[0] == '#')
-      66          12 :                         continue;
-      67             : 
-      68         804 :                 std::stringstream lineStream(line);
-      69             :                 lineStream >> a;
-      70             : 
-      71         804 :                 std::vector<double> cdf(neps);
-      72      413256 :                 for (size_t i = 0; i < neps; i++) {
-      73             :                         lineStream >> a;
-      74      412452 :                         cdf[i] = a;
-      75             :                 }
-      76         804 :                 tabCDF.push_back(cdf);
-      77         804 :         }
-      78             : 
-      79           4 :         infile.close();
-      80           4 : }
-      81             : 
-      82           1 : void ElasticScattering::process(Candidate *candidate) const {
-      83           1 :         int id = candidate->current.getId();
-      84           1 :         double z = candidate->getRedshift();
-      85             : 
-      86           1 :         if (not isNucleus(id))
-      87             :                 return;
-      88             : 
-      89           1 :         double lg = log10(candidate->current.getLorentzFactor() * (1 + z));
-      90           1 :         if ((lg < lgmin) or (lg > lgmax))
-      91             :                 return;
-      92             : 
-      93           1 :         int A = massNumber(id);
-      94           1 :         int Z = chargeNumber(id);
-      95           1 :         int N = A - Z;
-      96             : 
-      97           1 :         double step = candidate->getCurrentStep();
-      98           8 :         while (step > 0) {
-      99             : 
-     100           8 :                 double rate = interpolateEquidistant(lg, lgmin, lgmax, tabRate);
-     101           8 :                 rate *= Z * N / double(A);  // TRK scaling
-     102           8 :                 rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z);  // cosmological scaling
-     103             : 
-     104             :                 // check for interaction
-     105           8 :                 Random &random = Random::instance();
-     106           8 :                 double randDist = -log(random.rand()) / rate;
-     107           8 :                 if (step < randDist)
-     108           1 :                         return;
-     109             : 
-     110             :                 // draw random background photon energy from CDF
-     111           7 :                 size_t i = floor((lg - lgmin) / (lgmax - lgmin) * (nlg - 1)); // index of closest gamma tabulation point
-     112           7 :                 size_t j = random.randBin(tabCDF[i]) - 1; // index of next lower tabulated eps value
-     113             :                 double binWidth = (epsmax - epsmin) / (neps - 1); // logarithmic bin width
-     114           7 :                 double eps = pow(10, epsmin + (j + random.rand()) * binWidth);
-     115             : 
-     116             :                 // boost to lab frame
-     117           7 :                 double cosTheta = 2 * random.rand() - 1;
-     118           7 :                 double E = eps * candidate->current.getLorentzFactor() * (1. - cosTheta);
-     119             : 
-     120           7 :                 Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     121           7 :                 candidate->addSecondary(22, E, pos, 1., interactionTag);
-     122             : 
-     123             :                 // repeat with remaining step
-     124           7 :                 step -= randDist;
-     125             :         }
-     126             : }
-     127             : 
-     128           0 : void ElasticScattering::setInteractionTag(std::string tag) {
-     129           0 :         this -> interactionTag = tag;
-     130           0 : }
-     131             : 
-     132           0 : std::string ElasticScattering::getInteractionTag() const {
-     133           0 :         return interactionTag;
-     134             : }
-     135             : 
-     136             : } // namespace crpropa
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Current view:top level - src/module - ElectronPairProduction.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa22ElectronPairProduction8setLimitEd0
_ZN7crpropa22ElectronPairProduction12initSpectrumENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
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_ZNK7crpropa22ElectronPairProduction10lossLengthEidd15446
_ZNK7crpropa22ElectronPairProduction7processEPNS_9CandidateE15447
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Current view:top level - src/module - ElectronPairProduction.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa22ElectronPairProduction12initSpectrumENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa22ElectronPairProduction14setPhotonFieldENS_7ref_ptrINS_11PhotonFieldEEE19
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_ZN7crpropa22ElectronPairProduction8setLimitEd0
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_ZNK7crpropa22ElectronPairProduction17getInteractionTagB5cxx11Ev2
_ZNK7crpropa22ElectronPairProduction7processEPNS_9CandidateE15447
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-       1             : #include "crpropa/module/ElectronPairProduction.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/ParticleMass.h"
-       5             : #include "crpropa/Random.h"
-       6             : 
-       7             : #include <fstream>
-       8             : #include <limits>
-       9             : #include <stdexcept>
-      10             : 
-      11             : namespace crpropa {
-      12             : 
-      13          10 : ElectronPairProduction::ElectronPairProduction(ref_ptr<PhotonField> photonField,
-      14          10 :                 bool haveElectrons, double limit) {
-      15          10 :         this->haveElectrons = haveElectrons;
-      16          10 :         this->limit = limit;
-      17          10 :         setPhotonField(photonField);
-      18          10 : }
-      19             : 
-      20          19 : void ElectronPairProduction::setPhotonField(ref_ptr<PhotonField> photonField) {
-      21          19 :         this->photonField = photonField;
-      22          19 :         std::string fname = photonField->getFieldName();
-      23          19 :         setDescription("ElectronPairProduction: " + fname);
-      24          57 :         initRate(getDataPath("ElectronPairProduction/lossrate_" + fname + ".txt"));
-      25          19 :         if (haveElectrons) { // Load secondary spectra only if electrons should be produced
-      26           0 :                 initSpectrum(getDataPath("ElectronPairProduction/spectrum_" + fname.substr(0,3) + ".txt"));
-      27             :         }
-      28          19 : }
-      29             : 
-      30           1 : void ElectronPairProduction::setHaveElectrons(bool haveElectrons) {
-      31           1 :         this->haveElectrons = haveElectrons;
-      32           1 :         if (haveElectrons) { // Load secondary spectra in case haveElectrons was changed to true
-      33           1 :                 std::string fname = photonField->getFieldName();
-      34           3 :                 initSpectrum(getDataPath("ElectronPairProduction/spectrum_" + fname.substr(0,3) + ".txt"));
-      35             :         }
-      36           1 : }
-      37             : 
-      38           0 : void ElectronPairProduction::setLimit(double limit) {
-      39           0 :         this->limit = limit;
-      40           0 : }
-      41             : 
-      42          19 : void ElectronPairProduction::initRate(std::string filename) {
-      43          19 :         std::ifstream infile(filename.c_str());
-      44             : 
-      45          19 :         if (!infile.good())
-      46           0 :                 throw std::runtime_error("ElectronPairProduction: could not open file " + filename);
-      47             : 
-      48             :         // clear previously loaded interaction rates
-      49          19 :         tabLorentzFactor.clear();
-      50          19 :         tabLossRate.clear();
-      51             : 
-      52        2853 :         while (infile.good()) {
-      53        2834 :                 if (infile.peek() != '#') {
-      54             :                         double a, b;
-      55             :                         infile >> a >> b;
-      56        2777 :                         if (infile) {
-      57        2758 :                                 tabLorentzFactor.push_back(pow(10, a));
-      58        2758 :                                 tabLossRate.push_back(b / Mpc);
-      59             :                         }
-      60             :                 }
-      61        2834 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-      62             :         }
-      63          19 :         infile.close();
-      64          19 : }
-      65             : 
-      66           1 : void ElectronPairProduction::initSpectrum(std::string filename) {
-      67           1 :         std::ifstream infile(filename.c_str());
-      68           1 :         if (!infile.good())
-      69           0 :                 throw std::runtime_error("ElectronPairProduction: could not open file " + filename);
-      70             : 
-      71             :         double dNdE;
-      72           1 :         tabSpectrum.resize(70);
-      73          71 :         for (size_t i = 0; i < 70; i++) {
-      74          70 :                 tabSpectrum[i].resize(170);
-      75       11970 :                 for (size_t j = 0; j < 170; j++) {
-      76             :                         infile >> dNdE;
-      77       11900 :                         tabSpectrum[i][j] = dNdE * pow(10, (7 + 0.1 * j)); // read electron distribution pdf(Ee) ~ dN/dEe * Ee
-      78             :                 }
-      79       11900 :                 for (size_t j = 1; j < 170; j++) {
-      80       11830 :                         tabSpectrum[i][j] += tabSpectrum[i][j - 1]; // cdf(Ee), unnormalized
-      81             :                 }
-      82             :         }
-      83           1 :         infile.close();
-      84           1 : }
-      85             : 
-      86       15446 : double ElectronPairProduction::lossLength(int id, double lf, double z) const {
-      87       15446 :         double Z = chargeNumber(id);
-      88       15446 :         if (Z == 0)
-      89             :                 return std::numeric_limits<double>::max(); // no pair production on uncharged particles
-      90             : 
-      91       14944 :         lf *= (1 + z);
-      92       14944 :         if (lf < tabLorentzFactor.front())
-      93             :                 return std::numeric_limits<double>::max(); // below energy threshold
-      94             : 
-      95             :         double rate;
-      96       14921 :         if (lf < tabLorentzFactor.back())
-      97       14921 :                 rate = interpolate(lf, tabLorentzFactor, tabLossRate); // interpolation
-      98             :         else
-      99           0 :                 rate = tabLossRate.back() * pow(lf / tabLorentzFactor.back(), -0.6); // extrapolation
-     100             : 
-     101       14921 :         double A = nuclearMass(id) / mass_proton; // more accurate than massNumber(Id)
-     102       14921 :         rate *= Z * Z / A * pow_integer<3>(1 + z) * photonField->getRedshiftScaling(z);
-     103       14921 :         return 1. / rate;
-     104             : }
-     105             : 
-     106       15447 : void ElectronPairProduction::process(Candidate *c) const {
-     107       15447 :         int id = c->current.getId();
-     108       15447 :         if (not (isNucleus(id)))
-     109             :                 return; // only nuclei
-     110             : 
-     111       15446 :         double lf = c->current.getLorentzFactor();
-     112       15446 :         double z = c->getRedshift();
-     113       15446 :         double losslen = lossLength(id, lf, z);  // energy loss length
-     114       15446 :         if (losslen >= std::numeric_limits<double>::max())
-     115             :                 return;
-     116             : 
-     117       14921 :         double step = c->getCurrentStep() / (1 + z); // step size in local frame
-     118       14921 :         double loss = step / losslen;  // relative energy loss
-     119             : 
-     120       14921 :         if (haveElectrons) {
-     121           1 :                 double dE = c->current.getEnergy() * loss;  // energy loss
-     122           1 :                 int i = round((log10(lf) - 6.05) * 10);  // find closest cdf(Ee|log10(gamma))
-     123           1 :                 i = std::min(std::max(i, 0), 69);
-     124           1 :                 Random &random = Random::instance();
-     125             : 
-     126             :                 // draw pairs as long as their energy is smaller than the pair production energy loss
-     127        6534 :                 while (dE > 0) {
-     128        6534 :                         size_t j = random.randBin(tabSpectrum[i]);
-     129        6534 :                         double Ee = pow(10, 6.95 + (j + random.rand()) * 0.1) * eV;
-     130        6534 :                         double Epair = 2 * Ee; // NOTE: electron and positron in general don't have same lab frame energy, but averaged over many draws the result is consistent
-     131             :                         // if the remaining energy is not sufficient check for random accepting
-     132        6534 :                         if (Epair > dE)
-     133           1 :                                 if (random.rand() > (dE / Epair))
-     134             :                                         break; // not accepted
-     135             : 
-     136             :                         // create pair and repeat with remaining energy
-     137        6533 :                         dE -= Epair;
-     138        6533 :                         Vector3d pos = random.randomInterpolatedPosition(c->previous.getPosition(), c->current.getPosition());
-     139        6533 :                         c->addSecondary( 11, Ee, pos, 1., interactionTag);
-     140        6533 :                         c->addSecondary(-11, Ee, pos, 1., interactionTag);
-     141             :                 }
-     142             :         }
-     143             : 
-     144       14921 :         c->current.setLorentzFactor(lf * (1 - loss));
-     145       14921 :         c->limitNextStep(limit * losslen);
-     146             : }
-     147             : 
-     148           1 : void ElectronPairProduction::setInteractionTag(std::string tag) {
-     149           1 :         interactionTag = tag;
-     150           1 : }
-     151             : 
-     152           2 : std::string ElectronPairProduction::getInteractionTag() const {
-     153           2 :         return interactionTag;
-     154             : }
-     155             : 
-     156             : 
-     157             : } // namespace crpropa
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LCOV - code coverage report
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Current view:top level - src/module - HDF5Output.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:41428.6 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10HDF5Output13setFlushLimitEj0
_ZN7crpropa10HDF5Output21insertDoubleAttributeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKd0
_ZN7crpropa10HDF5Output21insertStringAttributeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES8_0
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_ZN7crpropa10HDF5OutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEENS_6Output10OutputTypeE0
_ZN7crpropa10HDF5OutputD0Ev0
_ZN7crpropa23variantTypeToH5T_NATIVEENS_7Variant4TypeE0
_ZNK7crpropa10HDF5Output14getDescriptionB5cxx11Ev0
_ZNK7crpropa10HDF5Output5flushEv0
_ZNK7crpropa10HDF5Output7processEPNS_9CandidateE0
_ZN7crpropa10HDF5Output4openERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa10HDF5Output5closeEv1
_ZN7crpropa10HDF5OutputC2Ev1
_ZN7crpropa10HDF5OutputD2Ev1
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- - - diff --git a/doc/coverageReport/src/module/HDF5Output.cpp.func.html b/doc/coverageReport/src/module/HDF5Output.cpp.func.html deleted file mode 100644 index 23798cfed..000000000 --- a/doc/coverageReport/src/module/HDF5Output.cpp.func.html +++ /dev/null @@ -1,128 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/module/HDF5Output.cpp - functions - - - - - - - - - - - - - - -
LCOV - code coverage report
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Current view:top level - src/module - HDF5Output.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:122415.0 %
Date:2024-04-08 14:58:22Functions:41428.6 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa10HDF5Output13setFlushLimitEj0
_ZN7crpropa10HDF5Output21insertDoubleAttributeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKd0
_ZN7crpropa10HDF5Output21insertStringAttributeERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEES8_0
_ZN7crpropa10HDF5Output4openERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa10HDF5Output5closeEv1
_ZN7crpropa10HDF5OutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE0
_ZN7crpropa10HDF5OutputC2ERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEENS_6Output10OutputTypeE0
_ZN7crpropa10HDF5OutputC2Ev1
_ZN7crpropa10HDF5OutputD0Ev0
_ZN7crpropa10HDF5OutputD2Ev1
_ZN7crpropa23variantTypeToH5T_NATIVEENS_7Variant4TypeE0
_ZNK7crpropa10HDF5Output14getDescriptionB5cxx11Ev0
_ZNK7crpropa10HDF5Output5flushEv0
_ZNK7crpropa10HDF5Output7processEPNS_9CandidateE0
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Generated by: LCOV version 1.14
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- - - diff --git a/doc/coverageReport/src/module/HDF5Output.cpp.gcov.html b/doc/coverageReport/src/module/HDF5Output.cpp.gcov.html deleted file mode 100644 index 653ba85ea..000000000 --- a/doc/coverageReport/src/module/HDF5Output.cpp.gcov.html +++ /dev/null @@ -1,468 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - src/module/HDF5Output.cpp - - - - - - - - - - - - - - -
LCOV - code coverage report
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Current view:top level - src/module - HDF5Output.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:122415.0 %
Date:2024-04-08 14:58:22Functions:41428.6 %
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          Line data    Source code
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-       1             : #ifdef CRPROPA_HAVE_HDF5
-       2             : 
-       3             : #include "crpropa/module/HDF5Output.h"
-       4             : #include "crpropa/Version.h"
-       5             : #include "crpropa/Random.h"
-       6             : #include "kiss/logger.h"
-       7             : 
-       8             : #include <hdf5.h>
-       9             : #include <cstring>
-      10             : 
-      11             : const hsize_t RANK = 1;
-      12             : const hsize_t BUFFER_SIZE = 1024 * 16;
-      13             : 
-      14             : namespace crpropa {
-      15             : 
-      16             : // map variant types to H5T_NATIVE
-      17           0 : hid_t variantTypeToH5T_NATIVE(Variant::Type type) {
-      18             :         if (type == Variant::TYPE_INT64)
-      19           0 :                 return H5T_NATIVE_INT64;
-      20             :         else if(type == Variant::TYPE_BOOL)
-      21           0 :                 return H5T_NATIVE_HBOOL;
-      22             :         else if(type == Variant::TYPE_CHAR)
-      23           0 :                 return H5T_NATIVE_CHAR;
-      24             :         else if(type == Variant::TYPE_UCHAR)
-      25           0 :                 return H5T_NATIVE_UCHAR;
-      26             :         else if(type == Variant::TYPE_INT16)
-      27           0 :                 return H5T_NATIVE_INT16;
-      28             :         else if(type == Variant::TYPE_UINT16)
-      29           0 :                 return H5T_NATIVE_UINT16;
-      30             :         else if(type == Variant::TYPE_INT32)
-      31           0 :                 return H5T_NATIVE_INT32;
-      32             :         else if(type == Variant::TYPE_UINT32)
-      33           0 :                 return H5T_NATIVE_UINT32;
-      34             :         else if(type == Variant::TYPE_INT64)
-      35             :                 return H5T_NATIVE_INT64;
-      36             :         else if(type == Variant::TYPE_UINT64)
-      37           0 :                 return H5T_NATIVE_UINT64;
-      38             :         else if(type == Variant::TYPE_FLOAT)
-      39           0 :                 return H5T_NATIVE_FLOAT;
-      40             :         else if(type == Variant::TYPE_DOUBLE)
-      41           0 :                 return H5T_NATIVE_DOUBLE;
-      42             :         else if(type == Variant::TYPE_STRING)
-      43           0 :                 return H5T_C_S1;
-      44             :         else
-      45             :         {
-      46           0 :                 KISS_LOG_ERROR << "variantTypeToH5T_NATIVE:: Type: " << Variant::getTypeName(type) << " unknown.";
-      47           0 :                 throw std::runtime_error("No matching HDF type for Variant type");
-      48             :         }
-      49             : }
-      50             : 
-      51           1 : HDF5Output::HDF5Output() :  Output(), filename(), file(-1), sid(-1), dset(-1), dataspace(-1), candidatesSinceFlush(0), flushLimit(std::numeric_limits<unsigned int>::max()) {
-      52           1 : }
-      53             : 
-      54           0 : HDF5Output::HDF5Output(const std::string& filename) :  Output(), filename(filename), file(-1), sid(-1), dset(-1), dataspace(-1), candidatesSinceFlush(0), flushLimit(std::numeric_limits<unsigned int>::max()) {
-      55           0 : }
-      56             : 
-      57           0 : HDF5Output::HDF5Output(const std::string& filename, OutputType outputtype) :  Output(outputtype), filename(filename), file(-1), sid(-1), dset(-1), dataspace(-1), candidatesSinceFlush(0), flushLimit(std::numeric_limits<unsigned int>::max()) {
-      58             :         outputtype = outputtype;
-      59           0 : }
-      60             : 
-      61           1 : HDF5Output::~HDF5Output() {
-      62           1 :         close();
-      63           2 : }
-      64             : 
-      65           0 : herr_t HDF5Output::insertStringAttribute(const std::string &key, const std::string &value){
-      66             :         hid_t   strtype, attr_space, version_attr;
-      67           0 :         hsize_t dims = 0;
-      68             :         herr_t  status;
-      69             : 
-      70           0 :         strtype = H5Tcopy(H5T_C_S1);
-      71           0 :         status = H5Tset_size(strtype, value.size());
-      72             : 
-      73           0 :         attr_space = H5Screate_simple(0, &dims, NULL);
-      74           0 :         version_attr = H5Acreate2(dset, key.c_str(), strtype, attr_space, H5P_DEFAULT, H5P_DEFAULT);
-      75           0 :         status = H5Awrite(version_attr, strtype, value.c_str());
-      76           0 :         status = H5Aclose(version_attr);
-      77           0 :         status = H5Sclose(attr_space);
-      78             : 
-      79           0 :         return status;
-      80             : }
-      81             : 
-      82           0 : herr_t HDF5Output::insertDoubleAttribute(const std::string &key, const double &value){
-      83             :         hid_t   type, attr_space, version_attr;
-      84           0 :         hsize_t dims = 0;
-      85             :         herr_t  status;
-      86             : 
-      87           0 :         type = H5Tcopy(H5T_NATIVE_DOUBLE);
-      88             : 
-      89           0 :         attr_space = H5Screate_simple(0, &dims, NULL);
-      90           0 :         version_attr = H5Acreate2(dset, key.c_str(), type, attr_space, H5P_DEFAULT, H5P_DEFAULT);
-      91           0 :         status = H5Awrite(version_attr, type, &value);
-      92           0 :         status = H5Aclose(version_attr);
-      93           0 :         status = H5Sclose(attr_space);
-      94             : 
-      95           0 :         return status;
-      96             : }
-      97             : 
-      98             : 
-      99             : 
-     100           1 : void HDF5Output::open(const std::string& filename) {
-     101           1 :         file = H5Fcreate(filename.c_str(), H5F_ACC_TRUNC, H5P_DEFAULT, H5P_DEFAULT);
-     102           1 :         if (file < 0)
-     103           2 :                 throw std::runtime_error(std::string("Cannot create file: ") + filename);
-     104             : 
-     105             : 
-     106           0 :         sid = H5Tcreate(H5T_COMPOUND, sizeof(OutputRow));
-     107           0 :         if (fields.test(TrajectoryLengthColumn))
-     108           0 :                 H5Tinsert(sid, "D", HOFFSET(OutputRow, D), H5T_NATIVE_DOUBLE);
-     109           0 :         if (fields.test(RedshiftColumn))
-     110           0 :                 H5Tinsert(sid, "z", HOFFSET(OutputRow, z), H5T_NATIVE_DOUBLE);
-     111           0 :         if (fields.test(SerialNumberColumn))
-     112           0 :                 H5Tinsert(sid, "SN", HOFFSET(OutputRow, SN), H5T_NATIVE_UINT64);
-     113           0 :         if (fields.test(CurrentIdColumn))
-     114           0 :                 H5Tinsert(sid, "ID", HOFFSET(OutputRow, ID), H5T_NATIVE_INT32);
-     115           0 :         if (fields.test(CurrentEnergyColumn))
-     116           0 :                 H5Tinsert(sid, "E", HOFFSET(OutputRow, E), H5T_NATIVE_DOUBLE);
-     117           0 :         if (fields.test(CurrentPositionColumn) && oneDimensional)
-     118           0 :                 H5Tinsert(sid, "X", HOFFSET(OutputRow, X), H5T_NATIVE_DOUBLE);
-     119           0 :         if (fields.test(CurrentPositionColumn) && not oneDimensional) {
-     120           0 :                 H5Tinsert(sid, "X", HOFFSET(OutputRow, X), H5T_NATIVE_DOUBLE);
-     121           0 :                 H5Tinsert(sid, "Y", HOFFSET(OutputRow, Y), H5T_NATIVE_DOUBLE);
-     122           0 :                 H5Tinsert(sid, "Z", HOFFSET(OutputRow, Z), H5T_NATIVE_DOUBLE);
-     123             :         }
-     124           0 :         if (fields.test(CurrentDirectionColumn) && not oneDimensional) {
-     125           0 :                 H5Tinsert(sid, "Px", HOFFSET(OutputRow, Px), H5T_NATIVE_DOUBLE);
-     126           0 :                 H5Tinsert(sid, "Py", HOFFSET(OutputRow, Py), H5T_NATIVE_DOUBLE);
-     127           0 :                 H5Tinsert(sid, "Pz", HOFFSET(OutputRow, Pz), H5T_NATIVE_DOUBLE);
-     128             :         }
-     129           0 :         if (fields.test(SerialNumberColumn))
-     130           0 :                 H5Tinsert(sid, "SN0", HOFFSET(OutputRow, SN0), H5T_NATIVE_UINT64);
-     131           0 :         if (fields.test(SourceIdColumn))
-     132           0 :                 H5Tinsert(sid, "ID0", HOFFSET(OutputRow, ID0), H5T_NATIVE_INT32);
-     133           0 :         if (fields.test(SourceEnergyColumn))
-     134           0 :                 H5Tinsert(sid, "E0", HOFFSET(OutputRow, E0), H5T_NATIVE_DOUBLE);
-     135           0 :         if (fields.test(SourcePositionColumn) && oneDimensional)
-     136           0 :                 H5Tinsert(sid, "X0", HOFFSET(OutputRow, X0), H5T_NATIVE_DOUBLE);
-     137           0 :         if (fields.test(SourcePositionColumn) && not oneDimensional){
-     138           0 :                 H5Tinsert(sid, "X0", HOFFSET(OutputRow, X0), H5T_NATIVE_DOUBLE);
-     139           0 :                 H5Tinsert(sid, "Y0", HOFFSET(OutputRow, Y0), H5T_NATIVE_DOUBLE);
-     140           0 :                 H5Tinsert(sid, "Z0", HOFFSET(OutputRow, Z0), H5T_NATIVE_DOUBLE);
-     141             :         }
-     142           0 :         if (fields.test(SourceDirectionColumn) && not oneDimensional) {
-     143           0 :                 H5Tinsert(sid, "P0x", HOFFSET(OutputRow, P0x), H5T_NATIVE_DOUBLE);
-     144           0 :                 H5Tinsert(sid, "P0y", HOFFSET(OutputRow, P0y), H5T_NATIVE_DOUBLE);
-     145           0 :                 H5Tinsert(sid, "P0z", HOFFSET(OutputRow, P0z), H5T_NATIVE_DOUBLE);
-     146             :         }
-     147           0 :         if (fields.test(SerialNumberColumn))
-     148           0 :                 H5Tinsert(sid, "SN1", HOFFSET(OutputRow, SN1), H5T_NATIVE_UINT64);
-     149           0 :         if (fields.test(CreatedIdColumn))
-     150           0 :                 H5Tinsert(sid, "ID1", HOFFSET(OutputRow, ID1), H5T_NATIVE_INT32);
-     151           0 :         if (fields.test(CreatedEnergyColumn))
-     152           0 :                 H5Tinsert(sid, "E1", HOFFSET(OutputRow, E1), H5T_NATIVE_DOUBLE);
-     153           0 :         if (fields.test(CreatedPositionColumn) && oneDimensional)
-     154           0 :                 H5Tinsert(sid, "X1", HOFFSET(OutputRow, X1), H5T_NATIVE_DOUBLE);
-     155           0 :         if (fields.test(CreatedPositionColumn) && not oneDimensional) {
-     156           0 :                 H5Tinsert(sid, "X1", HOFFSET(OutputRow, X1), H5T_NATIVE_DOUBLE);
-     157           0 :                 H5Tinsert(sid, "Y1", HOFFSET(OutputRow, Y1), H5T_NATIVE_DOUBLE);
-     158           0 :                 H5Tinsert(sid, "Z1", HOFFSET(OutputRow, Z1), H5T_NATIVE_DOUBLE);
-     159             :         }
-     160           0 :         if (fields.test(CreatedDirectionColumn) && not oneDimensional) {
-     161           0 :                 H5Tinsert(sid, "P1x", HOFFSET(OutputRow, P1x), H5T_NATIVE_DOUBLE);
-     162           0 :                 H5Tinsert(sid, "P1y", HOFFSET(OutputRow, P1y), H5T_NATIVE_DOUBLE);
-     163           0 :                 H5Tinsert(sid, "P1z", HOFFSET(OutputRow, P1z), H5T_NATIVE_DOUBLE);
-     164             :         }
-     165           0 :         if (fields.test(WeightColumn))
-     166           0 :                 H5Tinsert(sid, "W", HOFFSET(OutputRow, weight), H5T_NATIVE_DOUBLE);
-     167             :         
-     168           0 :         if (fields.test(CandidateTagColumn)) 
-     169           0 :                 H5Tinsert(sid, "tag", HOFFSET(OutputRow, tag), H5T_C_S1);
-     170             : 
-     171           0 :         size_t pos = 0;
-     172           0 :         for(std::vector<Output::Property>::const_iterator iter = properties.begin();
-     173           0 :                         iter != properties.end(); ++iter)
-     174             :         {
-     175           0 :                         hid_t type = variantTypeToH5T_NATIVE((*iter).defaultValue.getType());
-     176           0 :                         if (type == H5T_C_S1)
-     177             :                         { // set size of string field to size of default value!
-     178           0 :                                 type = H5Tcopy(H5T_C_S1);
-     179           0 :                                 H5Tset_size(type, (*iter).defaultValue.toString().size());
-     180             :                         }
-     181             : 
-     182           0 :                         H5Tinsert(sid, (*iter).name.c_str(), HOFFSET(OutputRow, propertyBuffer) + pos, type);
-     183           0 :                   pos += (*iter).defaultValue.getSize();
-     184             :         }
-     185           0 :         if (pos >= propertyBufferSize)
-     186             :         {
-     187           0 :                 KISS_LOG_ERROR << "Using " << pos << " bytes for properties output. Maximum is " << propertyBufferSize << " bytes.";
-     188           0 :                 throw std::runtime_error("Size of property buffer exceeded");
-     189             :         }
-     190             : 
-     191             :         // chunked prop
-     192           0 :         hid_t plist = H5Pcreate(H5P_DATASET_CREATE);
-     193           0 :         H5Pset_layout(plist, H5D_CHUNKED);
-     194           0 :         hsize_t chunk_dims[RANK] = {BUFFER_SIZE};
-     195           0 :         H5Pset_chunk(plist, RANK, chunk_dims);
-     196           0 :         H5Pset_deflate(plist, 5);
-     197             : 
-     198           0 :         hsize_t dims[RANK] = {0};
-     199           0 :         hsize_t max_dims[RANK] = {H5S_UNLIMITED};
-     200           0 :         dataspace = H5Screate_simple(RANK, dims, max_dims);
-     201             : 
-     202           0 :         dset = H5Dcreate2(file, "CRPROPA3", sid, dataspace, H5P_DEFAULT, plist, H5P_DEFAULT);
-     203             : 
-     204           0 :         insertStringAttribute("OutputType", outputName);
-     205           0 :         insertStringAttribute("Version", g_GIT_DESC);
-     206           0 :         insertDoubleAttribute("LengthScale", this->lengthScale);
-     207           0 :         insertDoubleAttribute("EnergyScale", this->energyScale);
-     208             : 
-     209             :         // add ranom seeds
-     210           0 :         std::vector< std::vector<uint32_t> > seeds = Random::getSeedThreads();
-     211           0 :         for (size_t i = 0; i < seeds.size(); i++)
-     212             :         {
-     213             :                 hid_t   type, attr_space, version_attr;
-     214             :                 herr_t  status;
-     215           0 :                 hsize_t dims[] = {1, 0};
-     216           0 :                 dims[1] = seeds[i].size();
-     217             : 
-     218           0 :                 type = H5Tarray_create(H5T_NATIVE_ULONG, 2, dims);
-     219             : 
-     220           0 :                 attr_space = H5Screate_simple(0, dims, NULL);
-     221             :                 char nameBuffer[256];
-     222             :                 sprintf(nameBuffer, "SEED_%03lu", i);
-     223           0 :                 KISS_LOG_DEBUG << "Creating HDF5 attribute: " << nameBuffer << " with dimensions " << dims[0] << "x" << dims[1] ;
-     224             : 
-     225           0 :                 version_attr = H5Acreate2(dset, nameBuffer, type, attr_space, H5P_DEFAULT, H5P_DEFAULT);
-     226           0 :                 status = H5Awrite(version_attr, type, &seeds[i][0]);
-     227           0 :                 status = H5Aclose(version_attr);
-     228           0 :                 status = H5Sclose(attr_space);
-     229             : 
-     230             :         }
-     231             : 
-     232             : 
-     233           0 :         H5Pclose(plist);
-     234             : 
-     235           0 :         buffer.reserve(BUFFER_SIZE);
-     236           0 :         time(&lastFlush);
-     237           0 : }
-     238             : 
-     239           1 : void HDF5Output::close() {
-     240           1 :         if (file >= 0) {
-     241           0 :                 flush();
-     242           0 :                 H5Dclose(dset);
-     243           0 :                 H5Tclose(sid);
-     244           0 :                 H5Sclose(dataspace);
-     245           0 :                 H5Fclose(file);
-     246           0 :                 file = -1;
-     247             :         }
-     248           1 : }
-     249             : 
-     250           0 : void HDF5Output::process(Candidate* candidate) const {
-     251           0 :         #pragma omp critical
-     252             :         {
-     253           0 :         if (file == -1)
-     254             :                 // This is ugly, but necesary as otherwise the user has to manually open the
-     255             :                 // file before processing the first candidate
-     256           0 :                 const_cast<HDF5Output*>(this)->open(filename);
-     257             :         }
-     258             : 
-     259             :         OutputRow r;
-     260           0 :         r.D = candidate->getTrajectoryLength() / lengthScale;
-     261           0 :         r.z = candidate->getRedshift();
-     262             : 
-     263           0 :         r.SN = candidate->getSerialNumber();
-     264           0 :         r.ID = candidate->current.getId();
-     265           0 :         r.E = candidate->current.getEnergy() / energyScale;
-     266           0 :         Vector3d v = candidate->current.getPosition() / lengthScale;
-     267           0 :         r.X = v.x;
-     268           0 :         r.Y = v.y;
-     269           0 :         r.Z = v.z;
-     270           0 :         v = candidate->current.getDirection();
-     271           0 :         r.Px = v.x;
-     272           0 :         r.Py = v.y;
-     273           0 :         r.Pz = v.z;
-     274             : 
-     275           0 :         r.SN0 = candidate->getSourceSerialNumber();
-     276           0 :         r.ID0 = candidate->source.getId();
-     277           0 :         r.E0 = candidate->source.getEnergy() / energyScale;
-     278           0 :         v = candidate->source.getPosition() / lengthScale;
-     279           0 :         r.X0 = v.x;
-     280           0 :         r.Y0 = v.y;
-     281           0 :         r.Z0 = v.z;
-     282           0 :         v = candidate->source.getDirection();
-     283           0 :         r.P0x = v.x;
-     284           0 :         r.P0y = v.y;
-     285           0 :         r.P0z = v.z;
-     286             : 
-     287           0 :         r.SN1 = candidate->getCreatedSerialNumber();
-     288           0 :         r.ID1 = candidate->created.getId();
-     289           0 :         r.E1 = candidate->created.getEnergy() / energyScale;
-     290           0 :         v = candidate->created.getPosition() / lengthScale;
-     291           0 :         r.X1 = v.x;
-     292           0 :         r.Y1 = v.y;
-     293           0 :         r.Z1 = v.z;
-     294           0 :         v = candidate->created.getDirection();
-     295           0 :         r.P1x = v.x;
-     296           0 :         r.P1y = v.y;
-     297           0 :         r.P1z = v.z;
-     298             : 
-     299           0 :         r.weight= candidate->getWeight();
-     300             : 
-     301           0 :         r.tag = candidate->getTagOrigin();
-     302             : 
-     303             :         size_t pos = 0;
-     304           0 :         for(std::vector<Output::Property>::const_iterator iter = properties.begin();
-     305           0 :                         iter != properties.end(); ++iter)
-     306             :         {
-     307           0 :                   Variant v;
-     308           0 :                         if (candidate->hasProperty((*iter).name))
-     309             :                         {
-     310           0 :                                 v = candidate->getProperty((*iter).name);
-     311             :                         }
-     312             :                         else
-     313             :                         {
-     314           0 :                                 v = (*iter).defaultValue;
-     315             :                         }
-     316           0 :                         pos += v.copyToBuffer(&r.propertyBuffer[pos]);
-     317           0 :         }
-     318             : 
-     319           0 :         #pragma omp critical
-     320             :         {
-     321           0 :                 const_cast<HDF5Output*>(this)->candidatesSinceFlush++;
-     322           0 :                 Output::process(candidate);
-     323             : 
-     324           0 :                 buffer.push_back(r);
-     325             : 
-     326             : 
-     327           0 :                 if (buffer.size() >= buffer.capacity())
-     328             :                 {
-     329           0 :                         KISS_LOG_DEBUG << "HDF5Output: Flush due to buffer capacity exceeded";
-     330           0 :                         flush();
-     331             :                 }
-     332           0 :                 else if (candidatesSinceFlush >= flushLimit)
-     333             :                 {
-     334           0 :                         KISS_LOG_DEBUG << "HDF5Output: Flush due to number of candidates";
-     335           0 :                         flush();
-     336             :                 }
-     337           0 :                 else if (difftime(time(NULL), lastFlush) > 60*10)
-     338             :                 {
-     339           0 :                         KISS_LOG_DEBUG << "HDF5Output: Flush due to time exceeded";
-     340           0 :                         flush();
-     341             :                 }
-     342             :         }
-     343           0 : }
-     344             : 
-     345           0 : void HDF5Output::flush() const {
-     346           0 :         const_cast<HDF5Output*>(this)->lastFlush = time(NULL);
-     347           0 :         const_cast<HDF5Output*>(this)->candidatesSinceFlush = 0;
-     348             : 
-     349             :         hsize_t n = buffer.size();
-     350             : 
-     351           0 :         if (n == 0)
-     352           0 :                 return;
-     353             : 
-     354           0 :         hid_t file_space = H5Dget_space(dset);
-     355           0 :         hsize_t count = H5Sget_simple_extent_npoints(file_space);
-     356             : 
-     357             :         // resize dataset
-     358           0 :         hsize_t new_size[RANK] = {count + n};
-     359           0 :         H5Dset_extent(dset, new_size);
-     360             : 
-     361             :         // get updated filespace
-     362           0 :         H5Sclose(file_space);
-     363           0 :         file_space = H5Dget_space(dset);
-     364             : 
-     365           0 :         hsize_t offset[RANK] = {count};
-     366           0 :         hsize_t cnt[RANK] = {n};
-     367             : 
-     368           0 :         H5Sselect_hyperslab(file_space, H5S_SELECT_SET, offset, NULL, cnt, NULL);
-     369           0 :         hid_t mspace_id = H5Screate_simple(RANK, cnt, NULL);
-     370             : 
-     371           0 :         H5Dwrite(dset, sid, mspace_id, file_space, H5P_DEFAULT, buffer.data());
-     372             : 
-     373           0 :         H5Sclose(mspace_id);
-     374           0 :         H5Sclose(file_space);
-     375             : 
-     376           0 :         buffer.clear();
-     377             : 
-     378           0 :         H5Fflush(file, H5F_SCOPE_GLOBAL);
-     379             : }
-     380             : 
-     381           0 : std::string HDF5Output::getDescription() const  {
-     382           0 :         return "HDF5Output";
-     383             : }
-     384             : 
-     385           0 : void HDF5Output::setFlushLimit(unsigned int N)
-     386             : {
-     387           0 :         flushLimit = N;
-     388           0 : }
-     389             : 
-     390             : } // namespace crpropa
-     391             : 
-     392             : #endif // CRPROPA_HAVE_HDF5
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Current view:top level - src/module - MomentumDiffusion.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:31030.0 %
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_ZN7crpropa25ConstantMomentumDiffusionC2Edd0
_ZNK7crpropa25ConstantMomentumDiffusion14getDescriptionB5cxx11Ev0
_ZNK7crpropa25ConstantMomentumDiffusion16calculateAScalarEd0
_ZNK7crpropa25ConstantMomentumDiffusion16calculateBScalarEv0
_ZNK7crpropa25ConstantMomentumDiffusion6getDppEv0
_ZNK7crpropa25ConstantMomentumDiffusion7processEPNS_9CandidateE0
_ZNK7crpropa25ConstantMomentumDiffusion8getLimitEv0
_ZN7crpropa25ConstantMomentumDiffusion6setDppEd1
_ZN7crpropa25ConstantMomentumDiffusionC2Ed1
_ZN7crpropa25ConstantMomentumDiffusion8setLimitEd2
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Current view:top level - src/module - MomentumDiffusion.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:114524.4 %
Date:2024-04-08 14:58:22Functions:31030.0 %
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_ZN7crpropa25ConstantMomentumDiffusion6setDppEd1
_ZN7crpropa25ConstantMomentumDiffusion8setLimitEd2
_ZN7crpropa25ConstantMomentumDiffusionC2Ed1
_ZN7crpropa25ConstantMomentumDiffusionC2Edd0
_ZNK7crpropa25ConstantMomentumDiffusion14getDescriptionB5cxx11Ev0
_ZNK7crpropa25ConstantMomentumDiffusion16calculateAScalarEd0
_ZNK7crpropa25ConstantMomentumDiffusion16calculateBScalarEv0
_ZNK7crpropa25ConstantMomentumDiffusion6getDppEv0
_ZNK7crpropa25ConstantMomentumDiffusion7processEPNS_9CandidateE0
_ZNK7crpropa25ConstantMomentumDiffusion8getLimitEv0
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - src/module - MomentumDiffusion.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:114524.4 %
Date:2024-04-08 14:58:22Functions:31030.0 %
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-       1             : #include "crpropa/module/MomentumDiffusion.h"
-       2             : 
-       3             : using namespace crpropa;
-       4             : 
-       5           1 : ConstantMomentumDiffusion::ConstantMomentumDiffusion(double Dpp) {
-       6           1 :         setLimit(0.1);
-       7           1 :         setDpp(Dpp);
-       8           1 : }
-       9             : 
-      10           0 : ConstantMomentumDiffusion::ConstantMomentumDiffusion(double Dpp, double limit) {
-      11           0 :         setLimit(limit);
-      12           0 :         setDpp(Dpp);
-      13           0 : }
-      14             : 
-      15           0 : void ConstantMomentumDiffusion::process(Candidate *c) const {
-      16           0 :         double rig = c->current.getRigidity();
-      17           0 :         if (std::isinf(rig)) {
-      18             :                 return; // Only charged particles
-      19             :         }
-      20             :         
-      21           0 :         double p = c->current.getEnergy() / c_light; // Note we use E=p/c (relativistic limit)
-      22           0 :         double dt = c->getCurrentStep() / c_light;
-      23             :         
-      24           0 :         double eta =  Random::instance().randNorm();
-      25           0 :         double domega = eta * sqrt(dt);
-      26             :         
-      27           0 :         double AScal = calculateAScalar(p);
-      28           0 :         double BScal = calculateBScalar();
-      29             : 
-      30           0 :         double dp = AScal * dt + BScal * domega;
-      31           0 :         c->current.setEnergy((p + dp) * c_light);
-      32             :         
-      33           0 :         c->limitNextStep(limit * p / AScal * c_light);
-      34             : }
-      35             : 
-      36           0 : double ConstantMomentumDiffusion::calculateAScalar(double p) const {
-      37           0 :         double a = + 2. / p * Dpp;
-      38           0 :         return a; 
-      39             : }
-      40             : 
-      41           0 : double ConstantMomentumDiffusion::calculateBScalar() const {
-      42           0 :         double b = sqrt(2 * Dpp);
-      43           0 :         return b;
-      44             : }
-      45             : 
-      46           1 : void ConstantMomentumDiffusion::setDpp(double d) {
-      47           1 :         if (d < 0 )
-      48           0 :                 throw std::runtime_error(
-      49           0 :                                 "ConstantMomentumDiffusion: Dpp must be non-negative");
-      50           1 :         Dpp = d;
-      51           1 : }
-      52             : 
-      53           2 : void ConstantMomentumDiffusion::setLimit(double l) {
-      54           2 :         limit = l;
-      55           2 : }
-      56             : 
-      57           0 : double ConstantMomentumDiffusion::getDpp() const {
-      58           0 :         return Dpp;
-      59             : }
-      60             : 
-      61           0 : double ConstantMomentumDiffusion::getLimit() const {
-      62           0 :         return limit;
-      63             : }
-      64             : 
-      65           0 : std::string ConstantMomentumDiffusion::getDescription() const {
-      66           0 :         std::stringstream s;
-      67           0 :         s << "limit: " << limit << "\n";
-      68           0 :         s << "Dpp: " << Dpp / (meter * meter / second) << " m^2/s";
-      69             : 
-      70           0 :         return s.str();
-      71           0 : }
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LCOV - code coverage report
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Current view:top level - src/module - NuclearDecay.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13716881.5 %
Date:2024-04-08 14:58:22Functions:111384.6 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa12NuclearDecay12meanFreePathEid0
_ZN7crpropa12NuclearDecay8setLimitEd0
_ZN7crpropa12NuclearDecay14setHavePhotonsEb1
_ZN7crpropa12NuclearDecay16setHaveNeutrinosEb1
_ZN7crpropa12NuclearDecay17setInteractionTagENSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE1
_ZN7crpropa12NuclearDecay16setHaveElectronsEb2
_ZNK7crpropa12NuclearDecay17getInteractionTagB5cxx11Ev2
_ZN7crpropa12NuclearDecayC2Ebbbd9
_ZNK7crpropa12NuclearDecay13gammaEmissionEPNS_9CandidateEi11
_ZNK7crpropa12NuclearDecay9betaDecayEPNS_9CandidateEb499
_ZNK7crpropa12NuclearDecay15nucleonEmissionEPNS_9CandidateEii699
_ZNK7crpropa12NuclearDecay18performInteractionEPNS_9CandidateEi984
_ZNK7crpropa12NuclearDecay7processEPNS_9CandidateE7647
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LCOV - code coverage report
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Current view:top level - src/module - NuclearDecay.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:13716881.5 %
Date:2024-04-08 14:58:22Functions:111384.6 %
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_ZN7crpropa12NuclearDecay12meanFreePathEid0
_ZN7crpropa12NuclearDecay14setHavePhotonsEb1
_ZN7crpropa12NuclearDecay16setHaveElectronsEb2
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_ZN7crpropa12NuclearDecay8setLimitEd0
_ZN7crpropa12NuclearDecayC2Ebbbd9
_ZNK7crpropa12NuclearDecay13gammaEmissionEPNS_9CandidateEi11
_ZNK7crpropa12NuclearDecay15nucleonEmissionEPNS_9CandidateEii699
_ZNK7crpropa12NuclearDecay17getInteractionTagB5cxx11Ev2
_ZNK7crpropa12NuclearDecay18performInteractionEPNS_9CandidateEi984
_ZNK7crpropa12NuclearDecay7processEPNS_9CandidateE7647
_ZNK7crpropa12NuclearDecay9betaDecayEPNS_9CandidateEb499
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Current view:top level - src/module - NuclearDecay.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:111384.6 %
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-       1             : #include "crpropa/module/NuclearDecay.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/ParticleMass.h"
-       5             : #include "crpropa/Random.h"
-       6             : 
-       7             : #include <fstream>
-       8             : #include <limits>
-       9             : #include <cmath>
-      10             : #include <stdexcept>
-      11             : 
-      12             : #include "kiss/logger.h"
-      13             : 
-      14             : namespace crpropa {
-      15             : 
-      16           9 : NuclearDecay::NuclearDecay(bool electrons, bool photons, bool neutrinos, double l) {
-      17           9 :         haveElectrons = electrons;
-      18           9 :         havePhotons = photons;
-      19           9 :         haveNeutrinos = neutrinos;
-      20           9 :         limit = l;
-      21           9 :         setDescription("NuclearDecay");
-      22             : 
-      23             :         // load decay table
-      24          18 :         std::string filename = getDataPath("nuclear_decay.txt");
-      25           9 :         std::ifstream infile(filename.c_str());
-      26           9 :         if (!infile.good())
-      27           0 :                 throw std::runtime_error(
-      28           0 :                                 "crpropa::NuclearDecay: could not open file " + filename);
-      29             : 
-      30           9 :         decayTable.resize(27 * 31);
-      31             :         std::string line;
-      32        8550 :         while (std::getline(infile,line)) {
-      33        8541 :                 std::stringstream stream(line);
-      34        8541 :                 if (stream.peek() == '#')
-      35             :                         continue;
-      36             :                 DecayMode decay;
-      37             :                 int Z, N;
-      38             :                 double lifetime;
-      39        8523 :                 stream >> Z >> N >> decay.channel >> lifetime;
-      40        8523 :                 decay.rate = 1. / lifetime / c_light; // decay rate in [1/m]
-      41             :                 std::vector<double> gamma;
-      42             :                 double val;
-      43       34227 :                 while (stream >> val)
-      44       25704 :                         gamma.push_back(val);
-      45       21375 :                 for (int i = 0; i < gamma.size(); i += 2) {
-      46       12852 :                         decay.energy.push_back(gamma[i] * keV);
-      47       12852 :                         decay.intensity.push_back(gamma[i+1]);
-      48             :                 }
-      49        8523 :                 if (infile)
-      50        8523 :                         decayTable[Z * 31 + N].push_back(decay);
-      51        8541 :         }
-      52           9 :         infile.close();
-      53          18 : }
-      54             : 
-      55           2 : void NuclearDecay::setHaveElectrons(bool b) {
-      56           2 :         haveElectrons = b;
-      57           2 : }
-      58             : 
-      59           1 : void NuclearDecay::setHavePhotons(bool b) {
-      60           1 :         havePhotons = b;
-      61           1 : }
-      62             : 
-      63           1 : void NuclearDecay::setHaveNeutrinos(bool b) {
-      64           1 :         haveNeutrinos = b;
-      65           1 : }
-      66             : 
-      67           0 : void NuclearDecay::setLimit(double l) {
-      68           0 :         limit = l;
-      69           0 : }
-      70             : 
-      71        7647 : void NuclearDecay::process(Candidate *candidate) const {
-      72             :         // the loop should be processed at least once for limiting the next step
-      73        7647 :         double step = candidate->getCurrentStep();
-      74        7647 :         double z = candidate->getRedshift();
-      75             :         do {
-      76             :                 // check if nucleus
-      77        7672 :                 int id = candidate->current.getId();
-      78        7672 :                 if (not (isNucleus(id)))
-      79             :                         return;
-      80             : 
-      81        7671 :                 int A = massNumber(id);
-      82        7671 :                 int Z = chargeNumber(id);
-      83        7671 :                 int N = A - Z;
-      84             : 
-      85             :                 // check if particle can decay
-      86        7671 :                 const std::vector<DecayMode> &decays = decayTable[Z * 31 + N];
-      87        7671 :                 if (decays.size() == 0)
-      88             :                         return;
-      89             : 
-      90             :                 // find interaction mode with minimum random decay distance
-      91         328 :                 Random &random = Random::instance();
-      92             :                 double randDistance = std::numeric_limits<double>::max();
-      93             :                 int channel;
-      94             :                 double totalRate = 0;
-      95             : 
-      96         656 :                 for (size_t i = 0; i < decays.size(); i++) {
-      97         328 :                         double rate = decays[i].rate;
-      98         328 :                         rate /= candidate->current.getLorentzFactor();  // relativistic time dilation
-      99         328 :                         rate /= (1 + z);  // rate per light travel distance -> rate per comoving distance
-     100         328 :                         totalRate += rate;
-     101         328 :                         double d = -log(random.rand()) / rate;
-     102         328 :                         if (d > randDistance)
-     103           0 :                                 continue;
-     104             :                         randDistance = d;
-     105         328 :                         channel = decays[i].channel;
-     106             :                 }
-     107             : 
-     108             :                 // check if interaction doesn't happen
-     109         328 :                 if (step < randDistance) {
-     110             :                         // limit next step to a fraction of the mean free path
-     111         303 :                         candidate->limitNextStep(limit / totalRate);
-     112         303 :                         return;
-     113             :                 }
-     114             : 
-     115             :                 // interact and repeat with remaining step
-     116          25 :                 performInteraction(candidate, channel);
-     117          25 :                 step -= randDistance;
-     118          25 :         } while (step > 0);
-     119             : }
-     120             : 
-     121         984 : void NuclearDecay::performInteraction(Candidate *candidate, int channel) const {
-     122             :         // interpret decay channel
-     123             :         int nBetaMinus = digit(channel, 10000);
-     124             :         int nBetaPlus = digit(channel, 1000);
-     125             :         int nAlpha = digit(channel, 100);
-     126             :         int nProton = digit(channel, 10);
-     127             :         int nNeutron = digit(channel, 1);
-     128             : 
-     129             :         // perform decays
-     130         984 :         if (havePhotons)
-     131          11 :                 gammaEmission(candidate,channel);
-     132        1314 :         for (size_t i = 0; i < nBetaMinus; i++)
-     133         330 :                 betaDecay(candidate, false);
-     134        1153 :         for (size_t i = 0; i < nBetaPlus; i++)
-     135         169 :                 betaDecay(candidate, true);
-     136        1008 :         for (size_t i = 0; i < nAlpha; i++)
-     137          24 :                 nucleonEmission(candidate, 4, 2);
-     138        1319 :         for (size_t i = 0; i < nProton; i++)
-     139         335 :                 nucleonEmission(candidate, 1, 1);
-     140        1324 :         for (size_t i = 0; i < nNeutron; i++)
-     141         340 :                 nucleonEmission(candidate, 1, 0);
-     142         984 : }
-     143             : 
-     144          11 : void NuclearDecay::gammaEmission(Candidate *candidate, int channel) const {
-     145          11 :         int id = candidate->current.getId();
-     146          11 :         int Z = chargeNumber(id);
-     147          11 :         int N = massNumber(id) - Z;
-     148             : 
-     149             :         // get photon energies and emission probabilities for decay channel
-     150          11 :         const std::vector<DecayMode> &decays = decayTable[Z * 31 + N];
-     151             :         size_t idecay = decays.size();
-     152          21 :         while (idecay-- != 0) {
-     153          21 :                 if (decays[idecay].channel == channel)
-     154             :                         break;
-     155             :         }
-     156             : 
-     157             :         const std::vector<double> &energy = decays[idecay].energy;
-     158             :         const std::vector<double> &intensity = decays[idecay].intensity;
-     159             : 
-     160             :         // check if photon emission available
-     161          11 :         if (energy.size() == 0)
-     162           0 :                 return;
-     163             : 
-     164          11 :         Random &random = Random::instance();
-     165          11 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     166             : 
-     167          26 :         for (int i = 0; i < energy.size(); ++i) {
-     168             :                 // check if photon of specific energy is emitted
-     169          15 :                 if (random.rand() > intensity[i])
-     170           5 :                         continue;
-     171             :                 // create secondary photon; boost to lab frame
-     172          10 :                 double cosTheta = 2 * random.rand() - 1;
-     173          10 :                 double E = energy[i] * candidate->current.getLorentzFactor() * (1. - cosTheta);
-     174          10 :                 candidate->addSecondary(22, E, pos, 1., interactionTag);
-     175             :         }
-     176             : }
-     177             : 
-     178         499 : void NuclearDecay::betaDecay(Candidate *candidate, bool isBetaPlus) const {
-     179         499 :         double gamma = candidate->current.getLorentzFactor();
-     180         499 :         int id = candidate->current.getId();
-     181         499 :         int A = massNumber(id);
-     182         499 :         int Z = chargeNumber(id);
-     183             : 
-     184             :         // beta- decay
-     185             :         int electronId = 11; // electron
-     186             :         int neutrinoId = -12; // anti-electron neutrino
-     187             :         int dZ = 1;
-     188             :         // beta+ decay
-     189         499 :         if (isBetaPlus) {
-     190             :                 electronId = -11; // positron
-     191             :                 neutrinoId = 12; // electron neutrino
-     192             :                 dZ = -1;
-     193             :         }
-     194             : 
-     195             :         // update candidate, nuclear recoil negligible
-     196             :         try
-     197             :         {
-     198         499 :                 candidate->current.setId(nucleusId(A, Z + dZ));
-     199             :         }
-     200           0 :         catch (std::runtime_error &e)
-     201             :         {
-     202           0 :                 KISS_LOG_ERROR<< "Something went wrong in the NuclearDecay\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
-     203           0 :                 throw;
-     204           0 :         }
-     205             : 
-     206         499 :         candidate->current.setLorentzFactor(gamma);
-     207             : 
-     208         499 :         if (not (haveElectrons or haveNeutrinos))
-     209         487 :                 return;
-     210             : 
-     211             :         // Q-value of the decay, subtract total energy of emitted photons
-     212          12 :         double m1 = nuclearMass(A, Z);
-     213          12 :         double m2 = nuclearMass(A, Z+dZ);
-     214          12 :         double Q = (m1 - m2 - mass_electron) * c_squared;
-     215             : 
-     216             :         // generate cdf of electron energy, neglecting Coulomb correction
-     217             :         // see Basdevant, Fundamentals in Nuclear Physics, eq. (4.92)
-     218             :         // This leads to deviations from theoretical expectations at low 
-     219             :         // primary energies.
-     220             :         std::vector<double> energies;
-     221             :         std::vector<double> densities; // cdf(E), unnormalized
-     222             : 
-     223          12 :         energies.reserve(51);
-     224          12 :         densities.reserve(51);
-     225             : 
-     226             :         double me = mass_electron * c_squared;
-     227          12 :         double cdf = 0;
-     228         624 :         for (int i = 0; i <= 50; i++) {
-     229         612 :                 double E = me + i / 50. * Q;
-     230         612 :                 cdf += E * sqrt(E * E - me * me) * pow(Q + me - E, 2);
-     231         612 :                 energies.push_back(E);
-     232         612 :                 densities.push_back(cdf);
-     233             :         }
-     234             : 
-     235             :         // draw random electron energy and angle
-     236             :         // assumption of ultra-relativistic particles 
-     237             :         // leads to deviations from theoretical predictions
-     238             :         // is not problematic for usual CRPropa energies E>~TeV
-     239          12 :         Random &random = Random::instance();
-     240          12 :         double E = interpolate(random.rand() * cdf, densities, energies);
-     241          12 :         double p = sqrt(E * E - me * me);  // p*c
-     242          12 :         double cosTheta = 2 * random.rand() - 1;
-     243             : 
-     244             :         // boost to lab frame
-     245          12 :         double Ee = gamma * (E - p * cosTheta);
-     246          12 :         double Enu = gamma * (Q + me - E) * (1 + cosTheta);  // pnu*c ~ Enu
-     247             : 
-     248          12 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     249          12 :         if (haveElectrons)
-     250          12 :                 candidate->addSecondary(electronId, Ee, pos, 1., interactionTag);
-     251          12 :         if (haveNeutrinos)
-     252          10 :                 candidate->addSecondary(neutrinoId, Enu, pos, 1., interactionTag);
-     253             : }
-     254             : 
-     255         699 : void NuclearDecay::nucleonEmission(Candidate *candidate, int dA, int dZ) const {
-     256         699 :         Random &random = Random::instance();
-     257         699 :         int id = candidate->current.getId();
-     258         699 :         int A = massNumber(id);
-     259         699 :         int Z = chargeNumber(id);
-     260         699 :         double EpA = candidate->current.getEnergy() / double(A);
-     261             : 
-     262             :         try
-     263             :         {
-     264         699 :                 candidate->current.setId(nucleusId(A - dA, Z - dZ));
-     265             :         }
-     266           0 :         catch (std::runtime_error &e)
-     267             :         {
-     268           0 :                 KISS_LOG_ERROR<< "Something went wrong in the NuclearDecay\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
-     269           0 :                 throw;
-     270           0 :         }
-     271             : 
-     272         699 :         candidate->current.setEnergy(EpA * (A - dA));
-     273         699 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(),candidate->current.getPosition());
-     274             : 
-     275             :         try
-     276             :         {
-     277         699 :                 candidate->addSecondary(nucleusId(dA, dZ), EpA * dA, pos, 1., interactionTag);
-     278             :         }
-     279           0 :         catch (std::runtime_error &e)
-     280             :         {
-     281           0 :                 KISS_LOG_ERROR<< "Something went wrong in the NuclearDecay\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
-     282           0 :                 throw;
-     283           0 :         }
-     284             : 
-     285         699 : }
-     286             : 
-     287           0 : double NuclearDecay::meanFreePath(int id, double gamma) {
-     288           0 :         if (not (isNucleus(id)))
-     289             :                 return std::numeric_limits<double>::max();
-     290             : 
-     291           0 :         int A = massNumber(id);
-     292           0 :         int Z = chargeNumber(id);
-     293           0 :         int N = A - Z;
-     294             : 
-     295             :         // check if particle can decay
-     296           0 :         const std::vector<DecayMode> &decays = decayTable[Z * 31 + N];
-     297           0 :         if (decays.size() == 0)
-     298             :                 return std::numeric_limits<double>::max();
-     299             : 
-     300             :         double totalRate = 0;
-     301             : 
-     302           0 :         for (size_t i = 0; i < decays.size(); i++) {
-     303           0 :                 double rate = decays[i].rate;
-     304           0 :                 rate /= gamma;
-     305           0 :                 totalRate += rate;
-     306             :         }
-     307             : 
-     308           0 :         return 1. / totalRate;
-     309             : }
-     310             : 
-     311           1 : void NuclearDecay::setInteractionTag(std::string tag) {
-     312           1 :         interactionTag = tag;
-     313           1 : }
-     314             : 
-     315           2 : std::string NuclearDecay::getInteractionTag() const {
-     316           2 :         return interactionTag;
-     317             : }
-     318             : 
-     319             : } // namespace crpropa
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Current view:top level - src/module - Observer.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8018044.4 %
Date:2024-04-08 14:58:22Functions:164436.4 %
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          Line data    Source code
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-       1             : #include "crpropa/module/Observer.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/Cosmology.h"
-       5             : 
-       6             : #include "kiss/logger.h"
-       7             : 
-       8             : #include <iostream>
-       9             : #include <cmath>
-      10             : 
-      11             : namespace crpropa {
-      12             : 
-      13             : // Observer -------------------------------------------------------------------
-      14          10 : Observer::Observer() :
-      15          10 :                 makeInactive(true), clone(false) {
-      16          10 : }
-      17             : 
-      18          10 : void Observer::add(ObserverFeature *feature) {
-      19          10 :         features.push_back(feature);
-      20          10 : }
-      21             : 
-      22           2 : void Observer::onDetection(Module *action, bool clone_) {
-      23           2 :         detectionAction = action;
-      24           2 :         clone = clone_;
-      25           2 : }
-      26             : 
-      27        7681 : void Observer::process(Candidate *candidate) const {
-      28             :         // loop over all features and have them check the particle
-      29             :         DetectionState state = NOTHING;
-      30       15362 :         for (int i = 0; i < features.size(); i++) {
-      31        7681 :                 DetectionState s = features[i]->checkDetection(candidate);
-      32        7681 :                 if (s == VETO)
-      33             :                         state = VETO;
-      34        7681 :                 else if ((s == DETECTED) && (state != VETO))
-      35             :                         state = DETECTED;
-      36             :         }
-      37             : 
-      38        7681 :         if (state == DETECTED) {
-      39         104 :                 for (int i = 0; i < features.size(); i++) {
-      40          52 :                         features[i]->onDetection(candidate);
-      41             :                 }
-      42             : 
-      43          52 :                 if (detectionAction.valid()) {
-      44          38 :                         if (clone)
-      45           0 :                                 detectionAction->process(candidate->clone(false));
-      46             :                         else
-      47          38 :                                 detectionAction->process(candidate);
-      48             :                 }
-      49             : 
-      50          52 :                 if (!flagKey.empty())
-      51           4 :                         candidate->setProperty(flagKey, flagValue);
-      52             : 
-      53          52 :                 if (makeInactive)
-      54          48 :                         candidate->setActive(false);
-      55             :         }
-      56        7681 : }
-      57             : 
-      58           2 : void Observer::setFlag(std::string key, std::string value) {
-      59           2 :         flagKey = key;
-      60           2 :         flagValue = value;
-      61           2 : }
-      62             : 
-      63           0 : std::string Observer::getDescription() const {
-      64           0 :         std::stringstream ss;
-      65           0 :         ss << "Observer";
-      66           0 :         for (int i = 0; i < features.size(); i++)
-      67           0 :                 ss << "\n    " << features[i]->getDescription() << "\n";
-      68           0 :         ss << "    Flag: '" << flagKey << "' -> '" << flagValue << "'\n";
-      69           0 :         ss << "    MakeInactive: " << (makeInactive ? "yes\n" : "no\n");
-      70           0 :         if (detectionAction.valid())
-      71           0 :                 ss << "    Action: " << detectionAction->getDescription() << ", clone: " << (clone ? "yes" : "no");
-      72             : 
-      73           0 :         return ss.str();
-      74           0 : }
-      75             : 
-      76           2 : void Observer::setDeactivateOnDetection(bool deactivate) {
-      77           2 :         makeInactive = deactivate;
-      78           2 : }
-      79             : 
-      80             : // ObserverFeature ------------------------------------------------------------
-      81           0 : DetectionState ObserverFeature::checkDetection(Candidate *candidate) const {
-      82           0 :         return NOTHING;
-      83             : }
-      84             : 
-      85          52 : void ObserverFeature::onDetection(Candidate *candidate) const {
-      86          52 : }
-      87             : 
-      88           0 : std::string ObserverFeature::getDescription() const {
-      89           0 :         return description;
-      90             : }
-      91             : 
-      92             : // ObserverDetectAll ----------------------------------------------------------
-      93           2 : DetectionState ObserverDetectAll::checkDetection(Candidate *candidate) const {
-      94           2 :         return DETECTED;
-      95             : }
-      96             : 
-      97           0 : std::string ObserverDetectAll::getDescription() const {
-      98           0 :         return description;
-      99             : }
-     100             : 
-     101             : // ObserverTracking --------------------------------------------------------
-     102           0 : ObserverTracking::ObserverTracking(Vector3d center, double radius, double stepSize) :
-     103           0 :                 center(center), radius(radius), stepSize(stepSize) {
-     104             :         if (stepSize == 0) {
-     105             :                 stepSize = radius / 10.;
-     106             :         }
-     107           0 : }
-     108             : 
-     109           0 : DetectionState ObserverTracking::checkDetection(Candidate *candidate) const {
-     110             :         // current distance to observer sphere center
-     111           0 :         double d = (candidate->current.getPosition() - center).getR();
-     112             : 
-     113             :         // no detection if outside of observer sphere
-     114           0 :         if (d > radius) {
-     115             :                 // conservatively limit next step to prevent overshooting
-     116           0 :                 candidate->limitNextStep(fabs(d - radius));
-     117             : 
-     118           0 :                 return NOTHING;
-     119             :         } else {
-     120             :                 // limit next step
-     121           0 :                 candidate->limitNextStep(stepSize);
-     122             : 
-     123           0 :                 return DETECTED;
-     124             :         }
-     125             : }
-     126             : 
-     127           0 : std::string ObserverTracking::getDescription() const {
-     128           0 :         std::stringstream ss;
-     129           0 :         ss << "ObserverTracking: ";
-     130           0 :         ss << "center = " << center / Mpc << " Mpc, ";
-     131           0 :         ss << "radius = " << radius / Mpc << " Mpc";
-     132           0 :         ss << "stepSize = " << stepSize / Mpc << " Mpc";
-     133           0 :         return ss.str();
-     134           0 : }
-     135             : 
-     136             : // Observer1D --------------------------------------------------------------
-     137        7664 : DetectionState Observer1D::checkDetection(Candidate *candidate) const {
-     138        7664 :         double x = candidate->current.getPosition().x;
-     139        7664 :         if (x > 0) {
-     140             :                 // Limits the next step size to prevent candidates from overshooting in case of non-detection
-     141        7625 :                 candidate->limitNextStep(x);
-     142        7625 :                 return NOTHING;
-     143             :         }
-     144             :         // Detects particles when reaching x = 0
-     145             :         return DETECTED;
-     146             : }
-     147             : 
-     148           0 : std::string Observer1D::getDescription() const {
-     149           0 :         return "Observer1D: observer at x = 0";
-     150             : }
-     151             : 
-     152             : // ObserverRedshiftWindow -----------------------------------------------------
-     153           0 : ObserverRedshiftWindow::ObserverRedshiftWindow(double zmin, double zmax) :
-     154           0 :                 zmin(zmin), zmax(zmax) {
-     155           0 : }
-     156             : 
-     157           0 : DetectionState ObserverRedshiftWindow::checkDetection(
-     158             :                 Candidate *candidate) const {
-     159           0 :         double z = candidate->getRedshift();
-     160           0 :         if (z > zmax)
-     161             :                 return VETO;
-     162           0 :         if (z < zmin)
-     163           0 :                 return VETO;
-     164             :         return NOTHING;
-     165             : }
-     166             : 
-     167           0 : std::string ObserverRedshiftWindow::getDescription() const {
-     168           0 :         std::stringstream ss;
-     169           0 :         ss << "ObserverRedshiftWindow: z = " << zmin << " - " << zmax;
-     170           0 :         return ss.str();
-     171           0 : }
-     172             : 
-     173             : // ObserverInactiveVeto -------------------------------------------------------
-     174           0 : DetectionState ObserverInactiveVeto::checkDetection(Candidate *c) const {
-     175           0 :         if (not(c->isActive()))
-     176           0 :                 return VETO;
-     177             :         return NOTHING;
-     178             : }
-     179             : 
-     180           0 : std::string ObserverInactiveVeto::getDescription() const {
-     181           0 :         return "ObserverInactiveVeto";
-     182             : }
-     183             : 
-     184             : // ObserverNucleusVeto --------------------------------------------------------
-     185           0 : DetectionState ObserverNucleusVeto::checkDetection(Candidate *c) const {
-     186           0 :         if (isNucleus(c->current.getId()))
-     187           0 :                 return VETO;
-     188             :         return NOTHING;
-     189             : }
-     190             : 
-     191           0 : std::string ObserverNucleusVeto::getDescription() const {
-     192           0 :         return "ObserverNucleusVeto";
-     193             : }
-     194             : 
-     195             : // ObserverNeutrinoVeto -------------------------------------------------------
-     196           0 : DetectionState ObserverNeutrinoVeto::checkDetection(Candidate *c) const {
-     197           0 :         int id = abs(c->current.getId());
-     198           0 :         if ((id == 12) or (id == 14) or (id == 16))
-     199           0 :                 return VETO;
-     200             :         return NOTHING;
-     201             : }
-     202             : 
-     203           0 : std::string ObserverNeutrinoVeto::getDescription() const {
-     204           0 :         return "ObserverNeutrinoVeto";
-     205             : }
-     206             : 
-     207             : // ObserverPhotonVeto ---------------------------------------------------------
-     208           0 : DetectionState ObserverPhotonVeto::checkDetection(Candidate *c) const {
-     209           0 :         if (c->current.getId() == 22)
-     210           0 :                 return VETO;
-     211             :         return NOTHING;
-     212             : }
-     213             : 
-     214           0 : std::string ObserverPhotonVeto::getDescription() const {
-     215           0 :         return "ObserverPhotonVeto";
-     216             : }
-     217             : 
-     218             : // ObserverElectronVeto ---------------------------------------------------------
-     219           0 : DetectionState ObserverElectronVeto::checkDetection(Candidate *c) const {
-     220           0 :         if (abs(c->current.getId()) == 11)
-     221           0 :                 return VETO;
-     222             :         return NOTHING;
-     223             : }
-     224             : 
-     225           0 : std::string ObserverElectronVeto::getDescription() const {
-     226           0 :         return "ObserverElectronVeto";
-     227             : }
-     228             : 
-     229             : // ObserverCustomVeto -------------------------------------------------------
-     230           0 : ObserverParticleIdVeto::ObserverParticleIdVeto(int pId) {
-     231           0 :         vetoParticleId = pId;
-     232           0 : }
-     233             : 
-     234           0 : DetectionState ObserverParticleIdVeto::checkDetection(Candidate *c) const {
-     235           0 :         if (c->current.getId() == vetoParticleId)
-     236           0 :                 return VETO;
-     237             :         return NOTHING;
-     238             : }
-     239             : 
-     240           0 : std::string ObserverParticleIdVeto::getDescription() const {
-     241           0 :         return "ObserverParticleIdVeto";
-     242             : }
-     243             : 
-     244             : 
-     245             : // ObserverTimeEvolution --------------------------------------------------------
-     246           0 : ObserverTimeEvolution::ObserverTimeEvolution() {}
-     247             : 
-     248           1 : ObserverTimeEvolution::ObserverTimeEvolution(double min, double dist, double numb) {
-     249           1 :         double max = min + numb * dist;
-     250             :         bool log = false;
-     251           1 :         addTimeRange(min, max, numb, log);
-     252           1 : }
-     253             : 
-     254           1 : ObserverTimeEvolution::ObserverTimeEvolution(double min, double max, double numb, bool log) {
-     255           1 :         addTimeRange(min, max, numb, log);
-     256           1 : }
-     257             : 
-     258             : 
-     259           6 : DetectionState ObserverTimeEvolution::checkDetection(Candidate *c) const {
-     260             : 
-     261           6 :         if (detList.size()) {
-     262           6 :                 double length = c->getTrajectoryLength();
-     263             :                 size_t index;
-     264           6 :                 const std::string DI = "DetectionIndex";
-     265             :                 std::string value;
-     266             : 
-     267             :                 // Load the last detection index
-     268           6 :                 if (c->hasProperty(DI)) {
-     269           4 :                         index = c->getProperty(DI).asUInt64();
-     270             :                 }
-     271             :                 else {
-     272             :                         index = 0;
-     273             :                 }
-     274             : 
-     275             :                 // Break if the particle has been detected once for all detList entries.
-     276           6 :                 if (index > detList.size()) {
-     277             :                         return NOTHING;
-     278             :                 }
-     279             : 
-     280             :                 // Calculate the distance to next detection
-     281           6 :                 double distance = length - detList[index];
-     282             : 
-     283             :                 // Limit next step and detect candidate.
-     284             :                 // Increase the index by one in case of detection
-     285           6 :                 if (distance < 0.) {
-     286           2 :                         c->limitNextStep(-distance);
-     287             :                         return NOTHING;
-     288             :                 }
-     289             :                 else {
-     290             : 
-     291           4 :                         if (index < detList.size()-1) {
-     292           2 :                                 c->limitNextStep(detList[index+1]-length);
-     293             :                         }
-     294           4 :                         c->setProperty(DI, Variant::fromUInt64(index+1));
-     295             : 
-     296           4 :                         return DETECTED;
-     297             :                 }
-     298             :         }
-     299             :         return NOTHING;
-     300             : }
-     301             : 
-     302           4 : void ObserverTimeEvolution::addTime(const double& t) {
-     303           4 :         detList.push_back(t);
-     304           4 : }
-     305             : 
-     306           2 : void ObserverTimeEvolution::addTimeRange(double min, double max, double numb, bool log) {
-     307           6 :         for (size_t i = 0; i < numb; i++) {
-     308           4 :                 if (log == true) {
-     309           2 :                         addTime(min * pow(max / min, i / (numb - 1.0)));
-     310             :                 } else {
-     311           2 :                         addTime(min + i * (max - min) / numb);
-     312             :                 }
-     313             :         }
-     314           2 : }
-     315             : 
-     316           0 : const std::vector<double>& ObserverTimeEvolution::getTimes() const {
-     317           0 :         return detList;
-     318             : }
-     319             : 
-     320           0 : std::string ObserverTimeEvolution::getDescription() const {
-     321           0 :         std::stringstream s;
-     322           0 :         s << "List of Detection lengths in kpc";
-     323           0 :         for (size_t i = 0; i < detList.size(); i++)
-     324           0 :           s << "  - " << detList[i] / kpc;
-     325           0 :         return s.str();
-     326           0 : }
-     327             : 
-     328             : // ObserverSurface--------------------------------------------------------------
-     329           2 : ObserverSurface::ObserverSurface(Surface* _surface) : surface(_surface) { }
-     330             : 
-     331           4 : DetectionState ObserverSurface::checkDetection(Candidate *candidate) const
-     332             : {
-     333           4 :                 double currentDistance = surface->distance(candidate->current.getPosition());
-     334           4 :                 double previousDistance = surface->distance(candidate->previous.getPosition());
-     335           4 :                 candidate->limitNextStep(fabs(currentDistance));
-     336             : 
-     337           4 :                 if (currentDistance * previousDistance > 0)
-     338             :                         return NOTHING;
-     339           2 :                 else if (previousDistance == 0)
-     340             :                         return NOTHING;
-     341             :                 else
-     342           2 :                         return DETECTED;
-     343             : }
-     344             : 
-     345           0 : std::string ObserverSurface::getDescription() const {
-     346           0 :         std::stringstream ss;
-     347           0 :         ss << "ObserverSurface: << " << surface->getDescription();
-     348           0 :         return ss.str();
-     349           0 : }
-     350             : 
-     351             : } // namespace crpropa
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_ZN7crpropa6Output14setEnergyScaleEd0
_ZN7crpropa6Output14setLengthScaleEd0
_ZN7crpropa6Output10disableAllEv1
_ZN7crpropa6Output14enablePropertyERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEERKNS_7VariantES8_1
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_ZN7crpropa6Output6modifyEv65
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_ZN7crpropa6Output10disableAllEv1
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-       1             : #include "crpropa/module/Output.h"
-       2             : #include "crpropa/Units.h"
-       3             : 
-       4             : #include <stdexcept>
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8           4 : Output::Output() : outputName(OutputTypeName(Everything)), lengthScale(Mpc), energyScale(EeV), oneDimensional(false), count(0) {
-       9           4 :         enableAll();
-      10           4 : }
-      11             : 
-      12           8 : Output::Output(OutputType outputType) : outputName(OutputTypeName(outputType)), lengthScale(Mpc), energyScale(EeV), oneDimensional(false), count(0) {
-      13           8 :         setOutputType(outputType);
-      14           8 : }
-      15             : 
-      16          12 : std::string Output::OutputTypeName(OutputType outputType) {
-      17          12 :         if (outputType == Trajectory1D)
-      18           1 :                 return "Trajectory1D";
-      19          11 :         if (outputType == Event1D)
-      20           4 :                 return "Event1D";
-      21           7 :         if (outputType == Trajectory3D)
-      22           1 :                 return "Trajectory3D";
-      23           6 :         if (outputType == Event3D)
-      24           1 :                 return "Event3D";
-      25           5 :         return "Everything";
-      26             : }
-      27             : 
-      28          65 : void Output::modify() {
-      29          65 :         if (count > 0)
-      30           0 :                 throw std::runtime_error("Output: cannot change Output parameters after data has been written to file.");
-      31          65 : }
-      32             : 
-      33          59 : void Output::process(Candidate *c) const {
-      34          59 :         count++;
-      35          59 : }
-      36             : 
-      37           8 : void Output::setOutputType(OutputType outputtype) {
-      38           8 :         modify();
-      39           8 :         if (outputtype == Trajectory1D) {
-      40             :                 // X, ID, E
-      41           1 :                 set(CurrentPositionColumn, true);
-      42           1 :                 set(CurrentIdColumn, true);
-      43           1 :                 set(CurrentEnergyColumn, true);
-      44           1 :                 set1D(true);
-      45           7 :         } else if (outputtype == Event1D) {
-      46             :                 // D, ID, E, ID0, E0
-      47           4 :                 set(TrajectoryLengthColumn, true);
-      48           4 :                 set(CurrentIdColumn, true);
-      49           4 :                 set(CurrentEnergyColumn, true);
-      50           4 :                 set(SourceIdColumn, true);
-      51           4 :                 set(SourceEnergyColumn, true);
-      52           4 :                 set1D(true);
-      53           3 :         } else if (outputtype == Trajectory3D) {
-      54             :                 // D, ID, E, X, Y, Z, Px, Py, Pz
-      55           1 :                 set(TrajectoryLengthColumn, true);
-      56           1 :                 set(CurrentIdColumn, true);
-      57           1 :                 set(CurrentEnergyColumn, true);
-      58           1 :                 set(CurrentPositionColumn, true);
-      59           1 :                 set(CurrentDirectionColumn, true);
-      60           1 :                 set1D(false);
-      61           2 :         } else if (outputtype == Event3D) {
-      62             :                 // D, ID, E, X, Y, Z, Px, Py, Pz, ID0, E0, X0, Y0, Z0, P0x, P0y, P0z
-      63           1 :                 set(TrajectoryLengthColumn, true);
-      64           1 :                 set(CurrentIdColumn, true);
-      65           1 :                 set(CurrentEnergyColumn, true);
-      66           1 :                 set(CurrentPositionColumn, true);
-      67           1 :                 set(CurrentDirectionColumn, true);
-      68           1 :                 set(SourceIdColumn, true);
-      69           1 :                 set(SourceEnergyColumn, true);
-      70           1 :                 set(SourcePositionColumn, true);
-      71           1 :                 set(SourceDirectionColumn, true);
-      72           1 :                 set1D(false);
-      73           1 :         } else if (outputtype == Everything) {
-      74           1 :                 enableAll();
-      75           1 :                 set1D(false);
-      76             :         } else {
-      77           0 :                 throw std::runtime_error("Output: unknown output type");
-      78             :         }
-      79           8 : }
-      80             : 
-      81           0 : void Output::setEnergyScale(double scale) {
-      82           0 :         modify();
-      83           0 :         energyScale = scale;
-      84           0 : }
-      85             : 
-      86           0 : void Output::setLengthScale(double scale) {
-      87           0 :         modify();
-      88           0 :         lengthScale = scale;
-      89           0 : }
-      90             : 
-      91           9 : void Output::set1D(bool value) {
-      92           9 :         modify();
-      93           9 :         oneDimensional = value;
-      94           9 : }
-      95             : 
-      96           2 : void Output::enable(OutputColumn field) {
-      97           2 :         modify();
-      98           2 :         fields.set(field, true);
-      99           2 : }
-     100             : 
-     101           1 : void Output::disable(OutputColumn field) {
-     102           1 :         modify();
-     103           1 :         fields.set(field, false);
-     104           1 : }
-     105             : 
-     106          38 : void Output::set(OutputColumn field, bool value) {
-     107          38 :         modify();
-     108          38 :         fields.set(field, value);
-     109          38 : }
-     110             : 
-     111           5 : void Output::enableAll() {
-     112           5 :         modify();
-     113             :         fields.set();
-     114           5 : }
-     115             : 
-     116           1 : void Output::disableAll() {
-     117           1 :         modify();
-     118             :         fields.reset();
-     119           1 : }
-     120             : 
-     121           1 : size_t Output::size() const {
-     122           1 :         return count;
-     123             : }
-     124             : 
-     125           1 : void Output::enableProperty(const std::string &property, const Variant &defaultValue, const std::string &comment) {
-     126           1 :         modify();
-     127           1 :         Property prop;
-     128             :         prop.name = property;
-     129             :         prop.comment = comment;
-     130           1 :         prop.defaultValue = defaultValue;
-     131           1 :         properties.push_back(prop);
-     132           1 : };
-     133             : 
-     134             : } // namespace crpropa
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_ZNK7crpropa11ShellOutput14getDescriptionB5cxx11Ev0
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-       1             : #include "crpropa/module/OutputShell.h"
-       2             : #include "crpropa/Units.h"
-       3             : 
-       4             : #include <iomanip>
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8           0 : void ShellOutput::process(Candidate* c) const {
-       9           0 : #pragma omp critical
-      10             :         {
-      11             :                 std::cout << std::fixed << std::showpoint << std::setprecision(3)
-      12             :                                 << std::setw(6);
-      13           0 :                 std::cout << c->getTrajectoryLength() / Mpc << " Mpc,  ";
-      14           0 :                 std::cout << c->getRedshift() << ",  ";
-      15           0 :                 std::cout << c->current.getId() << ",  ";
-      16           0 :                 std::cout << c->current.getEnergy() / EeV << " EeV,  ";
-      17           0 :                 std::cout << c->current.getPosition() / Mpc << " Mpc,  ";
-      18           0 :                 std::cout << c->current.getDirection();
-      19             :                 std::cout << std::endl;
-      20             :         }
-      21           0 : }
-      22             : 
-      23           0 : std::string ShellOutput::getDescription() const {
-      24           0 :         return "Shell output";
-      25             : }
-      26             : 
-      27           0 : void ShellOutput1D::process(Candidate* c) const {
-      28           0 : #pragma omp critical
-      29             :         {
-      30             :                 std::cout << std::fixed << std::showpoint << std::setprecision(3)
-      31             :                                 << std::setw(6);
-      32           0 :                 std::cout << c->current.getPosition().x / Mpc << " Mpc,  ";
-      33           0 :                 std::cout << c->getRedshift() << ",  ";
-      34           0 :                 std::cout << c->current.getId() << ",  ";
-      35           0 :                 std::cout << c->current.getEnergy() / EeV << " EeV";
-      36             :                 std::cout << std::endl;
-      37             :         }
-      38           0 : }
-      39             : 
-      40           0 : std::string ShellOutput1D::getDescription() const {
-      41           0 :         return "Shell output for 1D";
-      42             : }
-      43             : 
-      44           0 : void ShellPropertyOutput::process(Candidate* c) const {
-      45             :         Candidate::PropertyMap::const_iterator i = c->properties.begin();
-      46           0 : #pragma omp critical
-      47             :         {
-      48           0 :                 for ( ; i != c->properties.end(); i++) {
-      49           0 :                         std::cout << "  " << i->first << ", " << i->second << std::endl;
-      50             :                 }
-      51             :         }
-      52           0 : }
-      53             : 
-      54           0 : std::string ShellPropertyOutput::getDescription() const {
-      55           0 :         return "Shell property output";
-      56             : }
-      57             : 
-      58             : } // namespace crpropa
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-       1             : #include "crpropa/module/ParticleCollector.h"
-       2             : #include "crpropa/module/TextOutput.h"
-       3             : #include "crpropa/Units.h"
-       4             : 
-       5             : namespace crpropa {
-       6             : 
-       7          14 : ParticleCollector::ParticleCollector() : nBuffer(10e6), clone(false), recursive(false)  {
-       8          14 :         container.reserve(nBuffer); // for 1e6 candidates ~ 500MB of RAM
-       9          14 : }
-      10             : 
-      11           0 : ParticleCollector::ParticleCollector(const std::size_t nBuffer) : clone(false), recursive(false)  {
-      12           0 :         container.reserve(nBuffer);
-      13           0 : }
-      14             : 
-      15           0 : ParticleCollector::ParticleCollector(const std::size_t nBuffer, const bool clone) : recursive(false) {
-      16           0 :         container.reserve(nBuffer);
-      17           0 : }
-      18             : 
-      19           0 : ParticleCollector::ParticleCollector(const std::size_t nBuffer, const bool clone, const bool recursive) {
-      20           0 :         container.reserve(nBuffer);
-      21           0 : }
-      22             : 
-      23        3206 : void ParticleCollector::process(Candidate *c) const {
-      24        6412 : #pragma omp critical
-      25             :         {
-      26        3206 :                 if(clone)
-      27          50 :                         container.push_back(c->clone(recursive));
-      28             :                 else
-      29        6362 :                         container.push_back(c);
-      30             :         }
-      31        3206 : }
-      32             : 
-      33          30 : void ParticleCollector::process(ref_ptr<Candidate> c) const {
-      34          30 :         ParticleCollector::process((Candidate*) c);
-      35          30 : }
-      36             : 
-      37           2 : void ParticleCollector::reprocess(Module *action) const {
-      38          14 :         for (ParticleCollector::iterator itr = container.begin(); itr != container.end(); ++itr){
-      39          12 :                 if (clone)
-      40           0 :                         action->process((*(itr->get())).clone(false));
-      41             :                 else
-      42          12 :                         action->process(itr->get());
-      43             :         }
-      44           2 : }
-      45             : 
-      46           1 : void ParticleCollector::dump(const std::string &filename) const {
-      47           1 :         TextOutput output(filename.c_str(), Output::Everything);
-      48           1 :         reprocess(&output);
-      49           1 :         output.close();
-      50           1 : }
-      51             : 
-      52           1 : void ParticleCollector::load(const std::string &filename){
-      53           1 :         TextOutput::load(filename.c_str(), this);
-      54           1 : }
-      55             : 
-      56          22 : ParticleCollector::~ParticleCollector() {
-      57          14 :         clearContainer();
-      58          22 : }
-      59             : 
-      60           6 : std::size_t ParticleCollector::size() const {
-      61           6 :         return container.size();
-      62             : }
-      63             : 
-      64           8 : ref_ptr<Candidate> ParticleCollector::operator[](const std::size_t i) const {
-      65           8 :         return container[i];
-      66             : }
-      67             : 
-      68          14 : void ParticleCollector::clearContainer() {
-      69          14 :         container.clear();
-      70          14 : }
-      71             : 
-      72           2 : std::vector<ref_ptr<Candidate> >& ParticleCollector::getContainer() const {
-      73           2 :         return container;
-      74             : }
-      75             : 
-      76           2 : void ParticleCollector::setClone(bool b) {
-      77           2 :         clone = b;
-      78           2 : }
-      79             : 
-      80           0 : bool ParticleCollector::getClone() const {
-      81           0 :         return clone;
-      82             : }
-      83             : 
-      84           0 : std::string ParticleCollector::getDescription() const {
-      85           0 :         return "ParticleCollector";
-      86             : }
-      87             : 
-      88           5 : ParticleCollector::iterator ParticleCollector::begin() {
-      89           5 :         return container.begin();
-      90             : }
-      91             : 
-      92           0 : ParticleCollector::const_iterator ParticleCollector::begin() const {
-      93           0 :         return container.begin();
-      94             : }
-      95             : 
-      96          30 : ParticleCollector::iterator ParticleCollector::end() {
-      97          30 :         return container.end();
-      98             : }
-      99             : 
-     100           0 : ParticleCollector::const_iterator ParticleCollector::end() const {
-     101           0 :         return container.end();
-     102             : }
-     103             : 
-     104           1 : void ParticleCollector::getTrajectory(ModuleList* mlist, std::size_t i, Module *output) const {
-     105           1 :         ref_ptr<Candidate> c_tmp = container[i]->clone();
-     106             : 
-     107           1 :         c_tmp->restart();
-     108             : 
-     109           1 :         mlist->add(output);
-     110           1 :         mlist->run(c_tmp);
-     111           1 :         mlist->remove(mlist->size()-1);
-     112           1 : }
-     113             : 
-     114           1 : void ParticleCollector::getTrajectory(ref_ptr<ModuleList> mlist, std::size_t i, ref_ptr<Module> output) const {
-     115           1 :         ParticleCollector::getTrajectory((ModuleList*) mlist, i, (Module*) output);
-     116           1 : }
-     117             : 
-     118             : } // namespace crpropa
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_ZN7crpropa19PhotoDisintegration10lossLengthEidd0
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-       1             : #include "crpropa/module/PhotoDisintegration.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/ParticleMass.h"
-       5             : #include "crpropa/Random.h"
-       6             : #include "kiss/logger.h"
-       7             : 
-       8             : #include <cmath>
-       9             : #include <limits>
-      10             : #include <sstream>
-      11             : #include <fstream>
-      12             : #include <stdexcept>
-      13             : 
-      14             : namespace crpropa {
-      15             : 
-      16             : const double PhotoDisintegration::lgmin = 6;  // minimum log10(Lorentz-factor)
-      17             : const double PhotoDisintegration::lgmax = 14; // maximum log10(Lorentz-factor)
-      18             : const size_t PhotoDisintegration::nlg = 201;  // number of Lorentz-factor steps
-      19             : 
-      20          11 : PhotoDisintegration::PhotoDisintegration(ref_ptr<PhotonField> f, bool havePhotons, double limit) {
-      21          11 :         setPhotonField(f);
-      22          11 :         this->havePhotons = havePhotons;
-      23          11 :         this->limit = limit;
-      24          11 : }
-      25             : 
-      26          22 : void PhotoDisintegration::setPhotonField(ref_ptr<PhotonField> photonField) {
-      27          22 :         this->photonField = photonField;
-      28          22 :         std::string fname = photonField->getFieldName();
-      29          22 :         setDescription("PhotoDisintegration: " + fname);
-      30          66 :         initRate(getDataPath("Photodisintegration/rate_" + fname + ".txt"));
-      31          66 :         initBranching(getDataPath("Photodisintegration/branching_" + fname + ".txt"));
-      32          66 :         initPhotonEmission(getDataPath("Photodisintegration/photon_emission_" + fname.substr(0,3) + ".txt"));
-      33          22 : }
-      34             : 
-      35           1 : void PhotoDisintegration::setHavePhotons(bool havePhotons) {
-      36           1 :         this->havePhotons = havePhotons;
-      37           1 : }
-      38             : 
-      39           0 : void PhotoDisintegration::setLimit(double limit) {
-      40           0 :         this->limit = limit;
-      41           0 : }
-      42             : 
-      43          22 : void PhotoDisintegration::initRate(std::string filename) {
-      44          22 :         std::ifstream infile(filename.c_str());
-      45          22 :         if (not infile.good())
-      46           0 :                 throw std::runtime_error("PhotoDisintegration: could not open file " + filename);
-      47             : 
-      48             :         // clear previously loaded interaction rates
-      49          22 :         pdRate.clear();
-      50          22 :         pdRate.resize(27 * 31);
-      51             : 
-      52             :         std::string line;
-      53        4158 :         while (std::getline(infile, line)) {
-      54        4136 :                 if (line[0] == '#')
-      55          66 :                         continue;
-      56        4070 :                 std::stringstream lineStream(line);
-      57             : 
-      58             :                 int Z, N;
-      59        4070 :                 lineStream >> Z;
-      60        4070 :                 lineStream >> N;
-      61             : 
-      62             :                 double r;
-      63      822140 :                 for (size_t i = 0; i < nlg; i++) {
-      64             :                         lineStream >> r;
-      65      818070 :                         pdRate[Z * 31 + N].push_back(r / Mpc);
-      66             :                 }
-      67        4070 :         }
-      68          22 :         infile.close();
-      69          22 : }
-      70             : 
-      71          22 : void PhotoDisintegration::initBranching(std::string filename) {
-      72          22 :         std::ifstream infile(filename.c_str());
-      73          22 :         if (not infile.good())
-      74           0 :                 throw std::runtime_error("PhotoDisintegration: could not open file " + filename);
-      75             : 
-      76             :         // clear previously loaded interaction rates
-      77          22 :         pdBranch.clear();
-      78          22 :         pdBranch.resize(27 * 31);
-      79             : 
-      80             :         std::string line;
-      81       48532 :         while (std::getline(infile, line)) {
-      82       48510 :                 if (line[0] == '#')
-      83          66 :                         continue;
-      84             : 
-      85       48444 :                 std::stringstream lineStream(line);
-      86             : 
-      87             :                 int Z, N;
-      88       48444 :                 lineStream >> Z;
-      89       48444 :                 lineStream >> N;
-      90             : 
-      91             :                 Branch branch;
-      92       48444 :                 lineStream >> branch.channel;
-      93             : 
-      94             :                 double r;
-      95     9785688 :                 for (size_t i = 0; i < nlg; i++) {
-      96             :                         lineStream >> r;
-      97     9737244 :                         branch.branchingRatio.push_back(r);
-      98             :                 }
-      99             : 
-     100       48444 :                 pdBranch[Z * 31 + N].push_back(branch);
-     101       48444 :         }
-     102             : 
-     103          22 :         infile.close();
-     104          22 : }
-     105             : 
-     106          22 : void PhotoDisintegration::initPhotonEmission(std::string filename) {
-     107          22 :         std::ifstream infile(filename.c_str());
-     108          22 :         if (not infile.good())
-     109           0 :                 throw std::runtime_error("PhotoDisintegration: could not open file " + filename);
-     110             : 
-     111             :         // clear previously loaded emission probabilities
-     112          22 :         pdPhoton.clear();
-     113             : 
-     114             :         std::string line;
-     115      209154 :         while (std::getline(infile, line)) {
-     116      209132 :                 if (line[0] == '#')
-     117          66 :                         continue;
-     118             : 
-     119      209066 :                 std::stringstream lineStream(line);
-     120             : 
-     121             :                 int Z, N, Zd, Nd;
-     122      209066 :                 lineStream >> Z;
-     123      209066 :                 lineStream >> N;
-     124      209066 :                 lineStream >> Zd;
-     125      209066 :                 lineStream >> Nd;
-     126             : 
-     127             :                 PhotonEmission em;
-     128             :                 lineStream >> em.energy;
-     129      209066 :                 em.energy *= eV;
-     130             : 
-     131             :                 double r;
-     132    42231332 :                 for (size_t i = 0; i < nlg; i++) {
-     133             :                         lineStream >> r;
-     134    42022266 :                         em.emissionProbability.push_back(r);
-     135             :                 }
-     136             : 
-     137      209066 :                 int key = Z * 1000000 + N * 10000 + Zd * 100 + Nd;
-     138      209066 :                 if (pdPhoton.find(key) == pdPhoton.end()) {
-     139             :                         std::vector<PhotonEmission> emissions;
-     140       41096 :                         pdPhoton[key] = emissions;
-     141       41096 :                 }
-     142      209066 :                 pdPhoton[key].push_back(em);
-     143      209066 :         }
-     144             : 
-     145          22 :         infile.close();
-     146          22 : }
-     147             : 
-     148       16849 : void PhotoDisintegration::process(Candidate *candidate) const {
-     149             :         // execute the loop at least once for limiting the next step
-     150       16849 :         double step = candidate->getCurrentStep();
-     151             :         do {
-     152             :                 // check if nucleus
-     153       17112 :                 int id = candidate->current.getId();
-     154       17112 :                 if (not isNucleus(id))
-     155             :                         return;
-     156             : 
-     157       17111 :                 int A = massNumber(id);
-     158       17111 :                 int Z = chargeNumber(id);
-     159       17111 :                 int N = A - Z;
-     160       17111 :                 size_t idx = Z * 31 + N;
-     161             : 
-     162             :                 // check if disintegration data available
-     163       17111 :                 if ((Z > 26) or (N > 30))
-     164             :                         return;
-     165       17111 :                 if (pdRate[idx].size() == 0)
-     166             :                         return;
-     167             : 
-     168             :                 // check if in tabulated energy range
-     169        1517 :                 double z = candidate->getRedshift();
-     170        1517 :                 double lg = log10(candidate->current.getLorentzFactor() * (1 + z));
-     171        1517 :                 if ((lg <= lgmin) or (lg >= lgmax))
-     172             :                         return;
-     173             : 
-     174        1517 :                 double rate = interpolateEquidistant(lg, lgmin, lgmax, pdRate[idx]);
-     175        1517 :                 rate *= pow_integer<2>(1 + z) * photonField->getRedshiftScaling(z); // cosmological scaling, rate per comoving distance
-     176             : 
-     177             :                 // check if interaction occurs in this step
-     178             :                 // otherwise limit next step to a fraction of the mean free path
-     179        1517 :                 Random &random = Random::instance();
-     180        1517 :                 double randDist = -log(random.rand()) / rate;
-     181        1517 :                 if (step < randDist) {
-     182        1254 :                         candidate->limitNextStep(limit / rate);
-     183        1254 :                         return;
-     184             :                 }
-     185             : 
-     186             :                 // select channel and interact
-     187             :                 const std::vector<Branch> &branches = pdBranch[idx];
-     188         263 :                 double cmp = random.rand();
-     189         263 :                 int l = round((lg - lgmin) / (lgmax - lgmin) * (nlg - 1)); // index of closest tabulation point
-     190             :                 size_t i = 0;
-     191        2133 :                 while ((i < branches.size()) and (cmp > 0)) {
-     192        1870 :                         cmp -= branches[i].branchingRatio[l];
-     193        1870 :                         i++;
-     194             :                 }
-     195         263 :                 performInteraction(candidate, branches[i-1].channel);
-     196             : 
-     197             :                 // repeat with remaining step
-     198         263 :                 step -= randDist;
-     199         263 :         } while (step > 0);
-     200             : }
-     201             : 
-     202         265 : void PhotoDisintegration::performInteraction(Candidate *candidate, int channel) const {
-     203         265 :         KISS_LOG_DEBUG << "Photodisintegration::performInteraction. Channel " <<  channel << " on candidate " << candidate->getDescription(); 
-     204             :         // parse disintegration channel
-     205             :         int nNeutron = digit(channel, 100000);
-     206             :         int nProton = digit(channel, 10000);
-     207             :         int nH2 = digit(channel, 1000);
-     208             :         int nH3 = digit(channel, 100);
-     209             :         int nHe3 = digit(channel, 10);
-     210             :         int nHe4 = digit(channel, 1);
-     211             : 
-     212         265 :         int dA = -nNeutron - nProton - 2 * nH2 - 3 * nH3 - 3 * nHe3 - 4 * nHe4;
-     213         265 :         int dZ = -nProton - nH2 - nH3 - 2 * nHe3 - 2 * nHe4;
-     214             : 
-     215         265 :         int id = candidate->current.getId();
-     216         265 :         int A = massNumber(id);
-     217         265 :         int Z = chargeNumber(id);
-     218         265 :         double EpA = candidate->current.getEnergy() / A;
-     219             : 
-     220             :         // create secondaries
-     221         265 :         Random &random = Random::instance();
-     222         265 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     223             :         try
-     224             :         {
-     225         458 :                 for (size_t i = 0; i < nNeutron; i++)
-     226         193 :                         candidate->addSecondary(nucleusId(1, 0), EpA, pos, 1., interactionTag);
-     227         379 :                 for (size_t i = 0; i < nProton; i++)
-     228         114 :                         candidate->addSecondary(nucleusId(1, 1), EpA, pos, 1., interactionTag);
-     229         265 :                 for (size_t i = 0; i < nH2; i++)
-     230           0 :                         candidate->addSecondary(nucleusId(2, 1), EpA * 2, pos, 1., interactionTag);
-     231         267 :                 for (size_t i = 0; i < nH3; i++)
-     232           2 :                         candidate->addSecondary(nucleusId(3, 1), EpA * 3, pos, 1., interactionTag);
-     233         265 :                 for (size_t i = 0; i < nHe3; i++)
-     234           0 :                         candidate->addSecondary(nucleusId(3, 2), EpA * 3, pos, 1., interactionTag);
-     235         309 :                 for (size_t i = 0; i < nHe4; i++)
-     236          44 :                         candidate->addSecondary(nucleusId(4, 2), EpA * 4, pos, 1., interactionTag);
-     237             : 
-     238             : 
-     239             :         // update particle
-     240             :           candidate->created = candidate->current;
-     241         265 :                 candidate->current.setId(nucleusId(A + dA, Z + dZ));
-     242         265 :                 candidate->current.setEnergy(EpA * (A + dA));
-     243             :         }
-     244           0 :         catch (std::runtime_error &e)
-     245             :         {
-     246           0 :                 KISS_LOG_ERROR << "Something went wrong in the PhotoDisentigration\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
-     247           0 :                 throw;
-     248           0 :         }
-     249             : 
-     250         265 :         if (not havePhotons)
-     251             :                 return;
-     252             : 
-     253             :         // create photons
-     254          32 :         double z = candidate->getRedshift();
-     255          32 :         double lg = log10(candidate->current.getLorentzFactor() * (1 + z));
-     256          32 :         double lf = candidate->current.getLorentzFactor();
-     257             : 
-     258          32 :         int l = round((lg - lgmin) / (lgmax - lgmin) * (nlg - 1));  // index of closest tabulation point
-     259          32 :         int key = Z*1e6 + (A-Z)*1e4 + (Z+dZ)*1e2 + (A+dA) - (Z+dZ);
-     260             : 
-     261         227 :         for (int i = 0; i < pdPhoton[key].size(); i++) {
-     262             :                 // check for random emission
-     263         195 :                 if (random.rand() > pdPhoton[key][i].emissionProbability[l])
-     264         162 :                         continue;
-     265             : 
-     266             :                 // boost to lab frame
-     267          33 :                 double cosTheta = 2 * random.rand() - 1;
-     268          33 :                 double E = pdPhoton[key][i].energy * lf * (1 - cosTheta);
-     269          33 :                 candidate->addSecondary(22, E, pos, 1., interactionTag);
-     270             :         }
-     271             : }
-     272             : 
-     273           0 : double PhotoDisintegration::lossLength(int id, double gamma, double z) {
-     274             :         // check if nucleus
-     275           0 :         if (not (isNucleus(id)))
-     276             :                 return std::numeric_limits<double>::max();
-     277             : 
-     278           0 :         int A = massNumber(id);
-     279           0 :         int Z = chargeNumber(id);
-     280           0 :         int N = A - Z;
-     281           0 :         size_t idx = Z * 31 + N;
-     282             : 
-     283             :         // check if disintegration data available
-     284           0 :         if ((Z > 26) or (N > 30))
-     285             :                 return std::numeric_limits<double>::max();
-     286             :         const std::vector<double> &rate = pdRate[idx];
-     287           0 :         if (rate.size() == 0)
-     288             :                 return std::numeric_limits<double>::max();
-     289             : 
-     290             :         // check if in tabulated energy range
-     291           0 :         double lg = log10(gamma * (1 + z));
-     292           0 :         if ((lg <= lgmin) or (lg >= lgmax))
-     293             :                 return std::numeric_limits<double>::max();
-     294             : 
-     295             :         // total interaction rate
-     296           0 :         double lossRate = interpolateEquidistant(lg, lgmin, lgmax, rate);
-     297             : 
-     298             :         // comological scaling, rate per physical distance
-     299           0 :         lossRate *= pow_integer<3>(1 + z) * photonField->getRedshiftScaling(z);
-     300             : 
-     301             :         // average number of nucleons lost for all disintegration channels
-     302             :         double avg_dA = 0;
-     303             :         const std::vector<Branch> &branches = pdBranch[idx];
-     304           0 :         for (size_t i = 0; i < branches.size(); i++) {
-     305           0 :                 int channel = branches[i].channel;
-     306             :                 int dA = 0;
-     307             :                 dA += 1 * digit(channel, 100000);
-     308           0 :                 dA += 1 * digit(channel, 10000);
-     309           0 :                 dA += 2 * digit(channel, 1000);
-     310           0 :                 dA += 3 * digit(channel, 100);
-     311           0 :                 dA += 3 * digit(channel, 10);
-     312           0 :                 dA += 4 * digit(channel, 1);
-     313             : 
-     314           0 :                 double br = interpolateEquidistant(lg, lgmin, lgmax, branches[i].branchingRatio);
-     315           0 :                 avg_dA += br * dA;
-     316             :         }
-     317             : 
-     318           0 :         lossRate *= avg_dA / A;
-     319           0 :         return 1 / lossRate;
-     320             : }
-     321             : 
-     322           1 : void PhotoDisintegration::setInteractionTag(std::string tag) {
-     323           1 :         interactionTag = tag;
-     324           1 : }
-     325             : 
-     326           2 : std::string PhotoDisintegration::getInteractionTag() const {
-     327           2 :         return interactionTag;
-     328             : }
-     329             : 
-     330             : } // namespace crpropa
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Current view:top level - src/module - PhotoPionProduction.cpp (source / functions)HitTotalCoverage
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LCOV - code coverage report
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Current view:top level - src/module - PhotoPionProduction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:24638763.6 %
Date:2024-04-08 14:58:22Functions:244060.0 %
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          Line data    Source code
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-       1             : #include "crpropa/module/PhotoPionProduction.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/Random.h"
-       5             : 
-       6             : #include "kiss/convert.h"
-       7             : #include "kiss/logger.h"
-       8             : #include "sophia.h"
-       9             : 
-      10             : #include <limits>
-      11             : #include <cmath>
-      12             : #include <sstream>
-      13             : #include <fstream>
-      14             : #include <stdexcept>
-      15             : 
-      16             : namespace crpropa {
-      17             : 
-      18          11 : PhotoPionProduction::PhotoPionProduction(ref_ptr<PhotonField> field, bool photons, bool neutrinos, bool electrons, bool antiNucleons, double l, bool redshift) {
-      19          11 :         havePhotons = photons;
-      20          11 :         haveNeutrinos = neutrinos;
-      21          11 :         haveElectrons = electrons;
-      22          11 :         haveAntiNucleons = antiNucleons;
-      23          11 :         haveRedshiftDependence = redshift;
-      24          11 :         limit = l;
-      25          11 :         setPhotonField(field);
-      26          11 : }
-      27             : 
-      28          22 : void PhotoPionProduction::setPhotonField(ref_ptr<PhotonField> field) {
-      29          22 :         photonField = field;
-      30          22 :         std::string fname = photonField->getFieldName();
-      31          22 :         if (haveRedshiftDependence) {
-      32           0 :                 if (photonField->hasRedshiftDependence() == false){
-      33           0 :                         std::cout << "PhotoPionProduction: tabulated redshift dependence not needed for " + fname + ", switching off" << std::endl;
-      34           0 :                         haveRedshiftDependence = false;
-      35             :                 }
-      36             :                 else {
-      37           0 :                         KISS_LOG_WARNING << "PhotoPionProduction: You are using the 2-dimensional tabulated redshift evolution, which is not available for other interactions. To be consistent across all interactions you may deactivate this <setHaveRedshiftDependence(False)>.";
-      38             :                 }
-      39             :         }
-      40             :         
-      41          22 :         setDescription("PhotoPionProduction: " + fname);
-      42          22 :         if (haveRedshiftDependence){
-      43           0 :                 initRate(getDataPath("PhotoPionProduction/rate_" + fname.replace(0, 3, "IRBz") + ".txt"));
-      44             :         }
-      45             :         else
-      46          66 :                 initRate(getDataPath("PhotoPionProduction/rate_" + fname + ".txt"));
-      47          22 : }
-      48             : 
-      49           1 : void PhotoPionProduction::setHavePhotons(bool b) {
-      50           1 :         havePhotons = b;
-      51           1 : }
-      52             :         
-      53           0 : void PhotoPionProduction::setHaveElectrons(bool b) {
-      54           0 :         haveElectrons = b;
-      55           0 : }
-      56             : 
-      57           0 : void PhotoPionProduction::setHaveNeutrinos(bool b) {
-      58           0 :         haveNeutrinos = b;
-      59           0 : }
-      60             : 
-      61           0 : void PhotoPionProduction::setHaveAntiNucleons(bool b) {
-      62           0 :         haveAntiNucleons = b;
-      63           0 : }
-      64             : 
-      65           0 : void PhotoPionProduction::setHaveRedshiftDependence(bool b) {
-      66           0 :         haveRedshiftDependence = b;
-      67           0 :         setPhotonField(photonField);
-      68           0 : }
-      69             : 
-      70           0 : void PhotoPionProduction::setLimit(double l) {
-      71           0 :         limit = l;
-      72           0 : }
-      73             : 
-      74          22 : void PhotoPionProduction::initRate(std::string filename) {
-      75             :         // clear previously loaded tables
-      76          22 :         tabLorentz.clear();
-      77          22 :         tabRedshifts.clear();
-      78          22 :         tabProtonRate.clear();
-      79          22 :         tabNeutronRate.clear();
-      80             : 
-      81          22 :         std::ifstream infile(filename.c_str());
-      82          22 :         if (!infile.good())
-      83           0 :                 throw std::runtime_error("PhotoPionProduction: could not open file " + filename);
-      84             : 
-      85          22 :         if (haveRedshiftDependence) {
-      86             :                 double zOld = -1, aOld = -1;
-      87           0 :                 while (infile.good()) {
-      88           0 :                         if (infile.peek() == '#') {
-      89           0 :                                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-      90           0 :                                 continue;
-      91             :                         }
-      92             :                         double z, a, b, c;
-      93             :                         infile >> z >> a >> b >> c;
-      94           0 :                         if (!infile)
-      95             :                                 break;
-      96           0 :                         if (z > zOld) {
-      97           0 :                                 tabRedshifts.push_back(z);
-      98           0 :                                 zOld = z;
-      99             :                         }
-     100           0 :                         if (a > aOld) {
-     101           0 :                                 tabLorentz.push_back(pow(10, a));
-     102           0 :                                 aOld = a;
-     103             :                         }
-     104           0 :                         tabProtonRate.push_back(b / Mpc);
-     105           0 :                         tabNeutronRate.push_back(c / Mpc);
-     106             :                 }
-     107             :         } else {
-     108        5610 :                 while (infile.good()) {
-     109        5610 :                         if (infile.peek() == '#') {
-     110          66 :                                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-     111          66 :                                 continue;
-     112             :                         }
-     113             :                         double a, b, c;
-     114             :                         infile >> a >> b >> c;
-     115        5544 :                         if (!infile)
-     116             :                                 break;
-     117        5522 :                         tabLorentz.push_back(pow(10, a));
-     118        5522 :                         tabProtonRate.push_back(b / Mpc);
-     119        5522 :                         tabNeutronRate.push_back(c / Mpc);
-     120             :                 }
-     121             :         }
-     122             : 
-     123          22 :         infile.close();
-     124          22 : }
-     125             : 
-     126       16206 : double PhotoPionProduction::nucleonMFP(double gamma, double z, bool onProton) const {
-     127       16206 :         const std::vector<double> &tabRate = (onProton)? tabProtonRate : tabNeutronRate;
-     128             : 
-     129             :         // scale nucleus energy instead of background photon energy
-     130       16206 :         gamma *= (1 + z);
-     131       16206 :         if (gamma < tabLorentz.front() or (gamma > tabLorentz.back()))
-     132             :                 return std::numeric_limits<double>::max();
-     133             : 
-     134             :         double rate;
-     135       16206 :         if (haveRedshiftDependence)
-     136           0 :                 rate = interpolate2d(z, gamma, tabRedshifts, tabLorentz, tabRate);
-     137             :         else
-     138       16206 :                 rate = interpolate(gamma, tabLorentz, tabRate) * photonField->getRedshiftScaling(z);
-     139             : 
-     140             :         // cosmological scaling
-     141       16206 :         rate *= pow_integer<2>(1 + z);
-     142             : 
-     143       16206 :         return 1. / rate;
-     144             : }
-     145             : 
-     146       16206 : double PhotoPionProduction::nucleiModification(int A, int X) const {
-     147       16206 :         if (A == 1)
-     148             :                 return 1.;
-     149        1801 :         if (A <= 8)
-     150         453 :                 return 0.85 * pow(X, 2. / 3.);
-     151        1348 :         return 0.85 * X;
-     152             : }
-     153             : 
-     154       15289 : void PhotoPionProduction::process(Candidate *candidate) const {
-     155       15289 :         double step = candidate->getCurrentStep();
-     156       15289 :         double z = candidate->getRedshift();
-     157             :         // the loop is processed at least once for limiting the next step
-     158             :         do {
-     159             :                 // check if nucleus
-     160       15307 :                 int id = candidate->current.getId();
-     161       15307 :                 if (!isNucleus(id))
-     162             :                         return;
-     163             : 
-     164             :                 // find interaction with minimum random distance
-     165       15306 :                 Random &random = Random::instance();
-     166             :                 double randDistance = std::numeric_limits<double>::max();
-     167             :                 double meanFreePath;
-     168             :                 double totalRate = 0;
-     169             :                 bool onProton = true; // interacting particle: proton or neutron
-     170             : 
-     171       15306 :                 int A = massNumber(id);
-     172       15306 :                 int Z = chargeNumber(id);
-     173       15306 :                 int N = A - Z;
-     174       15306 :                 double gamma = candidate->current.getLorentzFactor();
-     175             : 
-     176             :                 // check for interaction on protons
-     177       15306 :                 if (Z > 0) {
-     178       14758 :                         meanFreePath = nucleonMFP(gamma, z, true) / nucleiModification(A, Z);
-     179       14758 :                         randDistance = -log(random.rand()) * meanFreePath;
-     180       14758 :                         totalRate += 1. / meanFreePath;
-     181             :                 }
-     182             :                 // check for interaction on neutrons
-     183       15306 :                 if (N > 0) {
-     184        1448 :                         meanFreePath = nucleonMFP(gamma, z, false) / nucleiModification(A, N);
-     185        1448 :                         totalRate += 1. / meanFreePath;
-     186        1448 :                         double d = -log(random.rand()) * meanFreePath;
-     187        1448 :                         if (d < randDistance) {
-     188             :                                 randDistance = d;
-     189             :                                 onProton = false;
-     190             :                         }
-     191             :                 }
-     192             : 
-     193             :                 // check if interaction does not happen
-     194       15306 :                 if (step < randDistance) {
-     195       15288 :                         if (totalRate > 0.)
-     196       15288 :                                 candidate->limitNextStep(limit / totalRate);
-     197       15288 :                         return;
-     198             :                 }
-     199             : 
-     200             :                 // interact and repeat with remaining step
-     201          18 :                 performInteraction(candidate, onProton);
-     202          18 :                 step -= randDistance;
-     203          18 :         } while (step > 0);
-     204             : }
-     205             : 
-     206          28 : void PhotoPionProduction::performInteraction(Candidate *candidate, bool onProton) const {
-     207          28 :         int id = candidate->current.getId();
-     208          28 :         int A = massNumber(id);
-     209          28 :         int Z = chargeNumber(id);
-     210          28 :         double E = candidate->current.getEnergy();
-     211          28 :         double EpA = E / A;
-     212          28 :         double z = candidate->getRedshift();
-     213             : 
-     214             :         // SOPHIA simulates interactions only for protons / neutrons.
-     215             :         // For anti-protons / neutrons assume charge symmetry and change all
-     216             :         // interaction products from particle <--> anti-particle (sign)
-     217          28 :         int sign = (id > 0) ? 1 : -1;
-     218             : 
-     219             :         // check if below SOPHIA's energy threshold
-     220          56 :         double E_threshold = (photonField->getFieldName() == "CMB") ? 3.72e18 * eV : 5.83e15 * eV;
-     221          28 :         if (EpA * (1 + z) < E_threshold)
-     222           0 :                 return;
-     223             : 
-     224             :         // SOPHIA - input:
-     225          28 :         int nature = 1 - static_cast<int>(onProton);  // 0=proton, 1=neutron
-     226          28 :         double Ein = EpA / GeV;  // GeV is the SOPHIA standard unit
-     227          28 :         double eps = sampleEps(onProton, EpA, z) / GeV;  // GeV for SOPHIA
-     228             : 
-     229             :         // SOPHIA - output:
-     230             :         double outputEnergy[5][2000];  // [GeV/c, GeV/c, GeV/c, GeV, GeV/c^2]
-     231             :         int outPartID[2000];
-     232             :         int nParticles;
-     233             : 
-     234          56 : #pragma omp critical
-     235             :         {
-     236          28 :                 sophiaevent_(nature, Ein, eps, outputEnergy, outPartID, nParticles);
-     237             :         }
-     238             : 
-     239          28 :         Random &random = Random::instance();
-     240          28 :         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     241             :         std::vector<int> pnType;  // filled with either 13 (proton) or 14 (neutron)
-     242             :         std::vector<double> pnEnergy;  // corresponding energies of proton or neutron
-     243          28 :         if (nParticles == 0)
-     244             :                 return;
-     245         146 :         for (int i = 0; i < nParticles; i++) { // loop over out-going particles
-     246         118 :                 double Eout = outputEnergy[3][i] * GeV; // only the energy is used; could be changed for more detail
-     247         118 :                 int pType = outPartID[i];
-     248         118 :                 switch (pType) {
-     249          28 :                 case 13: // proton
-     250             :                 case 14: // neutron
-     251             :                         // proton and neutron data is taken to determine primary particle in a later step
-     252          28 :                         pnType.push_back(pType);
-     253          28 :                         pnEnergy.push_back(Eout);
-     254             :                         break;
-     255           0 :                 case -13: // anti-proton
-     256             :                 case -14: // anti-neutron
-     257           0 :                         if (haveAntiNucleons)
-     258             :                                 try
-     259             :                                 {
-     260           0 :                                         candidate->addSecondary(-sign * nucleusId(1, 14 + pType), Eout, pos, 1., interactionTag);
-     261             :                                 }
-     262           0 :                                 catch (std::runtime_error &e)
-     263             :                                 {
-     264           0 :                                         KISS_LOG_ERROR<< "Something went wrong in the PhotoPionProduction (anti-nucleon production)\n" << "Something went wrong in the PhotoPionProduction\n"<< "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
-     265           0 :                                         throw;
-     266           0 :                                 }
-     267             :                         break;
-     268          22 :                 case 1: // photon
-     269          22 :                         if (havePhotons)
-     270          14 :                                 candidate->addSecondary(22, Eout, pos, 1., interactionTag);
-     271             :                         break;
-     272          12 :                 case 2: // positron
-     273          12 :                         if (haveElectrons)
-     274           2 :                                 candidate->addSecondary(sign * -11, Eout, pos, 1., interactionTag);
-     275             :                         break;
-     276           5 :                 case 3: // electron
-     277           5 :                         if (haveElectrons)
-     278           2 :                                 candidate->addSecondary(sign * 11, Eout, pos, 1., interactionTag);
-     279             :                         break;
-     280          12 :                 case 15: // nu_e
-     281          12 :                         if (haveNeutrinos)
-     282           2 :                                 candidate->addSecondary(sign * 12, Eout, pos, 1., interactionTag);
-     283             :                         break;
-     284           5 :                 case 16: // anti-nu_e
-     285           5 :                         if (haveNeutrinos)
-     286           2 :                                 candidate->addSecondary(sign * -12, Eout, pos, 1., interactionTag);
-     287             :                         break;
-     288          17 :                 case 17: // nu_mu
-     289          17 :                         if (haveNeutrinos)
-     290           4 :                                 candidate->addSecondary(sign * 14, Eout, pos, 1., interactionTag);
-     291             :                         break;
-     292          17 :                 case 18: // anti-nu_mu
-     293          17 :                         if (haveNeutrinos)
-     294           4 :                                 candidate->addSecondary(sign * -14, Eout, pos, 1., interactionTag);
-     295             :                         break;
-     296           0 :                 default:
-     297           0 :                         throw std::runtime_error("PhotoPionProduction: unexpected particle " + kiss::str(pType));
-     298             :                 }
-     299             :         }
-     300          28 :         double maxEnergy = *std::max_element(pnEnergy.begin(), pnEnergy.end());  // criterion for being declared primary
-     301          56 :         for (int i = 0; i < pnEnergy.size(); ++i) {
-     302          28 :                 if (pnEnergy[i] == maxEnergy) {  // nucleon is primary particle
-     303          28 :                         if (A == 1) {
-     304             :                                 // single interacting nucleon
-     305          25 :                                 candidate->current.setEnergy(pnEnergy[i]);
-     306             :                                 try
-     307             :                                 {
-     308          25 :                                         candidate->current.setId(sign * nucleusId(1, 14 - pnType[i]));
-     309             :                                 }
-     310           0 :                                 catch (std::runtime_error &e)
-     311             :                                 {
-     312           0 :                                         KISS_LOG_ERROR<< "Something went wrong in the PhotoPionProduction (primary particle, A==1)\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
-     313           0 :                                         throw;
-     314           0 :                                 }
-     315             :                         } else {
-     316             :                                 // interacting nucleon is part of nucleus: it is emitted from the nucleus
-     317           3 :                                 candidate->current.setEnergy(E - EpA);
-     318             :                                 try
-     319             :                                 {
-     320           3 :                                         candidate->current.setId(sign * nucleusId(A - 1, Z - int(onProton)));
-     321           3 :                                         candidate->addSecondary(sign * nucleusId(1, 14 - pnType[i]), pnEnergy[i], pos, 1., interactionTag);
-     322             :                                 }
-     323           0 :                                 catch (std::runtime_error &e)
-     324             :                                 {
-     325           0 :                                         KISS_LOG_ERROR<< "Something went wrong in the PhotoPionProduction (primary particle, A!=1)\n" << "Please report this error on https://github.com/CRPropa/CRPropa3/issues including your simulation setup and the following random seed:\n" << Random::instance().getSeed_base64();
-     326           0 :                                         throw;
-     327           0 :                                 }
-     328             :                         }
-     329             :                 } else {  // nucleon is secondary proton or neutron
-     330           0 :                         candidate->addSecondary(sign * nucleusId(1, 14 - pnType[i]), pnEnergy[i], pos, 1., interactionTag);
-     331             :                 }
-     332             :         }
-     333             : }
-     334             : 
-     335           0 : double PhotoPionProduction::lossLength(int id, double gamma, double z) {
-     336           0 :         int A = massNumber(id);
-     337           0 :         int Z = chargeNumber(id);
-     338           0 :         int N = A - Z;
-     339             : 
-     340             :         double lossRate = 0;
-     341           0 :         if (Z > 0)
-     342           0 :                 lossRate += 1 / nucleonMFP(gamma, z, true) * nucleiModification(A, Z);
-     343           0 :         if (N > 0)
-     344           0 :                 lossRate += 1 / nucleonMFP(gamma, z, false) * nucleiModification(A, N);
-     345             : 
-     346             :         // approximate the relative energy loss
-     347             :         // - nucleons keep the fraction of mass to delta-resonance mass
-     348             :         // - nuclei lose the energy 1/A the interacting nucleon is carrying
-     349           0 :         double relativeEnergyLoss = (A == 1) ? 1 - 938. / 1232. : 1. / A;
-     350           0 :         lossRate *= relativeEnergyLoss;
-     351             : 
-     352             :         // scaling factor: interaction rate --> energy loss rate
-     353           0 :         lossRate *= (1 + z);
-     354             : 
-     355           0 :         return 1. / lossRate;
-     356             : }
-     357             : 
-     358           0 : SophiaEventOutput PhotoPionProduction::sophiaEvent(bool onProton, double Ein, double eps) const {
-     359             :         // SOPHIA - input:
-     360           0 :         int nature = 1 - static_cast<int>(onProton);  // 0=proton, 1=neutron
-     361           0 :         Ein /= GeV;  // GeV is the SOPHIA standard unit
-     362           0 :         eps /= GeV;  // GeV for SOPHIA
-     363             : 
-     364             :         // SOPHIA - output:
-     365             :         double outputEnergy[5][2000];  // [Px GeV/c, Py GeV/c, Pz GeV/c, E GeV, m0 GeV/c^2]
-     366             :         int outPartID[2000];
-     367             :         int nParticles;
-     368             : 
-     369           0 :         sophiaevent_(nature, Ein, eps, outputEnergy, outPartID, nParticles);
-     370             : 
-     371             :         // convert SOPHIA IDs to PDG naming convention & create particles
-     372             :         SophiaEventOutput output;
-     373           0 :         output.nParticles = nParticles;
-     374           0 :         for (int i = 0; i < nParticles; ++i) {
-     375           0 :                 int id = 0;
-     376           0 :                 int partType = outPartID[i];
-     377           0 :                 switch (partType) {
-     378           0 :                         case 13:  // proton
-     379             :                         case 14:  // neutron
-     380           0 :                                 id = nucleusId(1, 14 - partType);
-     381           0 :                                 break;
-     382           0 :                         case -13:  // anti-proton
-     383             :                         case -14:  // anti-neutron
-     384           0 :                                 id = -nucleusId(1, 14 + partType);
-     385           0 :                                 break;
-     386           0 :                         case 1:  // photon
-     387           0 :                                 id = 22;
-     388           0 :                                 break;
-     389           0 :                         case 2:  // positron
-     390           0 :                                 id = -11;
-     391           0 :                                 break;
-     392           0 :                         case 3:  // electron
-     393           0 :                                 id = 11;
-     394           0 :                                 break;
-     395           0 :                         case 15:  // nu_e
-     396           0 :                                 id = 12;
-     397           0 :                                 break;
-     398           0 :                         case 16:  // anti-nu_e
-     399           0 :                                 id = -12;
-     400           0 :                                 break;
-     401           0 :                         case 17:  // nu_mu
-     402           0 :                                 id = 14;
-     403           0 :                                 break;
-     404           0 :                         case 18:  // anti-nu_mu
-     405           0 :                                 id = -14;
-     406           0 :                                 break;
-     407           0 :                         default:
-     408           0 :                                 throw std::runtime_error("PhotoPionProduction: unexpected particle " + kiss::str(partType));
-     409             :                 }
-     410           0 :                 output.energy.push_back(outputEnergy[3][i] * GeV); // only the energy is used; could be changed for more detail
-     411           0 :                 output.id.push_back(id);
-     412             :         }
-     413           0 :         return output;
-     414           0 : }
-     415             : 
-     416          28 : double PhotoPionProduction::sampleEps(bool onProton, double E, double z) const {
-     417             :         // sample eps between epsMin ... epsMax
-     418          28 :         double Ein = E / GeV;
-     419          56 :         double epsMin = std::max(photonField -> getMinimumPhotonEnergy(z) / eV, epsMinInteraction(onProton, Ein));
-     420          28 :         double epsMax = photonField -> getMaximumPhotonEnergy(z) / eV;
-     421          28 :         double pEpsMax = probEpsMax(onProton, Ein, z, epsMin, epsMax);
-     422             : 
-     423          28 :         Random &random = Random::instance();
-     424        5034 :         for (int i = 0; i < 1000000; i++) {
-     425        5034 :                 double eps = epsMin + random.rand() * (epsMax - epsMin);
-     426        5034 :                 double pEps = probEps(eps, onProton, Ein, z);
-     427        5034 :                 if (random.rand() * pEpsMax < pEps)
-     428          28 :                         return eps * eV;
-     429             :         }
-     430           0 :         throw std::runtime_error("error: no photon found in sampleEps, please make sure that photon field provides photons for the interaction by adapting the energy range of the tabulated photon field.");
-     431             : }
-     432             : 
-     433          28 : double PhotoPionProduction::epsMinInteraction(bool onProton, double Ein) const {
-     434             :         // labframe energy of least energetic photon where PPP can occur
-     435             :         // this kind-of ties samplingEps to the PPP and SOPHIA
-     436          28 :         const double m = mass(onProton);
-     437          28 :         const double p = momentum(onProton, Ein);
-     438          28 :         double epsMin = 1.e9 * (1.1646 - m * m) / 2. / (Ein + p); // eV
-     439          28 :         return epsMin;
-     440             : }
-     441             : 
-     442          29 : double PhotoPionProduction::probEpsMax(bool onProton, double Ein, double z, double epsMin, double epsMax) const {
-     443             :         // find pEpsMax by testing photon energies (eps) for their interaction
-     444             :         // probabilities (p) in order to find the maximum (max) probability
-     445             :         const int nrSteps = 100;
-     446             :         double pEpsMaxTested = 0.;
-     447             :         double step = 0.;
-     448          29 :         if (sampleLog){
-     449             :                 // sample in logspace with stepsize that is at max Δlog(E/eV) = 0.01 or otherwise dep. on size of energy range with nrSteps+1 steps log. equidis. spaced
-     450          29 :                 step = std::min(0.01, std::log10(epsMax / epsMin) / nrSteps);
-     451             :         } else
-     452           0 :                 step = (epsMax - epsMin) / nrSteps;
-     453             : 
-     454             :         double epsDummy = 0.;
-     455             :         int i = 0;
-     456        5684 :         while (epsDummy < epsMax) {
-     457        5655 :                 if (sampleLog)
-     458        5655 :                         epsDummy = epsMin * pow(10, step * i);
-     459             :                 else
-     460           0 :                         epsDummy = epsMin + step * i;
-     461        5655 :                 double p = probEps(epsDummy, onProton, Ein, z);
-     462        5655 :                 if(p > pEpsMaxTested)
-     463             :                         pEpsMaxTested = p;
-     464        5655 :                 i++;
-     465             :         }
-     466             :         // the following factor corrects for only trying to find the maximum on nrIteration photon energies
-     467             :         // the factor should be determined in convergence tests
-     468          29 :         double pEpsMax = pEpsMaxTested * correctionFactor;
-     469             : 
-     470          29 :         if(pEpsMax == 0) {
-     471           0 :                 KISS_LOG_WARNING << "pEpsMax is 0 in the following configuration: \n"
-     472           0 :                         << "\t" << "onProton: " << onProton << "\n"
-     473           0 :                         << "\t" << "Ein: " << Ein << " [GeV] \n"
-     474           0 :                         << "\t" << "epsRange [eV] " << epsMin << "\t" << epsMax << "\n"
-     475           0 :                         << "\t" << "redshift: " << z << "\n"
-     476           0 :                         << "\t" << "sample Log " << sampleLog << " with step " << step << " [eV] \n";
-     477             :         }
-     478             : 
-     479          29 :         return pEpsMax;
-     480             : }
-     481             : 
-     482       10689 : double PhotoPionProduction::probEps(double eps, bool onProton, double Ein, double z) const {
-     483             :         // probEps returns "probability to encounter a photon of energy eps", given a primary nucleon
-     484             :         // note, probEps does not return a normalized probability [0,...,1]
-     485       10689 :         double photonDensity = photonField->getPhotonDensity(eps * eV, z) * ccm / eps;
-     486       10689 :         if (photonDensity != 0.) {
-     487       10689 :                 const double p = momentum(onProton, Ein);
-     488       10689 :                 const double sMax = mass(onProton) * mass(onProton) + 2. * eps * (Ein + p) / 1.e9;
-     489       10689 :                 if (sMax <= sMin())
-     490             :                         return 0;
-     491       95940 :                 double sIntegr = gaussInt([this, onProton](double s) { return this->functs(s, onProton); }, sMin(), sMax);
-     492       10660 :                 return photonDensity * sIntegr / eps / eps / p / 8. * 1.e18 * 1.e6;
-     493             :         }
-     494             :         return 0;
-     495             : }
-     496             : 
-     497       10717 : double PhotoPionProduction::momentum(bool onProton, double Ein) const {
-     498       10717 :         const double m = mass(onProton);
-     499       10717 :         const double momentumHadron = sqrt(Ein * Ein - m * m);  // GeV/c
-     500       10717 :         return momentumHadron;
-     501             : }
-     502             : 
-     503      170560 : double PhotoPionProduction::crossection(double eps, bool onProton) const {
-     504      170560 :         const double m = mass(onProton);
-     505      170560 :         const double s = m * m + 2. * m * eps;
-     506      170560 :         if (s < sMin())
-     507             :                 return 0.;
-     508             :         double cross_res = 0.;
-     509             :         double cross_dir = 0.;
-     510             :         double cross_dir1 = 0.;
-     511             :         double cross_dir2 = 0.;
-     512             :         double sig_res[9];
-     513             : 
-     514             :         // first half of array: 9x proton resonance data | second half of array 9x neutron resonance data
-     515             :         static const double AMRES[18] = {1.231, 1.440, 1.515, 1.525, 1.675, 1.680, 1.690, 1.895, 1.950, 1.231, 1.440, 1.515, 1.525, 1.675, 1.675, 1.690, 1.895, 1.950};
-     516             :         static const double BGAMMA[18] = {5.6, 0.5, 4.6, 2.5, 1.0, 2.1, 2.0, 0.2, 1.0, 6.1, 0.3, 4.0, 2.5, 0.0, 0.2, 2.0, 0.2, 1.0};
-     517             :         static const double WIDTH[18] = {0.11, 0.35, 0.11, 0.1, 0.16, 0.125, 0.29, 0.35, 0.3, 0.11, 0.35, 0.11, 0.1, 0.16, 0.150, 0.29, 0.35, 0.3};
-     518             :         static const double RATIOJ[18] = {1., 0.5, 1., 0.5, 0.5, 1.5, 1., 1.5, 2., 1., 0.5, 1., 0.5, 0.5, 1.5, 1., 1.5, 2.};
-     519             :         static const double AM2[2] = {0.882792, 0.880351};
-     520             : 
-     521      170560 :         const int idx = onProton? 0 : 9;
-     522             :         double SIG0[9];
-     523     1705600 :         for (int i = 0; i < 9; ++i) {
-     524     1535040 :                 SIG0[i] = 4.893089117 / AM2[int(onProton)] * RATIOJ[i + idx] * BGAMMA[i + idx];
-     525             :         }
-     526      170560 :         if (eps <= 10.) {
-     527      160251 :                 cross_res = breitwigner(SIG0[0], WIDTH[0 + idx], AMRES[0 + idx], eps, onProton) * Ef(eps, 0.152, 0.17);
-     528             :                 sig_res[0] = cross_res;
-     529     1442259 :                 for (int i = 1; i < 9; ++i) {
-     530     1282008 :                         sig_res[i] = breitwigner(SIG0[i], WIDTH[i + idx], AMRES[i + idx], eps, onProton) * Ef(eps, 0.15, 0.38);
-     531     1282008 :                         cross_res += sig_res[i];
-     532             :                 }
-     533             :                 // direct channel
-     534      160251 :                 if ((eps > 0.1) && (eps < 0.6)) {
-     535       66492 :                         cross_dir1 = 92.7 * Pl(eps, 0.152, 0.25, 2.0)  // single pion production
-     536       66492 :                                            + 40. * std::exp(-(eps - 0.29) * (eps - 0.29) / 0.002)
-     537       66492 :                                            - 15. * std::exp(-(eps - 0.37) * (eps - 0.37) / 0.002);
-     538             :                 } else {
-     539       93759 :                         cross_dir1 = 92.7 * Pl(eps, 0.152, 0.25, 2.0);  // single pion production
-     540             :                 }
-     541      160251 :                 cross_dir2 = 37.7 * Pl(eps, 0.4, 0.6, 2.0);  // double pion production
-     542      160251 :                 cross_dir = cross_dir1 + cross_dir2;
-     543             :         }
-     544             :         // fragmentation 2:
-     545      170560 :         double cross_frag2 = onProton? 80.3 : 60.2;
-     546      170560 :         cross_frag2 *= Ef(eps, 0.5, 0.1) * std::pow(s, -0.34);
-     547             :         // multipion production/fragmentation 1 cross section
-     548             :         double cs_multidiff = 0.;
-     549             :         double cs_multi = 0.;
-     550             :         double cross_diffr1 = 0.;
-     551             :         double cross_diffr2 = 0.;
-     552             :         double cross_diffr = 0.;
-     553      170560 :         if (eps > 0.85) {
-     554       92272 :                 double ss1 = (eps - 0.85) / 0.69;
-     555       92272 :                 double ss2 = onProton? 29.3 : 26.4;
-     556       92272 :                 ss2 *= std::pow(s, -0.34) + 59.3 * std::pow(s, 0.095);
-     557       92272 :                 cs_multidiff = (1. - std::exp(-ss1)) * ss2;
-     558       92272 :                 cs_multi = 0.89 * cs_multidiff;
-     559             :                 // diffractive scattering:
-     560             :                 cross_diffr1 = 0.099 * cs_multidiff;
-     561             :                 cross_diffr2 = 0.011 * cs_multidiff;
-     562       92272 :                 cross_diffr = 0.11 * cs_multidiff;
-     563             :                 // **************************************
-     564       92272 :                 ss1 = std::pow(eps - 0.85, 0.75) / 0.64;
-     565       92272 :                 ss2 = 74.1 * std::pow(eps, -0.44) + 62. * std::pow(s, 0.08);
-     566       92272 :                 double cs_tmp = 0.96 * (1. - std::exp(-ss1)) * ss2;
-     567       92272 :                 cross_diffr1 = 0.14 * cs_tmp;
-     568       92272 :                 cross_diffr2 = 0.013 * cs_tmp;
-     569       92272 :                 double cs_delta = cross_frag2 - (cross_diffr1 + cross_diffr2 - cross_diffr);
-     570       92272 :                 if (cs_delta < 0.) {
-     571             :                         cross_frag2 = 0.;
-     572           0 :                         cs_multi += cs_delta;
-     573             :                 } else {
-     574             :                         cross_frag2 = cs_delta;
-     575             :                 }
-     576             :                 cross_diffr = cross_diffr1 + cross_diffr2;
-     577       92272 :                 cs_multidiff = cs_multi + cross_diffr;
-     578             :         // in the original SOPHIA code, here is a switch for the return argument.
-     579             :         // Here, only one case (compare in SOPHIA: NDIR=3) is needed.
-     580             :         }
-     581      170560 :         return cross_res + cross_dir + cs_multidiff + cross_frag2;
-     582             : }
-     583             : 
-     584      320502 : double PhotoPionProduction::Pl(double eps, double epsTh, double epsMax, double alpha) const {
-     585      320502 :         if (epsTh > eps)
-     586             :                 return 0.;
-     587      266687 :         const double a = alpha * epsMax / epsTh;
-     588      266687 :         const double prod1 = std::pow((eps - epsTh) / (epsMax - epsTh), a - alpha);
-     589      266687 :         const double prod2 = std::pow(eps / epsMax, -a);
-     590      266687 :         return prod1 * prod2;
-     591             : }
-     592             : 
-     593     1612819 : double PhotoPionProduction::Ef(double eps, double epsTh, double w) const {
-     594     1612819 :         const double wTh = w + epsTh;
-     595     1612819 :         if (eps <= epsTh) {
-     596             :                 return 0.;
-     597     1551121 :         } else if ((eps > epsTh) && (eps < wTh)) {
-     598      547581 :                 return (eps - epsTh) / w;
-     599     1003540 :         } else if (eps >= wTh) {
-     600             :                 return 1.;
-     601             :         } else {
-     602           0 :                 throw std::runtime_error("error in function Ef");
-     603             :         }
-     604             : }
-     605             : 
-     606     1442259 : double PhotoPionProduction::breitwigner(double sigma0, double gamma, double DMM, double epsPrime, bool onProton) const {
-     607     1442259 :         const double m = mass(onProton);
-     608     1442259 :         const double s = m * m + 2. * m * epsPrime;
-     609     1442259 :         const double gam2s = gamma * gamma * s;
-     610     1442259 :         return sigma0 * (s / epsPrime / epsPrime) * gam2s / ((s - DMM * DMM) * (s - DMM * DMM) + gam2s);
-     611             : }
-     612             : 
-     613      170560 : double PhotoPionProduction::functs(double s, bool onProton) const {
-     614      170560 :         const double m = mass(onProton);
-     615      170560 :         const double factor = s - m * m;
-     616      170560 :         const double epsPrime = factor / 2. / m;
-     617      170560 :         const double sigmaPg = crossection(epsPrime, onProton);
-     618      170560 :         return factor * sigmaPg;
-     619             : }
-     620             : 
-     621     1815502 : double PhotoPionProduction::mass(bool onProton) const {
-     622     1815502 :         const double m =  onProton ? mass_proton : mass_neutron;
-     623     1815502 :         return m / GeV * c_squared;
-     624             : }
-     625             : 
-     626      191909 : double PhotoPionProduction::sMin() const {
-     627      191909 :         return 1.1646; // [GeV^2] head-on collision
-     628             : }
-     629             : 
-     630           0 : void PhotoPionProduction::setSampleLog(bool b) {
-     631           0 :         sampleLog = b;
-     632           0 : }
-     633             : 
-     634           0 : void PhotoPionProduction::setCorrectionFactor(double factor) {
-     635           0 :         correctionFactor = factor;
-     636           0 : }
-     637             : 
-     638           1 : ref_ptr<PhotonField> PhotoPionProduction::getPhotonField() const {
-     639           1 :         return photonField;
-     640             : }
-     641             : 
-     642           0 : bool PhotoPionProduction::getHavePhotons() const {
-     643           0 :         return havePhotons;
-     644             : }
-     645             : 
-     646           0 : bool PhotoPionProduction::getHaveNeutrinos() const {
-     647           0 :         return haveNeutrinos;
-     648             : }
-     649             : 
-     650           0 : bool PhotoPionProduction::getHaveElectrons() const {
-     651           0 :         return haveElectrons;
-     652             : }
-     653             : 
-     654           0 : bool PhotoPionProduction::getHaveAntiNucleons() const {
-     655           0 :         return haveAntiNucleons;
-     656             : }
-     657             : 
-     658           0 : bool PhotoPionProduction::getHaveRedshiftDependence() const {
-     659           0 :         return haveRedshiftDependence;
-     660             : }
-     661             : 
-     662           0 : double PhotoPionProduction::getLimit() const {
-     663           0 :         return limit;
-     664             : }
-     665             : 
-     666           0 : bool PhotoPionProduction::getSampleLog() const {
-     667           0 :         return sampleLog;
-     668             : }
-     669             : 
-     670           1 : double PhotoPionProduction::getCorrectionFactor() const {
-     671           1 :         return correctionFactor;
-     672             : }
-     673             : 
-     674           1 : void PhotoPionProduction::setInteractionTag(std::string tag) {
-     675           1 :         interactionTag = tag;
-     676           1 : }
-     677             : 
-     678           2 : std::string PhotoPionProduction::getInteractionTag() const {
-     679           2 :         return interactionTag;
-     680             : }
-     681             : 
-     682             : } // namespace crpropa
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          Line data    Source code
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-       1             : #include "crpropa/module/PhotonOutput1D.h"
-       2             : #include "crpropa/Units.h"
-       3             : 
-       4             : #include <iostream>
-       5             : #include <sstream>
-       6             : #include <cstdio>
-       7             : #include <stdexcept>
-       8             : 
-       9             : #include "kiss/string.h"
-      10             : #include "kiss/logger.h"
-      11             : 
-      12             : #ifdef CRPROPA_HAVE_ZLIB
-      13             : #include <ozstream.hpp>
-      14             : #endif
-      15             : 
-      16             : using namespace std;
-      17             : 
-      18             : namespace crpropa {
-      19             : 
-      20           0 : PhotonOutput1D::PhotonOutput1D() : out(&std::cout) {
-      21           0 :         KISS_LOG_WARNING << "PhotonOutput1D is deprecated and will be removed in the future. Replace with TextOutput or HDF5Output with features ObserverNucleusVeto + ObserverDetectAll";
-      22           0 : }
-      23             : 
-      24           0 : PhotonOutput1D::PhotonOutput1D(std::ostream &out) : out(&out) {
-      25           0 :         KISS_LOG_WARNING << "PhotonOutput1D is deprecated and will be removed in the future. Replace with TextOutput or HDF5Output with features ObserverNucleusVeto + ObserverDetectAll";
-      26           0 : }
-      27             : 
-      28           0 : PhotonOutput1D::PhotonOutput1D(const std::string &filename) : outfile(
-      29           0 :         filename.c_str(), std::ios::binary), out(&outfile), filename(filename) {
-      30           0 :         KISS_LOG_WARNING << "PhotonOutput1D is deprecated and will be removed in the future. Replace with TextOutput or HDF5Output with features ObserverNucleusVeto + ObserverDetectAll";
-      31           0 :         if (kiss::ends_with(filename, ".gz"))
-      32           0 :                 gzip();
-      33             : 
-      34           0 :         *out << "#ID\tE\tD\tpID\tpE\tiID\tiE\tiD\n";
-      35           0 :         *out << "#\n";
-      36           0 :         *out << "# ID          Id of particle (photon, electron, positron)\n";
-      37           0 :         *out << "# E           Energy [EeV]\n";
-      38           0 :         *out << "# D           Comoving distance to origin [Mpc]\n";
-      39           0 :         *out << "# pID         Id of parent particle\n";
-      40           0 :         *out << "# pE          Energy [EeV] of parent particle\n";
-      41           0 :         *out << "# iID         Id of source particle\n";
-      42           0 :         *out << "# iE          Energy [EeV] of source particle\n";
-      43           0 :         *out << "# iD          Comoving distance [Mpc] to source\n";
-      44           0 :         *out << "#\n";
-      45           0 : }
-      46             : 
-      47           0 : void PhotonOutput1D::process(Candidate *candidate) const {
-      48           0 :         int pid = candidate->current.getId();
-      49           0 :         if ((pid != 22) and (abs(pid) != 11))
-      50           0 :                 return;
-      51             : 
-      52             :         char buffer[1024];
-      53             :         size_t p = 0;
-      54             : 
-      55           0 :         p += std::sprintf(buffer + p, "%4i\t", pid);
-      56           0 :         p += std::sprintf(buffer + p, "%g\t", candidate->current.getEnergy() / EeV);
-      57           0 :         p += std::sprintf(buffer + p, "%8.4f\t", candidate->current.getPosition().getR() / Mpc);
-      58             : 
-      59           0 :         p += std::sprintf(buffer + p, "%10i\t", candidate->created.getId());
-      60           0 :         p += std::sprintf(buffer + p, "%8.4f\t", candidate->created.getEnergy() / EeV);
-      61             : 
-      62           0 :         p += std::sprintf(buffer + p, "%10i\t", candidate->source.getId());
-      63           0 :         p += std::sprintf(buffer + p, "%8.4f\t", candidate->source.getEnergy() / EeV);
-      64           0 :         p += std::sprintf(buffer + p, "%8.4f\n", candidate->source.getPosition().getR() / Mpc);
-      65             : 
-      66           0 : #pragma omp critical
-      67             :         {
-      68           0 :                 out->write(buffer, p);
-      69             :         }
-      70             : 
-      71           0 :         candidate->setActive(false);
-      72             : }
-      73             : 
-      74           0 : void PhotonOutput1D::close() {
-      75             :         #ifdef CRPROPA_HAVE_ZLIB
-      76           0 :                 zstream::ogzstream *zs = dynamic_cast<zstream::ogzstream *>(out);
-      77           0 :                 if (zs) {
-      78           0 :                         zs->close();
-      79           0 :                         delete out;
-      80           0 :                         out = 0;
-      81             :                 }
-      82             :         #endif
-      83           0 :         outfile.flush();
-      84           0 : }
-      85             : 
-      86           0 : string PhotonOutput1D::getDescription() const {
-      87           0 :         std::stringstream s;
-      88             :         s << "PhotonOutput1D: Output file = " << filename;
-      89           0 :         return s.str();
-      90           0 : }
-      91             : 
-      92           0 : PhotonOutput1D::~PhotonOutput1D() {
-      93           0 :         close();
-      94           0 : }
-      95             : 
-      96           0 : void PhotonOutput1D::gzip() {
-      97             :         #ifdef CRPROPA_HAVE_ZLIB
-      98           0 :                 out = new zstream::ogzstream(*out);
-      99             :         #else
-     100             :                 throw std::runtime_error("CRPropa was build without Zlib compression!");
-     101             :         #endif
-     102           0 : }
-     103             : 
-     104             : } // namespace crpropa
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-       1             : #include "crpropa/module/PropagationBP.h"
-       2             : 
-       3             : #include <sstream>
-       4             : #include <stdexcept>
-       5             : #include <vector>
-       6             : 
-       7             : namespace crpropa {
-       8          28 :         void PropagationBP::tryStep(const Y &y, Y &out, Y &error, double h,
-       9             :                         ParticleState &particle, double z, double q, double m) const {
-      10          28 :                 out = dY(y.x, y.u, h, z, q, m);  // 1 step with h
-      11             : 
-      12          28 :                 Y outHelp = dY(y.x, y.u, h/2, z, q, m);  // 2 steps with h/2
-      13          28 :                 Y outCompare = dY(outHelp.x, outHelp.u, h/2, z, q, m);
-      14             : 
-      15          28 :                 error = errorEstimation(out.x , outCompare.x , h);
-      16          28 :         }
-      17             : 
-      18             : 
-      19         103 :         PropagationBP::Y PropagationBP::dY(Vector3d pos, Vector3d dir, double step,
-      20             :                         double z, double q, double m) const {
-      21             :                 // half leap frog step in the position
-      22             :                 pos += dir * step / 2.;
-      23             : 
-      24             :                 // get B field at particle position
-      25         103 :                 Vector3d B = getFieldAtPosition(pos, z);
-      26             : 
-      27             :                 // Boris help vectors
-      28             :                 Vector3d t = B * q / 2 / m * step / c_light;
-      29         103 :                 Vector3d s = t * 2 / (1 + t.dot(t));
-      30             :                 Vector3d v_help;
-      31             : 
-      32             :                 // Boris push
-      33             :                 v_help = dir + dir.cross(t);
-      34             :                 dir = dir + v_help.cross(s);
-      35             : 
-      36             :                 // the other half leap frog step in the position
-      37             :                 pos += dir * step / 2.;
-      38         103 :                 return Y(pos, dir);
-      39             :         }
-      40             : 
-      41             : 
-      42             :         // with a fixed step size
-      43          10 :         PropagationBP::PropagationBP(ref_ptr<MagneticField> field, double fixedStep) :
-      44          10 :                         minStep(0) {
-      45          10 :                 setField(field);
-      46          10 :                 setTolerance(0.42);
-      47          10 :                 setMaximumStep(fixedStep);
-      48          10 :                 setMinimumStep(fixedStep);
-      49          10 :         }
-      50             : 
-      51             : 
-      52             :         // with adaptive step size
-      53           5 :         PropagationBP::PropagationBP(ref_ptr<MagneticField> field, double tolerance, double minStep, double maxStep) :
-      54           5 :                         minStep(0) {
-      55           7 :                 setField(field);
-      56           5 :                 setTolerance(tolerance);
-      57           4 :                 setMaximumStep(maxStep);
-      58           4 :                 setMinimumStep(minStep);
-      59           3 :         }
-      60             : 
-      61             : 
-      62          37 :         void PropagationBP::process(Candidate *candidate) const {
-      63             :                 // save the new previous particle state
-      64          37 :                 ParticleState &current = candidate->current;
-      65             :                 candidate->previous = current;
-      66             : 
-      67          37 :                 Y yIn(current.getPosition(), current.getDirection());
-      68             : 
-      69             :                 // calculate charge of particle
-      70          37 :                 double q = current.getCharge();
-      71          37 :                 double step = maxStep;
-      72             : 
-      73             :                 // rectilinear propagation for neutral particles
-      74          37 :                 if (q == 0) {
-      75           2 :                         step = clip(candidate->getNextStep(), minStep, maxStep);
-      76           1 :                         current.setPosition(yIn.x + yIn.u * step);
-      77           1 :                         candidate->setCurrentStep(step);
-      78           1 :                         candidate->setNextStep(maxStep);
-      79             :                         return;
-      80             :                 }
-      81             : 
-      82             :                 Y yOut, yErr;
-      83          36 :                 double newStep = step;
-      84          36 :                 double z = candidate->getRedshift();
-      85          36 :                 double m = current.getEnergy()/(c_light * c_light);
-      86             : 
-      87             :                 // if minStep is the same as maxStep the adaptive algorithm with its error
-      88             :                 // estimation is not needed and the computation time can be saved:
-      89          36 :                 if (minStep == maxStep){
-      90          19 :                         yOut = dY(yIn.x, yIn.u, step, z, q, m);
-      91             :                 } else {
-      92          17 :                         step = clip(candidate->getNextStep(), minStep, maxStep);
-      93          17 :                         newStep = step;
-      94             :                         double r = 42;  // arbitrary value
-      95             : 
-      96             :                         // try performing step until the target error (tolerance) or the minimum/maximum step size has been reached
-      97             :                         while (true) {
-      98          28 :                                 tryStep(yIn, yOut, yErr, step, current, z, q, m);
-      99          28 :                                 r = yErr.u.getR() / tolerance;  // ratio of absolute direction error and tolerance
-     100          28 :                                 if (r > 1) {  // large direction error relative to tolerance, try to decrease step size
-     101          18 :                                         if (step == minStep)  // already minimum step size
-     102             :                                                 break;
-     103             :                                         else {
-     104          11 :                                                 newStep = step * 0.95 * pow(r, -0.2);
-     105          19 :                                                 newStep = std::max(newStep, 0.1 * step); // limit step size decrease
-     106          11 :                                                 newStep = std::max(newStep, minStep); // limit step size to minStep
-     107             :                                                 step = newStep;
-     108             :                                         }
-     109             :                                 } else {  // small direction error relative to tolerance, try to increase step size
-     110          10 :                                         if (step != maxStep) {  // only update once if maximum step size yet not reached
-     111          10 :                                                 newStep = step * 0.95 * pow(r, -0.2);
-     112          17 :                                                 newStep = std::min(newStep, 5 * step); // limit step size increase
-     113          10 :                                                 newStep = std::min(newStep, maxStep); // limit step size to maxStep
-     114             :                                         }
-     115             :                                         break;
-     116             :                                 }
-     117             :                         }
-     118             :                 }
-     119             : 
-     120          36 :                 current.setPosition(yOut.x);
-     121          36 :                 current.setDirection(yOut.u.getUnitVector());
-     122          36 :                 candidate->setCurrentStep(step);
-     123          36 :                 candidate->setNextStep(newStep);
-     124             :         }
-     125             : 
-     126             : 
-     127          16 :         void PropagationBP::setField(ref_ptr<MagneticField> f) {
-     128          16 :                 field = f;
-     129          16 :         }
-     130             : 
-     131             : 
-     132           2 :         ref_ptr<MagneticField> PropagationBP::getField() const {
-     133           2 :                 return field;
-     134             :         }
-     135             : 
-     136             : 
-     137         104 :         Vector3d PropagationBP::getFieldAtPosition(Vector3d pos, double z) const {
-     138             :                 Vector3d B(0, 0, 0);
-     139             :                 try {
-     140             :                         // check if field is valid and use the field vector at the
-     141             :                         // position pos with the redshift z
-     142         104 :                         if (field.valid())
-     143         104 :                                 B = field->getField(pos, z);
-     144           0 :                 } catch (std::exception &e) {
-     145           0 :                         KISS_LOG_ERROR  << "PropagationBP: Exception in PropagationBP::getFieldAtPosition.\n"
-     146           0 :                                         << e.what();
-     147           0 :                 }       
-     148         104 :                 return B;
-     149             :         }
-     150             : 
-     151             : 
-     152          28 :         double PropagationBP::errorEstimation(const Vector3d x1, const Vector3d x2, double step) const {
-     153             :                 // compare the position after one step with the position after two steps with step/2.
-     154             :                 Vector3d diff = (x1 - x2);
-     155             : 
-     156          28 :                 double S = diff.getR() / (step * (1 - 1/4.) );  // 1/4 = (1/2)²  number of steps for x1 divided by number of steps for x2 to the power of p (order)
-     157             : 
-     158          28 :                 return S;
-     159             :         }
-     160             : 
-     161             : 
-     162          22 :         void PropagationBP::setTolerance(double tol) {
-     163          22 :                 if ((tol > 1) or (tol < 0))
-     164           2 :                         throw std::runtime_error(
-     165           4 :                                         "PropagationBP: target error not in range 0-1");
-     166          20 :                 tolerance = tol;
-     167          20 :         }
-     168             : 
-     169             : 
-     170          24 :         void PropagationBP::setMinimumStep(double min) {
-     171          24 :                 if (min < 0)
-     172           1 :                         throw std::runtime_error("PropagationBP: minStep < 0 ");
-     173          23 :                 if (min > maxStep)
-     174           2 :                         throw std::runtime_error("PropagationBP: minStep > maxStep");
-     175          21 :                 minStep = min;
-     176          21 :         }
-     177             : 
-     178             : 
-     179          22 :         void PropagationBP::setMaximumStep(double max) {
-     180          22 :                 if (max < minStep)
-     181           1 :                         throw std::runtime_error("PropagationBP: maxStep < minStep");
-     182          21 :                 maxStep = max;
-     183          21 :         }
-     184             : 
-     185             : 
-     186           2 :         double PropagationBP::getTolerance() const {
-     187           2 :                 return tolerance;
-     188             :         }
-     189             : 
-     190             : 
-     191           2 :         double PropagationBP::getMinimumStep() const {
-     192           2 :                 return minStep;
-     193             :         }
-     194             : 
-     195             : 
-     196           5 :         double PropagationBP::getMaximumStep() const {
-     197           5 :                 return maxStep;
-     198             :         }
-     199             : 
-     200             : 
-     201           0 :         std::string PropagationBP::getDescription() const {
-     202           0 :                 std::stringstream s;
-     203           0 :                 s << "Propagation in magnetic fields using the adaptive Boris push method.";
-     204           0 :                 s << " Target error: " << tolerance;
-     205           0 :                 s << ", Minimum Step: " << minStep / kpc << " kpc";
-     206           0 :                 s << ", Maximum Step: " << maxStep / kpc << " kpc";
-     207           0 :                 return s.str();
-     208           0 :         }
-     209             : } // namespace crpropa
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Current view:top level - src/module - PropagationCK.cpp (source / functions)HitTotalCoverage
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_ZNK7crpropa13PropagationCK14getDescriptionB5cxx11Ev0
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_ZNK7crpropa13PropagationCK8getFieldEv2
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_ZN7crpropa13PropagationCK12setToleranceEd18
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-       1             : #include "crpropa/module/PropagationCK.h"
-       2             : 
-       3             : #include <limits>
-       4             : #include <sstream>
-       5             : #include <stdexcept>
-       6             : #include <vector>
-       7             : 
-       8             : namespace crpropa {
-       9             : 
-      10             : // Cash-Karp coefficients
-      11             : const double cash_karp_a[] = {
-      12             :         0., 0., 0., 0., 0., 0.,
-      13             :         1. / 5., 0., 0., 0., 0., 0.,
-      14             :         3. / 40., 9. / 40., 0., 0., 0., 0.,
-      15             :         3. / 10., -9. / 10., 6. / 5., 0., 0., 0.,
-      16             :         -11. / 54., 5. / 2., -70. / 27., 35. / 27., 0., 0.,
-      17             :         1631. / 55296., 175. / 512., 575. / 13824., 44275. / 110592., 253. / 4096., 0.
-      18             : };
-      19             : 
-      20             : const double cash_karp_b[] = {
-      21             :         37. / 378., 0, 250. / 621., 125. / 594., 0., 512. / 1771.
-      22             : };
-      23             : 
-      24             : const double cash_karp_bs[] = {
-      25             :         2825. / 27648., 0., 18575. / 48384., 13525. / 55296., 277. / 14336., 1. / 4.
-      26             : };
-      27             : 
-      28          42 : void PropagationCK::tryStep(const Y &y, Y &out, Y &error, double h,
-      29             :                 ParticleState &particle, double z) const {
-      30             :         std::vector<Y> k;
-      31          42 :         k.reserve(6);
-      32             : 
-      33             :         out = y;
-      34             :         error = Y(0);
-      35             : 
-      36             :         // calculate the sum of b_i * k_i
-      37         294 :         for (size_t i = 0; i < 6; i++) {
-      38             : 
-      39             :                 Y y_n = y;
-      40         882 :                 for (size_t j = 0; j < i; j++)
-      41         630 :                         y_n += k[j] * a[i * 6 + j] * h;
-      42             : 
-      43             :                 // update k_i
-      44         252 :                 k[i] = dYdt(y_n, particle, z);
-      45             : 
-      46         252 :                 out += k[i] * b[i] * h;
-      47         252 :                 error += k[i] * (b[i] - bs[i]) * h;
-      48             :         }
-      49          42 : }
-      50             : 
-      51         252 : PropagationCK::Y PropagationCK::dYdt(const Y &y, ParticleState &p, double z) const {
-      52             :         // normalize direction vector to prevent numerical losses
-      53         252 :         Vector3d velocity = y.u.getUnitVector() * c_light;
-      54             :         
-      55             :         // get B field at particle position
-      56         252 :         Vector3d B = getFieldAtPosition(y.x, z);
-      57             : 
-      58             :         // Lorentz force: du/dt = q*c/E * (v x B)
-      59         252 :         Vector3d dudt = p.getCharge() * c_light / p.getEnergy() * velocity.cross(B);
-      60         252 :         return Y(velocity, dudt);
-      61             : }
-      62             : 
-      63          13 : PropagationCK::PropagationCK(ref_ptr<MagneticField> field, double tolerance,
-      64          13 :                 double minStep, double maxStep) :
-      65          13 :                 minStep(0) {
-      66          15 :         setField(field);
-      67          13 :         setTolerance(tolerance);
-      68          12 :         setMaximumStep(maxStep);
-      69          12 :         setMinimumStep(minStep);
-      70             : 
-      71             :         // load Cash-Karp coefficients
-      72             :         a.assign(cash_karp_a, cash_karp_a + 36);
-      73             :         b.assign(cash_karp_b, cash_karp_b + 6);
-      74             :         bs.assign(cash_karp_bs, cash_karp_bs + 6);
-      75          11 : }
-      76             : 
-      77          34 : void PropagationCK::process(Candidate *candidate) const {
-      78             :         // save the new previous particle state
-      79          34 :         ParticleState &current = candidate->current;
-      80             :         candidate->previous = current;
-      81             : 
-      82          34 :         Y yIn(current.getPosition(), current.getDirection());
-      83          34 :         double step = maxStep;
-      84             : 
-      85             :         // rectilinear propagation for neutral particles
-      86          34 :         if (current.getCharge() == 0) {
-      87           2 :                 step = clip(candidate->getNextStep(), minStep, maxStep);
-      88           1 :                 current.setPosition(yIn.x + yIn.u * step);
-      89           1 :                 candidate->setCurrentStep(step);
-      90           1 :                 candidate->setNextStep(maxStep);
-      91             :                 return;
-      92             :         }
-      93             : 
-      94             :         Y yOut, yErr;
-      95          33 :         double newStep = step;
-      96          33 :         double z = candidate->getRedshift();
-      97             : 
-      98             : 
-      99             :         // if minStep is the same as maxStep the adaptive algorithm with its error
-     100             :         // estimation is not needed and the computation time can be saved:
-     101          33 :         if (minStep == maxStep){
-     102          10 :                 tryStep(yIn, yOut, yErr, step / c_light, current, z);
-     103             :         } else {
-     104          23 :                 step = clip(candidate->getNextStep(), minStep, maxStep);
-     105          23 :                 newStep = step;
-     106             :                 double r = 42;  // arbitrary value
-     107             : 
-     108             :                 // try performing step until the target error (tolerance) or the minimum/maximum step size has been reached
-     109             :                 while (true) {
-     110          32 :                         tryStep(yIn, yOut, yErr, step / c_light, current, z);
-     111          32 :                         r = yErr.u.getR() / tolerance;  // ratio of absolute direction error and tolerance
-     112          32 :                         if (r > 1) {  // large direction error relative to tolerance, try to decrease step size
-     113          10 :                                 if (step == minStep)  // already minimum step size
-     114             :                                         break;
-     115             :                                 else {
-     116           9 :                                         newStep = step * 0.95 * pow(r, -0.2);
-     117          17 :                                         newStep = std::max(newStep, 0.1 * step); // limit step size decrease
-     118           9 :                                         newStep = std::max(newStep, minStep); // limit step size to minStep
-     119             :                                         step = newStep;
-     120             :                                 }
-     121             :                         } else {  // small direction error relative to tolerance, try to increase step size
-     122          22 :                                 if (step != maxStep) {  // only update once if maximum step size yet not reached
-     123          22 :                                         newStep = step * 0.95 * pow(r, -0.2);
-     124          35 :                                         newStep = std::min(newStep, 5 * step); // limit step size increase
-     125          22 :                                         newStep = std::min(newStep, maxStep); // limit step size to maxStep
-     126             :                                 }
-     127             :                                 break;
-     128             :                         }
-     129             :                 }
-     130             :         }
-     131             : 
-     132          33 :         current.setPosition(yOut.x);
-     133          33 :         current.setDirection(yOut.u.getUnitVector());
-     134          33 :         candidate->setCurrentStep(step);
-     135          33 :         candidate->setNextStep(newStep);
-     136             : }
-     137             : 
-     138          14 : void PropagationCK::setField(ref_ptr<MagneticField> f) {
-     139          14 :         field = f;
-     140          14 : }
-     141             : 
-     142           2 : ref_ptr<MagneticField> PropagationCK::getField() const {
-     143           2 :         return field;
-     144             : }
-     145             : 
-     146         253 : Vector3d PropagationCK::getFieldAtPosition(Vector3d pos, double z) const {
-     147             :         Vector3d B(0, 0, 0);
-     148             :         try {
-     149             :                 // check if field is valid and use the field vector at the
-     150             :                 // position pos with the redshift z
-     151         253 :                 if (field.valid())
-     152         253 :                         B = field->getField(pos, z);
-     153           0 :         } catch (std::exception &e) {
-     154           0 :                 KISS_LOG_ERROR  << "PropagationCK: Exception in PropagationCK::getFieldAtPosition.\n"
-     155           0 :                                 << e.what();
-     156           0 :         }       
-     157         253 :         return B;
-     158             : }
-     159             : 
-     160          18 : void PropagationCK::setTolerance(double tol) {
-     161          18 :         if ((tol > 1) or (tol < 0))
-     162           2 :                 throw std::runtime_error(
-     163           4 :                                 "PropagationCK: target error not in range 0-1");
-     164          16 :         tolerance = tol;
-     165          16 : }
-     166             : 
-     167          22 : void PropagationCK::setMinimumStep(double min) {
-     168          22 :         if (min < 0)
-     169           1 :                 throw std::runtime_error("PropagationCK: minStep < 0 ");
-     170          21 :         if (min > maxStep)
-     171           2 :                 throw std::runtime_error("PropagationCK: minStep > maxStep");
-     172          19 :         minStep = min;
-     173          19 : }
-     174             : 
-     175          19 : void PropagationCK::setMaximumStep(double max) {
-     176          19 :         if (max < minStep)
-     177           1 :                 throw std::runtime_error("PropagationCK: maxStep < minStep");
-     178          18 :         maxStep = max;
-     179          18 : }
-     180             : 
-     181           2 : double PropagationCK::getTolerance() const {
-     182           2 :         return tolerance;
-     183             : }
-     184             : 
-     185           2 : double PropagationCK::getMinimumStep() const {
-     186           2 :         return minStep;
-     187             : }
-     188             : 
-     189           3 : double PropagationCK::getMaximumStep() const {
-     190           3 :         return maxStep;
-     191             : }
-     192             : 
-     193           0 : std::string PropagationCK::getDescription() const {
-     194           0 :         std::stringstream s;
-     195           0 :         s << "Propagation in magnetic fields using the Cash-Karp method.";
-     196           0 :         s << " Target error: " << tolerance;
-     197           0 :         s << ", Minimum Step: " << minStep / kpc << " kpc";
-     198           0 :         s << ", Maximum Step: " << maxStep / kpc << " kpc";
-     199           0 :         return s.str();
-     200           0 : }
-     201             : 
-     202             : } // namespace crpropa
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-       1             : #include "crpropa/module/Redshift.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Cosmology.h"
-       4             : 
-       5             : #include <limits>
-       6             : 
-       7             : namespace crpropa {
-       8             : 
-       9        7644 : void Redshift::process(Candidate *c) const {
-      10        7644 :         double z = c->getRedshift();
-      11             : 
-      12             :         // check if z = 0
-      13        7644 :         if (z <= std::numeric_limits<double>::min())
-      14          21 :                 return;
-      15             : 
-      16             :         // use small step approximation:  dz = H(z) / c * ds
-      17        7623 :         double dz = hubbleRate(z) / c_light * c->getCurrentStep();
-      18             : 
-      19             :         // prevent dz > z
-      20        7623 :         dz = std::min(dz, z);
-      21             : 
-      22             :         // update redshift
-      23        7623 :         c->setRedshift(z - dz);
-      24             : 
-      25             :         // adiabatic energy loss: dE / dz = E / (1 + z)
-      26        7623 :         double E = c->current.getEnergy();
-      27        7623 :         c->current.setEnergy(E * (1 - dz / (1 + z)));
-      28             : }
-      29             : 
-      30           0 : std::string Redshift::getDescription() const {
-      31           0 :         std::stringstream s;
-      32           0 :         s << "Redshift: h0 = " << hubbleRate() / 1e5 * Mpc << ", omegaL = "
-      33           0 :                         << omegaL() << ", omegaM = " << omegaM();
-      34           0 :         return s.str();
-      35           0 : }
-      36             : 
-      37           0 : void FutureRedshift::process(Candidate *c) const {
-      38           0 :         double z = c->getRedshift();
-      39             : 
-      40             :         // check if z = -1
-      41           0 :         if (z <= -1)
-      42             :                 return;
-      43             : 
-      44             :         // use small step approximation:  dz = H(z) / c * ds
-      45           0 :         double dz = hubbleRate(z) / c_light * c->getCurrentStep();
-      46             : 
-      47             :         // update redshift
-      48           0 :         c->setRedshift(z - dz);
-      49             : 
-      50             :         // adiabatic energy loss: dE / dz = E / (1 + z)
-      51           0 :         double E = c->current.getEnergy();
-      52           0 :         c->current.setEnergy(E * (1 - dz / (1 + z)));
-      53             : }
-      54             : 
-      55           0 : std::string FutureRedshift::getDescription() const {
-      56           0 :         std::stringstream s;
-      57           0 :         s << "FutureRedshift: h0 = " << hubbleRate() / 1e5 * Mpc << ", omegaL = "
-      58           0 :                         << omegaL() << ", omegaM = " << omegaM();
-      59           0 :         return s.str();
-      60           0 : }
-      61             : 
-      62             : } // namespace crpropa
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-       1             : #include "crpropa/module/RestrictToRegion.h" 
-       2             : 
-       3             : #include <sstream>
-       4             : 
-       5             : namespace crpropa {
-       6             : 
-       7           1 : RestrictToRegion::RestrictToRegion(Module* _module, Surface* _surface) : module(_module), surface(_surface) { 
-       8           1 : };
-       9             : 
-      10           2 : void RestrictToRegion::process(Candidate *candidate) const {
-      11           2 :         if (surface->distance(candidate->current.getPosition()) <= 0) {
-      12           1 :                 module->process(candidate);
-      13             :         }
-      14           2 : };
-      15             : 
-      16           0 : std::string RestrictToRegion::getDescription() const {
-      17           0 :         std::stringstream s;
-      18             :         s << "RestrictToArea:\n"
-      19           0 :                 << "  Module: " << module->getDescription() << std::endl
-      20           0 :                 << "  Region: " << surface->getDescription() << std::endl;
-      21           0 :         return s.str();
-      22           0 : };
-      23             : 
-      24             : 
-      25             : } // namespace crpropa
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-       1             : #include "crpropa/module/SimplePropagation.h"
-       2             : 
-       3             : #include <sstream>
-       4             : #include <stdexcept>
-       5             : 
-       6             : namespace crpropa {
-       7             : 
-       8          12 : SimplePropagation::SimplePropagation(double minStep, double maxStep) :
-       9          12 :                 minStep(minStep), maxStep(maxStep) {
-      10          12 :         if (minStep > maxStep)
-      11           0 :                 throw std::runtime_error("SimplePropagation: minStep > maxStep");
-      12          12 : }
-      13             : 
-      14       19294 : void SimplePropagation::process(Candidate *c) const {
-      15             :         c->previous = c->current;
-      16             : 
-      17       19294 :         double step = clip(c->getNextStep(), minStep, maxStep);
-      18       19294 :         c->setCurrentStep(step);
-      19       19294 :         Vector3d pos = c->current.getPosition();
-      20       19294 :         Vector3d dir = c->current.getDirection();
-      21       19294 :         c->current.setPosition(pos + dir * step);
-      22       19294 :         c->setNextStep(maxStep);
-      23       19294 : }
-      24             : 
-      25           0 : void SimplePropagation::setMinimumStep(double step) {
-      26           0 :         if (step > maxStep)
-      27           0 :                 throw std::runtime_error("SimplePropagation: minStep > maxStep");
-      28           0 :         minStep = step;
-      29           0 : }
-      30             : 
-      31           0 : void SimplePropagation::setMaximumStep(double step) {
-      32           0 :         if (minStep > step)
-      33           0 :                 throw std::runtime_error("SimplePropagation: minStep > maxStep");
-      34           0 :         maxStep = step;
-      35           0 : }
-      36             : 
-      37           0 : double SimplePropagation::getMinimumStep() const {
-      38           0 :         return minStep;
-      39             : }
-      40             : 
-      41           0 : double SimplePropagation::getMaximumStep() const {
-      42           0 :         return maxStep;
-      43             : }
-      44             : 
-      45           0 : std::string SimplePropagation::getDescription() const {
-      46           0 :         std::stringstream s;
-      47           0 :         s << "SimplePropagation: Step size = " << minStep / kpc
-      48           0 :                         << " - " << maxStep / kpc << " kpc";
-      49           0 :         return s.str();
-      50           0 : }
-      51             : 
-      52             : } // namespace crpropa
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Current view:top level - src/module - SynchrotronRadiation.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:102147.6 %
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Current view:top level - src/module - SynchrotronRadiation.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa20SynchrotronRadiation11getThinningEv0
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_ZN7crpropa20SynchrotronRadiation12initSpectrumEv1
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Current view:top level - src/module - SynchrotronRadiation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8113161.8 %
Date:2024-04-08 14:58:22Functions:102147.6 %
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-       1             : #include "crpropa/module/SynchrotronRadiation.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Random.h"
-       4             : 
-       5             : #include <fstream>
-       6             : #include <limits>
-       7             : #include <stdexcept>
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11           0 : SynchrotronRadiation::SynchrotronRadiation(ref_ptr<MagneticField> field, bool havePhotons, double thinning, int nSamples, double limit) {
-      12           0 :         setField(field);
-      13           0 :         setBrms(0);
-      14           0 :         initSpectrum();
-      15           0 :         setHavePhotons(havePhotons);
-      16           0 :         setLimit(limit);
-      17           0 :         setSecondaryThreshold(1e6 * eV);
-      18           0 :         setMaximumSamples(nSamples);
-      19           0 : }
-      20             : 
-      21           1 : SynchrotronRadiation::SynchrotronRadiation(double Brms, bool havePhotons, double thinning, int nSamples, double limit) {
-      22           1 :         setBrms(Brms);
-      23           1 :         initSpectrum();
-      24           1 :         setHavePhotons(havePhotons);
-      25           1 :         setLimit(limit);
-      26           1 :         setSecondaryThreshold(1e6 * eV);
-      27           1 :         setMaximumSamples(nSamples);
-      28           1 : }
-      29             : 
-      30           0 : void SynchrotronRadiation::setField(ref_ptr<MagneticField> f) {
-      31           0 :         this->field = f;
-      32           0 : }
-      33             : 
-      34           0 : ref_ptr<MagneticField> SynchrotronRadiation::getField() {
-      35           0 :         return field;
-      36             : }
-      37             : 
-      38           1 : void SynchrotronRadiation::setBrms(double Brms) {
-      39           1 :         this->Brms = Brms;
-      40           1 : }
-      41             : 
-      42           0 : double SynchrotronRadiation::getBrms() {
-      43           0 :         return Brms;
-      44             : }
-      45             : 
-      46           1 : void SynchrotronRadiation::setHavePhotons(bool havePhotons) {
-      47           1 :         this->havePhotons = havePhotons;
-      48           1 : }
-      49             : 
-      50           0 : bool SynchrotronRadiation::getHavePhotons() {
-      51           0 :         return havePhotons;
-      52             : }
-      53             : 
-      54           0 : void SynchrotronRadiation::setThinning(double thinning) {
-      55           0 :         this->thinning = thinning;
-      56           0 : }
-      57             : 
-      58           0 : double SynchrotronRadiation::getThinning() {
-      59           0 :         return thinning;
-      60             : }
-      61             : 
-      62           1 : void SynchrotronRadiation::setLimit(double limit) {
-      63           1 :         this->limit = limit;
-      64           1 : }
-      65             : 
-      66           0 : double SynchrotronRadiation::getLimit() {
-      67           0 :         return limit;
-      68             : }
-      69             : 
-      70           1 : void SynchrotronRadiation::setMaximumSamples(int nmax) {
-      71           1 :         maximumSamples = nmax;
-      72           1 : }
-      73             : 
-      74           0 : int SynchrotronRadiation::getMaximumSamples() {
-      75           0 :         return maximumSamples;
-      76             : }
-      77             : 
-      78           1 : void SynchrotronRadiation::setSecondaryThreshold(double threshold) {
-      79           1 :         secondaryThreshold = threshold;
-      80           1 : }
-      81             : 
-      82           0 : double SynchrotronRadiation::getSecondaryThreshold() const {
-      83           0 :         return secondaryThreshold;
-      84             : }
-      85             : 
-      86           1 : void SynchrotronRadiation::initSpectrum() {
-      87           2 :         std::string filename = getDataPath("Synchrotron/spectrum.txt");
-      88           1 :         std::ifstream infile(filename.c_str());
-      89             : 
-      90           1 :         if (!infile.good())
-      91           0 :                 throw std::runtime_error("SynchrotronRadiation: could not open file " + filename);
-      92             : 
-      93             :         // clear previously loaded interaction rates
-      94           1 :         tabx.clear();
-      95           1 :         tabCDF.clear();
-      96             : 
-      97        1407 :         while (infile.good()) {
-      98        1406 :                 if (infile.peek() != '#') {
-      99             :                         double a, b;
-     100             :                         infile >> a >> b;
-     101        1402 :                         if (infile) {
-     102        1401 :                                 tabx.push_back(pow(10, a));
-     103        1401 :                                 tabCDF.push_back(b);
-     104             :                         }
-     105             :                 }
-     106        1406 :                 infile.ignore(std::numeric_limits < std::streamsize > ::max(), '\n');
-     107             :         }
-     108           1 :         infile.close();
-     109           2 : }
-     110             : 
-     111           1 : void SynchrotronRadiation::process(Candidate *candidate) const {
-     112           1 :         double charge = fabs(candidate->current.getCharge());
-     113           1 :         if (charge == 0)
-     114           0 :                 return; // only charged particles
-     115             : 
-     116             :         // calculate gyroradius, evaluated at the current position
-     117           1 :         double z = candidate->getRedshift();
-     118             :         double B;
-     119           1 :         if (field.valid()) {
-     120           0 :                 Vector3d Bvec = field->getField(candidate->current.getPosition(), z);
-     121           0 :                 B = Bvec.cross(candidate->current.getDirection()).getR();
-     122             :         } else {
-     123           1 :                 B = sqrt(2. / 3) * Brms; // average perpendicular field component
-     124             :         }
-     125           1 :         B *= pow(1 + z, 2); // cosmological scaling
-     126           1 :         double Rg = candidate->current.getMomentum().getR() / charge / B;
-     127             : 
-     128             :         // calculate energy loss
-     129           1 :         double lf = candidate->current.getLorentzFactor();
-     130           1 :         double dEdx = 1. / 6 / M_PI / epsilon0 * pow(lf * lf - 1, 2) * pow(charge / Rg, 2); // Jackson p. 770 (14.31)
-     131           1 :         double step = candidate->getCurrentStep() / (1 + z); // step size in local frame
-     132           1 :         double dE = step * dEdx;
-     133             : 
-     134             :         // apply energy loss and limit next step
-     135           1 :         double E = candidate->current.getEnergy();
-     136           1 :         candidate->current.setEnergy(E - dE);
-     137           1 :         candidate->limitNextStep(limit * E / dEdx);
-     138             : 
-     139             :         // optionally add secondary photons
-     140           1 :         if (not(havePhotons))
-     141             :                 return;
-     142             : 
-     143             :         // check if photons with energies > 14 * Ecrit are possible
-     144           1 :         double Ecrit = 3. / 4 * h_planck / M_PI * c_light * pow(lf, 3) / Rg;
-     145           1 :         if (14 * Ecrit < secondaryThreshold)
-     146             :                 return;
-     147             : 
-     148             :         // draw photons up to the total energy loss
-     149             :         // if maximumSamples is reached before that, compensate the total energy afterwards
-     150           1 :         Random &random = Random::instance();
-     151             :         double dE0 = dE;
-     152             :         std::vector<double> energies;
-     153             :         int counter = 0;
-     154     3620603 :         while (dE > 0) {
-     155             :                 // draw random value between 0 and maximum of corresponding cdf
-     156             :                 // choose bin of s where cdf(x) = cdf_rand -> x_rand
-     157     3620602 :                 size_t i = random.randBin(tabCDF); // draw random bin (upper bin boundary returned)
-     158     3620602 :                 double binWidth = (tabx[i] - tabx[i-1]);
-     159     3620602 :                 double x = tabx[i-1] + random.rand() * binWidth; // draw random x uniformly distributed in bin
-     160     3620602 :                 double Ephoton = x * Ecrit;
-     161             : 
-     162             :                 // if the remaining energy is not sufficient check for random accepting
-     163     3620602 :                 if (Ephoton > dE) {
-     164           1 :                         if (random.rand() > (dE / Ephoton))
-     165             :                                 break; // not accepted
-     166             :                 }
-     167             : 
-     168             :                 // only activate the "per-step" sampling if maximumSamples is explicitly set.
-     169     3620602 :                 if (maximumSamples > 0) {
-     170           0 :                         if (counter >= maximumSamples) 
-     171             :                                 break;                  
-     172             :                 }
-     173             : 
-     174             :                 // store energies in array
-     175     3620602 :                 energies.push_back(Ephoton);
-     176             : 
-     177             :                 // energy loss
-     178     3620602 :                 dE -= Ephoton;
-     179             : 
-     180             :                 // counter for sampling break condition;
-     181     3620602 :                 counter++;
-     182             :         }
-     183             : 
-     184             :         // while loop before gave total energy which is just a fraction of the required
-     185             :         double w1 = 1;
-     186           1 :         if (maximumSamples > 0 && dE > 0)
-     187           0 :                 w1 = 1. / (1. - dE / dE0); 
-     188             : 
-     189             :         // loop over sampled photons and attribute weights accordingly
-     190     3620603 :         for (int i = 0; i < energies.size(); i++) {
-     191     3620602 :                 double Ephoton = energies[i];
-     192     3620602 :                 double f = Ephoton / (E - dE0);
-     193     3620602 :                 double w = w1 / pow(f, thinning);
-     194             : 
-     195             :                 // thinning procedure: accepts only a few random secondaries
-     196     3620602 :                 if (random.rand() < pow(f, thinning)) {
-     197     3620602 :                         Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition());
-     198     3620602 :                         if (Ephoton > secondaryThreshold) // create only photons with energies above threshold
-     199     3309554 :                                 candidate->addSecondary(22, Ephoton, pos, w, interactionTag);
-     200             :                 }
-     201             :         }
-     202             : }
-     203             : 
-     204           0 : std::string SynchrotronRadiation::getDescription() const {
-     205           0 :         std::stringstream s;
-     206           0 :         s << "Synchrotron radiation";
-     207           0 :         if (field.valid())
-     208           0 :                 s << " for specified magnetic field";
-     209             :         else
-     210           0 :                 s << " for Brms = " << Brms / nG << " nG";
-     211           0 :         if (havePhotons)
-     212           0 :                 s << ", synchrotron photons E > " << secondaryThreshold / eV << " eV";
-     213             :         else
-     214           0 :                 s << ", no synchrotron photons";
-     215           0 :         if (maximumSamples > 0)
-     216           0 :                 s << "maximum number of photon samples: " << maximumSamples;
-     217           0 :         if (thinning > 0)
-     218           0 :                 s << "thinning parameter: " << thinning; 
-     219           0 :         return s.str();
-     220           0 : }
-     221             : 
-     222           1 : void SynchrotronRadiation::setInteractionTag(std::string tag) {
-     223           1 :         interactionTag = tag;
-     224           1 : }
-     225             : 
-     226           2 : std::string SynchrotronRadiation::getInteractionTag() const {
-     227           2 :         return interactionTag;
-     228             : }
-     229             : 
-     230             : } // namespace crpropa
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Current view:top level - src/module - TextOutput.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:91464.3 %
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_ZNK7crpropa10TextOutput11printHeaderEv9
_ZN7crpropa10TextOutput5closeEv10
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Current view:top level - src/module - TextOutput.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa10TextOutput4gzipEv0
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-       1             : #include "crpropa/module/TextOutput.h"
-       2             : #include "crpropa/module/ParticleCollector.h"
-       3             : #include "crpropa/Units.h"
-       4             : #include "crpropa/Version.h"
-       5             : #include "crpropa/Random.h"
-       6             : #include "crpropa/base64.h"
-       7             : 
-       8             : #include "kiss/string.h"
-       9             : 
-      10             : #include <cstdio>
-      11             : #include <stdexcept>
-      12             : #include <iostream>
-      13             : 
-      14             : #ifdef CRPROPA_HAVE_ZLIB
-      15             : #include <izstream.hpp>
-      16             : #include <ozstream.hpp>
-      17             : #endif
-      18             : 
-      19             : namespace crpropa {
-      20             : 
-      21           0 : TextOutput::TextOutput() : Output(), out(&std::cout), storeRandomSeeds(false) {
-      22           0 : }
-      23             : 
-      24           7 : TextOutput::TextOutput(OutputType outputtype) : Output(outputtype), out(&std::cout), storeRandomSeeds(false) {
-      25           7 : }
-      26             : 
-      27           0 : TextOutput::TextOutput(std::ostream &out) : Output(), out(&out), storeRandomSeeds(false) {
-      28           0 : }
-      29             : 
-      30           0 : TextOutput::TextOutput(std::ostream &out,
-      31           0 :                 OutputType outputtype) : Output(outputtype), out(&out), storeRandomSeeds(false) {
-      32           0 : }
-      33             : 
-      34           4 : TextOutput::TextOutput(const std::string &filename) :  Output(), outfile(filename.c_str(),
-      35           2 :                                 std::ios::binary), out(&outfile),  filename(
-      36           4 :                                 filename), storeRandomSeeds(false) {
-      37           2 :         if (!outfile.is_open())
-      38           2 :                 throw std::runtime_error(std::string("Cannot create file: ") + filename);
-      39           3 :         if (kiss::ends_with(filename, ".gz"))
-      40           0 :                 gzip();
-      41           3 : }
-      42             : 
-      43           1 : TextOutput::TextOutput(const std::string &filename,
-      44           2 :                                 OutputType outputtype) : Output(outputtype), outfile(filename.c_str(),
-      45           1 :                                 std::ios::binary), out(&outfile), filename(
-      46           2 :                                 filename), storeRandomSeeds(false) {
-      47           1 :         if (!outfile.is_open())
-      48           0 :                 throw std::runtime_error(std::string("Cannot create file: ") + filename);
-      49           2 :         if (kiss::ends_with(filename, ".gz"))
-      50           0 :                 gzip();
-      51           1 : }
-      52             : 
-      53           9 : void TextOutput::printHeader() const {
-      54           9 :         *out << "#";
-      55           9 :         if (fields.test(TrajectoryLengthColumn))
-      56           6 :                 *out << "\tD";
-      57           9 :         if (fields.test(RedshiftColumn))
-      58           2 :                 *out << "\tz";
-      59           9 :         if (fields.test(SerialNumberColumn))
-      60           3 :                 *out << "\tSN";
-      61           9 :         if (fields.test(CurrentIdColumn))
-      62           8 :                 *out << "\tID";
-      63           9 :         if (fields.test(CurrentEnergyColumn))
-      64           8 :                 *out << "\tE";
-      65           9 :         if (fields.test(CurrentPositionColumn) && oneDimensional)
-      66           2 :                 *out << "\tX";
-      67           9 :         if (fields.test(CurrentPositionColumn) && not oneDimensional)
-      68           3 :                 *out << "\tX\tY\tZ";
-      69           9 :         if (fields.test(CurrentDirectionColumn) && not oneDimensional)
-      70           3 :                 *out << "\tPx\tPy\tPz";
-      71           9 :         if (fields.test(SerialNumberColumn))
-      72           3 :                 *out << "\tSN0";
-      73           9 :         if (fields.test(SourceIdColumn))
-      74           6 :                 *out << "\tID0";
-      75           9 :         if (fields.test(SourceEnergyColumn))
-      76           6 :                 *out << "\tE0";
-      77           9 :         if (fields.test(SourcePositionColumn) && oneDimensional) 
-      78           1 :                 *out << "\tX0";
-      79           9 :         if (fields.test(SourcePositionColumn) && not oneDimensional)
-      80           2 :                 *out << "\tX0\tY0\tZ0";
-      81           9 :         if (fields.test(SourceDirectionColumn) && not oneDimensional)
-      82           2 :                 *out << "\tP0x\tP0y\tP0z";
-      83           9 :         if (fields.test(SerialNumberColumn))
-      84           3 :                 *out << "\tSN1";
-      85           9 :         if (fields.test(CreatedIdColumn))
-      86           2 :                 *out << "\tID1";
-      87           9 :         if (fields.test(CreatedEnergyColumn))
-      88           2 :                 *out << "\tE1";
-      89           9 :         if (fields.test(CreatedPositionColumn) && oneDimensional)
-      90           1 :                 *out << "\tX1";
-      91           9 :         if (fields.test(CreatedPositionColumn) && not oneDimensional)
-      92           1 :                 *out << "\tX1\tY1\tZ1";
-      93           9 :         if (fields.test(CreatedDirectionColumn) && not oneDimensional)
-      94           1 :                 *out << "\tP1x\tP1y\tP1z";
-      95           9 :         if (fields.test(WeightColumn))
-      96           2 :                 *out << "\tW";
-      97           9 :         if (fields.test(CandidateTagColumn))
-      98           3 :                 *out << "\ttag";
-      99           9 :         for(std::vector<Property>::const_iterator iter = properties.begin();
-     100          10 :                         iter != properties.end(); ++iter)
-     101             :         {
-     102           1 :                 *out << "\t" << (*iter).name;
-     103             :         }
-     104             : 
-     105           9 :         *out << "\n#\n";
-     106           9 :         if (fields.test(TrajectoryLengthColumn))
-     107           6 :                 *out << "# D             Trajectory length [" << lengthScale / Mpc
-     108           6 :                                 << " Mpc]\n";
-     109           9 :         if (fields.test(RedshiftColumn))
-     110           2 :                 *out << "# z             Redshift\n";
-     111           9 :         if (fields.test(SerialNumberColumn))
-     112           3 :                 *out << "# SN/SN0/SN1    Serial number. Unique (within this run) id of the particle.\n";
-     113           1 :         if (fields.test(CurrentIdColumn) || fields.test(CreatedIdColumn)
-     114          10 :                         || fields.test(SourceIdColumn))
-     115           8 :                 *out << "# ID/ID0/ID1    Particle type (PDG MC numbering scheme)\n";
-     116           1 :         if (fields.test(CurrentEnergyColumn) || fields.test(CreatedEnergyColumn)
-     117          10 :                         || fields.test(SourceEnergyColumn))
-     118           8 :                 *out << "# E/E0/E1       Energy [" << energyScale / EeV << " EeV]\n";
-     119           4 :         if (fields.test(CurrentPositionColumn) || fields.test(CreatedPositionColumn)
-     120          13 :                         || fields.test(SourcePositionColumn))
-     121           5 :                 *out << "# X/X0/X1...    Position [" << lengthScale / Mpc << " Mpc]\n";
-     122             :         if (fields.test(CurrentDirectionColumn)
-     123           5 :                         || fields.test(CreatedDirectionColumn)
-     124          14 :                         || fields.test(SourceDirectionColumn))
-     125           4 :                 *out << "# Px/P0x/P1x... Heading (unit vector of momentum)\n";
-     126           9 :         if (fields.test(WeightColumn))
-     127           2 :                 *out << "# W             Weights" << " \n";
-     128           9 :         if (fields.test(CandidateTagColumn)) {
-     129           3 :                 *out << "# tag           Candidate tag can be given by the source feature (user defined tag) or by the following interaction process \n";
-     130           3 :                 *out << "#\tES  \tElasticScattering \n" << "#\tEPP \tElectronPairProduction \n" << "#\tEMPP\tEMPairProduction\n"
-     131             :                         << "#\tEMDP\tEMDoublePairProduction\n" << "#\tEMTP\tEMTripletPairProduction \n" << "#\tEMIC\tEMInverseComptonScattering\n"
-     132             :                         << "#\tND  \tNuclearDecay\n" << "#\tPD  \tPhotoDisintegration\n" << "#\tPPP  \tPhotoPionProduction\n" << "#\tSYN \tSynchrotronRadiation\n"
-     133           3 :                         << "#\tPRIM/SEC\t primary / secondary particle\n";
-     134             :         }
-     135           9 :         for(std::vector<Property>::const_iterator iter = properties.begin();
-     136          10 :                         iter != properties.end(); ++iter)
-     137             :         {
-     138           2 :                         *out << "# " << (*iter).name << " " << (*iter).comment << "\n";
-     139             :         }
-     140             : 
-     141           9 :         *out << "# no index = current, 0 = at source, 1 = at point of creation\n#\n";
-     142          18 :         *out << "# CRPropa version: " << g_GIT_DESC << "\n#\n";
-     143             : 
-     144           9 :         if (storeRandomSeeds)
-     145             :         {
-     146           0 :                 *out << "# Random seeds:\n";
-     147           0 :                 std::vector< std::vector<uint32_t> > seeds = Random::getSeedThreads();
-     148             : 
-     149           0 :                 for (size_t i =0; i < seeds.size(); i++)
-     150             :                 {
-     151           0 :                         std::string encoded_data = Base64::encode((unsigned char*) &seeds[i][0], sizeof(seeds[i][0]) * seeds[i].size() / sizeof(unsigned char));
-     152           0 :                         *out << "#   Thread " << i << ": ";
-     153           0 :                         *out << encoded_data;
-     154           0 :                         *out << "\n";
-     155             :                 }
-     156           0 :         }
-     157           9 : }
-     158             : 
-     159          54 : void TextOutput::process(Candidate *c) const {
-     160          54 :         if (fields.none() && properties.empty())
-     161           0 :                 return;
-     162             : 
-     163             :         char buffer[1024];
-     164             :         size_t p = 0;
-     165             : 
-     166          54 :         std::locale old_locale = std::locale::global(std::locale::classic());
-     167             : 
-     168          54 :         if (fields.test(TrajectoryLengthColumn))
-     169          51 :                 p += std::sprintf(buffer + p, "%8.5E\t",
-     170          51 :                                 c->getTrajectoryLength() / lengthScale);
-     171             : 
-     172          54 :         if (fields.test(RedshiftColumn))
-     173          47 :                 p += std::sprintf(buffer + p, "%1.5E\t", c->getRedshift());
-     174             : 
-     175          54 :         if (fields.test(SerialNumberColumn))
-     176          48 :                 p += std::sprintf(buffer + p, "%10lu\t",
-     177             :                                 c->getSerialNumber());
-     178          54 :         if (fields.test(CurrentIdColumn))
-     179          53 :                 p += std::sprintf(buffer + p, "%10i\t", c->current.getId());
-     180          54 :         if (fields.test(CurrentEnergyColumn))
-     181          53 :                 p += std::sprintf(buffer + p, "%8.5E\t",
-     182          53 :                                 c->current.getEnergy() / energyScale);
-     183          54 :         if (fields.test(CurrentPositionColumn)) {
-     184          50 :                 if (oneDimensional) {
-     185          37 :                         p += std::sprintf(buffer + p, "%8.5E\t",
-     186          37 :                                         c->current.getPosition().x / lengthScale);
-     187             :                 } else {
-     188          13 :                         const Vector3d pos = c->current.getPosition() / lengthScale;
-     189          13 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
-     190             :                                         pos.z);
-     191             :                 }
-     192             :         }
-     193          54 :         if (fields.test(CurrentDirectionColumn)) {
-     194          49 :                 if (not oneDimensional) {
-     195          13 :                         const Vector3d pos = c->current.getDirection();
-     196          13 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
-     197             :                                         pos.z);
-     198             :                 }
-     199             :         }
-     200             : 
-     201          54 :         if (fields.test(SerialNumberColumn))
-     202          48 :                 p += std::sprintf(buffer + p, "%10lu\t", c->getSourceSerialNumber());
-     203          54 :         if (fields.test(SourceIdColumn))
-     204          51 :                 p += std::sprintf(buffer + p, "%10i\t", c->source.getId());
-     205          54 :         if (fields.test(SourceEnergyColumn))
-     206          51 :                 p += std::sprintf(buffer + p, "%8.5E\t",
-     207          51 :                                 c->source.getEnergy() / energyScale);
-     208          54 :         if (fields.test(SourcePositionColumn)) {
-     209          48 :                 if (oneDimensional) {
-     210          36 :                         p += std::sprintf(buffer + p, "%8.5E\t",
-     211          36 :                                         c->source.getPosition().x / lengthScale);
-     212             :                 } else {
-     213          12 :                         const Vector3d pos = c->source.getPosition() / lengthScale;
-     214          12 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
-     215             :                                         pos.z);
-     216             :                 }
-     217             :         }
-     218          54 :         if (fields.test(SourceDirectionColumn)) {
-     219          48 :                 if (not oneDimensional) {
-     220          12 :                         const Vector3d pos = c->source.getDirection();
-     221          12 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
-     222             :                                         pos.z);
-     223             :                 }
-     224             : 
-     225             :         }
-     226             : 
-     227          54 :         if (fields.test(SerialNumberColumn))
-     228          48 :                 p += std::sprintf(buffer + p, "%10lu\t",
-     229             :                                 c->getCreatedSerialNumber());
-     230          54 :         if (fields.test(CreatedIdColumn))
-     231          47 :                 p += std::sprintf(buffer + p, "%10i\t", c->created.getId());
-     232          54 :         if (fields.test(CreatedEnergyColumn))
-     233          47 :                 p += std::sprintf(buffer + p, "%8.5E\t",
-     234          47 :                                 c->created.getEnergy() / energyScale);
-     235          54 :         if (fields.test(CreatedPositionColumn)) {
-     236          47 :                 if (oneDimensional) {
-     237          36 :                         p += std::sprintf(buffer + p, "%8.5E\t",
-     238          36 :                                         c->created.getPosition().x / lengthScale);
-     239             :                 } else {
-     240          11 :                         const Vector3d pos = c->created.getPosition() / lengthScale;
-     241          11 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
-     242             :                                         pos.z);
-     243             :                 }
-     244             :         }
-     245          54 :         if (fields.test(CreatedDirectionColumn)) {
-     246          47 :                 if (not oneDimensional) {
-     247          11 :                         const Vector3d pos = c->created.getDirection();
-     248          11 :                         p += std::sprintf(buffer + p, "%8.5E\t%8.5E\t%8.5E\t", pos.x, pos.y,
-     249             :                                         pos.z);
-     250             :                 }
-     251             :         }
-     252          54 :         if (fields.test(WeightColumn)) {
-     253          47 :                 p += std::sprintf(buffer + p, "%8.5E\t", c->getWeight());
-     254             :         }
-     255          54 :         if (fields.test(CandidateTagColumn)) {
-     256          48 :                 p += std::sprintf(buffer + p, "%s\t", c->getTagOrigin().c_str());
-     257             :         }
-     258             : 
-     259          54 :         for(std::vector<Output::Property>::const_iterator iter = properties.begin();
-     260          55 :                         iter != properties.end(); ++iter) {
-     261           1 :                   Variant v;
-     262           1 :                         if (c->hasProperty((*iter).name)) {
-     263           0 :                                 v = c->getProperty((*iter).name);
-     264             :                         } else {
-     265           1 :                                 v = (*iter).defaultValue;
-     266             :                         }
-     267           1 :                         p += std::sprintf(buffer + p, "%s", v.toString("\t").c_str());
-     268           1 :                         p += std::sprintf(buffer + p, "\t");
-     269           1 :         }
-     270          54 :         buffer[p - 1] = '\n';
-     271             : 
-     272          54 :         std::locale::global(old_locale);
-     273             : 
-     274         108 : #pragma omp critical
-     275             :         {
-     276          54 :                 if (count == 0)
-     277           9 :                         printHeader();
-     278          54 :                 Output::process(c);
-     279          54 :                 out->write(buffer, p);
-     280             :         }
-     281             : 
-     282          54 : }
-     283             : 
-     284           1 : void TextOutput::load(const std::string &filename, ParticleCollector *collector){
-     285             : 
-     286             :         std::string line;
-     287             :         std::istream *in;
-     288           1 :         std::ifstream infile(filename.c_str());
-     289             :         
-     290             :         double lengthScale = Mpc; // default Mpc
-     291             :         double energyScale = EeV; // default EeV
-     292             : 
-     293           1 :         if (!infile.good())
-     294           0 :                 throw std::runtime_error("crpropa::TextOutput: could not open file " + filename);
-     295             :         in = &infile;
-     296             :         
-     297           2 :         if (kiss::ends_with(filename, ".gz")){
-     298             : #ifdef CRPROPA_HAVE_ZLIB
-     299           0 :                 in = new zstream::igzstream(*in);
-     300             : #else
-     301             :                 throw std::runtime_error("CRPropa was built without Zlib compression!");
-     302             : #endif
-     303             :         }
-     304             : 
-     305          38 :         while (std::getline(*in, line)) {
-     306          37 :                 std::stringstream stream(line);
-     307          37 :                 if (stream.peek() == '#')
-     308             :                         continue;
-     309             : 
-     310          22 :                 ref_ptr<Candidate> c = new Candidate(); 
-     311             :                 double val_d; int val_i;
-     312             :                 double x, y, z;
-     313             :                 stream >> val_d;
-     314          11 :                 c->setTrajectoryLength(val_d*lengthScale); // D
-     315             :                 stream >> val_d;
-     316          11 :                 c->setRedshift(val_d); // z
-     317          11 :                 stream >> val_i;
-     318          11 :                 c->setSerialNumber(val_i); // SN
-     319          11 :                 stream >> val_i;
-     320          11 :                 c->current.setId(val_i); // ID
-     321             :                 stream >> val_d;
-     322          11 :                 c->current.setEnergy(val_d*energyScale); // E
-     323             :                 stream >> x >> y >> z;
-     324          11 :                 c->current.setPosition(Vector3d(x, y, z)*lengthScale); // X, Y, Z
-     325             :                 stream >> x >> y >> z;
-     326          11 :                 c->current.setDirection(Vector3d(x, y, z)*lengthScale); // Px, Py, Pz
-     327          11 :                 stream >> val_i; // SN0 (TODO: Reconstruct the parent-child relationship)
-     328          11 :                 stream >> val_i;
-     329          11 :                 c->source.setId(val_i); // ID0
-     330             :                 stream >> val_d;
-     331          11 :                 c->source.setEnergy(val_d*energyScale);      // E0
-     332             :                 stream >> x >> y >> z;
-     333          11 :                 c->source.setPosition(Vector3d(x, y, z)*lengthScale); // X0, Y0, Z0
-     334             :                 stream >> x >> y >> z;
-     335          11 :                 c->source.setDirection(Vector3d(x, y, z)*lengthScale); // P0x, P0y, P0z
-     336          11 :                 stream >> val_i; // SN1
-     337          11 :                 stream >> val_i;
-     338          11 :                 c->created.setId(val_i); // ID1
-     339             :                 stream >> val_d;
-     340          11 :                 c->created.setEnergy(val_d*energyScale); // E1
-     341             :                 stream >> x >> y >> z;
-     342          11 :                 c->created.setPosition(Vector3d(x, y, z)*lengthScale); // X1, Y1, Z1
-     343             :                 stream >> x >> y >> z;
-     344          11 :                 c->created.setDirection(Vector3d(x, y, z)*lengthScale); // P1x, P1y, P1z
-     345             :                 stream >> val_d;
-     346          11 :                 c->setWeight(val_d); // W
-     347             : 
-     348          22 :                 collector->process(c);
-     349          37 :         }
-     350           1 :         infile.close();
-     351           2 : }
-     352             : 
-     353           0 : std::string TextOutput::getDescription() const {
-     354           0 :         return "TextOutput";
-     355             : }
-     356             : 
-     357          10 : void TextOutput::close() {
-     358             : #ifdef CRPROPA_HAVE_ZLIB
-     359          10 :         zstream::ogzstream *zs = dynamic_cast<zstream::ogzstream *>(out);
-     360          10 :         if (zs) {
-     361           0 :                 zs->close();
-     362           0 :                 delete out;
-     363           0 :                 out = 0;
-     364             :         }
-     365             : #endif
-     366          10 :         outfile.flush();
-     367          10 : }
-     368             : 
-     369          10 : TextOutput::~TextOutput() {
-     370           9 :         close();
-     371          10 : }
-     372             : 
-     373           0 : void TextOutput::gzip() {
-     374             : #ifdef CRPROPA_HAVE_ZLIB
-     375           0 :         out = new zstream::ogzstream(*out);
-     376             : #else
-     377             :         throw std::runtime_error("CRPropa was built without Zlib compression!");
-     378             : #endif
-     379           0 : }
-     380             : 
-     381             : } // namespace crpropa
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LCOV - code coverage report
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Current view:top level - src/module - Tools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:77010.0 %
Date:2024-04-08 14:58:22Functions:21612.5 %
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Function Name Sort by function nameHit count Sort by hit count
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Current view:top level - src/module - Tools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:77010.0 %
Date:2024-04-08 14:58:22Functions:21612.5 %
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Function Name Sort by function nameHit count Sort by hit count
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Current view:top level - src/module - Tools.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:77010.0 %
Date:2024-04-08 14:58:22Functions:21612.5 %
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-       1             : #include "crpropa/module/Tools.h"
-       2             : #include "crpropa/Clock.h"
-       3             : 
-       4             : #include <iostream>
-       5             : #include <sstream>
-       6             : 
-       7             : using namespace std;
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11           0 : PerformanceModule::~PerformanceModule() {
-      12             :         double total = 0;
-      13           0 :         for (size_t i = 0; i < modules.size(); i++) {
-      14             :                 _module_info &m = modules[i];
-      15           0 :                 total += m.time;
-      16             :         }
-      17           0 :         cout << "Performance for " << calls << " calls:" << endl;
-      18           0 :         for (size_t i = 0; i < modules.size(); i++) {
-      19             :                 _module_info &m = modules[i];
-      20           0 :                 cout << " - " << floor((1000 * m.time / total) + 0.5) / 10 << "% -> "
-      21           0 :                                 << m.module->getDescription() << ": " << (m.time / calls)
-      22             :                                 << endl;
-      23             :         }
-      24           0 : }
-      25             : 
-      26           0 : void PerformanceModule::add(Module *module) {
-      27             :         _module_info info;
-      28           0 :         info.module = module;
-      29           0 :         info.time = 0;
-      30           0 :         modules.push_back(info);
-      31           0 : }
-      32             : 
-      33           0 : void PerformanceModule::process(Candidate *candidate) const {
-      34           0 :         vector<double> times(modules.size());
-      35           0 :         for (size_t i = 0; i < modules.size(); i++) {
-      36             :                 _module_info &m = modules[i];
-      37           0 :                 double start = Clock::getInstance().getMillisecond();
-      38           0 :                 m.module->process(candidate);
-      39           0 :                 double end = Clock::getInstance().getMillisecond();
-      40           0 :                 times[i] = end - start;
-      41             :         }
-      42             : 
-      43           0 : #pragma omp critical
-      44             :         {
-      45           0 :                 for (size_t i = 0; i < modules.size(); i++) {
-      46             :                         _module_info &m = modules[i];
-      47           0 :                         m.time += times[i];
-      48             :                 }
-      49           0 :                 calls++;
-      50             :         }
-      51           0 : }
-      52             : 
-      53           0 : string PerformanceModule::getDescription() const {
-      54           0 :         stringstream sstr;
-      55           0 :         sstr << "PerformanceModule (";
-      56           0 :         for (size_t i = 0; i < modules.size(); i++) {
-      57             :                 _module_info &m = modules[i];
-      58           0 :                 if (i > 0)
-      59           0 :                         sstr << ", ";
-      60           0 :                 sstr << m.module->getDescription();
-      61             :         }
-      62           0 :         sstr << ")";
-      63           0 :         return sstr.str();
-      64           0 : }
-      65             : 
-      66             : // ----------------------------------------------------------------------------
-      67           0 : ParticleFilter::ParticleFilter() {
-      68             : 
-      69           0 : }
-      70           1 : ParticleFilter::ParticleFilter(const std::set<int> &ids) : ids(ids) {
-      71             : 
-      72           1 : }
-      73           0 : void ParticleFilter::addId(int id) {
-      74             :         ids.insert(id);
-      75           0 : }
-      76           0 : void ParticleFilter::removeId(int id) {
-      77             :         ids.erase(id);
-      78           0 : }
-      79             : 
-      80           0 : std::set<int> &ParticleFilter::getIds() {
-      81           0 :         return ids;
-      82             : }
-      83             : 
-      84           7 : void ParticleFilter::process(Candidate* candidate) const {
-      85          14 :         if (ids.find(candidate->current.getId()) == ids.end())
-      86           5 :                 reject(candidate);
-      87             :         else
-      88           2 :                 accept(candidate);
-      89           7 : }
-      90             : 
-      91           0 : string ParticleFilter::getDescription() const {
-      92           0 :         stringstream sstr;
-      93           0 :         sstr << "ParticleFilter: ";
-      94           0 :         for (std::set<int>::const_iterator i = ids.begin(); i != ids.end(); i++) {
-      95           0 :                 sstr << *i << ", ";
-      96             :         }
-      97           0 :         sstr << ")";
-      98           0 :         return sstr.str();
-      99           0 : }
-     100             : 
-     101             : // ----------------------------------------------------------------------------
-     102           0 : EmissionMapFiller::EmissionMapFiller(EmissionMap *emissionMap) : emissionMap(emissionMap) {
-     103             : 
-     104           0 : }
-     105             : 
-     106           0 : void EmissionMapFiller::setEmissionMap(EmissionMap *emissionMap) {
-     107           0 :         this->emissionMap = emissionMap;
-     108           0 : }
-     109             : 
-     110           0 : void EmissionMapFiller::process(Candidate* candidate) const {
-     111           0 :         if (emissionMap) {
-     112           0 :                 #pragma omp critical
-     113             :                 {
-     114           0 :                         emissionMap->fillMap(candidate->source);
-     115             :                 }
-     116             :         }
-     117           0 : }
-     118             : 
-     119           0 : string EmissionMapFiller::getDescription() const {
-     120           0 :         return "EmissionMapFiller";
-     121             : }
-     122             : 
-     123             : } // namespace crpropa
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LCOV - code coverage report
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Current view:top level - src/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:2250354763.4 %
Date:2024-04-08 14:58:22Functions:28648559.0 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
OutputShell.cpp -
0.0%
- 		0.0 %0 / 270.0 %0 / 6
PhotonOutput1D.cpp -
0.0%
- 		0.0 %0 / 560.0 %0 / 9
Acceleration.cpp -
0.0%
- 		0.0 %0 / 890.0 %0 / 14
Tools.cpp -
10.0%10.0%
- 		10.0 %7 / 7012.5 %2 / 16
Redshift.cpp -
32.1%32.1%
- 		32.1 %9 / 2825.0 %1 / 4
SimplePropagation.cpp -
36.4%36.4%
- 		36.4 %12 / 3328.6 %2 / 7
HDF5Output.cpp -
5.0%5.0%
- 		5.0 %12 / 24128.6 %4 / 14
MomentumDiffusion.cpp -
24.4%24.4%
- 		24.4 %11 / 4530.0 %3 / 10
Observer.cpp -
44.4%44.4%
- 		44.4 %80 / 18036.4 %16 / 44
BreakCondition.cpp -
36.6%36.6%
- 		36.6 %63 / 17239.5 %15 / 38
Boundary.cpp -
48.4%48.4%
- 		48.4 %106 / 21944.4 %20 / 45
SynchrotronRadiation.cpp -
61.8%61.8%
- 		61.8 %81 / 13147.6 %10 / 21
PhotoPionProduction.cpp -
63.6%63.6%
- 		63.6 %246 / 38760.0 %24 / 40
TextOutput.cpp -
88.0%88.0%
- 		88.0 %219 / 24964.3 %9 / 14
RestrictToRegion.cpp -
50.0%50.0%
- 		50.0 %6 / 1266.7 %2 / 3
ParticleCollector.cpp -
75.0%75.0%
- 		75.0 %54 / 7270.8 %17 / 24
ElasticScattering.cpp -
90.0%90.0%
- 		90.0 %63 / 7071.4 %5 / 7
PhotoDisintegration.cpp -
80.0%80.0%
- 		80.0 %140 / 17583.3 %10 / 12
NuclearDecay.cpp -
81.5%81.5%
- 		81.5 %137 / 16884.6 %11 / 13
Output.cpp -
89.8%89.8%
- 		89.8 %88 / 9887.5 %14 / 16
DiffusionSDE.cpp -
76.2%76.2%
- 		76.2 %154 / 20288.0 %22 / 25
ElectronPairProduction.cpp -
92.4%92.4%
- 		92.4 %85 / 9290.0 %9 / 10
CandidateSplitting.cpp -
86.9%86.9%
- 		86.9 %53 / 6190.9 %10 / 11
PropagationCK.cpp -
87.6%87.6%
- 		87.6 %85 / 9792.9 %13 / 14
PropagationBP.cpp -
88.5%88.5%
- 		88.5 %92 / 10493.8 %15 / 16
AdiabaticCooling.cpp -
85.2%85.2%
- 		85.2 %23 / 27100.0 %5 / 5
EMDoublePairProduction.cpp -
94.4%94.4%
- 		94.4 %68 / 72100.0 %10 / 10
EMTripletPairProduction.cpp -
94.0%94.0%
- 		94.0 %94 / 100100.0 %11 / 11
EMInverseComptonScattering.cpp -
96.2%96.2%
- 		96.2 %128 / 133100.0 %13 / 13
EMPairProduction.cpp -
97.8%97.8%
- 		97.8 %134 / 137100.0 %13 / 13
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LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - src/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:2250354763.4 %
Date:2024-04-08 14:58:22Functions:28648559.0 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
OutputShell.cpp -
0.0%
- 		0.0 %0 / 270.0 %0 / 6
PhotonOutput1D.cpp -
0.0%
- 		0.0 %0 / 560.0 %0 / 9
Acceleration.cpp -
0.0%
- 		0.0 %0 / 890.0 %0 / 14
HDF5Output.cpp -
5.0%5.0%
- 		5.0 %12 / 24128.6 %4 / 14
Tools.cpp -
10.0%10.0%
- 		10.0 %7 / 7012.5 %2 / 16
MomentumDiffusion.cpp -
24.4%24.4%
- 		24.4 %11 / 4530.0 %3 / 10
Redshift.cpp -
32.1%32.1%
- 		32.1 %9 / 2825.0 %1 / 4
SimplePropagation.cpp -
36.4%36.4%
- 		36.4 %12 / 3328.6 %2 / 7
BreakCondition.cpp -
36.6%36.6%
- 		36.6 %63 / 17239.5 %15 / 38
Observer.cpp -
44.4%44.4%
- 		44.4 %80 / 18036.4 %16 / 44
Boundary.cpp -
48.4%48.4%
- 		48.4 %106 / 21944.4 %20 / 45
RestrictToRegion.cpp -
50.0%50.0%
- 		50.0 %6 / 1266.7 %2 / 3
SynchrotronRadiation.cpp -
61.8%61.8%
- 		61.8 %81 / 13147.6 %10 / 21
PhotoPionProduction.cpp -
63.6%63.6%
- 		63.6 %246 / 38760.0 %24 / 40
ParticleCollector.cpp -
75.0%75.0%
- 		75.0 %54 / 7270.8 %17 / 24
DiffusionSDE.cpp -
76.2%76.2%
- 		76.2 %154 / 20288.0 %22 / 25
PhotoDisintegration.cpp -
80.0%80.0%
- 		80.0 %140 / 17583.3 %10 / 12
NuclearDecay.cpp -
81.5%81.5%
- 		81.5 %137 / 16884.6 %11 / 13
AdiabaticCooling.cpp -
85.2%85.2%
- 		85.2 %23 / 27100.0 %5 / 5
CandidateSplitting.cpp -
86.9%86.9%
- 		86.9 %53 / 6190.9 %10 / 11
PropagationCK.cpp -
87.6%87.6%
- 		87.6 %85 / 9792.9 %13 / 14
TextOutput.cpp -
88.0%88.0%
- 		88.0 %219 / 24964.3 %9 / 14
PropagationBP.cpp -
88.5%88.5%
- 		88.5 %92 / 10493.8 %15 / 16
Output.cpp -
89.8%89.8%
- 		89.8 %88 / 9887.5 %14 / 16
ElasticScattering.cpp -
90.0%90.0%
- 		90.0 %63 / 7071.4 %5 / 7
ElectronPairProduction.cpp -
92.4%92.4%
- 		92.4 %85 / 9290.0 %9 / 10
EMTripletPairProduction.cpp -
94.0%94.0%
- 		94.0 %94 / 100100.0 %11 / 11
EMDoublePairProduction.cpp -
94.4%94.4%
- 		94.4 %68 / 72100.0 %10 / 10
EMInverseComptonScattering.cpp -
96.2%96.2%
- 		96.2 %128 / 133100.0 %13 / 13
EMPairProduction.cpp -
97.8%97.8%
- 		97.8 %134 / 137100.0 %13 / 13
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - src/moduleHitTotalCoverage
Test:coverage.info.cleanedLines:2250354763.4 %
Date:2024-04-08 14:58:22Functions:28648559.0 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
Acceleration.cpp -
0.0%
- 		0.0 %0 / 890.0 %0 / 14
AdiabaticCooling.cpp -
85.2%85.2%
- 		85.2 %23 / 27100.0 %5 / 5
Boundary.cpp -
48.4%48.4%
- 		48.4 %106 / 21944.4 %20 / 45
BreakCondition.cpp -
36.6%36.6%
- 		36.6 %63 / 17239.5 %15 / 38
CandidateSplitting.cpp -
86.9%86.9%
- 		86.9 %53 / 6190.9 %10 / 11
DiffusionSDE.cpp -
76.2%76.2%
- 		76.2 %154 / 20288.0 %22 / 25
EMDoublePairProduction.cpp -
94.4%94.4%
- 		94.4 %68 / 72100.0 %10 / 10
EMInverseComptonScattering.cpp -
96.2%96.2%
- 		96.2 %128 / 133100.0 %13 / 13
EMPairProduction.cpp -
97.8%97.8%
- 		97.8 %134 / 137100.0 %13 / 13
EMTripletPairProduction.cpp -
94.0%94.0%
- 		94.0 %94 / 100100.0 %11 / 11
ElasticScattering.cpp -
90.0%90.0%
- 		90.0 %63 / 7071.4 %5 / 7
ElectronPairProduction.cpp -
92.4%92.4%
- 		92.4 %85 / 9290.0 %9 / 10
HDF5Output.cpp -
5.0%5.0%
- 		5.0 %12 / 24128.6 %4 / 14
MomentumDiffusion.cpp -
24.4%24.4%
- 		24.4 %11 / 4530.0 %3 / 10
NuclearDecay.cpp -
81.5%81.5%
- 		81.5 %137 / 16884.6 %11 / 13
Observer.cpp -
44.4%44.4%
- 		44.4 %80 / 18036.4 %16 / 44
Output.cpp -
89.8%89.8%
- 		89.8 %88 / 9887.5 %14 / 16
OutputShell.cpp -
0.0%
- 		0.0 %0 / 270.0 %0 / 6
ParticleCollector.cpp -
75.0%75.0%
- 		75.0 %54 / 7270.8 %17 / 24
PhotoDisintegration.cpp -
80.0%80.0%
- 		80.0 %140 / 17583.3 %10 / 12
PhotoPionProduction.cpp -
63.6%63.6%
- 		63.6 %246 / 38760.0 %24 / 40
PhotonOutput1D.cpp -
0.0%
- 		0.0 %0 / 560.0 %0 / 9
PropagationBP.cpp -
88.5%88.5%
- 		88.5 %92 / 10493.8 %15 / 16
PropagationCK.cpp -
87.6%87.6%
- 		87.6 %85 / 9792.9 %13 / 14
Redshift.cpp -
32.1%32.1%
- 		32.1 %9 / 2825.0 %1 / 4
RestrictToRegion.cpp -
50.0%50.0%
- 		50.0 %6 / 1266.7 %2 / 3
SimplePropagation.cpp -
36.4%36.4%
- 		36.4 %12 / 3328.6 %2 / 7
SynchrotronRadiation.cpp -
61.8%61.8%
- 		61.8 %81 / 13147.6 %10 / 21
TextOutput.cpp -
88.0%88.0%
- 		88.0 %219 / 24964.3 %9 / 14
Tools.cpp -
10.0%10.0%
- 		10.0 %7 / 7012.5 %2 / 16
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LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - testHitTotalCoverage
Test:coverage.info.cleanedLines:3320339197.9 %
Date:2024-04-08 14:58:22Functions:26427396.7 %
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Filename Sort by nameLine Coverage Sort by line coverageFunctions Sort by function coverage
testFunctionalGroups.cpp -
87.0%87.0%
- 		87.0 %20 / 2350.0 %1 / 2
testModuleList.cpp -
94.5%94.5%
- 		94.5 %52 / 5585.7 %6 / 7
testVector3.cpp -
96.8%96.8%
- 		96.8 %90 / 9392.3 %12 / 13
testOutput.cpp -
96.9%96.9%
- 		96.9 %157 / 16294.4 %17 / 18
testPropagation.cpp -
99.1%99.1%
- 		99.1 %337 / 34094.7 %18 / 19
testSource.cpp -
98.6%98.6%
- 		98.6 %279 / 28395.8 %23 / 24
testBreakCondition.cpp -
99.3%99.3%
- 		99.3 %398 / 40196.8 %30 / 31
testInteraction.cpp -
94.4%94.4%
- 		94.4 %743 / 78798.1 %52 / 53
testCore.cpp -
99.5%99.5%
- 		99.5 %654 / 65798.3 %58 / 59
testCandidateSplitting.cpp -
100.0%
- 		100.0 %47 / 47100.0 %2 / 2
testAdiabaticCooling.cpp -
100.0%
- 		100.0 %23 / 23100.0 %2 / 2
testAdvectionField.cpp -
100.0%
- 		100.0 %83 / 83100.0 %5 / 5
testMagneticLens.cpp -
100.0%
- 		100.0 %87 / 87100.0 %7 / 7
testDensity.cpp -
100.0%
- 		100.0 %166 / 166100.0 %7 / 7
testTurbulentField.cpp -
100.0%
- 		100.0 %46 / 46100.0 %8 / 8
testMagneticField.cpp -
100.0%
- 		100.0 %138 / 138100.0 %16 / 16
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-       1             : #include "crpropa/Candidate.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/advectionField/AdvectionField.h"
-       5             : #include "crpropa/module/AdiabaticCooling.h"
-       6             : #include "gtest/gtest.h"
-       7             : 
-       8             : //#include <fstream>
-       9             : 
-      10             : namespace crpropa {
-      11             : 
-      12             : // AdiabaticCooling ---------------------------------------------------------------
-      13             : 
-      14           2 : TEST (AdiabaticCooling, UniformField) {
-      15             :         // Test in a uniform advection Field
-      16             : 
-      17           2 :         AdiabaticCooling AC(new UniformAdvectionField(Vector3d(1,0,0)));
-      18           1 :         Candidate c(nucleusId(1,1), 1e13*eV);
-      19           1 :         c.setCurrentStep(10*kpc);
-      20           1 :         c.setNextStep(10*kpc);
-      21           1 :         double E = c.current.getEnergy();
-      22           1 :         AC.process(&c);
-      23             : 
-      24             :         // Energy is expected to be conserved
-      25           1 :         EXPECT_DOUBLE_EQ(c.current.getEnergy(), E);
-      26           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 10*kpc);
-      27             : 
-      28             :         double limit = 0.2;
-      29           3 :         AdiabaticCooling AC2(new UniformAdvectionField(Vector3d(1,0,0)), limit);
-      30             :         
-      31           1 :         EXPECT_DOUBLE_EQ(AC2.getLimit(), limit);
-      32             : 
-      33             :         //
-      34             : 
-      35           1 : }
-      36             : 
-      37           2 : TEST (AdiabaticCooling, ConstantSphericalField) {
-      38             :         // Constant velocity vector
-      39             :         
-      40           2 :         AdiabaticCooling AC(new ConstantSphericalAdvectionField(Vector3d(0,0,0), 1));
-      41           1 :         Candidate c(nucleusId(1,1), 10);
-      42           1 :         c.current.setPosition(Vector3d(1,0,0));
-      43           1 :         c.setCurrentStep(c_light);
-      44           1 :         c.setNextStep(c_light);
-      45           1 :         double E = c.current.getEnergy();
-      46           1 :         AC.process(&c);
-      47             : 
-      48             :         // Check energy loss and step limitation
-      49           1 :         EXPECT_DOUBLE_EQ(c.current.getEnergy(), E/3.);
-      50           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 0.15*c_light);
-      51             : 
-      52           1 : }
-      53             : 
-      54             : 
-      55             : } // namespace crpropa
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-       1             : #include "crpropa/advectionField/AdvectionField.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/Common.h"
-       4             : 
-       5             : #include "gtest/gtest.h"
-       6             : #include <stdexcept>
-       7             : #include <cmath>
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11           2 : TEST(testUniformAdvectionField, SimpleTest) {
-      12           1 :         UniformAdvectionField A(Vector3d(-1, 5, 3));
-      13           1 :         Vector3d a = A.getField(Vector3d(1, 0, 0));
-      14           1 :         double D = A.getDivergence(Vector3d(1, 0, 0));
-      15           1 :         EXPECT_DOUBLE_EQ(a.x, -1);
-      16           1 :         EXPECT_DOUBLE_EQ(a.y, 5);
-      17           1 :         EXPECT_DOUBLE_EQ(a.z, 3);
-      18           1 :         EXPECT_DOUBLE_EQ(D, 0.);
-      19           1 : }
-      20             : 
-      21           2 : TEST(testAdvectionFieldList, SimpleTest) {
-      22             :         // Test a list of three advection fields
-      23             :         AdvectionFieldList A;
-      24           2 :         A.addField(new UniformAdvectionField(Vector3d(1, 0, 0)));
-      25           2 :         A.addField(new UniformAdvectionField(Vector3d(0, 2, 0)));
-      26           2 :         A.addField(new UniformAdvectionField(Vector3d(0, 0, 3)));
-      27           1 :         Vector3d a = A.getField(Vector3d(0.));
-      28           1 :         double D = A.getDivergence(Vector3d(1, 2, 3));
-      29           1 :         EXPECT_DOUBLE_EQ(a.x, 1);
-      30           1 :         EXPECT_DOUBLE_EQ(a.y, 2);
-      31           1 :         EXPECT_DOUBLE_EQ(a.z, 3);
-      32           1 :         EXPECT_DOUBLE_EQ(D, 0.);
-      33           1 : }
-      34             : 
-      35           2 : TEST(testConstantSphericalAdvectionField, SimpleTest) {
-      36             :         
-      37             :         Vector3d origin(1, 0, 0);
-      38             :         double V_wind(10);
-      39             :         
-      40           1 :         ConstantSphericalAdvectionField A(origin, V_wind);
-      41             :         
-      42             :         // Check the properties of the advection field
-      43           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().x, origin.x);
-      44           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().y, origin.y);
-      45           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().z, origin.z);
-      46             : 
-      47           1 :         EXPECT_DOUBLE_EQ(A.getVWind(), V_wind);
-      48             : 
-      49             :         // Field should be radial with center (1,0,0)
-      50             :         Vector3d Pos(2, 1, 1);
-      51           1 :         Vector3d V = A.getField(Pos);
-      52             : 
-      53           1 :         EXPECT_DOUBLE_EQ(V.x, 10.*pow(3, -0.5));
-      54           1 :         EXPECT_DOUBLE_EQ(V.y, 10.*pow(3, -0.5));
-      55           1 :         EXPECT_DOUBLE_EQ(V.z, 10.*pow(3, -0.5));
-      56             :         
-      57             :         // Divergence should be 2*V/r
-      58             :         Vector3d Pos2(2, 0, 0);
-      59           1 :         double D = A.getDivergence(Pos2);
-      60           1 :         EXPECT_DOUBLE_EQ(D, 2*10);
-      61           1 : }
-      62             : 
-      63           2 : TEST(testSphericalAdvectionField, SimpleTest) {
-      64             : 
-      65             :         Vector3d origin(1, 0, 0);
-      66             :         double R_max(10);
-      67             :         double V_max(1000);
-      68             :         double tau(3.);
-      69             :         double alpha(2.);
-      70             : 
-      71           1 :         SphericalAdvectionField A(origin, R_max, V_max, tau, alpha);
-      72             : 
-      73             :         // Check the properties of the advection field
-      74           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().x, origin.x);
-      75           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().y, origin.y);
-      76           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().z, origin.z);
-      77             :         
-      78           1 :         EXPECT_DOUBLE_EQ(A.getRadius(), R_max);
-      79           1 :         EXPECT_DOUBLE_EQ(A.getVMax(), V_max);
-      80           1 :         EXPECT_DOUBLE_EQ(A.getTau(), tau);
-      81           1 :         EXPECT_DOUBLE_EQ(A.getAlpha(), alpha);
-      82             : 
-      83             :         // Field/divergence should be zero for R>10
-      84           1 :         EXPECT_DOUBLE_EQ(A.getField(Vector3d(12,0,0)).getR(), 0.);
-      85           1 :         EXPECT_DOUBLE_EQ(A.getDivergence(Vector3d(12,0,0)), 0.);
-      86             : 
-      87             :         // Check field and divergence
-      88             :         Vector3d Pos(2, 0, 0);
-      89           1 :         Vector3d a = A.getField(Pos);
-      90           1 :         Vector3d a0 = a.getUnitVector();
-      91           1 :         double d = A.getDivergence(Pos);
-      92             : 
-      93           1 :         EXPECT_DOUBLE_EQ(a0.x, 1.);
-      94           1 :         EXPECT_DOUBLE_EQ(a0.y, 0.);
-      95           1 :         EXPECT_DOUBLE_EQ(a0.z, 0.);
-      96           1 :         EXPECT_DOUBLE_EQ(a.getR(), V_max*(1.-exp(-1./tau)) );
-      97             : 
-      98           1 :         EXPECT_NEAR(d, 1044.624919, 1e-5);
-      99             : 
-     100             :         // Check asymptotic of the Field
-     101           1 :         EXPECT_NEAR(A.getField(Vector3d(11, 0, 0)).getR(), 1000., 1e-4);
-     102             :         
-     103             :         // Divergence should be 2*V_max/r for r>>1
-     104           1 :         EXPECT_NEAR(A.getDivergence(Vector3d(11, 0, 0)), 2*1000./10., 1e-4);
-     105           1 : }
-     106             : 
-     107             : 
-     108           2 : TEST(testSphericalAdvectionShock, SimpleTest) {
-     109             : 
-     110             :         Vector3d origin(0, 0, 0);
-     111             :         double R_0(10);
-     112             :         double V_0(1000);
-     113             :         double lambda(0.1);
-     114             :         double R_rot(1.);
-     115             :         double V_rot(100);
-     116             :         
-     117             : 
-     118           1 :         SphericalAdvectionShock A(origin, R_0, V_0, lambda);
-     119             : 
-     120             :         // Check the properties of the advection field
-     121           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().x, origin.x);
-     122           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().y, origin.y);
-     123           1 :         EXPECT_DOUBLE_EQ(A.getOrigin().z, origin.z);
-     124             :         
-     125           1 :         EXPECT_DOUBLE_EQ(A.getR0(), R_0);
-     126           1 :         EXPECT_DOUBLE_EQ(A.getV0(), V_0);
-     127           1 :         EXPECT_DOUBLE_EQ(A.getLambda(), lambda);
-     128             : 
-     129             :         // Default values for R_Rot is R_0
-     130             :         // Default value for Azimuthal speed is 0
-     131           1 :         EXPECT_DOUBLE_EQ(A.getRRot(), R_0);
-     132           1 :         EXPECT_DOUBLE_EQ(A.getAzimuthalSpeed(), 0.);    
-     133             : 
-     134             :         // Field should drop to 0.625*V_0 at the shock 
-     135             :         // That's a difference to the analytic shock model where it should
-     136             :         // drop to v_r(R_0)=0.25*V_0.
-     137           1 :         EXPECT_DOUBLE_EQ(A.getField(Vector3d(R_0,0,0)).getR(), 0.625*V_0);
-     138             : 
-     139             :         // Field divergence should be zero for R>>R_0
-     140           1 :         EXPECT_NEAR(A.getDivergence(Vector3d(15,0,0)), 0., 1e-10);
-     141             : 
-     142             :         // Check field and divergence
-     143             :         Vector3d Pos(2, 0, 0);
-     144           1 :         Vector3d a = A.getField(Pos);
-     145           1 :         Vector3d a0 = a.getUnitVector();
-     146           1 :         double d = A.getDivergence(Pos);
-     147             : 
-     148           1 :         EXPECT_DOUBLE_EQ(a0.x, 1.);
-     149           1 :         EXPECT_DOUBLE_EQ(a0.y, 0.);
-     150           1 :         EXPECT_DOUBLE_EQ(a0.z, 0.);
-     151           1 :         EXPECT_DOUBLE_EQ(a.getR(), V_0);
-     152             :         
-     153             :         //Set explicitely the azimuthal rotation speed 
-     154           1 :         A.setRRot(R_rot);
-     155           1 :         A.setAzimuthalSpeed(V_rot);
-     156             :         
-     157           1 :         EXPECT_DOUBLE_EQ(A.getRRot(), R_rot);
-     158           1 :         EXPECT_DOUBLE_EQ(A.getAzimuthalSpeed(), V_rot); 
-     159             :         
-     160             :         Vector3d pos(1., 0., 0.);
-     161           1 :         Vector3d f = A.getField(pos);
-     162           1 :         EXPECT_DOUBLE_EQ(f.x, 1000.);
-     163           1 :         EXPECT_DOUBLE_EQ(f.y, 100.);
-     164           1 :         EXPECT_DOUBLE_EQ(f.z, 0.);      
-     165             : 
-     166             :         
-     167           1 : }
-     168             : 
-     169             : } //namespace crpropa
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LCOV - code coverage report
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Current view:top level - test - testBreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:39840199.3 %
Date:2024-04-08 14:58:22Functions:303196.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa20PeriodicBox_low_Test8TestBodyEv1
_ZN7crpropa21PeriodicBox_high_Test8TestBodyEv1
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_ZN7crpropa25MinimumRedshift_test_Test8TestBodyEv1
_ZN7crpropa26CubicBoundary_outside_Test8TestBodyEv1
_ZN7crpropa26ObserverFeature_Point_Test8TestBodyEv1
_ZN7crpropa29MinimumChargeNumber_test_Test8TestBodyEv1
_ZN7crpropa29SphericalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa30ObserverFeature_DetectAll_Test8TestBodyEv1
_ZN7crpropa30SphericalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa31CylindricalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa31EllipsoidalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa32CylindricalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa32EllipsoidalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa32ObserverFeature_LargeSphere_Test8TestBodyEv1
_ZN7crpropa32ObserverFeature_SmallSphere_Test8TestBodyEv1
_ZN7crpropa32SphericalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa33CubicBoundary_limitStepLower_Test8TestBodyEv1
_ZN7crpropa33CubicBoundary_limitStepUpper_Test8TestBodyEv1
_ZN7crpropa33MaximumTrajectoryLength_test_Test8TestBodyEv1
_ZN7crpropa34CylindricalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa34EllipsoidalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa34ObserverFeature_TimeEvolution_Test8TestBodyEv1
_ZN7crpropa36MinimumEnergyPerParticleId_test_Test8TestBodyEv1
_ZN7crpropa37MaximumTrajectoryLength_observer_Test8TestBodyEv1
_ZN7crpropa37ObserverFeature_TimeEvolutionLog_Test8TestBodyEv1
_ZN7crpropa38RestrictToRegion_RestrictToRegion_Test8TestBodyEv1
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LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - test - testBreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:39840199.3 %
Date:2024-04-08 14:58:22Functions:303196.8 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa20PeriodicBox_low_Test8TestBodyEv1
_ZN7crpropa21PeriodicBox_high_Test8TestBodyEv1
_ZN7crpropa23MinimumEnergy_test_Test8TestBodyEv1
_ZN7crpropa23ReflectiveBox_high_Test8TestBodyEv1
_ZN7crpropa25CubicBoundary_inside_Test8TestBodyEv1
_ZN7crpropa25DetectionLength_test_Test8TestBodyEv1
_ZN7crpropa25MinimumRedshift_test_Test8TestBodyEv1
_ZN7crpropa26CubicBoundary_outside_Test8TestBodyEv1
_ZN7crpropa26ObserverFeature_Point_Test8TestBodyEv1
_ZN7crpropa29MinimumChargeNumber_test_Test8TestBodyEv1
_ZN7crpropa29SphericalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa30ObserverFeature_DetectAll_Test8TestBodyEv1
_ZN7crpropa30SphericalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa31CylindricalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa31EllipsoidalBoundary_inside_Test8TestBodyEv1
_ZN7crpropa32CylindricalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa32EllipsoidalBoundary_outside_Test8TestBodyEv1
_ZN7crpropa32ObserverFeature_LargeSphere_Test8TestBodyEv1
_ZN7crpropa32ObserverFeature_SmallSphere_Test8TestBodyEv1
_ZN7crpropa32SphericalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa33CubicBoundary_limitStepLower_Test8TestBodyEv1
_ZN7crpropa33CubicBoundary_limitStepUpper_Test8TestBodyEv1
_ZN7crpropa33MaximumTrajectoryLength_test_Test8TestBodyEv1
_ZN7crpropa34CylindricalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa34EllipsoidalBoundary_limitStep_Test8TestBodyEv1
_ZN7crpropa34ObserverFeature_TimeEvolution_Test8TestBodyEv1
_ZN7crpropa36MinimumEnergyPerParticleId_test_Test8TestBodyEv1
_ZN7crpropa37MaximumTrajectoryLength_observer_Test8TestBodyEv1
_ZN7crpropa37ObserverFeature_TimeEvolutionLog_Test8TestBodyEv1
_ZN7crpropa38RestrictToRegion_RestrictToRegion_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
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LCOV - code coverage report
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Current view:top level - test - testBreakCondition.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:39840199.3 %
Date:2024-04-08 14:58:22Functions:303196.8 %
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          Line data    Source code
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-       1             : /** Unit tests for break condition, observer, boundary and tool modules */
-       2             : 
-       3             : #include "crpropa/module/BreakCondition.h"
-       4             : #include "crpropa/module/Observer.h"
-       5             : #include "crpropa/module/Boundary.h"
-       6             : #include "crpropa/module/Tools.h"
-       7             : #include "crpropa/module/RestrictToRegion.h"
-       8             : #include "crpropa/ParticleID.h"
-       9             : #include "crpropa/Geometry.h"
-      10             : 
-      11             : #include "gtest/gtest.h"
-      12             : 
-      13             : namespace crpropa {
-      14             : 
-      15             : //** ========================= Break conditions ============================= */
-      16           1 : TEST(MinimumEnergy, test) {
-      17           1 :         MinimumEnergy minEnergy(5);
-      18           1 :         Candidate c;
-      19             : 
-      20           1 :         c.current.setEnergy(5.1);
-      21           1 :         minEnergy.process(&c);
-      22           1 :         EXPECT_TRUE(c.isActive());
-      23             : 
-      24           1 :         c.current.setEnergy(4.9);
-      25           1 :         minEnergy.process(&c);
-      26           1 :         EXPECT_FALSE(c.isActive());
-      27           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-      28           2 : }
-      29             : 
-      30           1 : TEST(MinimumChargeNumber, test) {
-      31           1 :         MinimumChargeNumber minChargeNumber(20);
-      32           1 :         Candidate c;
-      33             : 
-      34           1 :         c.current.setId(nucleusId(56, 26));
-      35           1 :         minChargeNumber.process(&c);
-      36           1 :         EXPECT_TRUE(c.isActive());
-      37             :         
-      38           1 :         c.current.setId(-nucleusId(56, 26));
-      39           1 :         minChargeNumber.process(&c);
-      40           1 :         EXPECT_TRUE(c.isActive());
-      41             : 
-      42           1 :         c.current.setId(nucleusId(4, 2));
-      43           1 :         minChargeNumber.process(&c);
-      44           1 :         EXPECT_FALSE(c.isActive());
-      45           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-      46             :         
-      47           1 :         c.setActive(true);
-      48           1 :         c.removeProperty("Rejected");
-      49             : 
-      50           1 :         c.current.setId(-nucleusId(4, 2));
-      51           1 :         minChargeNumber.process(&c);
-      52           1 :         EXPECT_FALSE(c.isActive());
-      53           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-      54           2 : }
-      55             : 
-      56           1 : TEST(MinimumEnergyPerParticleId, test) {
-      57           1 :         MinimumEnergyPerParticleId minEnergy(1);
-      58           1 :         minEnergy.add(22, 10);
-      59           1 :         minEnergy.add(12, 2);
-      60           1 :         minEnergy.add(11, 20);
-      61             : 
-      62           1 :         Candidate c;
-      63             : 
-      64           1 :         c.current.setEnergy(20);
-      65           1 :         c.current.setId(22);
-      66           1 :         minEnergy.process(&c);
-      67           1 :         EXPECT_TRUE(c.isActive());
-      68             : 
-      69           1 :         c.current.setEnergy(5);
-      70           1 :         c.current.setId(22);
-      71           1 :         minEnergy.process(&c);
-      72           1 :         EXPECT_FALSE(c.isActive());
-      73           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-      74             : 
-      75           1 :         c.setActive(true);
-      76           1 :         c.removeProperty("Rejected");
-      77             : 
-      78           1 :         c.current.setEnergy(10);
-      79           1 :         c.current.setId(11);
-      80           1 :         minEnergy.process(&c);
-      81           1 :         EXPECT_FALSE(c.isActive());
-      82           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-      83             : 
-      84           1 :         c.setActive(true);
-      85           1 :         c.removeProperty("Rejected");
-      86             : 
-      87           1 :         c.current.setEnergy(5);
-      88           1 :         c.current.setId(12);
-      89           1 :         minEnergy.process(&c);
-      90           1 :         EXPECT_TRUE(c.isActive());      
-      91             : 
-      92           1 :         c.current.setEnergy(0.1);
-      93           1 :         c.current.setId(12);
-      94           1 :         minEnergy.process(&c);
-      95           1 :         EXPECT_FALSE(c.isActive());
-      96           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-      97           1 : }
-      98             : 
-      99           1 : TEST(MaximumTrajectoryLength, test) {
-     100           1 :         MaximumTrajectoryLength maxLength(10);
-     101           1 :         Candidate c;
-     102             : 
-     103           1 :         c.setTrajectoryLength(9.9);
-     104           1 :         maxLength.process(&c);
-     105           1 :         EXPECT_TRUE(c.isActive());
-     106             : 
-     107           1 :         c.setTrajectoryLength(10.1);
-     108           1 :         maxLength.process(&c);
-     109           1 :         EXPECT_FALSE(c.isActive());
-     110           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-     111           1 : }
-     112             : 
-     113           1 : TEST(MaximumTrajectoryLength, observer) {
-     114           1 :         MaximumTrajectoryLength maxLength(12);
-     115           1 :         maxLength.addObserverPosition(Vector3d(10, 0, 0));
-     116           1 :         Candidate c;
-     117           1 :         c.current.setPosition(Vector3d(5, 0, 0));
-     118             : 
-     119           1 :         c.setTrajectoryLength(5);
-     120           1 :         maxLength.process(&c);
-     121           1 :         EXPECT_TRUE(c.isActive());
-     122             : 
-     123           1 :         c.setTrajectoryLength(8);
-     124           1 :         maxLength.process(&c);
-     125           1 :         EXPECT_FALSE(c.isActive());
-     126           1 : }
-     127             : 
-     128           1 : TEST(MinimumRedshift, test) {
-     129           1 :         MinimumRedshift minZ; // default minimum redshift of 0
-     130           1 :         Candidate c;
-     131             : 
-     132           1 :         c.setRedshift(0.1);
-     133           1 :         minZ.process(&c);
-     134           1 :         EXPECT_TRUE(c.isActive());
-     135             : 
-     136           1 :         c.setRedshift(0);
-     137           1 :         minZ.process(&c);
-     138           1 :         EXPECT_FALSE(c.isActive());
-     139           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-     140           2 : }
-     141             : 
-     142           1 : TEST(DetectionLength, test) {
-     143           1 :         DetectionLength detL(10);
-     144           1 :         detL.setMakeRejectedInactive(false);
-     145           1 :         Candidate c;
-     146           1 :         c.current.setPosition(Vector3d(5,0,0));
-     147             : 
-     148           1 :         c.setTrajectoryLength(2);
-     149           1 :         detL.process(&c);
-     150           1 :         EXPECT_TRUE(c.isActive());
-     151             :         
-     152           1 :         c.setCurrentStep(10);
-     153           1 :         c.setTrajectoryLength(12);
-     154           1 :         detL.process(&c);
-     155           1 :         EXPECT_TRUE(c.isActive());
-     156           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-     157           2 : }
-     158             : 
-     159             : //** ============================= Observers ================================ */
-     160           1 : TEST(ObserverFeature, SmallSphere) {
-     161             :         // detect if the current position is inside and the previous outside of the sphere
-     162           1 :         Observer obs;
-     163           1 :         obs.add(new ObserverSurface(new Sphere (Vector3d(0, 0, 0), 1)));
-     164           1 :         Candidate c;
-     165           1 :         c.setNextStep(10);
-     166             : 
-     167             :         // no detection: particle was inside already
-     168           1 :         c.current.setPosition(Vector3d(0.9, 0, 0));
-     169           1 :         c.previous.setPosition(Vector3d(0.95, 0, 0));
-     170           1 :         obs.process(&c);
-     171           1 :         EXPECT_TRUE(c.isActive());
-     172             : 
-     173             :         // limit step
-     174           1 :         EXPECT_NEAR(c.getNextStep(), 0.1, 0.001);
-     175             : 
-     176             :         // detection: particle just entered
-     177           1 :         c.current.setPosition(Vector3d(0.9, 0, 0));
-     178           1 :         c.previous.setPosition(Vector3d(1.1, 0, 0));
-     179           1 :         obs.process(&c);
-     180           1 :         EXPECT_FALSE(c.isActive());
-     181           1 : }
-     182             : 
-     183           1 : TEST(ObserverFeature, LargeSphere) {
-     184             :         // detect if the current position is outside and the previous inside of the sphere
-     185           1 :         Observer obs;
-     186           1 :         obs.add(new ObserverSurface(new Sphere (Vector3d(0, 0, 0), 10)));
-     187           1 :         Candidate c;
-     188           1 :         c.setNextStep(10);
-     189             : 
-     190             :         // no detection: particle was outside already
-     191           1 :         c.current.setPosition(Vector3d(11, 0, 0));
-     192           1 :         c.previous.setPosition(Vector3d(10.5, 0, 0));
-     193           1 :         obs.process(&c);
-     194           1 :         EXPECT_TRUE(c.isActive());
-     195             : 
-     196             :         // limit step
-     197           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 1);
-     198             : 
-     199             :         // detection: particle just left
-     200           1 :         c.current.setPosition(Vector3d(11, 0, 0));
-     201           1 :         c.previous.setPosition(Vector3d(9.5, 0, 0));
-     202           1 :         obs.process(&c);
-     203           1 :         EXPECT_FALSE(c.isActive());
-     204           1 : }
-     205             : 
-     206           1 : TEST(ObserverFeature, Point) {
-     207           1 :         Observer obs;
-     208           1 :         obs.add(new Observer1D());
-     209           1 :         Candidate c;
-     210           1 :         c.setNextStep(10);
-     211             : 
-     212             :         // no detection, limit step
-     213           1 :         c.current.setPosition(Vector3d(5, 0, 0));
-     214           1 :         obs.process(&c);
-     215           1 :         EXPECT_TRUE(c.isActive());
-     216             : 
-     217             :         // limit step
-     218           1 :         EXPECT_DOUBLE_EQ(5, c.getNextStep());
-     219             : 
-     220             :         // detection
-     221           1 :         c.current.setPosition(Vector3d(0, 0, 0));
-     222           1 :         obs.process(&c);
-     223           1 :         EXPECT_FALSE(c.isActive());
-     224           1 : }
-     225             : 
-     226           1 : TEST(ObserverFeature, DetectAll) {
-     227             :         // DetectAll should detect all candidates
-     228           1 :         Observer obs;
-     229           1 :         obs.add(new ObserverDetectAll());
-     230           1 :         Candidate c;
-     231           1 :         obs.process(&c);
-     232           1 :         EXPECT_FALSE(c.isActive());
-     233           1 : }
-     234             : 
-     235           1 : TEST(ObserverFeature, TimeEvolution) {
-     236           1 :   Observer obs;
-     237           1 :   obs.setDeactivateOnDetection(false);
-     238           2 :   obs.setFlag("Detected", "Detected");
-     239           1 :   obs.add(new ObserverTimeEvolution(5, 5, 2));
-     240           1 :   Candidate c;
-     241           1 :   c.setNextStep(10);
-     242           1 :   c.setTrajectoryLength(3);
-     243             :   
-     244             :   // no detection, limit next step
-     245           1 :   obs.process(&c);
-     246           1 :   EXPECT_TRUE(c.isActive());
-     247             : 
-     248             :   // limit step
-     249           1 :   EXPECT_DOUBLE_EQ(2, c.getNextStep());
-     250             :   
-     251             :   // detection one
-     252           1 :   c.setCurrentStep(0.1);
-     253           1 :   c.setTrajectoryLength(5);
-     254           1 :   obs.process(&c);
-     255           1 :   EXPECT_TRUE(c.isActive());
-     256           2 :   EXPECT_TRUE(c.hasProperty("Detected"));
-     257             : 
-     258             :   // delete property
-     259           1 :   c.removeProperty("Detected");
-     260           1 :   EXPECT_FALSE(c.hasProperty("Detected"));
-     261             : 
-     262             :   // detection two
-     263           1 :   c.setCurrentStep(0.1);
-     264           1 :   c.setTrajectoryLength(10.05);
-     265           1 :   obs.process(&c);
-     266           1 :   EXPECT_TRUE(c.isActive());
-     267           2 :   EXPECT_TRUE(c.hasProperty("Detected"));
-     268           1 : }
-     269             : 
-     270           1 : TEST(ObserverFeature, TimeEvolutionLog) {
-     271           1 :   Observer obs;
-     272           1 :   obs.setDeactivateOnDetection(false);
-     273           2 :   obs.setFlag("Detected", "Detected");
-     274             :   // usage of a log scaling for the observer
-     275             :   bool log = true;
-     276           1 :   obs.add(new ObserverTimeEvolution(5, 5, 2, log));
-     277           1 :   Candidate c;
-     278           1 :   c.setNextStep(10);
-     279           1 :   c.setTrajectoryLength(3);
-     280             :   
-     281             :   // no detection, limit next step
-     282           1 :   obs.process(&c);
-     283           1 :   EXPECT_TRUE(c.isActive());
-     284             : 
-     285             :   // limit step
-     286           1 :   EXPECT_DOUBLE_EQ(2, c.getNextStep());
-     287             :   
-     288             :   // detection one
-     289           1 :   c.setCurrentStep(0.1);
-     290           1 :   c.setTrajectoryLength(5);
-     291           1 :   obs.process(&c);
-     292           1 :   EXPECT_TRUE(c.isActive());
-     293           2 :   EXPECT_TRUE(c.hasProperty("Detected"));
-     294             : 
-     295             :   // delete property
-     296           1 :   c.removeProperty("Detected");
-     297           1 :   EXPECT_FALSE(c.hasProperty("Detected"));
-     298             : 
-     299             :   // detection two
-     300           1 :   c.setCurrentStep(0.1);
-     301           1 :   c.setTrajectoryLength(10.05);
-     302           1 :   obs.process(&c);
-     303           1 :   EXPECT_TRUE(c.isActive());
-     304           2 :   EXPECT_TRUE(c.hasProperty("Detected"));
-     305           1 : }
-     306             : 
-     307             : //** ========================= Boundaries =================================== */
-     308           2 : TEST(PeriodicBox, high) {
-     309             :         // Tests if the periodical boundaries place the particle back inside the box and translate the initial position accordingly.
-     310             :         Vector3d origin(2, 2, 2);
-     311             :         Vector3d size(2, 2, 2);
-     312           1 :         PeriodicBox box(origin, size);
-     313             : 
-     314           1 :         Candidate c;
-     315           1 :         c.current.setPosition(Vector3d(4.5, 4.3, 4.4));
-     316           1 :         c.created.setPosition(Vector3d(3, 3, 3));
-     317             : 
-     318           1 :         box.process(&c);
-     319             : 
-     320           1 :         EXPECT_DOUBLE_EQ(2.5, c.current.getPosition().x);
-     321           1 :         EXPECT_DOUBLE_EQ(1, c.created.getPosition().x);
-     322           1 :         EXPECT_DOUBLE_EQ(2.3, c.current.getPosition().y);
-     323           1 :         EXPECT_DOUBLE_EQ(1, c.created.getPosition().y);
-     324           1 :         EXPECT_DOUBLE_EQ(2.4, c.current.getPosition().z);
-     325           1 :         EXPECT_DOUBLE_EQ(1, c.created.getPosition().z);
-     326           2 : }
-     327             : 
-     328           2 : TEST(PeriodicBox, low) {
-     329             :         // Tests if the periodical boundaries place the particle back inside the box and translate the initial position accordingly.
-     330             :         Vector3d origin(0, 0, 0);
-     331             :         Vector3d size(2, 2, 2);
-     332           1 :         PeriodicBox box(origin, size);
-     333             : 
-     334           1 :         Candidate c;
-     335           1 :         c.current.setPosition(Vector3d(-2.5, -0.3, -0.4));
-     336           1 :         c.created.setPosition(Vector3d(1, 1, 1));
-     337             : 
-     338           1 :         box.process(&c);
-     339             : 
-     340           1 :         EXPECT_DOUBLE_EQ(1.5, c.current.getPosition().x);
-     341           1 :         EXPECT_DOUBLE_EQ(5, c.created.getPosition().x);
-     342           1 :         EXPECT_DOUBLE_EQ(1.7, c.current.getPosition().y);
-     343           1 :         EXPECT_DOUBLE_EQ(3, c.created.getPosition().y);
-     344           1 :         EXPECT_DOUBLE_EQ(1.6, c.current.getPosition().z);
-     345           1 :         EXPECT_DOUBLE_EQ(3, c.created.getPosition().z);
-     346           2 : }
-     347             : 
-     348           2 : TEST(ReflectiveBox, high) {
-     349             :         // Tests if the reflective boundaries place the particle back inside the box and translate the initial position accordingly.
-     350             :         // Also the initial and final directions are to be reflected
-     351             :         Vector3d origin(10, 10, 10);
-     352             :         Vector3d size(10, 20, 20);
-     353           1 :         ReflectiveBox box(origin, size);
-     354             : 
-     355           1 :         Candidate c;
-     356           1 :         c.source.setPosition(Vector3d(16, 17, 18));
-     357           1 :         c.source.setDirection(Vector3d(1, 1.6, 1.8));
-     358           1 :         c.created.setPosition(Vector3d(15, 15, 15));
-     359           1 :         c.created.setDirection(Vector3d(0, 0.6, 0.8));
-     360           1 :         c.previous.setPosition(Vector3d(15, 15, 29.5));
-     361           1 :         c.previous.setDirection(Vector3d(0, 0.6, 0.8));
-     362           1 :         c.current.setPosition(Vector3d(15, 15, 30.5));
-     363           1 :         c.current.setDirection(Vector3d(0, 0.6, 0.8));
-     364             : 
-     365           1 :         box.process(&c);
-     366             : 
-     367           1 :         EXPECT_DOUBLE_EQ(16, c.source.getPosition().x);
-     368           1 :         EXPECT_DOUBLE_EQ(17, c.source.getPosition().y);
-     369           1 :         EXPECT_DOUBLE_EQ(42, c.source.getPosition().z);
-     370             : 
-     371           1 :         EXPECT_DOUBLE_EQ(15, c.created.getPosition().x);
-     372           1 :         EXPECT_DOUBLE_EQ(15, c.created.getPosition().y);
-     373           1 :         EXPECT_DOUBLE_EQ(45, c.created.getPosition().z);
-     374             : 
-     375           1 :         EXPECT_DOUBLE_EQ(15, c.previous.getPosition().x);
-     376           1 :         EXPECT_DOUBLE_EQ(15, c.previous.getPosition().y);
-     377           1 :         EXPECT_DOUBLE_EQ(30.5, c.previous.getPosition().z);
-     378             : 
-     379           1 :         EXPECT_DOUBLE_EQ(15, c.current.getPosition().x);
-     380           1 :         EXPECT_DOUBLE_EQ(15, c.current.getPosition().y);
-     381           1 :         EXPECT_DOUBLE_EQ(29.5, c.current.getPosition().z);
-     382             : 
-     383           1 :         EXPECT_DOUBLE_EQ(0, c.created.getDirection().x);
-     384           1 :         EXPECT_DOUBLE_EQ(0.6, c.created.getDirection().y);
-     385           1 :         EXPECT_DOUBLE_EQ(-0.8, c.created.getDirection().z);
-     386             : 
-     387           1 :         EXPECT_DOUBLE_EQ(0, c.previous.getDirection().x);
-     388           1 :         EXPECT_DOUBLE_EQ(0.6, c.previous.getDirection().y);
-     389           1 :         EXPECT_DOUBLE_EQ(-0.8, c.previous.getDirection().z);
-     390             : 
-     391           1 :         EXPECT_DOUBLE_EQ(0, c.current.getDirection().x);
-     392           1 :         EXPECT_DOUBLE_EQ(0.6, c.current.getDirection().y);
-     393           1 :         EXPECT_DOUBLE_EQ(-0.8, c.current.getDirection().z);
-     394           2 : }
-     395             : 
-     396           2 : TEST(CubicBoundary, inside) {
-     397           1 :         CubicBoundary cube(Vector3d(0, 0, 0), 10);
-     398           1 :         Candidate c;
-     399           1 :         c.current.setPosition(Vector3d(9, 5, 5));
-     400           1 :         cube.process(&c);
-     401           1 :         EXPECT_TRUE(c.isActive());
-     402           2 : }
-     403             : 
-     404           2 : TEST(CubicBoundary, outside) {
-     405           1 :         CubicBoundary cube(Vector3d(0, 0, 0), 10);
-     406           1 :         Candidate c;
-     407           1 :         c.current.setPosition(Vector3d(10.1, 5, 5));
-     408           1 :         cube.process(&c);
-     409           1 :         EXPECT_FALSE(c.isActive());
-     410           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-     411           2 : }
-     412             : 
-     413           2 : TEST(CubicBoundary, limitStepLower) {
-     414           1 :         CubicBoundary cube(Vector3d(10, 10, 10), 10);
-     415           1 :         cube.setLimitStep(true);
-     416           1 :         cube.setMargin(1);
-     417           1 :         Candidate c;
-     418           1 :         c.current.setPosition(Vector3d(15, 15, 10.5));
-     419           1 :         c.setNextStep(100);
-     420           1 :         cube.process(&c);
-     421           1 :         EXPECT_DOUBLE_EQ(1.5, c.getNextStep());
-     422           2 : }
-     423             : 
-     424           2 : TEST(CubicBoundary, limitStepUpper) {
-     425           1 :         CubicBoundary cube(Vector3d(-10, -10, -10), 10);
-     426           1 :         cube.setLimitStep(true);
-     427           1 :         cube.setMargin(1);
-     428           1 :         Candidate c;
-     429           1 :         c.current.setPosition(Vector3d(-5, -5, -0.5));
-     430           1 :         c.setNextStep(100);
-     431           1 :         cube.process(&c);
-     432           1 :         EXPECT_DOUBLE_EQ(1.5, c.getNextStep());
-     433           2 : }
-     434             : 
-     435           2 : TEST(SphericalBoundary, inside) {
-     436           1 :         SphericalBoundary sphere(Vector3d(0, 0, 0), 10);
-     437           1 :         Candidate c;
-     438           1 :         c.current.setPosition(Vector3d(9, 0, 0));
-     439           1 :         sphere.process(&c);
-     440           1 :         EXPECT_TRUE(c.isActive());
-     441           1 :         EXPECT_FALSE(c.hasProperty("Rejected"));
-     442           2 : }
-     443             : 
-     444           2 : TEST(SphericalBoundary, outside) {
-     445           1 :         SphericalBoundary sphere(Vector3d(0, 0, 0), 10);
-     446           2 :         sphere.setRejectFlag("I passed the galactic border", "Nothing happened");
-     447           1 :         Candidate c;
-     448           1 :         c.current.setPosition(Vector3d(0, -10.1, 0));
-     449           1 :         sphere.process(&c);
-     450           1 :         EXPECT_FALSE(c.isActive());
-     451           2 :         EXPECT_TRUE(c.hasProperty("I passed the galactic border"));
-     452           2 : }
-     453             : 
-     454           2 : TEST(SphericalBoundary, limitStep) {
-     455           1 :         SphericalBoundary sphere(Vector3d(0, 0, 0), 10);
-     456           1 :         sphere.setLimitStep(true);
-     457           1 :         sphere.setMargin(1);
-     458           1 :         Candidate c;
-     459           1 :         c.setNextStep(100);
-     460           1 :         c.current.setPosition(Vector3d(0, 0, 9.5));
-     461           1 :         sphere.process(&c);
-     462           1 :         EXPECT_DOUBLE_EQ(1.5, c.getNextStep());
-     463           2 : }
-     464             : 
-     465           2 : TEST(EllipsoidalBoundary, inside) {
-     466           1 :         EllipsoidalBoundary ellipsoid(Vector3d(-5, 0, 0), Vector3d(5, 0, 0), 15);
-     467           1 :         Candidate c;
-     468           1 :         c.current.setPosition(Vector3d(3, 2, 0));
-     469           1 :         ellipsoid.process(&c);
-     470           1 :         EXPECT_TRUE(c.isActive());
-     471           1 :         EXPECT_FALSE(c.hasProperty("Rejected"));
-     472           2 : }
-     473             : 
-     474           2 : TEST(EllipsoidalBoundary, outside) {
-     475           1 :         EllipsoidalBoundary ellipsoid(Vector3d(-5, 0, 0), Vector3d(5, 0, 0), 15);
-     476           1 :         Candidate c;
-     477           1 :         c.current.setPosition(Vector3d(0, 25, 0));
-     478           1 :         ellipsoid.process(&c);
-     479           1 :         EXPECT_FALSE(c.isActive());
-     480           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-     481           2 : }
-     482             : 
-     483           2 : TEST(EllipsoidalBoundary, limitStep) {
-     484           1 :         EllipsoidalBoundary ellipsoid(Vector3d(-5, 0, 0), Vector3d(5, 0, 0), 15);
-     485           1 :         ellipsoid.setLimitStep(true);
-     486           1 :         ellipsoid.setMargin(0.5);
-     487           1 :         Candidate c;
-     488           1 :         c.setNextStep(2);
-     489           1 :         c.current.setPosition(Vector3d(7, 0, 0));
-     490           1 :         ellipsoid.process(&c);
-     491           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 1.5);
-     492           2 : }
-     493             : 
-     494           2 : TEST(CylindricalBoundary, inside) {
-     495           1 :         CylindricalBoundary cylinder(Vector3d(0, 0, 0), 2, 15);
-     496           1 :         Candidate c;
-     497           1 :         c.current.setPosition(Vector3d(6, -3, 0.5));
-     498           1 :         cylinder.process(&c);
-     499           1 :         EXPECT_TRUE(c.isActive());
-     500           1 :         EXPECT_FALSE(c.hasProperty("Rejected"));
-     501           2 : }
-     502             : 
-     503           2 : TEST(CylindricalBoundary, outside) {
-     504           1 :         CylindricalBoundary cylinder(Vector3d(0, 0, 0), 2, 15);
-     505           1 :         Candidate c;
-     506           1 :         c.current.setPosition(Vector3d(6, -3, 1.5));
-     507           1 :         cylinder.process(&c);
-     508           1 :         EXPECT_FALSE(c.isActive());
-     509           2 :         EXPECT_TRUE(c.hasProperty("Rejected"));
-     510           2 : }
-     511             : 
-     512           2 : TEST(CylindricalBoundary, limitStep) {
-     513           1 :         CylindricalBoundary cylinder(Vector3d(0, 0, 0), 2, 15);
-     514           1 :         cylinder.setLimitStep(true);
-     515           1 :         cylinder.setMargin(0.5);
-     516           1 :         Candidate c;
-     517           1 :         c.setNextStep(2);
-     518           1 :         c.current.setPosition(Vector3d(7, 0, 0));
-     519           1 :         cylinder.process(&c);
-     520           1 :         EXPECT_DOUBLE_EQ(c.getNextStep(), 1.5);
-     521           2 : }
-     522             : 
-     523           1 : TEST(RestrictToRegion, RestrictToRegion) {
-     524             : 
-     525           1 :         ref_ptr<Observer> obs = new Observer();
-     526           1 :         obs->add(new ObserverDetectAll());
-     527           1 :         RestrictToRegion R(obs, new Sphere(Vector3d(0, 0, 0), 10));
-     528             : 
-     529           1 :         Candidate c;
-     530           1 :         c.previous.setPosition(Vector3d(13,0,0));
-     531           1 :         c.current.setPosition(Vector3d(12,0,0));
-     532           1 :         R.process(&c);
-     533           1 :         EXPECT_TRUE(c.isActive());
-     534           1 :         c.current.setPosition(Vector3d(9,0,0));
-     535           1 :         R.process(&c);
-     536           1 :         EXPECT_FALSE(c.isActive());
-     537           2 : }
-     538             : 
-     539             : 
-     540           0 : int main(int argc, char **argv) {
-     541           0 :         ::testing::InitGoogleTest(&argc, argv);
-     542           0 :         return RUN_ALL_TESTS();
-     543             : }
-     544             : 
-     545             : } // namespace crpropa
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Current view:top level - test - testCandidateSplitting.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:22100.0 %
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_ZN7crpropa38testCandidateSplitting_SimpleTest_Test8TestBodyEv1
_ZN7crpropa39testCandidateSplitting_CheckSplits_Test8TestBodyEv1
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Current view:top level - test - testCandidateSplitting.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:22100.0 %
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_ZN7crpropa38testCandidateSplitting_SimpleTest_Test8TestBodyEv1
_ZN7crpropa39testCandidateSplitting_CheckSplits_Test8TestBodyEv1
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-       1             : #include "crpropa/Units.h"
-       2             : #include "crpropa/Common.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/module/CandidateSplitting.h"
-       5             : 
-       6             : #include "gtest/gtest.h"
-       7             : #include <stdexcept>
-       8             : #include <cmath>
-       9             : 
-      10             : namespace crpropa {
-      11             : 
-      12           1 : TEST(testCandidateSplitting, SimpleTest) {
-      13           1 :         int nSplit = 2;
-      14             :         int nBins = 4;
-      15             :         double minWeight = pow(1. / nSplit, 2);
-      16             :         double Emin = 1; // dimensionless for testing
-      17             :         double Emax = 10;       
-      18             : 
-      19           1 :         CandidateSplitting split_lin(nSplit, Emin, Emax, nBins, minWeight);
-      20             :         double dE = (Emax - Emin) / nBins;
-      21           1 :         EXPECT_DOUBLE_EQ(split_lin.getEnergyBins()[0], Emin);
-      22           1 :         EXPECT_DOUBLE_EQ(split_lin.getEnergyBins()[1], Emin + dE);
-      23             : 
-      24           1 :         EXPECT_EQ(split_lin.getNsplit(), nSplit);
-      25           1 :         EXPECT_DOUBLE_EQ(split_lin.getMinimalWeight(), minWeight);
-      26             : 
-      27           2 :         CandidateSplitting split_log(nSplit, Emin, Emax, nBins, minWeight, true);
-      28             :         double dE_log = pow(Emax / Emin, 1. / (nBins - 1.0));
-      29           1 :         EXPECT_DOUBLE_EQ(split_log.getEnergyBins()[0], Emin);
-      30           1 :         EXPECT_DOUBLE_EQ(split_log.getEnergyBins()[1], Emin * dE_log);
-      31             : 
-      32             :         double spectralIndex = -2.;
-      33           2 :         CandidateSplitting split_dsa(spectralIndex, Emin, nBins);
-      34             :         double dE_dsa = pow(1. / 2, 1. / (spectralIndex + 1));
-      35           1 :         EXPECT_DOUBLE_EQ(split_dsa.getEnergyBins()[0], Emin * dE_dsa);
-      36           1 :         EXPECT_DOUBLE_EQ(split_dsa.getEnergyBins()[nBins - 1], Emin * pow(dE_dsa, nBins));
-      37           1 : }
-      38             : 
-      39             : 
-      40           1 : TEST(testCandidateSplitting, CheckSplits) {
-      41             :         int nSplit = 2;
-      42             :         int nBins = 3;
-      43             :         double Emin = 1; // dimensionless for testing
-      44             :         double Emax = 10;
-      45             :         double minWeight = pow(1. / nSplit, 4);
-      46             : 
-      47           1 :         CandidateSplitting splitting(nSplit, Emin, Emax, nBins, minWeight);
-      48           1 :         Candidate c(nucleusId(1,1),0.5);
-      49             :         double weight = 1.0;
-      50           1 :         double serial = c.getSerialNumber();
-      51             :         
-      52           1 :         splitting.process(&c); // no split
-      53           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
-      54           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial);
-      55             : 
-      56           1 :         c.current.setEnergy(2); 
-      57           1 :         splitting.process(&c); // 1. split
-      58             :         weight = weight/nSplit;
-      59           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
-      60           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 1);
-      61           1 :         c.previous.setEnergy(2);
-      62             : 
-      63           1 :         c.current.setEnergy(6); 
-      64           1 :         splitting.process(&c); // 2. split
-      65             :         weight = weight/nSplit;
-      66           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
-      67           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 2);
-      68           1 :         c.previous.setEnergy(6);
-      69             : 
-      70           1 :         c.current.setEnergy(0.5); 
-      71           1 :         splitting.process(&c); // no split, cooling
-      72           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
-      73           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 2);
-      74           1 :         c.previous.setEnergy(0.5);
-      75             : 
-      76           1 :         c.current.setEnergy(6); 
-      77           1 :         splitting.process(&c); // 3. & 4. split, crosses two boundaries
-      78             :         weight = weight/nSplit/nSplit;
-      79           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
-      80           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 4);
-      81           1 :         c.previous.setEnergy(6);
-      82             : 
-      83           1 :         c.current.setEnergy(8); 
-      84           1 :         splitting.process(&c); // no split, minimal weight reached
-      85           1 :         EXPECT_DOUBLE_EQ(c.getWeight(), weight);
-      86           1 :         EXPECT_DOUBLE_EQ(c.getNextSerialNumber(), serial + 4);
-      87           1 :         c.previous.setEnergy(8);
-      88           1 : }
-      89             : 
-      90             : } //namespace crpropa
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Current view:top level - test - testCore.cpp (source / functions)HitTotalCoverage
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa4mainEiPPc0
_ZN7crpropa16Random_seed_Test8TestBodyEv1
_ZN7crpropa17Grid3f_Speed_Test8TestBodyEv1
_ZN7crpropa17common_digit_Test8TestBodyEv1
_ZN7crpropa18HepPID_charge_Test8TestBodyEv1
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_ZN7crpropa20Grid3f_DumpLoad_Test8TestBodyEv1
_ZN7crpropa20common_gaussInt_Test8TestBodyEv1
_ZN7crpropa21Candidate_weight_Test8TestBodyEv1
_ZN7crpropa21ParticleState_id_Test8TestBodyEv1
_ZN7crpropa22EmissionMap_merge_Test8TestBodyEv1
_ZN7crpropa22Grid1f_SimpleTest_Test8TestBodyEv1
_ZN7crpropa22Grid1f_clipVolume_Test8TestBodyEv1
_ZN7crpropa22Random_base64Seed_Test8TestBodyEv1
_ZN7crpropa22VectordGrid_Scale_Test8TestBodyEv1
_ZN7crpropa23Candidate_isActive_Test8TestBodyEv1
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_ZN7crpropa23common_interpolate_Test8TestBodyEv1
_ZN7crpropa23common_pow_integer_Test8TestBodyEv1
_ZN7crpropa24Grid1f_ClosestValue_Test8TestBodyEv1
_ZN7crpropa24Grid3f_Reflectivity_Test8TestBodyEv1
_ZN7crpropa24base64_de_en_coding_Test8TestBodyEv1
_ZN7crpropa25Geometry_ParaxialBox_Test8TestBodyEv1
_ZN7crpropa25Grid3f_Interpolation_Test8TestBodyEv1
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Current view:top level - test - testCore.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:65465799.5 %
Date:2024-04-08 14:58:22Functions:585998.3 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZN7crpropa17Grid3f_Speed_Test8TestBodyEv1
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_ZN7crpropa20Grid3f_DumpLoad_Test8TestBodyEv1
_ZN7crpropa20common_gaussInt_Test8TestBodyEv1
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_ZN7crpropa21ParticleState_id_Test8TestBodyEv1
_ZN7crpropa22EmissionMap_merge_Test8TestBodyEv1
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_ZN7crpropa22Grid1f_clipVolume_Test8TestBodyEv1
_ZN7crpropa22Random_base64Seed_Test8TestBodyEv1
_ZN7crpropa22VectordGrid_Scale_Test8TestBodyEv1
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_ZN7crpropa23Candidate_property_Test8TestBodyEv1
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_ZN7crpropa23common_pow_integer_Test8TestBodyEv1
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_ZN7crpropa24Grid3f_Reflectivity_Test8TestBodyEv1
_ZN7crpropa24base64_de_en_coding_Test8TestBodyEv1
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_ZN7crpropa26Grid_PeriodicBoundary_Test8TestBodyEv1
_ZN7crpropa26ParticleID_massNumber_Test8TestBodyEv1
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_ZN7crpropa27ParticleState_Rigidity_Test8TestBodyEv1
_ZN7crpropa27ParticleState_momentum_Test8TestBodyEv1
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_ZN7crpropa29Variant_stringConversion_Test8TestBodyEv1
_ZN7crpropa30ParticleState_idException_Test8TestBodyEv1
_ZN7crpropa32ParticleState_lorentzFactor_Test8TestBodyEv1
_ZN7crpropa34common_interpolateEquidistant_Test8TestBodyEv1
_ZN7crpropa37Grid1f_GridPropertiesConstructor_Test8TestBodyEv1
_ZN7crpropa39CylindricalProjectionMap_functions_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
_ZN7crpropa50HepPID_consistencyWithReferenceImplementation_Test8TestBodyEv1
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LCOV - code coverage report
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Current view:top level - test - testCore.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:65465799.5 %
Date:2024-04-08 14:58:22Functions:585998.3 %
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          Line data    Source code
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-       1             : /** Unit tests for core features of CRPropa
-       2             :         Candidate
-       3             :         ParticleState
-       4             :         Random
-       5             :         Common functions
-       6             :  */
-       7             : 
-       8             : #include <complex>
-       9             : 
-      10             : #include "crpropa/Candidate.h"
-      11             : #include "crpropa/base64.h"
-      12             : #include "crpropa/Common.h"
-      13             : #include "crpropa/Units.h"
-      14             : #include "crpropa/ParticleID.h"
-      15             : #include "crpropa/ParticleMass.h"
-      16             : #include "crpropa/Random.h"
-      17             : #include "crpropa/Grid.h"
-      18             : #include "crpropa/GridTools.h"
-      19             : #include "crpropa/Geometry.h"
-      20             : #include "crpropa/EmissionMap.h"
-      21             : #include "crpropa/Vector3.h"
-      22             : 
-      23             : #include <HepPID/ParticleIDMethods.hh>
-      24             : #include "gtest/gtest.h"
-      25             : 
-      26             : namespace crpropa {
-      27             : 
-      28           2 : TEST(ParticleState, position) {
-      29           1 :         ParticleState particle;
-      30             :         Vector3d v(1, 3, 5);
-      31           1 :         particle.setPosition(v * Mpc);
-      32           2 :         EXPECT_TRUE(particle.getPosition() == v * Mpc);
-      33           1 : }
-      34             : 
-      35           2 : TEST(ParticleState, energy) {
-      36           1 :         ParticleState particle;
-      37           1 :         particle.setEnergy(10 * EeV);
-      38           1 :         EXPECT_EQ(particle.getEnergy(), 10 * EeV);
-      39           1 : }
-      40             : 
-      41           2 : TEST(ParticleState, direction) {
-      42           1 :         ParticleState particle;
-      43             :         Vector3d v(1, 2, 3);
-      44           1 :         particle.setDirection(v);
-      45           2 :         EXPECT_TRUE(particle.getDirection() == v.getUnitVector());
-      46           1 : }
-      47             : 
-      48           2 : TEST(ParticleState, velocity) {
-      49           1 :         ParticleState particle;
-      50             :         Vector3d v(1, 1, 0);
-      51           1 :         particle.setDirection(v);
-      52           2 :         EXPECT_TRUE(particle.getVelocity() == v.getUnitVector() * c_light);
-      53           1 : }
-      54             : 
-      55           2 : TEST(ParticleState, momentum) {
-      56           1 :         ParticleState particle;
-      57             :         Vector3d v(0, 1, 0);
-      58           1 :         particle.setDirection(v);
-      59           1 :         particle.setEnergy(100 * EeV);
-      60           2 :         EXPECT_TRUE(particle.getMomentum() == v * (particle.getEnergy() / c_light));
-      61           1 : }
-      62             : 
-      63           2 : TEST(ParticleState, id) {
-      64           1 :         ParticleState particle;
-      65           1 :         particle.setId(nucleusId(12, 6));
-      66           1 :         EXPECT_EQ(particle.getId(), 1000060120);
-      67           1 : }
-      68             : 
-      69             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
-      70           1 : TEST(ParticleState, idException) {
-      71           1 :         EXPECT_THROW(nucleusId(5, 6), std::runtime_error);
-      72           1 : }
-      73             : #endif
-      74             : 
-      75           2 : TEST(ParticleState, Charge) {
-      76           1 :         ParticleState particle;
-      77             : 
-      78           1 :         particle.setId(nucleusId(56, 26)); // iron
-      79           1 :         EXPECT_DOUBLE_EQ(26 * eplus, particle.getCharge());
-      80             : 
-      81           1 :         particle.setId(-nucleusId(56, 26)); // anti-iron
-      82           1 :         EXPECT_DOUBLE_EQ(-26 * eplus, particle.getCharge());
-      83             : 
-      84           1 :         particle.setId(11); // electron
-      85           1 :         EXPECT_DOUBLE_EQ(-1 * eplus, particle.getCharge());
-      86             : 
-      87           1 :         particle.setId(-11); // positron
-      88           1 :         EXPECT_DOUBLE_EQ(1 * eplus, particle.getCharge());
-      89             : 
-      90           1 :         particle.setId(12); // electron neutrino
-      91           1 :         EXPECT_DOUBLE_EQ(0, particle.getCharge());
-      92             : 
-      93           1 :         particle.setId(-12); // electron anti-neutrino
-      94           1 :         EXPECT_DOUBLE_EQ(0, particle.getCharge());
-      95           1 : }
-      96             : 
-      97           2 : TEST(ParticleState, Rigidity) {
-      98           1 :         ParticleState particle;
-      99             : 
-     100           1 :         particle.setId(nucleusId(1, 1)); // proton
-     101           1 :         particle.setEnergy(1 * EeV);
-     102           1 :         EXPECT_EQ(particle.getRigidity(), 1e18);
-     103           1 : }
-     104             : 
-     105           2 : TEST(ParticleState, Mass) {
-     106           1 :         ParticleState particle;
-     107             : 
-     108           1 :         particle.setId(nucleusId(1, 1)); // proton
-     109           1 :         EXPECT_DOUBLE_EQ(mass_proton, particle.getMass());
-     110             : 
-     111           1 :         particle.setId(nucleusId(1, 0)); // neutron
-     112           1 :         EXPECT_DOUBLE_EQ(mass_neutron, particle.getMass());
-     113             : 
-     114           1 :         int id = nucleusId(56, 26);
-     115           1 :         particle.setId(id); // iron
-     116           1 :         EXPECT_DOUBLE_EQ(nuclearMass(id), particle.getMass());
-     117             : 
-     118           1 :         particle.setId(-id); // anti-iron
-     119           1 :         EXPECT_DOUBLE_EQ(nuclearMass(-id), particle.getMass());
-     120             : 
-     121             :         // approximation for unkown nucleus A * amu - Z * mass_electron
-     122             :         int A = 238; int Z = 92; // Uranium92
-     123           1 :         EXPECT_DOUBLE_EQ(nuclearMass(A, Z), A*amu - Z*mass_electron);
-     124           1 : }
-     125             : 
-     126           2 : TEST(ParticleState, lorentzFactor) {
-     127           1 :         ParticleState particle;
-     128           1 :         particle.setId(nucleusId(1, 1));
-     129           1 :         particle.setEnergy(1e12 * eV);
-     130           1 :         EXPECT_DOUBLE_EQ(particle.getLorentzFactor(),
-     131             :                         1e12 * eV / mass_proton / c_squared);
-     132           1 : }
-     133             : 
-     134           1 : TEST(ParticleID, nucleusId) {
-     135           1 :         EXPECT_EQ(nucleusId(3,2), 1000020030);
-     136           1 : }
-     137             : 
-     138           1 : TEST(ParticleID, chargeNumber) {
-     139           1 :         EXPECT_EQ(chargeNumber(1000020030), 2);
-     140           1 : }
-     141             : 
-     142           1 : TEST(ParticleID, massNumber) {
-     143           1 :         EXPECT_EQ(massNumber(2112), 1);
-     144           1 :         EXPECT_EQ(massNumber(1000020030), 3);
-     145           1 : }
-     146             : 
-     147           1 : TEST(ParticleID, isNucleus) {
-     148           1 :         EXPECT_TRUE(isNucleus(1000020030));
-     149           1 :         EXPECT_FALSE(isNucleus(11));
-     150           1 : }
-     151             : 
-     152           1 : TEST(HepPID, consistencyWithReferenceImplementation) {
-     153             :         // Tests the performance improved version against the default one
-     154           1 :         unsigned long testPID = rand() % 1000000000 + 1000000000;
-     155           8 :         for(size_t i=1; i < 8; i++) {
-     156           7 :                 HepPID::location loc = (HepPID::location) i;
-     157           7 :                 unsigned short newResult = HepPID::digit(loc, testPID);
-     158             :                 //original implementation
-     159           7 :                 int numerator = (int) std::pow(10.0,(loc-1));
-     160           7 :                 EXPECT_EQ(newResult, (HepPID::abspid(testPID)/numerator)%10);
-     161             :         }
-     162           1 : }
-     163             : 
-     164           1 : TEST(HepPID, charge) {
-     165           1 :         EXPECT_DOUBLE_EQ(HepPID::charge(11), -1.);
-     166           1 : }
-     167             : 
-     168           1 : TEST(Candidate, currentStep) {
-     169           1 :         Candidate candidate;
-     170           1 :         candidate.setCurrentStep(1 * Mpc);
-     171           1 :         EXPECT_DOUBLE_EQ(candidate.getCurrentStep(), 1 * Mpc);
-     172           1 : }
-     173             : 
-     174           1 : TEST(Candidate, limitNextStep) {
-     175           1 :         Candidate candidate;
-     176           1 :         candidate.setNextStep(5 * Mpc);
-     177           1 :         EXPECT_DOUBLE_EQ(candidate.getNextStep(), 5 * Mpc);
-     178           1 :         candidate.limitNextStep(2 * Mpc);
-     179           1 :         EXPECT_DOUBLE_EQ(candidate.getNextStep(), 2 * Mpc);
-     180           1 :         candidate.limitNextStep(3 * Mpc);
-     181           1 :         EXPECT_DOUBLE_EQ(candidate.getNextStep(), 2 * Mpc);
-     182           1 : }
-     183             : 
-     184           1 : TEST(Candidate, isActive) {
-     185           1 :         Candidate candidate;
-     186           1 :         EXPECT_TRUE(candidate.isActive());
-     187           1 :         candidate.setActive(false);
-     188           1 :         EXPECT_FALSE(candidate.isActive());
-     189           1 : }
-     190             : 
-     191           1 : TEST(Candidate, property) {
-     192           1 :         Candidate candidate;
-     193           2 :         candidate.setProperty("foo", "bar");
-     194           2 :         EXPECT_TRUE(candidate.hasProperty("foo"));
-     195           2 :         std::string value = candidate.getProperty("foo");
-     196           1 :         EXPECT_EQ("bar", value);
-     197           1 : }
-     198             : 
-     199           1 : TEST(Candidate, weight) {
-     200           1 :     Candidate candidate;
-     201           1 :     EXPECT_EQ (1., candidate.getWeight());
-     202             :     
-     203           1 :     candidate.setWeight(5.);
-     204           1 :     EXPECT_EQ (5., candidate.getWeight());
-     205             :     
-     206           1 :     candidate.updateWeight(3.);
-     207           1 :     EXPECT_EQ (15., candidate.getWeight());
-     208           1 : }
-     209             : 
-     210           1 : TEST(Candidate, addSecondary) {
-     211           1 :         Candidate c;
-     212           1 :         c.setRedshift(5);
-     213           1 :         c.setTrajectoryLength(23);
-     214           1 :         c.setWeight(3.);
-     215           1 :         c.previous.setId(nucleusId(56,26));
-     216           1 :         c.previous.setEnergy(1000);
-     217           1 :         c.previous.setPosition(Vector3d(1,2,3));
-     218           1 :         c.previous.setDirection(Vector3d(0,0,1));
-     219             : 
-     220           1 :         c.addSecondary(nucleusId(1,1), 200);
-     221           2 :         c.addSecondary(nucleusId(1,1), 200, 5.);
-     222           1 :         Candidate s1 = *c.secondaries[0];
-     223           1 :         Candidate s2 = *c.secondaries[1];
-     224             : 
-     225           1 :         EXPECT_EQ(nucleusId(1,1), s1.current.getId());
-     226           1 :         EXPECT_EQ(200, s1.current.getEnergy());
-     227           1 :         EXPECT_EQ(5, s1.getRedshift());
-     228           1 :         EXPECT_EQ(23, s1.getTrajectoryLength());
-     229           1 :         EXPECT_EQ(1000, s1.created.getEnergy());
-     230           1 :         EXPECT_EQ(3., s1.getWeight());
-     231           2 :         EXPECT_TRUE(Vector3d(1,2,3) == s1.created.getPosition());
-     232           2 :         EXPECT_TRUE(Vector3d(0,0,1) == s1.created.getDirection());
-     233           2 :         EXPECT_TRUE(s1.getTagOrigin() == "SEC");
-     234             : 
-     235           1 :         EXPECT_EQ(15., s2.getWeight());
-     236           1 : }
-     237             : 
-     238           1 : TEST(Candidate, candidateTag) {
-     239           1 :         Candidate c;
-     240             : 
-     241             :         // test default tag
-     242           2 :         EXPECT_TRUE(c.getTagOrigin() == "PRIM");
-     243             : 
-     244             :         // test setting tag
-     245           1 :         c.setTagOrigin("myTag");
-     246           2 :         EXPECT_TRUE(c.getTagOrigin() == "myTag");
-     247           1 : }
-     248             : 
-     249           1 : TEST(Candidate, serialNumber) {
-     250           1 :         Candidate::setNextSerialNumber(42);
-     251           1 :         Candidate c;
-     252           1 :         EXPECT_EQ(43, c.getSourceSerialNumber());
-     253           1 : }
-     254             : 
-     255           1 : TEST(common, digit) {
-     256           1 :         EXPECT_EQ(1, digit(1234, 1000));
-     257           1 :         EXPECT_EQ(2, digit(1234, 100));
-     258           1 :         EXPECT_EQ(3, digit(1234, 10));
-     259           1 :         EXPECT_EQ(4, digit(1234, 1));
-     260           1 : }
-     261             : 
-     262           1 : TEST(common, interpolate) {
-     263             :         // create vectors x = (0, 0.02, ... 2) and y = 2x + 3 = (3, ... 7)
-     264           1 :         std::vector<double> xD(101), yD(101);
-     265         102 :         for (int i = 0; i <= 100; i++) {
-     266         101 :                 xD[i] = i * 0.02;
-     267         101 :                 yD[i] = 2 * xD[i] + 3;
-     268             :         }
-     269             : 
-     270             :         // interpolating tabulated values of a linear function should produce exact results
-     271           1 :         Random &R = Random::instance();
-     272             :         double x, ytrue, yinterp;
-     273       10001 :         for (int i = 0; i < 10000; i++) {
-     274       10000 :                 x = R.rand() * 2; // random value between 0 and 2
-     275       10000 :                 ytrue = 2 * x + 3;
-     276       10000 :                 yinterp = interpolate(x, xD, yD);
-     277       10000 :                 EXPECT_DOUBLE_EQ(ytrue, yinterp);
-     278             :         }
-     279             : 
-     280             :         // test interpolation in first bin
-     281             :         x = 0.01;
-     282             :         ytrue = 2 * x + 3;
-     283           1 :         yinterp = interpolate(x, xD, yD);
-     284           1 :         EXPECT_DOUBLE_EQ(ytrue, yinterp);
-     285             : 
-     286             :         // test interpolation in last bin
-     287             :         x = 1.99;
-     288             :         ytrue = 2 * x + 3;
-     289           1 :         yinterp = interpolate(x, xD, yD);
-     290           1 :         EXPECT_DOUBLE_EQ(ytrue, yinterp);
-     291             : 
-     292             :         // value out of range, return lower bound
-     293           1 :         EXPECT_EQ(3, interpolate(-0.001, xD, yD));
-     294             : 
-     295             :         // value out of range, return upper bound
-     296           1 :         EXPECT_EQ(7, interpolate(2.001, xD, yD));
-     297           1 : }
-     298             : 
-     299           1 : TEST(common, interpolateEquidistant) {
-     300           1 :         std::vector<double> yD(100);
-     301         101 :         for (int i = 0; i < 100; i++) {
-     302         100 :                 yD[i] = pow(1 + i * 2. / 99., 2);
-     303             :         }
-     304             : 
-     305             :         // interpolated value should be close to computed
-     306           1 :         double y = interpolateEquidistant(1.5001, 1, 3, yD);
-     307           1 :         EXPECT_NEAR(pow(1.5001, 2), y, 1e-4);
-     308             : 
-     309             :         // value out of range, return lower bound
-     310           1 :         EXPECT_EQ(1, interpolateEquidistant(0.9, 1, 3, yD));
-     311             : 
-     312             :         // value out of range, return lower bound
-     313           1 :         EXPECT_EQ(9, interpolateEquidistant(3.1, 1, 3, yD));
-     314           1 : }
-     315             : 
-     316           1 : TEST(common, pow_integer) {
-     317           1 :         EXPECT_EQ(pow_integer<0>(1.23), 1);
-     318           1 :         EXPECT_FLOAT_EQ(pow_integer<1>(1.234), 1.234);
-     319           1 :         EXPECT_FLOAT_EQ(pow_integer<2>(1.234), pow(1.234, 2));
-     320           1 :         EXPECT_FLOAT_EQ(pow_integer<3>(1.234), pow(1.234, 3));
-     321           1 : }
-     322             : 
-     323           2 : TEST(common, gaussInt) {
-     324           9 :         EXPECT_NEAR(gaussInt(([](double x){ return x*x; }), 0, 10), 1000/3., 1e-4);
-     325           9 :         EXPECT_NEAR(gaussInt(([](double x){ return sin(x)*sin(x); }), 0, M_PI), M_PI/2., 1e-4);
-     326           1 : }
-     327             : 
-     328           1 : TEST(Random, seed) {
-     329           1 :         Random &a = Random::instance();
-     330           1 :         Random &b = Random::instance();
-     331             : 
-     332           1 :         a.seed(42);
-     333           1 :         double r1 = a.rand();
-     334             : 
-     335           1 :         a.seed(42);
-     336           1 :         double r2 = a.rand();
-     337             : 
-     338           1 :         a.seed(42);
-     339           1 :         double r3 = b.rand();
-     340             : 
-     341             :         // seeding should give same random numbers
-     342           1 :         EXPECT_EQ(r1, r2);
-     343             : 
-     344             :         // seeding should work for all instances
-     345           1 :         EXPECT_EQ(r1, r3);
-     346           1 : }
-     347             : 
-     348           1 : TEST(Random, bigSeedStorage) {
-     349           1 :         Random a;
-     350             :         std::vector<uint32_t> bigSeed;
-     351             : 
-     352             :         const size_t nComp = 42;
-     353             :         double values[nComp];
-     354          43 :         for (size_t i = 0; i < nComp; i++)
-     355             :         {
-     356          42 :                 values[i] = a.rand();
-     357             :         }
-     358           1 :         bigSeed = a.getSeed();
-     359           1 :         Random b;
-     360             :         //b.load(bigSeed);
-     361           1 :         b.seed(&bigSeed[0], bigSeed.size());
-     362          43 :         for (size_t i = 0; i < nComp; i++)
-     363             :         {
-     364          42 :                 EXPECT_EQ(values[i], b.rand());
-     365             :         }
-     366             : 
-     367           1 :         a.seed(42);
-     368           1 :         bigSeed = a.getSeed();
-     369           1 :         EXPECT_EQ(bigSeed.size(), 1);
-     370           1 :         EXPECT_EQ(bigSeed[0], 42);
-     371           1 :         b.seed(bigSeed[0]);
-     372          43 :         for (size_t i = 0; i < nComp; i++)
-     373             :         {
-     374          42 :                 EXPECT_EQ(a.rand(), b.rand());
-     375             :         }
-     376             : 
-     377           1 : }
-     378             : 
-     379           1 : TEST(base64, de_en_coding) {
-     380           1 :         Random a;
-     381         100 :         for (int N=1; N < 100; N++) {
-     382             :                 std::vector<uint32_t> data;
-     383          99 :                 data.reserve(N);
-     384        5049 :                 for (int i =0; i<N; i++)
-     385        4950 :                         data.push_back(a.randInt());
-     386             : 
-     387          99 :                 std::string encoded_data = Base64::encode((unsigned char*)&data[0], sizeof(data[0]) * data.size() / sizeof(unsigned char));
-     388             : 
-     389          99 :                 std::string decoded_data = Base64::decode(encoded_data);
-     390          99 :                 size_t S = decoded_data.size() * sizeof(decoded_data[0]) / sizeof(uint32_t);
-     391        5049 :                 for (int i=0; i < S; i++) {
-     392        4950 :                         EXPECT_EQ(((uint32_t*)decoded_data.c_str())[i], data[i]);
-     393             :                 }
-     394             :         }
-     395             : 
-     396           1 : }
-     397             : 
-     398           1 : TEST(Random, base64Seed) {
-     399             : 
-     400           1 :         std::string seed =  "I1+8ANzXYwAqAAAAAwAAAA==";
-     401             :         std::vector<uint32_t> bigSeed;
-     402           1 :         bigSeed.push_back(12345123);
-     403           1 :         bigSeed.push_back(6543324);
-     404           1 :         bigSeed.push_back(42);
-     405           1 :         bigSeed.push_back(3);
-     406           1 :         Random a, b;
-     407           1 :         a.seed(seed);
-     408           1 :         b.seed(&bigSeed[0], bigSeed.size());
-     409             : 
-     410             :         const size_t nComp = 42;
-     411             :         double values[nComp];
-     412          43 :         for (size_t i = 0; i < nComp; i++)
-     413             :         {
-     414          42 :                 EXPECT_EQ(a.rand(), b.rand());
-     415             :         }
-     416           1 : }
-     417             : 
-     418           2 : TEST(Grid, PeriodicClamp) {
-     419             :         // Test correct determination of lower and upper neighbor
-     420             :         int lo, hi;
-     421             : 
-     422             :         periodicClamp(23.12, 8, lo, hi);
-     423           1 :         EXPECT_EQ(7, lo);
-     424           1 :         EXPECT_EQ(0, hi);
-     425             : 
-     426             :         periodicClamp(-23.12, 8, lo, hi);
-     427           1 :         EXPECT_EQ(0, lo);
-     428           1 :         EXPECT_EQ(1, hi);
-     429           1 : }
-     430             : 
-     431           1 : TEST(Grid, PeriodicBoundary) {
-     432             :         // Test correct determination of periodic continuated index
-     433             :         // periodic indices for n=8 should repeat like ...0123456701234567...
-     434             :         int index;
-     435             : 
-     436           1 :         index = periodicBoundary(0, 8);
-     437           1 :         EXPECT_EQ(0, index);
-     438           1 :         index = periodicBoundary(7, 8);
-     439           1 :         EXPECT_EQ(7, index);
-     440           1 :         index = periodicBoundary(8, 8);
-     441           1 :         EXPECT_EQ(0, index);
-     442           1 :         index = periodicBoundary(9, 8);
-     443           1 :         EXPECT_EQ(1, index);
-     444           1 : }
-     445             : 
-     446           1 : TEST(Grid, ReflectiveClamp) {
-     447             :         // Test correct determination of lower and upper neighbor
-     448             :         // reflective indices for n=8 should repeat like ...67765432100123456776...
-     449             :         int lo, hi; 
-     450             :         double res;
-     451             : 
-     452           1 :         reflectiveClamp(23.12, 8, lo, hi, res);
-     453           1 :         EXPECT_EQ(7, lo);
-     454           1 :         EXPECT_EQ(7, hi);
-     455           1 :         EXPECT_FLOAT_EQ(7.12, res);
-     456             : 
-     457           1 :         reflectiveClamp(-23.12, 8, lo, hi, res);
-     458           1 :         EXPECT_EQ(6, lo);
-     459           1 :         EXPECT_EQ(7, hi);
-     460           1 :         EXPECT_FLOAT_EQ(6.12, res);
-     461           1 : }
-     462             : 
-     463           2 : TEST(Grid, ReflectiveBoundary) {
-     464             :         // Test correct determination of reflected index
-     465             :         // reflective indices for n=8 should repeat like ...67765432100123456776...
-     466             :         int index; 
-     467             : 
-     468           1 :         index = reflectiveBoundary(8, 8);
-     469           1 :         EXPECT_EQ(7, index);
-     470           1 :         index = reflectiveBoundary(9, 8);
-     471           1 :         EXPECT_EQ(6, index);
-     472           1 :         index = reflectiveBoundary(0, 8);
-     473           1 :         EXPECT_EQ(0, index);
-     474           1 :         index = reflectiveBoundary(-1, 8);
-     475           1 :         EXPECT_EQ(0, index);
-     476           1 :         index = reflectiveBoundary(-8, 8);
-     477           1 :         EXPECT_EQ(7, index);
-     478           1 :         index = reflectiveBoundary(-9, 8);
-     479           1 :         EXPECT_EQ(7, index);
-     480           1 : }
-     481             : 
-     482           1 : TEST(Grid1f, SimpleTest) {
-     483             :         // Test construction and parameters
-     484           1 :         size_t Nx = 5;
-     485           1 :         size_t Ny = 8;
-     486           1 :         size_t Nz = 10;
-     487             :         double spacing = 2.0;
-     488             :         Vector3d origin(1., 2., 3.);
-     489             : 
-     490           1 :         Grid1f grid(origin, Nx, Ny, Nz, spacing);
-     491             : 
-     492           1 :         EXPECT_TRUE(origin == grid.getOrigin());
-     493           1 :         EXPECT_EQ(Nx, grid.getNx());
-     494           1 :         EXPECT_EQ(Ny, grid.getNy());
-     495           1 :         EXPECT_EQ(Nz, grid.getNz());
-     496           1 :         EXPECT_EQ(Vector3d(spacing), grid.getSpacing());
-     497           1 :         EXPECT_EQ(5 * 8 * 10, grid.getGrid().size());
-     498             : 
-     499             :         // Test index handling: get position of grid point (2, 3, 4)
-     500           1 :         size_t some_index = 2 * Ny * Nz + 3 * Nz + 4;
-     501             :         Vector3d some_grid_point = origin + Vector3d(2, 3, 4) * spacing + Vector3d(spacing / 2.);
-     502           2 :         EXPECT_EQ(some_grid_point, grid.positionFromIndex(some_index));
-     503             :         
-     504             :         //Test if value on gridpoint is correctly retrieved
-     505           1 :         grid.get(2, 3, 4) = 7;
-     506           1 :         EXPECT_FLOAT_EQ(7., grid.getGrid()[some_index]);
-     507             :         //trilinear interpolated
-     508           1 :         EXPECT_FLOAT_EQ(7., grid.interpolate(some_grid_point));
-     509             :         //tricubic interpolated
-     510             :         grid.setInterpolationType(TRICUBIC);
-     511           1 :         EXPECT_FLOAT_EQ(7., grid.interpolate(some_grid_point));
-     512             :         //nearest neighbour interpolated
-     513             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
-     514           1 :         EXPECT_FLOAT_EQ(7., grid.interpolate(some_grid_point));
-     515             : 
-     516             :         //Test if grid is set to zero outside of volume for clipVolume=true
-     517             :         grid.setClipVolume(true);
-     518           1 :         EXPECT_FLOAT_EQ(0, grid.interpolate(Vector3d(100, 0, 12)));
-     519           1 : }
-     520             : 
-     521           2 : TEST(Grid1f, GridPropertiesConstructor) {
-     522             :         // Test constructor for vector spacing
-     523             :         size_t Nx = 5;
-     524             :         size_t Ny = 8;
-     525             :         size_t Nz = 10;
-     526             :         Vector3d origin = Vector3d(1., 2., 3.);
-     527             :         Vector3d spacing = Vector3d(1., 5., 3.);
-     528             :         GridProperties properties(origin, Nx, Ny, Nz, spacing);
-     529           1 :         Grid1f grid(properties);
-     530             : 
-     531           1 :         EXPECT_EQ(spacing, grid.getSpacing());
-     532             : 
-     533             :         // Test index handling: get position of grid point (1, 7, 6)
-     534             :         size_t some_index = 1 * Ny * Nz + 7 * Nz + 6;
-     535             :         Vector3d some_grid_point = origin + Vector3d(1, 7, 6) * spacing + spacing / 2.;
-     536             : 
-     537             :         //Test if value on gridpoint is correctly retrieved
-     538           1 :         grid.get(1, 7, 6) = 12;
-     539           1 :         EXPECT_FLOAT_EQ(12., grid.getGrid()[some_index]);
-     540             :         //trilinear interpolated
-     541           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
-     542             :         //tricubic interpolated
-     543             :         grid.setInterpolationType(TRICUBIC);
-     544           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
-     545             :         //nearest neighbour interpolated
-     546             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
-     547           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
-     548           1 : }
-     549             : 
-     550           2 : TEST(Grid1f, TestVectorSpacing) {
-     551             :         // Test constructor for vector spacing
-     552             :         size_t Nx = 5;
-     553             :         size_t Ny = 8;
-     554             :         size_t Nz = 10;
-     555             :         Vector3d origin = Vector3d(1., 2., 3.);
-     556             :         Vector3d spacing = Vector3d(1., 5., 3.);
-     557             : 
-     558           1 :         Grid1f grid(origin, Nx, Ny, Nz, spacing);
-     559             : 
-     560           1 :         EXPECT_EQ(spacing, grid.getSpacing());
-     561             : 
-     562             :         // Test index handling: get position of grid point (1, 7, 6)
-     563             :         size_t some_index = 1 * Ny * Nz + 7 * Nz + 6;
-     564             :         Vector3d some_grid_point = origin + Vector3d(1, 7, 6) * spacing + spacing / 2.;
-     565             : 
-     566             :         //Test if value on gridpoint is correctly retrieved
-     567           1 :         grid.get(1, 7, 6) = 12;
-     568           1 :         EXPECT_FLOAT_EQ(12., grid.getGrid()[some_index]);
-     569             :         //trilinear interpolated
-     570           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
-     571             :         //tricubic interpolated
-     572             :         grid.setInterpolationType(TRICUBIC);
-     573           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
-     574             :         //nearest neighbour interpolated
-     575             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
-     576           1 :         EXPECT_FLOAT_EQ(12., grid.interpolate(some_grid_point));
-     577           1 : }
-     578             : 
-     579           2 : TEST(Grid1f, ClosestValue) {
-     580             :         // Check some closest values / nearest neighbour interpolation
-     581           1 :         Grid1f grid(Vector3d(0.), 2, 2, 2, 1.);
-     582           1 :         grid.get(0, 0, 0) = 1;
-     583           1 :         grid.get(0, 0, 1) = 2;
-     584           1 :         grid.get(0, 1, 0) = 3;
-     585           1 :         grid.get(0, 1, 1) = 4;
-     586           1 :         grid.get(1, 0, 0) = 5;
-     587           1 :         grid.get(1, 0, 1) = 6;
-     588           1 :         grid.get(1, 1, 0) = 7;
-     589           1 :         grid.get(1, 1, 1) = 8;
-     590             : 
-     591             :         // grid points are at 0.5 and 1.5
-     592           1 :         EXPECT_FLOAT_EQ(1, grid.closestValue(Vector3d(0.1,  0.2, 0.6)));
-     593           1 :         EXPECT_FLOAT_EQ(2, grid.closestValue(Vector3d(0.2, 0.1, 1.3)));
-     594           1 :         EXPECT_FLOAT_EQ(3, grid.closestValue(Vector3d(0.3, 1.2, 0.2)));
-     595           1 :         EXPECT_FLOAT_EQ(7, grid.closestValue(Vector3d(1.7, 1.8, 0.4)));
-     596             : 
-     597             :         //Test if grid is set to zero outside of volume for clipVolume=true
-     598           1 :         EXPECT_NE(0, grid.interpolate(Vector3d(0, 0, 12)));
-     599             :         grid.setClipVolume(true);
-     600           1 :         double b = grid.interpolate(Vector3d(0, 0, 12));
-     601           1 :         EXPECT_FLOAT_EQ(0, b);
-     602           1 : }
-     603             : 
-     604           2 : TEST(Grid1f, clipVolume) {
-     605             :         // Check volume clipping for gridproperties constructor
-     606             :         size_t N = 2;
-     607             :         Vector3d origin = Vector3d(0.);
-     608             :         double spacing = 2;
-     609             :         GridProperties properties(origin, N, spacing);
-     610           1 :         Grid1f grid(properties);
-     611           1 :         grid.get(0, 0, 0) = 1;
-     612           1 :         grid.get(0, 0, 1) = 2;
-     613           1 :         grid.get(0, 1, 0) = 3;
-     614           1 :         grid.get(0, 1, 1) = 4;
-     615           1 :         grid.get(1, 0, 0) = 5;
-     616           1 :         grid.get(1, 0, 1) = 6;
-     617           1 :         grid.get(1, 1, 0) = 7;
-     618           1 :         grid.get(1, 1, 1) = 8;
-     619             : 
-     620             :         //Test if grid is set to zero outside of volume for clipVolume=true
-     621           1 :         EXPECT_NE(0, grid.interpolate(Vector3d(0, 0, 12)));
-     622             :         grid.setClipVolume(true);
-     623           1 :         double b = grid.interpolate(Vector3d(0, 0, 10));
-     624           1 :         EXPECT_FLOAT_EQ(0, b);
-     625           1 : }
-     626             : 
-     627           2 : TEST(Grid3f, Interpolation) {
-     628             :         // Explicitly test trilinear and tricubic interpolation
-     629             :         double spacing = 2.793;
-     630             :         int n = 3;
-     631           1 :         Grid3f grid(Vector3d(0.), n, n, n, spacing);
-     632             :         grid.get(0, 0, 1) = Vector3f(1.7, 0., 0.); // set one value
-     633             : 
-     634             :         Vector3d b;
-     635             :         
-     636             :         //trilinear
-     637             : 
-     638             :         // grid points are at [0.5, 1.5, ...] * spacing
-     639           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.5) * spacing);
-     640           1 :         EXPECT_FLOAT_EQ(1.7, b.x);
-     641             : 
-     642           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.4) * spacing);
-     643           1 :         EXPECT_FLOAT_EQ(1.7 * 0.9, b.x);
-     644             : 
-     645           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.6) * spacing);
-     646           1 :         EXPECT_FLOAT_EQ(1.7 * 0.9, b.x);
-     647             : 
-     648           1 :         b = grid.interpolate(Vector3d(0.5, 0.35, 1.6) * spacing);
-     649           1 :         EXPECT_FLOAT_EQ(1.7 * 0.9 * 0.85, b.x);
-     650             : 
-     651           1 :         b = grid.interpolate(Vector3d(0.5, 2.65, 1.6) * spacing); // using periodic repetition
-     652           1 :         EXPECT_FLOAT_EQ(1.7 * 0.9 * 0.15, b.x);
-     653             :         
-     654             :         //tricubic
-     655             :         #ifdef HAVE_SIMD
-     656             :         grid.setInterpolationType(TRICUBIC);
-     657             :         
-     658           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.5) * spacing);
-     659           1 :         EXPECT_FLOAT_EQ(1.7, b.x);
-     660             : 
-     661           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.4) * spacing);
-     662           1 :         EXPECT_FLOAT_EQ(1.66005015373, b.x);
-     663             : 
-     664           1 :         b = grid.interpolate(Vector3d(0.5, 0.5, 1.6) * spacing);
-     665           1 :         EXPECT_FLOAT_EQ(1.66005003452, b.x);
-     666             : 
-     667           1 :         b = grid.interpolate(Vector3d(0.5, 0.35, 1.6) * spacing);
-     668           1 :         EXPECT_FLOAT_EQ(1.57507634163, b.x);
-     669             : 
-     670           1 :         b = grid.interpolate(Vector3d(0.5, 2.65, 1.6) * spacing);
-     671           1 :         EXPECT_FLOAT_EQ(0.190802007914, b.x);
-     672             :         #endif // HAVE_SIMD
-     673           1 : }
-     674             : 
-     675           2 : TEST(VectordGrid, Scale) {
-     676             :         // Test scaling a field
-     677           1 :         ref_ptr<Grid3f> grid = new Grid3f(Vector3d(0.), 3, 1);
-     678           4 :         for (int ix = 0; ix < 3; ix++)
-     679          12 :                 for (int iy = 0; iy < 3; iy++)
-     680          36 :                         for (int iz = 0; iz < 3; iz++)
-     681          27 :                                 grid->get(ix, iy, iz) = Vector3f(1, 0, 0);
-     682             : 
-     683           1 :         scaleGrid(grid, 5);
-     684           4 :         for (int ix = 0; ix < 3; ix++)
-     685          12 :                 for (int iy = 0; iy < 3; iy++)
-     686          36 :                         for (int iz = 0; iz < 3; iz++)
-     687          27 :                                 EXPECT_FLOAT_EQ(5, grid->interpolate(Vector3d(0.7, 0, 0.1)).x);
-     688           1 : }
-     689             : 
-     690           2 : TEST(Grid3f, Periodicity) {
-     691             :         // Test for periodic boundaries: grid(x+a*n) = grid(x)
-     692             :         size_t n = 3;
-     693             :         double spacing = 3;
-     694             :         double size = n * spacing;
-     695           1 :         Grid3f grid(Vector3d(0.), n, spacing);
-     696           4 :         for (int ix = 0; ix < 3; ix++)
-     697          12 :                 for (int iy = 0; iy < 3; iy++)
-     698          36 :                         for (int iz = 0; iz < 3; iz++)
-     699          27 :                                 grid.get(ix, iy, iz) = Vector3f(iz + ix, iy * iz, ix - iz * iy);
-     700             : 
-     701             :         Vector3d pos(1.2, 2.3, 0.7);
-     702             :         
-     703             :         //trilinear interpolated
-     704           1 :         Vector3f b = grid.interpolate(pos);
-     705           1 :         Vector3f b2 = grid.interpolate(pos + Vector3d(1, 0, 0) * size);
-     706           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     707           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     708           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     709             : 
-     710           1 :         b2 = grid.interpolate(pos + Vector3d(0, 5, 0) * size);
-     711           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     712           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     713           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     714             : 
-     715           1 :         b2 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
-     716           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     717           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     718           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     719             :         
-     720             :         //tricubic interpolated
-     721             :         #ifdef HAVE_SIMD
-     722             :         grid.setInterpolationType(TRICUBIC);
-     723           1 :         b = grid.interpolate(pos);
-     724           1 :         b2 = grid.interpolate(pos + Vector3d(1, 0, 0) * size);
-     725           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     726           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     727           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     728             : 
-     729           1 :         b2 = grid.interpolate(pos + Vector3d(0, 5, 0) * size);
-     730           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     731           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     732           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     733             : 
-     734           1 :         b2 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
-     735           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     736           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     737           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     738             :         #endif // HAVE_SIMD
-     739             :         
-     740             :         //nearest neighbour interpolated
-     741             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
-     742           1 :         b = grid.interpolate(pos);
-     743           1 :         b2 = grid.interpolate(pos + Vector3d(1, 0, 0) * size);
-     744           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     745           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     746           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     747             : 
-     748           1 :         b2 = grid.interpolate(pos + Vector3d(0, 5, 0) * size);
-     749           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     750           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     751           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     752             : 
-     753           1 :         b2 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
-     754           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     755           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     756           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     757             : 
-     758             :         //Test if grid is set to zero outside of volume for clipVolume=true
-     759             :         grid.setClipVolume(true);
-     760           1 :         Vector3f b3 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
-     761           1 :         EXPECT_FLOAT_EQ(0., b3.x);
-     762           1 :         EXPECT_FLOAT_EQ(0., b3.y);
-     763           1 :         EXPECT_FLOAT_EQ(0., b3.z);
-     764           1 : }
-     765             : 
-     766           2 : TEST(Grid3f, Reflectivity) {
-     767             :         // Test for reflective boundaries: grid(pos) = grid(x+a) = grid(-x-a)
-     768             :         size_t n = 3;
-     769             :         double spacing = 3;
-     770             :         double size = n * spacing;
-     771           1 :         Grid3f grid(Vector3d(0.), n, spacing);
-     772             :         grid.setReflective(true); //set reflective boundary
-     773           4 :         for (int ix = 0; ix < 3; ix++)
-     774          12 :                 for (int iy = 0; iy < 3; iy++)
-     775          36 :                         for (int iz = 0; iz < 3; iz++)
-     776          27 :                                 grid.get(ix, iy, iz) = Vector3f(iz + ix, iy * iz, ix - iz * iy);
-     777             : 
-     778             :         Vector3d pos(1.2, 2.3, 0.7);
-     779             :         
-     780             :         //trilinear interpolated
-     781           1 :         Vector3f b = grid.interpolate(pos + Vector3d(1,0,0) * spacing);
-     782           1 :         Vector3f b2 = grid.interpolate(pos *(-1) - Vector3d(1,0,0) * spacing);
-     783           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     784           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     785           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     786             :         
-     787           1 :         b = grid.interpolate(pos + Vector3d(0,5,0) * spacing);
-     788           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,5,0) * spacing);
-     789           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     790           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     791           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     792             :         
-     793           1 :         b = grid.interpolate(pos + Vector3d(0,0,-2) * spacing);
-     794           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,0,-2) * spacing);
-     795           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     796           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     797           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     798             :         
-     799             :         //tricubic interpolated
-     800             :         #ifdef HAVE_SIMD
-     801             :         grid.setInterpolationType(TRICUBIC);
-     802           1 :         b = grid.interpolate(pos + Vector3d(1,0,0) * spacing);
-     803           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(1,0,0) * spacing);
-     804           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     805           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     806           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     807             :         
-     808           1 :         b = grid.interpolate(pos + Vector3d(0,5,0) * spacing);
-     809           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,5,0) * spacing);
-     810           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     811           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     812           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     813             :         
-     814           1 :         b = grid.interpolate(pos + Vector3d(0,0,-2) * spacing);
-     815           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,0,-2) * spacing);
-     816           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     817           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     818           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     819             :         #endif //HAVE_SIMD
-     820             :         
-     821             :         //nearest neighbour interpolated
-     822             :         grid.setInterpolationType(NEAREST_NEIGHBOUR);
-     823           1 :         b = grid.interpolate(pos + Vector3d(1,0,0) * spacing);
-     824           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(1,0,0) * spacing);
-     825           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     826           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     827           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     828             :         
-     829           1 :         b = grid.interpolate(pos + Vector3d(0,5,0) * spacing);
-     830           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,5,0) * spacing);
-     831           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     832           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     833           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     834             :         
-     835           1 :         b = grid.interpolate(pos + Vector3d(0,0,-2) * spacing);
-     836           1 :         b2 = grid.interpolate(pos *(-1) - Vector3d(0,0,-2) * spacing);
-     837           1 :         EXPECT_FLOAT_EQ(b.x, b2.x);
-     838           1 :         EXPECT_FLOAT_EQ(b.y, b2.y);
-     839           1 :         EXPECT_FLOAT_EQ(b.z, b2.z);
-     840             : 
-     841             :         //Test if grid is set to zero outside of volume for clipVolume=true
-     842             :         grid.setClipVolume(true);
-     843           1 :         Vector3f b3 = grid.interpolate(pos + Vector3d(0, 0, -2) * size);
-     844           1 :         EXPECT_FLOAT_EQ(0., b3.x);
-     845           1 :         EXPECT_FLOAT_EQ(0., b3.y);
-     846           1 :         EXPECT_FLOAT_EQ(0., b3.z);
-     847           1 : }
-     848             : 
-     849           2 : TEST(Grid3f, DumpLoad) {
-     850             :         // Dump and load a field grid
-     851           1 :         ref_ptr<Grid3f> grid1 = new Grid3f(Vector3d(0.), 3, 1);
-     852           1 :         ref_ptr<Grid3f> grid2 = new Grid3f(Vector3d(0.), 3, 1);
-     853             : 
-     854           4 :         for (int ix = 0; ix < 3; ix++)
-     855          12 :                 for (int iy = 0; iy < 3; iy++)
-     856          36 :                         for (int iz = 0; iz < 3; iz++)
-     857          27 :                                 grid1->get(ix, iy, iz) = Vector3f(1, 2, 3);
-     858             : 
-     859           2 :         dumpGrid(grid1, "testDump.raw");
-     860           2 :         loadGrid(grid2, "testDump.raw");
-     861             : 
-     862           4 :         for (int ix = 0; ix < 3; ix++) {
-     863          12 :                 for (int iy = 0; iy < 3; iy++) {
-     864          36 :                         for (int iz = 0; iz < 3; iz++) {
-     865          27 :                                 Vector3f b1 = grid1->get(ix, iy, iz);
-     866             :                                 Vector3f b2 = grid2->get(ix, iy, iz);
-     867          27 :                                 EXPECT_FLOAT_EQ(b1.x, b2.x);
-     868          27 :                                 EXPECT_FLOAT_EQ(b1.y, b2.y);
-     869          27 :                                 EXPECT_FLOAT_EQ(b1.z, b2.z);
-     870             :                         }
-     871             :                 }
-     872             :         }
-     873           1 : }
-     874             : 
-     875           2 : TEST(Grid3f, DumpLoadTxt) {
-     876             :         // Dump and load a field grid
-     877           1 :         ref_ptr<Grid3f> grid1 = new Grid3f(Vector3d(0.), 3, 1);
-     878           1 :         ref_ptr<Grid3f> grid2 = new Grid3f(Vector3d(0.), 3, 1);
-     879             : 
-     880           4 :         for (int ix = 0; ix < 3; ix++)
-     881          12 :                 for (int iy = 0; iy < 3; iy++)
-     882          36 :                         for (int iz = 0; iz < 3; iz++)
-     883          27 :                                 grid1->get(ix, iy, iz) = Vector3f(ix, iy, iz);
-     884             : 
-     885           2 :         dumpGridToTxt(grid1, "testDump.txt", 1e4);
-     886           2 :         loadGridFromTxt(grid2, "testDump.txt", 1e-4);
-     887             : 
-     888           4 :         for (int ix = 0; ix < 3; ix++) {
-     889          12 :                 for (int iy = 0; iy < 3; iy++) {
-     890          36 :                         for (int iz = 0; iz < 3; iz++) {
-     891          27 :                                 Vector3f b1 = grid1->get(ix, iy, iz);
-     892             :                                 Vector3f b2 = grid2->get(ix, iy, iz);
-     893          27 :                                 EXPECT_FLOAT_EQ(b1.x, b2.x);
-     894          27 :                                 EXPECT_FLOAT_EQ(b1.y, b2.y);
-     895          27 :                                 EXPECT_FLOAT_EQ(b1.z, b2.z);
-     896             :                         }
-     897             :                 }
-     898             :         }
-     899           1 : }
-     900             : 
-     901           2 : TEST(Grid3f, Speed) {
-     902             :         // Dump and load a field grid
-     903           1 :         Grid3f grid(Vector3d(0.), 3, 3);
-     904           4 :         for (int ix = 0; ix < 3; ix++)
-     905          12 :                 for (int iy = 0; iy < 3; iy++)
-     906          36 :                         for (int iz = 0; iz < 3; iz++)
-     907          27 :                                 grid.get(ix, iy, iz) = Vector3f(1, 2, 3);
-     908             : 
-     909             :         Vector3d b;
-     910      100001 :         for (int i = 0; i < 100000; i++)
-     911      100000 :                 b = grid.interpolate(Vector3d(i));
-     912           1 : }
-     913             : 
-     914           2 : TEST(CylindricalProjectionMap, functions) {
-     915             :         Vector3d v;
-     916           1 :         v.setRThetaPhi(1.0, 1.2, 2.4);
-     917           1 :         EXPECT_NEAR(v.getPhi(), 2.4, .00001);
-     918           1 :         EXPECT_NEAR(v.getTheta(), 1.2, .000001);
-     919             : 
-     920             : 
-     921             : 
-     922           2 :         CylindricalProjectionMap cpm(24, 12);
-     923           1 :         size_t bin = 50;
-     924           1 :         Vector3d d = cpm.directionFromBin(bin);
-     925           1 :         size_t bin2 = cpm.binFromDirection(d);
-     926           1 :         EXPECT_EQ(bin, bin2);
-     927           1 : }
-     928             : 
-     929           1 : TEST(EmissionMap, functions) {
-     930             : 
-     931           1 :         EmissionMap em(360, 180, 100, 1 * EeV, 100 * EeV);
-     932           1 :         double e = em.energyFromBin(50);
-     933           1 :         size_t b = em.binFromEnergy(50 * EeV);
-     934             : 
-     935             :         Vector3d d(1.0, 0.0, 0.0);
-     936             : 
-     937           1 :         em.fillMap(1, 50 * EeV, d);
-     938             : 
-     939             :         Vector3d d2;
-     940             : 
-     941           1 :         bool r = em.drawDirection(1, 50 * EeV, d2);
-     942           1 :         EXPECT_TRUE(r);
-     943           1 :         EXPECT_TRUE(d.getAngleTo(d2) < (2. * M_PI / 180.));
-     944             : 
-     945           1 :         r = em.drawDirection(1, 30 * EeV, d2);
-     946           1 :         EXPECT_FALSE(r);
-     947             : 
-     948           1 :         r = em.drawDirection(2, 50 * EeV, d2);
-     949           1 :         EXPECT_FALSE(r);
-     950             : 
-     951           1 : }
-     952             : 
-     953           1 : TEST(EmissionMap, merge) {
-     954           1 :         EmissionMap em1, em2;
-     955           1 :         em1.fillMap(1, 50 * EeV, Vector3d(1.0, 0.0, 0.0));
-     956           1 :         em2.fillMap(1, 50 * EeV, Vector3d(0.0, 1.0, 0.0));
-     957           1 :         em2.fillMap(2, 50 * EeV, Vector3d(0.0, 1.0, 0.0));
-     958             : 
-     959           1 :         em1.merge(&em2);
-     960             : 
-     961           1 :         EXPECT_EQ(em1.getMaps().size(), 2);
-     962             : 
-     963           1 :         ref_ptr<CylindricalProjectionMap> cpm = em1.getMap(1, 50 * EeV);
-     964           1 :         size_t bin = cpm->binFromDirection(Vector3d(0.0, 1.0, 0.0));
-     965           1 :         EXPECT_TRUE(cpm->getPdf()[bin] > 0);
-     966           1 : }
-     967             : 
-     968           1 : TEST(Variant, copyToBuffer) {
-     969           1 :         double a = 23.42;
-     970             :         Variant v(a);
-     971             :         double b;
-     972           1 :         v.copyToBuffer(&b);
-     973           1 :         EXPECT_EQ(a, b);
-     974           1 : }
-     975             : 
-     976           1 : TEST(Variant, stringConversion) {
-     977           1 :         Variant v, w;
-     978             :         {
-     979           1 :                 int32_t a = 12;
-     980           1 :                 v = Variant::fromInt32(a);
-     981           1 :                 EXPECT_EQ(a, v.asInt32());
-     982             : 
-     983           1 :                 w = Variant::fromString(v.toString(), v.getType());
-     984           1 :                 EXPECT_EQ(a, w.asInt32());
-     985             :         }
-     986             : 
-     987             :         {
-     988           1 :                 int64_t a = 12;
-     989           1 :                 v = Variant::fromInt64(a);
-     990           1 :                 EXPECT_EQ(a, v.asInt64());
-     991             : 
-     992           1 :                 w = Variant::fromString(v.toString(), v.getType());
-     993           1 :                 EXPECT_EQ(a, w.asInt64());
-     994             :         }
-     995             : 
-     996             :         {
-     997             :                 Vector3d a(1, 2, 3);
-     998             :                 Variant v = Variant::fromVector3d(a);
-     999             :                 Vector3d u = v.asVector3d();
-    1000           1 :                 EXPECT_EQ(a.getX(), u.getX());
-    1001           1 :                 EXPECT_EQ(a.getY(), u.getY());
-    1002           1 :                 EXPECT_EQ(a.getZ(), u.getZ());
-    1003           1 :         }
-    1004             : 
-    1005             :         {
-    1006           1 :                 std::complex<double> a1(1, 1);
-    1007           1 :                 std::complex<double> a2(2, 0);
-    1008             :                 Vector3<std::complex<double>> a(a1, a1, a2);
-    1009             :                 Variant v = Variant::fromVector3c(a);
-    1010             :                 Vector3<std::complex<double>> u = v.asVector3c();
-    1011           1 :                 EXPECT_EQ(a1, u.getX());
-    1012           1 :                 EXPECT_EQ(a1, u.getY());
-    1013           1 :                 EXPECT_EQ(a2, u.getZ());
-    1014           1 :         }
-    1015             : 
-    1016             :         {
-    1017             :                 std::complex<double> a(1, 2);
-    1018             :                 Variant v = Variant::fromComplexDouble(a);
-    1019           1 :                 std::complex<double> u = v.asComplexDouble();
-    1020           1 :                 EXPECT_EQ(u.real(), 1);
-    1021           1 :                 EXPECT_EQ(u.imag(), 2);
-    1022           1 :         }
-    1023             : 
-    1024             :         {
-    1025             :                 std::vector<Variant> a;
-    1026           1 :                 a.push_back(Variant::fromDouble(1));
-    1027           1 :                 a.push_back(Variant::fromDouble(2));
-    1028           1 :                 a.push_back(Variant::fromDouble(3));
-    1029           1 :                 a.push_back(Variant::fromDouble(4));
-    1030             :                 Variant v = Variant::fromVector(a);
-    1031           1 :                 std::vector<Variant> u = v.asVector();
-    1032           1 :                 EXPECT_EQ(a[0], Variant::fromDouble(u[0]));
-    1033           1 :                 EXPECT_EQ(a[1], Variant::fromDouble(u[1]));
-    1034           1 :                 EXPECT_EQ(a[2], Variant::fromDouble(u[2]));
-    1035           1 :                 EXPECT_EQ(a[3], Variant::fromDouble(u[3]));
-    1036           1 :         }
-    1037             : 
-    1038             : 
-    1039           1 : }
-    1040             : 
-    1041           2 : TEST(Geometry, Plane) {
-    1042           1 :         Plane p(Vector3d(0,0,1), Vector3d(0,0,1));
-    1043           1 :         EXPECT_DOUBLE_EQ(-1., p.distance(Vector3d(0, 0, 0)));
-    1044           1 :         EXPECT_DOUBLE_EQ(9., p.distance(Vector3d(1, 1, 10)));
-    1045           1 : }
-    1046             : 
-    1047           2 : TEST(Geometry, Sphere) {
-    1048           1 :         Sphere s(Vector3d(0,0,0), 1.);
-    1049           1 :         EXPECT_DOUBLE_EQ(-1., s.distance(Vector3d(0, 0, 0)));
-    1050           1 :         EXPECT_DOUBLE_EQ(9., s.distance(Vector3d(10, 0, 0)));
-    1051           1 : }
-    1052             : 
-    1053           2 : TEST(Geometry, ParaxialBox) {
-    1054           1 :         ParaxialBox b(Vector3d(0,0,0), Vector3d(3,4,5));
-    1055           1 :         EXPECT_NEAR(-.1, b.distance(Vector3d(0.1, 0.1, 0.1)), 1E-10);
-    1056           1 :         EXPECT_NEAR(-.1, b.distance(Vector3d(0.1, 3.8, 0.1)), 1E-10);
-    1057           1 :         EXPECT_NEAR(-.2, b.distance(Vector3d(0.9, 3.8, 0.9)), 1E-10);
-    1058           1 :         EXPECT_NEAR(7., b.distance(Vector3d(10., 0., 0.)), 1E-10);
-    1059           1 :         EXPECT_NEAR(7., b.distance(Vector3d(10., 2., 0.)), 1E-10);
-    1060           1 :         EXPECT_NEAR(8., b.distance(Vector3d(-8., 0., 0.)), 1E-10);
-    1061           1 : }
-    1062             : 
-    1063           0 : int main(int argc, char **argv) {
-    1064           0 :         ::testing::InitGoogleTest(&argc, argv);
-    1065           0 :         return RUN_ALL_TESTS();
-    1066             : }
-    1067             : 
-    1068             : } // namespace crpropa
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Test:coverage.info.cleanedLines:166166100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa31testDensityList_SimpleTest_Test8TestBodyEv1
_ZN7crpropa31testGridDensity_SimpleTest_Test8TestBodyEv1
_ZN7crpropa35testConstantDensity_SimpleTest_Test8TestBodyEv1
_ZN7crpropa36testGridDensity_testRetrunValue_Test8TestBodyEv1
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_ZN7crpropa43testFerriere_checkValueAtCertainPoints_Test8TestBodyEv1
_ZN7crpropa44testNakanishi_checkValueAtCertainPoints_Test8TestBodyEv1
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Current view:top level - test - testDensity.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:77100.0 %
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_ZN7crpropa31testDensityList_SimpleTest_Test8TestBodyEv1
_ZN7crpropa31testGridDensity_SimpleTest_Test8TestBodyEv1
_ZN7crpropa35testConstantDensity_SimpleTest_Test8TestBodyEv1
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_ZN7crpropa43testFerriere_checkValueAtCertainPoints_Test8TestBodyEv1
_ZN7crpropa44testNakanishi_checkValueAtCertainPoints_Test8TestBodyEv1
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Test:coverage.info.cleanedLines:166166100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
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          Line data    Source code
-
-       1             : #include "crpropa/massDistribution/Massdistribution.h"
-       2             : #include "crpropa/massDistribution/Cordes.h"
-       3             : #include "crpropa/massDistribution/Ferriere.h"
-       4             : #include "crpropa/massDistribution/Nakanishi.h"
-       5             : #include "crpropa/massDistribution/ConstantDensity.h"
-       6             : #include "crpropa/Units.h"
-       7             : #include "crpropa/Grid.h"
-       8             : 
-       9             : #include "gtest/gtest.h"
-      10             : 
-      11             : #include <stdexcept>
-      12             : #include <cmath>
-      13             : #include <string>
-      14             : 
-      15             : namespace crpropa {
-      16             : 
-      17           1 : TEST(testConstantDensity, SimpleTest) {
-      18             :         //test ConstantDensity in all types and in total density (output)
-      19           1 :         ConstantDensity n(2/ccm,3/ccm, 2/ccm);
-      20             :         Vector3d p(1*pc,2*pc,1*kpc);    // random position for testing density
-      21           1 :         EXPECT_DOUBLE_EQ(n.getHIDensity(p), 2e6);       // density output in m^-3
-      22           1 :         EXPECT_DOUBLE_EQ(n.getHIIDensity(p), 3e6);
-      23           1 :         EXPECT_DOUBLE_EQ( n.getH2Density(p), 2e6);
-      24           1 :         EXPECT_DOUBLE_EQ(n.getDensity(p), 7e6);         // total density 2+3+2 = 7 (/ccm)
-      25           1 :         EXPECT_DOUBLE_EQ(n.getNucleonDensity(p),9e6);   // nucleon density 2+3+2*2 = 9 (/ccm) factor 2 for molecular hydrogen
-      26             : 
-      27             :         //test set/get function for used type
-      28           1 :         bool useHI = n.getIsForHI();
-      29           1 :         bool useHII= n.getIsForHII();
-      30           1 :         bool useH2 = n.getIsForH2();
-      31             :         //check if all types are activited
-      32           1 :         EXPECT_TRUE(useHI);
-      33           1 :         EXPECT_TRUE(useHII);
-      34           1 :         EXPECT_TRUE(useH2);
-      35             : 
-      36             :         //set density number to 500
-      37           1 :         n.setHI(500.);
-      38           1 :         n.setHII(500.);
-      39           1 :         n.setH2(500.);
-      40             : 
-      41             :         //check if output is changed to 500 in types and is 0 (all deactivated) for Hges
-      42           1 :         EXPECT_DOUBLE_EQ(n.getHIDensity(p), 500.);
-      43           1 :         EXPECT_DOUBLE_EQ(n.getHIIDensity(p), 500.);
-      44           1 :         EXPECT_DOUBLE_EQ(n.getH2Density(p), 500.);
-      45             : 
-      46             :         //deactivate all
-      47           1 :         n.setHI(false);
-      48           1 :         n.setHII(false);
-      49           1 :         n.setH2(false);
-      50             : 
-      51             :         //check if all isfor are set to false
-      52           1 :         useHI = n.getIsForHI();
-      53           1 :         useHII= n.getIsForHII();
-      54           1 :         useH2 = n.getIsForH2();
-      55           1 :         EXPECT_FALSE(useHI);
-      56           1 :         EXPECT_FALSE(useHII);
-      57           1 :         EXPECT_FALSE(useH2);
-      58             : 
-      59             :         //get<type>Density is independent of type activation, getDensity is not independent
-      60             :         //check if getDensity returns 0. (should give a error message in log file)
-      61           1 :         ::testing::internal::CaptureStderr();
-      62           1 :         EXPECT_DOUBLE_EQ(n.getDensity(p), 0);
-      63           1 :         EXPECT_DOUBLE_EQ(n.getNucleonDensity(p),0);
-      64           1 :         std::string captured = testing::internal::GetCapturedStderr();
-      65           1 :         EXPECT_NE(captured.find("WARNING"), std::string::npos);
-      66           1 : }
-      67             : 
-      68             : 
-      69           2 : TEST(testDensityList, SimpleTest) {
-      70             : 
-      71             :         DensityList MS;
-      72           1 :         MS.addDensity(new ConstantDensity(1,1,2));      //sum 4
-      73           2 :         MS.addDensity(new ConstantDensity(2,3,1));      //sum 6
-      74             : 
-      75             :         Vector3d p(50*pc,10*pc,-30*pc); //random position for testing density
-      76           1 :         EXPECT_DOUBLE_EQ(MS.getHIDensity(p),3);
-      77           1 :         EXPECT_DOUBLE_EQ(MS.getHIIDensity(p),4);
-      78           1 :         EXPECT_DOUBLE_EQ(MS.getH2Density(p),3);
-      79           1 :         EXPECT_DOUBLE_EQ(MS.getDensity(p),10);  //sum of sums
-      80           1 :         EXPECT_DOUBLE_EQ(MS.getNucleonDensity(p),13);   // 3+4+2*3 factor 2 for molecular hydrogen
-      81             : 
-      82           1 : }
-      83             : 
-      84           2 : TEST(testCordes, checkValueAtCertainPoints) {
-      85             : 
-      86             :         Cordes n;
-      87             : 
-      88             :         //check type Information
-      89           1 :         EXPECT_FALSE(n.getIsForHI());
-      90           1 :         EXPECT_TRUE(n.getIsForHII());
-      91           1 :         EXPECT_FALSE(n.getIsForH2());
-      92             : 
-      93             :         Vector3d p(3.1*kpc,2.9*kpc,-30*pc);     //position for testing density
-      94             : 
-      95           1 :         EXPECT_NEAR(n.getHIIDensity(p), 184500.,1);     // output in m^-3 ; uncertainty of 1e-6 cm^-3
-      96           1 :         EXPECT_NEAR(n.getDensity(p), 184500.,1);
-      97           1 :         EXPECT_NEAR(n.getNucleonDensity(p), 184500,1);  // only HII component -> no differenz between density and nucleon density
-      98           1 :         p.z=30*pc;                      // invariant density for +/- z
-      99           1 :         EXPECT_NEAR(n.getDensity(p),184500,1);
-     100             : 
-     101           1 : }
-     102             : 
-     103           2 : TEST(testNakanishi, checkValueAtCertainPoints) {
-     104             : 
-     105             :         Nakanishi n;
-     106             : 
-     107             :         //check type Information
-     108           1 :         EXPECT_TRUE(n.getIsForHI());
-     109           1 :         EXPECT_FALSE(n.getIsForHII());
-     110           1 :         EXPECT_TRUE(n.getIsForH2());
-     111             : 
-     112             :         //first position for testing density
-     113             :         Vector3d p(4*kpc,-2.5*kpc,-0.85*kpc);
-     114             : 
-     115             :         //testing HI component
-     116           1 :         EXPECT_NEAR(n.getHIPlanedensity(p),162597,1);   //uncertaincy of 1e-6 cm^-3
-     117           1 :         EXPECT_NEAR(n.getHIScaleheight(p),0.3109*kpc,0.1*pc);
-     118           1 :         EXPECT_NEAR(n.getHIDensity(p),914,1);   //uncertainc 1e-6 cm^-3
-     119             : 
-     120             :         //testing H2 compontent
-     121           1 :         EXPECT_NEAR(n.getH2Planedensity(p),741999,1); //uncertaincy of 1e-6 cm^-3
-     122           1 :         EXPECT_NEAR(n.getH2Scaleheight(p),88.2*pc,0.1*pc);
-     123           1 :         EXPECT_NEAR(n.getH2Density(p),0,1);
-     124             : 
-     125             :         //testing total Density
-     126           1 :         EXPECT_NEAR(n.getDensity(p),914,2); //double uncertaincy for both type á 1cm^-3
-     127           1 :         EXPECT_NEAR(n.getNucleonDensity(p),914,2);      // 914 + 0*2    factor 2 for molecular hydrogen
-     128             : 
-     129             :         //second position for testing density
-     130             :         p = Vector3d(50*pc,100*pc,10*pc);
-     131             : 
-     132             :         //testing HI component
-     133           1 :         EXPECT_NEAR(n.getHIPlanedensity(p),543249,1);
-     134           1 :         EXPECT_NEAR(n.getHIScaleheight(p),125.6*pc,0.1*pc);
-     135           1 :         EXPECT_NEAR(n.getHIDensity(p),540867,1);
-     136             : 
-     137             :         //testing H2 component
-     138           1 :         EXPECT_NEAR(n.getH2Planedensity(p),10556748,1);
-     139           1 :         EXPECT_NEAR(n.getH2Scaleheight(p),57.2*pc,0.1*pc);
-     140           1 :         EXPECT_NEAR(n.getH2Density(p),10335137,1);
-     141             : 
-     142             :         //testing total Density
-     143           1 :         EXPECT_NEAR(n.getDensity(p),10876004,2);
-     144           1 :         EXPECT_NEAR(n.getNucleonDensity(p),21211141,2); // factor 2 in molecular hydrogen
-     145             : 
-     146             :         //test set type function
-     147           1 :         n.setIsForHI(false);
-     148           1 :         EXPECT_FALSE(n.getIsForHI());
-     149           1 :         EXPECT_TRUE(n.getIsForH2());
-     150             : 
-     151           1 :         n.setIsForH2(false);
-     152           1 :         EXPECT_FALSE(n.getIsForHI());
-     153           1 :         EXPECT_FALSE(n.getIsForH2());
-     154             : 
-     155             :         //check if density output is zero if all density-types are deaktivated (should give warning in log-file)
-     156           1 :         ::testing::internal::CaptureStderr();
-     157           1 :         EXPECT_DOUBLE_EQ(n.getDensity(p),0);
-     158           1 :         EXPECT_DOUBLE_EQ(n.getNucleonDensity(p),0);
-     159           1 :         std::string captured = testing::internal::GetCapturedStderr();
-     160           1 :         EXPECT_NE(captured.find("WARNING"), std::string::npos);
-     161             : 
-     162           1 : }
-     163             : 
-     164           1 : TEST(testFerriere, checkValueAtCertainPoints) {
-     165           1 :         ::testing::internal::CaptureStderr();
-     166             :         Ferriere n;
-     167             : 
-     168             :         //check type information
-     169             : 
-     170           1 :         EXPECT_TRUE(n.getIsForHI());
-     171           1 :         EXPECT_TRUE(n.getIsForHII());
-     172           1 :         EXPECT_TRUE(n.getIsForH2());
-     173             : 
-     174             :         //testing density in inner Ring (R <= 3*kpc)
-     175             :         Vector3d p(60*pc,-60*pc,-20*pc);        //testing position in region of CMZ
-     176             : 
-     177             :         //test CMZ Trafo
-     178             :         Vector3d Trafo;
-     179           1 :         Trafo = n.CMZTransformation(p);
-     180           1 :         EXPECT_NEAR(Trafo.x,5.9767*pc,1e-4*pc);
-     181           1 :         EXPECT_NEAR(Trafo.y,12.8171*pc,1e-4*pc);
-     182           1 :         EXPECT_DOUBLE_EQ(Trafo.z,p.z);  //no transformation in z component
-     183             : 
-     184             :         //test DISK Trafo
-     185           1 :         Trafo = n.DiskTransformation(p);
-     186           1 :         EXPECT_NEAR(Trafo.x,11.0660*pc,1e-4*pc);
-     187           1 :         EXPECT_NEAR(Trafo.y,82.5860*pc,1e-4*pc);
-     188           1 :         EXPECT_NEAR(Trafo.z,-25.6338*pc,1e-4*pc);
-     189             : 
-     190             :         //testing density
-     191           1 :         EXPECT_NEAR(n.getHIDensity(p),6237723,1);       //uncertaincy 1e-6 cm^-3
-     192           1 :         EXPECT_NEAR(n.getH2Density(p),35484825,1);
-     193           1 :         EXPECT_NEAR(n.getHIIDensity(p),6243793,1);
-     194           1 :         EXPECT_NEAR(n.getDensity(p),47966341,1);
-     195           1 :         EXPECT_NEAR(n.getNucleonDensity(p),83451166,2);         //factor 2 in molecular hydrogen; double uncertaincy
-     196             : 
-     197             :         Vector3d p2(-500*pc,-900*pc,35*pc);     //testing position in region of the DISK
-     198           1 :         EXPECT_NEAR(n.getHIIDensity(p2),48190,1);
-     199           1 :         EXPECT_NEAR(n.getHIDensity(p2),5,1);
-     200           1 :         EXPECT_NEAR(n.getH2Density(p2),0,1);
-     201           1 :         EXPECT_NEAR(n.getDensity(p2),48195,1);
-     202           1 :         EXPECT_NEAR(n.getNucleonDensity(p2),48195,1);   // no H2 component -> no difference between density and nucleon-density
-     203             : 
-     204             :         //testing the outer region R>3kpc
-     205             :         Vector3d p3(5*kpc,4*kpc,-29*pc);        //testing position with 3kpc < R < R_sun
-     206           1 :         EXPECT_NEAR(n.getHIDensity(p3),540607,1);
-     207           1 :         EXPECT_NEAR(n.getHIIDensity(p3),66495 ,1);
-     208           1 :         EXPECT_NEAR(n.getH2Density(p3),2492685,1);
-     209           1 :         EXPECT_NEAR(n.getDensity(p3),3099787,1);
-     210           1 :         EXPECT_NEAR(n.getNucleonDensity(p3), 5592472,1);
-     211             : 
-     212             :         Vector3d p4(10*kpc,2*kpc,50*pc);        //testing position with R > R_sun
-     213           1 :         EXPECT_NEAR(n.getHIDensity(p4),431294,1);
-     214           1 :         EXPECT_NEAR(n.getHIIDensity(p4),22109,1);
-     215           1 :         EXPECT_NEAR(n.getH2Density(p4),54099,1);
-     216           1 :         EXPECT_NEAR(n.getDensity(p4),507502,1);
-     217           1 :         EXPECT_NEAR(n.getNucleonDensity(p4),561601,1);
-     218             : 
-     219             :         //test get/set type function
-     220           1 :         n.setIsForHI(false);
-     221           1 :         EXPECT_FALSE(n.getIsForHI());
-     222           1 :         EXPECT_TRUE(n.getIsForHII());
-     223           1 :         EXPECT_TRUE(n.getIsForH2());
-     224             : 
-     225           1 :         n.setIsForHII(false);
-     226           1 :         EXPECT_FALSE(n.getIsForHI());
-     227           1 :         EXPECT_FALSE(n.getIsForHII());
-     228           1 :         EXPECT_TRUE(n.getIsForH2());
-     229             : 
-     230           1 :         n.setIsForH2(false);
-     231           1 :         EXPECT_FALSE(n.getIsForHI());
-     232           1 :         EXPECT_FALSE(n.getIsForHII());
-     233           1 :         EXPECT_FALSE(n.getIsForH2());
-     234             : 
-     235             :         //check if density is set to zero if all types are deactivated (should give warning in log-file)
-     236           1 :         EXPECT_DOUBLE_EQ(n.getDensity(p),0);
-     237           1 :         EXPECT_DOUBLE_EQ(n.getNucleonDensity(p),0);
-     238           1 :         std::string captured = testing::internal::GetCapturedStderr();
-     239           1 :         EXPECT_NE(captured.find("WARNING"), std::string::npos);
-     240           1 : }
-     241             : 
-     242           2 : TEST(testGridDensity, SimpleTest) {
-     243           1 :         ref_ptr<Grid1f> grid = new Grid1f(Vector3d(0.), 1, 1, 1, 1.);     
-     244           1 :         DensityGrid dens = DensityGrid(grid, true, false, false);
-     245             : 
-     246             :         // check active types
-     247           1 :         EXPECT_TRUE(dens.getIsForHI()); 
-     248           1 :         EXPECT_FALSE(dens.getIsForHII());
-     249           1 :         EXPECT_FALSE(dens.getIsForH2());
-     250             : 
-     251             :         // check set function
-     252           1 :         dens.setIsForH2(true);
-     253           1 :         EXPECT_TRUE(dens.getIsForH2());
-     254             : 
-     255           1 :         dens.setIsForHII(true);
-     256           1 :         EXPECT_TRUE(dens.getIsForHII());
-     257             : 
-     258           1 :         dens.setIsForHI(false);
-     259           1 :         EXPECT_FALSE(dens.getIsForHI());
-     260           1 : }
-     261             : 
-     262           2 : TEST(testGridDensity, testRetrunValue) {
-     263             :         size_t Nx = 5;
-     264             :         size_t Ny = 8;
-     265             :         size_t Nz = 10;
-     266             :         double spacing = 2.0;
-     267             :         Vector3d origin(1., 2., 3.);
-     268             : 
-     269           1 :         ref_ptr<Grid1f> grid = new Grid1f(origin, Nx, Ny, Nz, spacing);
-     270             : 
-     271             :         // set some values for the grid
-     272           1 :         grid->get(3, 2, 4) = 5;
-     273           1 :         grid->get(3, 2, 5) = 12;
-     274           1 :         grid->get(2, 3, 4) = 6;
-     275             : 
-     276           2 :         DensityGrid dens = DensityGrid(grid, true, false, false);
-     277             : 
-     278             :         // a point in the region where values are defined for the grid.
-     279             :         Vector3d position = origin + Vector3d(2.2, 2.8, 4.1) * spacing; 
-     280           1 :         double valueFromGrid =  grid->interpolate(position);
-     281           1 :         double nHI = dens.getHIDensity(position);
-     282           1 :         double nHII = dens.getHIIDensity(position);
-     283           1 :         double nH2 = dens.getH2Density(position);
-     284           1 :         double nNucleon = dens.getNucleonDensity(position);
-     285           1 :         double nTotal = dens.getDensity(position);
-     286             : 
-     287             :         // Check for values
-     288           1 :         EXPECT_DOUBLE_EQ(valueFromGrid, nHI);
-     289           1 :         EXPECT_DOUBLE_EQ(nHII, 0);      // HII is set to false and should be 0
-     290           1 :         EXPECT_DOUBLE_EQ(nH2, 0);       // H2 is set to false and should be 0
-     291           1 :         EXPECT_DOUBLE_EQ(nNucleon, valueFromGrid);
-     292           1 :         EXPECT_DOUBLE_EQ(nTotal, valueFromGrid);
-     293           1 : }
-     294             : 
-     295             : 
-     296             : } //namespace crpropa
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          Line data    Source code
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-       1             : #include "CRPropa.h"
-       2             : #include "gtest/gtest.h"
-       3             : 
-       4             : namespace crpropa {
-       5             : 
-       6             : /*
-       7             :  * Functional test which calculates the particle's gyroradius in a uniform field
-       8             :  * r_g = R / (B*c) = 1 EV / (1 nG * c) \approx 1.08*Mpc
-       9             :  */
-      10           2 : TEST(testFunctionalGroups, gyroradius) {
-      11             :         double energy = 1*EeV;
-      12             :         double field = 1*nG;
-      13             : 
-      14           1 :         ParticleState p;
-      15           1 :         p.setId(nucleusId(1, 1));
-      16           1 :         p.setEnergy(energy);
-      17           1 :         p.setPosition(Vector3d(0, 0, 0));
-      18           1 :         p.setDirection(Vector3d(0, 0, 1));
-      19             : 
-      20           1 :         ref_ptr<Candidate> c = new Candidate(p);
-      21           1 :         ref_ptr<PropagationCK> propa = new PropagationCK(new UniformMagneticField(Vector3d(field, 0, 0)));
-      22           1 :         ref_ptr<ParticleCollector> collector = new ParticleCollector();
-      23           1 :         collector->setClone(true);
-      24           1 :         ref_ptr<ModuleList> sim = new ModuleList();
-      25             : 
-      26             :         Vector3d pos;
-      27             :         double max_y = 0;
-      28             : 
-      29           1 :         sim->add(propa);
-      30           1 :         sim->add(new MaximumTrajectoryLength(10*Mpc));
-      31           1 :         sim->add(collector);
-      32             : 
-      33           1 :         sim->run(c);
-      34             : 
-      35          16 :         for (ParticleCollector::iterator itr = collector->begin(); itr != collector->end(); ++itr){
-      36          15 :                 pos = (*(itr->get())).current.getPosition();
-      37          15 :                 if (max_y < pos.getY())
-      38             :                         max_y = pos.getY();
-      39             :         }
-      40             : 
-      41           1 :         EXPECT_NEAR(max_y/2.0, energy/(field * c_light * eplus), 0.01*Mpc);
-      42             : 
-      43           1 : }
-      44             : 
-      45           0 : int main(int argc, char **argv) {
-      46           0 :         ::testing::InitGoogleTest(&argc, argv);
-      47           0 :         return RUN_ALL_TESTS();
-      48             : }
-      49             : 
-      50             : } // namespace crpropa
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Test:coverage.info.cleanedLines:74378794.4 %
Date:2024-04-08 14:58:22Functions:525398.1 %
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_ZN7crpropa4mainEiPPc0
_ZN7crpropa24Redshift_simpleTest_Test8TestBodyEv1
_ZN7crpropa25NuclearDecay_helium5_Test8TestBodyEv1
_ZN7crpropa26NuclearDecay_lithium4_Test8TestBodyEv1
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_ZN7crpropa29PhotoDisintegration_iron_Test8TestBodyEv1
_ZN7crpropa31NuclearDecay_limitNextStep_Test8TestBodyEv1
_ZN7crpropa31PhotoDisintegration_carbon_Test8TestBodyEv1
_ZN7crpropa31PhotoPionProduction_helium_Test8TestBodyEv1
_ZN7crpropa31PhotoPionProduction_proton_Test8TestBodyEv1
_ZN7crpropa32NuclearDecay_interactionTag_Test8TestBodyEv1
_ZN7crpropa33EMPairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa33PhotoPionProduction_sampling_Test8TestBodyEv1
_ZN7crpropa34ElasticScattering_secondaries_Test8TestBodyEv1
_ZN7crpropa35EMPairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa35Redshift_limitRedshiftDecrease_Test8TestBodyEv1
_ZN7crpropa36EMPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa36EMPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa36NuclearDecay_allChannelsWorking_Test8TestBodyEv1
_ZN7crpropa36NuclearDecay_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa36PhotoDisintegration_allIsotopes_Test8TestBodyEv1
_ZN7crpropa36PhotoPionProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa37ElasticScattering_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa37ElectronPairProduction_valuesCMB_Test8TestBodyEv1
_ZN7crpropa37ElectronPairProduction_valuesIRB_Test8TestBodyEv1
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_ZN7crpropa39PhotoPionProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa40EMTripletPairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa40SynchrotronRadiation_interactionTag_Test8TestBodyEv1
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_ZN7crpropa42ElectronPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa42ElectronPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa43EMInverseComptonScattering_secondaries_Test8TestBodyEv1
_ZN7crpropa43EMTripletPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa43EMTripletPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa43PhotoDisintegration_thisIsNotNucleonic_Test8TestBodyEv1
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_ZN7crpropa44ElectronPairProduction_energyDecreasing_Test8TestBodyEv1
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_ZN7crpropa46EMInverseComptonScattering_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa46EMInverseComptonScattering_interactionTag_Test8TestBodyEv1
_ZN7crpropa46ElectronPairProduction_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa47ElectronPairProduction_belowEnergyTreshold_Test8TestBodyEv1
_ZN7crpropa55Photodisintegration_updateParticleParentProperties_Test8TestBodyEv1
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - test - testInteraction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:74378794.4 %
Date:2024-04-08 14:58:22Functions:525398.1 %
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_ZN7crpropa25NuclearDecay_helium5_Test8TestBodyEv1
_ZN7crpropa26NuclearDecay_lithium4_Test8TestBodyEv1
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_ZN7crpropa32NuclearDecay_interactionTag_Test8TestBodyEv1
_ZN7crpropa33EMPairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa33PhotoPionProduction_sampling_Test8TestBodyEv1
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_ZN7crpropa37ElectronPairProduction_valuesCMB_Test8TestBodyEv1
_ZN7crpropa37ElectronPairProduction_valuesIRB_Test8TestBodyEv1
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_ZN7crpropa39PhotoDisintegration_allBackgrounds_Test8TestBodyEv1
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_ZN7crpropa39PhotoPionProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa39PhotoPionProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa40EMTripletPairProduction_secondaries_Test8TestBodyEv1
_ZN7crpropa40SynchrotronRadiation_interactionTag_Test8TestBodyEv1
_ZN7crpropa41EMDoublePairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa42EMDoublePairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa42EMDoublePairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa42EMTripletPairProduction_limitNextStep_Test8TestBodyEv1
_ZN7crpropa42ElectronPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa42ElectronPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa43EMInverseComptonScattering_secondaries_Test8TestBodyEv1
_ZN7crpropa43EMTripletPairProduction_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa43EMTripletPairProduction_interactionTag_Test8TestBodyEv1
_ZN7crpropa43PhotoDisintegration_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa43PhotoPionProduction_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa44ElectronPairProduction_energyDecreasing_Test8TestBodyEv1
_ZN7crpropa45EMInverseComptonScattering_limitNextStep_Test8TestBodyEv1
_ZN7crpropa46EMInverseComptonScattering_allBackgrounds_Test8TestBodyEv1
_ZN7crpropa46EMInverseComptonScattering_interactionTag_Test8TestBodyEv1
_ZN7crpropa46ElectronPairProduction_thisIsNotNucleonic_Test8TestBodyEv1
_ZN7crpropa47ElectronPairProduction_belowEnergyTreshold_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
_ZN7crpropa55Photodisintegration_updateParticleParentProperties_Test8TestBodyEv1
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Generated by: LCOV version 1.14
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- - - diff --git a/doc/coverageReport/test/testInteraction.cpp.gcov.html b/doc/coverageReport/test/testInteraction.cpp.gcov.html deleted file mode 100644 index a903e964c..000000000 --- a/doc/coverageReport/test/testInteraction.cpp.gcov.html +++ /dev/null @@ -1,1229 +0,0 @@ - - - - - - - LCOV - coverage.info.cleaned - test/testInteraction.cpp - - - - - - - - - - - - - - -
LCOV - code coverage report
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Current view:top level - test - testInteraction.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:74378794.4 %
Date:2024-04-08 14:58:22Functions:525398.1 %
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          Line data    Source code
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-       1             : #include "crpropa/Candidate.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/PhotonBackground.h"
-       5             : #include "crpropa/module/ElectronPairProduction.h"
-       6             : #include "crpropa/module/NuclearDecay.h"
-       7             : #include "crpropa/module/PhotoDisintegration.h"
-       8             : #include "crpropa/module/ElasticScattering.h"
-       9             : #include "crpropa/module/PhotoPionProduction.h"
-      10             : #include "crpropa/module/Redshift.h"
-      11             : #include "crpropa/module/EMPairProduction.h"
-      12             : #include "crpropa/module/EMDoublePairProduction.h"
-      13             : #include "crpropa/module/EMTripletPairProduction.h"
-      14             : #include "crpropa/module/EMInverseComptonScattering.h"
-      15             : #include "crpropa/module/SynchrotronRadiation.h"
-      16             : #include "gtest/gtest.h"
-      17             : 
-      18             : #include <fstream>
-      19             : 
-      20             : namespace crpropa {
-      21             : 
-      22             : // ElectronPairProduction -----------------------------------------------------
-      23           1 : TEST(ElectronPairProduction, allBackgrounds) {
-      24             :         // Test if interaction data files are loaded.
-      25           1 :         ref_ptr<PhotonField> cmb = new CMB();
-      26           1 :         ElectronPairProduction epp(cmb);
-      27           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
-      28           1 :         epp.setPhotonField(irb);
-      29           2 :         irb = new IRB_Stecker05();
-      30           1 :         epp.setPhotonField(irb);
-      31           2 :         irb = new IRB_Franceschini08();
-      32           1 :         epp.setPhotonField(irb);
-      33           2 :         irb = new IRB_Finke10();
-      34           1 :         epp.setPhotonField(irb);
-      35           2 :         irb = new IRB_Dominguez11();
-      36           1 :         epp.setPhotonField(irb);
-      37           2 :         irb = new IRB_Gilmore12();
-      38           1 :         epp.setPhotonField(irb);
-      39           2 :         irb = new IRB_Stecker16_upper();
-      40           1 :         epp.setPhotonField(irb);
-      41           2 :         irb = new IRB_Stecker16_lower();
-      42           1 :         epp.setPhotonField(irb);
-      43           2 :     irb = new IRB_Finke22();
-      44           2 :         epp.setPhotonField(irb);
-      45           2 : }
-      46             : 
-      47           1 : TEST(ElectronPairProduction, energyDecreasing) {
-      48             :         // Test if energy loss occurs for protons with energies from 1e15 - 1e23 eV.
-      49           1 :         Candidate c;
-      50           1 :         c.setCurrentStep(2 * Mpc);
-      51           1 :         c.current.setId(nucleusId(1, 1)); // proton
-      52             : 
-      53           1 :         ref_ptr<PhotonField> cmb = new CMB();
-      54           1 :         ElectronPairProduction epp1(cmb);
-      55          81 :         for (int i = 0; i < 80; i++) {
-      56          80 :                 double E = pow(10, 15 + i * 0.1) * eV;
-      57          80 :                 c.current.setEnergy(E);
-      58          80 :                 epp1.process(&c);
-      59          80 :                 EXPECT_LE(c.current.getEnergy(), E);
-      60             :         }
-      61             : 
-      62           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
-      63           2 :         ElectronPairProduction epp2(irb);
-      64          81 :         for (int i = 0; i < 80; i++) {
-      65          80 :                 double E = pow(10, 15 + i * 0.1) * eV;
-      66          80 :                 c.current.setEnergy(E);
-      67          80 :                 epp2.process(&c);
-      68          80 :                 EXPECT_LE(c.current.getEnergy(), E);
-      69             :         }
-      70           2 : }
-      71             : 
-      72           1 : TEST(ElectronPairProduction, belowEnergyTreshold) {
-      73             :         // Test if nothing happens below 1e15 eV.
-      74           1 :         ref_ptr<PhotonField> cmb = new CMB();
-      75           1 :         ElectronPairProduction epp(cmb);
-      76           1 :         Candidate c(nucleusId(1, 1), 1E14 * eV);
-      77           1 :         epp.process(&c);
-      78           1 :         EXPECT_DOUBLE_EQ(1E14 * eV, c.current.getEnergy());
-      79           2 : }
-      80             : 
-      81           1 : TEST(ElectronPairProduction, thisIsNotNucleonic) {
-      82             :         // Test if non-nuclei are skipped.
-      83           1 :         ref_ptr<PhotonField> cmb = new CMB();
-      84           1 :         ElectronPairProduction epp(cmb);
-      85           1 :         Candidate c(11, 1E20 * eV);  // electron
-      86           1 :         epp.process(&c);
-      87           1 :         EXPECT_DOUBLE_EQ(1E20 * eV, c.current.getEnergy());
-      88           2 : }
-      89             : 
-      90           2 : TEST(ElectronPairProduction, valuesCMB) {
-      91             :         // Test if energy loss corresponds to the data table.
-      92             :         std::vector<double> x;
-      93             :         std::vector<double> y;
-      94           2 :         std::ifstream infile(getDataPath("pair_CMB.txt").c_str());
-      95           1 :         while (infile.good()) {
-      96           0 :                 if (infile.peek() != '#') {
-      97             :                         double a, b;
-      98             :                         infile >> a >> b;
-      99           0 :                         if (infile) {
-     100           0 :                                 x.push_back(a * eV);
-     101           0 :                                 y.push_back(b * eV / Mpc);
-     102             :                         }
-     103             :                 }
-     104           0 :                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-     105             :         }
-     106           1 :         infile.close();
-     107             : 
-     108           1 :         Candidate c;
-     109           1 :         c.setCurrentStep(1 * Mpc);
-     110           1 :         c.current.setId(nucleusId(1, 1)); // proton
-     111           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     112             : 
-     113           1 :         ElectronPairProduction epp(cmb);
-     114           1 :         for (int i = 0; i < x.size(); i++) {
-     115           0 :                 c.current.setEnergy(x[i]);
-     116           0 :                 epp.process(&c);
-     117           0 :                 double dE = x[i] - c.current.getEnergy();
-     118           0 :                 double dE_table = y[i] * 1 * Mpc;
-     119           0 :                 EXPECT_NEAR(dE_table, dE, 1e-12);
-     120             :         }
-     121           3 : }
-     122             : 
-     123           1 : TEST(ElectronPairProduction, interactionTag) {
-     124             :         
-     125           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     126           0 :         ElectronPairProduction epp(cmb);
-     127             :         
-     128             :         // test the default interaction tag
-     129           2 :         EXPECT_TRUE(epp.getInteractionTag() == "EPP");
-     130             : 
-     131             :         // test changing the interaction tag
-     132           1 :         epp.setInteractionTag("myTag");
-     133           2 :         EXPECT_TRUE(epp.getInteractionTag() == "myTag");
-     134             : 
-     135             :         // test the tag of produced secondaries
-     136           2 :         Candidate c;
-     137           1 :         c.setCurrentStep(1 * Gpc);
-     138           1 :         c.current.setId(nucleusId(1,1));
-     139           1 :         c.current.setEnergy(100 * EeV);
-     140           1 :         epp.setHaveElectrons(true);
-     141           1 :         epp.process(&c);
-     142             :         
-     143           1 :         std::string secondaryTag = c.secondaries[0] -> getTagOrigin();
-     144           1 :         EXPECT_TRUE(secondaryTag == "myTag");
-     145           2 : }
-     146             : 
-     147           2 : TEST(ElectronPairProduction, valuesIRB) {
-     148             :         // Test if energy loss corresponds to the data table.
-     149             :         std::vector<double> x;
-     150             :         std::vector<double> y;
-     151           2 :         std::ifstream infile(getDataPath("pairIRB.txt").c_str());
-     152           1 :         while (infile.good()) {
-     153           0 :                 if (infile.peek() != '#') {
-     154             :                         double a, b;
-     155             :                         infile >> a >> b;
-     156           0 :                         if (infile) {
-     157           0 :                                 x.push_back(a * eV);
-     158           0 :                                 y.push_back(b * eV / Mpc);
-     159             :                         }
-     160             :                 }
-     161           0 :                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-     162             :         }
-     163           1 :         infile.close();
-     164             : 
-     165           1 :         Candidate c;
-     166           1 :         c.setCurrentStep(1 * Mpc);
-     167           1 :         c.current.setId(nucleusId(1, 1)); // proton
-     168           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
-     169             : 
-     170           1 :         ElectronPairProduction epp(irb);
-     171           1 :         for (int i = 0; i < x.size(); i++) {
-     172           0 :                 c.current.setEnergy(x[i]);
-     173           0 :                 epp.process(&c);
-     174           0 :                 double dE = x[i] - c.current.getEnergy();
-     175           0 :                 double dE_table = y[i] * 1 * Mpc;
-     176           0 :                 EXPECT_NEAR(dE, dE_table, 1e-12);
-     177             :         }
-     178           3 : }
-     179             : 
-     180             : // NuclearDecay ---------------------------------------------------------------
-     181           1 : TEST(NuclearDecay, scandium44) {
-     182             :         // Test beta+ decay of 44Sc to 44Ca.
-     183             :         // This test can stochastically fail.
-     184           1 :         NuclearDecay d(true, true);
-     185           1 :         Candidate c(nucleusId(44, 21), 1E18 * eV);
-     186           1 :         c.setCurrentStep(100 * Mpc);
-     187           1 :         double gamma = c.current.getLorentzFactor();
-     188           1 :         d.process(&c);
-     189             :         
-     190             :         // expected decay product: 44Ca
-     191           1 :         EXPECT_EQ(nucleusId(44, 20), c.current.getId());
-     192             : 
-     193             :         // expect Lorentz factor to be conserved
-     194           1 :         EXPECT_DOUBLE_EQ(gamma, c.current.getLorentzFactor());
-     195             :         
-     196             :         // expect at least two secondaries: positron + electron neutrino
-     197           1 :         EXPECT_GE(c.secondaries.size(), 2);
-     198           1 : }
-     199             : 
-     200           1 : TEST(NuclearDecay, lithium4) {
-     201             :         // Test proton dripping of Li-4 to He-3
-     202             :         // This test can stochastically fail
-     203           1 :         NuclearDecay d;
-     204           1 :         Candidate c(nucleusId(4, 3), 4 * EeV);
-     205           1 :         c.setCurrentStep(100 * Mpc);
-     206           1 :         d.process(&c);
-     207             :         
-     208             :         // expected decay product: He-3
-     209           1 :         EXPECT_EQ(nucleusId(3, 2), c.current.getId());
-     210             : 
-     211             :         // expected secondary: proton
-     212           1 :         EXPECT_EQ(1, c.secondaries.size());
-     213           2 :         Candidate c1 = *c.secondaries[0];
-     214           1 :         EXPECT_EQ(nucleusId(1, 1), c1.current.getId());
-     215           1 :         EXPECT_EQ(1 * EeV, c1.current.getEnergy());
-     216           1 : }
-     217             : 
-     218           1 : TEST(NuclearDecay, helium5) {
-     219             :         // Test neutron dripping of He-5 to He-4.
-     220             :         // This test can stochastically fail.
-     221           1 :         NuclearDecay d;
-     222           1 :         Candidate c(nucleusId(5, 2), 5 * EeV);
-     223           1 :         c.setCurrentStep(100 * Mpc);
-     224           1 :         d.process(&c);
-     225             : 
-     226             :         // expected primary: He-4
-     227           1 :         EXPECT_EQ(nucleusId(4, 2), c.current.getId());
-     228           1 :         EXPECT_EQ(4, c.current.getEnergy() / EeV);
-     229             :         
-     230             :         // expected secondary: neutron
-     231           2 :         Candidate c2 = *c.secondaries[0];
-     232           1 :         EXPECT_EQ(nucleusId(1, 0), c2.current.getId());
-     233           1 :         EXPECT_EQ(1, c2.current.getEnergy() / EeV);
-     234           1 : }
-     235             : 
-     236           1 : TEST(NuclearDecay, limitNextStep) {
-     237             :         // Test if next step is limited in case of a neutron.
-     238           1 :         NuclearDecay decay;
-     239           1 :         Candidate c(nucleusId(1, 0), 10 * EeV);
-     240           1 :         c.setNextStep(std::numeric_limits<double>::max());
-     241           1 :         decay.process(&c);
-     242           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
-     243           1 : }
-     244             : 
-     245           1 : TEST(NuclearDecay, allChannelsWorking) {
-     246             :         // Test if all nuclear decays are working.
-     247           1 :         NuclearDecay d;
-     248           1 :         Candidate c;
-     249             : 
-     250           2 :         std::ifstream infile(getDataPath("nuclear_decay.txt").c_str());
-     251         951 :         while (infile.good()) {
-     252         950 :                 if (infile.peek() != '#') {
-     253             :                         int Z, N, channel, foo;
-     254         948 :                         infile >> Z >> N >> channel >> foo;
-     255         948 :                         c.current.setId(nucleusId(Z + N, Z));
-     256         948 :                         c.current.setEnergy(80 * EeV);
-     257         948 :                         d.performInteraction(&c, channel);
-     258             :                 }
-     259         950 :                 infile.ignore(std::numeric_limits<std::streamsize>::max(), '\n');
-     260             :         }
-     261           1 :         infile.close();
-     262           1 : }
-     263             : 
-     264           1 : TEST(NuclearDecay, secondaries) {
-     265             :         // Test if all types of secondaries are produced.
-     266           1 :         NuclearDecay d;
-     267           1 :         d.setHaveElectrons(true);
-     268           1 :         d.setHaveNeutrinos(true);
-     269           1 :         d.setHavePhotons(true);
-     270           1 :         Candidate c;
-     271             : 
-     272             :         // He-8 --> Li-8 + e- + neutrino
-     273             :         // additional photon emitted with 84% probability
-     274             :         // --> expect at least 1 photon out of 10 decays
-     275          11 :         for (int i = 0; i < 10; ++i) {
-     276          10 :                 c.current.setId(nucleusId(8, 2));
-     277          10 :                 c.current.setEnergy(5 * EeV);
-     278          10 :                 d.performInteraction(&c, 10000);
-     279             :         }
-     280             : 
-     281             :         // count number of secondaries
-     282           1 :         size_t nElectrons = 0;
-     283           1 :         size_t nNeutrinos = 0;
-     284           1 :         size_t nPhotons = 0;
-     285             : 
-     286          30 :         for(size_t i = 0; i < c.secondaries.size(); ++i) {
-     287          29 :                 int id = (*c.secondaries[i]).current.getId();
-     288          29 :                 if (id == 22) nPhotons++;
-     289          29 :                 if (id == 11) nElectrons++;
-     290          29 :                 if (id == -12) nNeutrinos++;
-     291             :         }
-     292             : 
-     293           1 :         EXPECT_EQ(nElectrons, 10);
-     294           1 :         EXPECT_EQ(nNeutrinos, 10);
-     295           1 :         EXPECT_GE(nPhotons, 1);
-     296           1 : }
-     297             : 
-     298           1 : TEST(NuclearDecay, thisIsNotNucleonic) {
-     299             :         // Test if nothing happens to an electron
-     300           1 :         NuclearDecay decay;
-     301           1 :         Candidate c(11, 10 * EeV);
-     302           1 :         c.setNextStep(std::numeric_limits<double>::max());
-     303           1 :         decay.process(&c);
-     304           1 :         EXPECT_EQ(11, c.current.getId());
-     305           1 :         EXPECT_EQ(10 * EeV, c.current.getEnergy());
-     306           1 : }
-     307             : 
-     308           1 : TEST(NuclearDecay, interactionTag) {
-     309             :         // test default interaction tag
-     310           1 :         NuclearDecay decay;
-     311           2 :         EXPECT_TRUE(decay.getInteractionTag() == "ND");
-     312             : 
-     313             :         // test secondary tag
-     314           1 :         decay.setHaveElectrons(true);
-     315           2 :         Candidate c(nucleusId(8,2), 5 * EeV);
-     316           1 :         decay.performInteraction(&c, 10000);
-     317           3 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "ND");
-     318             : 
-     319             :         // test custom tags
-     320           1 :         decay.setInteractionTag("myTag");
-     321           2 :         EXPECT_TRUE(decay.getInteractionTag() == "myTag");
-     322           1 : }
-     323             : 
-     324             : // PhotoDisintegration --------------------------------------------------------
-     325           1 : TEST(PhotoDisintegration, allBackgrounds) {
-     326             :         // Test if interaction data files are loaded.
-     327           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     328           1 :         PhotoDisintegration pd(cmb);
-     329           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
-     330           1 :         pd.setPhotonField(irb);
-     331           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
-     332           1 :         pd.setPhotonField(urb);
-     333           2 :         irb = new IRB_Stecker05();
-     334           1 :         pd.setPhotonField(irb);
-     335           2 :         irb = new IRB_Franceschini08();
-     336           1 :         pd.setPhotonField(irb);
-     337           2 :         irb = new IRB_Finke10();
-     338           1 :         pd.setPhotonField(irb);
-     339           2 :         irb = new IRB_Dominguez11();
-     340           1 :         pd.setPhotonField(irb);
-     341           2 :         irb = new IRB_Gilmore12();
-     342           1 :         pd.setPhotonField(irb);
-     343           2 :         irb = new IRB_Stecker16_upper();
-     344           1 :         pd.setPhotonField(irb);
-     345           2 :         irb = new IRB_Stecker16_lower();
-     346           1 :         pd.setPhotonField(irb);
-     347           2 :     irb = new IRB_Finke22();
-     348           1 :         pd.setPhotonField(irb);
-     349           2 :         urb = new URB_Nitu21();
-     350           2 :         pd.setPhotonField(urb);
-     351           2 : }
-     352             : 
-     353           1 : TEST(PhotoDisintegration, carbon) {
-     354             :         // Test if a 100 EeV C-12 nucleus photo-disintegrates (at least once) over a distance of 1 Gpc.
-     355             :         // This test can stochastically fail.
-     356           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     357           1 :         PhotoDisintegration pd(cmb);
-     358           1 :         Candidate c;
-     359           1 :         int id = nucleusId(12, 6);
-     360           1 :         c.current.setId(id);
-     361           1 :         c.current.setEnergy(100 * EeV);
-     362           1 :         c.setCurrentStep(1000 * Mpc);
-     363           1 :         pd.process(&c);
-     364             : 
-     365           1 :         EXPECT_TRUE(c.current.getEnergy() < 100 * EeV);
-     366             :         // energy loss
-     367           1 :         EXPECT_TRUE(c.secondaries.size() > 0);
-     368             :         // secondaries produced
-     369             : 
-     370           1 :         double E = c.current.getEnergy();
-     371           1 :         id = c.current.getId();
-     372           1 :         int A = massNumber(id);
-     373           1 :         int Z = chargeNumber(id);
-     374             : 
-     375           2 :         for (int i = 0; i < c.secondaries.size(); i++) {
-     376           1 :                 E += (*c.secondaries[i]).current.getEnergy();
-     377           1 :                 id = (*c.secondaries[i]).current.getId();
-     378           1 :                 A += massNumber(id);
-     379           1 :                 Z += chargeNumber(id);
-     380             :         }
-     381           1 :         EXPECT_EQ(12, A);
-     382             :         // nucleon number conserved
-     383           1 :         EXPECT_EQ(6, Z);
-     384             :         // proton number conserved
-     385           1 :         EXPECT_DOUBLE_EQ(100 * EeV, E);
-     386             :         // energy conserved
-     387           2 : }
-     388             : 
-     389           1 : TEST(PhotoDisintegration, iron) {
-     390             :         // Test if a 200 EeV Fe-56 nucleus photo-disintegrates (at least once) over a distance of 1 Gpc.
-     391             :         // This test can stochastically fail.
-     392           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
-     393           1 :         PhotoDisintegration pd(irb);
-     394           1 :         Candidate c;
-     395           1 :         int id = nucleusId(56, 26);
-     396           1 :         c.current.setId(id);
-     397           1 :         c.current.setEnergy(200 * EeV);
-     398           1 :         c.setCurrentStep(1000 * Mpc);
-     399           1 :         pd.process(&c);
-     400             : 
-     401             :         // expect energy loss
-     402           1 :         EXPECT_TRUE(c.current.getEnergy() < 200 * EeV);
-     403             :         
-     404             :         // expect secondaries produced
-     405           1 :         EXPECT_TRUE(c.secondaries.size() > 0);
-     406             : 
-     407           1 :         double E = c.current.getEnergy();
-     408           1 :         id = c.current.getId();
-     409           1 :         int A = massNumber(id);
-     410           1 :         int Z = chargeNumber(id);
-     411             : 
-     412          31 :         for (int i = 0; i < c.secondaries.size(); i++) {
-     413          30 :                 E += (*c.secondaries[i]).current.getEnergy();
-     414          30 :                 id = (*c.secondaries[i]).current.getId();
-     415          30 :                 A += massNumber(id);
-     416          30 :                 Z += chargeNumber(id);
-     417             :         }
-     418             : 
-     419             :         // nucleon number conserved
-     420           1 :         EXPECT_EQ(56, A);
-     421             :         
-     422             :         // proton number conserved (no decay active)
-     423           1 :         EXPECT_EQ(26, Z);
-     424             :         
-     425             :         // energy conserved
-     426           1 :         EXPECT_DOUBLE_EQ(200 * EeV, E);
-     427           2 : }
-     428             : 
-     429           1 : TEST(PhotoDisintegration, thisIsNotNucleonic) {
-     430             :         // Test that nothing happens to an electron.
-     431           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     432           1 :         PhotoDisintegration pd(cmb);
-     433           1 :         Candidate c;
-     434           1 :         c.setCurrentStep(1 * Mpc);
-     435           1 :         c.current.setId(11); // electron
-     436           1 :         c.current.setEnergy(10 * EeV);
-     437           1 :         pd.process(&c);
-     438           1 :         EXPECT_EQ(11, c.current.getId());
-     439           1 :         EXPECT_EQ(10 * EeV, c.current.getEnergy());
-     440           2 : }
-     441             : 
-     442           1 : TEST(PhotoDisintegration, limitNextStep) {
-     443             :         // Test if the interaction limits the next propagation step.
-     444           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     445           1 :         PhotoDisintegration pd(cmb);
-     446           1 :         Candidate c;
-     447           1 :         c.setNextStep(std::numeric_limits<double>::max());
-     448           1 :         c.current.setId(nucleusId(4, 2));
-     449           1 :         c.current.setEnergy(200 * EeV);
-     450           1 :         pd.process(&c);
-     451           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
-     452           2 : }
-     453             : 
-     454           1 : TEST(PhotoDisintegration, allIsotopes) {
-     455             :         // Test if all isotopes are handled.
-     456           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     457           1 :         PhotoDisintegration pd1(cmb);
-     458           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
-     459           1 :         PhotoDisintegration pd2(irb);
-     460           1 :         Candidate c;
-     461           1 :         c.setCurrentStep(10 * Mpc);
-     462             : 
-     463          27 :         for (int Z = 1; Z <= 26; Z++) {
-     464         806 :                 for (int N = 1; N <= 30; N++) {
-     465             : 
-     466         780 :                         c.current.setId(nucleusId(Z + N, Z));
-     467         780 :                         c.current.setEnergy(80 * EeV);
-     468         780 :                         pd1.process(&c);
-     469             : 
-     470         780 :                         c.current.setId(nucleusId(Z + N, Z));
-     471         780 :                         c.current.setEnergy(80 * EeV);
-     472         780 :                         pd2.process(&c);
-     473             :                 }
-     474             :         }
-     475           3 : }
-     476             : 
-     477           1 : TEST(Photodisintegration, updateParticleParentProperties) { // Issue: #204
-     478           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     479           1 :         PhotoDisintegration pd(cmb);
-     480             : 
-     481           1 :         Candidate c(nucleusId(56,26), 500 * EeV, Vector3d(1 * Mpc, 0, 0));
-     482             : 
-     483           1 :         pd.performInteraction(&c, 1);
-     484             :         // the candidates parent is the original particle
-     485           1 :         EXPECT_EQ(c.created.getId(), nucleusId(56,26));
-     486             : 
-     487           1 :         pd.performInteraction(&c, 1);
-     488             :         // now it has to be changed
-     489           1 :         EXPECT_NE(c.created.getId(), nucleusId(56,26));
-     490           2 : }
-     491             : 
-     492           1 : TEST(PhotoDisintegration, interactionTag) {
-     493           2 :         PhotoDisintegration pd(new CMB());
-     494             : 
-     495             :         // test default interactionTag
-     496           2 :         EXPECT_TRUE(pd.getInteractionTag() == "PD");
-     497             : 
-     498             :         // test secondary tag
-     499           1 :         pd.setHavePhotons(true);
-     500           2 :         Candidate c(nucleusId(56,26), 500 * EeV);
-     501           1 :         c.setCurrentStep(1 * Gpc);
-     502           1 :         pd.process(&c);
-     503           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "PD");
-     504             : 
-     505             :         // test custom tag
-     506           1 :         pd.setInteractionTag("myTag");
-     507           2 :         EXPECT_TRUE(pd.getInteractionTag() == "myTag");
-     508           1 : }
-     509             : 
-     510             : // ElasticScattering ----------------------------------------------------------
-     511           1 : TEST(ElasticScattering, allBackgrounds) {
-     512             :         // Test if interaction data files are loaded.
-     513           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     514           1 :         ElasticScattering scattering(cmb);
-     515           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
-     516           1 :         scattering.setPhotonField(irb);
-     517           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
-     518           2 :         scattering.setPhotonField(urb);
-     519           2 : }
-     520             : 
-     521           1 : TEST(ElasticScattering, secondaries) {
-     522             :         // Test the creation of cosmic ray photons.
-     523             :         // This test can stochastically fail.
-     524           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     525           1 :         ElasticScattering scattering(cmb);
-     526           1 :         Candidate c;
-     527           1 :         int id = nucleusId(12, 6);
-     528           1 :         c.current.setId(id);
-     529           1 :         c.current.setEnergy(200 * EeV);
-     530           1 :         c.setCurrentStep(400 * Mpc);
-     531           1 :         scattering.process(&c);
-     532             : 
-     533           1 :         EXPECT_GT(c.secondaries.size(), 0);
-     534             : 
-     535           8 :         for (int i = 0; i < c.secondaries.size(); i++) {
-     536           7 :                 int id = (*c.secondaries[i]).current.getId();
-     537           7 :                 EXPECT_EQ(id, 22);
-     538           7 :                 double energy = (*c.secondaries[i]).current.getEnergy();
-     539           7 :                 EXPECT_GT(energy, 0);
-     540           7 :                 EXPECT_LT(energy, 200 * EeV);
-     541             :         }
-     542           2 : }
-     543             : 
-     544             : // PhotoPionProduction --------------------------------------------------------
-     545           1 : TEST(PhotoPionProduction, allBackgrounds) {
-     546             :         // Test if all interaction data files can be loaded.
-     547           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     548           1 :         PhotoPionProduction ppp(cmb);
-     549           1 :         ref_ptr<PhotonField> irb = new IRB_Kneiske04();
-     550           1 :         ppp.setPhotonField(irb);
-     551           2 :         irb = new IRB_Stecker05();
-     552           1 :         ppp.setPhotonField(irb);
-     553           2 :         irb = new IRB_Franceschini08();
-     554           1 :         ppp.setPhotonField(irb);
-     555           2 :         irb = new IRB_Finke10();
-     556           1 :         ppp.setPhotonField(irb);
-     557           2 :         irb = new IRB_Dominguez11();
-     558           1 :         ppp.setPhotonField(irb);
-     559           2 :         irb = new IRB_Gilmore12();
-     560           1 :         ppp.setPhotonField(irb);
-     561           2 :         irb = new IRB_Stecker16_upper();
-     562           1 :         ppp.setPhotonField(irb);
-     563           2 :         irb = new IRB_Stecker16_lower();
-     564           1 :         ppp.setPhotonField(irb);
-     565           2 :     irb = new IRB_Finke22();
-     566           1 :         ppp.setPhotonField(irb);
-     567           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
-     568           1 :         ppp.setPhotonField(urb);
-     569           2 :         urb = new URB_Nitu21();
-     570           2 :         ppp.setPhotonField(urb);
-     571           2 : }
-     572             : 
-     573           1 : TEST(PhotoPionProduction, proton) {
-     574             :         // Test photopion interaction for 100 EeV proton.
-     575             :         // This test can stochastically fail.
-     576           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     577           1 :         PhotoPionProduction ppp(cmb);
-     578           1 :         Candidate c(nucleusId(1, 1), 100 * EeV);
-     579           1 :         c.setCurrentStep(1000 * Mpc);
-     580           1 :         ppp.process(&c);
-     581             : 
-     582             :         // expect energy loss
-     583           1 :         EXPECT_LT(c.current.getEnergy(), 100. * EeV);
-     584             : 
-     585             :         // expect nucleon number conservation
-     586           1 :         EXPECT_EQ(1, massNumber(c.current.getId()));
-     587             : 
-     588             :         // expect no (nucleonic) secondaries
-     589           1 :         EXPECT_EQ(0, c.secondaries.size());
-     590           2 : }
-     591             : 
-     592           1 : TEST(PhotoPionProduction, helium) {
-     593             :         // Test photo-pion interaction for 400 EeV He nucleus.
-     594             :         // This test can stochastically fail.
-     595           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     596           1 :         PhotoPionProduction ppp(cmb);
-     597           1 :         Candidate c;
-     598           1 :         c.current.setId(nucleusId(4, 2));
-     599           1 :         c.current.setEnergy(400. * EeV);
-     600           1 :         c.setCurrentStep(1000 * Mpc);
-     601           1 :         ppp.process(&c);
-     602           1 :         EXPECT_LT(c.current.getEnergy(), 400. * EeV);
-     603           1 :         int id = c.current.getId();
-     604           1 :         EXPECT_TRUE(massNumber(id) < 4);
-     605           1 :         EXPECT_TRUE(c.secondaries.size() > 0);
-     606           2 : }
-     607             : 
-     608           1 : TEST(PhotoPionProduction, thisIsNotNucleonic) {
-     609             :         // Test if nothing happens to an electron.
-     610           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     611           1 :         PhotoPionProduction ppp(cmb);
-     612           1 :         Candidate c;
-     613           1 :         c.current.setId(11); // electron
-     614           1 :         c.current.setEnergy(10 * EeV);
-     615           1 :         c.setCurrentStep(100 * Mpc);
-     616           1 :         ppp.process(&c);
-     617           1 :         EXPECT_EQ(11, c.current.getId());
-     618           1 :         EXPECT_EQ(10 * EeV, c.current.getEnergy());
-     619           2 : }
-     620             : 
-     621           1 : TEST(PhotoPionProduction, limitNextStep) {
-     622             :         // Test if the interaction limits the next propagation step.
-     623           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     624           1 :         PhotoPionProduction ppp(cmb);
-     625           1 :         Candidate c(nucleusId(1, 1), 200 * EeV);
-     626           1 :         c.setNextStep(std::numeric_limits<double>::max());
-     627           1 :         ppp.process(&c);
-     628           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
-     629           2 : }
-     630             : 
-     631           1 : TEST(PhotoPionProduction, secondaries) {
-     632             :         // Test photo-pion interaction for 100 EeV proton.
-     633             :         // This test can stochastically fail.
-     634           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     635           1 :         PhotoPionProduction ppp(cmb, true, true, true);
-     636           1 :         Candidate c(nucleusId(1, 1), 100 * EeV);
-     637           1 :         c.setCurrentStep(1000 * Mpc);
-     638           1 :         ppp.process(&c);
-     639             :         // there should be secondaries
-     640           1 :         EXPECT_GT(c.secondaries.size(), 1);
-     641           2 : }
-     642             : 
-     643           1 : TEST(PhotoPionProduction, sampling) {
-     644             :         // Specific test of photon sampling of photo-pion production
-     645             :         // by testing the calculated pEpsMax for CMB(), also indirectly
-     646             :         // testing epsMinInteraction and logSampling (default).
-     647           1 :         ref_ptr<PhotonField> cmb = new CMB(); //create CMB instance
-     648             :         double energy = 1.e10; //1e10 GeV
-     649             :         bool onProton = true; //proton
-     650             :         double z = 0; //no redshift
-     651           1 :         PhotoPionProduction ppp(cmb, true, true, true);
-     652           1 :         double correctionFactor = ppp.getCorrectionFactor(); //get current correctionFactor
-     653           1 :         double epsMin = std::max(cmb -> getMinimumPhotonEnergy(z) / eV, 0.00710614); // 0.00710614 = epsMinInteraction(onProton,energy)
-     654           1 :         double epsMax = cmb -> getMaximumPhotonEnergy(z) / eV;
-     655           1 :         double pEpsMax = ppp.probEpsMax(onProton, energy, z, epsMin, epsMax) / correctionFactor;
-     656           1 :         EXPECT_DOUBLE_EQ(pEpsMax,132673934934.922);
-     657           2 : }
-     658             : 
-     659           1 : TEST(PhotoPionProduction, interactionTag) {
-     660           2 :         PhotoPionProduction ppp(new CMB());
-     661             : 
-     662             :         // test default interactionTag
-     663           2 :         EXPECT_TRUE(ppp.getInteractionTag() == "PPP");
-     664             : 
-     665             :         // test secondary tag
-     666           1 :         ppp.setHavePhotons(true);
-     667           2 :         Candidate c(nucleusId(1,1), 100 * EeV);
-     668          11 :         for(int i = 0; i <10; i++) 
-     669          10 :                 ppp.performInteraction(&c, true);
-     670           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "PPP");
-     671             : 
-     672             :         // test custom interactionTag
-     673           1 :         ppp.setInteractionTag("myTag");
-     674           2 :         EXPECT_TRUE(ppp.getInteractionTag() == "myTag");
-     675           1 : }
-     676             : 
-     677             : // Redshift -------------------------------------------------------------------
-     678           2 : TEST(Redshift, simpleTest) {
-     679             :         // Test if redshift is decreased and adiabatic energy loss is applied.
-     680             :         Redshift redshift;
-     681             : 
-     682           1 :         Candidate c;
-     683           1 :         c.setRedshift(0.024);
-     684           1 :         c.current.setEnergy(100 * EeV);
-     685           1 :         c.setCurrentStep(1 * Mpc);
-     686             : 
-     687           1 :         redshift.process(&c);
-     688           1 :         EXPECT_GT(0.024, c.getRedshift()); // expect redshift decrease
-     689           1 :         EXPECT_GT(100, c.current.getEnergy() / EeV); // expect energy loss
-     690           2 : }
-     691             : 
-     692           2 : TEST(Redshift, limitRedshiftDecrease) {
-     693             :         // Test if the redshift decrease is limited to z_updated >= 0.
-     694             :         Redshift redshift;
-     695             : 
-     696           1 :         Candidate c;
-     697           1 :         c.setRedshift(0.024); // roughly corresponds to 100 Mpc
-     698           1 :         c.setCurrentStep(150 * Mpc);
-     699             : 
-     700           1 :         redshift.process(&c);
-     701           1 :         EXPECT_DOUBLE_EQ(0, c.getRedshift());
-     702           2 : }
-     703             : 
-     704             : // EMPairProduction -----------------------------------------------------------
-     705           1 : TEST(EMPairProduction, allBackgrounds) {
-     706             :         // Test if interaction data files are loaded.
-     707           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     708           1 :         EMPairProduction em(cmb);
-     709           1 :         ref_ptr<PhotonField> ebl = new IRB_Kneiske04();
-     710           1 :         em.setPhotonField(ebl);
-     711           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
-     712           1 :         em.setPhotonField(urb);
-     713           2 :         ebl = new IRB_Stecker05();
-     714           1 :         em.setPhotonField(ebl);
-     715           2 :         ebl = new IRB_Franceschini08();
-     716           1 :         em.setPhotonField(ebl);
-     717           2 :         ebl = new IRB_Finke10();
-     718           1 :         em.setPhotonField(ebl);
-     719           2 :         ebl = new IRB_Dominguez11();
-     720           1 :         em.setPhotonField(ebl);
-     721           2 :         ebl = new IRB_Gilmore12();
-     722           1 :         em.setPhotonField(ebl);
-     723           2 :         ebl = new IRB_Stecker16_upper();
-     724           1 :         em.setPhotonField(ebl);
-     725           2 :         ebl = new IRB_Stecker16_lower();
-     726           1 :         em.setPhotonField(ebl);
-     727           2 :         ebl = new IRB_Finke22();
-     728           1 :         em.setPhotonField(ebl);
-     729           2 :         urb = new URB_Fixsen11();
-     730           1 :         em.setPhotonField(urb);
-     731           2 :         urb = new URB_Nitu21();
-     732           2 :         em.setPhotonField(urb);
-     733           2 : }
-     734             : 
-     735           1 : TEST(EMPairProduction, limitNextStep) {
-     736             :         // Test if the interaction limits the next propagation step.
-     737           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     738           1 :         EMPairProduction m(cmb);
-     739           1 :         Candidate c(22, 1E17 * eV);
-     740           1 :         c.setNextStep(std::numeric_limits<double>::max());
-     741           1 :         m.process(&c);
-     742           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
-     743           2 : }
-     744             : 
-     745           1 : TEST(EMPairProduction, secondaries) {
-     746             :         // Test if secondaries are correctly produced.
-     747           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     748           1 :         ref_ptr<PhotonField> irb = new IRB_Saldana21();
-     749           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
-     750           1 :         EMPairProduction m(cmb);
-     751           1 :         m.setHaveElectrons(true);
-     752           1 :         m.setThinning(0.);
-     753             : 
-     754             :         std::vector<ref_ptr<PhotonField>> fields;
-     755           1 :         fields.push_back(cmb);
-     756           1 :         fields.push_back(irb);
-     757           1 :         fields.push_back(urb);
-     758             : 
-     759             :         // loop over photon backgrounds
-     760           4 :         for (int f = 0; f < fields.size(); f++) {
-     761           3 :                 m.setPhotonField(fields[f]);
-     762         423 :                 for (int i = 0; i < 140; i++) { // loop over energies Ep = (1e10 - 1e23) eV
-     763         420 :                         double Ep = pow(10, 9.05 + 0.1 * i) * eV;
-     764         420 :                         Candidate c(22, Ep);
-     765         420 :                         c.setCurrentStep(1e10 * Mpc);
-     766             : 
-     767         420 :                         m.process(&c);
-     768             : 
-     769             :                         // pass if no interaction has ocurred (no tabulated rates)
-     770         420 :                         if (c.isActive())
-     771             :                                 continue;
-     772             :                         
-     773             :                         // expect 2 secondaries
-     774         311 :                         EXPECT_EQ(c.secondaries.size(), 2);
-     775             : 
-     776             :                         // expect electron / positron with energies 0 < E < Ephoton
-     777             :                         double Etot = 0;
-     778         933 :                         for (int j = 0; j < c.secondaries.size(); j++) {
-     779         622 :                                 Candidate s = *c.secondaries[j];
-     780         622 :                                 EXPECT_EQ(abs(s.current.getId()), 11);
-     781         622 :                                 EXPECT_GT(s.current.getEnergy(), 0);
-     782         622 :                                 EXPECT_LT(s.current.getEnergy(), Ep);
-     783         622 :                                 Etot += s.current.getEnergy();
-     784         622 :                         }
-     785             : 
-     786             :                         // test energy conservation
-     787         311 :                         EXPECT_DOUBLE_EQ(Ep, Etot);
-     788         420 :                 }
-     789             :         }
-     790           2 : }
-     791             : 
-     792           1 : TEST(EMPairProduction, interactionTag) {
-     793           2 :         EMPairProduction m(new CMB());
-     794             : 
-     795             :         // test default interactionTag
-     796           2 :         EXPECT_TRUE(m.getInteractionTag() == "EMPP");
-     797             : 
-     798             :         // test secondary tag
-     799           1 :         m.setHaveElectrons(true);
-     800           2 :         Candidate c(22, 1 * EeV);
-     801           1 :         m.performInteraction(&c);
-     802           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "EMPP");
-     803             : 
-     804             :         // test custom tag
-     805           1 :         m.setInteractionTag("myTag");
-     806           2 :         EXPECT_TRUE(m.getInteractionTag() == "myTag");
-     807           1 : }
-     808             : 
-     809             : // EMDoublePairProduction -----------------------------------------------------
-     810           1 : TEST(EMDoublePairProduction, allBackgrounds) {
-     811             :         // Test if interaction data files are loaded.
-     812           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     813           1 :         EMDoublePairProduction em(cmb);
-     814           1 :         ref_ptr<PhotonField> ebl = new IRB_Kneiske04();
-     815           1 :         em.setPhotonField(ebl);
-     816           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
-     817           1 :         em.setPhotonField(urb);
-     818           2 :         ebl = new IRB_Stecker05();
-     819           1 :         em.setPhotonField(ebl);
-     820           2 :         ebl = new IRB_Franceschini08();
-     821           1 :         em.setPhotonField(ebl);
-     822           2 :         ebl = new IRB_Finke10();
-     823           1 :         em.setPhotonField(ebl);
-     824           2 :         ebl = new IRB_Dominguez11();
-     825           1 :         em.setPhotonField(ebl);
-     826           2 :         ebl = new IRB_Gilmore12();
-     827           1 :         em.setPhotonField(ebl);
-     828           2 :         ebl = new IRB_Stecker16_upper();
-     829           1 :         em.setPhotonField(ebl);
-     830           2 :         ebl = new IRB_Stecker16_lower();
-     831           1 :         em.setPhotonField(ebl);
-     832           2 :         ebl = new IRB_Finke22();
-     833           1 :         em.setPhotonField(ebl);
-     834           2 :         urb = new URB_Fixsen11();
-     835           1 :         em.setPhotonField(urb);
-     836           2 :         urb = new URB_Nitu21();
-     837           2 :         em.setPhotonField(urb);
-     838           2 : }
-     839             : 
-     840           1 : TEST(EMDoublePairProduction, limitNextStep) {
-     841             :         // Test if the interaction limits the next propagation step.
-     842           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     843           1 :         EMDoublePairProduction m(cmb);
-     844           1 :         Candidate c(22, 1E17 * eV);
-     845           1 :         c.setNextStep(std::numeric_limits<double>::max());
-     846           1 :         m.process(&c);
-     847           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
-     848           2 : }
-     849             : 
-     850           1 : TEST(EMDoublePairProduction, secondaries) {
-     851             :         // Test if secondaries are correctly produced.
-     852           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     853           1 :         ref_ptr<PhotonField> irb = new IRB_Saldana21();
-     854           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
-     855           1 :         EMPairProduction m(cmb);
-     856           1 :         m.setHaveElectrons(true);
-     857           1 :         m.setThinning(0.);
-     858             : 
-     859             :         std::vector<ref_ptr<PhotonField>> fields;
-     860           1 :         fields.push_back(cmb);
-     861           1 :         fields.push_back(irb);
-     862           1 :         fields.push_back(urb);
-     863             : 
-     864             :         // loop over photon backgrounds
-     865           4 :         for (int f = 0; f < fields.size(); f++) {
-     866           3 :                 m.setPhotonField(fields[f]);
-     867             :                 
-     868             :                 // loop over energies Ep = (1e9 - 1e23) eV
-     869         423 :                 for (int i = 0; i < 140; i++) {
-     870         420 :                         double Ep = pow(10, 9.05 + 0.1 * i) * eV;
-     871         420 :                         Candidate c(22, Ep);
-     872         420 :                         c.setCurrentStep(1e4 * Mpc); // use lower value so that the test can run faster
-     873         420 :                         m.process(&c);
-     874             : 
-     875             :                         // pass if no interaction has occured (no tabulated rates)
-     876         420 :                         if (c.isActive())
-     877             :                                 continue;
-     878             :                         
-     879             :                         // expect 2 secondaries (only one pair is considered)
-     880         251 :                         EXPECT_EQ(c.secondaries.size(), 2);
-     881             : 
-     882             :                         // expect electron / positron with energies 0 < E < Ephoton
-     883             :                         double Etot = 0;
-     884         753 :                         for (int j = 0; j < c.secondaries.size(); j++) {
-     885         502 :                                 Candidate s = *c.secondaries[j];
-     886         502 :                                 EXPECT_EQ(abs(s.current.getId()), 11);
-     887         502 :                                 EXPECT_GT(s.current.getEnergy(), 0);
-     888         502 :                                 EXPECT_LT(s.current.getEnergy(), Ep);
-     889         502 :                                 Etot += s.current.getEnergy();
-     890         502 :                         }
-     891             : 
-     892             :                         // test energy conservation
-     893         251 :                         EXPECT_NEAR(Ep, Etot, 1E-9);
-     894         420 :                 }
-     895             :         }
-     896           2 : }
-     897             : 
-     898           1 : TEST(EMDoublePairProduction, interactionTag) {
-     899           2 :         EMDoublePairProduction m(new CMB());
-     900             : 
-     901             :         // test default interactionTag
-     902           2 :         EXPECT_TRUE(m.getInteractionTag() == "EMDP");
-     903             : 
-     904             :         // test secondary tag
-     905           1 :         m.setHaveElectrons(true);
-     906           2 :         Candidate c(22, 1 * EeV);
-     907           1 :         m.performInteraction(&c);
-     908           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "EMDP");
-     909             : 
-     910             :         // test custom tag
-     911           1 :         m.setInteractionTag("myTag");
-     912           2 :         EXPECT_TRUE(m.getInteractionTag() == "myTag");
-     913           1 : }
-     914             : 
-     915             : // EMTripletPairProduction ----------------------------------------------------
-     916           1 : TEST(EMTripletPairProduction, allBackgrounds) {
-     917             :         // Test if interaction data files are loaded.
-     918           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     919           1 :         EMTripletPairProduction em(cmb);
-     920           1 :         ref_ptr<PhotonField> ebl = new IRB_Kneiske04();
-     921           1 :         em.setPhotonField(ebl);
-     922           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
-     923           1 :         em.setPhotonField(urb);
-     924           2 :         ebl = new IRB_Stecker05();
-     925           1 :         em.setPhotonField(ebl);
-     926           2 :         ebl = new IRB_Franceschini08();
-     927           1 :         em.setPhotonField(ebl);
-     928           2 :         ebl = new IRB_Finke10();
-     929           1 :         em.setPhotonField(ebl);
-     930           2 :         ebl = new IRB_Dominguez11();
-     931           1 :         em.setPhotonField(ebl);
-     932           2 :         ebl = new IRB_Gilmore12();
-     933           1 :         em.setPhotonField(ebl);
-     934           2 :         ebl = new IRB_Stecker16_upper();
-     935           1 :         em.setPhotonField(ebl);
-     936           2 :         ebl = new IRB_Stecker16_lower();
-     937           1 :         em.setPhotonField(ebl);
-     938           2 :         ebl = new IRB_Finke22();
-     939           1 :         em.setPhotonField(ebl);
-     940           2 :         urb = new URB_Fixsen11();
-     941           1 :         em.setPhotonField(urb);
-     942           2 :         urb = new URB_Nitu21();
-     943           2 :         em.setPhotonField(urb);
-     944           2 : }
-     945             : 
-     946           1 : TEST(EMTripletPairProduction, limitNextStep) {
-     947             :         // Test if the interaction limits the next propagation step.
-     948           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     949           1 :         EMTripletPairProduction m(cmb);
-     950           1 :         Candidate c(11, 1E17 * eV);
-     951           1 :         c.setNextStep(std::numeric_limits<double>::max());
-     952           1 :         m.process(&c);
-     953           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
-     954           2 : }
-     955             : 
-     956           1 : TEST(EMTripletPairProduction, secondaries) {
-     957             :         // Test if secondaries are correctly produced.
-     958           1 :         ref_ptr<PhotonField> cmb = new CMB();
-     959           1 :         ref_ptr<PhotonField> irb = new IRB_Saldana21();
-     960           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
-     961           1 :         EMPairProduction m(cmb);
-     962           1 :         m.setHaveElectrons(true);
-     963           1 :         m.setThinning(0.);
-     964             : 
-     965             :         std::vector<ref_ptr<PhotonField>> fields;
-     966           1 :         fields.push_back(cmb);
-     967           1 :         fields.push_back(irb);
-     968           1 :         fields.push_back(urb);
-     969             : 
-     970             :         // loop over photon backgrounds
-     971           4 :         for (int f = 0; f < fields.size(); f++) {
-     972           3 :                 m.setPhotonField(fields[f]);
-     973             :                 
-     974             :                 // loop over energies Ep = (1e9 - 1e23) eV
-     975         423 :                 for (int i = 0; i < 140; i++) {
-     976             : 
-     977         420 :                         double Ep = pow(10, 9.05 + 0.1 * i) * eV;
-     978         420 :                         Candidate c(11, Ep);
-     979         420 :                         c.setCurrentStep(1e4 * Mpc); // use lower value so that the test can run faster
-     980         420 :                         m.process(&c);
-     981             : 
-     982             :                         // pass if no interaction has occured (no tabulated rates)
-     983         420 :                         if (c.current.getEnergy() == Ep)
-     984             :                                 continue;
-     985             : 
-     986             :                         // expect positive energy of primary electron
-     987           0 :                         EXPECT_GT(c.current.getEnergy(), 0);
-     988           0 :                         double Etot = c.current.getEnergy();
-     989             : 
-     990             :                         // expect electron / positron with energies 0 < E < Ephoton
-     991           0 :                         for (int j = 0; j < c.secondaries.size(); j++) {
-     992           0 :                                 Candidate s = *c.secondaries[j];
-     993           0 :                                 EXPECT_EQ(abs(s.current.getId()), 11);
-     994           0 :                                 EXPECT_GT(s.current.getEnergy(), 0);
-     995           0 :                                 EXPECT_LT(s.current.getEnergy(), Ep);
-     996           0 :                                 Etot += s.current.getEnergy();
-     997           0 :                         }
-     998             : 
-     999             :                         // test energy conservation
-    1000           0 :                         EXPECT_NEAR(Ep, Etot, 1e-9);
-    1001         420 :                 }
-    1002             :         }
-    1003           2 : }
-    1004             : 
-    1005           1 : TEST(EMTripletPairProduction, interactionTag) {
-    1006           2 :         EMTripletPairProduction m(new CMB());
-    1007             : 
-    1008             :         // test default interactionTag
-    1009           2 :         EXPECT_TRUE(m.getInteractionTag() == "EMTP");
-    1010             : 
-    1011             :         // test secondary tag
-    1012           1 :         m.setHaveElectrons(true);
-    1013           2 :         Candidate c(11, 1 * EeV);
-    1014           1 :         m.performInteraction(&c);
-    1015           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "EMTP");
-    1016             : 
-    1017             :         // test custom tag
-    1018           1 :         m.setInteractionTag("myTag");
-    1019           2 :         EXPECT_TRUE(m.getInteractionTag() == "myTag");
-    1020           1 : }
-    1021             : 
-    1022             : // EMInverseComptonScattering -------------------------------------------------
-    1023           1 : TEST(EMInverseComptonScattering, allBackgrounds) {
-    1024             :         // Test if interaction data files are loaded.
-    1025           1 :         ref_ptr<PhotonField> cmb = new CMB();
-    1026           1 :         EMInverseComptonScattering em(cmb);
-    1027           1 :         ref_ptr<PhotonField> ebl = new IRB_Kneiske04();
-    1028           1 :         em.setPhotonField(ebl);
-    1029           1 :         ref_ptr<PhotonField> urb = new URB_Protheroe96();
-    1030           1 :         em.setPhotonField(urb);
-    1031           2 :         ebl = new IRB_Stecker05();
-    1032           1 :         em.setPhotonField(ebl);
-    1033           2 :         ebl = new IRB_Franceschini08();
-    1034           1 :         em.setPhotonField(ebl);
-    1035           2 :         ebl = new IRB_Finke10();
-    1036           1 :         em.setPhotonField(ebl);
-    1037           2 :         ebl = new IRB_Dominguez11();
-    1038           1 :         em.setPhotonField(ebl);
-    1039           2 :         ebl = new IRB_Gilmore12();
-    1040           1 :         em.setPhotonField(ebl);
-    1041           2 :         ebl = new IRB_Stecker16_upper();
-    1042           1 :         em.setPhotonField(ebl);
-    1043           2 :         ebl = new IRB_Stecker16_lower();
-    1044           1 :         em.setPhotonField(ebl);
-    1045           2 :         ebl = new IRB_Finke22();
-    1046           1 :         em.setPhotonField(ebl);
-    1047           2 :         urb = new URB_Fixsen11();
-    1048           1 :         em.setPhotonField(urb);
-    1049           2 :         urb = new URB_Nitu21();
-    1050           2 :         em.setPhotonField(urb);
-    1051           2 : }
-    1052             : 
-    1053           1 : TEST(EMInverseComptonScattering, limitNextStep) {
-    1054             :         // Test if the interaction limits the next propagation step.
-    1055           1 :         ref_ptr<PhotonField> cmb = new CMB();
-    1056           1 :         EMInverseComptonScattering m(cmb);
-    1057           1 :         Candidate c(11, 1E17 * eV);
-    1058           1 :         c.setNextStep(std::numeric_limits<double>::max());
-    1059           1 :         m.process(&c);
-    1060           1 :         EXPECT_LT(c.getNextStep(), std::numeric_limits<double>::max());
-    1061           2 : }
-    1062             : 
-    1063           1 : TEST(EMInverseComptonScattering, secondaries) {
-    1064             :         // Test if secondaries are correctly produced.
-    1065           1 :         ref_ptr<PhotonField> cmb = new CMB();
-    1066           1 :         ref_ptr<PhotonField> irb = new IRB_Saldana21();
-    1067           1 :         ref_ptr<PhotonField> urb = new URB_Nitu21();
-    1068           1 :         EMPairProduction m(cmb);
-    1069           1 :         m.setHaveElectrons(true);
-    1070           1 :         m.setThinning(0.);
-    1071             : 
-    1072             :         std::vector<ref_ptr<PhotonField>> fields;
-    1073           1 :         fields.push_back(cmb);
-    1074           1 :         fields.push_back(irb);
-    1075           1 :         fields.push_back(urb);
-    1076             : 
-    1077             :         // loop over photon backgrounds
-    1078           4 :         for (int f = 0; f < fields.size(); f++) {
-    1079           3 :                 m.setPhotonField(fields[f]);
-    1080             :                 
-    1081             :                 // loop over energies Ep = (1e9 - 1e23) eV
-    1082         423 :                 for (int i = 0; i < 140; i++) {
-    1083         420 :                         double Ep = pow(10, 9.05 + 0.1 * i) * eV;
-    1084         420 :                         Candidate c(11, Ep);
-    1085         420 :                         c.setCurrentStep(1e3 * Mpc); // use lower value so that the test can run faster
-    1086         420 :                         m.process(&c);
-    1087             : 
-    1088             :                         // pass if no interaction has occured (no tabulated rates)
-    1089         420 :                         if (c.current.getEnergy() == Ep)
-    1090             :                                 continue;
-    1091             :                         
-    1092             :                         // expect positive energy of primary electron
-    1093           0 :                         EXPECT_GT(c.current.getEnergy(), 0);
-    1094             : 
-    1095             :                         // expect photon with energy 0 < E < Ephoton
-    1096           0 :                         Candidate s = *c.secondaries[0];
-    1097           0 :                         EXPECT_EQ(abs(s.current.getId()), 22);
-    1098           0 :                         EXPECT_TRUE(s.current.getEnergy() >= 0.);
-    1099           0 :                         EXPECT_TRUE(s.current.getEnergy() < Ep);
-    1100             : 
-    1101             : 
-    1102           0 :                         double Etot = c.current.getEnergy();
-    1103           0 :                         for (int j = 0; j < c.secondaries.size(); j++) {
-    1104           0 :                                 s = *c.secondaries[j];
-    1105           0 :                                 Etot += s.current.getEnergy();
-    1106             :                         }
-    1107           0 :                         EXPECT_NEAR(Ep, Etot, 1e-9); 
-    1108         420 :                 }
-    1109             :         }
-    1110           2 : }
-    1111             : 
-    1112           1 : TEST(EMInverseComptonScattering, interactionTag) {
-    1113           2 :         EMInverseComptonScattering m(new CMB());
-    1114             : 
-    1115             :         // test default interactionTag
-    1116           2 :         EXPECT_TRUE(m.getInteractionTag() == "EMIC");
-    1117             : 
-    1118             :         // test secondary tag
-    1119           1 :         m.setHavePhotons(true);
-    1120           2 :         Candidate c(11, 1 * PeV);
-    1121           1 :         m.performInteraction(&c);
-    1122           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "EMIC");
-    1123             : 
-    1124             :         // test custom tag
-    1125           1 :         m.setInteractionTag("myTag");
-    1126           2 :         EXPECT_TRUE(m.getInteractionTag() == "myTag");
-    1127           1 : }
-    1128             : 
-    1129             : // SynchrotronRadiation -------------------------------------------------
-    1130           1 : TEST(SynchrotronRadiation, interactionTag) {
-    1131           1 :         SynchrotronRadiation s(1 * muG, true);
-    1132             : 
-    1133             :         // test default interactionTag
-    1134           2 :         EXPECT_TRUE(s.getInteractionTag() == "SYN");
-    1135             : 
-    1136             :         // test secondary tag
-    1137           2 :         Candidate c(11, 10 * PeV);
-    1138           1 :         c.setCurrentStep(1 * pc);
-    1139           1 :         s.process(&c);
-    1140           2 :         EXPECT_TRUE(c.secondaries[0] -> getTagOrigin() == "SYN");
-    1141             : 
-    1142             :         // test custom tag
-    1143           1 :         s.setInteractionTag("myTag");
-    1144           2 :         EXPECT_TRUE(s.getInteractionTag() == "myTag");
-    1145           1 : }
-    1146             : 
-    1147             : 
-    1148           0 : int main(int argc, char **argv) {
-    1149           0 :         ::testing::InitGoogleTest(&argc, argv);
-    1150           0 :         return RUN_ALL_TESTS();
-    1151             : }
-    1152             : 
-    1153             : } // namespace crpropa
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Current view:top level - test - testMagneticField.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:1616100.0 %
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_ZN36testCMZMagneticField_SimpleTest_Test8TestBodyEv1
_ZN37testMagneticFieldList_SimpleTest_Test8TestBodyEv1
_ZN37testToroidalHaloField_SimpleTest_Test8TestBodyEv1
_ZN38testCMZMagneticField_TestNTFField_Test8TestBodyEv1
_ZN39testMagneticDipoleField_SimpleTest_Test8TestBodyEv1
_ZN40testUniformMagneticField_SimpleTest_Test8TestBodyEv1
_ZN41testCMZMagneticField_TestICComponent_Test8TestBodyEv1
_ZN41testPeriodicMagneticField_Exceptions_Test8TestBodyEv1
_ZN42testLogarithmicSpiralField_SimpleTest_Test8TestBodyEv1
_ZN42testMagneticFieldEvolution_SimpleTest_Test8TestBodyEv1
_ZN43testCMZMagneticField_TestRaidoArcField_Test8TestBodyEv1
_ZN44testRenormalizeMagneticField_simpleTest_Test8TestBodyEv1
_ZN47testCMZMagneticField_TestAzimutalComponent_Test8TestBodyEv1
_ZN52testPolarizedSingleModeMagneticField_SimpleTest_Test8TestBodyEv1
main1
_ZNK17EchoMagneticField8getFieldERKN7crpropa7Vector3IdEE3
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LCOV - code coverage report
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Current view:top level - test - testMagneticField.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:1616100.0 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN36testCMZMagneticField_SimpleTest_Test8TestBodyEv1
_ZN37testMagneticFieldList_SimpleTest_Test8TestBodyEv1
_ZN37testToroidalHaloField_SimpleTest_Test8TestBodyEv1
_ZN38testCMZMagneticField_TestNTFField_Test8TestBodyEv1
_ZN39testMagneticDipoleField_SimpleTest_Test8TestBodyEv1
_ZN40testUniformMagneticField_SimpleTest_Test8TestBodyEv1
_ZN41testCMZMagneticField_TestICComponent_Test8TestBodyEv1
_ZN41testPeriodicMagneticField_Exceptions_Test8TestBodyEv1
_ZN42testLogarithmicSpiralField_SimpleTest_Test8TestBodyEv1
_ZN42testMagneticFieldEvolution_SimpleTest_Test8TestBodyEv1
_ZN43testCMZMagneticField_TestRaidoArcField_Test8TestBodyEv1
_ZN44testRenormalizeMagneticField_simpleTest_Test8TestBodyEv1
_ZN47testCMZMagneticField_TestAzimutalComponent_Test8TestBodyEv1
_ZN52testPolarizedSingleModeMagneticField_SimpleTest_Test8TestBodyEv1
_ZNK17EchoMagneticField8getFieldERKN7crpropa7Vector3IdEE3
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Current view:top level - test - testMagneticField.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:1616100.0 %
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-       1             : #include <stdexcept>
-       2             : 
-       3             : #include "crpropa/magneticField/MagneticFieldGrid.h"
-       4             : #include "crpropa/magneticField/CMZField.h"
-       5             : #include "crpropa/magneticField/PolarizedSingleModeMagneticField.h"
-       6             : #include "crpropa/magneticField/GalacticMagneticField.h"
-       7             : #include "crpropa/Grid.h"
-       8             : #include "crpropa/Units.h"
-       9             : #include "crpropa/Common.h"
-      10             : 
-      11             : #include "gtest/gtest.h"
-      12             : 
-      13             : using namespace crpropa;
-      14             : 
-      15           1 : TEST(testUniformMagneticField, SimpleTest) {
-      16             :         UniformMagneticField B(Vector3d(-1, 5, 3));
-      17             :         Vector3d b = B.getField(Vector3d(1, 0, 0));
-      18           1 :         EXPECT_DOUBLE_EQ(b.getX(), -1);
-      19           1 :         EXPECT_DOUBLE_EQ(b.getY(), 5);
-      20           1 :         EXPECT_DOUBLE_EQ(b.getZ(), 3);
-      21           1 : }
-      22             : 
-      23           2 : TEST(testMagneticDipoleField, SimpleTest) {
-      24             :         // Test magnetic dipole
-      25             :         // mu0 / (4*M_PI) * m / r^3 (2*cos(theta)*e_r + sin(theta)*e_theta)
-      26             :         MagneticDipoleField B(Vector3d(0,0,0), Vector3d(0,0,1), 1);
-      27           1 :         Vector3d b1 = B.getField(Vector3d(0, 0, 1)); // theta = 0
-      28           1 :         Vector3d b2 = B.getField(Vector3d(1, 0, 0)); // theta = 0
-      29           1 :         EXPECT_NEAR(b1.getX(), 0, 1E-8);
-      30           1 :         EXPECT_NEAR(b1.getY(), 0, 1E-8);
-      31           1 :         EXPECT_NEAR(b1.getZ(), mu0 / (4*M_PI) * 2, 1E-8);
-      32           1 :         EXPECT_NEAR(b2.getX(), 0, 1E-8);
-      33           1 :         EXPECT_NEAR(b2.getY(), 0, 1E-8);
-      34           1 :         EXPECT_NEAR(b2.getZ(), -1 * mu0 / (4*M_PI), 1E-8);
-      35           1 : }
-      36             : 
-      37             : #ifdef CRPROPA_HAVE_MUPARSER
-      38           1 : TEST(testRenormalizeMagneticField, simpleTest) {
-      39           1 :         ref_ptr<UniformMagneticField> field = new UniformMagneticField(Vector3d(2*nG, 0, 0));
-      40           2 :         RenormalizeMagneticField modField(field, "B^2-1*nG");
-      41           1 :         Vector3d b = modField.getField(Vector3d(5, 5, 5));
-      42           1 :         EXPECT_NEAR(b.getR(), 3*nG, 0.001);
-      43           2 : }
-      44             : #endif
-      45             : 
-      46           2 : TEST(testMagneticFieldList, SimpleTest) {
-      47             :         // Test a list of three magnetic fields
-      48             :         MagneticFieldList B;
-      49           1 :         B.addField(new UniformMagneticField(Vector3d(1, 0, 0)));
-      50           1 :         B.addField(new UniformMagneticField(Vector3d(0, 2, 0)));
-      51           2 :         B.addField(new UniformMagneticField(Vector3d(0, 0, 3)));
-      52           1 :         Vector3d b = B.getField(Vector3d(0.));
-      53           1 :         EXPECT_DOUBLE_EQ(b.x, 1);
-      54           1 :         EXPECT_DOUBLE_EQ(b.y, 2);
-      55           1 :         EXPECT_DOUBLE_EQ(b.z, 3);
-      56           1 : }
-      57             : 
-      58           1 : TEST(testMagneticFieldEvolution, SimpleTest) {
-      59             :         // Test if this decorator scales the underlying field as (1+z)^m
-      60           1 :         ref_ptr<UniformMagneticField> B = new UniformMagneticField(Vector3d(1,0,0));
-      61             :         double z = 1.2;
-      62             :         double m = 3;
-      63           2 :         MagneticFieldEvolution Bz(B, m);
-      64             : 
-      65             :         // scaled field
-      66           1 :         Vector3d b = Bz.getField(Vector3d(0,0,0), z);
-      67           1 :         EXPECT_DOUBLE_EQ(b.x, pow(1+z, m));
-      68             : 
-      69             :         // unscaled field
-      70           1 :         b = Bz.getField(Vector3d(0,0,0));
-      71           1 :         EXPECT_DOUBLE_EQ(b.x, 1);
-      72           1 : }
-      73             : 
-      74           1 : class EchoMagneticField: public MagneticField {
-      75             : public:
-      76           3 :         Vector3d getField(const Vector3d &position) const {
-      77           3 :                 return position;
-      78             :         }
-      79             : };
-      80             : 
-      81           1 : TEST(testPeriodicMagneticField, Exceptions) {
-      82           1 :         ref_ptr<EchoMagneticField> f = new EchoMagneticField();
-      83             :         ref_ptr<PeriodicMagneticField> p = new PeriodicMagneticField(f,
-      84           1 :                         Vector3d(10000, 10000, 10000), Vector3d(1000, 1000, 1000), true);
-      85             : 
-      86             :         // box 0, 0, 0
-      87           1 :         Vector3d v = p->getField(Vector3d(1000, 2000, 3000));
-      88           1 :         EXPECT_DOUBLE_EQ(0, v.x);
-      89           1 :         EXPECT_DOUBLE_EQ(1000, v.y);
-      90           1 :         EXPECT_DOUBLE_EQ(2000, v.z);
-      91             : 
-      92             :         // box 1, 2, 3
-      93           1 :         v = p->getField(Vector3d(12000, 23000, 34000));
-      94           1 :         EXPECT_DOUBLE_EQ(9000, v.x);
-      95           1 :         EXPECT_DOUBLE_EQ(2000, v.y);
-      96           1 :         EXPECT_DOUBLE_EQ(7000, v.z);
-      97             : 
-      98             :         // box -1, -2, -3
-      99           1 :         v = p->getField(Vector3d(0, -10000, -20000));
-     100           1 :         EXPECT_DOUBLE_EQ(1000, v.x);
-     101           1 :         EXPECT_DOUBLE_EQ(9000, v.y);
-     102           1 :         EXPECT_DOUBLE_EQ(1000, v.z);
-     103             : 
-     104           1 : }
-     105             : 
-     106           1 : TEST(testCMZMagneticField, SimpleTest) {
-     107           1 :         ref_ptr<CMZField> field = new CMZField();
-     108             :         
-     109             :         // check use-Values
-     110           1 :         EXPECT_FALSE(field->getUseMCField());
-     111           1 :         EXPECT_TRUE(field->getUseICField());
-     112           1 :         EXPECT_FALSE(field->getUseNTFField());
-     113           1 :         EXPECT_FALSE(field->getUseRadioArc());
-     114             : 
-     115             :         // check set function
-     116           1 :         field->setUseMCField(true);
-     117           1 :         EXPECT_TRUE(field->getUseMCField());
-     118           1 :         field->setUseICField(false);
-     119           1 :         EXPECT_FALSE(field->getUseICField());
-     120           1 :         field->setUseNTFField(true);
-     121           1 :         EXPECT_TRUE(field->getUseNTFField());
-     122           1 :         field->setUseRadioArc(true);
-     123           1 :         EXPECT_TRUE(field->getUseRadioArc());
-     124           1 : }
-     125             : 
-     126           1 : TEST(testCMZMagneticField, TestICComponent) {
-     127           1 :         ref_ptr<CMZField> field = new CMZField();
-     128             :         Vector3d pos(10*pc,15*pc,-5*pc);        
-     129             : 
-     130             :         // check IC field at given position
-     131           1 :         Vector3d bVec = field->getField(pos);
-     132           1 :         EXPECT_NEAR(bVec.getR(), 10.501*muG, 1E-3*muG);
-     133           1 :         EXPECT_NEAR(bVec.x, 0.225*muG, 1E-3*muG);
-     134           1 :         EXPECT_NEAR(bVec.y, 0.524*muG, 1E-3*muG);
-     135           1 :         EXPECT_NEAR(bVec.z, 10.486*muG, 1E-3*muG);
-     136           1 : }
-     137           1 : TEST(testCMZMagneticField, TestNTFField){
-     138           1 :         ref_ptr<CMZField> field = new CMZField();
-     139             :         Vector3d pos(10*pc,15*pc,-5*pc);        
-     140             :         
-     141             :         // check NFTField at given position
-     142           1 :         Vector3d bVec = field->getNTFField(pos);
-     143           1 :         EXPECT_NEAR(bVec.getR(),1.692*muG, 1e-3*muG);
-     144           1 :         EXPECT_NEAR(bVec.x, -0.584*muG, 1e-3*muG);
-     145           1 :         EXPECT_NEAR(bVec.y, -1.185*muG, 1e-3*muG);
-     146           1 :         EXPECT_NEAR(bVec.z, 1.057*muG, 1e-3*muG);
-     147           1 : }
-     148           1 : TEST(testCMZMagneticField, TestRaidoArcField){
-     149           1 :         ref_ptr<CMZField> field = new CMZField();
-     150             :         Vector3d pos(10*pc,15*pc,-5*pc);        
-     151             : 
-     152             :         // check RadioArcField at given position
-     153           1 :         Vector3d bVec = field->getRadioArcField(pos);
-     154           1 :         EXPECT_NEAR(bVec.getR(), 31.616*muG, 1e-3*muG);
-     155           1 :         EXPECT_NEAR(bVec.x, -4.671*muG, 1e-3*muG);
-     156           1 :         EXPECT_NEAR(bVec.y, 5.465*muG, 1e-3*muG);
-     157           1 :         EXPECT_NEAR(bVec.z, 30.788*muG, 1e-3*muG);
-     158           1 : }
-     159             : 
-     160           1 : TEST(testCMZMagneticField, TestAzimutalComponent){
-     161           1 :         ref_ptr<CMZField> field = new CMZField();
-     162             :         Vector3d mid(12*pc, 9*pc, 20*pc);
-     163             :         Vector3d pos(9*pc, 10*pc, 25*pc);       
-     164             : 
-     165             :         // simple Test for inner part
-     166           1 :         Vector3d bVec = field->BAz(pos, mid, 100, 0.2, 60*pc);
-     167           1 :         EXPECT_NEAR(bVec.x, 3939.782, 1e-3);
-     168           1 :         EXPECT_NEAR(bVec.y, 14347.304, 1e-3);
-     169           1 :         EXPECT_DOUBLE_EQ(bVec.z, 0);
-     170             : 
-     171             :         // simple Test for outer part
-     172           1 :         bVec = field->BAz(pos, mid, 100, 0.2, 10*pc);
-     173           1 :         EXPECT_NEAR(bVec.x, -164.659, 1e-3);
-     174           1 :         EXPECT_NEAR(bVec.y, -1317.270, 1e-3);
-     175           1 :         EXPECT_DOUBLE_EQ(bVec.z, 0);
-     176             : 
-     177             :         // test for molecular Clouds
-     178           1 :         bVec = field->getMCField(pos);
-     179           1 :         EXPECT_NEAR(bVec.x, -8.339*muG, 1e-3*muG);
-     180           1 :         EXPECT_NEAR(bVec.y, -0.850*muG, 1e-3*muG);
-     181           1 :         EXPECT_DOUBLE_EQ(bVec.z, 0);
-     182           1 : }
-     183             : 
-     184           1 : TEST(testToroidalHaloField, SimpleTest) {
-     185           1 :         ref_ptr<ToroidalHaloField> field = new ToroidalHaloField();
-     186           1 :         Vector3d b = field->getField(Vector3d(0.));
-     187           1 :         EXPECT_DOUBLE_EQ(b.x, 0);
-     188           1 :         EXPECT_DOUBLE_EQ(b.y, 0);
-     189           1 :         EXPECT_DOUBLE_EQ(b.z, 0);
-     190             : 
-     191           1 :         b = field->getField(Vector3d(1,0,0));
-     192           1 :         EXPECT_DOUBLE_EQ(b.x, 0.5);
-     193           1 :         EXPECT_DOUBLE_EQ(b.y, 0);
-     194           1 :         EXPECT_DOUBLE_EQ(b.z, 0);
-     195           1 : }
-     196             : 
-     197           1 : TEST(testLogarithmicSpiralField, SimpleTest) {
-     198           1 :         ref_ptr<LogarithmicSpiralField> field = new LogarithmicSpiralField();
-     199           1 :         Vector3d b = field->getField(Vector3d(8.5, 0, 0)*kpc);
-     200           1 :         EXPECT_NEAR(b.x, -1., 1E-2);
-     201           1 :         EXPECT_NEAR(b.y, 0, 1E-10);
-     202           1 :         EXPECT_NEAR(b.z, 0, 1E-10);
-     203           1 : }
-     204             : 
-     205           1 : TEST(testPolarizedSingleModeMagneticField, SimpleTest) {
-     206           1 :         PolarizedSingleModeMagneticField B(2, 4, 0.5, Vector3d(1,1,1), Vector3d(0,1,0), Vector3d(1,0,0), "amplitude", "polarization", "elliptical");
-     207           1 :         Vector3d b = B.getField(Vector3d(1,1,2));
-     208           1 :         EXPECT_DOUBLE_EQ(b.x, 1);
-     209           1 :         EXPECT_NEAR(b.y, 0, 1E-10);
-     210           1 :         EXPECT_NEAR(b.z, 0, 1E-10);
-     211           1 : }
-     212             : 
-     213           1 : int main(int argc, char **argv) {
-     214           1 :         ::testing::InitGoogleTest(&argc, argv);
-     215             :         return RUN_ALL_TESTS();
-     216             : }
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LCOV - code coverage report
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Current view:top level - test - testMagneticLens.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:8787100.0 %
Date:2024-04-08 14:58:22Functions:77100.0 %
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_ZN33Pixelization_angularDistance_Test8TestBodyEv1
_ZN35MagneticLens_OutOfBoundsEnergy_Test8TestBodyEv1
_ZN35MagneticLens_Vector3Deflection_Test8TestBodyEv1
_ZN38ParticleMapsContainer_addParticle_Test8TestBodyEv1
_ZN40Pixelization_randomDirectionInPixel_Test8TestBodyEv1
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Current view:top level - test - testMagneticLens.cpp (source / functions)HitTotalCoverage
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_ZN33Pixelization_angularDistance_Test8TestBodyEv1
_ZN35MagneticLens_OutOfBoundsEnergy_Test8TestBodyEv1
_ZN35MagneticLens_Vector3Deflection_Test8TestBodyEv1
_ZN38ParticleMapsContainer_addParticle_Test8TestBodyEv1
_ZN40Pixelization_randomDirectionInPixel_Test8TestBodyEv1
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Current view:top level - test - testMagneticLens.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:77100.0 %
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-       1             : /// Tests gamale with a test lense from file and demonstrating basic
-       2             : /// usage
-       3             : 
-       4             : //--------------------------------------------
-       5             : // Project: Galactic magnetic Lense (GaMaLe) -
-       6             : // Copyright (C) 2009 Tobias Winchen         -
-       7             : //               RWTH Aachen, Germany        -
-       8             : // Contact: winchen@physik.rwth-achen.de     -
-       9             : // Licensed under the GNU GPL v2             - 
-      10             : //--------------------------------------------
-      11             : 
-      12             : #include <string>
-      13             : #include "gtest/gtest.h"
-      14             : 
-      15             : #include "crpropa/magneticLens/MagneticLens.h"
-      16             : #include "crpropa/magneticLens/ModelMatrix.h"
-      17             : #include "crpropa/magneticLens/Pixelization.h"
-      18             : #include "crpropa/magneticLens/ParticleMapsContainer.h"
-      19             : #include "crpropa/Common.h"
-      20             : 
-      21             : using namespace std;
-      22             : using namespace crpropa;
-      23             : 
-      24           1 : TEST(MagneticLens, Deflection)
-      25             : {
-      26           1 :         MagneticLens magneticLens(5);
-      27           1 :         Pixelization P(5);
-      28           1 :         ModelMatrixType M;
-      29           1 :         M.resize(P.nPix(), P.nPix());
-      30           1 :         M.reserve(P.nPix());
-      31             : 
-      32             :         // Map any direction (p,t) to (p, -t)
-      33       12289 :         for (int i=0;i<P.nPix();i++)
-      34             :         {
-      35             :                 double theta, phi;
-      36       12288 :                 P.pix2Direction(i, phi, theta);
-      37       12288 :                 theta*= -1;
-      38       12288 :                 int j = P.direction2Pix(phi, theta);
-      39       12288 :                 M.insert(i,j) =1;
-      40             :         }
-      41             : 
-      42           1 :         magneticLens.setLensPart(M, 10 * EeV, 100 * EeV);
-      43             : 
-      44       12289 :         for (int i=0; i < P.nPix(); i++)
-      45             :         {
-      46             :                 double theta, phi;
-      47       12288 :                 P.pix2Direction(i, phi, theta);
-      48       12288 :                 double theta0 = theta;
-      49             : 
-      50             :                 // No CR is allowed to be lost in this lens
-      51       12288 :                 EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, phi, theta));
-      52       12288 :                 EXPECT_NEAR(theta+theta0,0., 0.05);
-      53             :         }
-      54           2 : }
-      55             : 
-      56           1 : TEST(MagneticLens, Vector3Deflection)
-      57             : {
-      58           1 :         MagneticLens magneticLens(5);
-      59           1 :         Pixelization P(5);
-      60           1 :         ModelMatrixType M;
-      61           1 :         M.resize(P.nPix(), P.nPix());
-      62           1 :         M.reserve(P.nPix());
-      63             : 
-      64             :         // No deflection 
-      65       12289 :         for (int i=0;i<P.nPix();i++)
-      66             :         {
-      67       12288 :                 M.insert(i,i) = 1;
-      68             :         }
-      69             : 
-      70           1 :         magneticLens.setLensPart(M, 10 * EeV, 100 * EeV);
-      71             : 
-      72             :         Vector3d u(1,0,0);
-      73             :         Vector3d v(u);
-      74           1 :         EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, v));
-      75           1 :         EXPECT_NEAR(u.getAngleTo(v), 0., 2. / 180 * M_PI);
-      76             : 
-      77           1 :         u.x = 0; u.y = 1; u.z = 0; v = u;
-      78           1 :         EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, v));
-      79           1 :         EXPECT_NEAR(u.getAngleTo(v), 0., 2. / 180 * M_PI);
-      80             : 
-      81           1 :         u.x = 0; u.y = 0; u.z = 1; v = u;
-      82           1 :         EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, v));
-      83           1 :         EXPECT_NEAR(u.getAngleTo(v), 0., 2. / 180 * M_PI);
-      84             : 
-      85           1 :         u.x = 1; u.y = -2; u.z = 3; v = u;
-      86           1 :         EXPECT_TRUE(magneticLens.transformCosmicRay(20 * EeV, v));
-      87           1 :         EXPECT_NEAR(u.getAngleTo(v), 0., 2. / 180 * M_PI);
-      88           2 : }
-      89             : 
-      90           1 : TEST(MagneticLens, OutOfBoundsEnergy)
-      91             : {
-      92           1 :         MagneticLens magneticLens(5);
-      93           1 :         Pixelization P(5);
-      94           1 :         ModelMatrixType M;
-      95           1 :         M.resize(P.nPix(), P.nPix());
-      96           1 :         M.reserve(P.nPix());
-      97           1 :         magneticLens.setLensPart(M,10. * EeV, 100. * EeV);
-      98           1 :         double theta = 0, phi = 0;
-      99           1 :         EXPECT_FALSE(magneticLens.transformCosmicRay(1. * EeV, phi, theta));
-     100           2 : }
-     101             : 
-     102             : 
-     103           1 : TEST(Pixelization, angularDistance)
-     104             : {
-     105             :         // test for correct angular distance in case of same vectors 
-     106           1 :         Pixelization P(6);
-     107       49153 :         for (int idx =0; idx < P.nPix(); idx++)
-     108             :         {
-     109       49152 :                 double ang = P.angularDistance(idx,idx);
-     110       49152 :                 EXPECT_TRUE(ang == ang);
-     111             :         }
-     112           1 : }
-     113             : 
-     114             : 
-     115           1 : TEST(ParticleMapsContainer, addParticle)
-     116             : {
-     117           1 :   ParticleMapsContainer maps;
-     118           1 :   maps.addParticle(1000010010, 1 * EeV, 0 , 0 );
-     119           1 :   std::vector<int> pids = maps.getParticleIds();
-     120           1 :   EXPECT_EQ(pids.size(), 1);
-     121           1 :   EXPECT_EQ(pids[0], 1000010010);
-     122             : 
-     123           1 :   std::vector<double> energies = maps.getEnergies(1000010010);
-     124           1 :   EXPECT_EQ(energies.size(), 1);
-     125           1 : }
-     126             : 
-     127           1 : TEST(ParticleMapsContainer, getRandomParticles)
-     128             : {
-     129           1 :   ParticleMapsContainer maps(0.002);
-     130           1 :   maps.addParticle(1000010010, 1 * EeV, 0 , 0 );
-     131             :   std::vector<double> energies;
-     132             :   std::vector<double> lons;
-     133             :   std::vector<double> lats;
-     134             :   std::vector<int> particleIds;
-     135             : 
-     136           1 :   size_t N = 420;
-     137           1 :         maps.getRandomParticles(N, particleIds, energies, lons, lats);
-     138             :                         
-     139           1 :   EXPECT_EQ(energies.size(), N);
-     140           1 :   EXPECT_EQ(lons.size(), N);
-     141           1 :   EXPECT_EQ(lats.size(), N);
-     142           1 :   EXPECT_EQ(particleIds.size(), N);
-     143             : 
-     144         421 :   for(size_t i = 0; i < N; i++)
-     145             :   {
-     146         420 :     EXPECT_NEAR(log10(energies[i]), 18, 0.002);
-     147         420 :     EXPECT_EQ(particleIds[i], 1000010010);
-     148         420 :     EXPECT_NEAR(lons[i], 0, 2./180*M_PI);
-     149         420 :     EXPECT_NEAR(lats[i], 0, 2./180*M_PI);
-     150             :   }
-     151             : 
-     152           1 : }
-     153             : 
-     154           1 : TEST(Pixelization, randomDirectionInPixel)
-     155             : {
-     156           1 :   Pixelization p(6);
-     157             :   const double long0 = -35./180 * M_PI;
-     158             :   const double lat0 =  12.08/180 * M_PI;
-     159             : 
-     160           1 :   int pix = p.direction2Pix(long0, lat0);
-     161             : 
-     162             :   double rlon, rlat;
-     163           1 :   p.getRandomDirectionInPixel(pix, rlon, rlat);
-     164             : 
-     165             :   // new direction should be inside the pixel
-     166           1 :   EXPECT_EQ(pix, p.direction2Pix(rlon, rlat));
-     167             : 
-     168             :   // new direction should be different from input 
-     169           1 :   EXPECT_FALSE(long0 == rlon);
-     170           1 :   EXPECT_FALSE(lat0 == rlat);
-     171             : 
-     172           1 : }
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-       1             : #include "crpropa/ModuleList.h"
-       2             : #include "crpropa/Source.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : #include "crpropa/module/SimplePropagation.h"
-       5             : #include "crpropa/module/BreakCondition.h"
-       6             : 
-       7             : #include "gtest/gtest.h"
-       8             : 
-       9             : namespace crpropa {
-      10             : 
-      11           1 : TEST(ModuleList, process) {
-      12           1 :         ModuleList modules;
-      13           2 :         modules.add(new SimplePropagation());
-      14           1 :         ParticleState initial;
-      15           1 :         ref_ptr<Candidate> candidate = new Candidate(initial);
-      16           2 :         modules.process(candidate);
-      17           1 : }
-      18             : 
-      19           1 : TEST(ModuleList, getModule) {
-      20           1 :         ModuleList modules;
-      21           1 :         ref_ptr<SimplePropagation> prop = new SimplePropagation();
-      22           1 :         modules.add(prop);
-      23           2 :         EXPECT_TRUE(modules[0] == prop);
-      24           1 : }
-      25             : 
-      26           1 : TEST(ModuleList, removeModule) {
-      27           1 :         ModuleList modules;
-      28           1 :         ref_ptr<SimplePropagation> prop = new SimplePropagation();
-      29           1 :         modules.add(prop);
-      30           1 :         modules.remove(0);
-      31           1 :         EXPECT_EQ(modules.size(), 0);
-      32           1 : }
-      33             : 
-      34           1 : TEST(ModuleList, runCandidateList) {
-      35           1 :         ModuleList modules;
-      36           2 :         modules.add(new SimplePropagation());
-      37           1 :         modules.add(new MaximumTrajectoryLength(1 * Mpc));
-      38           1 :         ParticleState initial;
-      39           1 :         ref_ptr<Candidate> candidate = new Candidate(initial);
-      40           1 :         modules.run(candidate);
-      41           1 :         EXPECT_DOUBLE_EQ(1 * Mpc, candidate->getTrajectoryLength());
-      42           1 :         EXPECT_TRUE(candidate->isActive() == false);
-      43           1 : }
-      44             : 
-      45           1 : TEST(ModuleList, runSource) {
-      46           1 :         ModuleList modules;
-      47           2 :         modules.add(new SimplePropagation());
-      48           1 :         modules.add(new MaximumTrajectoryLength(1 * Mpc));
-      49             :         Source source;
-      50           1 :         source.add(new SourcePosition(Vector3d(10, 0, 0) * Mpc));
-      51           2 :         source.add(new SourceIsotropicEmission());
-      52           1 :         source.add(new SourcePowerLawSpectrum(5 * EeV, 100 * EeV, -2));
-      53           1 :         source.add(new SourceParticleType(nucleusId(1, 1)));
-      54           1 :         modules.setShowProgress(true);
-      55           1 :         modules.run(&source, 100, false);
-      56           1 : }
-      57             : 
-      58             : #if _OPENMP
-      59             : #include <omp.h>
-      60           1 : TEST(ModuleList, runOpenMP) {
-      61           1 :         ModuleList modules;
-      62           2 :         modules.add(new SimplePropagation());
-      63           1 :         modules.add(new MaximumTrajectoryLength(1 * Mpc));
-      64             :         Source source;
-      65           1 :         source.add(new SourcePosition(Vector3d(10, 0, 0) * Mpc));
-      66           2 :         source.add(new SourceIsotropicEmission());
-      67           1 :         source.add(new SourcePowerLawSpectrum(5 * EeV, 100 * EeV, -2));
-      68           1 :         source.add(new SourceParticleType(nucleusId(1, 1)));
-      69           1 :         omp_set_num_threads(2);
-      70           1 :         modules.run(&source, 1000, false);
-      71           1 : }
-      72             : #endif
-      73             : 
-      74           0 : int main(int argc, char **argv) {
-      75           0 :         ::testing::InitGoogleTest(&argc, argv);
-      76           0 :         return RUN_ALL_TESTS();
-      77             : }
-      78             : 
-      79             : } // namespace crpropa
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-       1             : /** Unit tests for Output modules of CRPropa
-       2             :     Output
-       3             :     TextOutput
-       4             :     ParticleCollector
-       5             :  */
-       6             : 
-       7             : #include "CRPropa.h"
-       8             : 
-       9             : #include "gtest/gtest.h"
-      10             : #include <iostream>
-      11             : #include <string>
-      12             : 
-      13             : 
-      14             : #ifdef CRPROPA_HAVE_HDF5
-      15             : #include <hdf5.h>
-      16             : #endif
-      17             : 
-      18             : // compare two arrays (intead of using Google Mock)
-      19             : // https://stackoverflow.com/a/10062016/6819103
-      20             : template <typename T, size_t size>
-      21           1 : ::testing::AssertionResult ArraysMatch(const T (&expected)[size],
-      22             :                                        const T (&actual)[size]) {
-      23          11 :         for (size_t i(0); i < size; ++i) {
-      24          10 :                 if (expected[i] != actual[i]) {
-      25             :                         return ::testing::AssertionFailure()
-      26           0 :                                << "array[" << i << "] (" << actual[i] << ") != expected["
-      27           0 :                                << i << "] (" << expected[i] << ")";
-      28             :                 }
-      29             :         }
-      30             : 
-      31           1 :         return ::testing::AssertionSuccess();
-      32             : }
-      33             : 
-      34             : namespace crpropa {
-      35             : 
-      36             : //-- Output
-      37           1 : TEST(Output, size) {
-      38           1 :         Candidate c;
-      39           1 :         Output output;
-      40           6 :         for (int it = 0; it < 5; ++it, output.process(&c));
-      41             : 
-      42           1 :         EXPECT_EQ(output.size(), 5);
-      43           1 : }
-      44             : 
-      45             : //-- TextOutput
-      46           1 : TEST(TextOutput, printHeader_Trajectory1D) {
-      47           1 :         Candidate c;
-      48           1 :         TextOutput output(Output::Trajectory1D);
-      49             : 
-      50           1 :         ::testing::internal::CaptureStdout();
-      51           1 :         output.process(&c);
-      52           1 :         std::string captured = testing::internal::GetCapturedStdout();
-      53             : 
-      54           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")), "#\tID\tE\tX");
-      55           1 : }
-      56             : 
-      57           1 : TEST(TextOutput, printHeader_Event1D) {
-      58           1 :         Candidate c;
-      59           1 :         TextOutput output(Output::Event1D);
-      60             : 
-      61           1 :         ::testing::internal::CaptureStdout();
-      62           1 :         output.process(&c);
-      63           1 :         std::string captured = testing::internal::GetCapturedStdout();
-      64             : 
-      65           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")), "#\tD\tID\tE\tID0\tE0");
-      66           1 : }
-      67             : 
-      68           1 : TEST(TextOutput, printHeader_Trajectory3D) {
-      69           1 :         Candidate c;
-      70           1 :         TextOutput output(Output::Trajectory3D);
-      71             : 
-      72           1 :         ::testing::internal::CaptureStdout();
-      73           1 :         output.process(&c);
-      74           1 :         std::string captured = testing::internal::GetCapturedStdout();
-      75             : 
-      76           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")),
-      77             :                   "#\tD\tID\tE\tX\tY\tZ\tPx\tPy\tPz");
-      78           1 : }
-      79             : 
-      80           1 : TEST(TextOutput, printHeader_Event3D) {
-      81           1 :         Candidate c;
-      82           1 :         TextOutput output(Output::Event3D);
-      83             : 
-      84           1 :         ::testing::internal::CaptureStdout();
-      85           1 :         output.process(&c);
-      86           1 :         std::string captured = testing::internal::GetCapturedStdout();
-      87             : 
-      88           2 :         EXPECT_EQ(
-      89             :             captured.substr(0, captured.find("\n")),
-      90             :             "#\tD\tID\tE\tX\tY\tZ\tPx\tPy\tPz\tID0\tE0\tX0\tY0\tZ0\tP0x\tP0y\tP0z");
-      91           1 : }
-      92             : 
-      93           1 : TEST(TextOutput, printHeader_Custom) {
-      94           1 :         Candidate c;
-      95           1 :         TextOutput output(Output::Event1D);
-      96             : 
-      97           1 :         output.enable(Output::SerialNumberColumn);
-      98           1 :         output.disable(Output::TrajectoryLengthColumn);
-      99           1 :         output.set(Output::RedshiftColumn, false);
-     100           1 :         output.enable(Output::CandidateTagColumn);
-     101             : 
-     102           1 :         ::testing::internal::CaptureStdout();
-     103           1 :         output.process(&c);
-     104           1 :         std::string captured = testing::internal::GetCapturedStdout();
-     105             : 
-     106           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")),
-     107             :                   "#\tSN\tID\tE\tSN0\tID0\tE0\tSN1\ttag");
-     108           1 : }
-     109             : 
-     110           1 : TEST(TextOutput, printProperty) {
-     111           1 :         Candidate c;
-     112           1 :         TextOutput output(Output::Event1D);
-     113           1 :         output.disableAll();
-     114           2 :         output.enableProperty("foo", 2.0, "Bar");
-     115             : 
-     116           1 :         ::testing::internal::CaptureStdout();
-     117           1 :         output.process(&c);
-     118           1 :         std::string captured = testing::internal::GetCapturedStdout();
-     119             : 
-     120             :         // name in first line of header
-     121           2 :         EXPECT_EQ(captured.substr(0, captured.find("\n")), "#\tfoo");
-     122           1 : }
-     123             : 
-     124           1 : TEST(TextOutput, printHeader_Version) {
-     125           1 :         Candidate c;
-     126           1 :         TextOutput output(Output::Event1D);
-     127             : 
-     128           1 :         ::testing::internal::CaptureStdout();
-     129           1 :         output.process(&c);
-     130           1 :         std::string captured = testing::internal::GetCapturedStdout();
-     131             : 
-     132             :         // length of the prefix is 19 chars
-     133           1 :         size_t version_pos = captured.find("# CRPropa version: ") + 19;
-     134             : 
-     135           2 :         EXPECT_EQ(captured.substr(version_pos,
-     136             :                                   captured.find("\n", version_pos) - version_pos),
-     137             :                   g_GIT_DESC);
-     138           1 : }
-     139             : 
-     140             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
-     141           1 : TEST(TextOutput, failOnIllegalOutputFile) {
-     142           2 :         EXPECT_THROW(
-     143             :             TextOutput output("THIS_FOLDER_MUST_NOT_EXISTS_12345+/FILE.txt"),
-     144             :             std::runtime_error);
-     145           1 : }
-     146             : #endif
-     147             : 
-     148             : #ifdef CRPROPA_HAVE_HDF5
-     149             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
-     150           1 : TEST(HDF5Output, failOnIllegalOutputFile) {
-     151           1 :         HDF5Output out;
-     152             :         // disable default error output of HDF5
-     153           1 :         H5Eset_auto2(H5E_DEFAULT, NULL, NULL);
-     154           2 :         EXPECT_THROW(out.open("THIS_FOLDER_MUST_NOT_EXISTS_12345+/FILE.h5"),
-     155             :                      std::runtime_error);
-     156           1 : }
-     157             : #endif
-     158             : #endif
-     159             : 
-     160             : //-- ParticleCollector
-     161           2 : TEST(ParticleCollector, size) {
-     162           2 :         ref_ptr<Candidate> c = new Candidate();
-     163           1 :         ParticleCollector output;
-     164             : 
-     165           6 :         for (int it = 0; it < 5; ++it, output.process(c))
-     166             :                 ;
-     167             : 
-     168           1 :         EXPECT_EQ(output.size(), 5);
-     169           2 : }
-     170             : 
-     171           1 : TEST(ParticleCollector, fetchItem) {
-     172           2 :         ref_ptr<Candidate> c = new Candidate(nucleusId(1, 1), 1 * EeV);
-     173           1 :         ParticleCollector output;
-     174             : 
-     175           1 :         output.process(c);
-     176             : 
-     177           2 :         EXPECT_EQ(output[0], c);
-     178           2 : }
-     179             : 
-     180           1 : TEST(ParticleCollector, reprocess) {
-     181           2 :         ref_ptr<Candidate> c = new Candidate(nucleusId(1, 1), 1 * EeV);
-     182           1 :         ParticleCollector collector;
-     183           1 :         ParticleCollector output;
-     184             : 
-     185           1 :         collector.process(c);
-     186           1 :         collector.reprocess(&output);
-     187             : 
-     188           2 :         EXPECT_EQ(output[0], c);
-     189           2 : }
-     190             : 
-     191           1 : TEST(ParticleCollector, dumpload) {
-     192           2 :         ref_ptr<Candidate> c = new Candidate(nucleusId(1, 1), 1.234 * EeV);
-     193           1 :         c->current.setPosition(Vector3d(1, 2, 3));
-     194           1 :         c->current.setDirection(Vector3d(-1, -1, -1));
-     195           1 :         c->setTrajectoryLength(1 * Mpc);
-     196           1 :         c->setRedshift(2);
-     197             : 
-     198           1 :         ParticleCollector input;
-     199           1 :         ParticleCollector output;
-     200             : 
-     201          12 :         for (int i = 0; i <= 10; ++i) {
-     202          22 :                 input.process(c);
-     203             :         }
-     204             : 
-     205             :         // Well, it would be nicer if we don't need to receate any file
-     206           1 :         input.dump("ParticleCollector_DumpTest.txt");
-     207           1 :         output.load("ParticleCollector_DumpTest.txt");
-     208             : 
-     209           1 :         EXPECT_EQ(input.size(), output.size());
-     210           2 :         EXPECT_EQ(output[0]->current.getEnergy(), c->current.getEnergy());
-     211           2 :         EXPECT_EQ(output[1]->getTrajectoryLength(), c->getTrajectoryLength());
-     212           2 :         EXPECT_EQ(output[2]->current.getId(), c->current.getId());
-     213           2 :         EXPECT_EQ(output[3]->getRedshift(), c->getRedshift());
-     214           2 : }
-     215             : 
-     216             : // Just test if the trajectory is on a line for rectilinear propagation
-     217           1 : TEST(ParticleCollector, getTrajectory) {
-     218             :         int pos_x[10];
-     219           1 :         int pos_x_expected[] = {9, 8, 7, 6, 5, 4, 3, 2, 1, 0};
-     220             : 
-     221           1 :         ParticleState p;
-     222           1 :         p.setPosition(Vector3d(10, 0, 0));
-     223           1 :         p.setDirection(Vector3d(-1, 0, 0));
-     224           1 :         ref_ptr<Candidate> c = new Candidate(p);
-     225             : 
-     226           1 :         ref_ptr<ParticleCollector> output = new ParticleCollector();
-     227           1 :         ref_ptr<ParticleCollector> trajectory = new ParticleCollector();
-     228           1 :         trajectory->setClone(true);
-     229             : 
-     230           1 :         ref_ptr<ModuleList> sim = new ModuleList();
-     231           1 :         sim->add(new SimplePropagation(1, 1));
-     232             : 
-     233           1 :         ref_ptr<Observer> obs = new Observer();
-     234           1 :         obs->add(new Observer1D());
-     235           1 :         obs->onDetection(output);
-     236           1 :         sim->add(obs);
-     237             : 
-     238           2 :         sim->run(c);
-     239             : 
-     240           2 :         output->getTrajectory(sim, 0, trajectory);
-     241             : 
-     242             :         Vector3d pos;
-     243             :         int i = 0;
-     244             : 
-     245           1 :         for (ParticleCollector::iterator itr = trajectory->begin();
-     246          11 :              itr != trajectory->end(); ++itr) {
-     247          10 :                 pos = (*(itr->get())).current.getPosition();
-     248          10 :                 pos_x[i] = pos.getX();
-     249          10 :                 ++i;
-     250             :         }
-     251             : 
-     252           1 :         EXPECT_TRUE(ArraysMatch(pos_x_expected, pos_x));
-     253           1 : }
-     254             : 
-     255           1 : TEST(ParticleCollector, runModuleList) {
-     256           1 :         ModuleList modules;
-     257           2 :         modules.add(new SimplePropagation());
-     258           1 :         modules.add(new MaximumTrajectoryLength(1 * Mpc));
-     259             : 
-     260           1 :         ParticleState p;
-     261           1 :         p.setPosition(Vector3d(10, 0, 0));
-     262           1 :         p.setDirection(Vector3d(-1, 0, 0));
-     263           1 :         ref_ptr<Candidate> c = new Candidate(p);
-     264             : 
-     265           1 :         ref_ptr<ParticleCollector> collector = new ParticleCollector();
-     266             : 
-     267           1 :         collector->process(c);
-     268             : 
-     269           1 :         modules.setShowProgress(false);
-     270           1 :         auto candidates = collector->getContainer();
-     271           1 :         modules.run(&candidates);
-     272           2 : }
-     273             : 
-     274           0 : int main(int argc, char **argv) {
-     275           0 :         ::testing::InitGoogleTest(&argc, argv);
-     276           0 :         return RUN_ALL_TESTS();
-     277             : }
-     278             : 
-     279             : } // namespace crpropa
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Current view:top level - test - testPropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:33734099.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
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Function Name Sort by function nameHit count Sort by hit count
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_ZN7crpropa29testPropagationCK_proton_Test8TestBodyEv1
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_ZN7crpropa33testPropagationCK_reduceStep_Test8TestBodyEv1
_ZN7crpropa34testPropagationBP_constructor_Test8TestBodyEv1
_ZN7crpropa34testPropagationCK_constructor_Test8TestBodyEv1
_ZN7crpropa35testPropagationBP_increaseStep_Test8TestBodyEv1
_ZN7crpropa35testPropagationCK_increaseStep_Test8TestBodyEv1
_ZN7crpropa44testPropagationBP_fixedStepOptimization_Test8TestBodyEv1
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LCOV - code coverage report
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Current view:top level - test - testPropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:33734099.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
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Function Name Sort by function nameHit count Sort by hit count
_ZN7crpropa29testPropagationBP_proton_Test8TestBodyEv1
_ZN7crpropa29testPropagationCK_proton_Test8TestBodyEv1
_ZN7crpropa30testPropagationBP_neutron_Test8TestBodyEv1
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_ZN7crpropa44testPropagationBP_fixedStepOptimization_Test8TestBodyEv1
_ZN7crpropa4mainEiPPc0
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Generated by: LCOV version 1.14
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LCOV - code coverage report
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Current view:top level - test - testPropagation.cpp (source / functions)HitTotalCoverage
Test:coverage.info.cleanedLines:33734099.1 %
Date:2024-04-08 14:58:22Functions:181994.7 %
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          Line data    Source code
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-       1             : #include "crpropa/Candidate.h"
-       2             : #include "crpropa/ParticleID.h"
-       3             : #include "crpropa/module/SimplePropagation.h"
-       4             : #include "crpropa/module/PropagationBP.h"
-       5             : #include "crpropa/module/PropagationCK.h"
-       6             : #include "crpropa/magneticField/turbulentField/PlaneWaveTurbulence.h"
-       7             : 
-       8             : #include "gtest/gtest.h"
-       9             : 
-      10             : #include <string>
-      11             : #include <iostream>
-      12             : 
-      13             : namespace crpropa {
-      14             : 
-      15           1 : TEST(testSimplePropagation, step) {
-      16           1 :         double minStep = 20;
-      17           1 :         double maxStep = 100;
-      18           1 :         SimplePropagation propa(minStep, maxStep);
-      19             : 
-      20           1 :         ParticleState p;
-      21           1 :         p.setPosition(Vector3d(0, 0, 0));
-      22           1 :         p.setDirection(Vector3d(0, 1, 0));
-      23             : 
-      24           1 :         Candidate c(p);
-      25           1 :         c.setNextStep(10);
-      26             : 
-      27           1 :         propa.process(&c);
-      28             : 
-      29           1 :         EXPECT_EQ(minStep, c.getCurrentStep());
-      30           1 :         EXPECT_EQ(maxStep, c.getNextStep());
-      31           2 :         EXPECT_EQ(Vector3d(0,  0, 0), c.created.getPosition());
-      32           2 :         EXPECT_EQ(Vector3d(0,  1, 0), c.created.getDirection());
-      33           2 :         EXPECT_EQ(Vector3d(0,  0, 0), c.previous.getPosition());
-      34           2 :         EXPECT_EQ(Vector3d(0,  1, 0), c.previous.getDirection());
-      35           2 :         EXPECT_EQ(Vector3d(0, 20, 0), c.current.getPosition());
-      36           2 :         EXPECT_EQ(Vector3d(0,  1, 0), c.current.getDirection());
-      37           2 : }
-      38             : 
-      39             : 
-      40           1 : TEST(testPropagationCK, zeroField) {
-      41           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 0)));
-      42             : 
-      43             :         double minStep = 0.1 * kpc;
-      44           1 :         propa.setMinimumStep(minStep);
-      45             : 
-      46           1 :         ParticleState p;
-      47           1 :         p.setId(nucleusId(1, 1));
-      48           1 :         p.setEnergy(100 * EeV);
-      49           1 :         p.setPosition(Vector3d(0, 0, 0));
-      50           1 :         p.setDirection(Vector3d(0, 1, 0));
-      51           1 :         Candidate c(p);
-      52           1 :         c.setNextStep(0);
-      53             : 
-      54           1 :         propa.process(&c);
-      55             : 
-      56           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step
-      57           1 :         EXPECT_DOUBLE_EQ(5 * minStep, c.getNextStep());  // acceleration by factor 5
-      58           1 : }
-      59             : 
-      60             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
-      61           1 : TEST(testPropagationCK, exceptions) {
-      62             :         // minStep should be smaller than maxStep
-      63           2 :         EXPECT_THROW(PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 0.42, 10 , 0), std::runtime_error);
-      64             :         // Too large tolerance: tolerance should be between 0 and 1
-      65           2 :         EXPECT_THROW(PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 42., 10 * kpc , 20 * kpc), std::runtime_error);
-      66             : 
-      67           2 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-      68             : 
-      69             :         // set maximum step, so that it can be tested what happens if a larger minStep is set.
-      70           1 :         propa.setMaximumStep(1 * Mpc);
-      71             : 
-      72             :         // this tests _that_ the expected exception is thrown
-      73           1 :         EXPECT_THROW(propa.setTolerance(2.), std::runtime_error);
-      74           1 :         EXPECT_THROW(propa.setMinimumStep(-1.), std::runtime_error);
-      75           1 :         EXPECT_THROW(propa.setMinimumStep(2 * Mpc), std::runtime_error);
-      76             : 
-      77             :         // set minimum step, so that it can be tested what happens if a smaller maxStep is set.
-      78           1 :         propa.setMinimumStep(0.5 * Mpc);
-      79             : 
-      80           1 :         EXPECT_THROW(propa.setMaximumStep(0.1 * Mpc), std::runtime_error);
-      81           1 : }
-      82             : #endif
-      83             : 
-      84           1 : TEST(testPropagationCK, constructor) {
-      85             :         // Test construction and parameters
-      86           1 :         ref_ptr<MagneticField> bField = new UniformMagneticField(Vector3d(0, 0, 1 * nG));
-      87             : 
-      88           1 :         double minStep = 1.;
-      89           1 :         double maxStep = 100.;
-      90           1 :         double tolerance = 0.01;
-      91             : 
-      92           1 :         PropagationCK propa(bField, tolerance, minStep, maxStep);
-      93             : 
-      94           1 :         EXPECT_EQ(minStep, propa.getMinimumStep());
-      95           1 :         EXPECT_EQ(maxStep, propa.getMaximumStep());
-      96           1 :         EXPECT_EQ(tolerance, propa.getTolerance());
-      97           2 :         EXPECT_EQ(bField, propa.getField());
-      98             : 
-      99             :         // Update parameters
-     100           1 :         minStep = 10.;
-     101           1 :         maxStep = 10.;
-     102           1 :         propa.setTolerance(0.0001);
-     103           1 :         bField = new UniformMagneticField(Vector3d(10 * nG, 0, 1 * nG));
-     104             : 
-     105           1 :         propa.setTolerance(tolerance);
-     106           1 :         propa.setMinimumStep(minStep);
-     107           1 :         propa.setMaximumStep(maxStep);
-     108           1 :         propa.setField(bField);
-     109             : 
-     110           1 :         EXPECT_EQ(minStep, propa.getMinimumStep());
-     111           1 :         EXPECT_EQ(maxStep, propa.getMaximumStep());
-     112           1 :         EXPECT_EQ(tolerance, propa.getTolerance());
-     113           2 :         EXPECT_EQ(bField, propa.getField());
-     114             : 
-     115             :         // The propagation should be initialized with the default constructor
-     116           2 :         PropagationCK propaCKField(bField);
-     117           1 :         EXPECT_EQ(propaCKField.getMaximumStep(), 1 * Gpc);
-     118           2 : }
-     119             : 
-     120             : 
-     121             : // Test if the step size is reduced correctly if the error is too large with respect to the tolerance: r > 1
-     122           1 : TEST(testPropagationCK, reduceStep) {
-     123           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 100 * nG)));
-     124             : 
-     125             :         double minStep = 0.1 * kpc;
-     126             :         double maxStep = 1 * Gpc;
-     127           1 :         propa.setMinimumStep(minStep);
-     128           1 :         propa.setMaximumStep(maxStep);
-     129             :         // small tolerance leads to large values of r
-     130           1 :         propa.setTolerance(1e-15);
-     131             : 
-     132           1 :         ParticleState p;
-     133           1 :         p.setId(nucleusId(1, 1));
-     134           1 :         p.setEnergy(100 * TeV);
-     135           1 :         p.setPosition(Vector3d(0, 0, 0));
-     136           1 :         p.setDirection(Vector3d(0, 1, 0));
-     137           1 :         Candidate c(p);
-     138             :         // large step leads to large errors and thus in combination with the low tolerance to high values of r
-     139           1 :         c.setNextStep(maxStep);
-     140             : 
-     141           1 :         propa.process(&c);
-     142             : 
-     143             :         // adaptive algorithm should propagate particle with minimum step size due to the low value for the tolerance
-     144           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step because of large r due to small tolerance
-     145           1 :         EXPECT_DOUBLE_EQ(minStep, c.getNextStep());  // stay at minimum step because of large r due to small tolerance
-     146           1 : }
-     147             : 
-     148             : 
-     149             : // Test if the step size is increased correctly if the error is small with respect to the tolerance: r < 1
-     150           1 : TEST(testPropagationCK, increaseStep) {
-     151           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-     152             : 
-     153             :         double minStep = 0.001 * pc;
-     154             :         double maxStep = 3.125 * pc;
-     155           1 :         propa.setMinimumStep(minStep);
-     156           1 :         propa.setMaximumStep(maxStep);
-     157             :         // large tolerance leads to small values of r. Consequently, the step size can be increased.
-     158           1 :         propa.setTolerance(0.9);
-     159             : 
-     160           1 :         ParticleState p;
-     161           1 :         p.setId(nucleusId(1, 1));
-     162           1 :         p.setEnergy(100 * EeV);
-     163           1 :         p.setPosition(Vector3d(0, 0, 0));
-     164           1 :         p.setDirection(Vector3d(0, 1, 0));
-     165           1 :         Candidate c(p);
-     166             : 
-     167             :         // each step the step size can be increased by a factor of 5.
-     168           6 :         for (int i = 1; i < 6; i++){
-     169           5 :                 propa.process(&c);
-     170           5 :                 EXPECT_DOUBLE_EQ(minStep*pow(5, i) / pc, c.getNextStep()/pc);
-     171             :         }
-     172             :         // after 5 steps the maxStep is reached. The current step is, however, less.
-     173           1 :         EXPECT_DOUBLE_EQ(maxStep/pc/5., c.getCurrentStep()/pc);
-     174           1 :         EXPECT_DOUBLE_EQ(maxStep/pc, c.getNextStep()/pc);
-     175           1 : }
-     176             : 
-     177             : 
-     178           1 : TEST(testPropagationCK, proton) {
-     179           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-     180             : 
-     181             :         double minStep = 0.1 * kpc;
-     182           1 :         propa.setMinimumStep(minStep);
-     183             : 
-     184           1 :         ParticleState p;
-     185           1 :         p.setId(nucleusId(1, 1));
-     186           1 :         p.setEnergy(100 * EeV);
-     187           1 :         p.setPosition(Vector3d(0, 0, 0));
-     188           1 :         p.setDirection(Vector3d(0, 1, 0));
-     189           1 :         Candidate c(p);
-     190           1 :         c.setNextStep(0);
-     191             : 
-     192           1 :         propa.process(&c);
-     193             : 
-     194           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step
-     195           1 :         EXPECT_DOUBLE_EQ(5 * minStep, c.getNextStep());  // acceleration by factor 5
-     196           1 : }
-     197             : 
-     198             : 
-     199             : // Test the numerical results for parallel magnetic field lines along the z-axis
-     200           1 : TEST(testPropagationCK, gyration) {
-     201           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-     202             : 
-     203             :         double step = 10. * Mpc;  // gyroradius is 108.1 Mpc
-     204           1 :         propa.setMaximumStep(step);
-     205           1 :         propa.setMinimumStep(step);
-     206             : 
-     207             : 
-     208           1 :         ParticleState p;
-     209           1 :         p.setId(nucleusId(1, 1));
-     210           1 :         p.setEnergy(100 * EeV);
-     211           1 :         p.setPosition(Vector3d(0, 0, 0));
-     212           1 :         p.setDirection(Vector3d(1, 1, 1));
-     213           1 :         Candidate c(p);
-     214           1 :         c.setNextStep(0);
-     215           1 :         propa.process(&c);
-     216             : 
-     217           1 :         double dirX = c.current.getDirection().x;
-     218           1 :         double dirY = c.current.getDirection().y;
-     219           1 :         double dirZ = c.current.getDirection().z;
-     220           1 :         double posZ = c.current.getPosition().z;
-     221             : 
-     222             :         // Test if the analytical solution is achieved for the components of the momentum with the CK method as expected in
-     223             :         // the background magnetic field.
-     224             :         double precision = 1e-7;
-     225             :         double expected = 2 / 3.;
-     226           1 :         EXPECT_NEAR(expected, dirX * dirX + dirY * dirY, expected * precision);  // constant momentum in the plane perpendicular to background magnetic field field
-     227             :         expected = 1 / 3.;
-     228           1 :         EXPECT_NEAR(expected, dirZ * dirZ, expected * precision);  // constant momentum parallel to the background magnetic field
-     229             :         expected = step * step / 3.;
-     230           1 :         EXPECT_NEAR(expected, posZ * posZ, expected * precision);  // constant velocity parallel to the background magnetic field
-     231             : 
-     232             :         // Nine new steps to have finally propagated the particle ten times
-     233          10 :         for (int i = 0; i < 9; i++){
-     234           9 :                 propa.process(&c);
-     235             :         }
-     236             : 
-     237           1 :         dirX = c.current.getDirection().x;
-     238           1 :         dirY = c.current.getDirection().y;
-     239           1 :         dirZ = c.current.getDirection().z;
-     240           1 :         posZ = c.current.getPosition().z;
-     241             : 
-     242             :         // Compare the numerical solutions after ten steps with the analytical solution of the trajectories
-     243             :         expected = 2 / 3.;
-     244           1 :         EXPECT_NEAR(expected, dirX * dirX + dirY * dirY, expected * precision);  // constant momentum in the plane perpendicular to background magnetic field field
-     245             :         expected = 1 / 3.;
-     246           1 :         EXPECT_NEAR(expected, dirZ * dirZ, expected * precision);  // constant momentum parallel to the background magnetic field
-     247             :         expected = 100 * step * step / 3.;
-     248           1 :         EXPECT_NEAR(expected, posZ * posZ, expected * precision);  // constant velocity parallel to the background magnetic field
-     249           1 : }
-     250             : 
-     251             : 
-     252           1 : TEST(testPropagationCK, neutron) {
-     253           1 :         PropagationCK propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-     254           1 :         propa.setMinimumStep(1 * kpc);
-     255           1 :         propa.setMaximumStep(42 * Mpc);
-     256             : 
-     257           1 :         ParticleState p;
-     258           1 :         p.setId(nucleusId(1, 0));
-     259           1 :         p.setEnergy(100 * EeV);
-     260           1 :         p.setPosition(Vector3d(0, 0, 0));
-     261           1 :         p.setDirection(Vector3d(0, 1, 0));
-     262           1 :         Candidate c(p);
-     263             : 
-     264           1 :         propa.process(&c);
-     265             : 
-     266           1 :         EXPECT_DOUBLE_EQ(1 * kpc, c.getCurrentStep());
-     267           1 :         EXPECT_DOUBLE_EQ(42 * Mpc, c.getNextStep());
-     268           2 :         EXPECT_EQ(Vector3d(0, 1 * kpc, 0), c.current.getPosition());
-     269           2 :         EXPECT_EQ(Vector3d(0, 1, 0), c.current.getDirection());
-     270           1 : }
-     271             : 
-     272             : 
-     273           1 : TEST(testPropagationBP, zeroField) {
-     274           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 0)), 1 * kpc);
-     275             : 
-     276             :         double minStep = 0.1 * kpc;
-     277           1 :         propa.setMinimumStep(minStep);
-     278           1 :         propa.setTolerance(0.42);
-     279             : 
-     280           1 :         ParticleState p;
-     281           1 :         p.setId(nucleusId(1, 1));
-     282           1 :         p.setEnergy(100 * EeV);
-     283           1 :         p.setPosition(Vector3d(0, 0, 0));
-     284           1 :         p.setDirection(Vector3d(0, 1, 0));
-     285           1 :         Candidate c(p);
-     286           1 :         c.setNextStep(0);
-     287             : 
-     288           1 :         propa.process(&c);
-     289             : 
-     290           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step
-     291           1 :         EXPECT_DOUBLE_EQ(5 * minStep, c.getNextStep());  // acceleration by factor 5
-     292           1 : }
-     293             : 
-     294             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
-     295           1 : TEST(testPropagationBP, exceptions) {
-     296             :         // minStep should be smaller than maxStep
-     297           2 :         EXPECT_THROW(PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 0.42, 10 , 0), std::runtime_error);
-     298             :         // Too large tolerance: tolerance should be between 0 and 1
-     299           2 :         EXPECT_THROW(PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 42., 10 * kpc , 20 * kpc), std::runtime_error);
-     300             : 
-     301           2 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-     302             : 
-     303             :         // set maximum step, so that it can be tested what happens if a larger minStep is set.
-     304           1 :         propa.setMaximumStep(1 * Mpc);
-     305             : 
-     306             :         // this tests _that_ the expected exception is thrown
-     307           1 :         EXPECT_THROW(propa.setTolerance(2.), std::runtime_error);
-     308           1 :         EXPECT_THROW(propa.setMinimumStep(-1.), std::runtime_error);
-     309           1 :         EXPECT_THROW(propa.setMinimumStep(2 * Mpc), std::runtime_error);
-     310             : 
-     311             :         // set minimum step, so that it can be tested what happens if a smaller maxStep is set.
-     312           1 :         propa.setMinimumStep(0.5 * Mpc);
-     313             : 
-     314           1 :         EXPECT_THROW(propa.setMaximumStep(0.1 * Mpc), std::runtime_error);
-     315           1 : }
-     316             : #endif
-     317             : 
-     318             : 
-     319           1 : TEST(testPropagationBP, constructor) {
-     320             :         // Test construction and parameters
-     321           1 :         ref_ptr<MagneticField> bField = new UniformMagneticField(Vector3d(0, 0, 1 * nG));
-     322             : 
-     323           1 :         double minStep = 1.;
-     324           1 :         double maxStep = 100.;
-     325           1 :         double tolerance = 0.01;
-     326             : 
-     327           1 :         PropagationBP propa(bField, tolerance, minStep, maxStep);
-     328             : 
-     329           1 :         EXPECT_EQ(minStep, propa.getMinimumStep());
-     330           1 :         EXPECT_EQ(maxStep, propa.getMaximumStep());
-     331           1 :         EXPECT_EQ(tolerance, propa.getTolerance());
-     332           2 :         EXPECT_EQ(bField, propa.getField());
-     333             : 
-     334             :         // Update parameters
-     335           1 :         minStep = 10.;
-     336           1 :         maxStep = 10.;
-     337           1 :         propa.setTolerance(0.0001);
-     338           1 :         bField = new UniformMagneticField(Vector3d(10 * nG, 0, 1 * nG));
-     339             : 
-     340           1 :         propa.setTolerance(tolerance);
-     341           1 :         propa.setMinimumStep(minStep);
-     342           1 :         propa.setMaximumStep(maxStep);
-     343           1 :         propa.setField(bField);
-     344             : 
-     345           1 :         EXPECT_EQ(minStep, propa.getMinimumStep());
-     346           1 :         EXPECT_EQ(maxStep, propa.getMaximumStep());
-     347           1 :         EXPECT_EQ(tolerance, propa.getTolerance());
-     348           2 :         EXPECT_EQ(bField, propa.getField());
-     349             : 
-     350             :         // Test the fixed step size version of the Boris push
-     351           1 :         minStep = 10. * kpc;
-     352           2 :         PropagationBP propaBP(bField, minStep);
-     353           1 :         EXPECT_EQ(propaBP.getMaximumStep(), propaBP.getMaximumStep());
-     354             : 
-     355             :         // The propagation should be initialized with the default constructor
-     356           2 :         PropagationBP propaBPField(bField);
-     357           1 :         EXPECT_EQ(propaBPField.getMaximumStep(), 1 * kpc);
-     358           2 : }
-     359             : 
-     360             : 
-     361             : // Test if the step size is reduced correctly if the error is too large with respect to the tolerance: r > 1
-     362           1 : TEST(testPropagationBP, reduceStep) {
-     363           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 100 * nG)), 1 * kpc);
-     364             : 
-     365             :         double minStep = 0.1 * kpc;
-     366             :         double maxStep = 1 * Gpc;
-     367           1 :         propa.setMinimumStep(minStep);
-     368           1 :         propa.setMaximumStep(maxStep);
-     369             :         // small tolerance leads to large values of r
-     370           1 :         propa.setTolerance(1e-15);
-     371             : 
-     372           1 :         ParticleState p;
-     373           1 :         p.setId(nucleusId(1, 1));
-     374           1 :         p.setEnergy(100 * TeV);
-     375           1 :         p.setPosition(Vector3d(0, 0, 0));
-     376           1 :         p.setDirection(Vector3d(0, 1, 0));
-     377           1 :         Candidate c(p);
-     378             :         // large step leads to large errors and thus in combination with the low tolerance to high values of r
-     379           1 :         c.setNextStep(maxStep);
-     380             : 
-     381           1 :         propa.process(&c);
-     382             : 
-     383             :         // adaptive algorithm should propagate particle with minimum step size due to the low value for the tolerance
-     384           1 :         EXPECT_DOUBLE_EQ(minStep, c.getCurrentStep());  // perform minimum step because of large r due to small tolerance
-     385           1 :         EXPECT_DOUBLE_EQ(minStep, c.getNextStep());  // stay at minimum step because of large r due to small tolerance
-     386           1 : }
-     387             : 
-     388             : 
-     389             : // Test if the step size is increased correctly if the error is small with respect to the tolerance: r < 1
-     390           1 : TEST(testPropagationBP, increaseStep) {
-     391           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)), 1 * kpc);
-     392             : 
-     393             :         double minStep = 0.001 * pc;
-     394             :         double maxStep = 3.125 * pc;
-     395           1 :         propa.setMinimumStep(minStep);
-     396           1 :         propa.setMaximumStep(maxStep);
-     397             :         // large tolerance leads to small values of r. Consequently, the step size can be increased.
-     398           1 :         propa.setTolerance(0.9);
-     399             : 
-     400           1 :         ParticleState p;
-     401           1 :         p.setId(nucleusId(1, 1));
-     402           1 :         p.setEnergy(100 * EeV);
-     403           1 :         p.setPosition(Vector3d(0, 0, 0));
-     404           1 :         p.setDirection(Vector3d(0, 1, 0));
-     405           1 :         Candidate c(p);
-     406             : 
-     407             :         // each step the step size can be increased by a factor of 5.
-     408           6 :         for (int i = 1; i < 6; i++){
-     409           5 :                 propa.process(&c);
-     410           5 :                 EXPECT_DOUBLE_EQ(minStep*pow(5, i) / pc, c.getNextStep()/pc);
-     411             :         }
-     412             :         // after 5 steps the maxStep is reached. The current step is, however, less.
-     413           1 :         EXPECT_DOUBLE_EQ(maxStep/pc/5., c.getCurrentStep()/pc);
-     414           1 :         EXPECT_DOUBLE_EQ(maxStep/pc, c.getNextStep()/pc);
-     415           1 : }
-     416             : 
-     417             : 
-     418           1 : TEST(testPropagationBP, proton) {
-     419           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-     420             : 
-     421             :         double step = 0.01 * kpc;
-     422           1 :         propa.setMinimumStep(step);
-     423           1 :         propa.setMaximumStep(10*step);
-     424           1 :         propa.setTolerance(0.00001);
-     425             : 
-     426           1 :         ParticleState p;
-     427           1 :         p.setId(nucleusId(1, 1));
-     428           1 :         p.setEnergy(100 * EeV);
-     429           1 :         p.setPosition(Vector3d(0, 0, 0));
-     430           1 :         p.setDirection(Vector3d(0, 1, 0));
-     431           1 :         Candidate c(p);
-     432           1 :         c.setNextStep(0);
-     433             : 
-     434           1 :         propa.process(&c);
-     435             : 
-     436           1 :         EXPECT_DOUBLE_EQ(step, c.getCurrentStep());  // perform step
-     437           1 :         EXPECT_DOUBLE_EQ(5 * step, c.getNextStep());  // acceleration by factor 5
-     438           1 : }
-     439             : 
-     440             : 
-     441             : // Test the numerical results for parallel magnetic field lines along the z-axis
-     442           1 : TEST(testPropagationBP, gyration) {
-     443           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-     444             : 
-     445             :         double step = 10. * Mpc;  // gyroradius is 108.1 Mpc
-     446           1 :         propa.setMaximumStep(step);
-     447           1 :         propa.setMinimumStep(step);
-     448             : 
-     449             : 
-     450           1 :         ParticleState p;
-     451           1 :         p.setId(nucleusId(1, 1));
-     452           1 :         p.setEnergy(100 * EeV);
-     453           1 :         p.setPosition(Vector3d(0, 0, 0));
-     454           1 :         p.setDirection(Vector3d(1, 1, 1));
-     455           1 :         Candidate c(p);
-     456           1 :         c.setNextStep(0);
-     457           1 :         propa.process(&c);
-     458             : 
-     459           1 :         double dirX = c.current.getDirection().x;
-     460           1 :         double dirY = c.current.getDirection().y;
-     461           1 :         double dirZ = c.current.getDirection().z;
-     462           1 :         double posZ = c.current.getPosition().z;
-     463             : 
-     464             :         // Test if the analytical solution is achieved for the components of the momentum with the Boris push as expected in
-     465             :         // the background magnetic field.
-     466           1 :         EXPECT_DOUBLE_EQ(2 / 3., dirX * dirX + dirY * dirY);  // constant momentum in the perpendicular plane to background magnetic field field
-     467           1 :         EXPECT_DOUBLE_EQ(1 / 3., dirZ * dirZ);  // constant momentum parallel to the background magnetic field
-     468           1 :         EXPECT_DOUBLE_EQ( step * step / 3., posZ * posZ);  // constant velocity parallel to the background magnetic field
-     469             : 
-     470             :         // Nine new steps to have finally propagated the particle ten times
-     471          10 :         for (int i = 0; i < 9; i++){
-     472           9 :                 propa.process(&c);
-     473             :         }
-     474             : 
-     475           1 :         dirX = c.current.getDirection().x;
-     476           1 :         dirY = c.current.getDirection().y;
-     477           1 :         dirZ = c.current.getDirection().z;
-     478           1 :         posZ = c.current.getPosition().z;
-     479             : 
-     480             :         // Compare the numerical solutions after ten steps with the analytical solution of the trajectories
-     481           1 :         EXPECT_DOUBLE_EQ(2 / 3., dirX * dirX + dirY * dirY);  // constant momentum in the perpendicular plane to background magnetic field field
-     482           1 :         EXPECT_DOUBLE_EQ(1 / 3., dirZ * dirZ);  // constant momentum parallel to the background magnetic field
-     483           1 :         EXPECT_DOUBLE_EQ(100 * step * step / 3., posZ * posZ);  // constant velocity parallel to the background magnetic field
-     484           1 : }
-     485             : 
-     486             : 
-     487             : // Test the that the optimization for fixed step sizes works
-     488           1 : TEST(testPropagationBP, fixedStepOptimization) {
-     489             :         // particle 1 with fixed step sizes
-     490             :         double fixed_step = pc;
-     491           2 :         PropagationBP propa1(new PlaneWaveTurbulence(TurbulenceSpectrum(gauss, pc, 100*pc), 10, 1), fixed_step);
-     492           1 :         ParticleState p1;
-     493           1 :         p1.setId(nucleusId(1, 1));
-     494           1 :         p1.setEnergy(100 * EeV);
-     495           1 :         p1.setPosition(Vector3d(0, 0, 0));
-     496           1 :         p1.setDirection(Vector3d(1, 1, 1));
-     497           1 :         Candidate c1(p1);
-     498           1 :         c1.setNextStep(0);
-     499             :         // Nine new steps to have finally propagated the particle ten times
-     500          10 :         for (int i = 0; i < 9; i++){
-     501           9 :                 propa1.process(&c1);
-     502             :         }
-     503             : 
-     504             :         // particle 2 with different min and max steps. The tolerance is chosen such that particle 2 will be
-     505             :         // propagated with the same step as particle 1, however not using the optimization for fixed step sizes
-     506             :         double tolerance = 1;
-     507           2 :         PropagationBP propa2(new PlaneWaveTurbulence(TurbulenceSpectrum(gauss, pc, 100*pc), 10, 1), tolerance, fixed_step, 1.1*fixed_step);
-     508           1 :         ParticleState p2;
-     509           1 :         p2.setId(nucleusId(1, 1));
-     510           1 :         p2.setEnergy(100 * EeV);
-     511           1 :         p2.setPosition(Vector3d(0, 0, 0));
-     512           1 :         p2.setDirection(Vector3d(1, 1, 1));
-     513           1 :         Candidate c2(p2);
-     514           1 :         c1.setNextStep(0);
-     515             :         // Nine new steps to have finally propagated the particle ten times
-     516          10 :         for (int i = 0; i < 9; i++){
-     517           9 :                 propa2.process(&c2);
-     518             :         }
-     519             : 
-     520           1 :         EXPECT_DOUBLE_EQ(c1.current.getDirection().x, c2.current.getDirection().x);
-     521           1 :         EXPECT_DOUBLE_EQ(c1.current.getDirection().y, c2.current.getDirection().y);
-     522           1 :         EXPECT_DOUBLE_EQ(c1.current.getDirection().z, c2.current.getDirection().z);
-     523           1 :         EXPECT_DOUBLE_EQ(c1.current.getPosition().x, c2.current.getPosition().x);
-     524           1 :         EXPECT_DOUBLE_EQ(c1.current.getPosition().y, c2.current.getPosition().y);
-     525           1 :         EXPECT_DOUBLE_EQ(c1.current.getPosition().z, c2.current.getPosition().z);
-     526           1 : }
-     527             : 
-     528             : 
-     529           1 : TEST(testPropagationBP, neutron) {
-     530           1 :         PropagationBP propa(new UniformMagneticField(Vector3d(0, 0, 1 * nG)));
-     531             : 
-     532           1 :         propa.setMinimumStep(1 * kpc);
-     533           1 :         propa.setMaximumStep(1 * kpc);
-     534             : 
-     535           1 :         ParticleState p;
-     536           1 :         p.setId(nucleusId(1, 0));
-     537           1 :         p.setEnergy(100 * EeV);
-     538           1 :         p.setPosition(Vector3d(0, 0, 0));
-     539           1 :         p.setDirection(Vector3d(0, 1, 0));
-     540           1 :         Candidate c(p);
-     541             : 
-     542           1 :         propa.process(&c);
-     543             : 
-     544           1 :         EXPECT_DOUBLE_EQ(1 * kpc, c.getCurrentStep());
-     545           1 :         EXPECT_DOUBLE_EQ(1 * kpc, c.getNextStep());
-     546           2 :         EXPECT_EQ(Vector3d(0, 1 * kpc, 0), c.current.getPosition());
-     547           2 :         EXPECT_EQ(Vector3d(0, 1, 0), c.current.getDirection());
-     548           1 : }
-     549             : 
-     550             : 
-     551           0 : int main(int argc, char **argv) {
-     552           0 :         ::testing::InitGoogleTest(&argc, argv);
-     553           0 :         return RUN_ALL_TESTS();
-     554             : }
-     555             : 
-     556             : } // namespace crpropa
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Current view:top level - test - testSource.cpp (source / functions)HitTotalCoverage
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          Line data    Source code
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-       1             : #include "crpropa/Source.h"
-       2             : #include "crpropa/Units.h"
-       3             : #include "crpropa/ParticleID.h"
-       4             : 
-       5             : #include "gtest/gtest.h"
-       6             : #include <stdexcept>
-       7             : 
-       8             : namespace crpropa {
-       9             : 
-      10           2 : TEST(SourcePosition, simpleTest) {
-      11             :         Vector3d position(1, 2, 3);
-      12           1 :         SourcePosition source(position);
-      13           1 :         ParticleState ps;
-      14           1 :         source.prepareParticle(ps);
-      15           2 :         EXPECT_EQ(position, ps.getPosition());
-      16           1 : }
-      17             : 
-      18           1 : TEST(SourceMultiplePositions, simpleTest) {
-      19           1 :         SourceMultiplePositions source;
-      20           1 :         source.add(Vector3d(1, 0, 0), 0.25);
-      21           1 :         source.add(Vector3d(2, 0, 0), 0.75);
-      22           1 :         ParticleState ps;
-      23             :         int n1 = 0;
-      24             :         int n2 = 0;
-      25       10001 :         for (int i = 0; i < 10000; i++) {
-      26       10000 :                 source.prepareParticle(ps);
-      27       10000 :                 if (ps.getPosition().x == 1)
-      28        2585 :                         n1++;
-      29        7415 :                 else if (ps.getPosition().x == 2)
-      30        7415 :                         n2++;
-      31             :         }
-      32           1 :         EXPECT_NEAR(n1, 2500, 5 * sqrt(2500));
-      33           1 :         EXPECT_NEAR(n2, 7500, 5 * sqrt(7500));
-      34           1 : }
-      35             : 
-      36           2 : TEST(SourceUniformSphere, simpleTest) {
-      37             :         Vector3d center(0, 0, 0);
-      38           1 :         double radius = 110;
-      39           1 :         SourceUniformSphere source(center, radius);
-      40           1 :         ParticleState ps;
-      41           1 :         source.prepareParticle(ps);
-      42           1 :         double distance = ps.getPosition().getDistanceTo(center);
-      43           1 :         EXPECT_GE(radius, distance);
-      44           1 : }
-      45             : 
-      46           2 : TEST(SourceUniformHollowSphere, simpleTest) {
-      47             :         Vector3d center(0, 0, 0);
-      48           1 :         double radius_inner = 50;
-      49           1 :         double radius_outer = 110;
-      50             :         SourceUniformHollowSphere source(center,
-      51             :                         radius_inner,
-      52           1 :                         radius_outer);
-      53         101 :         for (int i=0; i < 100; ++i) {
-      54         100 :                 ParticleState ps;
-      55         100 :                 source.prepareParticle(ps);
-      56         100 :                 double distance = ps.getPosition().getDistanceTo(center);
-      57         100 :                 EXPECT_GE(radius_outer, distance);
-      58         100 :                 EXPECT_LE(radius_inner, distance);
-      59             :         }
-      60           1 : }
-      61             : 
-      62           2 : TEST(SourceUniformBox, simpleTest) {
-      63             :         Vector3d origin(-7, -2, 0);
-      64             :         Vector3d size(13, 55, 192);
-      65           1 :         SourceUniformBox box(origin, size);
-      66           1 :         ParticleState p;
-      67           1 :         box.prepareParticle(p);
-      68           1 :         Vector3d pos = p.getPosition();
-      69           1 :         EXPECT_LE(origin.x, pos.x);
-      70           1 :         EXPECT_LE(origin.y, pos.y);
-      71           1 :         EXPECT_LE(origin.z, pos.z);
-      72           1 :         EXPECT_GE(size.x, pos.x);
-      73           1 :         EXPECT_GE(size.y, pos.y);
-      74           1 :         EXPECT_GE(size.z, pos.z);
-      75           1 : }
-      76             : 
-      77           2 : TEST(SourceUniformCylinder, simpleTest) {
-      78             :         Vector3d center(0, 0, 0);
-      79             :         double radius = 15;
-      80             :         double height = 2;
-      81           1 :         SourceUniformCylinder cylinder(center, height, radius);
-      82           1 :         ParticleState ps;
-      83           1 :         cylinder.prepareParticle(ps);
-      84           1 :         Vector3d pos = ps.getPosition();
-      85           1 :         double R2 = pos.x*pos.x+pos.y*pos.y;
-      86           1 :         double H = pow(pos.z*pos.z, 0.5);
-      87           1 :         EXPECT_GE(radius*radius, R2);
-      88           1 :         EXPECT_GE(height/2., H);
-      89           1 : }
-      90             : 
-      91           1 : TEST(SourceSNRDistribution, simpleTest) {
-      92             :         double R_earth = 8.5*kpc;
-      93             :         double alpha = 2.0;
-      94             :         double beta = 3.53;
-      95             :         double Z_G = 0.3*kpc;
-      96           1 :         SourceSNRDistribution snr(R_earth,alpha, beta, Z_G);
-      97           1 :         ParticleState ps;
-      98           1 :         snr.prepareParticle(ps);
-      99           1 :         Vector3d pos = ps.getPosition();
-     100           1 :         double R2 = pos.x*pos.x+pos.y*pos.y;
-     101           1 :         EXPECT_GE(20*kpc*20*kpc, R2); // radius must be smaller than 20 kpc
-     102             :         
-     103             :         double R2_mean = 0.;
-     104             :         double Z_mean = 0.;
-     105      100001 :         for (size_t i=0; i<100000; i++) {
-     106      100000 :                 snr.prepareParticle(ps);
-     107      100000 :                 Vector3d pos = ps.getPosition();
-     108      100000 :                 R2_mean += pow(pos.x/kpc, 2.)+pow(pos.y/kpc, 2.);
-     109      100000 :                 Z_mean += pos.z/kpc;
-     110             :         }
-     111           1 :         R2_mean/=100000.;
-     112           1 :         Z_mean/=100000.;
-     113           1 :         EXPECT_NEAR(100.306, R2_mean, 1);
-     114           1 :         EXPECT_NEAR(0., Z_mean, 0.1);
-     115           1 : }
-     116             : 
-     117           2 : TEST(SourceDensityGrid, withInRange) {
-     118             :         // Create a grid with 10^3 cells ranging from (0, 0, 0) to (10, 10, 10)
-     119             :         Vector3d origin(0, 0, 0);
-     120             :         int cells = 10;
-     121             :         double spacing = 1;
-     122           1 :         auto grid = new Grid1f(origin, cells, spacing);
-     123          11 :         for (int ix = 0; ix < cells; ix++)
-     124         110 :                 for (int iy = 0; iy < cells; iy++)
-     125        1100 :                         for (int iz = 0; iz < cells; iz++)
-     126        1000 :                                 grid->get(ix, iy, iz) = ix * iy * iz;
-     127             : 
-     128           2 :         SourceDensityGrid source(grid);
-     129           1 :         ParticleState p;
-     130             : 
-     131           1 :         source.prepareParticle(p);
-     132           1 :         Vector3d pos = p.getPosition();
-     133             : 
-     134             :         // dialed positions should be within the volume (0, 0, 0) - (10, 10, 10)
-     135           1 :         EXPECT_LE(0, pos.x);
-     136           1 :         EXPECT_GE(10, pos.x);
-     137           1 :         EXPECT_LE(0, pos.y);
-     138           1 :         EXPECT_GE(10, pos.y);
-     139           1 :         EXPECT_LE(0, pos.z);
-     140           1 :         EXPECT_GE(10, pos.z);
-     141           1 : }
-     142             : 
-     143           2 : TEST(SourceDensityGrid, OneAllowedCell) {
-     144             :         // Create a grid with 2^3 cells ranging from (0, 0, 0) to (4, 4, 4)
-     145             :         Vector3d origin(0, 0, 0);
-     146             :         int cells = 2;
-     147             :         double spacing = 2;
-     148           1 :         auto grid = new Grid1f(origin, cells, spacing);
-     149             :         
-     150             :         // set all but one cells to 0
-     151           3 :         for (int ix = 0; ix < cells; ix++)
-     152           6 :                 for (int iy = 0; iy < cells; iy++)
-     153          12 :                         for (int iz = 0; iz < cells; iz++)
-     154           8 :                                 grid->get(ix, iy, iz) = 0;
-     155             : 
-     156             :         // set the first cell ((0, 0, 0) to (2, 2, 2))
-     157           1 :         grid->get(0, 0, 0) = 1;
-     158             : 
-     159           2 :         SourceDensityGrid source(grid);
-     160           1 :         ParticleState p;
-     161             : 
-     162           1 :         int nFalse = 0;
-     163             :         Vector3d mean(0, 0, 0);
-     164       10001 :         for (int i = 0; i < 10000; i++) {
-     165       10000 :                 source.prepareParticle(p);
-     166       10000 :                 Vector3d pos = p.getPosition();
-     167             :                 mean += pos;
-     168       10000 :                 if ((pos.x < 0) or (pos.x > 2) or (pos.y < 0) or (pos.y > 2)
-     169       10000 :                                 or (pos.z < 0) or (pos.z > 2))
-     170           0 :                         nFalse++;
-     171             :         }
-     172             : 
-     173             :         // only the first bin should get dialed
-     174           1 :         EXPECT_EQ(0, nFalse);
-     175             : 
-     176             :         // mean should be close to (1, 1, 1) if random positions are uniform in (0, 0, 0) - (2, 2, 2)
-     177             :         mean /= 10000;
-     178           1 :         EXPECT_NEAR(1, mean.x, 0.2);
-     179           1 :         EXPECT_NEAR(1, mean.y, 0.2);
-     180           1 :         EXPECT_NEAR(1, mean.z, 0.2);
-     181           1 : }
-     182             : 
-     183           2 : TEST(SourceDensityGrid1D, withInRange) {
-     184             :         // Create a grid with 10 cells ranging from 0 to 10
-     185             :         Vector3d origin(0, 0, 0);
-     186             :         int nCells = 10;
-     187             :         double spacing = 1.;
-     188           1 :         auto grid = new Grid1f(origin, nCells, 1, 1, spacing);
-     189             : 
-     190             :         // set some values
-     191          11 :         for (int i = 0; i < 10; i++) {
-     192          10 :                 grid->get(i, 0, 0) = 2;
-     193             :         }
-     194             : 
-     195           2 :         SourceDensityGrid1D source(grid);
-     196           1 :         ParticleState p;
-     197             : 
-     198           1 :         source.prepareParticle(p);
-     199           1 :         Vector3d pos = p.getPosition();
-     200             :         // dialed position should be within the range 0 - 10
-     201           1 :         EXPECT_LE(0, pos.x);
-     202           1 :         EXPECT_GE(10, pos.x);
-     203           1 : }
-     204             : 
-     205           2 : TEST(SourceDensityGrid1D, OneAllowedCell) {
-     206             :         // Test if the only allowed cells is repeatedly selected
-     207             :         Vector3d origin(0, 0, 0);
-     208             :         int nCells = 10;
-     209             :         double spacing = 1.;
-     210           1 :         auto grid = new Grid1f(origin, nCells, 1, 1, spacing);
-     211             : 
-     212             :         // set some values
-     213          11 :         for (int i = 0; i < 10; i++) {
-     214          10 :                 grid->get(i, 0, 0) = 0;
-     215             :         }
-     216           1 :         grid->get(5, 0, 0) = 1;
-     217             : 
-     218           2 :         SourceDensityGrid1D source(grid);
-     219           1 :         ParticleState p;
-     220             : 
-     221         101 :         for (int i = 0; i < 100; i++) {
-     222         100 :                 source.prepareParticle(p);
-     223             :                 // dialed position should be in range 5-6
-     224         100 :                 Vector3d pos = p.getPosition();
-     225         100 :                 EXPECT_LE(5, pos.x);
-     226         100 :                 EXPECT_GE(6, pos.x);
-     227             :         }
-     228           1 : }
-     229             : 
-     230           1 : TEST(SourcePowerLawSpectrum, simpleTest) {
-     231           1 :         double Emin = 4 * EeV;
-     232           1 :         double Emax = 200 * EeV;
-     233             :         double index = -2.7;
-     234           1 :         SourcePowerLawSpectrum spectrum(Emin, Emax, index);
-     235           1 :         ParticleState ps;
-     236           1 :         spectrum.prepareParticle(ps);
-     237             : 
-     238             :         // energy should be within Emin - Emax
-     239           1 :         EXPECT_LE(Emin, ps.getEnergy());
-     240           1 :         EXPECT_GE(Emax, ps.getEnergy());
-     241           1 : }
-     242             : 
-     243           1 : TEST(SourceComposition, simpleTest) {
-     244           1 :         double Emin = 10;
-     245             :         double Rmax = 100;
-     246             :         double index = -1;
-     247           1 :         SourceComposition source(Emin, Rmax, index);
-     248           1 :         source.add(nucleusId(6, 3), 1);
-     249           1 :         ParticleState p;
-     250           1 :         source.prepareParticle(p);
-     251           1 :         EXPECT_EQ(nucleusId(6, 3), p.getId());
-     252           1 :         EXPECT_LE(Emin, p.getEnergy());
-     253           1 :         EXPECT_GE(6 * Rmax, p.getEnergy());
-     254           1 : }
-     255             : 
-     256           2 : TEST(SourceDirectedEmission, simpleTest) {
-     257             :         Vector3d mu(1., 0., 0.);
-     258             :         double kappa = 1000.;
-     259           1 :         SourceDirectedEmission source(mu, kappa);
-     260           1 :         Candidate c;
-     261             :         Vector3d meanDir(0., 0., 0.);
-     262        1001 :         for (size_t i = 0; i < 1000; i++) {
-     263        1000 :                 source.prepareCandidate(c);
-     264        1000 :                 meanDir += c.source.getDirection();
-     265        1000 :                 double w = c.getWeight();
-     266        1000 :                 EXPECT_GE(w, 0.);
-     267             :         }
-     268             :         meanDir /= 1000.;
-     269           1 :         EXPECT_NEAR(meanDir.x, 1., 0.1);
-     270           1 :         EXPECT_NEAR(meanDir.y, 0., 0.01);
-     271           1 :         EXPECT_NEAR(meanDir.z, 0., 0.01);
-     272           2 : }
-     273             : 
-     274           2 : TEST(SourceEmissionCone, simpleTest) {
-     275             :         Vector3d direction(42., 0., 0.);
-     276           1 :         double aperture = 1/42.;
-     277             :         
-     278           1 :         SourceEmissionCone source(direction, aperture);
-     279             :         
-     280           1 :         ParticleState p;
-     281           1 :         source.prepareParticle(p);
-     282           1 :         double angle = direction.getAngleTo(p.getDirection());
-     283           1 :         EXPECT_LE(angle, aperture);
-     284           1 : }
-     285             : 
-     286             : #ifdef CRPROPA_HAVE_MUPARSER
-     287           1 : TEST(SourceGenericComposition, simpleTest) {
-     288             :         double Emin = 10;
-     289             :         double Emax = 100;
-     290           1 :         SourceGenericComposition source(Emin, Emax, "E^-2");
-     291           1 :         int id1 = nucleusId(6, 3);
-     292           1 :         int id2 = nucleusId(12, 6);
-     293           1 :         source.add(id1, 1);
-     294           1 :         source.add(id2, 10);
-     295           1 :         ParticleState p;
-     296             :         size_t id1Count = 0, id2Count = 0;
-     297             :         size_t ElowCount = 0, EhighCount = 0;
-     298           1 :         size_t n = 100000;
-     299      100001 :         for (size_t i = 0; i < n; i++) {
-     300      100000 :                 source.prepareParticle(p);
-     301      100000 :                 if (p.getId() == id1)
-     302        8964 :                         id1Count++;
-     303      100000 :                 if (p.getId() == id2)
-     304       91036 :                         id2Count++;
-     305      100000 :                 double e = p.getEnergy();
-     306      100000 :                 if ( (e >= Emin) && (e < 20))
-     307       55702 :                         ElowCount++;
-     308      100000 :                 if ( (e >= 20) && (e <= Emax))
-     309       44298 :                         EhighCount++;
-     310             : 
-     311             :         }
-     312           1 :         EXPECT_EQ(n, id1Count + id2Count);
-     313           1 :         EXPECT_EQ(n, ElowCount + EhighCount);
-     314           1 :         EXPECT_NEAR((float)id1Count/(float)id2Count, 0.1, 0.01);
-     315           1 :         EXPECT_NEAR((float)ElowCount/(float)EhighCount, 1.25, 0.1);
-     316           1 : }
-     317             : #endif
-     318             : 
-     319           1 : TEST(SourceComposition, throwNoIsotope) {
-     320           1 :         SourceComposition source(1, 10, -1);
-     321           1 :         ParticleState ps;
-     322           1 :         EXPECT_THROW(source.prepareParticle(ps), std::runtime_error);
-     323           1 : }
-     324             : 
-     325           1 : TEST(SourceRedshiftEvolution, testInRange) {
-     326           1 :         Candidate c;
-     327             : 
-     328           1 :         double zmin = 0.5;
-     329           1 :         double zmax = 2.5;
-     330             : 
-     331             :         // general case: m
-     332           1 :         SourceRedshiftEvolution source1(3.2, zmin, zmax);
-     333         101 :         for (int i = 0; i < 100; i++) {
-     334         100 :                 source1.prepareCandidate(c);
-     335         100 :                 EXPECT_LE(zmin, c.getRedshift());
-     336         100 :                 EXPECT_GE(zmax, c.getRedshift());
-     337             :         }
-     338             : 
-     339             :         // general case: m = -1
-     340           1 :         SourceRedshiftEvolution source2(-1, zmin, zmax);
-     341         101 :         for (int i = 0; i < 100; i++) {
-     342         100 :                 source2.prepareCandidate(c);
-     343         100 :                 EXPECT_LE(zmin, c.getRedshift());
-     344         100 :                 EXPECT_GE(zmax, c.getRedshift());
-     345             :         }
-     346           1 : }
-     347             : 
-     348           2 : TEST(Source, allPropertiesUsed) {
-     349             :         Source source;
-     350           1 :         source.add(new SourcePosition(Vector3d(10, 0, 0) * Mpc));
-     351           2 :         source.add(new SourceIsotropicEmission());
-     352           1 :         source.add(new SourcePowerLawSpectrum(5 * EeV, 100 * EeV, -2));
-     353           1 :         source.add(new SourceParticleType(nucleusId(8, 4)));
-     354           1 :         source.add(new SourceRedshift(2));
-     355             : 
-     356           1 :         Candidate c = *source.getCandidate();
-     357             : 
-     358           1 :         EXPECT_EQ(2, c.getRedshift());
-     359             : 
-     360           1 :         ParticleState p;
-     361             : 
-     362             :         p = c.source;
-     363           1 :         EXPECT_EQ(nucleusId(8, 4), p.getId());
-     364           1 :         EXPECT_LE(5 * EeV, p.getEnergy());
-     365           1 :         EXPECT_GE(100 * EeV, p.getEnergy());
-     366           2 :         EXPECT_EQ(Vector3d(10, 0, 0) * Mpc, p.getPosition());
-     367             : 
-     368             :         p = c.created;
-     369           1 :         EXPECT_EQ(nucleusId(8, 4), p.getId());
-     370           1 :         EXPECT_LE(5 * EeV, p.getEnergy());
-     371           1 :         EXPECT_GE(100 * EeV, p.getEnergy());
-     372           2 :         EXPECT_EQ(Vector3d(10, 0, 0) * Mpc, p.getPosition());
-     373             : 
-     374             :         p = c.previous;
-     375           1 :         EXPECT_EQ(nucleusId(8, 4), p.getId());
-     376           1 :         EXPECT_LE(5 * EeV, p.getEnergy());
-     377           1 :         EXPECT_GE(100 * EeV, p.getEnergy());
-     378           2 :         EXPECT_EQ(Vector3d(10, 0, 0) * Mpc, p.getPosition());
-     379             : 
-     380             :         p = c.current;
-     381           1 :         EXPECT_EQ(nucleusId(8, 4), p.getId());
-     382           1 :         EXPECT_LE(5 * EeV, p.getEnergy());
-     383           1 :         EXPECT_GE(100 * EeV, p.getEnergy());
-     384           2 :         EXPECT_EQ(Vector3d(10, 0, 0) * Mpc, p.getPosition());
-     385           2 : }
-     386             : 
-     387           2 : TEST(SourceList, simpleTest) {
-     388             :         // test if source list works with one source
-     389             :         SourceList sourceList;
-     390           1 :         ref_ptr<Source> source = new Source;
-     391           1 :         source->add(new SourcePosition(Vector3d(10, 0, 0)));
-     392           1 :         sourceList.add(source);
-     393             : 
-     394           1 :         ref_ptr<Candidate> c = sourceList.getCandidate();
-     395             : 
-     396           2 :         EXPECT_EQ(Vector3d(10, 0, 0), c->created.getPosition());
-     397           2 :         EXPECT_EQ(Vector3d(10, 0, 0), c->previous.getPosition());
-     398           2 :         EXPECT_EQ(Vector3d(10, 0, 0), c->current.getPosition());
-     399           1 : }
-     400             : 
-     401           2 : TEST(SourceList, noSource) {
-     402             :         // test if an error is thrown when source list empty
-     403             :         SourceList sourceList;
-     404           1 :         EXPECT_THROW(sourceList.getCandidate(), std::runtime_error);
-     405           1 : }
-     406             : 
-     407           2 : TEST(SourceList, luminosity) {
-     408             :         // test if the sources are dialed according to their luminosities
-     409             :         SourceList sourceList;
-     410             : 
-     411           1 :         ref_ptr<Source> source1 = new Source;
-     412           1 :         source1->add(new SourceEnergy(100));
-     413           1 :         sourceList.add(source1, 80);
-     414             : 
-     415           1 :         ref_ptr<Source> source2 = new Source;
-     416           1 :         source2->add(new SourceEnergy(0));
-     417           1 :         sourceList.add(source2, 20);
-     418             : 
-     419             :         double meanE = 0;
-     420        1001 :         for (int i = 0; i < 1000; i++) {
-     421        1000 :                 ref_ptr<Candidate> c = sourceList.getCandidate();
-     422        1000 :                 meanE += c->created.getEnergy();
-     423             :         }
-     424           1 :         meanE /= 1000;
-     425           1 :         EXPECT_NEAR(80, meanE, 4); // this test can stochastically fail
-     426           1 : }
-     427             : 
-     428           1 : TEST(SourceTag, sourceTag) {
-     429           1 :         SourceTag tag("mySourceTag");
-     430           1 :         Candidate c;
-     431           1 :         tag.prepareCandidate(c);
-     432           2 :         EXPECT_TRUE(c.getTagOrigin() == "mySourceTag");
-     433           1 : }
-     434             : 
-     435           0 : int main(int argc, char **argv) {
-     436           0 :         ::testing::InitGoogleTest(&argc, argv);
-     437           0 :         return RUN_ALL_TESTS();
-     438             : }
-     439             : 
-     440             : } // namespace crpropa
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Current view:top level - test - testTurbulentField.cpp (source / functions)HitTotalCoverage
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_ZN39testTurbulenceSpectrum_constructor_Test8TestBodyEv1
_ZN40testVectorFieldGrid_Turbulence_seed_Test8TestBodyEv1
_ZN45testTurbulenceSpectrum_correlationLength_Test8TestBodyEv1
_ZN46testVectorFieldGrid_Turbulence_bmean_brms_Test8TestBodyEv1
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_ZN60testSimpleGridTurbulence_oldFunctionForCrrelationLength_Test8TestBodyEv1
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Current view:top level - test - testTurbulentField.cpp (source / functions)HitTotalCoverage
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_ZN40testVectorFieldGrid_Turbulence_seed_Test8TestBodyEv1
_ZN45testTurbulenceSpectrum_correlationLength_Test8TestBodyEv1
_ZN46testVectorFieldGrid_Turbulence_bmean_brms_Test8TestBodyEv1
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Current view:top level - test - testTurbulentField.cpp (source / functions)HitTotalCoverage
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Date:2024-04-08 14:58:22Functions:88100.0 %
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-       1             : #include <stdexcept>
-       2             : 
-       3             : #include "crpropa/Grid.h"
-       4             : #include "crpropa/Units.h"
-       5             : #include "crpropa/Common.h"
-       6             : #include "crpropa/GridTools.h"
-       7             : #include "crpropa/magneticField/turbulentField/TurbulentField.h"
-       8             : #include "crpropa/magneticField/turbulentField/GridTurbulence.h"
-       9             : #include "crpropa/magneticField/turbulentField/PlaneWaveTurbulence.h"
-      10             : #include "crpropa/magneticField/turbulentField/SimpleGridTurbulence.h"
-      11             : 
-      12             : #include "gtest/gtest.h"
-      13             : 
-      14             : using namespace crpropa;
-      15             : 
-      16             : //check problems brought up in https://github.com/CRPropa/CRPropa3/issues/322
-      17           1 : TEST(testTurbulenceSpectrum, constructor) {
-      18             :         double sIndex = 5./3.;
-      19             :         double qIndex = 4.;
-      20             :         double bendOver = 1.;
-      21             :         double lMin = 1.; 
-      22             :         double lMax = 10.; 
-      23             :         double brms = 1*muG;
-      24           1 :         auto spectrum = TurbulenceSpectrum(brms, lMin, lMax);
-      25           1 :         EXPECT_DOUBLE_EQ(spectrum.getBrms(), brms);
-      26           1 :         EXPECT_DOUBLE_EQ(spectrum.getLmin(), lMin);
-      27           1 :         EXPECT_DOUBLE_EQ(spectrum.getLmax(), lMax);
-      28           1 :         EXPECT_DOUBLE_EQ(spectrum.getLbendover(), bendOver); //default
-      29           1 :         EXPECT_DOUBLE_EQ(spectrum.getSindex(), sIndex); //default
-      30           1 :         EXPECT_DOUBLE_EQ(spectrum.getQindex(), qIndex); //default
-      31           1 : }
-      32             : 
-      33           1 : TEST(testTurbulenceSpectrum, correlationLength) {
-      34             :         double lMin = 0.00001; // not used for Lc
-      35             :         double lMax = 9999999; // not used for Lc
-      36             :         double lBo = 100;
-      37           1 :         auto spectrum = TurbulenceSpectrum(1*muG, lMin, lMax, lBo);
-      38             :         auto Lc = spectrum.getCorrelationLength();
-      39           1 :     EXPECT_NEAR(Lc, 0.498*lBo, 0.001*lBo);
-      40           1 : }
-      41             : 
-      42             : #ifdef CRPROPA_HAVE_FFTW3F
-      43             : 
-      44           1 : TEST(testSimpleGridTurbulence, oldFunctionForCrrelationLength) { //TODO: remove in future
-      45             :         double lMin = 1*kpc;
-      46             :         double lMax = 1*Gpc;
-      47             :         double alpha = -11/3.;
-      48           1 :         auto Lc = turbulentCorrelationLength(lMin, lMax, alpha);
-      49           1 :     EXPECT_NEAR(Lc, lMax/5, 1*Mpc);
-      50           1 : }
-      51             : 
-      52           2 : TEST(testVectorFieldGrid, Turbulence_bmean_brms) {
-      53             :         // Test for zero mean: <B> = 0
-      54             :         size_t n = 64;
-      55             :         double spacing = 10 * Mpc / n;
-      56             :         double Brms = 1;
-      57             :         double lMin = 2 * spacing;
-      58             :         double lMax = 8 * spacing;
-      59             : 
-      60             :         auto spectrum = SimpleTurbulenceSpectrum(Brms, lMin, lMax);
-      61             :         auto gp = GridProperties(Vector3d(0, 0, 0), n, spacing);
-      62           1 :     auto tf = SimpleGridTurbulence(spectrum, gp);
-      63           1 :         auto grid = tf.getGrid();
-      64             : 
-      65             :         double precision = 1e-7;
-      66           1 :         Vector3f bMean = meanFieldVector(grid);
-      67           1 :         EXPECT_NEAR(0, bMean.x, precision);
-      68           1 :         EXPECT_NEAR(0, bMean.y, precision);
-      69           1 :         EXPECT_NEAR(0, bMean.z, precision);
-      70           2 :         EXPECT_NEAR(1, rmsFieldStrength(grid), precision);
-      71           1 : }
-      72             : 
-      73           2 : TEST(testVectorFieldGrid, Turbulence_seed) {
-      74             :         // Test if seeding produces 2 identical fields
-      75             :         size_t n = 64;
-      76             :         double spacing = 1 * Mpc;
-      77             :         double Brms = 1;
-      78             :         double lMin = 2 * spacing;
-      79             :         double lMax = 8 * spacing;
-      80             :         int seed = 753;
-      81             :         
-      82             :         auto spectrum = SimpleTurbulenceSpectrum(Brms, lMin, lMax);
-      83             : 
-      84             :         auto gp1 = GridProperties(Vector3d(0, 0, 0), n, spacing);
-      85           1 :     auto tf1 = SimpleGridTurbulence(spectrum, gp1,  seed);
-      86             : 
-      87             :         auto gp2 = GridProperties(Vector3d(0, 0, 0), n, spacing);
-      88           1 :     auto tf2 = SimpleGridTurbulence(spectrum, gp2, seed);
-      89             : 
-      90             :         Vector3d pos(22 * Mpc);
-      91           1 :         EXPECT_FLOAT_EQ(tf1.getField(pos).x, tf2.getField(pos).x);
-      92           1 : }
-      93             : 
-      94             : #ifndef CRPROPA_TESTS_SKIP_EXCEPTIONS
-      95           2 : TEST(testVectorFieldGrid, turbulence_Exceptions) {
-      96             :         // Test exceptions
-      97             :         size_t n = 64;
-      98             :         double spacing = 10 * Mpc / n;
-      99             :         double brms = 1;
-     100           1 :         ref_ptr<Grid3f> grid = new Grid3f(Vector3d(0, 0, 0), n, spacing);
-     101             : 
-     102             :         // should be fine
-     103           2 :         EXPECT_NO_THROW(initTurbulence(grid, brms, 2 * spacing, 8 * spacing));
-     104             :         // lMin too small
-     105           2 :         EXPECT_THROW(initTurbulence(grid, brms, 1.5 * spacing, 8 * spacing),
-     106             :                         std::runtime_error);
-     107             :         // lMin > lMax
-     108           2 :         EXPECT_THROW(initTurbulence(grid, brms, 8.1 * spacing, 8 * spacing),
-     109             :                         std::runtime_error);
-     110             :         // lMax too large
-     111           2 :         EXPECT_THROW(initTurbulence(grid, brms, 2 * spacing, 65 * spacing),
-     112             :                         std::runtime_error);
-     113           1 : }
-     114             : #endif
-     115             : 
-     116           1 : TEST(testGridTurbulence, Turbulence_seed) {
-     117             :         // Test if seeding produces 2 identical fields
-     118             :         size_t n = 64;
-     119             :         double spacing = 1 * Mpc;
-     120             :         double Brms = 1;
-     121             :         double lMin = 2 * spacing;
-     122             :         double lMax = 8 * spacing;
-     123             :         double lBo = lMax/6;
-     124             :         int seed = 137;
-     125             :         
-     126           1 :         auto spectrum = TurbulenceSpectrum(Brms, lMin, lMax, lBo);
-     127             : 
-     128             :         auto gp1 = GridProperties(Vector3d(0, 0, 0), n, spacing);
-     129           1 :     auto tf1 = GridTurbulence(spectrum, gp1, seed);
-     130             : 
-     131             :         auto gp2 = GridProperties(Vector3d(0, 0, 0), n, spacing);
-     132           1 :     auto tf2 = GridTurbulence(spectrum, gp2, seed);
-     133             : 
-     134             :         Vector3d pos(22 * Mpc);
-     135           1 :         EXPECT_FLOAT_EQ(tf1.getField(pos).x, tf2.getField(pos).x);
-     136           1 : }
-     137             : #endif // CRPROPA_HAVE_FFTW3F
-     138             : 
-     139           1 : int main(int argc, char **argv) {
-     140           1 :         ::testing::InitGoogleTest(&argc, argv);
-     141             :         return RUN_ALL_TESTS();
-     142             : }
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Current view:top level - test - testVector3.cpp (source / functions)HitTotalCoverage
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Current view:top level - test - testVector3.cpp (source / functions)HitTotalCoverage
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_ZN7crpropa18Vector3_cross_Test8TestBodyEv1
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Current view:top level - test - testVector3.cpp (source / functions)HitTotalCoverage
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-       1             : #include "crpropa/Vector3.h"
-       2             : #include "gtest/gtest.h"
-       3             : 
-       4             : namespace crpropa {
-       5             : 
-       6           2 : TEST(Vector3, comparison) {
-       7             :         EXPECT_TRUE(Vector3d(1, 2, 3) == Vector3d(1, 2, 3));
-       8             :         EXPECT_FALSE(Vector3d(1, 2, 3) == Vector3d(2, 3, 4));
-       9           1 : }
-      10             : 
-      11           1 : TEST(Vector3, multiplication) {
-      12             :         Vector3d v(1);
-      13             :         v *= 10;
-      14           1 :         EXPECT_DOUBLE_EQ(v.x, 10);
-      15           1 :         EXPECT_DOUBLE_EQ(v.y, 10);
-      16           1 :         EXPECT_DOUBLE_EQ(v.z, 10);
-      17             :         v = Vector3d(1) * Vector3d(2); // element-wise multiplication
-      18           1 :         EXPECT_DOUBLE_EQ(v.x, 2);
-      19           1 :         EXPECT_DOUBLE_EQ(v.y, 2);
-      20           1 :         EXPECT_DOUBLE_EQ(v.z, 2);
-      21           1 : }
-      22             : 
-      23           1 : TEST(Vector3, division) {
-      24             :         Vector3d v(10);
-      25             :         v /= 10;
-      26           1 :         EXPECT_DOUBLE_EQ(v.x, 1);
-      27           1 :         EXPECT_DOUBLE_EQ(v.y, 1);
-      28           1 :         EXPECT_DOUBLE_EQ(v.z, 1);
-      29             :         v = Vector3d(10) / Vector3d(2); // element-wise division
-      30           1 :         EXPECT_DOUBLE_EQ(v.x, 5);
-      31           1 :         EXPECT_DOUBLE_EQ(v.y, 5);
-      32           1 :         EXPECT_DOUBLE_EQ(v.z, 5);
-      33           1 : }
-      34             : 
-      35           2 : TEST(Vector3, mod) {
-      36             :         Vector3d v(10.1, 10.2, 10.3);
-      37           1 :         v %= 10.2;
-      38           1 :         EXPECT_NEAR(v.x, 10.1, 1e-10); // mod doesn't preserve double precision
-      39           1 :         EXPECT_NEAR(v.y, 0, 1e-10);
-      40           1 :         EXPECT_NEAR(v.z, 0.1, 1e-10);
-      41           1 : }
-      42             : 
-      43           1 : TEST(Vector3, dot) {
-      44             :         double a = Vector3d(1, 0, 0).dot(Vector3d(0, 1, 0));
-      45           1 :         EXPECT_DOUBLE_EQ(a, 0);
-      46             :         double b = Vector3d(-1, 10, 2).dot(Vector3d(5, 1, -3));
-      47           1 :         EXPECT_DOUBLE_EQ(b, -1);
-      48           1 : }
-      49             : 
-      50           2 : TEST(Vector3, cross) {
-      51             :         Vector3d v = Vector3d(1, 0, 0).cross(Vector3d(0, 1, 0));
-      52             :         EXPECT_TRUE(v == Vector3d(0, 0, 1));
-      53           1 : }
-      54             : 
-      55           2 : TEST(Vector3, angle) {
-      56             :         // 45 degrees
-      57           1 :         double a = Vector3d(1, 1, 0).getAngleTo(Vector3d(1, 0, 0));
-      58           1 :         EXPECT_DOUBLE_EQ(a, 45 * M_PI / 180);
-      59             :         // perpendicular vectors
-      60           1 :         double b = Vector3d(0, 0, 1).getAngleTo(Vector3d(0, 0, 1));
-      61           1 :         EXPECT_DOUBLE_EQ(b, 0);
-      62           1 : }
-      63             : 
-      64           2 : TEST(Vector3, unitVectors) {
-      65             :         Vector3d v = Vector3d(2, 0, 0);
-      66           1 :         Vector3d er = v.getUnitVector();
-      67           1 :         Vector3d et = v.getUnitVectorTheta();
-      68           1 :         Vector3d ep = v.getUnitVectorPhi();
-      69             : 
-      70             :         // trigonometrical functions don't preserve double precision
-      71             :         double eps = 1e-16;
-      72           1 :         EXPECT_NEAR(er.x, 1, eps);
-      73           1 :         EXPECT_NEAR(er.y, 0, eps);
-      74           1 :         EXPECT_NEAR(er.z, 0, eps);
-      75             : 
-      76           1 :         EXPECT_NEAR(et.x, 0, eps);
-      77           1 :         EXPECT_NEAR(et.y, 0, eps);
-      78           1 :         EXPECT_NEAR(et.z, -1, eps);
-      79             : 
-      80           1 :         EXPECT_NEAR(ep.x, 0, eps);
-      81           1 :         EXPECT_NEAR(ep.y, 1, eps);
-      82           1 :         EXPECT_NEAR(ep.z, 0, eps);
-      83           1 : }
-      84             : 
-      85           1 : TEST(Vector3, magnitude) {
-      86             :         Vector3d v = Vector3d(1, 2, -2);
-      87           1 :         EXPECT_DOUBLE_EQ(v.getR(), 3);
-      88           1 :         EXPECT_DOUBLE_EQ(v.getR2(), 9);
-      89           1 : }
-      90             : 
-      91           2 : TEST(Vector3, distance) {
-      92           1 :         double a = Vector3d(10, 0, 10).getDistanceTo(Vector3d(10, 0, 0));
-      93           1 :         EXPECT_DOUBLE_EQ(a, 10);
-      94           1 : }
-      95             : 
-      96           2 : TEST(Vector3, rotation) {
-      97             :         Vector3d v, w;
-      98             : 
-      99             :         // rotation by 180 degrees
-     100             :         v = Vector3d(10, 0, 0);
-     101           1 :         w = v.getRotated(Vector3d(0, 2, 0), M_PI);
-     102           1 :         EXPECT_NEAR(w.x, -10, 1e-9);
-     103           1 :         EXPECT_NEAR(w.y, 0, 1e-9);
-     104           1 :         EXPECT_NEAR(w.z, 0, 1e-9);
-     105             : 
-     106             :         // rotation axis parallel to vector --> no rotation
-     107             :         v = Vector3d(10, 0, 0);
-     108           1 :         w = v.getRotated(Vector3d(1, 0, 0), M_PI);
-     109           1 :         EXPECT_NEAR(w.x, 10, 1e-9);
-     110           1 :         EXPECT_NEAR(w.y, 0, 1e-9);
-     111           1 :         EXPECT_NEAR(w.z, 0, 1e-9);
-     112             : 
-     113             :         // rotation by 360 degrees
-     114             :         v = Vector3d(5, 2, 7);
-     115           1 :         w = v.getRotated(Vector3d(1, 8, -4), 2 * M_PI);
-     116           1 :         EXPECT_NEAR(w.x, 5, 1e-9);
-     117           1 :         EXPECT_NEAR(w.y, 2, 1e-9);
-     118           1 :         EXPECT_NEAR(w.z, 7, 1e-9);
-     119             : 
-     120             :         // rotation by zero degrees
-     121             :         v = Vector3d(1, 0, 0);
-     122           1 :         w = v.getRotated(Vector3d(0,1,0), 0);
-     123             : 
-     124           1 :         EXPECT_NEAR(w.x, 1, 1e-9);
-     125           1 :         EXPECT_NEAR(w.y, 0, 1e-9);
-     126           1 :         EXPECT_NEAR(w.z, 0, 1e-9);
-     127             : 
-     128             :         // rotation around zero axis
-     129             :         v = Vector3d(1, 0, 0);
-     130             :         Vector3d a = v.cross(v);
-     131           1 :         w = v.getRotated(a, 0);
-     132             : 
-     133           1 :         EXPECT_NEAR(w.x, 1, 1e-9);
-     134           1 :         EXPECT_NEAR(w.y, 0, 1e-9);
-     135           1 :         EXPECT_NEAR(w.z, 0, 1e-9);
-     136             : 
-     137             : 
-     138             : 
-     139             : 
-     140           1 : }
-     141             : 
-     142           2 : TEST(Vector3, parallelPerpendicular) {
-     143             :         Vector3d v(3, 2, 1);
-     144             :         Vector3d w(0, 1, 0);
-     145             : 
-     146           1 :         Vector3d vpara = v.getParallelTo(w);
-     147           1 :         Vector3d vperp = v.getPerpendicularTo(w);
-     148             : 
-     149           1 :         EXPECT_DOUBLE_EQ(vpara.x, 0);
-     150           1 :         EXPECT_DOUBLE_EQ(vpara.y, 2);
-     151           1 :         EXPECT_DOUBLE_EQ(vpara.z, 0);
-     152           1 :         EXPECT_DOUBLE_EQ(vperp.x, 3);
-     153           1 :         EXPECT_DOUBLE_EQ(vperp.y, 0);
-     154           1 :         EXPECT_DOUBLE_EQ(vperp.z, 1);
-     155           1 : }
-     156             : 
-     157           0 : int main(int argc, char **argv) {
-     158           0 :         ::testing::InitGoogleTest(&argc, argv);
-     159           0 :         return RUN_ALL_TESTS();
-     160             : }
-     161             : 
-     162             : } // namespace crpropa
-
-
-
- - - - -
Generated by: LCOV version 1.14
-
- - - diff --git a/doc/coverageReport/updown.png b/doc/coverageReport/updown.png deleted file mode 100644 index aa56a238b3e6c435265250f9266cd1b8caba0f20..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 117 zcmeAS@N?(olHy`uVBq!ia0vp^AT}Qd8;}%R+`Ae`*?77*hG?8mPH5^{)z4*}Q$iB}huR`+ diff --git a/doc/index.rst b/doc/index.rst index a123374e6..f398dca5b 100644 --- a/doc/index.rst +++ b/doc/index.rst @@ -43,10 +43,8 @@ Contents .. toctree:: :caption: DEVEL - :maxdepth: 1 + :maxdepth: 2 pages/Debugging.md pages/Code-Coverage.md pages/Data-files.md - - diff --git a/doc/pages/Code-Coverage.md b/doc/pages/Code-Coverage.md index a70872b04..8621353a5 100644 --- a/doc/pages/Code-Coverage.md +++ b/doc/pages/Code-Coverage.md @@ -17,9 +17,5 @@ make coverage ``` The final report is in ```~/build/coverageReport/index.html``` - -### Code Coverage for the current master version -The report for the current master branch version can be found here. - -.. toctree:: - conerageReport/index.html \ No newline at end of file +### coverage report of the current master branch +The coverage report of the current master branch can be accesed `by clicking here `_ now. \ No newline at end of file From bf9ed4c433105cd6be7b85576697abac57868150 Mon Sep 17 00:00:00 2001 From: Julien Date: Wed, 17 Apr 2024 11:38:19 +0200 Subject: [PATCH 31/58] add individual workfolows for documentation and coverage report --- .github/workflows/create_coverage_report.yml | 59 ++++++++++++++++++++ .github/workflows/create_documentation.yml | 4 +- 2 files changed, 60 insertions(+), 3 deletions(-) create mode 100644 .github/workflows/create_coverage_report.yml diff --git a/.github/workflows/create_coverage_report.yml b/.github/workflows/create_coverage_report.yml new file mode 100644 index 000000000..0a24a5080 --- /dev/null +++ b/.github/workflows/create_coverage_report.yml @@ -0,0 +1,59 @@ +name: create-coverage-report +on: [workflow_dispatch] + +jobs: + create-coverage-report: + runs-on: ubuntu-latest + + strategy: + fail-fast: false + matrix: + config: + - name: "ubuntu-22" + os: ubuntu-22.04 + cxx: "g++-11" + cc: "gcc-11" + fc: "gfortran-11" + swig_builtin: "On" #uses swig 4.0.2 + py: "/usr/bin/python3" #python 3.10 + # define steps to take + steps: + - name: Checkout repository + uses: actions/checkout@v4 + - name: Prerequirements + run: | + sudo apt-get update + sudo apt-get install libmuparser-dev libhdf5-serial-dev libomp5 libomp-dev libfftw3-dev libcfitsio-dev lcov doxygen graphviz + sudo apt-get install pandoc # do not only use pip to install pandoc, see https://stackoverflow.com/questions/62398231/building-docs-fails-due-to-missing-pandoc + pip install -r doc/pages/example_notebooks/requirements.txt # load requirements for notebooks + pip install sphinx sphinx_rtd_theme m2r2 nbsphinx lxml_html_clean breathe pandoc exhale # load requirements for documentation + - name: Set up the build + env: + CXX: ${{ matrix.config.cxx }} + CC: ${{ matrix.config.cc }} + FC: ${{ matrix.config.fc }} + run: | + mkdir build + cd build + cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} -DENABLE_TESTING=On -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ -DBUILD_DOC=OFF -DENABLE_COVERAGE=On + - name: Build CRPropa + run: | + cd build + make -j + - name: run test + run: | + cd build + make test + continue-on-error: true + - name: coverage report + run: | + cd build + make coverage + tar -zcvf coverage.tar.gz coverageReport + - name: archive documentation + uses: actions/upload-artifact@v4 + with: + name: "coverage" + path: | + build/coverage.tar.gz + \ No newline at end of file diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index 9d8dbc1b7..69f96b279 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -50,17 +50,15 @@ jobs: run: | cd build make coverage - tar -zcvf coverage.tar.gz coverageReport - name: build documentation run: | cd build make doc cp -r coverageReport doc/pages/coverageReport - tar -zcvf documentation.tar.gz doc + tar -zcvf documentation.tar.gz doc - name: archive documentation uses: actions/upload-artifact@v4 with: name: "documentation" path: | build/documentation.tar.gz - build/coverage.tar.gz From e6c747a111c037701e58f5848c61f11df7e165f8 Mon Sep 17 00:00:00 2001 From: Julien Date: Wed, 17 Apr 2024 12:22:33 +0200 Subject: [PATCH 32/58] fix sphinx version 7.2.6 --- .github/workflows/create_documentation.yml | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/.github/workflows/create_documentation.yml b/.github/workflows/create_documentation.yml index 69f96b279..0556e6d9a 100644 --- a/.github/workflows/create_documentation.yml +++ b/.github/workflows/create_documentation.yml @@ -27,7 +27,7 @@ jobs: sudo apt-get install libmuparser-dev libhdf5-serial-dev libomp5 libomp-dev libfftw3-dev libcfitsio-dev lcov doxygen graphviz sudo apt-get install pandoc # do not only use pip to install pandoc, see https://stackoverflow.com/questions/62398231/building-docs-fails-due-to-missing-pandoc pip install -r doc/pages/example_notebooks/requirements.txt # load requirements for notebooks - pip install sphinx sphinx_rtd_theme m2r2 nbsphinx lxml_html_clean breathe pandoc exhale # load requirements for documentation + pip install sphinx==7.2.6 sphinx_rtd_theme m2r2 nbsphinx lxml_html_clean breathe pandoc exhale # load requirements for documentation - name: Set up the build env: CXX: ${{ matrix.config.cxx }} From baa586b3c7516ce2a9f86af0047e35016fb876bf Mon Sep 17 00:00:00 2001 From: Julien Date: Wed, 17 Apr 2024 12:33:54 +0200 Subject: [PATCH 33/58] add workflow for deployment of documentation --- .github/workflows/create_coverage_report.yml | 2 +- .../workflows/deploy_new_documentation.yml | 65 +++++++++++++++++++ .gitignore | 2 + 3 files changed, 68 insertions(+), 1 deletion(-) create mode 100644 .github/workflows/deploy_new_documentation.yml diff --git a/.github/workflows/create_coverage_report.yml b/.github/workflows/create_coverage_report.yml index 0a24a5080..37653ff29 100644 --- a/.github/workflows/create_coverage_report.yml +++ b/.github/workflows/create_coverage_report.yml @@ -26,7 +26,7 @@ jobs: sudo apt-get install libmuparser-dev libhdf5-serial-dev libomp5 libomp-dev libfftw3-dev libcfitsio-dev lcov doxygen graphviz sudo apt-get install pandoc # do not only use pip to install pandoc, see https://stackoverflow.com/questions/62398231/building-docs-fails-due-to-missing-pandoc pip install -r doc/pages/example_notebooks/requirements.txt # load requirements for notebooks - pip install sphinx sphinx_rtd_theme m2r2 nbsphinx lxml_html_clean breathe pandoc exhale # load requirements for documentation + pip install sphinx==7.2.6 sphinx_rtd_theme m2r2 nbsphinx lxml_html_clean breathe pandoc exhale # load requirements for documentation - name: Set up the build env: CXX: ${{ matrix.config.cxx }} diff --git a/.github/workflows/deploy_new_documentation.yml b/.github/workflows/deploy_new_documentation.yml new file mode 100644 index 000000000..7fc313e0c --- /dev/null +++ b/.github/workflows/deploy_new_documentation.yml @@ -0,0 +1,65 @@ +name: deploy-documentation +on: [workflow_dispatch] + +jobs: + build-and-deploy: + runs-on: ubuntu-latest + + strategy: + fail-fast: false + matrix: + config: + - name: "ubuntu-22" + os: ubuntu-22.04 + cxx: "g++-11" + cc: "gcc-11" + fc: "gfortran-11" + swig_builtin: "On" #uses swig 4.0.2 + py: "/usr/bin/python3" #python 3.10 + + # define steps to take + steps: + - name: Checkout repository + uses: actions/checkout@v4 + - name: Prerequirements + run: | + sudo apt-get update + sudo apt-get install libmuparser-dev libhdf5-serial-dev libomp5 libomp-dev libfftw3-dev libcfitsio-dev lcov doxygen graphviz + sudo apt-get install pandoc # do not only use pip to install pandoc, see https://stackoverflow.com/questions/62398231/building-docs-fails-due-to-missing-pandoc + pip install -r doc/pages/example_notebooks/requirements.txt # load requirements for notebooks + pip install sphinx==7.2.6 sphinx_rtd_theme m2r2 nbsphinx lxml_html_clean breathe pandoc exhale # load requirements for documentation + - name: Set up the build + env: + CXX: ${{ matrix.config.cxx }} + CC: ${{ matrix.config.cc }} + FC: ${{ matrix.config.fc }} + run: | + mkdir build + cd build + cmake .. -DCMAKE_INSTALL_PREFIX=$HOME/.local -DENABLE_PYTHON=True -DPython_EXECUTABLE=${{ matrix.config.py }} -DENABLE_TESTING=On -DENABLE_SWIG_BUILTIN=${{ matrix.config.swig_builtin }} -DSIMD_EXTENSIONS=native -DPython_INSTALL_PACKAGE_DIR=/home/runner/.local/ -DBUILD_DOC=On -DENABLE_COVERAGE=On + - name: Build CRPropa + run: | + cd build + make -j + - name: run test + run: | + cd build + make test + continue-on-error: true + - name: coverage report + run: | + cd build + make coverage + - name: build documentation + run: | + cd build + make doc + - name: move final documentation # to avoid conflict with .gitignore + run: | + mv build/doc ~/final_doc + cp -r build/coverageReport ~/final_doc/pages/coverageReport + - name: deploy documentation #deploys the documentation to the gh-pages branch + uses: JamesIves/github-pages-deploy-action@v4 + with: + folder: ~/final_doc + diff --git a/.gitignore b/.gitignore index edc79bc75..75599931a 100644 --- a/.gitignore +++ b/.gitignore @@ -13,6 +13,8 @@ lib/ share/ doc/api/ +!final_doc/ # needed for deployment of the documentation + cmake/CMakeCache.txt cmake/CMakeFiles/ From 5306f96829c7852190dca8dfee1e6f2ca5835fec Mon Sep 17 00:00:00 2001 From: Julien Date: Wed, 17 Apr 2024 14:17:36 +0200 Subject: [PATCH 34/58] perform documentation deploy on push to master --- .github/workflows/deploy_new_documentation.yml | 6 +++++- 1 file changed, 5 insertions(+), 1 deletion(-) diff --git a/.github/workflows/deploy_new_documentation.yml b/.github/workflows/deploy_new_documentation.yml index 7fc313e0c..70783f060 100644 --- a/.github/workflows/deploy_new_documentation.yml +++ b/.github/workflows/deploy_new_documentation.yml @@ -1,5 +1,9 @@ name: deploy-documentation -on: [workflow_dispatch] +on: + push: + branches: + - main + - 'releases/**' jobs: build-and-deploy: From 25aac942e22663d11e50bf1e5b4c8287349895cb Mon Sep 17 00:00:00 2001 From: Leander Schlegel Date: Sun, 21 Apr 2024 19:42:05 +0200 Subject: [PATCH 35/58] bugfix to prevent photons getting pmass unequal to zero and commented lines for non-nuclei --- src/ParticleState.cpp | 4 +++- 1 file changed, 3 insertions(+), 1 deletion(-) diff --git a/src/ParticleState.cpp b/src/ParticleState.cpp index 9f867c384..ad7aa4fa9 100644 --- a/src/ParticleState.cpp +++ b/src/ParticleState.cpp @@ -55,8 +55,10 @@ void ParticleState::setId(int newId) { if (id < 0) charge *= -1; // anti-nucleus } else { - if (abs(id) == 11) + if (abs(id) == 11) //electron or positron pmass = mass_electron; + if (abs(id) == 22) //photon + pmass = 0.0; charge = HepPID::charge(id) * eplus; } } From a22b225623485aaf5a26e2c7d2fa0153364cb4d9 Mon Sep 17 00:00:00 2001 From: Leander Schlegel Date: Mon, 22 Apr 2024 18:35:51 +0200 Subject: [PATCH 36/58] introduction of new general function particleMass for non-nuclei and nuclei as suggested by Lukas and Julien --- include/crpropa/ParticleMass.h | 10 +++++++++- src/ParticleMass.cpp | 11 +++++++++++ src/ParticleState.cpp | 6 +----- 3 files changed, 21 insertions(+), 6 deletions(-) diff --git a/include/crpropa/ParticleMass.h b/include/crpropa/ParticleMass.h index f4e5a6d6c..fdfd8579d 100644 --- a/include/crpropa/ParticleMass.h +++ b/include/crpropa/ParticleMass.h @@ -6,7 +6,15 @@ namespace crpropa { * \addtogroup PhysicsDefinitions * @{ */ - + + /** Get the particle mass by lookup from a table. + For nuclei, the function nuclearMass is called, for the case of + electrons or positrons the mass_electron is returned and for all + other cases like photons and also neutrinos, zero mass is returned. + @param id id of the particle following the PDG numbering scheme + @returns The mass of a the particle + */ + double particleMass(int id); /** Get the nucleus mass by lookup from a table. The masses are the atomic masses from the NIST database: http://www.nist.gov/pml/data/comp.cfm diff --git a/src/ParticleMass.cpp b/src/ParticleMass.cpp index a2a5c5090..cc474eb2a 100644 --- a/src/ParticleMass.cpp +++ b/src/ParticleMass.cpp @@ -53,6 +53,17 @@ struct NuclearMassTable { static NuclearMassTable nuclearMassTable; +double particleMass(int id) { + double m; + if (isNucleus(id)) + return nuclearMass(id); + if (abs(id) == 11) + m = mass_electron; + else + m = 0.0; + return m; +} + double nuclearMass(int id) { int A = massNumber(id); int Z = chargeNumber(id); diff --git a/src/ParticleState.cpp b/src/ParticleState.cpp index ad7aa4fa9..85736a856 100644 --- a/src/ParticleState.cpp +++ b/src/ParticleState.cpp @@ -49,16 +49,12 @@ double ParticleState::getRigidity() const { void ParticleState::setId(int newId) { id = newId; + pmass = particleMass(id); if (isNucleus(id)) { - pmass = nuclearMass(id); charge = chargeNumber(id) * eplus; if (id < 0) charge *= -1; // anti-nucleus } else { - if (abs(id) == 11) //electron or positron - pmass = mass_electron; - if (abs(id) == 22) //photon - pmass = 0.0; charge = HepPID::charge(id) * eplus; } } From e900b39f746b706c8098c43f1cfc7d599f08cdd7 Mon Sep 17 00:00:00 2001 From: Leander Schlegel Date: Mon, 22 Apr 2024 18:45:09 +0200 Subject: [PATCH 37/58] updated CHANGELOG.md --- CHANGELOG.md | 2 ++ 1 file changed, 2 insertions(+) diff --git a/CHANGELOG.md b/CHANGELOG.md index 4332cf998..cf17ffbb7 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -3,10 +3,12 @@ ### Bug fixes: * Fixed sign for exponential decay of magn. field strength with Galactic height in LogarithmicSpiralField * Fixed r term in source distribution for SNR and Pulsar + * Fixed wrong mass inheritance for secondaries other than nuclei or electron/positron ### New features: ### Interface changes: + * Added new backwards-compatible function particleMass that returns particle mass also for non-nuclei ### Features that are deprecated and will be removed after this release * EBL model from Finke et al. 2022 From 5649102f041b5d86014c61780a4f5ea50d5fd9c9 Mon Sep 17 00:00:00 2001 From: Julien Date: Tue, 23 Apr 2024 09:57:14 +0200 Subject: [PATCH 38/58] add clip volume to reading function; update test for reading grid properties --- src/GridTools.cpp | 12 ++++++++++++ test/testCore.cpp | 6 ++++++ 2 files changed, 18 insertions(+) diff --git a/src/GridTools.cpp b/src/GridTools.cpp index d7da0961c..27f38ab2d 100644 --- a/src/GridTools.cpp +++ b/src/GridTools.cpp @@ -299,6 +299,11 @@ ref_ptr loadGrid3fFromTxt(std::string filename, double c) { // reflective ss >> name >> gp.reflective; + + // clip volume + bool clip; + ss >> name >> clip; + gp.setClipVolume(clip); // interpolation type ss >> name >> type; @@ -389,6 +394,11 @@ ref_ptr loadGrid1fFromTxt(std::string filename, double c) { // reflective ss >> name >> gp.reflective; + // clip volume + bool clip; + ss >> name >> clip; + gp.setClipVolume(clip); + // interpolation type ss >> name >> type; if (type == "TRICUBIC") @@ -426,6 +436,7 @@ void dumpGridToTxt(ref_ptr grid, std::string filename, double c, bool sa << "\t" << "gridsize: " << grid -> getNx() << " " << grid -> getNy() << " " << grid -> getNz() << "\t" << "spacing: " << grid -> getSpacing () << "\t" << "reflective: " << grid -> isReflective() + << "\t" << "clipVolume: " << grid -> getClipVolume() << "\t" << "interpolation: " << grid -> getInterpolationTypeName() << "\n"; } @@ -455,6 +466,7 @@ void dumpGridToTxt(ref_ptr grid, std::string filename, double c, bool sa << "\t" << "gridsize: " << grid -> getNx() << " " << grid -> getNy() << " " << grid -> getNz() << "\t" << "spacing: " << grid -> getSpacing () << "\t" << "reflective: " << grid -> isReflective() + << "\t" << "clipVolume: " << grid -> getClipVolume() << "\t" << "interpolation: " << grid -> getInterpolationTypeName() << "\n"; } diff --git a/test/testCore.cpp b/test/testCore.cpp index 24f6f9113..98ed78294 100644 --- a/test/testCore.cpp +++ b/test/testCore.cpp @@ -903,6 +903,7 @@ TEST(Grid1f, DumpLoadTxtGridProperties) { ref_ptr grid = new Grid1f(Vector3d(0.5, 1.5, 2.5), 3, 2, 4, Vector3d(0.2, 1.2, 2.2)); grid -> setInterpolationType(TRICUBIC); grid -> setReflective(true); + grid -> setClipVolume(true); // set some values for the grid for (int ix = 0; ix < grid -> getNx(); ix++) { @@ -923,6 +924,8 @@ TEST(Grid1f, DumpLoadTxtGridProperties) { EXPECT_EQ(grid -> getNy(), loadedGrid -> getNy()); EXPECT_EQ(grid -> getNz(), loadedGrid -> getNz()); + EXPECT_TRUE(loadedGrid -> getClipVolume()); + Vector3d orig = grid -> getOrigin(); Vector3d loadedOrigin = loadedGrid -> getOrigin(); EXPECT_EQ(orig.x, loadedOrigin.x); @@ -953,6 +956,7 @@ TEST(Grid3f, DumpLoadTxtGridProperties) { ref_ptr grid = new Grid3f(Vector3d(0.5, 1.5, 2.5), 3, 2, 4, Vector3d(0.2, 1.2, 2.2)); grid -> setInterpolationType(NEAREST_NEIGHBOUR); grid -> setReflective(true); + grid -> setClipVolume(true); // set some values for the grid for (int ix = 0; ix < grid -> getNx(); ix++) { @@ -972,6 +976,8 @@ TEST(Grid3f, DumpLoadTxtGridProperties) { EXPECT_EQ(grid -> getNx(), loadedGrid -> getNx()); EXPECT_EQ(grid -> getNy(), loadedGrid -> getNy()); EXPECT_EQ(grid -> getNz(), loadedGrid -> getNz()); + + EXPECT_TRUE(loadedGrid -> getClipVolume()); Vector3d orig = grid -> getOrigin(); Vector3d loadedOrigin = loadedGrid -> getOrigin(); From e27102be6afe24c7f52629e761965795aee2422d Mon Sep 17 00:00:00 2001 From: Julien Date: Tue, 23 Apr 2024 10:00:31 +0200 Subject: [PATCH 39/58] update example with grid property loading --- .../density/density_grid_sampling.ipynb | 113 ++++++++---------- 1 file changed, 47 insertions(+), 66 deletions(-) diff --git a/doc/pages/example_notebooks/density/density_grid_sampling.ipynb b/doc/pages/example_notebooks/density/density_grid_sampling.ipynb index 2dde74268..1fd5ae2e4 100644 --- a/doc/pages/example_notebooks/density/density_grid_sampling.ipynb +++ b/doc/pages/example_notebooks/density/density_grid_sampling.ipynb @@ -10,7 +10,7 @@ }, { "cell_type": "code", - "execution_count": 9, + "execution_count": 1, "metadata": {}, "outputs": [], "source": [ @@ -41,27 +41,20 @@ }, { "cell_type": "code", - "execution_count": 10, + "execution_count": 2, "metadata": {}, "outputs": [], "source": [ - "data_path = \"/home/home1/jdo/H2-Data/Mertsch2020/H2_dens_mean_BEG03.txt\" # has to be adjusted after download" + "data_path = \"H2_dens_mean_BEG03.txt\" # path to the data file " ] }, { "cell_type": "code", - "execution_count": 11, + "execution_count": 3, "metadata": {}, "outputs": [], "source": [ - "origin = Vector3d(-15.96875, -15.96875, -0.46875) * kpc\n", - "nX, nY, nZ = 512, 512, 16\n", - "spacing = 0.0625 * kpc\n", - "grid = Grid1f(origin, nX, nY, nZ, spacing)\n", - "grid.setClipVolume(True) # return 0 outside of the volume\n", - "\n", - "# load data \n", - "loadGridFromTxt(grid, data_path)" + "grid = loadGrid1fFromTxt(data_path)" ] }, { @@ -74,7 +67,7 @@ }, { "cell_type": "code", - "execution_count": 12, + "execution_count": 4, "metadata": {}, "outputs": [ { @@ -103,27 +96,25 @@ }, { "cell_type": "code", - "execution_count": 13, + "execution_count": 5, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ - "/tmp/ipykernel_188985/463811823.py:16: RuntimeWarning: divide by zero encountered in log10\n", + "/tmp/ipykernel_9824/463811823.py:16: RuntimeWarning: divide by zero encountered in log10\n", " p = ax.pcolormesh(xRange, yRange, np.log10(dens_data).T)\n" ] }, { "data": { - "image/png": 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", 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" ] }, - "metadata": { - "needs_background": "light" - }, + "metadata": {}, "output_type": "display_data" } ], @@ -151,27 +142,25 @@ }, { "cell_type": "code", - "execution_count": 14, + "execution_count": 6, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ - "/tmp/ipykernel_188985/2125385323.py:9: RuntimeWarning: divide by zero encountered in log10\n", + "/tmp/ipykernel_9824/2125385323.py:9: RuntimeWarning: divide by zero encountered in log10\n", " p = ax.pcolormesh(xRange, zRange, np.log10(dens_data).T)\n" ] }, { "data": { - "image/png": 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", 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", 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" ] }, - "metadata": { - "needs_background": "light" - }, + "metadata": {}, "output_type": "display_data" } ], @@ -203,7 +192,7 @@ }, { "cell_type": "code", - "execution_count": 15, + "execution_count": 7, "metadata": {}, "outputs": [], "source": [ @@ -238,102 +227,99 @@ }, { "cell_type": "code", - "execution_count": 16, + "execution_count": 8, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ - "100%|██████████| 500000/500000 [00:01<00:00, 269913.01it/s]\n" + " 0%| | 0/500000 [00:00" + "
" ] }, - "metadata": { - "needs_background": "light" - }, + "metadata": {}, "output_type": "display_data" }, { "name": "stderr", "output_type": "stream", "text": [ - "100%|██████████| 500000/500000 [00:05<00:00, 97611.51it/s] \n" + "100%|██████████| 500000/500000 [00:05<00:00, 85160.64it/s]\n" ] }, { "data": { - "image/png": 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", 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", 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6aVDqSlSH1AZAaFlqe3XFqLY3jcVrzEGvJQj8jvFa8TeCRjQ1k0ak7peoNwaTJtaslaDe+etpPF5a4ebr7sJ+7Lm62rp6Hj9tP4i2Jc9hGrNqwQDY+t2Pe94zeU1emqrahwn6s/V690Lr17m/Ve04yPXp7TZfdxfl7z3F93gQ5lEjG955VlMa2eC5h+ZlXPOK+ZSSwA3AnwE/i5DyN2v7/xFRxXeJ8tfTzOojlUrNWPnUg0lL8ttfry/TsX59+K1qTW1N4zOd07Tq1H+brttv5W06j9f1NHIf/fpRYdJg/drrx5q0j3rHe63Y/fry6s/vXTCt4oNqKfU08yBjCzJOr3fHrw/HqT63evff671s5l7Xw3x88ybt0ut+vdP6OSeVSs27RnbwtWVO6vDyhv4OvrbstNTI5pXs4TjOwxVBhQj3MiLnOM7R+RxHCy200MKPG8o4lGnM4tZo+zcNFkpi4q2RTSCylO9EZCzva2b1oWpkXn6EepqE3ypUhdcqsdnVcNDVbiM+hXrX6bXqr6c11IPXGBtZ6c416q2O9XazGWfQ+256h3QtRt3u5W/xGoN+jqDalK4F6b/fce2nffs3XU+jGrR+HfoxXv3N5jyO462dvdP6Oecd137a/TOdy3Q+9bn95Pl/4Lztpr903nbTXzqO4yyIRvbGa4POicNnNfT3xmuDp6VGdqoF2S8CNwIXIYogvgo8DYR8+olVHpT8W4ZG9tChbzc5Zk3HmP5v6rfeJCG3m4gFfuOo17eX6cV0vUFMO/XOX+/emtr4kVr8jpsLoSL7CbI/yKRU71no/Xkd49VW32YizDR6fV7XGfTZqv/X2+jvs994VAFYb9wm07gqRLza6+PwGn+979SrL9MzNB3vRyqR/18IQbbvtaXO6OFlDf3te21pS5DVubkzBJmhzepKu80+bT5RaVPzp/vIvD58LzZYoy+3qQ/Tdq8/U99BJngTo8xrEq43OamQjM1Grrve/nrX6rfd73xzIeC8zhFUgNbzV9bbXq/PoPdBFxBex/pdl+lZeD07dbLW23kd6/eMG3kv6j2fes8uiKAK+vyDwHQ/5TNbCNbi668tcUYODzb09/prS1qCrM7NrSvIKu2OA7/lsz+QRlaPIu31wjbyEgdpV8+ZrFOF/fpuZFu9j7mRDzaosPE6d73FgoTXM2vkeTQzwQU5j9+7EmQyb+Rc+v56989vHEEIE0HQ7PU0IiBM76bXfWhW0Pi9/0HeWxMZp5l3ayE0sl07FjtHDi1t6G/XjsUtQVbn5gbRyM5CBOHd2OhDM7EWg3w0QdsHQaPn82tXT6g1sq/eqjhIzJIOU6yd15ga6cd0vDquuV4pN9r+nZZ3jJfpt9c2fV+9SbGRNvpYTaZMr+urh2YFVpDvzU9YerFWG1k4+cV1NbpY8rsPQbYthEb22o7FzuFDSxv6e+00FWTzylq0LKsdWKNsWmVZ1qXAeOXvT4CvA0eBc4C/BPYA/zGf42qhhRZaONNRwqHUIAux0fZvGsynlASuxeDPQrAVEwiBNQLkgf3A3wGLm1l9eGlkQVZa9VZps1nB+23TEcShr68ImzUbBTVFNaJhNLOyn697W88MFkSrCXJvGzEv6WOTDLYgfdW7nqBj1c/l9ztIf/Xupal9kD6Dbnec4P4607i8vnO/76MRbcy0/Z3WwsSRvfTqgLPv4JKG/l56deC01MhO+QDm6qH5sRZVNDrZyP/Pha+h2YnCb7vfZOR1fi8TjV9bv/E1Y5bxExb1+vRLOSWPD/qsmpmU6k3azU7W6v4ggbp+5zTda7WNiVYfBF7n8QvkbkQweW33Yhp7vUc6eSnoNel96/+v984H/RYWwrTYEmSn0Z9JI/OahIMQQEz/N7UJ+sIG7c9rDM2slCW86P46TEK60YlcPaYRweY3YXvl7GsUQQS213FBtgUdg2mbH4W90YWMVzv9PjcqWIJCXWDUe2/93rmg16TGdKnnVc9R7zr88mnq98+0ePL7HvS+1WteCI3shVcHnNcPLmno74XTVJCdMWVcVMjcZnqOs3p55NTtphyDfn17wZT/0G+7aQwyJ6Ipn6Epe7vse2sD+fz0Pryyhntdt5oJvpEs637n1XNAmnJWmnLtyfZy3H7P1Stjv9d11HsvdKhjMLWVeQT1MXtVPPB6b+Q1AMZM+Xo+QZmDUOZYnE0uUQk9z6LfWL2qK+hjgJnfhPuuPfZczX6/86l9mt4xr7yPauUBUz+mTPwSMj+j6d5+feKLdcc6W5SxKOGZUcnzmNMSp1qSztXqI0iuxXqry0aChuutzJpZwfnt9zJ/BBm7Vz/19pmutd74Te2DnFvvW10Fm8YzG80oqPaptvcyOfn169en4/hn3jdtdxx/tqipvem8fm3U/UEZpfWuoZHn7jjBg7/rWQdMYzBpgkEYkc26FmScn9rfO62F8ZE9s32x89qBpQ39PbO9xVpsoYUWWmjhTYJSExpZo+3fNDjVknSuVh+memT6KkiikZVVo1qEaXsz/Tbb1u+YZvuZTV+NntPk62hWA2vEF2Rq7/Ue+Y3FS8synUv3KannVPerq3odcxXsHKTNbN6fZsbvd++CjlnVpOR9DKLVyuO9xmvSsvRjdE1P7XchNLInti91XjqwrKG/J7a3UlS9KQWZiqDMLMep73j2epGD9DtXppYg4ws6Jv3c9a6/Gcw2rZOXoJkrNqlf0ljTGPwEn982tW+/8QSBnJiDClq/89cLXPdjiso2QU2LQQRbkMVgMwLW6x1vRNjO9rtoCbKWIDM+tGu5aebbYsBstSbT5BVkQvM6Nsg5vfbrH2Ozq+Yg552Pvhq59yZho197MwhyD+tNykHHIvf5MTHrbWt0LPX61sdcTwsKwiKtJ8gaXfSZ+mvkO5FQ3x2TYPb7trzG5ndeU//ybyEE2Q9eGXReeOOshv5+8Mrpmf2+sfKhpxFU9tAW+xZPBlSQCr8q9MrB+jkbYXt5seLkWGV/XqxF/fjQ+nUuU8rE4FLvQyOVjoOwwfz6CsLQrHce2dZUzVp/jn79+F237Edni8pnYmKmefVjOqfs28QqlFArEXv1rY5l83V31TxX2UayEutdv4nZaWonUdqxqy4TV30P1fF7fR/6+L3GZWqj/qlQ75Pcp747prEFYTMH2b75urvYfN1dxvP5HTfXkD6yRv9OR1gVCX7aQpb1vpabCFsRd7tOZVa3B0G9UuY67d1E354NgpZS99vv12a256wnsOuNsd44VPhR/k1CwYuO7RUWYFqc6P2a+myUsq5O9Pq7A9709Xq0fK/r9+rDNOZGn5fpvjXy/uvjMp3ba+xe72K96zf1LZ+F7EN9/mo7FV7C1e/e6uObnJykq6sLoMtxnEmP29QU5Jz4n68sp72jMV1leqrMOy48CKI+ZBn4G8dx/mYuxzcfaLEWW2ihhRbOQDiORdlpTMNyqu2vnGsBO6841bbNubIHq3FkktRRL41RI478etvVfbPxN9XzUQQZY5BzOE6wgpuzRbP+K/V6G/HLNOrbaMZf43es3zbT8Y1k0g/iF2rUP+Z1riDHmsbWiN/XdE6Vpel1/fW2y996iaR636f+Dqnfiel6vNqr8CKYLUSKqm+/fLbzw/2rGvr79stnn5Y+sjPGtJhKpejs7AS8TTzNZCvwg25OCWJa8jNHef3fr+9Gzae6OU72Ue84v2tS4WXC8morxwQzsyzMxrRaz7zkta0Rs5SfCU+9xnrPXYUpU0m98/uZfVU/rpfpr9lz6m3UfkzX6nffZrvdZNrU74N8v1TTbqNzgt9zludRod6PhTYtPvzSKpINmhbTU2VuuHjfvIxrXnGqJelcrT5MuRb1/3uh0VWk/rsRraNZxlXQFXUQjcRvW7Pjq4egY6lH8W72eernmKu+g97vZjQkv331NAGvY/z2N5LxZK4Q5L4EvVf14u5M96CeFlsvWbGEqZ3fPLQQrMWHX1rlfH/fOQ39PfzSqtNSIztjfGQ3df1qDdmjEZhWfOVNG4xtVTbW9RfcEWgFr+4PQhrwcup7oZFxeG2TK9og46t3bV77vK5fHW89woCJ1aefv55Wq2vR8pggGrDpWcn2XmMzPZ9G77N6jDyPKcekV/9B3iWVZdeMdUDXyPw0R697YOrfj9Qh77t6/+3HnpuhIanvtoqgWn299qY2cpzy+avjvqnrV+v2M1uUsSg3SEwvt+qRnVqNbPO5H3aCoJ6dPCj049WyEY3kbPTaNtvxzMVqej40M69+mtXCZquN1Fuh66v9ehq5SbPxGo/Xqt5rXH6od06vml3Nfg9BM3L4afvyt+qr9erX5Cc1PSfTdj/NyOu69Vpx9doHsWqo2xdCI3vopXOcrfvWNfT30EvntDSyFlpooYUW3hwoOTYlpzGNrOScnhrZGSPISjv3uP/3M5+opRVMJjg9jsQLuvlALZnid6x+nBcRQB2rKQhYbaebxfR2OrxMj6rD3BQ/U+94dX8jDvR6Tns/8keQMTQzFv18XkSUICY3db/ex+br7sKulCMxtTGN37TdK/hWb2syRar79Zg2abLTn8kj2++sIVA0Qu7xezY6EcnUj35NfkkA9HfLzzSs/o4/9PSMvvQxqPdSHYNqYjaZ1RcKwrTYKuNyWvwRoIxLPVNHoyXt/bZ5Hes4wQtdBh2L3ofpeubC/DebXIazuUavPryc9kHOW8+cV8+pr48rSLVqr+1epjGv/kzt/M7hNw4vk9tcVUJX+/O6h17fntd90a9DP48Kr7yPeh9+20zwIwoFISrJv4UwLX7txfOc/7f3gob+vvbieaelafGMod9vPvfDfOe1z/i2DUqvbgQyFdDW73685hxBqMZeFGaYmeXB1CZocUKTs9xPk9HHPVcIQsufzXmb6ScoIUGHKWRAHt/ovdW3e1HJ1XHp/9cp5RKmcfmRN+qFJQS9PypMtHy/d6Fen+oY/LKieFkc/L5DU39emqXX2OtlB3m0/DXeed5H2LrzHphH+v1XXjifto5QQ8eenCrxi5e+Oi/jmk+cMYJMjSMLAv1lbuRjWygEFSp+wjNo/9IkEjSWy28cjYx9Nqg3Ger3RcLvGdcTAnq7RibjIAzCRsyJfvAyCXptr9eXhNe34tfetL+R98IrFZns3/T++zEo/YR6I1DNiPXuhzQjg1j0tgTZ3OKM8ZG10EILLbRQRRm7Rb8/Xf6oU8bFZLM2+QG82s0VgtjOg+xvxL4fdPxBqMN62yC+n2bOrfcT1P/YCOrR3P3O2wxF3q8/k1/Oq6+g74nfNdS7rtmMI8iz8vPt1rv3fmOrd271+oL4kIP4H+vVKfPzSy6Ej+yfn7/I+fqeSxv6++fnLzotfWRntEbm5QvQ7eSqacLEFGz23BA83ZI+DrV9PTOI1znkNdTzrwTx6QRlKjZqpjFdZ5Dz+LXz83uBNwvU77wS9bKim8yYuikvCKPSxHzTz+F1bL17YjL9efn6TCbOemP28h8GfdZbbHO5F/23XirGyyys/tafhcl/rPan+84e2X6nyzQ1nVP1kTX6bs01StiUGtTISi2N7M2jkTXD4vI7bj4qxNbTbGZ7riDX56UJzObadMZZs9qZ136/FW+QKsb6cSYmYJDg4qAre6/9flpHvTF69aGPPYiVoZHA5mbfE69rr6d9eW0Lmuw6qPZmYhx6vb9+75zf/ZbnkL8XImnwPzx3mfOV3Vc09PcPz112Wmpkp3wAc/XQruWmQB9XI+bCIH15mUWCfuimD8Zk5vESfOoHqH/gJvPpXJpLZ4Ogz6qR3ItBzFN+fTRiqqo3JtOzML0rfpPtO679tBuy4ZVpwms8Qe+Z+juokPMTMkFDTIIuWupdh5fwaGSMalYer/Gpz7MRge61byEE2d8/d7nz5d1XNvT3989dfloKsjOGtXgtN/Fd5wGgPtVYIohZqt4xjVK+m2W7NcKyUhmIJjpwkLE0Mm59XH6BsiZqsheLsF6YQb17oZuL9CKKfv2ZGJj69ajBzF7bszdeyeMPfHTGdRUG2tn63Y97vp9zYYZqpthrvSKffmOrx54Nwto0jTsIO1XtV33/JNTvQb1O+T5IM6UpD6fet1dRVNmu3jsOLEj2+79/7vKmWIu/seHZeRnXfOKM9pG10EILLfy4ogyUGiysWZ6focw/TrVKOFdqtOoj0wvqqTCZAubT3ObFfmrG39CoCWOufF1BGJ5Bz1XPpxCkP5PJNQgaGXc9v1Sj12u65nr31W8MpvcnyL1Vk/P6ZTVRr9NUHLLRd2s272K9fvx82CZ/mpf5088s7+WX8zMPm/ZLLARr8X899xbnH3dd3dDf/3ruLaelafGM0cgeTH3J/b8063iZHkzsvrkMflb7MrHB9DHM9rwmBp2pX6/7YWJL+rHqgmwzXWcjpq4gJkwT49OrrV+fQc5vYr/pYzAdqxZzNI3NK9hY70c9v27G3Orzbunb5P2X/+rle0yQJlC1Hy+mrJ+p1BTIrELt0/ScvVixOpNUbaO/b9dfcAdbDWZLU9YPdb9uqvQyn5p+S1PjXJqNg6C5pMGNtX+z4IwRZBCMym6C34cfVMDVo87rv5sRnKYJ3HSOoH35fVj1qv02MlZ9Eq0HP19LkP/r23Q/hrpPf/aqr8Qk2OWEpwsbPeGyPuH7jVGtKux1z9W+1Hu71eMe6PT5Rn1xXoJb329Co4m3TX3q+/RwBL2N+uzkPtPCSfeJBfGxqu30+6q/Wzq9X35H+nP7+sQXPc87V/hxShp8xpA9gqaoalSABHVgS+j7g2ghs3GO6+l7TGOvdy1+Y6zXr55rslE0SrAIcqz622vVLwunqkUYvfr3cvoXBtqJjEy7+0xplExj0MdiGrd6D/TxyXuuxzLp98IrZ2M9bUg9t+n8JjTyXTVr/TCN2atig6l/v+epQwogv7hSkyBVtTo/zfI662a+x4Mwj2SPzz6zkUR7Y7pKZrrIB694Yl7GNZ84owTZe7rfB/h/eKaJv5EXPCiaYQqq4wiSD8/rg6l3TBDBMBv4Tc5Bj/MToI2aaPT7VN60oUbw6vcdqJmQ9IS8JkGQvfFKkrsnZpgSTfn+/PLzmSbmINqzLKui9xtEOwpyP4MKiSDQn7PpngfRHtX7KVmgXmNR+9DNt379B9XYNl93l5GF6tXXQrAWP/PM25oSZB+54gfzMq75xOlpEG2hhRZaaKGFCs4ojczLtNiomSpoH34+lXr9z5Vm1Ix2EtS01IimF3RcjY53Ls4ZZEx+JkAVquZmilUCakxSEvW0DXl8I3FMzZpi9fe2XuUH1YdXr7xMvXsv20oNxm+cQX1tXuVZvPr1O6fap1pcVO83iBXHz2S/EBrZX/7omqY0sv/+lsfnZVzziR8LQaajkQ+uXvt6fc5m4vbyv3lNiF5CqN5kU++jVD/IRoNs/fw1QY7Vx2La7nefdOEgg5V134c0N3r1rQfMykm2MNAOQGRkusZcpfoO/UzFpgnUy+fj9x6agoh1eJnr5uIdDWLOV48JImzrjaeZd8p0/iCVrv0EGDDDPya3eZV3WQhB9uc/2kS8QUGWnS7y+295bF7GNZ84YwSZmtlDYrYfaD0/VqMa1Wz8WI3Y6xs5V5BxNDJhNDN2v77An8Lv9TzUxK6m/rwEVBBcc/PdPP7AR2v6LG/agP3Ycy6JRJJACgPtxuwfputUx6b68byElP5s6r3vfuQPP5jaBH0nGnmHGh1LUOtCUJi0483X3UVkZHrGPZbP23Re9bep/0fLX1sQQfbpp69rSpD9wZXfnZdxzSfOGPq9Gkc2F/D6COR2v5e23rEqTKtDrw9AbQP+KXD8tgeBek5TDI3X9ZvOF2T1rbaV23XNysv8ZRJiqnYl75ecfFRTmRQ0JnNhedMGVyDJe735uruIa32AEFyjt19NOOuQHM7XPBtJRtDTIvm9J373X4Vpnzr51tPq/CZb/TmomE08oGnRpbYNuhgyWRu82qrnMY1Pfxfl9akEEv16dKHqdR1+93E+UcKi1CCdvtH2bxbMq0ZmWdbbgY8ClwNLgZ91nKraZFmWBXwS+A2gG/gh8NuO4+xu4BwNsRbBn/0W1Jzl1W+zx5rG5/W7WcxGQw3aZ1Bz5mz6NvlOpMBQIX1Vqtnokg98loHPPeH2qZqV1LZ6rkqdjSjPfc3NdwMwPRgmliqTHM6T7wqT3D3hjkMy6kz5/byEs0mDqefL0oVWEJOe3zvrJwyCPM96YR16P/WsHF7t/a5LIuh3a1qczdYioeP6C+7gq09+bN41sk8+9c6mNLI/ueo78zKu+cR8sxaTwIvA73rs/+/A7wHvB64C0sB/WJYVn+dxtdBCCy208CaAZVnLLcv6nmVZr1qW9ZJlWfVZV3ofC+UjsyzLQdHIKtrYMHCP4zifqWzrAo4B73Uc5ysB+/XNfq9iNpqBl7lgPuBnWgnqDzCt1P3G3cyKt1EfoRe8Vs8mn4VprFIrUv1W0leV7woTTRUBSA9GKcaF6aTnvidnjEPX3kwFFKduHSKSLpPpE1nFCx2iv8iUQ899T7rmSJVEopsn9XsURHtolmTjdT79HEO33cO2L3+4oX6DPudmtK9mrRf6dtWn1UjQfpDnU89s6zXGLbbI7DHfGtkfP/VO4u2Rho7NThf41AJrZJZlLQUWO47zgmVZS4BngXWO46SD9nEq48hWAUuA78gNjuOkgKeAq70OsiwrZllWp/wDOvQ2QX1U0q6t2rf1/V796WYs/ZhG99Ubp+qDUv/U9rqdXv2/qa3pvCZbfxAhpt5Hr306rr/gDtcn6HUuCXUSD61fV5PrMJoq8vgDH3X7k8JDCrHU6hip1TEm1tmMX+LQv22M7I1Xkr3xSrc/qAYSyzFERqbdfeVNGyhv2kBmkc3kyjC5HotCh0UxAcUE9G8bm0G/D61f5/qqZJoieR9k283X3eX27Xe/THkA9XuswmQm8zOld9y/zfPcXucNrV/n+Wz140z+LbWdbDt02z11/Vumd1SH/r2opl3dv6n37zVe+Wc6t3yP9X5M51ooX1nZsZv6W2g4jnPEcZwXKv8/CowCvY30cSo1so0In9ig4zhHlHZfBRzHcX7Bo59PAH+ib9d9ZNIH0SzlW/bj1aYRDWUu+pgLDbCZ1fRsx6HH+NTzO9S7B5I4oSK1OsYzX/yQS3mXGlH2xivJ9IXI9QitqRyBxIhD197cjHphag0xmEnHl4Jm5HJh9S5Ulk8rvzoKQHptN9FU0WUu6qt/PW5KvX593BLNMCpV1KOVg//73qxvyMvn5HWeRqC/H34p2prt06sNzAztMOXvDIKFYC1+/Mnrm9LI7rr6kYbGVY8LUWnzu5U2SxDupv/qOM7Thr4uB/7JcZwLGxn36SjIYkBM2dQBHEqlUvz81X/hbvSiKzeKRvMQep1TN3UslMCqNya/sTSCehOK1/V7mcC8Jix1cla1mKNDcQb/4gl3e74rTCFpk1lkk7o0D0DkSJT2g7D4sVGjwPBKJ5Ve2834euE0z/VAsbtIZCxMdBKiKdFHLFV2tRr1+iQkkxCE0NOLbZrulb5N71e2a3RREGT7bN4NXZDppBZ93F7kHQl18aOn32rkO282lnG2Zk7TvoUQZL//5A3EGhRkuekCf371ww2Ny7KsG4C3IkyC32Amqe8XgC8huBBPAR8AbgHOdRxnRGnXCzwO/IbjOE80Mu5TSb8/Wvl3MXBE2b4YeMHrIMdxckBO/hauNgGv1edsJmq/hKR+/XqNod5YggggdbtJIPiZW4JonF7n0H+rE4Oa4TvIKlw3FdUbT2nHLnciUxP+Tt06BMDyh0YpKH4xyRpMvbuf8EgUgLZj0P+FJyhpfbtBzaxzJ1WpzQ/ddg/dL4xz/LJ+AJyQg2ODVRLanfS1yTHp13DNzXcTf+hpbOAR7T6WN22YUc1YNV+pfelCXYUpd6h+jNcCoVEEeX9M4/byJ/m9B6b+1W2mb1Mfq37+RoS+lwnS9P6bwmb0a1L/f1PXrxrHPJeYZRmXDnVuBXKVuXcGHMd5GHgYaudjBR8C/t5xnPsqbd4P/DTw68CfV7bFgAeAP29UiMGp9ZHtQwizzXJDZSVxFTDTE99CCy200EJglB2rqb8KDgEp5a+p8haWZUURJkeVC1Gu/L660sYC/hH4T8dx/rmZ88yrRmZZVjuwRtm0yrKsS4Fxx3EOWJb1V8AfWpa1GyHY/hTBZHyg0XPd1PWrMzJ7zBXm09wXpL3fcUEKI3qNwU8T8tqnmoTUla2X9lDv/OpKVV/VqtncVX+E9FMNsIFIukz8oadJV3xd8jhZYuXsb4wyOtQHQNfenGtGTK/tBiD+0NMzMuGr508OtLttAdqOWCSfsynGHRJjpRrtEGb6wuIPPV1z36CqSUifmKo1qM9TX83Ldqomomt0EvoxXtqYeg79GfqRSxr1EevkKHk//DR4/X7J69TfTZMvvB55w+t61L79Eg7o26TFQB/HXJjtTxHOAqaU30ZtLAD6gRCCja7iGHBe5f9vBX4BeMmyrJsr237FcZyXg55kvgOirwW+a9j1T47jvFcJiP5NRED0D4DfcRzHO5XBzHP4BkQHdeTO9ws323H4+TWaIbXIY8HbX6Vua9RnEsQXpkOdbHWzTnptN4XkTANCJF3m8Qc+6lLwAZK7JygMtNdQ76G20rFkLEpf1Ynbr6bnvifdMaoEjMM39NO9R/QzPRimd0eW1OoYibGSK6gkU1LNvQjUBFXLfV4pq7yqFOv3P0gy3WZ9u14I8q7UO5cumGWmFVM/zabTahR+JlcvU3m9xWCQb2UhfGQf+OGNTfnI/uqtDzU9LgMXYhA4DGx0HOdJpd1fApscx7mq0XOYMK8ameM43wPvnCeOkKJ/XPmbFwRxdjfyEgYRNibflZ//wm+s9fbVWzn7jXE2529U6JomC50ZqLdThUk0VWRyZZzO/UXX/yVJE5uvuwu0bBqRkWnsx3bVEEJk/5uvu6umrdz2aPlrrkCMIuLOGOxl2cNVra53R5bIyDRdyjWAEE4lYOt20ZeuJZV27GLr9uo7IDUUnVl4zc13Ezfcb3Wx4hWPpiYq9hKIsi8dfu9QaP26mnNs/e7HPd9nXQAF+f5MmrffYtSU6iuI1mSCl79OfrPN9Oun9crfzrqzfcc1F9BMhYGPmWOMAiUE90HFYqo8iVnjjMm1CMFXi42Y0kz7vfr326cLtCDjDKoFNfKh6aYmv/ZBBKRpjHpMlHpu9XdkZNq4Ypf/36psj7COcjhOIWm7mk00VWTotntIUtWs5PlTq2M8s722XIiqBaBN5jLOKF4RKlO3DtH9wjilHbsYvf1quvYKy4oUWPm1VxJNFavJgSvXfP0FdxABl1ASWi8IJDLmSkKPi5Pjk0LMy2TodU8fLX+tJnzAS5NuVvOQkHkp9TayD1NaLf16dc1b3adq4l7kj2byPMq+TNaLet+0CSaTvj5eVejr97a0c0+ga5gNytiUG6RBNNq+HhzHyVuW9SyCC/EAgGVZduX3/5yr85xRgqyFFlpooQWBkmNRalDDarQ91OdCAPcC/2RZ1jPA0wj6fRK4r+GTeeCMEmRyNdeMHd2kFairNy9TZL1+5KozqNakxtYE0TC9fBBzAa/Vpjo23Uy1xb5lxprOpK2pdbokZLCz/dhzZG+80n2eI7+3ETsP2T5IHhH0esD1f0nNTvYVGpnmmYoWJjUmCXleqe3IQOjypg2o3oRIuszEpb1E1l5J/7axmiBs6V9LrY7Rr/S/9bsf55qb7yaaKrpmRBk/ll7bTZKZ90q9P6qW4hcvpd4vkzalkzxU1Hs31Oeja7Py+HrxWDphQpo8Td+QHizvV4DUT2OqZ86T//eyMpi+Ia//e0G2c8+haOmqRv5ouaaMy7xhlqbFpy3LKgN/4zjO39Q57ApquRD3Vv79J0S6wX+xLGsR8ClEQPQLwPWO4+gEkKZxxtQjUwtrepmrgr6Q9eDVh5+9Pkh/sx2X6muo14/Jj+fXZjZjMfk9TDE6anBsYaCd1GoR916KWWQWQzkEi5+p+shke/mvFDZ6MUt9EtaZgjLoWSWTJIfzpAejJIfzNYQE1UR1bFM/ZRGiRuJ42TVFmjI+qONTiSDqYkmOzTRueW7T4kI9h+xX3d4s6r0XXuMJ+i7VW6BJ1DO/B13kBenH9A2Z+vEy3QbFO8/7CFt33gPzSPb4re+/pymyx9++/evzMq75xKmMI5tT/OSt/8P9v/6Cqb4p3U/VDOr1oe/zyvHm55MwTfTqPi9BYPJRyFWi1+RgEvp6G/14dZtplVvascudDFTmnmyfXtvNI9vvrKG2gxBgj2y/k9TqGIUOkc9waiW0H3Do3VEmuXvC7XuLfYtb5+uR7Xey9bsfdzUIeV5T8LC6cpbt4g89TfcL42z78ofZ9uUPExmZZtuXP1xDq9983V0u8aG0YxexVJmBzz3BwOeecJMRS21NviPZG690CSSRkWmXcq8SN9R7KPuG2pyS8rd8pqZ3Sb3n+vPze4ZeaHRxo5JC9P69vgmv8ajXrY7b9I7W07K8rsXUj/oNqe+IhAxiN0Edo36v9TF+4+l547e5cJrIs+icglyLc4EzxrSYfD1V89tvpdiMxmQycwRZUarmEq+2pu1+jv56Jie1Py8Ks2k8fitmdZ9qclKJCmobdbv8f2GgHQaEuSX+0NNCEN065GoqW+xbSN86xCUf+Cypy8uEMuKjsvMWibESmb6QkdFWolbwS/Okfp0mevvQbfewrdIuvbZ7xoQjySFSoE3cOiTMh5s2kF5qk6yYj/q3jQHC3KkW0YxXMpEUBtoFCxLo2FE1N22+7i6X1KLeRz+yh0vj32F+z+tN7HqsmxeCviNQYaDWocsHNc+B+b31My+artm0MPTK1KNrZF7XGdGqMJiEpfq+nUq0CmueRjCZFv0wG3NZ0H6CmjS8BGTQ8wW9lqDmDy8Tin6sSRj6tVcDlCX04pIgJsPRS+LkeiDf5ZA8JD6q5JGye1zH/ds8z6mu4lWzozrZSgEnJxmZ7NcUBiB9O4ArhGQJF5l4WPqUZJb7a26+uxoSUNl+ZEs/Sx8drfZVCRtQn408pyr4Jy4VCcBVk2V6bbcbu6aXttHvuV8eQ91XadKY5KLBpMmbFofqbx2md8UkrL20QL++g8LvGwr6fcnnC+aFpLrNb9wLEUd2+/d+nmh7tKFj89N57rv2q/MyrvnEGaORtdBCCy20UEUzZVlORRmXucAZo5GphTXrIYijthnNLYhG5aXheI1jtmMKiqDOa12L8nKCq+1lMUqp+YBYuaqlT2RfQ7fdw9FNZeJHwrQfEO9mKSY0s1iq7JIv9DEGcchLqMUu1aBqldQhkwXLNpIhOb4+zuLHRmeUkrEfe85lXaqap/QBZvpCbhHO/hezNcU29QBfneyhjtdEQvC6Tv15mjQr2Y9Xe5Om5qUFNmJh8IJfRg+v/ry00UZhyqbvp6X5+RfB/3u+zrqZ7/EgzKNG9ivfvbUpjeyfr7sfYCcQlLV4ynHGCDKTaVGflE1qv7o/COZTmJjOBWZhIWEyYdabsHQ0Ys5U+9EZd6aSGlLoSRKEmtJJp+Cn13Zz7IowyWHId4mM9iBMbN0vjAsKe4XsoY9bz0TuxfqTgc56uij9XshxqaY89Xr0sAOZEkumxxpfL/JBlqNg54UQVgWjGsCt9jU61EfX3pxrqoRqxo58V5j4Q0/XBJyrvsAg9cu8Jmf9fqptG/lWgvQfZOHm5QtW/U7NVMw2Cft656/3vdU7zuQzy726fd4F2S/95y81Jcj+7zv+77yMaz5xRgkymWsR5t6e7uUc9jver73fCx90LEEmpEZXp17Cs96Y1G36ZLP5urvcvIe6JiL9SoDre8p3hZlYE2bZw7WCTEKlsatCrd59VP0+8pzxh5528yxmlcTDsr16DVBbOkYmLAbBVlTzMGYGhPaV64HkMJTD8PJnPuj2qwpaVQCpdcukj0xqs1K4qe+WSTuWzyJoDs56ftDsjVfWpPRSn53eXr1vXmEgflqNro3KcTXqy/K7Vj9ttJ4w95sTgvYJC6ORtQTZaQQv02KQF75RAdIM/Exu+vYg52tUkwxi7qknrIKsSNWJU42ZAiFwpDCql6Vcppfq3zbmTuTbvvxhttgzk8x6rXjVWCxVqKq1zFwGYYU8ogo2qNU2VeEiITUwGXvWcf8214Qqi3ACLNmWde+BLoBVk6HE6FCfm4xY1WLd1FoaTKZFLyHh17YRqOZlr3daP6d+rmbNf35jmo1pXo8v9IJeQNbEhgyi2X594ovzTvb4xa2/3JQg+8rm/zMv45pPnDGCzBQQ7ffiepkuGoFJCAXVaOYCQa9P366Oby6hZrFQs25IOrzXeeVkMHFpL8V4lWov0bU3x/j6OL07qkJBQvcryWsMrV/HxKW9NT41qVmops7JlWGWPjrq+rZU7UYVjKoAzHXZhHKijIvUVEaH+sj1WNhFoYVJ/15iTGRdjKaKboC3milE+tbkedTzmvxwsvo1zDTTqlqjCaZvwsvnVe/9kf159aPvl20kTEmN9bHqqCds6lUF8Lsmv1IwjX7XQRabC8Fa/Pmtv0I02aAgS+f56uZ/npdxzSdarMUWWmihhTMQDhblBuPCnFYc2amBF9mjWc2jnv9Jot5qrFmNJ6gjXG8T1GRY71gTkUM/zq9cPFBjBlPzJ+pj0QNz5fFTtw7Rcf+2mkDqg5vj2CWRpqp3h4grSw7na7QzqcGkB6NE0mWmB8P0f+GJGjKFNAlOrhRruMiUUxMTprIqpUYnSRYg8j5GpsQ3E846bPvyhwHBcpxYZ9O9q+xqbCC0Lz0eS409g1qzVPbGK4k/9DQjv7fRjT3TySFqDJgcq+prlG11TcJEmlC1QFNMV6M+JRVeGlijvi4/k2kQy4va1u88jSCIyV5uN31LC2FafM93fo1IgxpZIZ3n6+/8p3kZ13zijBVkJvgJibkwuamTh84g83MWN/pBS6iTk98HazqPnhDWz0dmSvOkj0ky/DJ9oRqTW2nHrhmCSfYhJ089Ua2bZLfSx+Eb+pm6OEckUaSQCdP1nDDR2flqfTB5HoD0UptCB6z86mjN5KwHGoMgUoAw0+lMRMlYlGZIgGNXhEmMCgGYHrQoiaGQHIbMYmFSlMJLnlM1f8p+pbAJrV/HkS39gKDlSzKJyqzUqfdqoLY0TZryK+rm80bJF418C0ESCetjaeQc6rtoev/UvoIIWJMZMQg5pt63oo5J9dOqTNdHtt+5IKbFn3309qYE2Te33Act+v3CotHMHo2g0ZVbvVWm6WWfK8f7XFSI9mrjRfhQsfm6uxi9JM7AzQd4/aWzWPXNPCAyxHftzYn6YF/8kJHRppM0gJqUTrkum4m3ZlmyKMWR4R6SOytEjQNlVxAld0+w91YhEAors4QPxmk/CO3DRdffJn1t+S6IVjKaxVJllxWYHoy67EidMXh0SNDplz80ysEb+8l3QinhUGoXPrDuV8IUE2L/I9vv5Ir33eue0yRsdL+WhKkqgClmDzASLuT9VP2Ssq2enNjveQbRcuqRGoKQL5p9d1V4hVv4tQuiTan7glTl9oP+7S+ERnbTt3+9KUH24E/8w7yMaz5xRguyeoIo6AcXpOy6l/ljvogeclxBM91LNNvWyyykbl/9V/dyzcbtfP/p84kfE2y+/peLPP7ARwMRamS/Okvw4I39ZBY7hKctksO4Zrue+550yQ8Ta8JMnicIJoMrxph4fDH9LxeJpoqMXhJ3+8r1QGQKignxOz5GjflRTWI8sSZMoQMSx4RABBEiMH6JQ9/aMRLRAkeeHgRgxberRBRdC1RNngCZRTad+4WADWcdksNC6EttTLI0JWRYgOmdUzU+qTnKWDbdbBvEGqCiES3LRLAKohn5BXh7jb0e6rX3MmlDfaHeSEC4qX95joXQyH6cBNkZRfbQP856L3/Qj6NeYl79d7M2+KBmC/n/oILBZDbygqltkOM2X3cXsbfFefLbF9I+Ad17xMQvfUtyrEO33QPgUvFV7UBOxPmuMJGRat+JEYflD43xxrv7aR8uupR32T6aKmIXw1hRoZ2NvDxAz7AjsmkkbXI91b4iUzDwbNYVbu3DRaZuHWJqhU00BYsfE36pY5v6yXWDExLB2dOVTyXbB+VomePHO+l4KUabuEyXSZge7KVjR9WP9WilRhkIij4Atw6JBMgxi669OVfAda9fN0OIgRBM6japHZQ3beBRZUKW97oEbN1eKxD0ibjR97WeBSHoN6dC99d59dGI+dGrvXqNXqxOrz7U//t9c7ppWt0+l6EGQVFuguzRaPs3C84oQdZCCy200ILALAtrnlY4I02Ljfh+/OBlQgt6jNd+v36CmifUPmSeQH27qY9GVocm/5iE9M+o6ZKkZrHtyx+uSaukMu7UMZp8QaopTiWjqEw/lQQxcWkvmUU2qXUlEkeEL+ysO59w48jSS21iJ6oxXYWkXUOkGLk8jl2E1PlFul4Nu9qbdfEk2ZNRcMA+FqPYI1Svtn0RksMOhQ6Lgc89UePTAxi9JM6Lf/XBmuz6IMyUchwT51okRoRmmB6MurXMZHyZSu6oBz9modwvt/n5r/R3I4gpshGTnOn5m87jt83vXPoYg/i9vI7zO0cQBCGgLIRp8YZHfqMp0+LD1//9vIxrPnFGamReH6+6L8iL6mVe8ILfR6mb+Uz+LTlhmyYdk41ewkRt188t4UWbNwlsv3sl26kU8O4RZV9F8EjmoS5Ar7/gjhonumwj+1RJEKH16whVmIzpwV7Xp5Re202uq5JZY2/ILfcydeuQ2yZ5pOwKikLSJjmcr8mFeHKpQ98FoziHephaXaYcF310R4us6R9l58gA+USExMEIAOFMVeBM3Trk9h3OOnS/ME5kKlYjoCWVHuDE+ZXryUCuWyQg7v/CE9VnYyBtADOCtPX7KIW8/p5vsWcW0vR6j73am46T11dvwVXPV+a1Xa1lJ/upJ5QaXZiq8PvO6y0s/QSu3/HvvvJTvmOdC7Q0stMIfnFkQV/wINBf3Hp0ZhPrTD2+mXPWaxtkVVxPI9MzsZsEnNdkpyYClpOrZOypNbjUc40O9bm/JW1fMu5UAoZkFao0/mOb+ilHId8hSCUSsm1mkU1kynGLXqrZOw7+iRAu0Q0ncBwL+z+7KYchMyD6CK+Z4uy+cfYcGcA6kKB7Z/U76bnvSVfjk4I03yXSUUkNK9dTEXAnxb702SVC6Wqh0L5XyqIw55Eq81LNhmLKqWjKhmEix6j13fRYM/lMG2Hh+REcghxrWrCp4zcRpeZKO1LhR2SS90TP3WlaPOjHgDmvpB9ZZiE0si3f+q2mNLJHf+pv52Vc84kzUpA1YgaU7Zr9eOayfZAYmWYQxOTiN8EFFZLyHCZWmK59PbL9Ti75wGex81VGoEwfJYWEnOAlkrsnOLap3/0ty7oAbkFOgFJUUOOXfa9UUzpmi32LG2s2eokQKsX2Esu/7TB6UZj4GEwvF32ET4p/890O0QmLcEb8lizGWKpMarWNXZWf9O4oktw94abaAkG/H35bnMzyIuHunGi4P0n3TsdNXyW11olLe12yh6mygP4cvISTeo9NCxO/BYqfRUFvZxJwfmbBeuY8vY0XvASfiqBp55oRlqb7pwepe7WXeOd5H2HrznvgzSvIWnFkCwmTIAtCG9ahJ6RV2wb5ML2Oqbf6bBSNmmma7VNOpqaV5hXvu5ee+54EZlZl1q9P1RbUoOXkcN7NwKHmDIyMTHPwxn7S6/MkdkcrbcU72rU3x76bYnSsOQHA1N5uYseFMCmHoeOtxwEYm2iHw3EWPecQSZdrsnjkeiyKCXAqRvXYCUgcFwJT5nkEmB4UDaZWgrMiw9L+CdGmFGJkvAPLglg8T7Ek/HL5qSjxN6J07yqz7csfdtmZuS6b1DoHe/Ak5eE2AJZ9T+SSnDjXomM/FMVmuvcU3fps+gQvBZt+PwFO3H41z3zxQ75mRP2d9HqH1AlZDeStZ5KWv/XzmlDvHTb1axq733ce1KTa6Bj1RZrpnEG+z4XQyN75rd8inIw1dGwxneM7p6FGdkb6yFpooYUWftzx4+QjOyMFWWnHLl8NxWRW0eHl0PZaEXqZf/Tj/ZzDjRJQgiCIpualKcoVv3qdm6+7iy6EFtC1NwcVtuTUrUOCPVk5Vma2SHSFyXeJdFPZG690TW5QTQ8ltYB8V5jU6j7ibx/lrLY0r+WXAXDybIiMhxm/JMpZFxxhVYfIvrEzUmTixAD5NsgvLnBFj2CbfP9QD7GMRSQtyqFEK/2PXhKnmBD+NKlxTZ7jMHlFHms8yqpv5lz2Z7wyrqmVcS48a5juqLAtZksRtgy+xkShreYe/se+84hMVTODyOuMpcqs+/txjm3qdzWvTF+IzIBFcUmeibYwi4VyS3L3hEjNtX4d19x8N48r75mE/dhzUNGC5XPrue9J+KL5maoasymfon5MI4Ur6xEn6lkmdE0viOnb9H6ajjH5cufCX+4VSC3P6QX9vnx94ouebecKP06C7IwyLcrCmkFMfl4wfXB+DmkvcoTpnEE/pEaZUkH7CZIJxHQOPWh5ejBMehBW31/NZSjNkCduv5pSzCJb4XCUYrD4mSKTK8MMfO6JGrq+LM0iTWXptd0ceqfN2euPcGCkl3hC+L9OTsYJH40RzoikwYlLhbCYnGjDGo8SO26T63OIpsRHmO8p0/WaEKmxVJmRt4jtpc4ioekQ8RVTdLWJTBzvWvYKz6VWsOera90kvXIsMivI9HKHUKbS94oclC3I2/QtnyBfEAIx81o3S5+omgYlQuvXuVWfZXhCcjjP/nfFiK6eInMsSfyYME9GpnCLiarFPNVsIWoNMxn+oAf4qjn+6gkjP7+shN87rZaO8SJG6McERdBaX/o4/QRo0HHpBBBdEAUJY/H63qQgm2/T4tv/7XeaMi1+/2c+Py/jmk+cURqZ30tu2h+kD/nba6VZr5bTbFeA9cZXD/pYvRiHUKXEy/+7xR+p+sKmB8OMbyjS+VrYuLpPjJUYvShM9jwhKPr+M+ayFa9/dJSpymQ+sc4mdkLEnnU8JvqZ3rSRcrzI/t1LWLH2GIsSaQCeO3QOyWGYXi6IF5kXRB5Ep7+EBWSWlrCLFpllwr/V+1yYWEqwAnM/McX1K/YAcDDdw9LEJH+09Ns8OLUegM9tv47ObyXp35t1M+MDM0gitZn4Y/TuKHN8Qx/xUSHgkhUyyOglcZaO1OZVlEJMJa/0vAq5I50sOVImkq6SXaQAu/6CO4hU2qrvmP3YcxQkI3SHOWmwmqRYrW2m1oTT3wM/dqEpa76EqqHIPkzfXTNkCq9s/Hq/zdQTrEcY0b9vHabt+jj0NmoGk8nJ+ZcRLY3sNIKpQrSXUAmi0QRhRKmQK1I9k7weA6Sf14vSa2qr9ltP65N9Q+MFBvUxgNAA1KDdcNYhs8gm3wFde8su/RxEJvrU6hjTKyxCWbmtmqpK1R5ev/dqzrroCIe2L2HZf4oJ/uhVQoj0vVJm4j1pzu4Tmteul5djlaEcL2Mli7Q/L2LAptaUcMIOPUsnidgl8hXiReaFXspRaFt/gt9f/x8sColJ49XcMvZn+zma7eTJXecAsOQ/wnS/MD6jgrVMvCsp/xKyOGd6bTcHr7cgLoRn4vUo8TEoR0VWfolYSsSxhbMOUyvEvVr+0KhL3ZcpsaA2u/1WJbWVWrX62KZ+N9fkM1/8kDBBVnJZmqjjpufuRVgwCSxT9YZ6mpGE2sZUbaEZC8VsSU36uFQEyanarNA0mRbnWyN764P/pSmN7Ic3/c95Gdd8wq7fpIUWWmihhRbevDhjNLLZlHGpR+MNqr34UZEbWck14gtrxB8QpB+9D0naGH2L0Jq6XgsRmXJqgpclZAHKE7df7W4LZx1Xo1E1sqMPnM/Fi4f54fPnsvwR8Q6OXhSm2AZWqdLfCqHavGXNfg5Nd5HORZk82InVVQAgEi+yqHOaNV2jFB2bvSnhmDu6axF2zsIZzPJz5z9PrBLs9fT42ezccRbJN0LYhcr4TopEwbomImuR6YlgZVD13lv7eedPPcsv9Apt6eHJi3lq9GzypTDTuSipQ13uMdHRELGJasb95LBDKWYRS4l7Ku+PWq/KpGGN/N5GiglRvgYEoUSWiZEZ8uWzlMfJMABZAFTul+dS6fVedHrZl4RuXpRj1vfrBUVNfenQfc5+7YP4fL0Clr3iJeuN0xQSoe4zuSBMVpqF0MiufvC/NqWRPXnTX8/LuOYTZ6Qg8/oA6pkl6jmO5xLqR1jvg/WLrwl6nN7OxL7UnfiyPMrUuiJUUjf1bIuy+DFB8sjeeKWbjQKqsUcqUQGqAm7q1iHXFDm9XJRQiZ1wmF4hzJbZs/OQDWHnLWLHbU6eLfq++fLneG1yMUenRPzWr61+CoDt6UESdoElsRQvpJbz7BsimjkWLxB9rJPp5Q5WySIyJcbRtbcqACSe+eKHGLrtHrfu2Bs3CLOltSpNfirKmn8uueVVQDAtC0mbkXfl2LRmN9d27wTgWKGLxZEU3aGTPDB2GU8dPhuAQiFMfipK+ESYztfFeXt3ZGtMlvKeD912j8t6VHMuyvuZ7wq7Zk2oBlJLoeu3oNEnYFlvreP+bYy+fyOxVLkma4o8pymmTSVBqFCFqXpO/Xi/6uN+365puwle/fkVoZWoR94Kcu4g3+hCxJFd9cDvNSXInrr5c/MyrvnEGSPIVB+ZitkKonqspkZ9avXOpfYVdDxzyRRTx3DNzXcTTRU5+F+KOLuE5mWVBFsRcP1KKvQqxjJllbxXkrWYWi0+sEJHVaikLs3T9UKUxPEyUytsyhUqUmZtnvDRKE7IIblugp86+1UAdk8PsLZdUO63p5ayul2M69v7zyP+aCfFNiEo1eBtmT1D+p9AEDvyXWGOXxamdL4gmLxr7Ss8ffxs7L/pp5C0a4gakysFazO0Zor2hMjWcTIb5YrBg3RHMnznDSU9WdkmfzzhMhNBZAbp3SGciKpAUzVWVRM8tqm/ph6aDNpWxyWvAar+SLVvee2qPxCqJBB57prSOAo5RIWfj0y9Br8FlvQ1BklcENQ37Levkbb6+etdiwqvc+p9LYQgu/Kb/60pQfb0z/4PaGX2WFjUE2SNoJG0No0KCJODfbZ0etP+RvozwbQivegjnyXXLfZLyr2ax08epzLjTCl79FX56FAfhQ6LyTViMg5P2Sx5StQbk3kIAdJLRfaOk4shlMfVsOxrx7l40RHemO7hRLqN6QNCI48fszn7G6MuhV5Cp62D0BZlbbDJc6rfgp236NpTNaFKDSazSAjY6ZVlrL6c276ve5pkNM/S5CT7J3txFPbXsd39dO6p1kVrP+DQtTfnZvKXQj0xVnIp/4njtdWvJTlEmiMlpEa1+LFRN29l/7YxDt7Yz5JtWfd5TN06RMf922qKb0K1EnZyOC8qfH/uCff5yWen53IEMwlEf8Y66hFEmjHD+/XjpQX6CblGUrSZxmFKjm26loUQZFd84wNNCbJn3v1X8zKu+cQZQ79/MPUl9/9zaQ409VVP+zJ9WKZifn4ftknbq6eJ1bvmIPfFRKnv3lMtZlkYaHdp3+oEJ4WYHLfOULvm5ruJK32WduyisGUjU1dlcApCWznnf02SXttN9wvjFON9SnCxmKBDPRaJY4IZCHDy5V620Ut+cYHOVyN0V/Ijtg8XXSEmNUIQBSehysQEISS794hqzfFRy2VZTq4MU+iwyPWEKSR7Sa2uJPwtwvQ5RRKHw5QnEuT7Ra/HU72MRMtYKx0u6D3K0lgKEH650ZOC5VmuKGUnzgfn56aZfKGf6CRk+yvlXUph+l+0sfMwtcImnKmYYQf7Xe1SLUvTc9+TTN06RCxVrmEzptd2YxeE4E5XBBfA6Ps3Uo4ihFVF45Mm1fSg0ISlfzOcdbjifffSv22MrUrORqlx+1VvUBMVS6i+VNkWat9zk8CUbXVBA/XNf14anKm9akbVx6dD9196nQ/M39P1F9zBV5/8mHHMcwnHsWoWVEGPOR1xylmLlmV9wrIsR/t77VSPq4UWWmihhdMDp9y0aFnWJ4CfA96pbC46jjNqPmLG8U1n9miETeXXj1ebRvps5nyNap6NtleTxurxcGpMEtT6wvwgWZAA6UGLzPIiy78lfkufT6YvRKHDonN/NVBYaljj6+Nu1hCJ+Bg1GULUsZpMZKNDfZRiFYJJn2ARSlOfJFIUkjYjb7F469WvsifVz+iziwGIToJdwDV1RivGl2hK9HXy7CKf2vRNloQnAPijnTdzfKyDUKTEOYvFK90eyZMvhdgz2k/meBvhCWEYKUerGUSsEvTuEGbEXJdN+7DQGuU4oeqjTK/t5sjGMLET1bH0f+EJRt+/0b0P08sFQ9MJQyhbZT5Kc2VqtU3X3jJjF4q1bdcex62xpt9TiXqMRNWcHrQUytStQzUMSx3NWlvqWU+8/HBex+rXLTOu1GNRymOLToHv8SDMo2lxw79+iFCDpsVSOsdzP3fvvIxrPvFmMS0WHcc5OpsObur61cA+Mv3FDPLyNiqYGjHzeRFG6hFJGnVeN8L4gsrHSTWvn9wvJx61MrXMCuLnlN9i30J/xaQlhAks/1a1Dlc0JXxW4azj0spBmASjA8KnNbWyGnBcbHdY9WCO8fVxUqtjSMJ7hHU1wcxyvFsrpqh+1rH3VlEOJpKGzIBFYkzkeUytqZhW1qTZtPJ1Fsem+OFT60mKkmZueReZNzEqLIjku0Q6rmR/mmOFLgqOsCP2JE6S6RA5OqK2MEPum+ilM5blwsVHeS00wGQ4CYBlO0RTURY9X2RiTbiGYDI9GCaUc8h3hUkPCr9W9wvjblmb/hdr65pN3TpEKCeEkRivzdSFeaxIGet4DGmMsQtiX77bYeQqGHiqek610re9o/o8/fxhqsCKjEy7wkwVYroZT6K8aYNbxgaoCREwmdcbWVDKvnQfmLpIyypmWBNBSUUjvmrdDPto+Wu887yPCDrFPMIBGtVTTlfGxJtFI/sokAKywJPAxx3HOeDRPgaoy4wO4JCqkYG/bbsRzcvU33xR8oOMRxdwXtT82UJOSGqqKqil2MsxBR2LdIYDbl5GSXAAweBLDudr8vaBYO31f+EJpm4dYuQtFuFpIWwWPyMm/MyAmMgziyo1xhKikrPM7SgFohrfJtG/bYzDN/RTTIhUVzJGzSlZdHRnSO/tYtWD1TyJo5fYlONlyp1FIkeitB8U/ZSjkOuB5JWjXL9sB9d3vgTAP4++lR8cWsWy7hT9ccGIHM0m6YzmWNE2zqupJew6JLS98IE44ZOi5lnsBG6sm10UJWi69uZIrY652iRUa7KNr4+7WUIkgUMtSzO5MszUVRl+7vzn+eauS4g+l3T7KMWhe1e5RnBm+kKuEOy4f5v7PNXFiwpd8wVcDVetMyefvRq7pm6X0DU1k/antg3CMAT/kBS5X+1TLRarjkv3kdVbwOnzx0LEkV3yrx8m1NagRnYyx4s/Nz910uYTbwZBdgPQjlifLAX+BFgGXOg4zpSh/ScqbWrw9rf9MY89/kmg8RQ4JnixsRoVgvNp+pvtsaaPX9fIJPS8gyZHv9fiQY3dUfuU8VmqJiFzEkpWHeCa+yS7UE7YkvW49NFRXvtYJxesPAzA4akuFv3Ma8ZgZqmlydX35MowmX5RiLO0qAAnhSaVOByi0CEEYuJYtY/0INzw009zVcde7nr1emIPCj1weoVFdlGJcH+WP7rsW7yjbZ97TAiLrOPwWkHYRF/JLCdilcg6YU6WYvzbgQvFWF7vZuApGF9vkxjFNa2Orw9Tigu24+Qqi4iQh4Qzoo2M0ZNFRqWJ68TtV7vCKJIuc/gdNo4NbYdtV5Nc/Ngoh2/oxy4KTVcSaZY+KliQ/dvGagqF9tz3JNkbr3TTZuksSPW9qCH6aHFuXuQNuV+Fl7DxikdTj6kn4PRFmUkL1MfpV/E9qJa4EKbFi7/2kaYE2Uu3fGZexjWfOOWCTIdlWd3AG8CHHMeZUevATyNTA6KDmhxgdtnyTe2Dnt/vvPXGZdo/l365zdfd5Wohag5CaFyz1fsFXOp5vivsMiKlgJHxReqEJVlvqh9L+s4mV4Ypv2OCGyrxZf/yoytZ82UhBGQwtoTKWARcNmL2vCxD5+yjKyKy/z7y1CV07QqR6xHaimzXtnGUT5/3TdZGTvDenb/Moe1LKh1bhDIWxY4yv/T2H7IiJmyRqVIbe04OYFtl1rSJmLdUsY3ecJr92T6OZrt4+Zjo4+RkgtDxCO0HLSJTDqOXCwFvFy1K7SWssEN8X5RCu/hmnRB07Lew80Izk/6s0aE+N3ZOCpr4Q0+7AewqM1B9Brkuu8p8HBRVsWMnRAhCpk8I+P5tY66WBdVJXV00SI1QMiLVwG71PTDFm6l+M6+E3BK6YDQxK736UMdr0vjU4/186/q4/IqQqkJyITSyC7/60aYE2Ss/f/e8jGs+8WbxkblwHGfCsqxdwBqP/TnADeCxrNOTLtpCCy20MJ9wnCZ8ZG8uvSYw3nSCzLKsduAc4J8bOc6L7DEbc10Q7Up1Hpsc0n5962Y3dVXpZ7Lws8ub2nvBpMHJbZH164h0dbuZ1dW2XumF1POa+tYzoG/dLtolZYmUTRtcf5m66i3t2MXW7VXfxOPbRZ/SZMWNV3LwUAcPPS9Yet0nwH7saZdVKVfCE5f20nH/NrqV1Xgk3c3xy8J0dGYYiE3x0KsXA9D/rE1mQJgVu18YJ7W63z3mxczZvJYbpFS2CaWFptZ+UJjlEq/Av++5xjULgjANFpLwnYoiWOgt0rN0EseB1KEutw8r5mDnLaaHMoSjRZiurKbHI3QtmiaTjVJoj1DsEn6vtjfCJI6LcjXtw2VXa+3am3PfJak5FTZtcDXdmvRSAxtctmhqtU1muejbPhkiZzuUIzaTq8JUeCoUOvqJTDkUkr2kl9oMVM55YnXMNWNKEydUNW/5/KFSHHTTBl+/1yNK7Jpspxe61d8xvyBmXRszmQfV8ajHh9avq2u2lCjt2OVZfUL9vRBlXH6ccMpNi5ZlfQb4N4Q5cRD4JHApcL7jOMcDHN9Q0uBTRdQwwW/SnwvKfTOmUZW5Nb4+zPKHRmvMiM2UsZDQTT0yI4U0FT7+wEdnCDuoEgnkPnUCkb4h1USpp82SUEkrqnkRYOxCm8KyPJHDYnvfK2U3a0bvjqyb/ungT1hYXQXaO7Ks7Bln+/MrAVj2n2UmV4bdjBxSIKtUeekLnB4M0z4siCo1uSaXFgl351jUPU3ILnPshHifyyUbO1SmcDwONoQnhZmv2F6i55WQm+5KDT/QfVB6AmLVtHZkSz+pS/OQt7n64t0AdEUyHMl0cXCym6l0nOIxkfE4fswmPiZCDeJjuKmzoFrDTSYqlkmN813hmgwrqklRLx0jU4jppkCTv0o3IeoCxFQ6RiKoYIKZvmI1n6ieUkwdh/xtYmEuhGnx/K/896ZMi6/+4l/Oy7jmE28GQfYV4O1AH3Ac+AFwh+M4rwc8PnAc2ZsV8+3zqlefTG0n/RsgJqL+bWM1q1cT0UMdbz0Kvhp3pieelbE4psSuXgSBwkA74+vjxFJlN/5In0hMsW4yni0zYNFxQMRPxceq9PpYqszRaxzix0KEsoJYAYI9mOuxsIswuaZM554KjT0vJvXJleEabUz+lj4mec5CEnJLikQ6c5zVNwFAIlJgIpvgZD7CZKoNOyS+zVLexp6IUA47RMer/YRyVWGiJhNW/VJqRg2dfQfV2LojW/pJnS8EKUAkUqI7mWFJcoq9J3o5+bJ4L6wSJIchlHNqiDfyOR790EaW3CvSXMlFhonAI2GKTzPB6xvwSr5t8puBd8Z6PcWaKvBNMZQwMzfmDG0Xs/VkoViL6+//WFOCbMetfwGtXIsLiyAaWaMaj8RsNaLZtJ8NGaQZ6NqYXF3rxA59spAIYlqUkwXUUrPlNj0vo9qnJIGoNG6ght4tx//4Ax+doc1BdYUuM8lD1ewXm4Cp1SXaBoUACIfKLGqfplS22X94kctmjJwIEZ2sFgyVmFwp+sv1QL7LcUMEEqMwtdIB2+GiDYLJuKX/VcaL7fSGp3kqtZqjmQ4AMsUI+WKYsYl2LLtMqZK6yylZgkwyJogg6UFxzshUtSSM1MoANwmwfH5QpbzrmfOlljq+Pi5i4Sp5xHJ9ZejJ096RpViyyRwRdP3wdIjECJQj1QKhUCV2yPsrn7HURKX2CSL91bYvf5gr3ndvTfiFfAfUQHwJU3Vzr3dO3yd/mzL2lzdtIN8VrlYx1xZBeviJvL/yWLlgUMv+qO+zPP7E7Ve7BJxHywuTNPjc//v7TQmynb/05/MyrvnEm85HNpdoZML3otvraFR41BOe+scXxM8WxORSrw/TWKYHw27WjPhYmGtuvpuk1k89U6gpeFRd2ebXCmGT7xKZOtRVsGwn/Y3yesoV/447oSir4PhDT5O+8UqSrHPZiddfcEd1EnzsuerkNNAu/GqPPcd0JetFvhPsc6c4q3+MsFVmeVKkx0gVEpQdi5FMOx+/6lvutXzr+EW88tRqJleGha+okr0/3yGCpMtRh7MuOsLZ7aKfyUKcK3v2s+fkInZNDADwwvQK0sUoPzqwgsJkDDsrtLpyW4m2ngyRaJFkIkepLLbn8mHKjkWsL830smrGykw2RL47wuDjRTfxMEAXQlNQFyePb6/1mUmE1q/jxOoYvTuyHPiJOG2VUINcHzipCJO5EOETYRIT4jplVfBytFJqRklsXBhoF+9G5R2QQkyGD5Qjoo9y2GLzdXcRrph3de3RpGFtvu4uthp8aqb32PSOquZUU8JrPam3HEthoJ0I6wgpTM+S0od8t9TadWqSAHm+/m1jbq7PhUKL7NFCCy200MJpDSHIGk0aPE+DmWecMabFZsq4NGOia5Qp6KXp6Y5uuU9fLQYZp5fJJSjkuC/7nc/S8Z5hAE48PMiyh0dn+MP8TK8mE4+ENMPs+TXB/itHHXpfZoYPzqRhSrNSedOGmswWxTZIHim7xTr7v1AtQaJmB9Fjnfb8Wj/FbmHOWn/eIa7u3cfrJxcxfLKTiYwgNSSjecbSSaYmEqxYNsZtZwltr+CE+LdjF3PgO2fjKMtAaU4sR+EXrn+cyUo56B8dX0GmEGZ6OkH8RbGtkBR5FDOLbIqJavb7t12znV8feJyJchsH870sCot8AP/70Ntoj+S5sHOYtlCO74+uBWAqH2N8uo3c651Epi0WPS9TfVUDy9UYOqntqqZVmb8y3yUyiUiNvJJhCzsvUoF17RL3PJYqu8HRksghkdw9wehQH7kesb9SmLuSNaVMx17xnDL90LlPmESlfw+qFRSkeU7NICI1+kaLctYzLcp9krgh3xF5fj32Tjdxqu1lILopqPpUxJGt/T+/T6gtXre9itLJLLt/uWVaPGVQy7hA/Rc8CEwMvSAmP79t6m89RY9qc1fPXW/cJhJEI3i0/DWGbruHyQ0WJw4LQZOMMMNPUW8selvZXgZXTw3146wQrInSyTBde0szwg/UxYA+6eS7wiTGSoxeJF7bcAYm1tm0HxBBu6qPjxuvnEHZHrrtHibWiTIpxIWhZzSd5BtTlzAxlgQs4d4GJo5EiU5CRwFG9g1y19J3AbDinBFSmTi5RWWSB2zKIo0iiaxFYkSYGv/lkWvcYXTvdIgA7R0WieMVM1yFnt79gvAhTZ8jtq9qG2Wi3EablWNTchfdFc57evBHPDhyKQUnRNmx+aWlokL2xbHD/GvqCr40fjV2PuISSpK7J2CwV/yrTLSj6+OiWCq19cgyiyG7qIRVtoiNVQLElxaxszZOyKJjv0W+ksiyHLVraqVJ36Cdh2iqnVyPRUG4/CgmBDHELoBVsMhXtnfuc9yMLOm13TWsVRlSkV97pRuWUdqxy9NPa3pvTAspfb8qgKQ5tLxpQ40JEZQCo0quRnVB8KjCinzE4/wyD6kaTrAQ9PsfpzIuZ4wgM6Gev6megPBzMOtoltShsqJkgl75wjeiiT1a/lpgBphpvLJq8sQa4bewFS6DTpH2ynagxt1IH8M1N9/N9Po46UHIDRawJsXMH54KkVodFithZVxeRJfypg1MD4aJpcrEKwl804Ngl6AUszh8bYjEMfERdhwou8IivbbbrQadXhMm3+VQ6ixiZcWkn3p2Eclh6KFW2wCH/m3iRBOX9pI5IT6VQyeXEl85STlca8mQ2eRLMYuzH87W+Kx67nvSKORLO3aR27SRztfEHXjku2/nyxfaFJbmuercfbx70bMAnBMdYdfxRbx6ZAlLe1P87OCLAPS2vUHEKmHlbdqOiWwcAAz1kRmw3DpuIAgW/V94guyNVzK+Pg7rxUo92ye0yVBvHntfgnyXuC4rWcRJQjyZY2owSjkl3ouu10JE0mWmB8P0popEpkT7zIBFanWM8Mnqu9N+oMrwbD9YnSAl6WGikp5Mhk1svu4uUKpcP6Is0FStfKvmI5aCQocqPNR3Vie9FCrZXtSExRHWCd/r7gmOVUIwoFrRW2pwKrVejlNdWAYhb80XHBpPAny62ufOWEHWCOPP7yXzMp959RdU+5P7VWE5OtTnsrj0eCkTdDNLvXOqY9fbXnPz3SR3TxB/SAjDcmWFipalXNUS1f5Ukoc0swCkVvfRPlwklrKZSkdqztm1N1vDctOvQ/Yp94dyDsnhPElh/WTi/ChWGUpRm441J8hMCwbd2IU2xXiM/pF1JHdPsP/nhZa5/JNPsP/OjZSjNvHjQpDJYpfSLKkGT0vzUnJgA5lFVRNNflcXHSMiua8lzWfxqukt3xV2J+vypg0zhJgkrURYx/Of/6AraDN9IVZ8WwjBZ8bWMf0WITyWtaVY1DlNRyTHpv7drImJQhFdVoSbOp8ntzHM1xZdRv64MF1mF1vExizCWYepFUJI9O4oiQVG0q6J/Zo43yZ00qY4GSFUwmVb5trDJHozOI5FeSriElIiUw7j68P07ijWXGeXYk2Q78jQbffQc++Tbs7H6iKh+myjqaKb9xFE+ZzHK1q8/v6H1q8DRXiUN20wamImMpRKACoMtLssRdmuA9hyf+354g89DevXue8GiHx48t1XmYhq/Jg67vKmDTWVIdTxzTd+nDSyH2sfmYqgK6ZmBJfXqkynGUtBJutO6b6yRscWFNL0l15qs+zh2rgg2Z9XYK0qwGStr+kVFtnFwiyWOBxi8AdZN9ZLQgYtm2LGdAaZHjcmtZ1cj8XUxTmsyQjleJlol4iBKmQiWJNhzvpOmdGLwkQrqacz/YJmn+sWMVgSXXvFuLZ9+cPuuWStr8JAO4evjZNfJ0yi5y47xrHpDian44R3JN2EwrGUCKCW5mE1zEDXYGXslu67k+/CkS392HmYOF+Ma8m644xNJWmL5/mFVc/SFRJj6bAzXBAb5vXCIh4Y3cDTB84GIJ+KEZoOEU1V/WbTg2EWPzbqMgkl5X30krgbG5c+S4QJAFC2SK5OMT0VJ7IvTmxCbE4eETkddUq66h9SY9dkKEB6MOoKMpmIWL4HR7ZUSupMOfTc9+SMIHTpo9J9ZGogtJ4L1Ks6gxq4DNUFnNym+7/0AGf1WPU9lc/U5L8z+fwWwke2+p/+oCkf2d5f+/S8jGs+ccZqZC200EILP9ZoQiOjpZGdGnhpZF4MQq8YLK9tOuba1q1qNXIlL9lTXhV1TSbHZogscuU8ekmcYgKWbMvWZEaHmeUsdO1JmsWkuenoVWFWb3yDsyvxWFv3nEvn9xOuNtZx/zbAnMVDZabpAc5QXfXK1Xxmkc3EhUU6XwtTjkBmsXiX7bxFYkRoXjILhYSM++p/serzyCyy6dw/MztGejDK1Aqb9Nklzl1/CIDlyQlen+wjlU0wdrST7peEuTRxvFyjZV72O58FaitXq/dUhfpOnrj9arr2CnXx8LViNV2+cJpSIURpPAptJaj492IDJ/mDix5hdWSEo6Uu7nztp8Q1vdRLKC/yRErfjh4crZrcjmzpZ3q5yPOYX1wAIDIaodRWpu2w7dZFAxh4VvRnP/Yco+/fyPOf/6A7dtP3JBmkMvAYqpXAZbFQ+Uwk+aOQtI0FNr0yvnhlnFehZ+7Q+5DvshoYbdL29GuV45GlbdRvQk25Jt9deR3XWTfPexmXVffdgd2gRlY+mWXf7XfOy7jmE2eMIGu0jMtcwO8lbyYYG2rrOzWa0zDIOfVExfKchaRdk6NQfsTSlCcLNEKVsr34sVHXLFQOQ/osh8iKaX7mnO2clxCOrD9/4N30v1jm6E8W6dkWrZn4YCbT8ZHtd3LNzXe7kx0IX4U0T0lzHwgBbOdFdeZoqkodz/U5RFMWhXaHUl/BNZcldguTZNfe2iKS8l6rtPRjV4QJ5URf5WiZ+BKRu6o7maHsWITsMhOPL3b76NorBJnMNCIrN7cPF13mm15AUk9/JDF16xAAR68R477pqmcpOCH+Y9f5lPI2Tl4IMjte5LwVR7mg6yjTxSjf2SoWREufKLqmQ1MWClmXDURGDlmTLZSrVr4GESIRHxVCRqboWvpo1fSsjt+0wJLZWECQbqYHxb2NpcouyUMGV8u+ZVkZU9gABF+AmlwAptAWkxlSnlOiMNBuNPPrpkqd3i/vj37eLfbCpKhqCbLTCI1oZOo+8E5Bpe4zaUFzxULSfUFgFo6zSdRrgi7Mpm4dcv0Xagbz8fVxxq8oQNli0ZOVgpNjJY5sDFNqK7P666INCCFSbIPyqgzt7Rk2LBYazOPfvZjiQJ7E61GSw47rHAeME3t6bTeZvhA99z3pTui5LpvnP/9Blykmt0tNKpoqcnQoTr6SoSw6KWKzij1FIqMRiu1CCEfHQ8QmqhWXAdcnU44KYSwRO+GQHrTof7nIsSuq2d+LCSgO5OFkiJ5XQi5xQk7K08tFDFak4pc7uapAbDhC746q4JR5B6XwVFfqakqj1BrxTErJMuWo0JiiJ2yyi8RgLrtkH0sTKR7ecQFtr8QZ/ItqHJ1OFpJ+TknEUX1EkyvD2HmYPMfBKlVi9DpLRE6EaDtGTe5IqXWYvgs1fg9qkz7nu8JueEBirMTEmjDJIyJzv8Syh0c5tqnfFf6m9E8mrUyey0S/D8L4VQWlml4rSIYctT/9+vVxqViIFFUr/+EPmxJk+3/9z+ZlXPOJM1aQNYp6gmm2jKOggq/RopXN0P4ljn5IpGkqJiDf7dDzKi7lvDDQzvDb4hQvTlM4ESN+RMzyVlFoKdgOA09VY6LSg1Em1tk4F00RjxaY2tMDQGTFNLmRNvp/ZJMYK7krbTX5sM5aHLk8XkP/l4Uji3FrhmYoSQThrONOitMry5TbRLvOV6tMyUIHZJYXsGyH8IhQA5LD1YS/mb5QTUVlqdWomfVBVHBm/TTsaCchFBTKYZF/UCYDXr7yOAC/tPxH/OVjP0XXq+EZcWQy36Q8jxQ+UnvSNbepW4fILLJF7kage904yzpSvLzvLHq2Rd0EvnoBS3kuaVpTSRrqtY1cBU6vGJs1GsMJO8SP2Zx15xMzCEkyn6Vf7JZKclBj/KS2Pb4+TDgjSDgAi58p1hRZVfsJkmtRwovJaPq2dEKGhLxPUjCp7XRiiYQptZZcPOgL1oUwLa784h81J8je96fzMq75xBlD9ngw9aW6QdCN0Oz19vX210PQdn6Bn0H71VmSaj8yQWzvjiwZkfqP7p0O4YxFOFuu6ccuQulIgp7XbLJbxDtdKtt0bW0HLNzoYSC91GblV0d5bVEPORv6Xxbbx8JJ6CxCJVpMjveK993LM5V6ZJHKJJle283EmjBTF+fpeKlaZsXOw9G3OnTstem5r5rTrjDQ7przpgfDLuNSMCcjFBMwtabklj0Jr5kiWrLJT0WJCRceuR4hnPNdYToOVOPIksNFxa/UTnJ31SyXWh0n+nj7jMDg5JEy4+tt7KyNbQlh89zU2Thhh/4Xqyw8ObFv/e6dMyZddcKVkJpbMW7R/2KWclhMTlOZPnaE+ohWBLH0713xvnt55osfqrm3UttLKxW4QWhkmUUiSDx2HOwjom+7IPyJTlhoVKMVzVsKS2lWc2uMVcaqmtGuv+COmvAKKbAn1sQBm3wnbsJmwPWZhbOOMe5Ofe4SXjFk0tqhh47Ib8FkRtSFzTU3383jWiiIGjCtPqepW4fYtn2mebW0Yxf2jhnD48HUl6RGNm/4ccq1aNdv0kILLbTQwmkHp8k/gacty3rVsqzfXdhBN4cz2rToxfILkp2jGR9Y0JiyRsZQr79G+t583V3sf1cMq2TRsb/KaJOkCTV2R6YLmh4M07sjy973CA2pfb/NknufcFla0mQks26A8F1Jf5NIU1QtNaIWf5TmHEk8SC+1a9Ib2ZVCwzLvX3xMxDFJ05ws2KiWhAFcVuOR68osXT7OyE5hu3J68zgnwzg2dL8iBnhyMZQSDsu+V6rRVHSfh76C1+Ox8l1ht3pAZm2eRIe4t5lUnPgbUbp3idyKIBiOqnnRj8UozydJMJL4ApBaHWN6hUX3rrLLApSQz1KacqUJV5JO1MwWKkFFkj2KCXG/04PC/CqJNGd/Y9RllKoZ303ZXky+WPl+FBOQXlUkNBVys37kO8Q5vQqFelV30IlDXoVFvawUKqNRJ4eY6uNJyDyMMLNYqD4OFQtF9ljxd3/clGnxwG9+al7GNZ84YwTZbCpE+wmAekQLLxOmjnomQNlmrokdUPWTjF4SZ3pI0M+sAwmXiZbvKdP7ouX6x6DWDKPXXVLrf8mJUpos1aBngNRqm8zaPEv+I0wkXa6hNxcG2jm4ufqhlRKVQpKL8nAyTMceIcEGns3WFGeUE5kkEcgxSKEaf+hpjn5oI1NrSiQWpykWK3W9HFFtuTwVIToiJv1yFJyQ8A9K2jvgTvh6kK86uUJ1cpZFSHf9Rh+lziKJbjEZZ6ejxPfFWPR81f8jk/mqNdZgpv/FNdtpk6TaXvV7yUDx1BrLpd/rYQ+mpLtSMB4dirsLkK69ZaZWiAVJ/8tFN6ciCHahHxFC9xuF1q/j2Kb+ar7GsPBXFjtL0FZ0WZihkzax46LAaSxVDWfwq1DeiE9ZNd2aApeDQC2mqV7/FvsWt5ConuwYZha1XQiyR0uQnUYIopGZMBvWYZBjTVWZ/ZzSs4U6wanxNROX9rqr/73/HySSOTKHOrBzFm1HxEo4vaLMwFMiy4JpvCqzDmonlks+IOKlcj3QvUuw0GQBRRC5B09cWKL/WZtw1iG1WkzmxTZoPwipdYKNJxHOVLWxzn2iH5kJQlYbVjUyKRhVKrTUNiZXhpm4uEBbj5DYmVSci845RNmx2PHcSgCX0CCze6gTvno/VdJEem03jz/wUeFzUjSbwzf0M7WmBG0levsFbXF8pINwW4HFPVMMHxNtnckIiSMhksPODOEpoS9wVPq4qVhmpi/kZp3PXT1NPh0ldDzCoueq5BWpzalaoJyYR35vI3Yelwrfub/I9GCY1DqH2JjFWXdWGZFyrNkbr6y5/3r2DKhmkZfMUICJC4tY4TJt3Rmy+zspdQqtxipaWHmb7ldtN1OK+izqsRJNi0p5ryThwmSd0fMxmrab2pigXrt6j9Vzlzdt4JsP/u7CCLJEg4Is0xJkpwTzzVpsVhh60fhNAs60bbbjBrGiH18fZ3q5+N1xyRhDS/bz7e9cztkPZ92Jc/T9G918ckHozHJFO3TbPYxdKART+CQ4YaEFpM4rU2qvsgYlWzB6LEKoYi7MLCsS7cpRSEfoeEXMcLluUVFZmhSlOSs5XE3gq8fpyPump7GSE/6RLf0uyy+6YpruZIZjxzuxxsU5y51FIkeitB2r1TRk/15sOXl/hm67B4CpFTaluEiUCzB6uRCM0fEQ+RU5IokihUyFQTkdwi4KKn33rqqZUQ2EDxKjKAWJFHLSRHvkujKdA9Oc1z/Ca6MVRs/3u3n5Mx90Fzw1lQKoCuLuPdWUVv1feIITt19NZsByK2JPrgwz8LknXOHuFz6ipvsC3HelHHUIZSzyA8K0WOwRfUdGIzghh7YjFskjVeKNWkU63xWuqW6tCrl6LgRpWtWFnx+tXyfeqNYJ07ui3xP1u1crRy+ERrb8b/+kKUF28Lc+OS/jmk+cMazFFlpooYUWFPwYpb8/YzSyVCrFe7rfB8x/rNdcHO9lBgli7/fS9vT9ofXr2PVbve72/nVjTJ6Ms+yvhWYweolYrRUTMPgXT3iGLairbNXMKAkPEpm+EOOXOHSeM8HkpMjEHns1wcmzhSnprLPGmMoKP87E0U7sRJG2V+Lual8GybqxUouFnym6K+Emv5UaiISe9UEdu9RIJYFhal0Ru6MAx+KuxmhFS0QPxIikYflDVY1M1Xb8/EryHp5cDKF8NRv+yVWVvE5lC6sMjg2Jw2LdKIOl1QS86jl16JqYHkgufYVSazl8bZxr3/UcP93zIseLwm/8ye/fxPrPTtQcJ4+VmrmqpcmYumLcIj1ouabXYtyia2/OSILR+5Maa67LJt8F6eXinjvxMpQt2t4Ic3JVgdB0pRJBd4HQ8SihjIUTEqZnwC362b2nNlBaJnbW6/qpGpoaM6fHhsl7qz9vCfU9ktekasxqwm8ZtK0ep36Xuoa9EHFky7/wieY0svd/Yl7GNZ84ozSy2fqbFvJ4ta30v2zVSkF4+dO8zqNn6S4MtFNqLxFpF6areKRAW1ee9OBSul8Yd+OR1IwWpr5rzC6bNlDasYujH9pI7ITD1Apx8PKHRsn0CVtgaqKNzh9VhWSsJ8vNa17iO4fPJfesEKyRBBS7xQQl2Xbde4pulomO/RYnK9WaraJo0z5crIntkfdFh7xXkZFpeqn6nop3bKTYFqawLE9oXAjzUEZk7eg4UBZ+uAEx8UmBopudyps2YCMYg+Gs45pBu/aInIHlMJTeluL968Sk9o03LuX4sS6sfDUjR2Z5maVbQ2QW2XRovh/1elx/lOHZyrGBiG2KjCiCbfNGvvfGWrojGXrDaQBiRyt5Dgfaa+KaVFKLzNoBwvcZzjpMrrJIjOL6NqNTlZpcmE3Ojyo+vC32LXDrEKGcg12wiCwSC5NkW45y2WIymqStI0um8h7aExHsvEWxXdSMO9EnTItW3mbxk2Kh070HIiPinB33b6MEbk07abqT1xdav84tfHn9BXdQUt4F0/1US72obWxtcbn5urvYWnkn1Jg2eR/U/8t3ca4JXIHQ0shOH9RjLTaqJTXCfvJzOjcjFNXchjqD0KtfdSy63yPTF2L8IrAHRZ5Ay4JCJszyb4RI7p5g762VOl1bs7655HR/3uEb+l16tgyQlTnyDr/DJnHErmG/HX2rQ3g6hJ3HzYQxvdzBWn4S52AbkUoNLFnUkcVZOBZ3SSBLnyi6vhlgxirX676otHUQE2ExIQgl4ZOVe7RY1CTr3OfU+GJUf5WprIwMG5DZRMoRRIBvX5HOpVOs7xez7d6JXkYO9xDvzZCbFNqoU7Zo3x1h+UOjNbXbpO9KJVBIqMl31ZyJILTCXE9V0yt0IPJMJspEUkLbiY8J9qfMmymvE6gJYJY5IvNd4j6lNuTpf6yaHUVmZ9EFvInoIQPVi23ifp+4uKIFdxTAEfdhxbIxDo2ILDDlEyIpcuRIlEJf0WWW5ntLRMdDJEZxU5IBjK+Pu7k79WcPMwk7qsVDb6P6r+Wz0MvrqP/X/YAmP51+T9Tv6J3nfYStO++B+dTIPt+kRvY7n5iXcc0nziiNzIRmtSQd6gdbTzNqVhiG1q8j3xVmcpVFONvrsrZkW3WFp55Lr7IMIumtE4KuXZCyK5pNwcKOOEwP2jz+QHWC1zOCSxz90EaW3PtErZBc203ySJmJdTa9O7Iua08KzfZVE0zTxbq/FdTpiUt76X/WZnoFFNenORlKAlBKlCEbIboyTbGS38/enyS6LkWhEKZtf5XJeOBGBzuWZamWZFeaePQsEOo9vf6CO0hW/p/cLbJ+5HosMtV8v4RyuPXfJHkjqZW9V5+/ZC1uvu4uImnxCY1eFMY5J81A50lGRrrYduwccU1ZGxso7munEg5HdPUU6VUWo0NCg5X5HewduGxIMGd9tx97DqQ5q5K5v5gQWmv6csHODL+ecIWYjMGDqhapUv4lrrn5bh6vCG2okirK4X567nuixkRnus/q+yzbylhEmYcycVgMJrfIIpS2KSUcDtq9lCv0+3DGpmSLMIzoSJiIUCZJjIYoh4UQm1gTZsm9Qtt9/ru1JArVpLnFvqXGTH/NzXe774EusNRrkfdcNz2qZlz5XujfovwO9WNNSYm/MfFFurrumXFPW2gOZ7xGZsJsaPCNaltB2JDqC37i9qspxSxCuSpTT9U6TEGnUPUXQFU7Gl9fiZVSliv9L4ucgomxkhsbpGo66lhev/dqzvnQkzWBn3t+JUTbvgjJYacm72EhabvMvcgULLm3WlUXYP+dG8kvKromLplZvmuX5cY6pZfaTK0pEUrbdL5uuazF82/Yzesn+uj4+84Zk7DKojRpBypDT+ZmPLqp7K72O/cJCryMRzM9E6ilnUPV5KiyFqfXFuhaNE0mG6X9u2LalMG9R4firo/o3AsOkcomOP7KIhY959Q8N30yhqrvSibdlcmEy1EHJ1TxLY1FxOIA6Hkl5MZsyerLMvWTpOHr8U8q1R1mBh2r4QcmLdj0fqrhCWp4gEzInOtz6H0ZpldUkiNHhRCz8xb9L1ZZi7kei+49Ig4vOZx3g/ZhZhJjORapwep0eL/ExnqFArVf/d3ysozoMPmcYYF8ZH/zyeY0st/9k3kZ13zijNfIWmihhRZ+HPHjlGvxjBRkXqsgCX27ifGnbm8kXqxee/1Y1VQJtX4yXfPwuqbRob4ZgbXRTRvo3cHMBLF9Ifq3jVHasYuJSvZ7uSJXx33JBz5Lx37RXzRVdLNGxIYtMstKFNtCdO2t+lmmB+OU4iI+jMPhmrpqpR27WPHtrJuBHYRfJ5yx3CBZEH4mq2i5KYtK4pQ899w5dL9qk9w9agyMNTnS3fRXlw6x7csfBmDotnvILLKJH7HdpMGSgceNV9as3nWtTvqR1G3XX3AHkYrGATah6RCTxQ6iI2H3utKDUVFzS/nSdu5bCrbDOf9efWZQyRqijEEdT/yhp3m8wgKMj8lAdgdrIEfXtgRTV2VwMuIkJy516NglGKBqTTcTyzC0fh3J4by7T/fHqsQZmFkUVIf6fqrsvjjUaMaFjjgi8XR15gzlwQmJoqgT66rG8u5domZa537JWKw1JYLQqFSToQxA1oPa5TFuxYWKz/FRQ7C0fp9M90WHOoZHtt85w/cmsRBJg1tkj9MIqmnx56/+C6C5wGIveAkqfZvc7ifwGjVJSnjR4iWGbrvHTd8EtaZIU4CqxMEbhWN/+10f9KR4S8Ejg20zi2z6X8wycnmc9IoyKy44AsD+w/2Ej8Yox8vYWZvuneK9CmcdOu7fNiPrRjRVZP+7YhR7irTvFmSC5Q+N8vov9xO/YILVvWPs3Cr8TIueL7o1ykxmHvU+qfdPP6c0qcrzA65fLDmc9yW8qCmq1EBcaXJMD0YZuQr+4PoH+PyeTTj/LuyimcWQOydLaDiOExL3pPN1yy0bA/DMFz8EiIWGWoRTEi/6v/CEmwIMoO1njwJwQc9RfnBoFSePtkNbkXOWVwgmw4uI7IsTmxAUf6gtHQNmv4363MGcs9ArU42pQKX+PsnA6O4XxjmypZ/+F7OMXhJ3y9ukVtvYRVGpPLU6RikmBLa8Vz33PTmDTi/PAwr7VxFKOklD+jfVMcqxq6QeKfSyWrUA9bvSTcFe4TP6t3v9BXfw1Sc/Nu8B0Wd97lNNmRYP/d4fz8u45hNnlCBTfWR+K6fZ+MjAmy03W0HmNSmr59Tbqx+2Pkn5jWOLfYtbj6x7T9EYvyQ/zPKmDW68lJx8Ti6GvlfKFH5Z+HfGx9qxQg6dnRkmxpKEjgvBN/h4yZ2cTVkRsjde6U7oACfOh9WXH6Q7mmXfF9cCuCVJ9PuilqP3SryrZ/yQVabVXInSR+U1SZtW6vq7dc3Nd3P4HTZ/eP03Abj7n98DiHiy884ZZvfzK+jaVSWw5LvEhA3UpP8aHepzU3LpFbtlXNzE+WLid6Ji0ZA4YtNxoOxmziglHJKHLAaerSaBlpOxV00uUxoor+v3WljpvkqV3SeFNFQXRTLlmBqLKPNRJofzNe/c1u9+3E2abBqH+m6pQkddkMl30FiupfL+m4ShCj1uURWUehygaTEpsSCZPf5Hc4Ls4H87/QTZGWta9DPFNSJsTNvkS2kyUfppcI2MVRdqqlalfhQHfiJOKVlm1TfzRgFmYjlef8EdNQJQnRxUOvGJ26+mn3VK1TGxCl46Ij7eI1v6Sb9cySy/JE9n9zRXLj7Afxy7gM7XxaR9/LIwiWNhFo+IfkzaoSS1vPHufrZc+xz/uX8d+3e1s2RMTHybr7uLiJKx3WvFb6qsra6aGdjAti9/WKy2K7FG8ndkZNq4kDAxCNUxyH8zt19N8oDFp7a9i3PPPuqaRW+45GUGYyl228tJnVdJlXXCJjIFe98HTERZ/GRvzVjSa7tJDuc5fIO4t5I4I4VS3/OymrftJqktb9pAclicU1YzgKpgKO3Y5anVqwJLb2NarJkYtyp0wsj1F9xBXFlodFe0M3k9UsBFRqY5sqWfyJRDZGSazv2105NKUpGQJA29ioBk2uoCSr4L6nUmd0+4Al5n/5qIJPKd0IV4/KGnjfOFNEOr7+dNXb9qvHdzipZp8fRBM6xFHY1qZOpxEl7mBLnP9PE3YppU9+tmkV2/1UvygO1OeEF9e37nl+bKQtKm4/5tjL5faG+LH6vGPklTEYiMD+l3TfG76x/jyweu5OiuRQA47UWih6IU2x3W/f2Ya6JLrY7xzBc/5OZDBMGunFpdjRnqfzHrtpV+PdM91M1IUvOQ41SDVlOrYzUmKq9KwLI/Uw4+VVNVs2LIwO5im6hSDbDy/GGyxQghu0zqpAiDmDraTrg7x1tWHODZw8uJPVnx+RQFxVyySScuLgCw4iHL9REld0+4910+HynM9GS98vrk+KR/VN4jqM0/2Mx34PWey30m06MuVCSkVqW/X/L6TJlPVK1H94fpVbZNeTNNWVtkH1KLVPuRfesam8m0qGps+iJrQViLf9WkRvaBlkbWQgsttNDCmwGOJf4aPeY0xBmpkZmycqswaTZ+mI1PzS++pBl/msl3IckIqo+gWXKJrK8FQsvque/JmnaS4aiTHfa+J8rguSMM7xzA6Sxij1ezQVgl6HlVxANJ8oGMWypv2sDI5ZUURUWITDkcf2sRK29z3l8LamG9Va7JHDb6/o2cuLCEXbToek0YjGRsnpqpAXDvnbpi12uF6fdcrthVn468/zLzCYhYuXJvAbJVo5Wdtblowz629L/K3+95K9M7RWaL6IRFvruSGX5FDqtCDuFElMVPVkuxyGfUcf+2GnaoqsGAyHzRPizMdoWkTfcL40xc2uvmSwRcbUz1N6r3Vl6zSqjQM8j7weSrlr5dUyZ6vcyMvNde/io904YKr9p+ahC1PFc9goauqUvo90mt0aePXT3HgvjI7v3T5jSyD/3RvIxrPnFGamR+QkxF0I/Ry6egwyQ8/MyJpkDeRsaiTwKPeOwLMlY5TpWqPr3Cot9gepETX/bGK5n6DfGuv+esF9h2/Gz6nreYXBUlNiHay7Ig4+vD9O4ousxKKpNQejCKXWHxR6Ycxi5zsPI2PS9VCSCh9etm0JrV8chJUbbJ3nglk2/P8JFLv8Pf7rqGqWw3AGc/LCZvleAB1Rpj19x8N8nKJKVm2FCh1gRLQo3pSgrE8EmUmmwWpeV5BpelSOcFyeFtS/fSZud5bPxcUuNJHFnGZDpCKGMRygHZEKEJ8XkmRiCSLrrXJgOFR9+/kcWPjZJe2016bTe5LilUhRArR6s+sqkVNqOX9NOxXzAp+7dNu89h6LZ76Khch4ler07c0qRmWtypKaFU6P5EufhRKe3yd9ljDGAm8KjnVL+z8qYNbj5E9ViofX82X3cXEdZV/68Qb/SMMbIf9RtQ+/czzzbjupg1Wj6y0weN1iPzy8833/Dzj80GF3z8swz+RTWTRlB/h9+q068fOZGk13Zz6OfEBOsUbbAdOl4SLIeBZ4V/S9Kri3GLQofF0kdFssX9P99PZlmR7lfCrvZiF+DkUlGPatnDozVCwq8isT727I1XUvjtca5f9ipf/rdr3SzqsVQ1rkoyJXvue5LQ+nUuHVzNY6hm8ZBEk8cf+ChXvO9el8avV7w+OlTN5i/PM/aOHO9a/wq5SjDZmrYRdqSX8MyRFUwdbSc0JcYSmbZoP+CQ67Gwi9W6bLGUKFjavUcUu5T15fpeqV5PNFV0yRPSFyZZmgBHNpegbBE9HqbvlbIr9GSuzLkIWWnUcqGzTb20IjXjvNdYTXXAVHhp8RK6Jijfff3c0gohwzZMjFdTCiz9+hZEI/tMkxrZR04/jeyMEWSqabERDUeiEROgybxXj6Qh4Xec7rAO0tcW+xZe//Jl9H4n7sYjeR3jR0hR+9N/m8wj119wBwfujNDVJgTWiek2ikWb8nAb5e4C4RExgRbbSyz/tkMhaRNJl12G2sHNcfIDRShbOFExGScORsj3lOl90XInYsDTlGWiXoMw7U1dnKOjO0PxR91uCRI56ciKyiACokcviTO1ukzsuO2yDRc/I8YpNUgpyPTrkIICINdlk+2rpgEDyAxYrPnp17mwc5icI8yt7aEsX9l1OZmJOG37IkQryX4jU45bxHJ6MOymtwKxICgmoJCE0hqRUzGyM4FVhMEfVEkxKhJjJY5eVcl6vyzHsqUnKJRCxL7QU1Oc0lRYVd5fv3fC9CyCfHOmauby/6ZQCjCX69Fj3kxkHz2lmN/izcQaVskdcrtK8jGN0084SywI2ePuP2tOkH30DwF2AmXgbxzH+Zu5HN984Iw0LarwCtTUEVq/zvhSmz5c0//9Vp9eH389YXjF++4FoBSz6N0htAX9Iypv2sCqv4M3brBqYmDUMdUT0PKjH7rtHrZ5jFHPbFDasYvCjo1MXyAWQst6JpjKxdlwzk4e2X4hiUqpjeSLIntDx/3bOHH71UysEa9cbALsUpjsohJtPWJiLh6LED1hU+gQE5M0+RSUUAHVRyYnDZlIVybhzQzAimVjvGvpK3z1wS2u9qHWTwtnxbjTg1Em15Rx2otk7TB0CzXocGeU3hctkrtxA5NBMBK795QZXx8nlhK100AwLpNHyix+bJz9P99PqCKDSm+Z4tyOY+zP9PH2bjHBbWx7nX+c3EjiYIT+l4su27HnvidJVPJaxpK2q2FJxuLkyjAnL8wytHI/AC/GB8kc6mB8fZxQzqnxZ0qW4pKnhMA9dkWMw+Ve7IkIq1K5amD6wAaRQf7zH6yh36vP3u/9UanouinWSyjpJsJ639AW+5YZpXQAUPx7UKsVuVW2PTREr8WlmjRYvR51rKog1atEe5lF9UXjgmT2mB2uPJ00Mj1s4pTAsqzftSxrv2VZWcuynrIs68r6R7XQQgsttOAFy2nu73TEKTctWpb1C8CXgPcDTwEfAG4BznUcZyTA8Z5xZCZNp1GzoB/qmR29jgl6TqlhHb42TuKY8Gfs+o0+Bn4kntm2L3+Yc+65l3LMoXOP7fpUTDWa/MYimVZ6LSyvMUot9+x/+EuG1u8FoC82zYl8G9v2rKL9hTjLHha+l4M39lNIVrPMS4bi1OoSVrmW6huZsAnlhKlMjdPRTU56hvJrbr6b5O4JNx4t1wNnX/sGZydP8MOvXzojg0Z6bbcbqyU1HemnK1UsMdmlwuwZ6s4TjRXIHhZmzvb9NskjZTfTv6wIHc7g+rXyXdWKA+G3TLBhySEWxaZJVB5QbzjN37z8djq+lySWKtekj5IZPNT4t3xX2C2FMnF+mcVrxb2dSCfIH2gnccwiMeK4TEQ90Fhuy/SFyAxYRFO4pkSVPaiz/LxYfxJeMWPqfvn8gh4X5PtRNTrVZ2UyG+q+MT07iLwHauoxCVNVdL2+mYTUcJO7J2pM4mp6MzWd1ULUI1vxF82ZFg987A/nZVzziTeDIHsK+JHjOP+l8tsGDgJ/7TjOnwc43jdFVb2PMSgaFXq6uWMuyCXqhwu4aXtkUKyEnMj00usqNl93l5sCaPKKLPt+ORjTU59IXvtdQR3HhnP+peDWsZJmvlLMYvyKAqFEkdirCbLnCaHiTEXoeSnEiaEciQ4xAXcnMxzZ0885Xyu4k7p67X50+/KmDey7SfiIOtee4Nze4/xU/0v82b/eQt8rwpyoBhBLyPyF/T9/gIPjPfz2+d8H4Jq2XXTbBZaFEvzi3ht48dnVgCidYmdtBi88yvCr1aJm9pIMi7qnyZdCLElOsal/t7uvPzxFdyjNhpjIkXj/5GX87dObCI9EiZ2AxIj4BnM9guQycWkvE+ts1zxpF4TZMrPIJvf2Ke646FsAvHxyOV998XISu2P0v1wtOCnrjm378odd87RMewXU5JXUTV6S2t/9wrgxUFi976YwFz9/WhB/FPjT5k1Bzeq5gJrvw1Qs05QBxlS2Rk8dBsL8O3XrEMnhvHufQYSqlGIiCbYkNEkWq/rNghBoX5/44ryTPX6cBNkp9ZFZlhUFLgfuktscxylblvUd4GqPY2KA6tXuAJHyJWwJZ3o9Kmyj8OvH6+PUP5bZjsOLPfi49AUo5xu67R5Sq22SfVfTv21sRhXb6y+4A3vHLl78ruKr+OVgwlZf7SaWpgGwLIf97+qk/aBFNNVeU+H6xIU9dAxkyMQSLr03PBkidV6Zy845yM7jIgvIiek2OvaG2Prdj7jnUM8rx6eumrfYop5WJF0mXKk0vbh9iku7DnCs0EXbReOkx8QEfnKpRSlZpuu1OPkOcXx0ClLrSvzB8u+za9FSfqZ9OwD9doSYlWCsnOX515djLxLCtqsjw8TRToYWvcEDSzopVKo+/8za7Wxof4O10aP02VkWhwTZo4RDqlzi0fQ6dtqij797/hrCbQV6LkoxcriH9HIx7uXfdjiypb+i1TnY60UZ63C4zMihJNGzprhoyRGujB8A4Nq2N3jx7GXsLC+Fl21X200eEVre5uvuoqeiBZSA5EA1m4l8J9RsGvZjz7lCXl+AmbQmkxDzs34E0bxUgoncL3MhmohQJqEGuCnH9Dpy6bXdM94rqQWr/UUqabRkVhGGxHQ0/LGNRFMwtSKOXYAc4tl17ym6VSLUTDIyB6MeW7bpmj8xjnsuYdG4qfD0DIc+9WSPfiAEHNO2HwPO8zjm44DxLWhU2Pi19SJ3zNU5g5JQ/PqQx+v9bCtXS1akb6y6G6c3iTRTegCoKXekOqGYkqFCJXt+hXeSXlUgsWqa4mgH+a4w9mNi0hn+2EZ6XoHpVC/OujThypdi5SF2wmbHscUU8uI1tPcl6D5SnpHfsDDQXnM/9bihSLrMxJow+bPEJJzKJmiz81wUP8iDsYsp/4R4vc5rT/Hy0aVMdkTo6RECOJ2N8pYlR3gj38+NnS/QYVeCpy2LE+UsL+R7uXzNAYplsf1ELsGKcyd4eWIp5ywe5fqLXgXgksQbLAql6bPL9Nlxph0xli47TtwqsG1yNf+aFpNqZF+c0poMS9qnyC0O09smBNb+tkVEjkDbMbDzFsv7RUB42C5T7plgqG8/Y4UkFe4KA6EOblryIn833cGxK3qxK3VOpyI2uS4RDJ25XUzAsqgmQEEJeo+ky+S7ukVSYcPzN1k1TPFVJgGkf0MqSaIeeUptH2emUISKWZSqmU9qk5F0ma3fNWtd8YeenkGYkgu78qYNNeeIrL2SkcvjxFZfzdhlQiLEj1lMrRRs3PB0CKtyzw+usUi+ESeawrV0RKYcWH11TQFaCfsHL87YNuf4McrscaoFWTO4C7hX+d0BHDI19GIJgpl6bjpGRz2/gNe59fbqxBBUW6unMalmkfRglOSmDW65eaj6zhoxj07dOkRqtV3rT6v8u2Rb1jXNlWIRLjhvP88tSxJNhd3A4o4DItbpxIUWFy09xsv7lgGw/Jmi65erUtmFJjE61EdirOSuYrdur50g9awc04NhCh1gx8SEsTg5xclylKdOnkPILnP49QEAxkYWkz8rjxUps6pbUPHPaz/KOfERVkaPk3XCDBdFH4dLHZwXEVrlotgUb6SFVndZr3jVvrXnAj5z+b+yISaEZJcVIWZFKVIi5xSJW0Ijmy7nGC8XOZTuZver4to7JiC3J8Gu6CK62rIsb58Q50x2Ex+LUg5DsbNEKiscdxsGDrEn1c9YIcnZiTHeKEqDxDTXtu3ihcUreOOaKfaNVkpqv9JONgy9O4puQHR6qc2yh8cpDLQTTVGTFV993tL82KFs0xMO+8Vh6tqyPEb9V4dOp/ezZpg0O3mMV0gL1NLzy1Rro+k0+8t+57MA9G7aIPyuG/uJnQA7JyZ4aRq3bYdSp0XnM+L9T/U5FJLCDCwD/BNjJff+6yEioXPXCIL7fOLHKCD6VAuyUYTVY7G2fTFw1HSA4zg5wK1IaFmn5wqihRZaaKGFucEpFWSO4+Qty3oW2Aw8AC7ZYzPwPxvp68HUl+qyFFUEsbOb+vAzOdZjMc7WT+a3olX3yawDI5fH2WLfUmNK0o/z6/eR7Xdyzc13c9ad29xtE2vCLAEO/hSEpmLVrBkTMJGLs/L8YQ5PnFXNZVcJHu55Jc5L8eVYtljyHb8szCKurCnNIf1u/ZXM59GKf+Oam+92zUv6/bj+gjto7wqTWhfip88V/q1XJpbwf/e8hamJNvoWTfLWS4Qp8oc71pB4PQobJhmvaDu7WEzELlFwQoyXkrw6NSja7l3Ney/axr8fupDMdxYRFtY/dly8HNqKcDLMD6fWsjoiHPsPptewP7eIJ0dW0p9I0xsTpsub+55nMDzB2MkkiSNCSwufFD6VQ91JTkx18HhPpYqA7WB1i3vZ81KIiazY/p3RDhIdWU4WosQWF9kfFezMyfI0UavEzX3P8mj4Qo5NCz1q4uw80UNRIiPTdMt4vuF21w+mpugqDLST7wq7mrv0kcm4St2MaNqmPotGch7K91b6sfQqzTr54/oL7qgxOZr6kv+X16Cb3avxie0155DkjsUVrWl0qI/S+jixE3D8rUXCbULNWrdU3NBMMUKpbHN4Q+XZTYcodJcB2y2nk+kLuUxSNWvIFvsW0jdc3NLI5hCnWiMDYSb8J8uyngGeRtDvk8B9jXTy7is/ZXRUBpn867UJSg+eC2JJMzBNLMnhPMnhYH43VaCpk8C6P/ss1q9mKP7iZQx+RRBpltz7BKH164iMhSl2lJkeEqaW9m0JDn9/OfYlKWITVap7ZERMClMrIXwiTHLdBABO70kmT3ST1PIojg71Ec46jF5iU4wLE5osrHni9qtrSCQgJqZjt27kve/8Lr/a/SMAfnv655meihM+GqX4XD8vb67kbTwZIru4jDMV41BRsC33ppYwuTbG2ckT2Fa18lp310n+4bm3Et8XJVYUgdAAVtEiFC8Sbs/z7PhyjmRFUOslnQf5jd7HuaZjJyvDYzybPdvt62sn3sL4SAfJiskplKtUit5jV6ojizc31xVi8WOjSuC2+DzTg1FynWGyfVFeiS3FrnjwV8TG6Qqd5KL4IS5qO8S3cueLE2RD2KUq0w4Ea3F0qI8uNtSwNkGYF4duu4duJUlyYdMGGNgAFQq53F7etKEmEFknhQT1R8t2W+xbaoJZTce4YxqoFT5qH+q/pjZuLkwqQfQ7quPI3ngl8UpQvURmwCLfKRYdVtamXKlWPZmLEwsV6Ypm2XV8EaHj4rtoOyLSipXD1efbtTfnZn6RCwp5D+Pfesrz3swVmokLO13jyE65IHMc518sy1oEfApYArwAXO84jk4A8cU3nv5jYxyZqd5QUIHjRxH2gpfvbb4wdNs9ZLb0z6ALb61cs1c+ON3nJIv/SUzcW4bpaQa7U4yfbAMiNW2XPNWN9V9H6IoKQfbypWeB7bD8H5OMr6+OL722m3DWof9Fh5GrwKk4k+ORAj/6qw/OuF+JsRIH3gWrVh3h2NQy9xokgUXNH3jNzXcz/rGNnLtpLx/te5kvTYqJaP9YL6HDcTr2iz6tkBBQPzX0As+MrODapbt5elQImn2pxbz+1NmM7D+bchQylSQepYRD/6tQ6BBO++kVFUbkk1CMtzG5yuL1s2K8bgv/2xPR1exas4RF0SkWdU3y7vY3ADhYcvjH6beCLfwnICa41OqYS9OWAieWKpNe213VlpJitV+O2mSwyXdbtEfyZEriWezP9rE2UWSilOCJyTXkpsV9caJlQtkQhQ6Lzv1F9xySdKDW+pLEiM3X3cXoUB89lQleMhmlD1NO/Fu/+3GX4efllzItrFRIzUpCFUR+35yMFTMtQHWtT3+vVCahPj41QbRst2RbltTqGKk1FtHxEPmwmOGP2Z2UU1GoWBZkautiQqQmG18fdin5IGj5+uIrMjLNVxcis8ePkUZ2yuPIZgs1abCk36vCy5QmJ4hw8RJ4Xh9MULOfvi/oeLyOk/RzWaIDxOT0+AMfZfN1d9Xk3+vam+PoUNxNMCxNOqnVMSbOtYhMiYkboGM/TF+Xhj1JVt7xxAxH/Obr7uLwfy1g20JIOM92kRwWuQL14FxJ2hj5vY2k1lUYXGGHJY/ZbjkXeT1Dt93D0U1lOpdOkXlFaE0r7xDjHX3/RrJ9kL9ApLRatugEJ9Jt3HD2q/xO3w+4/unfBqCwr53ohEVy2CE9aJFZXlGF4mU4GWLl2qMkI0Ir2X18EfmpKB2viCz8UpBZ50+RH07Sucemc7+YoABOLisTG7Pp3iWue2JdpQJzFIodZejOs3zpOBf2HAHgWLaTfCnE3m+tJpoSfcdSZTru3+ay50w5A9WyPNL8N74+TDkM2XPF4iHaVmBx1xQHj/bipMMk98lA6Oq7IvM1SsGkJ7uVmLi01x2TfG5qGRu1XIwpl2CjLFy1nd6X3KeTquQ51FRs6nn9kgp7EUrUxe7Qbfe46cxCOfEOj6+Pkx6EYqd43uWwQ+JIiFIMQjkRCA/VagfhrFNTogiq1gl1nLlXt897rsWVf3ondrzBOLJslv1/dMe8jGs+cco1shZaaKGFFuYeP06mxTNGI9t87of5zmufcbc3q+3MFbzO38xqtZ5GN/J7G5la6bgBwWf/sdCgRof66LnvyZpVc3ptt6shqRpZao1Foa9Ix67q2ubSW7bz+M41nPcXU+42uXIHkQXiWCVsvX2/KDMiyRtDt90DCO1QFn1MDudd2rekJasZJKS/opC0SS+1yXWLvpdvzTJ6SZzp5Q5ta1NcNSjMdpu6XuM/J9ZzNNPJ51Z/jffu+BUAxr+/BLsoMmYUOiwmrxBaSTkvDEFW1iaySGxrS1RqlO3tJpS2CVXcR9mlRSJjYcInhX/MPlfcg9zRNuyiRShtE1csRlOrS8SWnKQnmeH/W/UDlleo+4+kLmZ/uo8d31lDomIsbx8u1jwDlQovCTbqPZpaYZM+W2iy0dEQEcEjIbPYodxWItRZIP5iwk2LZRcF9X5iTdjVsCNTwt+T7YP4mNAKAVcLk5pzVok7jKaKIoxDyQQi3yOYqfmompPcX8+UHzScxdRe3aZCmr/1sZjaQm19OqltnrhdxH/JKgaquXBiXVUjlxpcLFWuKVgKVa02vba7psxO/KGnyb/1fL7/g0/BPGpkqz7VnEa2749PP43sjBFkeooqmT7HlB1C/V0PuhP7VAhGvw/8+gvucAkSYxeKj2rFt7MzTENQm507tH4du35D+GbK3QWSO6MM/sUTNSyu138hQtdrIV78qw+65pyRy+PYRZGGRyUTqBn61Szz0VSRN26IU2or44Qdul6rFsxMHC9XMydATaCqmqMuMjLNjg938ZtXfZ8bO1/gaFHMzuOldo4Wu7jv9av5L2u/x19+9d2i31HofzHL8NvilGLiN0Dq/CJtA2mW90yQKQoz9LFUB/mTEdq2x0mMOO6EleuyySwWvo/ikjy/eKkgknzt0Y20HbEoJoRZSVa8Tq22RXXnlWl+Yd1zxCsOsZcmz+JwupMTW5e6OR+BmmuWQkLmjJTXfXRITELZSzJEYwUGu1O8fnAx1qSYEMNTNqWEQ6mzSOJghEhlvSHTWUWmqtczsc4m11emHC/T9kZ1sRLOQDki4v3UiVh+OzJrihSqkoWqm/VMTMGgZYlmu6gLkobOxGqEmXkW1XdONe/KXIoSkyvD9L9YjaOUOTPtx55zFwPxh56uuR+qSXQhyris+uSnmxNkf/IH8zKu+cQZI8iu5SZi518AzFwJ6j4lE4U36KrRb1szmKt+Nl93Fwd+Qry0VkloZVIwqP4N6WPId4XdkiqymOWSe5+o6VOuaPVccbKicvyhpzlRyRwhV6/pQasm798bN8S56K17uLZvJ//r1bdTLIoJMRotkj3QgdOXp+0VMe5oqsr4UkuSnLj9at7z4e/wzvZXeS23hIeOXwbAcwdEhcnShHC+L3msquUVBtpFuqAOi5OVKMX4BRNkcxGsnUlXuEWmHBJjJR5/4KMzfEeFgXYOXxsn3+VwzqUizmD3a8vo/5HN9AqL7KocyR3CB9lxoMz4eptyVCQO7txXZa4Nvy1eo7317sjWEBdMGo7MoQlw7IY8i/qniIRKnEgnKBQqWm0mTHxfjJVfHXUTJstrUjUIgPH1NvmBIk7YwbIdIkcqxJAQbr7HxFjJLSkTyjn0bxtz+9XzB6qauYSagFhFI++4KUOIXx9e3zn4Czg9EFouJvRnMXTbPSJIX8nWEc467jtmCiw3+eR1X/1C5Fpc9YkmBdknWoJswaFqZO/pfh9gjh+BYPFlutAzJRk1wU9j8/o4m4GXUFU1rOQhIZSkkJFC4dHy17jiffe66YrUKskyEaqaofv6C+5g52/30ve8RWqNMFuWEg5nXXSEqa8P0j5crCnQuP/OjcQvmKDwfLdrRksPQuiCSbqTGY6/sJjSMqGVLO6f5MjhHvqXppicFjFdpcNtlONlzl1/iD3PrKDtiDhnZgCsVWnO6juBbTm0hYW289rRxYRfSmIXIdvvMPh4NRVQIWmTWWQztdIhmhL9lEOVOmhFobEBM7LMSwEskxbLiUwlzUyvsMivy3DT+pf44VGRTHh0Vx8de4XgObkYtw4Y1Gahl5AajVr8UQoCmWopvVT0J2PY5P2UKCUcItMWiWNCOLpU78okK68JhHZw6I6NFDpE4uPEMXFPZEJiafZVBZnUsmX2fcBtJ7X9evGYc/XeeyGIgPM6ToVeeFNNj6ZbdlTTpdyuEjtULdRkGQJw1p0979nvV/9Jc4Js7ydPP0F2xpA9fuan70HW6pUpdXSabj0GoRoz1ujH52f6m8uP2Kuv0o5d9L4sBNczX/wg1+wpkhgr1eTQu/6COwjLDOi7J3j8gYqA/iJubkb1+oc/thGrKJiIhT4xGa885xjHJjtI5pyaVWho/Tr6Xikzke9m5VdH3Y+5d9MGxoc7OXJhkp955zNurNa/77yI7pcinJjuJXpCTJJOAkrtDsWyTXlxjqmkMP/Fj4XIjsVZu2qUqWKMjrAwf70e6aMYE4l/1/7DmGv+kYUoc102vS9Dao0YY3xMaJ+dr1cjDks7drF1e7UUTNWE1M41N99Nt+a3Su6eoGtvO6MnEnwzdxlt3RXaWtkicbzsCh+p7Q48KwTM+Hqb5Vtry8mo8Uxy+yMV/2Jmkc3U6opgbi8RPRAlkhb+wuG3ickpMWqRqxQfOHytCN4FyFS0qP4Xs265msKtQySHHSbOtVj2vRJHNortHftlvkWhoXfvqVbGls8wqRQtTa2OUYpZZPr66BrY4Bu75Re8rAqOIGEupsWg3wKx3iJVLQUEM/19crss7ioh/WnqQhcgVBFgjyjXvMW+ha3KONRxFxYlWwHRc4gzRpC10EILLbSgoJlCmS1Bdmph/+BFHnUeAGYmOjWt8oKYRILAy9budU6TP0Rv26i5RPUJgNCuotSaOUCsMrtZx2sf7SSzqOpTMZk/QuvX0XGgzJJtgrF23idFMtWxXcuIn4Rwtsy+P42xbtFxALYfWkrHUzb5LofXf7mfrj1iBd+/bYzQ6hihjM33h1dz1RJRgqQ8GiNxvMzkFXk61wmWwrFDPUSPh9mbWETnM3E3piu7KsfV6/ayuftVPv6jnyXxkjBFhgpQ6BPmtsM39LvJWiURpf8LwrwqM5TbReh5FcCpxvZUnkl8xy7SSrkNlb23xb6Fxyv3WBZmLF++kcTrUdqGhda4YtsYhYF2cl1xwglBoADhI0yMQO+OsutnSRyPukHe6nOT/suOx55j6mMbiY4L06+zKIt9fo7y8x2kVsdIDlf9b0eH4oxvKGLHi5QOiv7jY8IcOXJ53NWwALpfmAD6KCRtuneKPoR2FSKcdVj28KirkY4O9dGP0MS69uYodFiVsZdr0i6haDZePilda6qXbUYNzJf3X+9LP0b/9vRvQjX3eWmBuvVEnUf07foY1KTEurZnmocmJyfp6vqU532YE/wYaWRnlI9MshaD+raCMBGbte97mVfU+kj6xzabAqBeznE9YLQw0M7BzWLCW32/cODvvbUfJwS7P/5B3/5AfKTptd2u6emNT4nSMG+//kWe/YdLaB8uMj0YdgNxJa370B0byZ6bxamQPZY/IP6d/P8meevgPgC+9dJFxDpz5DMR2p+PM71SmCH7zxnj4+seZrzUzp8/8G4SlXQ/2QppstBXpOvVsGtmi50QVaIXPV8k0xeiFKuaEnt3CKaZrJAcWr+OY5v6aR8uGn1Z9mPPceL2q3nmix8CcE2MoxeFiU5VK0EPPCv6nVopzHVybPExUTHaLlSDza0iNYQYlTAgqdoA+98l/HLlmAM9ecq5EJQtOl8T7aWQktcoiTLhrONmlJCCKZoqusSfo1eFOef/VKpMKzW3pm4dqgmt2PblD8+ovp04LhiRknEq/XLbvvxhz+/JlJTA1K6eWVFHM99mEPeCOmaTOdPrGmR2HVMlc73tQrAWV//hpwk16CMrZbPs/bPTz0d2xggyPbOH6SWUMGXnaNaPpTp79UKDat+SJq+y8aB+NoPZQu1HlnfpfmGc/T/fz7LvCWGTHowy8q4cy/4lUlN3zOs6Tc5+SS3O3XGC4VcXc84HxIQoBd/Ye9OcHK6mCbp6wy5eenA9iRGHXE+FeFCE6aEMjgPlXIi+xeI7esvAAQ6f7OZAqpvE/d0utf/4ZWEiU+I4W0kfGEuVXTJLocNyNbvFzxQZvSg8I45Kal9qrI/qLzMJOOkryleyDPXuEEJT5jSUaYnSa7uZWBMmMwChNULzzE7EiYxGXK1IvhMyhk4+HxmrlFptk1mb43+87SssCaX4xcd/U1zPw1Vyh6oRSKTXdteQNNQsIvL9v+bmu4mmii4TVV6rzAAi6fbyvhzZGMYqCQFtF2Hgc9UsMTJ9lZqRRE7sjbznjbIcIVhojfot6sLFS0DVWyCqi1Cd4atnbZEo7dhF0SnMvyC7o0lBdufpJ8jOGNPig6kvuaxFrxxwEo1Wb/ZzSKsvvJfz+Zqb7+bgxzqItU8TzgpGmgwyrWcunC3UD9wGkpWPrG/jUdK7RJ7A7hfGySzqJ9PneN43+UGOro9TbIPJlf0spapNbq18yMOPLaVjquZQHn/go6z8/GewOguEK+av1yf6KcUFbT9RoaZn+kLEX0yQvSTDuauOsHPHWQCMdY1zshgh80IvnelquqhFz4ug3879RTd4FwTbb+DZPNODYRLHy3TuryYDPvsbwuxYjAvhKeOkZMFFOZFLLQ2oyWFZGGhnfH2cUM4hsxiXnRlNFV0Kv1pIMf7Q0wxs2kBqdYzRTpF52O4o4KwoMkECqwSl9wuttv8LT1C4dYgjW/ppP1CNCywsy/HWc1/nP1PridhlQsPiHhbjIo2SnJSl4JWZ7OMPPY06jclFhSqYpSm1BDy+vWrWu/6CO4hU+hPXLxYhsRNh8p0wvbKMYztM3y0IRoOPl4Tg6wq7RS11rUZC/UZMQmK2TEcvIST/72XW14WZahKUwkmSN3QNc/N1d7G1Mu+oRTvlAkMlDD2+/WtcZ93c1LU1glZmj9MIqkb23YqPzE/wBKHJm1DPDOkX/zJ16xBHrisTmg6RPCQm0GUPj7o+EZXyHgR+Jph6/cjsHhNrwgw8W2XRpdd2M3pRmB1/+kG3ncnUec3Nd7u0fRl/pZ7fK0nzFvsWjn5oI+mzxPtWbivR9WoYO1+NHZPmsXDW4ehbHTr2ivPkukWuu67XbHp3ZF0qvMyFF0uVazKEyGtU4+ZAaJ6ZRbZrDgTxHGSOShAmMnmdhaTtBgPLjPFHh0QV4GwfDP4gW6N9qCtw1bwk441GL6pQ4cdgejmUkuKapBlS5qq0C6L/UkLcl8ELj7K8fYKOcI7HDpxDaY+wUXbvdNzcfurKP7222y0hIoW7NBnWS+grIQWQ1OKlFgyCkZntEybd8IS4pnLUoWO/hZ2varsyDECPLQtq3jNtCyLgmg130TU11ZxuMo3qlaa9fHWyX/Xef/XJj817HNk5f9CcRvb6p1saWQsttNBCC28G/BiRPc4YQaYW1gytX1fDxNNXoV6rtEY1Iq9j1JVgaP06Ou7fRnJ4A/muav68Y5v6hflHi92Sffqdw2vFWm8sss/xGzdSvnKSfSuEuajrNWFGO+vOJ9hyZzW7h8lJH6/8Td06RKYvNIPpqN8fdd+yh6tprXI9YVLnF1lxzghv7BMmTitahukQS35occ7XCtiPPeUeO3FpL+mlsO9no6JWPVCKVbWx9Npu13QT37GL+A7cmKxiRYOTzLtlD49ybJNwnB3b1E+xTQQFR9Jl17SWqfi5JMnh6DUypg2KBSqZ9aMwKLS57hfGKVEtRpqk6ou64n33khgrcdadVYLJ4sq5ZVovORaZYWN4aYjOtSIwrC9+kl0nFpEvhMmNJohW/IGFDotCh0Vy0wYeVcqrSJPiiduvdjN8yCBr6fNSU4GpWoi8/uyNV3LF++6F1TG69ubc9lO3DmEXBSuysKyMfY4Ye3s8z6TdTeKITbFN+uWqPtGh2+5xtV0/7cqraKeEzib1srKY3kHTvnqam7wnqh9VBrPz2HM1/jCoLXNjV667Q9PGHtl+J5OT86/stEyLpxFmw1qsh3qmCT9mnyoAZE2nrd/9OBd9RNDYwyeZYRILGhw622uaunWIvt96gz2jYpKOf7+DpY+O1twvne3oZS6UkNcsc9dJf430wUioZULG14fJXZZmcY9wqpUdi+lsjPAj3Tz/+WqtMtknwO5f7yOUEQIpOSxYiLppVs1ZqGalABi9xKb/xaqZTJoOpTCUbdNLbZJHRNqp5DCkzhPHhNI2bceoFMSsmuyyFeq+6fqlb0rH9GDYNaXKvsqbNnB0KE5o4wluWvkyAI8cWk/JsSmWbPqSafYdEII//kaU9gO1GTgkMn0hcj0WmYHKfV+ewRqO03bEInai9pxHP7TRTfgsoTIYJQkFhOn1st/5LJnFwEVTXLJUlEMezbZxshDl+AuL3cDsJduyNZlFJPxIWDoxRN2uPmM/+LEMJSklCFPYtEgr7djFiduvpue+J2uEqnzfVH+qNCfKdG6q0FsIssea32/OtLjnz08/0+IZKchU+NFlg8BPmKkTvJ6vTfWRqBO81AQkPV2N3wrqR2h2zHL7NTffzaF32ti5StqpZJm1v/PUjNXtFrtalVlPPmyaAGQOx/hDT7saQK7LZvFjozU5+lRkFtlMrqnUeoqXsaJlkjuibs00qE3sKlNpSUh6vFq8UG2n5pRc9vAoe36tv+KXE237X65S2Lv25mbUAJOMQzXuqtgm6PY6CURNPiufs8y9uPixarYTVZgXknaNwJhYE2by/AIfe+vDHK7EE3xz78WcHG7H7snjlCyX7CFzJEqhpCZqTq2OMbnKwj5fLBI627JMPLOIchSckEN8tBqSYBdE3Fu+E6KVqaschny3Q/tBq8anWI6IdGDlxTl6+6bZskykp9gxuYTpQpQ3jvdSHBfjW/K4VaMB6qEnjfir/UgZum/Krw+dtagynNXzyH0gfI4mX7D6TZQ3bXDj9mTGG7l4URdVIJ7PNx/83Xn3ka35/U8TijUoyHItQXZKoJZxsXa94W6frWbTqCAxmSsk9OS9UKV36xnq1eObJZ7UG6f8mA/eKCbbaEpMtDrbU4YMqEJC5p7TIbUgwJ3EQUzkIIKWEyMiRRRAfNSid0exZqX6+u0W/f9/e+8eXldx3o3+Zu2rtHWXLNvyBdvYBuM4GEMd40BtY5yQJrGdNG7Kx9ckJD1N0lxOC+VLE9JcaBqSEKBNmzZtDh8NOWnacJIPSBOSOgRcEwwOGAgxxsYY44tsybKkrYu173P+mD1rzx7NzJq1tbdkifV7Hj2S1po1886sWfPOe5n33RUtYygAylLPACX10tCisHv4ufXePWW7ZlmVBgB9l8Yx+MYsml6MuFHrufeobJDPdja4CxM/MAyUMv7KKXI45EzdPHhx6717yuLx8es8AC0v++q2GL70jv/AuvgxfPSV9wIADr42F02to7igZQDxUA779iwDAMzaR11JUsxyzNWZo10EtMiEUrPziPaFEBtkzjOZDuZZ6WQIClGKcFsKCzoGcHn7CQDAgeRsDGdjOHayHeHTMRSirP/RJEGmmaL1orOY35hEKs8aGErHEQnlcexkOxp/w1S5To4xxBe+Pj4TOKBnQBwq9Xo1jqiIXoiis4bMnPimTwzFxjG6rAUjXWH3+MWCh5jTUC5OXK9V+TiHGFl/MhJrLv1UhYzsq9OPkc0YG9mP9n7Olci4jhrwfybF9kyLSj/P/756+x2ICh9KpHcE2Q1ryiZztrPBXWBl/bkKXPqbyLkb/gHz3zyTcChNMbi6TblIXPGhu3D4/R2Y+0QpBp+q/3EAKC4EoXXtrj1qtItJDrmGPM6FHFcSyCaA/hVhzEmW8nEt+8Bel+nnoT/jw5lagi88664sU38Nb12PsbkFhIccpLvyCI0wblqI5hEeCGN0YQEJlsAZmeZw2ZkgMdhu4lQBI11hNHTn3Lo5Q6s7m0dhw5pxUTk4UxTjPvKzVmJKkGgyV8bc2FhFUWjLYlHkDH41dgGOnmXS68J5fbhl8c+xKnoG9w3+Dp7pYlH/R0/VITLK2rnsT+9GQ7HN61beiubOBuSFRazhmIOxTpaWBmDxKwEg20DReMzByOoQWmIprKpnUf5fGJyL04NNCMdzoKEonAx7b7EBIJQi6A+3IXtBCMNDrMLGpjG01I8BhZI6s66XMc11N9yJRpQ2ICNdYVd1HFmx3FojoXKnF78LDp3GgL8rsQ7Ra1g+FykyMf4+x9pDaL13D6KdaxBLOChE2bw4+bYOFCJsXieLGoD6nrCbXWFwdVsp+/SSGBJtlwKPPziOxmpiOtnICCH/B8BGAI9QSt/j93nHu0iAAAECBJh2oBX+TA3+DsD7Kn14xkhk73z7ndi1+4sAUHbQWKWLtzmEzP9WeRTKZcVntjg7sPuBW5Rt5lGKps1VGHlNXTLkXaeObhNEWka7opi9i4UpevmD7Wh6xUGjUJZLCqNdBLmGUqbc+EOHXC8ulbMHwM538TBYdOEYllx5Cgd7O4EDDQgXg8Wfm1dAZNQpO2wrnsvRHaIV2xGjKPStCrt1pzooFq48hVPJJpC+OsQWFO1e2RBmXziMk6da3XiFXPrjUqorNXW1uck1G7rLnTo4nF373FiDHFdvvwPxA4dcr0WgxbXXhYp1y/Eck0uYJ+fQYoLWJ6P4n5E/xvzOAXx21U8BAGvjLD7lkVwTBnL1LFRVEUOL2K6fv0ugZK97VvCg618RRyHMEmnSMDA2j0nYs/aEMLIQcHpiePbcIhw+y9TCo6MxFIYjiPaGERsspZLhquJ4j4OhcBNotHhmrH4MzdEUIoksCiHm4RkbADqfYWfZChvWuHNo9q4+993q5jXXHAAlCUv3LYplxPsyZGcmAHAEW5l4P9I7gkxzi6taFw+RD1+/DoPLHdT1lEKUZRuBfBTINueBMJtbQwtyIH0xkHwIoTHi5sBr6C4dmK8lppNERil9jBCysdLnZwwj+/FPbi4LNqpiSqaDxJXo2nUpWkzejCL4IizTJQdNlfvhBS/7WmjFcozOdZBuZotWPpFHQzcto4/bLTpeyOFMOIx8MR1X30fWo+NbTyB+oGTjAJhHPE9JEukdQb6OPUCO1eFgpBOr5p7CvrEFKESLyT/b03CO1rmqPICp1lqKjEoc2y3ODu2YcLVkup0i1VEMZlvHFp1C3sGy5d1wil/nwf3zcTZcgBMpoPdyphKbs4vVIzIxgDmhNB3NYWRBGEOLwhgr5nYTQ1Bxd3sOZ9c+JFYsx2jRSxUo2UJFpie6ckd6RzC4lL0HJ89UseFX6nDiTAxvXHYSANAWIng5G8Mf73k/Es/Uobm4popJQbc4O8oSqPata8eqv7gbqWKy1TlP5TA2O4zcm4eQSsYRKmaZPnsZRdNhFmorNBzCcJxFH8G5kKt+HOsshQBLdAOFRiA9q4CWBUlct4C99AIlGMnHsP/kYqDIZ0cWEoRTUTeEVkdv6UiC6tCyaKd0BFuVKRIPVwnLZUyu+Zs33Y4Md8RAKZ2MvHHavOn2cd6IkV62URidy+Jquu8+w5gYKRDQ4vvhUWx40GrO9IYWhTHrpVHUHJN0jowQ8rsAbgFwOYC5AN5FaTE6RanMx4pl5gB4HsAnKKV7USXMGGcPndeiCrYSmk09OiYpSys6d3T5HI+pHVu6bdz4L/7i3W4sv9NvzaLu5Rgu+FFpV88/bn6Ga3B5MfvyIRYs9ug7Yoj3sSgUADDnridcGoevX4fkElZ+/uZjODnYjHODdUAqhPAQW+UKUZbwsuEYdWMN6nJUARjnjAGwCO35GEEhCox1ANmWovdjfR5z5w0g5BTQM9CI7BBjqqGREJoPFZNsFiULJ8NCQ4lOHgBjqjxEFI8rCMANh8UdNsTcYvyYBY9FCZQcVbjzCcCku4Ebr8RYJ8GCh/rwyv/kHo4U+boCQm0ZRGNZfPOyfwMAtDvn8Eq2AzftvAGtvwm5obM4sgnHPS4AMIeU/ksp5q88jeYo847tGW3EyvZTaImMod7J4L9OXgwAGEnFkN/fhEwbW4SL6eKQOOYgVwfk6oFcYwHRLrbwhpwCopE8GmJptMfPYXaceUW+OtKG/rF6JF/oKIt76eSBRT/oKwuNxZOWeoFvkrjd0StZLj9HKJ714l6ycuZvObMzd7wSwc/5yccaRhYSRIaZ4xK3HYYyQKa1ACoYa2JnHaTbC4j3OAiPlYJGz3o2h7FoBs/c/1mghs4ey2+uzNnj0J3+nD0IIW8D8GYAzwD4ESRGRgh5L4D7AHwEwFMA/gzADgAXUUp7hXIbAXy8EhvZjGFkcogqDpMB2YYxyExEZ0iWmZobm03wiJPbUmWl5eoy0ZtK7ocuFYyXsVw0jItOBpnmMHquCGPJ9/vKFgtO33Urb8XJt7HFds5dT6D7U+sxujiHxKsldV7dmULZYsEPEg8tLaBQn0fd8QgajlE3BQgHT20CsAC0fCcsSkfyGHFmk1wSw2gXgZNjnpcDb+CeeA6iSYLGtWeQPFeHyNOsfOOxQln2ZABu3MTmI+myBavnCvY3uWQY2XQY6GF0Nh4lmLuzz134eF1iludI74h78Jt7U/atay+LwTi4lDmTDC53kJpduk6jBXTN78fS5j7kiqtiphDGsWQLek+2ItIfRq6BlY8kQyB5gBYlIO46P3JhDtdc+iL+aNYTOJNjm7szuUZsSbyE3WMX4smhC/FU9wWMbqeAZH8CTn8UcKib5JQjNTcHxAtYsYidF5tTN4TTY00YzUZx7HgHcC7k0hI/C5eZcogxRTnkoLry0Q7+zjl0m0T5fzlLszjHAZRl+ebOSB3Ps5BnPJyXqELmG5af7f8bXPan7PxnQ3fOTUDKQ3UBLJxYNEncM3QAyxTO30ldL3WzMDR05xB7qafmGaKX31QhI7vrMwAwH4AYNTVNKU2rnyprm2I8I3sKwK8ppR8v/u8AOA7g7ymlXxHKbUTAyLYhdslKAOq0CSJMhyFN6kf5uswsdCoO8Tm+a+xfEXbdzznkqP3yR20rgZmgYqAA0PvJ9Wg6WqJHl/odYExq7k52NoxnK3Zy7ADsaFcUpzYV3FQj4XNwU7sMXUgxax+bb5yhiMyDLxzyoVg+rjxSO4e4AAHA8MLiYeaLMqAFgtBICKFRBwv/qxTlX3TH5+CbDe4SDwBn3pwDCReAc2GQhixooRihfzCC5pccVyoSpQwudTi79qGvGAh49q4+N3oIB7c3AUzi4UcS2i7pAyHAnyzZjeF8HX54cjUAoH+kHplMGPR4PQpz0qB5Rktz2yjmNyXhEIpjyRZ0JJjUdFnbSXyw7XGkaAj7010AgISTxmghhp5cMx7qfiNCRdGrb6QBQ30JRPoiZefrEt0UQ4sJYoNMtRhdzlxcE7EMRlIxjJ2pB3IEC/6L0c69O/mRCA4eaxFA2eaOBzVWzVt5I6OKcwiUfy/i3OAZHuTNg+gOz8uKsTr71rWXncnjqXoyjXA3bKPzKep6CLIJINOWR90pxsi5xB4eK3mGOll2PTLMmBiPQZludtDyT7tq7n5/0Z9XxsgO3v0Z1a0vUkq/YNF2GSMjhEQBnAPwHom5fQdAC6V0m3BtIypkZDPGRhYgQIAAAQRMzEY2TiKrkIoOMKtpj3S9B8DF/B9CyC8AXAogQQg5AWAHpXQPLDFjGFnooqVlIZX4Lk4lJcnGXdHYrJNsbBxETOkhuDGee24BxUOSQh4z/gxX/Q0IqhBel2wrED0zbaUy1QFsLpHI0dvF+/z63OL13svjaD5Sssv0XRrHyAKKSFMaI4uK9qUeB7Gk40a477my2PduZl+KuBryYpsrliO1dW3Zrpxn6eXnxri9iaspW57rx5HrO9Cwhh3c3j7/RfzgJ1ej4TjKJKHIaKHsIDoH73ukdwThonS3ZFEPtnc9j2/u34DMmTo3viN1gOFFQKqd5TUL8UwAzWGMtYcwuDSM2JIr3d1337r2Yt8JRplwhOHlObTNT6L/aAsaj4RQmM36kcpG0NWcxM6zK3FksA19/cyoEjoZR25OBo2nCEZiUdA4q3tosB6nQwXURbIYStYjFmbSR54SPJeej1fTs/DD11YDAMJOAWf3swSqhbYsiMPqICEK4lA4GSAyylRgADDWSdD0ajFTQYQg+1t28ncgyrwRowmW9Xqsnb1nHr2l8xt7y7JGOwdK84d7bW5xdiCO8Qei+XfrgHnzihmXVU4dokaBnfMLu++ZZ7buX8EkkkIUmLtzEKNdbW7EF073a+/uwPDCDjQeK5TS+ywMo/lIAcMLHWRaKMYWFA8597I0NvyAOPd+He0iyLTQMrsxwKQzJ0PcHHmcvsJVtT9HNkFGNjyZB6IppddO5PkZw8jyBw8rbWMme5bspuuVx0xXj/y3+LzYRt+qkvffgkdSZSlGxOeu+NBdZaoIoBQCS0zmJ7fhRbvuCMEWZwde/tZazNnloKW3vHxhwxo31xK/xscptq7d/TjHZoUxsoAiOkiQQT3aX2R1nL2sgLFlWRCHItQdR3iYLRR9l8bR8TzG2U/EmIRufq397F2NLmtBtHON2ya3aQxevw7ZlgJyebaoPj2wEKFiOpFC1HHVn4luivhDh5BdvW5c7q5swgG62tB3aTEH2NHZ+NvuzSikwiDxPJxB5lIeGiMIZVhdgxcR1z41mGdJPgHGBPh1GgIKRRf1UBvzgpjXnsQXlj6E/15wMb7bsA6fXcvc7C+KnsL/PnM19hxfjNRIFNFjxQgZeYCeiSDVDtCmLJwQW21idVnkCw56BppAsw76hxjX/snoSvTNb0AqH8HgYRbmKjzkoOvpUt42fjgXQFFNWgrVBZQiVaSbHUSTLHEoUHL3DzeSsvQxbmJJlBxmOBPjEDea/LfKO1H+LsVNlahy56rFLc4OJIQN4bob7nRVzq4NK8YOLYfPMc/LkS6uYmxA1+Mp9F4eR3KJ44YsC6fY+IzNLTpwFDcPmYVpRBNZ5IejiL8WxeBFrH4nA9fxo8CmCgphIDrMAg4ML3TQyE5RINGdATlTe6/F88T9vg9sXzJbuj4bwOlqNTJjbGSy16LO4WOiMNmpeFu6MiLT4ouw6vzLwI1XlkUcl+1VOuZpw4R1ZS79s7uRXJ53c4CFz5XiA4oSGWe+XFriTh2RYZZLa2xuAZ1Plc5dvfK9yxCLZzG7aRinkk3IHis6Xhwl6PzGEyhsWFOWM6vvI+vdnGOifaN/RRiFMDsOwKUpbtPoX+Eg3ZVF62zGSdbNOYqHn30j6l8Lo2H9GQwMswWevJJg2aEHqBt26+TbOuDkgHQri3JBFjAD1pUXHMWe1xYhl4qA5giiPWx1aj7MXN77V4SRbgVynYw5kXABbe0jGD4XR+GVBuTr2cJHm7KIN2RQH89gZIwxpo0XHMbi+jM4nW7Gw0cuwbWLWbzCRfGzePDkG9F9sBOxs47LGDufSaF/RRyjXUDTqxRnrmTjMnv+AFa09aApnMITPYswfK7okFKfwshYDOneeiReY+9TDAcmx/e8buWt6NnQgY5vPTEudBMPHizaSHs2dCCWZN6rfB7ILvW8br4ZUjkveXnjes1nU/4wMRIHwDYXXNrMNhLXs7LjW0+g7yPrkatn84I7geTq2JgNLg0j3cI2EwCQmsX+aDwSwrm5FCRfCmCdq2PzqPEoK5tpZjazyDDFaBdxsx/sLNyPoaGhmsdavPgTldnIXvr7ykNUGZw99lJKP1H83wFwDMA/iM4eE8GMZmSVnBebCDPQlVUxHp1UKELl+Sh6eckBT3XtitdU4bC4m/KZNcT9MDueLy1UOklV9GYcXVgAyRK0FiWx5NJiKKr2HFAgaFs4CEIoBl5m7tCNRxx0PJ9yDfMcYsBfvkj2rWvH4FvPIZeKIHosikOfZck/191wJ86+wUG+jqLQkgUybBftNGbhhAqIRnP49MqfIeEw1d0/n9iAY7+4APGzJQ/H0JiDXGsOse4IMp0lJ5A3rXoFL52dhZGDraAhuAlRs41MtRYZpki3EnfHn1uQQnPrOYScAgaTCURjTL+ULziY1TSCtvg5/Pb5RQCAaNco1nSdwOlzjTi1e77rtXjhRd145WAXon0htB0ouFJTLMmi8McGWfuZ5tI3G14wios6e5EphNB3LgEAaIqlcPRUB8LH4mj/bSmmJPcSFFWrYtBrEbLnn3xQnWsO+IZA9LYVjzLwAMFXb7+jLPAunz+qgL2670J3SF53Hq3vI+tdrQaPgRhN5tC/Io5n/5HNIZ5ihwda5hhZSEByzFnDyZYcdJLLKRIniMv0IsMl5lh3poCxWY7r7MKdf5JLYnj6npvcujdvuh2Fx56qubPHZDEyQkgDgKXFf58FcBOARwH0U0qPFd3vvwPgwwD2grnf/wGAiymlsu2sIswY1WKAAAECBChhgqrFvYSQAoBvUkq/6fHYFWCMi+Ou4u/vAPgApfQ/CCGzANwGdiD6OQDXVYuJMbpniEQmniMDvA8r+5WmJgrZjV2XOoKX0TlbAN7u+F50qNo9fdN6nJtLQSNsPnQ+xXJP8aCqqnNs4gFlnh7FyTOJhUcxcHLsLBnJETQeJa5r8pwnmUu8fF4MGC8dnF4Xx9gbx9DQkAIhFPgFk+rqzjDj/NBiJi2l5xRd4ZvSyA3GgAJBqCWD9YuPAAAGM3U49a+LMbKQgK5ieruOxlGcON7uutqHWpjOKT/EwjMluoGx2UCIkYtME0t746Qc0BBFPsF2/M3zk5jTOIxVLafQGh5FX5apUJ85uwARJ49oKI+XT88CANTXZbCsvQ/PP74Mdb1MpQUw9decJ1Pou5SFk+LXASDdShA+B6TaSw4s8bPMHZyP6+gKJnnWNaaRfbkJjUdL6YJEFaD4DnU55+SkqvKZLDFlDZ8LXpKV7pC7TnMizjPb75XTKtPHVeKjXVE8+b2b3bKprWvdSCgdT551VZJccuNHCoYXFfO3HSUY6wBmP50ry3M3OtcZl9qHO5zI38/mTbeDnDpb83NkKz5WmUR24JtB9PspQ+iipe7fXuet/Hr5meDnUDUwPgK3zMT4h5XaurZMFaOKSSfGo7OxKYgLxM/2/02ZCihxqoA57ziBN7SwsPD/OfomXL39DgxdGsfzj5bXJ55144vfqr+4G6Pz2aHQTCNbZAFgZAHQdNiBkymdJwNK0R2u+NBdbmQP7tDCo2ZwOFkAPXEMn40hPm8ElPkvoO4MinY0lkvstbexjzaXI0B9HhgJIXKwDnuOsfOFTgaoawTqeoDBdqaGy1yYQkvnMJL9DXCaM8gPMnsdDVPU9TFDfWyAuOqivnXtSLeyqBfpWdRlfEta+/H2Wb/B+rojOJNPIEIYU93Y9BL2jCzFk2cWIRIpHth2KF7smY3wGDtgLqefmbuT2SZ7P7m+2M8CWu/ag9M3rQcNMzUmAKTzcZA82zQ4WbjOIZm6KOIDkKJSlKKQqFTc8kH5R4T5JofvGlzdBnS1ofFAaU6EViwfN6+8vjHZ2Umc36YD/ir1YmHDGkS4E0hxbolny65beSsiABJowHUrb3X7ydPfPH3PTW5IKoB9E+4mYDiEzl8XNxuzWMxE8TA8AOTiMTi79mG0+P0CpcPwWSFLAh/bTWS7dlyqhkkKUXU+4HUhkfmBagfpV4KTd7M6JqP7WGUDuexswQ9V8wOlsv1Bx9DEj0k+qBrpHcFLH2tF3VzmTTV2ii30zYdC6PzGE+N23rKNL7RiOU5t6XAlsXRL8XcXy//FEw6KiUX5jpcvNpmiC7u4M+boXxFGqoOFBGo+XEpy2XYg5R50Fp1AxjqJa2hPt/IUJNR1IOGRO3JNzCuNNmXRPmsYfSdZu5F+5oXInUu4UwtQSpR5akuHayMZ2JLC3I5BtMbGcHqkESGHXf+9efvxjqbn8OuxxXgiyTZbmUIIrybbcXZfJ5oPM0cAAJj/N8zZIikdu+B9Ge0CcnPScCJF13kC5AejoNECkyiLh7ajJ6Ko62PhtDh43jtZ2ueQmQSPoMI3FfIREdVhfVWduu/JRIeXs4fquujGr3IwkUPBiUw60xx2w1qJ17nDUeLlQTfUFXdi4mW4e39Dd87NBq5Lqsuvp7auxU/u+3DNnT0u+dPKJLIX/zGQyKYMDybvK/tf/mgAc0gn+TnTNS+pS1aF6Bw7ZJVhSMjNJH5U3Bmj5bl+XLfyVuyW1ENy/EYd0y2T6jrXYKAYCLf13j3IbliDxiMhtF5UdLAgFA3xDHriLWgSpENRohTHNn/gEDqEZJRc7TJ4SQoji0JoOcya5RExMs3hsojtAIs4P7KQYLSrA81HCmUJJ+t6Q3CyhOV8KnqWRYYpMs1h5OIE6eYwgBYAKEt8OXDjlWWqu2wjm/JtB0pOAGcvo3AiBSSH60ByrO7wGFPhDS4N4/SbOpBtLYaFGgiBhoBQmnl58LBD0f11SI7VITXAGNO5xczZ48ysRpzMteDl1Bz0pdjmYP/ReWj8TRSkhT3PpVceDYQ7kIzNZW2SAgHJETQfYoF5c42M9oYLkli56Cj60/V4paeDqVNRiiMpgseCFDMzAOUu7OK8cWNOFmNFys/IEB2P5ODdKiZnCkHl5aUots/plpNzZprDEJdwkeFu3nQ7HpFU5fkDh5gavXjN2bUPrbtKfeVzcXTrWvd7i/SOoEOKWiL+vVOIYCLGu9/9wC0YGpoEHvE6kshmDCNTQWYg4sdabduXSXoT2xQlK5OUJqp5dgohlEa7otpI8HLdJttDqjnselJtPsLUO53PpHBk0RxWuCWDC9oGkJvj4MS1rWWLEVchjbOb7dqHlua1bmgfAIg80YhCC7D7gZux7oY7x3koymM3WrTV8bNiAFswmgF0XxV3F32AHYjuuzReZGhAT1FtmejqwGgXMPL59YgMl4K1pmbnEe8JITIMoX4HoXMO2paO4Pfm78ePXr0UADA62oJccx7z33QaHfFz6E8z415H/BwOD7bj3PIIsgeaESq6cWcbKJwcQXIpQWZ2Fh1zWUinPAh+OXQJBrN1ODFUTCd8LoTYAEXLYba8caafXOKg6/EUTq+L49y8gpsOxGnKIBzNYTjTiGxbDuFkMSlmLoRzuShODTUh1x/HnN1FBj/K3MZ5EkiO3Q/c4i7WPFI+V63xdyHGKwSARx7VB3GW5/AWZ8c4pmVSq3PIm05dJHvVmVCdil72kOTty4xV/N5EZih7Q/Jn4gdK0upO6QwkB5cEtzg7sFthxrhu5a0Ya5vRS++kI0isGSBAgAAzENxr0e9PEXsJIS8W06+c95hSGxkh5CiAC6TLn/ZzSE53jkwVmorDZPOSd5hejhs26Shs2hXrE9OvA6VdMtfHd3zrCfee13k32R7AnSxEmwJQCtTKbQGn35rDmy86jMdfWI7618LuYU6vNjdvut0N5ivikWKSR7Ffqt10aMVyvPZuploUpbJswnHDB/HArrk4QbqVlM5WFe1STspBZBlT3eReanLPUvWvcJBpywMNeZBiPq5Q5xhyfXGExhxs2fhsibbHLkO+roBL33gUC+sH4BSD7H6w/XE8OHQZ7tl7FZpejLgBfwGg4Thh0U2WDOPmlb8AAOSpgywNYX39YbySZV6Lf/fqZhw/OgvRMyzMFT+jxM+L1fUBw0sKSBwrRhlpZIdtYwNANlEa08zCNAACEiqAnIm5Dgm5OHG95Xg4L/EcmRwZPtMcRjbhlGUGkCPT66QmlZpS5b2oCq1mgum8mGgqMDmByNfk+lQ0c3DpkatWZRuxLJGKQQtE1adYt6hJ+cGeT9XcRrbyw5XZyPb/8/SzkZ0PjOweAN8WLg9TSq3jt/jNR1ZNl3o/kBdxQG1g10XwSG1dixM7coi/FC9jKqrFhntryXYD0Z1ZRwf/CEeXteDEjhzCx+KY81TOyg4n9kOMrPD0PTe56iuu0hIjn6u8MTPNYXRfzVRooTGCUJplNp73WKosl9TxrR3INAENx1kkBQAYXZBHuCOF7Re9gJ+/djFS+xktJA/E3jiIproUTrzGnDcuWX4CixvO4qd7VwP1OVy5nLnq79m3HM2HQkiuycAZDLvpTTKtBRSacqh7JYoLftTnLvyR3hH0bOhAppl5EHJnl+yiFECA5fNLR2YKlODwiU7EXomjrqdkN8wmHCS6M+hfEcfIglJCxtggC3vUdiCHsfaQayPMNLLQS4UoiybBNziycwHAInSIDjF8w8KzAYx2RV0XcqBko5U9FkWHEd2xENm1X6VaM+UWM3nf6tScIsTvQZXpQpVWSa5H3lCKSUv5GJjsfCaatzg78MPBeyaHkUV9MrLM9GRk54OidphSWpWYW17u5173KmFyti7v8lkSE03yB13YsAYjXWH88epduPfkZmU5cZeZkBJUyrtPuU2VzWvzptvR8iv2EUSTubIoIzqoFoX4Q4ew5V7GiKOda1yGKCaaFO013B179wO3YMk37gQApJvziPSHUYgXcHxz3E010nNFBxIsTRZGFgD1RV6ROB5C4VQCD76yDiQPRIvbomwCOHcuhkWt/Ridy77Rl47NwUuYg3BbCq2N5/Bs93w2VmMs8kimMe4yUIDnL4ug+Uj5+azRZS2YvYvFJxyb5WDJ95kjy+DqNuTiBLkjs92yhc4GRDbH3cSm/EgCD80VSlM0HCeu0wY/tzS0iIXp4ilD8rFixuYo8Ow//jmuKzrP7BSC8PINhRxOStzUDNx4JdKt7Cwazw93xYfuQnPR8+9nijlUKLqUy3EQVbYsLwbl5Wbv9W2Z0jbJmza5Tq6ZUEma3O4ifkN56X+ZiZrWEDdRaOH+SXH2OE9iLU4KzgeJLA4gAhZ7698A3E0pzZmek+rwnSG6EtgwyWo+J+5aL/vTuzGyAMjOy2DBj5yyyO0ql2LdjlXeBcuMS2S23LmEX1NJc3KbOlUsh05VJYK3xQPWAqWwQKMLCyjEyxM3hoZDqD9VjFi+nE2buuPFgLDDJSYAMOlwtIu5snNmwM+8Dbwhj9icc8gfZp4h/KAyD8EkSl7cHV3csXMP0GwjYwj8GAJnNrFkwXXdFqVeLg0BcFWnA5cATa+QsizWo13ssHlqbg6Rs8X+DTHmnOhmUh2PK9h67x43MSQHz5cWf2gvBm680j2G0LcqDCfHDnrzOJIAyjJd65wvuEcef28qt3mV85LsVKHyKub3OGRmx6955QDUOWPJdeg8jeU6+Rw2qSRl6Q8Yz1AnQyJ7w/9VmUT2228HEplffAPAPgD9ANYDuB3AXLBYXUoQQmIAxIM2jfwP1aQV/9dB9lBSwTTJVfXYPOdFH9/BFS6No35VP5a09uP5a5ZgcZItqmL6C9l2J5734tB5jYl1iR+seM1mXFRlxjHLA3Z9f/J7N7vn5VLtYYx1AqFRBygQFOqLB4sbs2ien0R/YzOcxizaW5jolWypQyHvINPNPuLj7y4G8M0AsdPMLsUPu/ZdGkeungWBLRxvRKG4F8o2Ak6OuIt/cl3xqMKufUCnkIm4SG8+RkrM5oIMLlvGQp2fGmlC/687MTbbQYtwAJ0zidFlLS6DG75+HUbnOqg/xVz/uRs+99TMNlBQp5RCxMmyxJepdiCWdFwv1OuevNWVbjmTTKCBnYf75HoUwsBoV4nZp1uZarb5SBq9l7Mxm/fwICK9jFbVfObHQFS2LNH+xsuLc1HnEShD9+2I13VJNzmDUkl/ohQl27TktuW5z9uTU0HxZ2R1oy6j/LUX/4WS7mri9SSRVd1rkRDyFUII9fi5GAAopXdRSh+jlP6GUvotADcD+ESRWenwaQBJ4edEtfsQIECAAAGmD6quWiwGh2z3KHaEUppRPLsSwG/BoiIf1NSvkshOJJNJ/H7LhwDYRQKoltOHrR5fBZ3XI3+G7xwPfrQNTkcaczsGcfKl2VjyQzZ0om5fPCjKIzLIqg/ZyO3q7DV2L51kaYKuv6akiCqboJzGZaw9NE7lNrykgLpTDjJNQP2qfvzOnOMAgGSmDgUQrGo6iR8ffwOaYkz6mlM/jIP9nRg81IbwCFPj8eSRXCUoIpsAQmmg6/FSDL3B1SwxIwDXQYI9zzwnC/ECaJji4mUnWV8owcsvzkO0P+Ta83iSRe7cwcGlp8HlTtn5t0xrAdEBdm1kUQFNh1mbkeGS6lP2oOOqWS558vHsWxVG1+Mp1xbWdJSFDQulqdLTVKyTt8PflS5ahuq9ypK5bs6pnDO8oFNpijSoyvP2VJ6FOnWlbEcTn1OFkZPbASYvsseqD1WmWnzhns8AwEGwdLI2QYOnHFVXLVJKzwA4U+Hjq8EGr1dXgFKahpB2mxDi3vPDmPyUtVWt6e7rnjfp9kXEzjqoe7EOx9dEEDnnuIsqP9wqe5A5u/a5RmmTV5nsRSnT6UcNqrsvG+R16l+xzeVfuhuZzlyZravuTAHxPsfNyQWwwMYAS51R99sW7NzMVv43LjuO4UwMr4Rm4bJZJzGaYwxiXl0S/Yl6kIsoRou5wc50xUEyDhq7hrF27jH86tgSAEB9PIMlTYPoiI9gV/sqzHuM0cJd1DPNYURGCxjrZEwltHQY+X4WGYTkCF55qnSqpLmb2bl4lmwxqWVySQwjC3mkEuadmG2gqOspzetcnQOSYza7XB1zQuHP8ogvl/3p3eBBtAZXt6Hx+0/iSWFBz166HqNd7KD6aFfUDV+VeHkQ2USb657v9U7FOSIu3Lqyqr8d4Zo8X3SqQi/1v+wkYjIviH/r7Ma6+awLZCB+yzbf+mTEWpyganHtdLKRTZmzByHkSgBvAgv/PwzgSgB3A3iYUvp+H/UoYy0CtXe1t/mobOsBzEyCOxMAcCUV7vQhxnYDSh8bjzcn5zWTz7uYIpB79aVSu6TYhigZ8r5m3zWAsTRjQE0/TQBgIaYAIMqCZrhSRKR3BMe3diA8xq4n16RBHAo6EkHTvCGMjrJd6aalh/D8mS4kn5mFznUsOPK5TBTLWvtwU9fPESF5/N3pLQCAZ3vmYW7TEMZyEZx4YS6iyRKz4ee+GrpZBA2AOZq0zBvC4NkG0IyDppfY9dgARThFkW52XJtX85GCm414aBHLrA2wYwaZhRnEG9JI9dUBxXBZrb8NIZRmjhhcegLgSmPcjie6iHOIMStHusKuZ2VyCWMnYrJHoLTJEWNx2s5lneOFKpsDUDq7qHNjr9RRSm5fVYcft3xdvbpvRtW+XOcmsr3m+cjeeGNlEtlv7g2cPfwgDeAPAXwBTFX4Khgju8vwjBYPJu8bN2krXVw5VFKDTl0iotIPT95JiindxUC63Dst8TLGMSWgeI6syMR4xmVeJ4+YbyNJVgKb3bIM8ZwSwLzuXlu8Hu1rmT9995tjWPrdPLKNcQwtLWBsLivXeKSo1utswJwnU+7C27R1rXvA99SWDvAY5XueZ+GnkABOHOpkfzfkcSDv4If1V+CxU8vQe4yF1g+3pHGaNGL0xTaE8ixiPgAMLwJoiKL+FMHg0rCb1j7ckkbEyWPx/F681tOOoYvZ9ZbfhhFOUYTSFOGxYvbhOEGim2KsPeR6NwJwjxV0Ng8jkxjD6VMtAICx2SFXQhMj2vN4kvED46VvPi7iZicOACuWI9GdcdWc4jsSGc4j+/WbGJOnoPh3aMVyrYR23cpb8Ygh5JQJfr5n8bsQ6VapLlXXTMxZho6J8XEVPRgfTN7HVYu1w+so1uKMin4fJmxVqZbtayLSVjV2kxzczZtLVt1XsV1WopvZSPiHxr38uMdapjmMoUXhMlUUl+ZUB5z97EirCVEKENO7iGnn5zzJotwPL3RwbiXrT9PTcXQ8X7Jf9a1jIk/rvXvQ95H1bkRyPm69l8cRPsdsVIPLGRMkORYgeGRRAQ1HHfcg84JHUnh1WwzRJEHqgpIdK/5aFNkGingfcaPxA0B2bgaRRBYAkM85oGeZ6jI87CB8jkXR5+AHuet6KQYvIu7BZwDItuZBcgSxsyX1Y64OaDlIMbSYoO1AKeJJNuG4h5y5Kz8AN0JLy3P97sHnRHcGySUxdDx5dlzmZy4Vq+xWumgsHF4bP53Xnkl6MW0gVeVsYGOj1dEo0iqOh0rlKjI5U5DyyZDILn1/ZRLZ89+ZfhJZEGsxQIAAAQJMa8wYiUx3IFqWMmplN5N3iV7eV5Xa0UIrlrs5vWbv6nNtGaKqg6sgswkHwwsdNxuzKt6hSLPqnJvODuCV3ddPP+UdvJjDCSg/jDy4ug39K9j+q+lVZjfi3n9couC2l9FlLWUJEEe7ohib5SAyTF17m5MteQeOLcgi1s2k+ro+5mCS6M6g+6o4UhcXU0RTwAlTRA4yF0ciRNmgIfYTG4BrrwNYPWIcw0xzGCNdYbQdYNIkz3WWaWTnx3hsSO7RyA9hc09Ubgsb6QqXeUByJ5JQmknqXCrjY8jfu+xtKEe3APTShO5v3XuVvWblur08d8W/Te2paFdJXSrvQp20J9pwRWnVpLmwlfQm40D0pe+rUCK7b/pJZDOGkW3ENsQuWQlgfHoQW/hRG9ouzl5qC9M9lYpGPOTa+P0nkRLyI3Hwj+/VbTG0vVDuFMDTdohhirxixpnUrHK7tv3XYfOm23F8cxyF5aPAUebk0fE8i4rB02dwiPEERRWWGHyZhZQq5SNzssC5uSWVYH0PMLyIYtUVR3A2VY8TR2YBAJpfDCMyTNF6L8vMnDjFmMvoXAfDb8ig+bkonEwpvqOTZU4ghSjzUIwlWXk3j5Wk+uPMmr9LABibxRgRZ6ByP3kMS/6+uf2Tp7LhCUQLEaCulzF5cW7oIquomIRoMxMdckxqRvFZ+Z3YMiav70KEXIdpzlWygdXFhBRjoop1coYn2sJ0tNDlF+CRg3cCNWRkq//obypiZM9999aa0FVLTHVkj6rhweR9Ew4abDvRbT4Ur4/R1JbsrMJ3gNetvBXOgUNIFO0bhQ1rykIEcVy9/Q4kekcQHokj3Vpi7AksL1vkIx50qRwzVHSKUMVtVEEXFiiyYjkWPAJ0r8zjXBu3KznuohVBuZFdZYPh0ShGr1+HQhRIXs2kKXo2hvCwg3yigPplLGFasrkR0f4QBtJ1qAtnERpmjjSRYYpsI0Fq61o3kC7AUtondoaR6GbXuOPF0KKw64gx1h5yGVjPhg43PBW3S4kefInujFsHt33FH9qL0zetx7yHWexEvmhyJsbjVPJgwx3Ps3bTraweJwskl7IkoomilMJd8vmYcchOIuI7F9+PaBdSbbR0Lude7u9imzsL9xs3TDLjkiN32EpHOi2Nab7brA2ciclexContKGhITQ33+lZ54QwMWePvYSQaXOObEZJZLL7PVBbF3zTh1wL12HZXZ0b6rk3IlfFibt37r3Hr4uR0XXqIplur5Q4Khp1ZXUGcqBcYkhtXVvmRs7p5+XEfqoOonIUNqzBq+9iUk++IY9IXwR1vUB2PWNkizvO4uBzCzHvlwWMdIUxsoA913yYujELecRzgIWREtOknLiVZXVOdJcOFItSFney4OU5TZnmsCuh8evD169zpexswsGT37u5bIzFNDwAC+xbdzbvOvSI7Q4vdLDgoT7XAebpe24qG2d5XP1IMTaxCVV1cZieq6W2Q6cO19GpSlcjznNxHE0HuOU4pgCKjKy2qsXLbqhMInv2e9NPIpsxjEy0kdmqGLwyKk8F/KhHdHY5GaKNybT465ixTkUk08A/bj9RGeR2RGYl0g2ojxqImY1VaWtED70jvx8tegQSN2jw6GL2x5xdTlmaE5Hpi2PFmVDfqjBy9aWI+3VnCu7zYpuZ5vA41a+Y5mb3A7e43qa8HI/MIWbTFtWmonqVS4AdT54dl0uM29WA0hwQ43PyfqpUZTZzTWVHM6mh5bq93Pj9MFcT8wIm/o1PxFSgwqQwsv9RISP7t+nHyGaMajFAgAABApTwegoaPKMkMl2sRR1sPIxUz/jZeflRtZng5SklR0/gEFV3otSiatvm8KcoManUS6p2ZHpMEL0q5bNOJhplcJr71rWXxWwcWsT2bmPFeE6ZhRlEj0Wx5Pt946JZ8Hxe/JwWADcNSraR4NzsUiT6Rf+Zdj0l+fkugKVD4V6HXPUnqnpF6YxnItapUEXpEyg/SC6/++Hr15V5copSr9hP3leV6kz8XxxrlTTlV1IS79lKYSaJX5b4dElq/cCLdhUtsmpSl+ol/eL+mp8jW3N9ZRLZvu9PP4lsxjAynY1sOsDLzmRrN9A9r8uJxMHtbnJWYUD9Mepc+HXM1o/KUc6DJl432enkhV5kHqJbunwg/OVvrQV1WHqXCz73xDjmyd8Nd3mPJnPouzQOJ8OifHBGtvzbpcgrYnbuq7ffgd0P3OLaswAWmSXdSpA4xdzyVZ6Ew9evK7OR6ZKiynZTkXbRbdy02eFQ2YTk9uR2JwITIzMFFjbV5VVGbkd1j8PENFV1yHSYaJoM1eKaP6yQkf17wMgmHX4kMttJZnO/WmVspELTblfnUs3jLMrSFL8uS2qZ5jB2P3CLW5YzJTmyPlBub9DZIFQfu6of8g52dFkLeq4IY/bTOZce2Vancn6QsxVzyaP7qjjSl7BDXc7xOsx9IueevwJKAXxT7Sz6huiAwevgXoUAk+iSy/OIzErhigXHcGiAueun/rsDXV99wo2JmY8xV/hQmkXkKERLTC80RlDfw9z0G7pzyCYYDSqmJo+RLD2pNg+iJKmLwylCJUGb7F28DVtbqK20x+v1csjQ1c+hs7/pnlWNtR+m7ocujslgZJe/tzJG9sx/BIxs0uF1INpWuqmls0c11JGqD9Nm16pbBEVwNZQYwmr3A7eMYzIcItNS1S8yOBvvSHHxAIDjWzsQTbID32KbJvDFGygFxwVQdoA610DReJSUpT/p2dCBQhSYu5OpFpNLShmCso0EhTA7HzbwBjYuNEox/4I+dCWGsDjRh5dHWMzG/Y8uRWwQmPdwH06+rcMNEJyZnUVoJATSmUYkyphkaiSGupeZmjE8Bte9X+fUIobu0o2dCHlDA5SnZNGpC8W65XomopqzfV7ul0y77ruV+2TaUJnGS0e/bZ/kb1QVFJnXMRkHoi//gwoZ2Q+mHyMLnD0CBAgQYIZiujpv+MWMZ2Tyrkm1mzLtsqohqfnZleqgir7xiGaXKbcntitGAuEHawHg2FvimPNUbtzZLV6et7950+1spymdReJteIUJEv9PbV07Ll/a1dvvQD4OjMWB197NPDK6Hi8dSNaNY/7AIWRXs/7EkgUcub4Ds59mEhD/HX9oL/o+ws59cektlKZoO5DG8a0dGJtbQHSAqQRTs/KgUYq6k2Hk6oBoPzsonenMoSGaxssDHTiSbMPgi0z0ckJMcuvZ0IHYAEW6hdUTHgiDhoDQ4ToU06IhmmGS2Jy7mCqSJ7msOxN1nUTEsXpkv14yUs0t3Tkv8T3JUrBpbGUVsg6ylC7SZjP/xfu6fqr6YFOn6aC+X/uarrw85x9RjD+naTLykYFS9uP3mWmIGa9arDZs7Ww6W4OXfcBWr6+qW6ZRvsedNESVFQD3YK+TAxqPsYX0ye/d7C6IIvMTzyeJ55SA8gSf8rkznZebeC6Kn7kauPFK9F2dBQkzWtofjbkHencW7i+L8i/biwDg1JYO5OqAfBxoOVQK99R3adzNBMA9CCOjBYy1hxBOUZzewLI7c4RGQggPOYgNwk3XAgCjF2XgDEYQTRJE2LlqzLnrCdfWdPX2O1zvSB51Y6w95CbQXPSDvnHenwDK7Jemd27zrr02Zao5ZOOJKF4zxUnkUJ3v86tqFGFjb57IxtH0fXKIsSlNY26qazKi31++40sIR/ypFnPZFJ65/7PANMsQPeMZmR9DbSVGXdUusVa2NlNEBdUCo9ohy04cQMnZY2hRuCxzsG6RSm1di2gyN85zkUOOe2iKfcnrA8rTkrz27g6kZjNG1nTYQdPRnOvKLrqrc/p5QGSAMUSe8DLdUsoo3XwkXRb9AmC5wZ6+5yasu+FODC53MDaP9Z9E8widiSI6SNB8pIBcnLh19F4eR2yAlrn18/HgfV93Aws/JAbtVS3onH4AVvZOGybH7Ws8FBmvW8V4ZFum7htQOdzYfE8T+S5MzhJinTaBh23aUnkp+nFq0dWromEynD2ueE9ljOzp/++zNaGrlphRqkXdDkj3Mak87nTqClt1iR/DsamMakHxChPFIceREyEyGA5n1z5g61pXWhHrUNUvesPpDN58AY2gxGjE/vF8aYkVy1115uDqNvfMFgv5xOqMjOZcl/art9/hlv+ZMFY8DiWAYnxBdp4r1e6gfxWrp/kI3PBSXJ3HGXdktIB5j2VcZ4/+VSE0vcK8DcUIG/kDhxBesd6VEMUzXXmU5lIjH++iBClG95A9LHUbAnH8dxbu95xzqvkvnxsUpWwASBT7xP+3qdOLgXCIsQYr2dzZPpM/cEjJNG3UiF6Sri5EldfzXn1499rbPPs1YQSJNacPVOfIvD6cStQwtZS4vD4GlWRlosVkD1GlnAfGx4OTpTpxZ8+lKH6Al4O7wetiH4rxIAFmp+pbFUacORC6QXDH2kNuehaARZwvRFgwXB5IV26zbHEuMsORLrZPy9WzsukWIDYItBzOufd4oF+egFNOdSJe432wlURFGkWYFkVT+DDT+7a9rrvmdc5PPotokt507dnOcxNs1PliGzqpzpYx6Ri57llRxa0L6wZMjmrxd95VmUT26/8TSGQBAgQIEOB8QCCRTR/UOrKHjfFXLMfLTtR2Zrub1rWvui5C3lHLB6hFSUc+VC2X4dd5vbI0Ikp1/HAxT/o5NpsicYLZnzqfSZU5YfRcwcqG0ixxZaKbeRnyKPPc4QQoPyfFkdq61pXuAIxLsskRGS0g/tDecbTLThjiuKneA1ch1spGqnN+8LKdyuUBdbQXnZZC/ts2SouNJkP13ZjU6yLttsk/xedVGgYTLXLbpv7pyk6VRLZ2W2US2d4Hp59ENmMYmc2BaL8T04YJ2bgl6+A3+oCXCkmmRWfcVxnrvdQlukVU9ZxsAxJp5x6H2YSDM2sI8u1ZJA4yptJ2gLn/n9rSgbk7+3B8K3O/z8eBUArIJoBcUwGJY0zlOO/hPtdzksc4BOAm4cwfOOSmRgHK06Rw1eLsXX3jnF9UdOvGXB5Xmfl7jbUprJdMi9iWWLfqWR0zsFGji/Wp+mmrXrRhen42eLqyttFAdP20WRdMx0pMz+ronhRGtvWvK2NkD/1VTeiqJWYMI1PZyCoJd8NRLVuYF4OweRYo2V8mEhrIq33ReUG2FYnQLcpihlyvmI3c7Z47XQDMVT3SO+K6z3M4WWCsEyB5INdYQGTQce81vcryhokQHTDkSAtyeC5Ouy1jN0E1phPxqLOhwbTJsblWqf3Xrz1LZ7+yYSTiJkHFvL36xMvaMC8/dXPaAH2aGN0GcDK8FgNGNo1gk4/MxijNYTLu2j7vtVO1QbUWOhXk0DmmBc/2g5fr0S0a/MPnMQy5S714rW9VGOl2ithZ4tYdHgNiAxT9l1IUWphTSOuTUbQdSLkSGfcM5Mkw+TXx3BxntKILP6dRjq8nuvXLDh66yOamhdDv+7JVT/tRf+vytolqYg554wF4q/MqjXEoX/diIDYQnzEdSeFQnX/0ql+Ebk6oMBmM7E3vrIyRPfXjgJFNOnSqRa+0J9WQtmoFE32Vqkoniz6vKPXy4jR8/bqytCbc8/D47wGJV5n6L1/8FhuOsbk6tJgxOO6ByM+8cbWlyBxFWlSSImCnXhJpVpWzfWfi/7bqXFsJSs4cLtJr0zdT/8T7pszJtnWpxst00FjVB5M0auqfDYPkbfrx5pQZmakfkxFr8U3vqJCR/ef0Y2SB12KAAAECzEC8nhJrzhhGtq35fWVei6ZdlJfNQS5ju+PT7RB1DhaVwI/0UIkayq/KRWUD4M8A5e9B9H7cvOl2OAAS3ZkyKWn3A7dg86bb0Xgo7trJIsOAk2NRNSK9I2g+wjwPT6+Luw4eW5wd4HtPbiOT6dO9G35PzOkl0imqYcXx16VQEdV0PL6fH8kotGK5dq6I1+T7qmSmKslMhNyOTiXK/+bqQy8JVKbPpCHhY+Vo7uu+RZM9yksKFCUuFWy/U1NIL3m+ifeGhiZB2JlYrMW9hJBpE6JqxjCyB5P3uX/bGpFF8GdUH41NXfKEVX1UqnpM5XRtedlMZLrkZ00LkSqIrGpToArCKtbplcWZ25zE0FJ8IXZ27UMnSi7vYtQJMb5j11f3obBhDbN3LSuPTPHIo0zVuHv/eKalW/BUB51VYaNkDzax7/yal4MMn1eyXYrXq7pu6yFrmhOy6tfE6HRzxMsOpLonq3hVbWxxdijtqWJaG9W3VYlNzaSuNfVDZQMHUEabuKnRjW+OZrW0VQsTlMjWBqrFKYAskXHY7qxsmQeHyhZk+ghUjNIPfSra5I9RtcCqmKduIRLp95IITBKmbhxUi9AWZ4cbJVz0Ml13w51IFCUrbgPjno6idOjs2ofdGkkrXgxdxFHYsAbOAf2YqyRN1bxQSad+3qt4T2Z4vE75uiliigmixMlp122eTPT62RSqIM9PzrTE+uSoJvI48w2PHJtSxVx0mzRVP3QbQ5kp6Z4ToZonqjKCs0ft8Do6ED1jGJmISj823WKk+kBMO26buv3sGL3q91uXDqbU7jo1k2phla+rFvwtzo6yHStQGtOrt9+BFiGeYx6ld+AcGM9k5IVMdkYQFyMe5tfLC4/Xf93KWz0XQFuomKNJepefM7Up99NWavPajHgt1jZpYORndFKNLss4//uR4vtwFA47ujZs+mPzPJ+LOjW7/G7Fv+UN7BaHJdYMUD3MSEbGIeu//ajibHZeNvXpwBdJLy86VfsyjaqPif/vxQDF8ipadJBVX5UwUpXn29Xb78DuB24Zd10nkfBnVBKZ3LYoifK+cklBVpN6SZ6yjUVWnXlJbaqF3O8YmlzKbVThftpUMUndBscmLqNOsjR9d15aArFPOgZjkrp0Gy6ZEQH6TZ/uu5D7Pxk2ssDZI0CAAAECTG8UKPvx+8w0xIxhZKKzhw420phOzaLbkdvsbHVeiyobm0rSk697qW+8ysnldf/LtIllZOnIJCWK9brpXTQpPrg0JtOTP3BonCqSP8ufEZ1GdJKu7prXmNtK6lzKliVCnY1TJZmoVKUqeKkP/Xrk2WgYVNH95Tplda1KWjZJSHJ9tpoUnfSjus//llPNyM/KmhNx/uv6b6KNY1vz+4z9qQpeRzayGXsg2g9MH4rfe37VjRNN3Ce3DUxsobItb6uiAcr7KCdyVMXu81KH6dR5cnxH7hxSacJKFbxCTlVjjHUqR6+Nlm4BF/+X69GFcTMxcLFe+V142ZBU/bKFiSbV/PNibuJ1mRav91xJNncRkxHZ483XfhHhsM8D0bkUfvWLz9eErlpiRjGy32/5EADvD1/ncWjLlEz2q2rAj2RoA12Q2clkfDbPqGgT6ZPfmyjpynnCVNKOSdqtlH6vPukgL/gq+kRmoQsQbKpfFdnej91UxSAHbrwSrffuUYZj8mJ+ftqU+6Kzj/qBDQOU6/bTJ9V4qZ7Z4uyYlMgeb978hcoY2SNfqAldtcSMYWQbsQ1hEgHg7RwhoxKVoqm8LIF47dxsP/xqLLQTkRw4vKQC+cP3O74mCcWkchIXfr7I+mFUNhsUMYySyuAvzgFAfdTBVlUmJy31Km+SwkSoVGW6seRlvN6n6R3ZRMCX27KRvHT9V/3vN3hzJfPX638RkyKRBYxs+sAUNBiw372Khy45TAc/bWMKToT5+N3ZetHntVjZ0mRazCphXCoaTOovPztzW6naduft9316pc0R2xL7KUtsqmC/pv7oaOXX5EPoKvrEzAd+JEwdfbrUNn60BHJfbWhTPW+jXrRp0yuvmw6TwciuuqYyRvb4L79QE7pqiRnj7BEgQIAAAQQEzh7TBzpnD91uVLQ3VLKTt4FJ0jHtJnWSXKW0+snHZmrDj3oUMJ958mrXZLMw2bxspEAv9ZvKBgeo1Xp+o/yrpA1dfi3xObGvqrp1fVHVwec+V4+aaNZB905ss0aLbensYTyS/EScoOQxqVSVLkvHIp18LIHxue909XFMho3s6o2fr0gi2/3YF2tCVy1RM4mMEHIrgLcDWA0gQyltUZRZCOCfAGwCMALgOwA+TSnNTaRt06RVBX81qRkq+QB0i6Posuyl2tD9rYJOfSRmKq425H7KDIL/5k4YOgYi024ad9M4qN4nV8npysuQFyLZjVx8zuSoITNdVV91i7gqDqJ4T4wyouuHyi4llnN27RvXH3meyBmv5T5sccZHZvGCvJjza2IdnLH7yWlm2jio2rSpR6ZJBr8mpgsyqXJ1auWaolD88fvMNETNJDJCyBcBDAKYD+BDMiMjhIQAPAfgNIBbAMwFcB+Ab1NKP+OjHaOzx0QkKxE6m4qfZ73K+7U/maSXasDLfuVnF6/rj215PzDZozhs34WJHls6bVz2VTTJUgEw3vPUqz2dxKRiwF6SpKpNXagvE328jMnzUVVeJZXr2rGdX2JWc7EfKqkVUI+tV19V7U+GRPa7V3+uIonsv3ffVhO6aomaqxYJIR8A8LcKRvY2AP8JoItS2lO89hEAXwUwi1KasazfqFq0UddNVOqqtLwf1Z+fumupNpVhG5HdBJ1k7KVy9FLFeTEK+Vmv+2IdlahK/bTpdU+EjkmJ9HrBD7P2y8BtzmQBGOdpqptbfrQmqrGydRzySr8kXr96+x1l2cZ5XWIZsZ+TwsiuqpCRPT79GJkzhW1fCeAFzsSK+DmAJgArdQ8RQmKEkCb+A6CxxnQGCBAgwOsNewkhLxJCPjbVhNhgKiWyfwFwAaX0rcK1egCjAH6PUvqwpr4vAPi8fF11IJpDZ7j12qmrdlN+zvOIbXDodnaq+7bqTFUb8q7Q1L4tnTK8HB7EerzUpYA5+r5cFwDXJb0aEqZJyrNR//F7NrSYylQz0osJV2+/AwBcKcIE0bZbyfz3q4r3qlN331byFmHTd12GBBstAQA3ELZYZjLc73/3zX9VmUT2q7+uCV21hC9nD0LIVwB8yqPYCkrpS5WT5InbAdwl/N8I4ASgn5Sy4Zbrv71UJuLfqjQONjAxVZUhWEeLWJf80cjMVm7XZgHxq3bzOqemo111TaXm8VuXTIfusLL8vNim7Biis8uo6vG7WOsWPpWDhUyLin6vDYGsJos/tNctq6JLrMeUB001F8VrfPNosxnQqWQrNQHwfnOIjl5yNnAdg1M5anE6xLEzeVmK8UN5XT/Y47WMThyvp+j3viQyQsgsAO0exY6I9i2DRHYbgK2U0tXCtcUAjgBYQyl91pKmcSGq5HxUHHwCi150vIxfW8JEbQqVtOl1vVLjswrVlAyqLWXY7Lx17ZoWTdUirnrO633o3LVVaU1UNhmVFGAjfaoO53JMRBqayPMcqj7JY6yKOMLLemkSvJi7jhna2il170sVIYXDxLA3ke14DA8CNZTINlz52Yoksl17vlQTumoKSmlNfwB8AMCg4vrbwHImdgrX/gRAEkDMR/1NAOjmi26mOlxL3uP++MFbL/mMsU5VGyb4bd8vrtr2NXrVtq9Vpa1Kn69VH03jW0mbYn3yb0rL372qftX717UjzyOxrPwcLyvOWb9zTfUcr/etl3zGpUnVR/k5236a+ir/iH3UQfXt2Y6j/LepP6o+qJ6xfRe2c3QjtvHjyk20+mtuEwC68U2fpde++Uu+fja+6bM1o6uWP7U8R7YQQBuAhQBChJDVxVuHKaUjAP4LwIsAvksI+V8A5gD4EoBvUkrT1aDB725StonZHni1bUNVxo+04iUJcHWRFz020mCldg0/z/mpX6Xi43X4gawW0qkwvSQ52/ev2qnL9033VDSo+qN67rqVt457Rj5s7KXeNrUtXudjqktvopvnuuuiVMlpFJOhinWbTAJ+v1OxTt3YyJK7igZVveJzDybv4zay2oFS9uP3mWmIWoaoug3A+4X/uapwE4DHKKV5Qsg7wA5E7wFz8vgOgM/VkKYAAQIECDDDMGNDVHnBVvryetaPAdsWtfJcq7Z3n8kDTHXPJFGKz5scSXR1VPIORbpUqVK83qHtePqhTZWyROw3pxUoPxwtp7HxQ7euTT991NVdCXTpevyg2nZvEapgyn5s5sDkBA3e+Du3VmQje+zXf1MTumqJGcPINmIbHqUPAKjOx2frSGHjBOCnXbnOakC3KPp5vlq02LYHeB8V0PXFtLnw43Sj27CoHBVs6pQ96GxpVzEewJydwZYm3l5oxXJkOxtcZihvKlTR8k1pbFRtqlSCcl9NtMqwCShgM1dUEUZ0NItpfET4ValPxoHoTVd8piJG9ujTX64JXbXEjGFkNhKZ7QLJ4XfRt10UbZ632R1OxLNLhJ8IBvIzE4Vt3V5SGuBvPLirvS41imkBrMZGgHvP6piBuOuX+1YJHRORLm02QiobmsoWV2kf/Lzjam5kde1yqL5XkzTNMSmM7PJPV8bInrm9JnTVEjOWkU10t1fJTl1uW7xeqapD1QfTc7y8asfstSO2lUJt6VbVXYm0afNMraRGFd21UlvtLKgP7Mvt2rwXv+Ohk25UbYrtmua/V79lVakcOqpS9abYJ9VhZlMcRfmIhIk5yfB6RqRjUhjZmk8jHPLJyPIpPLpv+jGyKXebrJqrKbZRETbuyarrfp/R1cHdm21cjW3arwReLtWcPq/jCdWgS6bFNP6ya7gI3XU/tPtxKZfve7la+3GLV/XFz1h7ubKbXMV1c0JXxuTSb6LP5Arvdd2rPyIdXscl5Ot+jxnY9N3r3YtIJpM1d7+/5rK/pG+54gu+fq657C8D9/sAAQIECHCegKIC9/uaUFJzzFjVImA2SAPeRmd+z8YgL6tmvNR2KtioM1UqF11btVK38TbENv3e15WpRPVowmTFLhTHWlYPqmyAugjsldpIxXs6RxMdTX5tTbrvykSjSVXoRxVpA3F8/cwnHY3cnqnrD/9fzr0n9k2mYTK8Fq9Z/ZcIh2K+ns3l0/jlc1+pCV21xFRGv685dhbuHxeuh3+E4qTaWbi/bILyH35vi8OSCIpeZxz8uvzhFDascR0KVPp0Hb28rO4ZXkb8kET6+f8qiHXyw7JiX3VlVffkNuXn+H1TParnbZ7zolO8ptvEmOpTvQP5us5mxNuU35FMk7zI6sZTplssy6+p5qUM0b1ejq+oopEvzHI/eZ9kd31xbEIrlmvbkP82jaOujBdsGKx4jY+fKrnoFmeHG5dV/vZkJsWZnfhd8efEum3eV1XAD0T7/ZmGmFESGY+1CPiTFEzSjhdUu8lqevTJdZvK+pVidDtn1bWJ7pL90jeRunVemLrdeTXH1masxDHmMRRFyBKbzXzSjYEIHoVdpEGkSecpaSvBeQWSNtEutud13dTeRGET6b8aeQQnI9biNas+VZlE9sJXa0JXLTEjJTLVB6FjYLJkwyUsm0kqR8TmUAVtVe1sVfTJ/RBp08HvjtUElXQgRoWXGZ1Mu0pqEX/z8VVJPXL0ft24yG3JO2mxDptrYpghVf02tJjqN0kd4iFmXo5LbHId8tjq1Fa8DgBlmgSRicnvWFYVmiR81TcEjJ/3vF2vcZM1IvIzuudNTEw3Vl7XebR/lecoB2diolZDbtv0fW9xduDB5H1a2qsFQmlFP9MSU+1tUi0PHdFrsZKAvn7g11vNRJPsDebH88m2bdtnVMFkZXpNz5ra4d6RHH4CMpto8Qu/HouV1q0ar2s2fples/HLE2rTy8NUbttEo99rfp+5ZuOXreuTy1NKK/L69eNVqXre9D+/xt+hH2/fqQgavHnlLfStb/ysr5/NK28JvBYDBAgQIMB5Avr6CRo8o2xkNgeiRfixQXHY6uUrsT/Z2hP82mvE7NY6Q7V8XWUzlGkXr5tsKF79lrNvm1RRqnZ0NgtTdl8veL1nL7uRKqO4yi4l28hU9lqbXGZeNjI5D59NxnPTeOnmiwh57lRqw/Wyz+nehWqOq+jQXdclOJX7ZwPZ9jYZXoubL/mLimxkj7z49ZrQVUvMKEbGnT10jMEUiqlSZwndx6pbnG2M5l5tVXLfD+2V1GFbVrXw6d6FjeG92vSprqtoVN0XGQ6H7EwBmL3qdJsq0z2/kOmstD6T7U8uZ+Ms5MV4VO15zWNb5qX634ZmXX+92pwURrbi5soY2YE7a0JXLTGjGJmf6PciqhH9HqjO2Sc/DKvSj1FVj7yD9QpvZaLPppyuXVt6xfKq6O26c04m+vwsXl756rz6U0n5iSyuYjs6KXAiqFaEej8bPlGinYg2Q/dNeW20dG1w5yguAas2DpPCyC6qkJEdvBMADgIogOWH/GY16asFZiwj4xNKPqCogs1OWPxfXCRVUcGrIXV5qeNsYbtrtq3Dr1TgV3Xqp75qPl+pdFmNzYtct8olX2xTTuNiK+3YqAlFjYJKFS2Ws2nDZhPgxbwmoi0RMwXYROvnqESdyMupJG9ZPTwZjOza5TdVxMh+ceiumtBVS8woRiarFlXwq1LzYxPj9eiCkno951XOi9aJYCIM2FSX3wXJtCO2VU/6GX/b/nBUysD8SgzVLl/JPPOSmHXX5c2dqm4vGkyRQ6oNW82FVx2AvaQ/GefIrl3255UxspfvrgldtUTgtRggQIAAMxEFChCfgkphego2M0oiE1WLleTYqqSMV/la2tNU7deqbhmVRlWw8eaTYSt5iPV40adyxlHVq6tnInPDRnri/fAD23E0jY2XN2MlNlA/93VqRq82Te+Jo5LvQhetRFWnn29iUlSLS/7vyiSyI39XE7pqiRnFyHSqRT8qDb/qHC9PtGrDD2PWqQsrWYR1/RRtECrbjhfd/B7g36PT1lbjtThOVI3KYVuHyUZkqk+lWtXR5Oeel7rdZOcy0bJ50+2I9I54Bu0Wr4uZqic6z3VtmuqwOZag6wOnX7SF6Z4JGFl1MaNUi7qP13aBtNldiWVsDNsm2Np8dO17Ldg2dZhgiinH27aJrScuziZ6RPptaPTqp1zOD+R+6BY4P5KJPA46G6AOcn+9bEmq+lT1iyG6bPojOy7o+uPs2gcU69ZFkJfryB84hEf26++r5r+qj3JfxHFS9ZFf4/3yGgs5LJqJOcp0XrfyVqRf3K+tu3qoJAjw9BRsZoxEthHb8Ch9AIB+92XaCdrs/sVn/ThHVLIL1l33yyxrmcZEPOdVSRBVG8nJVN5Ur7hw1UrlWqnaaiISoE09NtmeVfPYj2QDqOeljslVAxP55sT/KwnCLG9CVOPox0FlUiSyxZ9A2PEpkRXS+MWrf18TumqJGcPIbM+RVbqI6Gw7tkxxIqoyP88D3ioqsayujJcK1XSo1q+K1ua6bb22sLW7mBi0igl4bUr4PRtVq1he1aaOFt01r42cas7Ybv78MHWZqYjziDODLU7pPBY/J2ZTt64dEyOzmXM6m6ofqVqsY1IY2QUfr4yRvfYPNaGrlphRqsUAAQIECFAELbAfv89MR0x11OKJ/qAY6TmZTFIOXZT2SqPHq+7LkbVto5J7taOLoO4Fm/ZFGvxGYFfRZqp/Irhq29d811lpNHjx2YlGpdfVIWYAEKO5q8ZUl3lA/m16HzoaTP1TzWcd7XKdpra9xsN0XaxbLKvKLCC3Y+qP38wAuij6PKODTI+uDfH65oturnn0+2sXfJRed8Gf+fq5dsFHp2X0+xmtWlSJ/RwTtc14YUmm2wAAFNFJREFU6ev92L1U7QHqCAEm2Kqv/KjobFV9JlsLoLdL1Co5opfL/ETtcV7v3yZQsxf8qNNUzhQmelXtmNqayLytxnzT2YtF+FU7mp6R1fzyGNkey9CN7aSoFhd8tDLV4vF/qgldtcSMZmQcOucPuYxKF64rZ/pbB5vFsRInBR3DroWtyVS3H0Yhlvd6P/Ki4cUkuAv0RJxPKn2fpg2NLcOwsU+JdU6UcanaFMfQj+1MhBdz1dHjVU4so4vict3KW103ft4fMayc6hnd2JscWFTvQjySouvPpDCyeR+pjJGd/FZN6KopplokrJYYnUwmrdVrKvhV49neq0Tlpbrupf4yqXBU9elUL7a0y7R6qW78qD3lv3UqLRu6dPWb2rah0a8aSoRtwkc/6mobta/NfdX7tKnDiw5dn73mpek6v6ZK2lrJfFbRLo6HTqVpGnuRRrHMZCTWvLbrw/S6+Z/09XNt14enpWoxcPYIECBAgJkIigoSa9aEkppjRqkWxcgeJld2wJ8NpBJ3+ErchU3Q0eDVhqgW0UXeUKnn5HpV6jwv+mxQiUpQZy+xtTuZ3ORtaVbZXYFy93GxfpN9dqJzxI/9SqbBz7jJz5tc2lXXvGxaNvYxrn7nMJ2Xk6EKW2erQhZpFlWIfuyAYj8mRbU4508QdqK+ns0VMvjF6X+pCV21xIySyHSLiw3kicj/3rzpdjyimKChFcu1toOdhft9LxTA+HNL4sTX1WFi1oB3BmCRdhOd1UrEKD9rs8mwsQnZ0sTLyZEZJtqWV79EG434nnX99AOTLYz30+SAYDNHveZz/sAhz82Wqg6blC5+6DSVVdm5dOMi35ef4WX5Bi+1da2nA5B4/YeD93j2Y8IoFMBSivl9ZvphRjEyDjkcTSWLE//AdLEDdQxC96FxA7Ot4dyGGfNdYSUSTKUwjZ/srCI/Y/MuVNdEKcePFFxJwF8bqddrZ7/FGZ9cUVWX10bCj8OMDjYeoSYmZyrrdU/lLMLLcbpNGbXlMTcxbN1GwmszKD8rvzedQ5LYRwCIH9BvbnUb1JqDVhCiappq6GaManEjtiFMIgDK3X91uySvXalOfSSX9eNx5YeRVEPlBMC3+sNvnTqI3m9y9magNh6VldSnYxZe6in5eVUdcl1ejKmSDYeXCl1XfiLlVPPftAnT0VetrNK6cjJdXvXZqF91HrQqFaepf5OiWpz1ocpUi2fuqQldtcSMYWS6c2QTWRT9fGjVsnXodoFez8guxdWg3WYxkxmWeJ/TrlpsvRbDShKaym2L7avqB7xVr1zq1UkOJjoqBXdbN/VLpkG8l9q6FrsfuMX4jG5zppOYxfesCxgsP2N6h5WMl0pKs92k2W44de2ZNjwyvL4lrlqsOSPr+GBljKzvf9eErlpiRqoWAwQIEOB1jwL3pPf7zPTDjGVkJj20bMsx7bwqVU3pypp28rrfJvAyojQm98crQohO9WNSuarsIfy+SJeqfzqIZUUJSGef4HTINOqkKLGcje3MS2Un3tM5j8jleb2m+5EVy930JyJsJYndD9wyThoyPbt50+1wpHKqsVBdN/VDvqaTZmxUe6o+6PrnZQPVaQZM9MqSoMlZx6sum7lSDVBaAPUZO9Fv+fMGU32QrVqH/2xiLXLYHAa2qUd3gFLXnqker8OvNn2xPdQt9/+ajV/2VYfuPq/Hz+FimRbbw8IybN+pLbzehd/35PWcDJtD4Ka6VPEKTXTZ0CCXt523NuXENv18J34OLPudW6pvS/ejolOkQ74+GQeiN7e8j7619Y99/Wxued+0PBBdMxsZIeRWAG8HsBpAhlLaoiijavx6Sum/+2hnnLOHrSOBuIPiZ6x06Vps4h7aJKJUSRcqmibqGGK6ZrM75te45GqTxka07XjZWrjUZJOYU6aRw8bJwVaCMI1VYcMabVJIL1psnEb8Ooz4mRuiM4KuDT/vQXx/ol3WxkNUlwrFth/iPFTVI88tuYwq7JZqLAD9eMnaHPl8pVjeZC+cDGePzc1/hDDxaSOjGTyS/G5N6KolasnIvghgEMB8AB8yMLIbAfxMuDxIKU35aKfifGQmpmG7AHIGV2lsP7F90bnA5BmnU8nY9EtHx0QN7/J1k2OCbTkdc61UjauDuCB7GfV1C5PfMdRtaGwY1tXb7wAA16FDRc9EIS/8Kto5zfyaiinYJNmU54Dcrkm1LDMWrzZ2Fu7H1dvvKHOGsd0Qye3q1I3iNR3TnhRG1nhDZYxs+Hs1oaumqLXIB+ADYMxJdY8C2F4NMVpULYrwE4PO9LwfFYr4v3zflhbVs5Wos0S1oVdZP/Hz5H6qYsp5QZfSREeHX9WQXM9V276mVGeKZb1omQg9funVvXP5ukqNqJqHftV8lI6fPyJs1do6ek116Mqr6vOrdrUtq5ufuvljGgM55cvvXvW52qsWG2+gb2260dfP5sYbpqVq0RnH2SYf3ySE9BFC9hJCPkgIIabChJAYIaSJ/wBonCQ6AwQIEGD6gNLKfqYhptpr8XMAfgngHIC3APhHAA0AvmF45tMAPq+6YasWUj2nU8uZPO5E1SKHrrwftQX/bdMfUR2pUuPovBlV9ZhoslXzyZ6CunImb0bd/17pbUw2RwDYbVCF8jHU2cBU9ZnOzYm0q9SoKpWcbi7Jaiu532IUG15eVdakKtTNTx6NRnVftiOp5hAfWxW9JrWy+Lc8p3j0DVUdYrs29tadhfvd+uT3w+mUVZc2IbWAcvuZ/Izz+PNKuqoJWiiAkteH16IvGxkh5CsAPuVRbAWl9CXhmQ8A+FuqsJEp6r8NwI2U0gWGMjEAYpKdRgAnNmIbHqUPlJU1GV9lmHTtNkb8Sp005Ge8aNTZyHQLpW27unv8f3mRNY2TaWNgeie6v1X/20Bk8pxmUz1+HTBMbdrMBz9zyDQHVfYaE9Pf4pRCaOkO0avqBMYzITmKju5gvO4gtdwfuaxXeRPD8nrXHDxvmekbVzl1hFYsR7azAcD4DSOnW7fRnAwb2TV1763IRvbLsf+oCV21hF+J7E4A/+pR5khlpAAAngLwV4SQGKU0rSpQvO7e45rIB5P3uWVM0oTOKK7aidtIR+IHYfrwVfCzM1aVF6/bLPTiDlkncaikgC3ODowuawEAxB/aa1w05Jh4MmPyMuCr+uolSeoWc1mSk+mR21Mtnrpxku/xvsvx9lTlTZKoqT2veryelaVP+ToP/MvrFJ1gbB1bdPNd9bwcjcZr46LbJKg2T/I8NyUKFTUrujFUaRryBw7BOTC+rGozJjLALc4O5GhW2U5VUaCA0jHcgNeDapFSegbAmRrRAjBX/QEdE6sUsppC9UHIC63qQ1fVqdtleu1sxY9KtbCZ1FO20o6qLtWYqCC7E9tKj7bBlE0bB9nVWves+LeJDpNLNV/EZOnNJD3YjIXYL9N7Mb0Hea7wcdHV4yXdifNH5bouS938yIFMp8wgALh0qRiKjjnoAnLLdPN65Ej+pjGXweeTH0lfnI+qv1XticxZns8cqa1rEX7wV1paqwZK4Tv6/RQxMkLIO8AEJQfAVyml/4+vCmrlRQJgIRhj+hyA4eLfqwE0FO+/E8AfA3gDgKUAPgpgFMAXK/HQETNE1wJ+PL1qUYfpcKZ8nf9tuq6j4ZqNX6bXbPyy1vvNxnPShiYdvDzI5Dr91CHef+sln1F6WvLrpoO5Mh0T8YZVwcsbkrcpehRW62C53I6ubRleh/5tyooepRPxNlaNj1i/bi6JnoXyfZtvy+ua+Hcymay51+I10R30LbH/4evnmuiOSfdaBBOoDgGYB+YjcRBAu586aunscRuA9wv/P1v8vQnAYwCyAD4G4G4ABMBhADcB+HYNaQoQIECA1wVogYL6VC3SqZHI1gLYTyk9CQCEkIfBnP++b1vBjIl+v/mim/GLl77uXrcxhMvQqUVMqjWV0dyk39e1K9ctQlS1yV5nJlVjNWipxJDuFyoVr66MnB1YptVEu5eq1BamSBgmNa7sMCBn7DbNNdlmCZjTFclQzROZNl0EF13f/bSpum47X1XP8+f8qG29vh+v9uQ2RXjZKWUHlsmIfr8p9G432pEtcjSLR/M/8kUXIeR3AdwC4HIAcwG8i9JyzztCyMeKZeYAeB7AJyile4v33gNgI6X048X/bwFAKaVfhy0mS3ysoVjaBIBuxDaqg0pdIF63Vcfp6vVSL+jq96JPhpe6y+ZQpu452+smlVUlqjjTwVf5WVv6/agzTe9PB5NqTCxjUlGa3pUflbGJXptrKpWkjWpT1wfbNuU+2ait5TImOuVxt1EBc3WkGDPUNmalqi+mZyYj1uJG8i56rfMHvn42knf5pgvA2wB8CcC7oAhyAeC9YA56NwK4BMC/ABgA0Fm8/x4A/yCUvwXAX/jp84yRyI4fP+6GqNrW/L4yL0Yd3vn2OwEAP/7Jze4z25rfBwBWz29rfh9CFy0FAPxo7+fG3ZPrsaXLb1m/UNX97rW3lfXBaxx09PF6dP3nMNVrum+C7bM2Y/vutbchf/AwHkzeh3e+/c6ycz98noh1vHvtbQDgPiPSYvsuZfpVdYh18fmXP3h4XL/l92m6LvZVpkd3zXYMVTTYQhxTQP1exTHg99+99jaMXtiM+E+fQeGqSwEAzuPPK+eiOJa6+k1jwCG/I/ma3ObQ0BAWLFgA1FAiuwq/hzB8SmTI4nH8FGChBYeFW2lq4YRXDDtYJpERQp4C8GtakrgcAMcB/D2l9CuEkPUAbqGUvqt4/28B7KWU/pst3TOBkc0DcGKq6QgQIECACjCfFm1D1QIhJA7gVTA1XiUYAXO6EPFFSukXLNouY2SEkChYwIv3SMztOwBaKKXbCCFhAAcAbASQBPAMgPWU0rO2BE91ZI9qoBvjdw8yGsGYnVe58xHTmXZgetMf0D41mM60A/b0N4KtX1UFpTRFCFkMwN9paDMqPRLVASAEoEe63gPgYgCglOYIITcDeBTM/f5rfpgYMAMYGWUipXFHI4RvHK62GF9rTGfagelNf0D71GA60w74or9mfaMsg4h1FpGpBqX0IQAPVfr8+RA0OECAAAECzEz0AcgDmC1dnw3gdLUaCRhZgAABAgSoCSilGTCb12Z+rejssRnAnmq1M+1Vi5ZIA/giKtfzTiWmM+3A9KY/oH1qMJ1pB6Y//b5ACGkAi87EsZgQshpAP6X0GIC7AHyHEPI0gL0A/gxAAsC9VaNhunstBggQIECAqQMhZCOYo4aM71BKP1As83GUDkQ/B+CTlNKnqkZDwMgCBAgQIMB0RmAjCxAgQIAA0xoBIwsQIECAANMaASMLECBAgADTGjOekRFCbiWEPEEIOUcIGdSUoYqfP5xkUlV02dC+kBDyk2KZXkLIHcWQL+cdCCFHFeP8l1NNlwqEkI8V6U0RQp4ihKydappsQAj5gmKMX5pqulQghPwuIeTHhJDuIp3bpfuEEHIbIeQUIWSMEPILQsiyKSK3DBa0/6viPfxsisid8ZjxjAwsTMv9AP7Jo9yNYCkI+M8DtSXLCkbaCSEhAD8pllsPlv/tA2C54M5XfA7l4/z3U0vOeBBC3gvmMvxFAGvA0k78nBDSOaWE2WM/ysf4qqklR4sE2Nh+THP/fwH4JICPAHgTWOLdnxdjCU41vGgHgJ+h/D1cPwl0vS5xXu7cqwlK6ecBgBDyAY+ig5TSqp00rwYsaH8LWFqEaymlPQCeI4T8FYCvEkK+UDyMeL5h+HwbZwVuAvBtSum9AEAI+QiAtwP4IICvTCVhlshNgzEGpfRhAA8DZWGdUPyfgJ03+hKl9MHitfeBxejbDuDfJ5HUcTDRLiA9Hd7DTMDrQSKzxTcJIX2EkL2EkA8Sw+w8j3AlgBeKTIzj52D5iFZODUme+EtCyFlCyLOEkFvONzVoMVr35QB+wa9RSgvF/6+cKrp8YllR5XWEEPI9QsjCqSaoAiwGO3MkvockgKcwfd7DxqK6/yAh5J8IIe1TTdBMxXm1iEwhPgfgl2DpBt4C4B/B0hh8YyqJssAcqKNK83vnG74BYB+AfjBV6O1gKpebppIoCZ7Rus9zPAWmXj4INrafB7CbEPIGSul0iiTP56/qPZyPc1vGzwD8CCydyoUAvgzgYULIlZTS/JRSNgMxLRkZIeQrAD7lUWwFpdTKyE0p/Wvh32cJIQmwU+hVZ2TVpn2q4ac/lNK7hGu/IYRkAPwzIeTTNkn7AnijqPLi+A1hSQ1fA/AHAO6ZGqpef6CUiqrPFwghvwHwCljOrUemhKgZjGnJyADcCeBfPcocmUD9TwH4K0JIrAYLbDVpPw1A9qabLdybDEykP0+BzcFFYBLE+YBJidY9WaCUDhJCDqE8Ft50AB/r2QBOCddng4U4mlaglB4hhPSBvYeAkVUZ05KRUUrPADhTwyZWAxiohZRQZdr3ALiVENJJKe0tXtsClufoxSq1YcQE+7MaQAFAr0e5SQOlNEMI4dG6HwDKonX/wxSSVhGKAV0vBPDdqabFJ14FY2abUWRchJAmMO9FLw/k8w6EkPkA2lHOlANUCdOSkflB0dDdBmAhgFAxKjMAHKaUjhBC3gm2y3sSLBHdFgCfAfD1KSC3DF60A/gvMIb1XULI/wKzHXwJwDfPN1UdIeRKsEXoUbCsuVcCuBvA/0spHZhK2hSoebTuWoEQ8nUAPwZTJ3aBHSHIA/j+VNKlAvGImk4I+VsAnyWEvAzG2P4aLKPyA5NM6jiYaC/+fB7AD8GY8YUAvgbgMJgzVoBqg1I6o3/A1F5U8bOxeP86AM+CLa4jYLu/DwNwznfai2UuAPBTMEeVM2AMODzVtCv6sgZsszAIYAyMAX8aQGyqadPQ+3EwZpAGU4G+aappsqT738EW+zSAE8X/L5xqujS0btTM738t3idgZyJPg20yfwFg+VTT7UU7gDowhtULIAPgKIB/ATB7qumeqT9B9PsAAQIECDCtEZwjCxAgQIAA0xoBIwsQIECAANMaASMLECBAgADTGgEjCxAgQIAA0xoBIwsQIECAANMaASMLECBAgADTGgEjCxAgQIAA0xoBIwsQIECAANMaASMLECBAgADTGgEjCxAgQIAA0xoBIwsQIECAANMaASMLECBAgADTGv8/m79XniVI3AMAAAAASUVORK5CYII=", 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", 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", 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", 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", 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", "text/plain": [ - "
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" ] }, - "metadata": { - "needs_background": "light" - }, + "metadata": {}, "output_type": "display_data" } ], @@ -355,9 +341,9 @@ ], "metadata": { "kernelspec": { - "display_name": "density", + "display_name": "GridProperties", "language": "python", - "name": "density" + "name": "python3" }, "language_info": { "codemirror_mode": { @@ -371,12 +357,7 @@ "pygments_lexer": "ipython3", "version": "3.9.2" }, - "orig_nbformat": 4, - "vscode": { - "interpreter": { - "hash": "c6ccc72f525fee77f582e34469defd9abbcd0441e48593eaea42affab1e56ba8" - } - } + "orig_nbformat": 4 }, "nbformat": 4, "nbformat_minor": 2 From 81c34f3646d08ce4302f130d21dffe7f0d6a9564 Mon Sep 17 00:00:00 2001 From: Julien Date: Tue, 23 Apr 2024 10:24:33 +0200 Subject: [PATCH 40/58] add missing throw statements --- src/GridTools.cpp | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/src/GridTools.cpp b/src/GridTools.cpp index 27f38ab2d..a930a7f6f 100644 --- a/src/GridTools.cpp +++ b/src/GridTools.cpp @@ -324,7 +324,7 @@ ref_ptr loadGrid3fFromTxt(std::string filename, double c) { return grid; } } - std::runtime_error("could not find GridProperties in file " + filename); + throw std::runtime_error("could not find GridProperties in file " + filename); } @@ -418,7 +418,7 @@ ref_ptr loadGrid1fFromTxt(std::string filename, double c) { return grid; } } - std::runtime_error("could not find GridProperties in file " + filename); + throw std::runtime_error("could not find GridProperties in file " + filename); } void dumpGridToTxt(ref_ptr grid, std::string filename, double c, bool saveProp) { From 8376c76cc47f37d54088dfe8b01d3998d3676285 Mon Sep 17 00:00:00 2001 From: Leander Schlegel Date: Tue, 23 Apr 2024 15:35:15 +0200 Subject: [PATCH 41/58] implementation of comments: codestyle and optimization of particleMass function --- CHANGELOG.md | 2 +- include/crpropa/ParticleMass.h | 2 ++ src/ParticleMass.cpp | 7 ++----- 3 files changed, 5 insertions(+), 6 deletions(-) diff --git a/CHANGELOG.md b/CHANGELOG.md index cf17ffbb7..4d7d0ccc3 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -6,9 +6,9 @@ * Fixed wrong mass inheritance for secondaries other than nuclei or electron/positron ### New features: + * Added new backwards-compatible function particleMass that returns particle mass also for non-nuclei ### Interface changes: - * Added new backwards-compatible function particleMass that returns particle mass also for non-nuclei ### Features that are deprecated and will be removed after this release * EBL model from Finke et al. 2022 diff --git a/include/crpropa/ParticleMass.h b/include/crpropa/ParticleMass.h index fdfd8579d..06175f20c 100644 --- a/include/crpropa/ParticleMass.h +++ b/include/crpropa/ParticleMass.h @@ -15,6 +15,7 @@ namespace crpropa { @returns The mass of a the particle */ double particleMass(int id); + /** Get the nucleus mass by lookup from a table. The masses are the atomic masses from the NIST database: http://www.nist.gov/pml/data/comp.cfm @@ -25,6 +26,7 @@ namespace crpropa { @returns The mass of a the nucleus */ double nuclearMass(int id); + /** Get the nucleus mass by lookup from a table. The masses are the atomic masses from the NIST database: http://www.nist.gov/pml/data/comp.cfm diff --git a/src/ParticleMass.cpp b/src/ParticleMass.cpp index cc474eb2a..075668487 100644 --- a/src/ParticleMass.cpp +++ b/src/ParticleMass.cpp @@ -54,14 +54,11 @@ struct NuclearMassTable { static NuclearMassTable nuclearMassTable; double particleMass(int id) { - double m; if (isNucleus(id)) return nuclearMass(id); if (abs(id) == 11) - m = mass_electron; - else - m = 0.0; - return m; + return mass_electron; + return 0.0; } double nuclearMass(int id) { From cb9f2d9fa8e8bf29a7f41458251c0fed812e9590 Mon Sep 17 00:00:00 2001 From: Leander Schlegel Date: Tue, 23 Apr 2024 17:35:59 +0200 Subject: [PATCH 42/58] extending the test of addSecondary() for the secondaries mass and adding new test for the particleMass() function --- test/testCore.cpp | 23 +++++++++++++++++++++-- 1 file changed, 21 insertions(+), 2 deletions(-) diff --git a/test/testCore.cpp b/test/testCore.cpp index 7aebff63a..b6738ac2a 100644 --- a/test/testCore.cpp +++ b/test/testCore.cpp @@ -149,6 +149,16 @@ TEST(ParticleID, isNucleus) { EXPECT_FALSE(isNucleus(11)); } +TEST(ParticleMass, particleMass) { + //particleMass(int id) interfaces nuclearMass for nuclei + EXPECT_DOUBLE_EQ(nuclearMass(nucleusId(1,1)), particleMass(nucleusId(1,1))); + //particleMass(int id) for electron/positron, photon and neutrino + EXPECT_DOUBLE_EQ(mass_electron,particleMass(11)); + EXPECT_DOUBLE_EQ(mass_electron,particleMass(-11)); + EXPECT_DOUBLE_EQ(0.0,particleMass(22)); + EXPECT_DOUBLE_EQ(0.0,particleMass(14)); +} + TEST(HepPID, consistencyWithReferenceImplementation) { // Tests the performance improved version against the default one unsigned long testPID = rand() % 1000000000 + 1000000000; @@ -219,8 +229,14 @@ TEST(Candidate, addSecondary) { c.addSecondary(nucleusId(1,1), 200); c.addSecondary(nucleusId(1,1), 200, 5.); - Candidate s1 = *c.secondaries[0]; - Candidate s2 = *c.secondaries[1]; + c.addSecondary(11, 200); + c.addSecondary(14, 200); + c.addSecondary(22, 200); + Candidate s1 = *c.secondaries[0]; //proton + Candidate s2 = *c.secondaries[1]; //proton + Candidate s3 = *c.secondaries[2]; //electron + Candidate s4 = *c.secondaries[3]; //neutrino + Candidate s5 = *c.secondaries[4]; //photon EXPECT_EQ(nucleusId(1,1), s1.current.getId()); EXPECT_EQ(200, s1.current.getEnergy()); @@ -231,6 +247,9 @@ TEST(Candidate, addSecondary) { EXPECT_TRUE(Vector3d(1,2,3) == s1.created.getPosition()); EXPECT_TRUE(Vector3d(0,0,1) == s1.created.getDirection()); EXPECT_TRUE(s1.getTagOrigin() == "SEC"); + EXPECT_EQ(mass_electron,s3.current.getMass()); + EXPECT_EQ(0.0,s4.current.getMass()); + EXPECT_EQ(0.0,s5.current.getMass()); EXPECT_EQ(15., s2.getWeight()); } From 70c634dfb075c3254cd9f5aeaf0f7ad3d4e170df Mon Sep 17 00:00:00 2001 From: Jan-Niklas Bohnensack Date: Thu, 2 May 2024 15:21:42 +0200 Subject: [PATCH 43/58] Added names to omp critical statements --- include/crpropa/Referenced.h | 4 ++-- src/Candidate.cpp | 4 ++-- src/module/HDF5Output.cpp | 4 ++-- src/module/OutputShell.cpp | 6 +++--- src/module/ParticleCollector.cpp | 2 +- src/module/PhotoPionProduction.cpp | 2 +- src/module/PhotonOutput1D.cpp | 2 +- src/module/TextOutput.cpp | 2 +- src/module/Tools.cpp | 4 ++-- 9 files changed, 15 insertions(+), 15 deletions(-) diff --git a/include/crpropa/Referenced.h b/include/crpropa/Referenced.h index 4bede8331..e8f80ca78 100644 --- a/include/crpropa/Referenced.h +++ b/include/crpropa/Referenced.h @@ -47,7 +47,7 @@ class Referenced { #elif defined(__GNUC__) newRef = __sync_add_and_fetch(&_referenceCount, 1); #else - #pragma omp critical + #pragma omp critical(newRef) {newRef = _referenceCount++;} #endif return newRef; @@ -67,7 +67,7 @@ class Referenced { #elif defined(__GNUC__) newRef = __sync_sub_and_fetch(&_referenceCount, 1); #else - #pragma omp critical + #pragma omp critical(newRef) {newRef = _referenceCount--;} #endif diff --git a/src/Candidate.cpp b/src/Candidate.cpp index 8028d66a2..038805a38 100644 --- a/src/Candidate.cpp +++ b/src/Candidate.cpp @@ -20,7 +20,7 @@ Candidate::Candidate(int id, double E, Vector3d pos, Vector3d dir, double z, dou #elif defined(__GNUC__) {serialNumber = __sync_add_and_fetch(&nextSerialNumber, 1);} #else - #pragma omp critical + #pragma omp critical(serialNumber) {serialNumber = nextSerialNumber++;} #endif @@ -35,7 +35,7 @@ Candidate::Candidate(const ParticleState &state) : #elif defined(__GNUC__) {serialNumber = __sync_add_and_fetch(&nextSerialNumber, 1);} #else - #pragma omp critical + #pragma omp critical(serialNumber) {serialNumber = nextSerialNumber++;} #endif diff --git a/src/module/HDF5Output.cpp b/src/module/HDF5Output.cpp index 5dcc5768f..632fa1371 100644 --- a/src/module/HDF5Output.cpp +++ b/src/module/HDF5Output.cpp @@ -248,7 +248,7 @@ void HDF5Output::close() { } void HDF5Output::process(Candidate* candidate) const { - #pragma omp critical + #pragma omp critical(HDF5Output_access_file) { if (file == -1) // This is ugly, but necesary as otherwise the user has to manually open the @@ -316,7 +316,7 @@ void HDF5Output::process(Candidate* candidate) const { pos += v.copyToBuffer(&r.propertyBuffer[pos]); } - #pragma omp critical + #pragma omp critical(HDF5Output_access_file) { const_cast(this)->candidatesSinceFlush++; Output::process(candidate); diff --git a/src/module/OutputShell.cpp b/src/module/OutputShell.cpp index 87b67f8c9..5db27d7c1 100644 --- a/src/module/OutputShell.cpp +++ b/src/module/OutputShell.cpp @@ -6,7 +6,7 @@ namespace crpropa { void ShellOutput::process(Candidate* c) const { -#pragma omp critical +#pragma omp critical(ShellOutput) { std::cout << std::fixed << std::showpoint << std::setprecision(3) << std::setw(6); @@ -25,7 +25,7 @@ std::string ShellOutput::getDescription() const { } void ShellOutput1D::process(Candidate* c) const { -#pragma omp critical +#pragma omp critical(ShellOutput) { std::cout << std::fixed << std::showpoint << std::setprecision(3) << std::setw(6); @@ -43,7 +43,7 @@ std::string ShellOutput1D::getDescription() const { void ShellPropertyOutput::process(Candidate* c) const { Candidate::PropertyMap::const_iterator i = c->properties.begin(); -#pragma omp critical +#pragma omp critical(ShellOutput) { for ( ; i != c->properties.end(); i++) { std::cout << " " << i->first << ", " << i->second << std::endl; diff --git a/src/module/ParticleCollector.cpp b/src/module/ParticleCollector.cpp index e6f48d806..74e820680 100644 --- a/src/module/ParticleCollector.cpp +++ b/src/module/ParticleCollector.cpp @@ -21,7 +21,7 @@ ParticleCollector::ParticleCollector(const std::size_t nBuffer, const bool clone } void ParticleCollector::process(Candidate *c) const { -#pragma omp critical +#pragma omp critical(ModifiyContainer) { if(clone) container.push_back(c->clone(recursive)); diff --git a/src/module/PhotoPionProduction.cpp b/src/module/PhotoPionProduction.cpp index b8f6a7db2..aa48bfe3e 100644 --- a/src/module/PhotoPionProduction.cpp +++ b/src/module/PhotoPionProduction.cpp @@ -231,7 +231,7 @@ void PhotoPionProduction::performInteraction(Candidate *candidate, bool onProton int outPartID[2000]; int nParticles; -#pragma omp critical +#pragma omp critical(SophiaEvent) { sophiaevent_(nature, Ein, eps, outputEnergy, outPartID, nParticles); } diff --git a/src/module/PhotonOutput1D.cpp b/src/module/PhotonOutput1D.cpp index ec886aa4f..67a4b74aa 100644 --- a/src/module/PhotonOutput1D.cpp +++ b/src/module/PhotonOutput1D.cpp @@ -63,7 +63,7 @@ void PhotonOutput1D::process(Candidate *candidate) const { p += std::sprintf(buffer + p, "%8.4f\t", candidate->source.getEnergy() / EeV); p += std::sprintf(buffer + p, "%8.4f\n", candidate->source.getPosition().getR() / Mpc); -#pragma omp critical +#pragma omp critical(FileOutput) { out->write(buffer, p); } diff --git a/src/module/TextOutput.cpp b/src/module/TextOutput.cpp index 07bd5ea3c..e979c85dc 100644 --- a/src/module/TextOutput.cpp +++ b/src/module/TextOutput.cpp @@ -271,7 +271,7 @@ void TextOutput::process(Candidate *c) const { std::locale::global(old_locale); -#pragma omp critical +#pragma omp critical(FileOutput) { if (count == 0) printHeader(); diff --git a/src/module/Tools.cpp b/src/module/Tools.cpp index 852e4abc3..6abc4e378 100644 --- a/src/module/Tools.cpp +++ b/src/module/Tools.cpp @@ -40,7 +40,7 @@ void PerformanceModule::process(Candidate *candidate) const { times[i] = end - start; } -#pragma omp critical +#pragma omp critical(PerformanceModule) { for (size_t i = 0; i < modules.size(); i++) { _module_info &m = modules[i]; @@ -109,7 +109,7 @@ void EmissionMapFiller::setEmissionMap(EmissionMap *emissionMap) { void EmissionMapFiller::process(Candidate* candidate) const { if (emissionMap) { - #pragma omp critical + #pragma omp critical(EmissionMap) { emissionMap->fillMap(candidate->source); } From c43f5ca4b2bfbccd03b568b9ffe27e174ae8bf82 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?JulienD=C3=B6rner?= Date: Mon, 13 May 2024 15:53:11 +0200 Subject: [PATCH 44/58] update data version --- CMakeLists.txt | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/CMakeLists.txt b/CMakeLists.txt index 1ea3fe40f..5431a940a 100644 --- a/CMakeLists.txt +++ b/CMakeLists.txt @@ -308,7 +308,7 @@ endif(APPLE) # Download data files (interaction data, masses, decay data ...) # ---------------------------------------------------------------------------- OPTION(DOWNLOAD_DATA "Download CRPropa data files" ON) -set(CRPROPA_DATAFILE_VER "2024-03-11") +set(CRPROPA_DATAFILE_VER "2024-04-30") if(DOWNLOAD_DATA) message("-- Downloading data files from sciebo ~ 73 MB") file(DOWNLOAD From ba166b334a9343c7919a92fa0a7bcda19936fce7 Mon Sep 17 00:00:00 2001 From: Jan-Niklas Bohnensack Date: Mon, 13 May 2024 17:46:15 +0200 Subject: [PATCH 45/58] Fixed some critical names: small typo and HDF5Output_access_file to HDFOutput --- src/module/HDF5Output.cpp | 4 ++-- src/module/ParticleCollector.cpp | 2 +- 2 files changed, 3 insertions(+), 3 deletions(-) diff --git a/src/module/HDF5Output.cpp b/src/module/HDF5Output.cpp index 632fa1371..00ad3a3e2 100644 --- a/src/module/HDF5Output.cpp +++ b/src/module/HDF5Output.cpp @@ -248,7 +248,7 @@ void HDF5Output::close() { } void HDF5Output::process(Candidate* candidate) const { - #pragma omp critical(HDF5Output_access_file) + #pragma omp critical(HDFOutput) { if (file == -1) // This is ugly, but necesary as otherwise the user has to manually open the @@ -316,7 +316,7 @@ void HDF5Output::process(Candidate* candidate) const { pos += v.copyToBuffer(&r.propertyBuffer[pos]); } - #pragma omp critical(HDF5Output_access_file) + #pragma omp critical(HDFOutput) { const_cast(this)->candidatesSinceFlush++; Output::process(candidate); diff --git a/src/module/ParticleCollector.cpp b/src/module/ParticleCollector.cpp index 74e820680..f37d3779c 100644 --- a/src/module/ParticleCollector.cpp +++ b/src/module/ParticleCollector.cpp @@ -21,7 +21,7 @@ ParticleCollector::ParticleCollector(const std::size_t nBuffer, const bool clone } void ParticleCollector::process(Candidate *c) const { -#pragma omp critical(ModifiyContainer) +#pragma omp critical(ModifyContainer) { if(clone) container.push_back(c->clone(recursive)); From 4177607b400c1534aeec95bbb27dd8ade2947f12 Mon Sep 17 00:00:00 2001 From: Leander Schlegel Date: Fri, 17 May 2024 13:01:51 +0200 Subject: [PATCH 46/58] changed order in performInteraction so that energy loss without secondary injection can be applied and no other calculations are done in that case, that should be not necessary --- src/module/EMPairProduction.cpp | 13 +++++++------ 1 file changed, 7 insertions(+), 6 deletions(-) diff --git a/src/module/EMPairProduction.cpp b/src/module/EMPairProduction.cpp index d57ecc1ae..2b5eed623 100644 --- a/src/module/EMPairProduction.cpp +++ b/src/module/EMPairProduction.cpp @@ -173,13 +173,17 @@ class PPSecondariesEnergyDistribution { }; void EMPairProduction::performInteraction(Candidate *candidate) const { - // scale particle energy instead of background photon energy - double z = candidate->getRedshift(); - double E = candidate->current.getEnergy() * (1 + z); + + // photon is lost after interacting + candidate->setActive(false); // check if secondary electron pair needs to be produced if (not haveElectrons) return; + + // scale particle energy instead of background photon energy + double z = candidate->getRedshift(); + double E = candidate->current.getEnergy() * (1 + z); // check if in tabulated energy range if (E < tabE.front() or (E > tabE.back())) @@ -203,9 +207,6 @@ void EMPairProduction::performInteraction(Candidate *candidate) const { if (not std::isfinite(Ee) || not std::isfinite(Ep)) return; - // photon is lost after interacting - candidate->setActive(false); - // sample random position along current step Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition()); // apply sampling From 4b27792b9159036988417cc7bc28a3c9d2518b16 Mon Sep 17 00:00:00 2001 From: Leander Schlegel Date: Fri, 17 May 2024 13:05:45 +0200 Subject: [PATCH 47/58] taking out unnecessary if-statement --- src/module/EMDoublePairProduction.cpp | 2 -- 1 file changed, 2 deletions(-) diff --git a/src/module/EMDoublePairProduction.cpp b/src/module/EMDoublePairProduction.cpp index 451081743..7477cf81a 100644 --- a/src/module/EMDoublePairProduction.cpp +++ b/src/module/EMDoublePairProduction.cpp @@ -78,7 +78,6 @@ void EMDoublePairProduction::performInteraction(Candidate *candidate) const { double f = Ee / E; - if (haveElectrons) { if (random.rand() < pow(1 - f, thinning)) { double w = 1. / pow(1 - f, thinning); candidate->addSecondary( 11, Ee / (1 + z), pos, w, interactionTag); @@ -87,7 +86,6 @@ void EMDoublePairProduction::performInteraction(Candidate *candidate) const { double w = 1. / pow(f, thinning); candidate->addSecondary(-11, Ee / (1 + z), pos, w, interactionTag); } - } } void EMDoublePairProduction::process(Candidate *candidate) const { From 14c783564f9b5521e4e54797b9ff62e7af9ee421 Mon Sep 17 00:00:00 2001 From: Leander Schlegel Date: Tue, 21 May 2024 14:41:11 +0200 Subject: [PATCH 48/58] small optimization for case of haveSecondaries=False, as pointed out by Julien --- src/module/EMInverseComptonScattering.cpp | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/src/module/EMInverseComptonScattering.cpp b/src/module/EMInverseComptonScattering.cpp index 55c7637b5..c15d689d6 100644 --- a/src/module/EMInverseComptonScattering.cpp +++ b/src/module/EMInverseComptonScattering.cpp @@ -189,9 +189,9 @@ void EMInverseComptonScattering::performInteraction(Candidate *candidate) const double Enew = distribution.sample(E, s); // add up-scattered photon - double Esecondary = E - Enew; - double f = Enew / E; if (havePhotons) { + double Esecondary = E - Enew; + double f = Enew / E; if (random.rand() < pow(1 - f, thinning)) { double w = 1. / pow(1 - f, thinning); Vector3d pos = random.randomInterpolatedPosition(candidate->previous.getPosition(), candidate->current.getPosition()); From ca66f943d014d2c0d4d6a73e3e7fdb2e47357b63 Mon Sep 17 00:00:00 2001 From: Michael Unger Date: Mon, 27 May 2024 16:42:39 +0200 Subject: [PATCH 49/58] first version --- CMakeLists.txt | 5 +- include/CRPropa.h | 1 + include/crpropa/magneticField/UF23Field.h | 153 ++++++ python/2_headers.i | 12 +- src/magneticField/UF23Field.cpp | 554 ++++++++++++++++++++++ test/testMagneticField.cpp | 21 +- 6 files changed, 731 insertions(+), 15 deletions(-) create mode 100644 include/crpropa/magneticField/UF23Field.h create mode 100644 src/magneticField/UF23Field.cpp diff --git a/CMakeLists.txt b/CMakeLists.txt index 5431a940a..43483efaf 100644 --- a/CMakeLists.txt +++ b/CMakeLists.txt @@ -313,7 +313,7 @@ if(DOWNLOAD_DATA) message("-- Downloading data files from sciebo ~ 73 MB") file(DOWNLOAD https://ruhr-uni-bochum.sciebo.de/public.php/webdav/data-${CRPROPA_DATAFILE_VER}.tar.gz-CHECKSUM - ${CMAKE_BINARY_DIR}/data-${CRPROPA_DATAFILE_VER}.tar.gz-CHECKSUM + ${CMAKE_BINARY_DIR}/data-${CRPROPA_DATAFILE_VER}.tar.gz-CHECKSUM USERPWD "3juW9sntQX2IWBS") file(STRINGS ${CMAKE_BINARY_DIR}/data-${CRPROPA_DATAFILE_VER}.tar.gz-CHECKSUM DATA_CHECKSUM LIMIT_COUNT 1 LENGTH_MINIMUM 32 LENGTH_MAXIMUM 32) file(DOWNLOAD @@ -401,6 +401,7 @@ add_library(crpropa SHARED src/magneticField/turbulentField/PlaneWaveTurbulence.cpp src/magneticField/turbulentField/SimpleGridTurbulence.cpp src/magneticField/TF17Field.cpp + src/magneticField/UF23Field.cpp src/magneticField/CMZField.cpp src/advectionField/AdvectionField.cpp src/massDistribution/ConstantDensity.cpp @@ -465,7 +466,7 @@ if(ENABLE_PYTHON AND Python_FOUND) endif(Python_Development_FOUND) - # use Python_INSTALL_PACKAGE_DIR if provided; otherwise, install in Python_SITELIB + # use Python_INSTALL_PACKAGE_DIR if provided; otherwise, install in Python_SITELIB set(Python_INSTALL_PACKAGE_DIR "${Python_SITELIB}" CACHE PATH "folder in which the python package is installed") message(STATUS " package install directory: ${Python_INSTALL_PACKAGE_DIR}") diff --git a/include/CRPropa.h b/include/CRPropa.h index abd06532a..bac540bb9 100644 --- a/include/CRPropa.h +++ b/include/CRPropa.h @@ -64,6 +64,7 @@ #include "crpropa/magneticField/PT11Field.h" #include "crpropa/magneticField/QuimbyMagneticField.h" #include "crpropa/magneticField/TF17Field.h" +#include "crpropa/magneticField/UF23Field.h" #include "crpropa/magneticField/CMZField.h" #include "crpropa/magneticField/turbulentField/GridTurbulence.h" #include "crpropa/magneticField/turbulentField/HelicalGridTurbulence.h" diff --git a/include/crpropa/magneticField/UF23Field.h b/include/crpropa/magneticField/UF23Field.h new file mode 100644 index 000000000..d60c1cda1 --- /dev/null +++ b/include/crpropa/magneticField/UF23Field.h @@ -0,0 +1,153 @@ +#ifndef _UF23Field_h_ +#define _UF23Field_h_ + +#include +#include "crpropa/magneticField/MagneticField.h" + +namespace crpropa { +/** + * \addtogroup MagneticFields + * @{ + */ + + +/** + @class UF23Field + @brief UF23Field Galactic magnetic field model + + Implements the eight coherent magnetic field models of UF23 + See: M. Unger and G.R. Farrar, arXiv:2311.12120 + + Assumes a galactocentric coordinate system with the Galactic center + at the origin, the x-axis pointing in the opposite direction of the + Sun, and the z-axis pointing towards Galactic North. + + */ + +class UF23Field : public MagneticField { +public: + /// model variations (see Tab.2 of UF23 paper) + enum ModelType { + base, + neCL, + expX, + spur, + cre10, + synCG, + twistX, + nebCor + }; + + +public: + /** + @brief constructor + @param mt model type (see Tab.2 of UF23 paper) + @param maxRadiusInKpc maximum radius of field in kpc + */ + UF23Field(const ModelType mt); + /// no default constructor + UF23Field() = delete; + + Vector3d getField(const Vector3d& pos) const; + +private: + + /** + @brief calculate coherent magnetic field at a given position + @param posInKpc position with components given in kpc + @return coherent field in microgauss + */ + Vector3d operator()(const Vector3d& posInKpc) const; + + /// model parameters, see Table 3 of UF23 paper + enum EPar { + eDiskB1 = 0, + eDiskB2, + eDiskB3, + eDiskH, + eDiskPhase1, + eDiskPhase2, + eDiskPhase3, + eDiskPitch, + eDiskW, + ePoloidalA, + ePoloidalB, + ePoloidalP, + ePoloidalR, + ePoloidalW, + ePoloidalZ, + ePoloidalXi, + eSpurCenter, + eSpurLength, + eSpurWidth, + eStriation, + eToroidalBN, + eToroidalBS, + eToroidalR, + eToroidalW, + eToroidalZ, + eTwistingTime, + eNpar + }; + + /// model type given in constructor + const ModelType fModelType; + /// maximum galacto-centric radius beyond which B=0 + const double fMaxRadiusSquared; + + // parameters are stored in array + double fParameters[eNpar] = { 0 }; + // references to parameters for convience + double& fDiskB1 = fParameters[eDiskB1]; + double& fDiskB2 = fParameters[eDiskB2]; + double& fDiskB3 = fParameters[eDiskB3]; + double& fDiskH = fParameters[eDiskH]; + double& fDiskPhase1 = fParameters[eDiskPhase1]; + double& fDiskPhase2 = fParameters[eDiskPhase2]; + double& fDiskPhase3 = fParameters[eDiskPhase3]; + double& fDiskPitch = fParameters[eDiskPitch]; + double& fDiskW = fParameters[eDiskW]; + double& fPoloidalA = fParameters[ePoloidalA]; + double& fPoloidalB = fParameters[ePoloidalB]; + double& fPoloidalP = fParameters[ePoloidalP]; + double& fPoloidalR = fParameters[ePoloidalR]; + double& fPoloidalW = fParameters[ePoloidalW]; + double& fPoloidalZ = fParameters[ePoloidalZ]; + double& fPoloidalXi = fParameters[ePoloidalXi]; + double& fSpurCenter = fParameters[eSpurCenter]; + double& fSpurLength = fParameters[eSpurLength]; + double& fSpurWidth = fParameters[eSpurWidth]; + double& fStriation = fParameters[eStriation]; + double& fToroidalBN = fParameters[eToroidalBN]; + double& fToroidalBS = fParameters[eToroidalBS]; + double& fToroidalR = fParameters[eToroidalR]; + double& fToroidalW = fParameters[eToroidalW]; + double& fToroidalZ = fParameters[eToroidalZ]; + double& fTwistingTime = fParameters[eTwistingTime]; + + // some pre-calculated derived parameter values + double fSinPitch = 0; + double fCosPitch = 0; + double fTanPitch = 0; + + /// major field components + Vector3d getDiskField(const Vector3d& pos) const; + Vector3d getHaloField(const Vector3d& pos) const; + + /// sub-components depending on model type + /// -- Sec. 5.2.2 + Vector3d getSpiralField(const double x, const double y, const double z) const; + /// -- Sec. 5.2.3 + Vector3d getSpurField(const double x, const double y, const double z) const; + /// -- Sec. 5.3.1 + Vector3d getToroidalHaloField(const double x, const double y, const double z) const; + /// -- Sec. 5.3.2 + Vector3d getPoloidalHaloField(const double x, const double y, const double z) const; + /// -- Sec. 5.3.3 + Vector3d getTwistedHaloField(const double x, const double y, const double z) const; + +}; +/** @} */ +} // namespace crpropa +#endif diff --git a/python/2_headers.i b/python/2_headers.i index 6aaad3ac7..d34665838 100644 --- a/python/2_headers.i +++ b/python/2_headers.i @@ -340,6 +340,7 @@ %include "crpropa/magneticField/PolarizedSingleModeMagneticField.h" %include "crpropa/magneticField/PT11Field.h" %include "crpropa/magneticField/TF17Field.h" +%include "crpropa/magneticField/UF23Field.h" %include "crpropa/magneticField/ArchimedeanSpiralField.h" %include "crpropa/magneticField/CMZField.h" %include "crpropa/magneticField/turbulentField/TurbulentField.h" @@ -433,7 +434,7 @@ crpropa::ModuleList::iterator _end) : cur(_cur), end(_end) { } - ModuleListIterator* __iter__() { + ModuleListIterator* __iter__() { return this; } crpropa::ModuleList::iterator cur; @@ -454,7 +455,7 @@ ModuleListIterator __iter__() { return ModuleListIterator($self->begin(), $self->end()); } - + crpropa::ref_ptr __getitem__(size_t i) { if (i >= $self->size()) { throw RangeError(); @@ -480,8 +481,8 @@ crpropa::ParticleCollector::iterator _end) : cur(_cur), end(_end) { } - ParticleCollectorIterator* __iter__() { - return this; + ParticleCollectorIterator* __iter__() { + return this; } crpropa::ParticleCollector::iterator cur; crpropa::ParticleCollector::iterator end; @@ -548,6 +549,3 @@ %template(StepLengthModifierRefPtr) crpropa::ref_ptr; %feature("director") crpropa::StepLengthModifier; %include "crpropa/module/Acceleration.h" - - - diff --git a/src/magneticField/UF23Field.cpp b/src/magneticField/UF23Field.cpp new file mode 100644 index 000000000..386849b40 --- /dev/null +++ b/src/magneticField/UF23Field.cpp @@ -0,0 +1,554 @@ +#include "crpropa/magneticField/UF23Field.h" + +#include +#include +#include +#include + +// local helper functions and constants +namespace uf23 { + + template + crpropa::Vector3d CylToCart(const T v, const double cosPhi, const double sinPhi) + { + return crpropa::Vector3d(v[0] * cosPhi - v[1] * sinPhi, + v[0] * sinPhi + v[1] * cosPhi, + v[2]); + } + + template + crpropa::Vector3d CartToCyl(const T v, const double cosPhi, const double sinPhi) + { + return crpropa::Vector3d(v[0] * cosPhi + v[1] * sinPhi, + -v[0] * sinPhi + v[1] * cosPhi, + v[2]); + } + + // logistic sigmoid function + inline + double + Sigmoid(const double x, const double x0, const double w) + { + return 1 / (1 + exp(-(x-x0)/w)); + } + + // angle between v0 = (cos(phi0), sin(phi0)) and v1 = (cos(phi1), sin(phi1)) + inline + double + DeltaPhi(const double phi0, const double phi1) + { + return acos(cos(phi1)*cos(phi0) + sin(phi1)*sin(phi0)); + } + + const double kPi = 3.1415926535897932384626; + const double kTwoPi = 2*kPi; + const double degree = kPi/180.; + const double kpc = 1; + const double microgauss = 1; + const double megayear = 1; + const double Gpc = 1e6*kpc; + const double pc = 1e-3*kpc; + const double second = megayear / (1e6*60*60*24*365.25); + const double kilometer = kpc / 3.0856775807e+16; +} + +namespace crpropa { +UF23Field::UF23Field(const ModelType mt) : + fModelType(mt), + fMaxRadiusSquared(pow(30*uf23::kpc, 2)) +{ + + // all but expX model have a-->\infty, Eq.(38) + fPoloidalA = 1 * Gpc; + + switch (fModelType) { + // --------------------------------------------- + case base: { + fDiskB1 = 1.0878565e+00 * uf23::microgauss; + fDiskB2 = 2.6605034e+00 * uf23::microgauss; + fDiskB3 = 3.1166311e+00 * uf23::microgauss; + fDiskH = 7.9408965e-01 * uf23::kpc; + fDiskPhase1 = 2.6316589e+02 * uf23::degree; + fDiskPhase2 = 9.7782269e+01 * uf23::degree; + fDiskPhase3 = 3.5112281e+01 * uf23::degree; + fDiskPitch = 1.0106900e+01 * uf23::degree; + fDiskW = 1.0720909e-01 * uf23::kpc; + fPoloidalB = 9.7775487e-01 * uf23::microgauss; + fPoloidalP = 1.4266186e+00 * uf23::kpc; + fPoloidalR = 7.2925417e+00 * uf23::kpc; + fPoloidalW = 1.1188158e-01 * uf23::kpc; + fPoloidalZ = 4.4597373e+00 * uf23::kpc; + fStriation = 3.4557571e-01; + fToroidalBN = 3.2556760e+00 * uf23::microgauss; + fToroidalBS = -3.0914569e+00 * uf23::microgauss; + fToroidalR = 1.0193815e+01 * uf23::kpc; + fToroidalW = 1.6936993e+00 * uf23::kpc; + fToroidalZ = 4.0242749e+00 * uf23::kpc; + break; + } + case cre10: { + // --------------------------------------------- + fDiskB1 = 1.2035697e+00 * uf23::microgauss; + fDiskB2 = 2.7478490e+00 * uf23::microgauss; + fDiskB3 = 3.2104342e+00 * uf23::microgauss; + fDiskH = 8.0844932e-01 * uf23::kpc; + fDiskPhase1 = 2.6515882e+02 * uf23::degree; + fDiskPhase2 = 9.8211313e+01 * uf23::degree; + fDiskPhase3 = 3.5944588e+01 * uf23::degree; + fDiskPitch = 1.0162759e+01 * uf23::degree; + fDiskW = 1.0824003e-01 * uf23::kpc; + fPoloidalB = 9.6938453e-01 * uf23::microgauss; + fPoloidalP = 1.4150957e+00 * uf23::kpc; + fPoloidalR = 7.2987296e+00 * uf23::kpc; + fPoloidalW = 1.0923051e-01 * uf23::kpc; + fPoloidalZ = 4.5748332e+00 * uf23::kpc; + fStriation = 2.4950386e-01; + fToroidalBN = 3.7308133e+00 * uf23::microgauss; + fToroidalBS = -3.5039958e+00 * uf23::microgauss; + fToroidalR = 1.0407507e+01 * uf23::kpc; + fToroidalW = 1.7398375e+00 * uf23::kpc; + fToroidalZ = 2.9272800e+00 * uf23::kpc; + break; + } + case nebCor: { + // --------------------------------------------- + fDiskB1 = 1.4081935e+00 * uf23::microgauss; + fDiskB2 = 3.5292400e+00 * uf23::microgauss; + fDiskB3 = 4.1290147e+00 * uf23::microgauss; + fDiskH = 8.1151971e-01 * uf23::kpc; + fDiskPhase1 = 2.6447529e+02 * uf23::degree; + fDiskPhase2 = 9.7572660e+01 * uf23::degree; + fDiskPhase3 = 3.6403798e+01 * uf23::degree; + fDiskPitch = 1.0151183e+01 * uf23::degree; + fDiskW = 1.1863734e-01 * uf23::kpc; + fPoloidalB = 1.3485916e+00 * uf23::microgauss; + fPoloidalP = 1.3414395e+00 * uf23::kpc; + fPoloidalR = 7.2473841e+00 * uf23::kpc; + fPoloidalW = 1.4318227e-01 * uf23::kpc; + fPoloidalZ = 4.8242603e+00 * uf23::kpc; + fStriation = 3.8610837e-10; + fToroidalBN = 4.6491142e+00 * uf23::microgauss; + fToroidalBS = -4.5006610e+00 * uf23::microgauss; + fToroidalR = 1.0205288e+01 * uf23::kpc; + fToroidalW = 1.7004868e+00 * uf23::kpc; + fToroidalZ = 3.5557767e+00 * uf23::kpc; + break; + } + case neCL: { + // --------------------------------------------- + fDiskB1 = 1.4259645e+00 * uf23::microgauss; + fDiskB2 = 1.3543223e+00 * uf23::microgauss; + fDiskB3 = 3.4390669e+00 * uf23::microgauss; + fDiskH = 6.7405199e-01 * uf23::kpc; + fDiskPhase1 = 1.9961898e+02 * uf23::degree; + fDiskPhase2 = 1.3541461e+02 * uf23::degree; + fDiskPhase3 = 6.4909767e+01 * uf23::degree; + fDiskPitch = 1.1867859e+01 * uf23::degree; + fDiskW = 6.1162799e-02 * uf23::kpc; + fPoloidalB = 9.8387831e-01 * uf23::microgauss; + fPoloidalP = 1.6773615e+00 * uf23::kpc; + fPoloidalR = 7.4084361e+00 * uf23::kpc; + fPoloidalW = 1.4168192e-01 * uf23::kpc; + fPoloidalZ = 3.6521188e+00 * uf23::kpc; + fStriation = 3.3600213e-01; + fToroidalBN = 2.6256593e+00 * uf23::microgauss; + fToroidalBS = -2.5699466e+00 * uf23::microgauss; + fToroidalR = 1.0134257e+01 * uf23::kpc; + fToroidalW = 1.1547728e+00 * uf23::kpc; + fToroidalZ = 4.5585463e+00 * uf23::kpc; + break; + } + case spur: { + // --------------------------------------------- + fDiskB1 = -4.2993328e+00 * uf23::microgauss; + fDiskH = 7.5019749e-01 * uf23::kpc; + fDiskPhase1 = 1.5589875e+02 * uf23::degree; + fDiskPitch = 1.2074432e+01 * uf23::degree; + fDiskW = 1.2263120e-01 * uf23::kpc; + fPoloidalB = 9.9302987e-01 * uf23::microgauss; + fPoloidalP = 1.3982374e+00 * uf23::kpc; + fPoloidalR = 7.1973387e+00 * uf23::kpc; + fPoloidalW = 1.2262244e-01 * uf23::kpc; + fPoloidalZ = 4.4853270e+00 * uf23::kpc; + fSpurCenter = 1.5718686e+02 * uf23::degree; + fSpurLength = 3.1839577e+01 * uf23::degree; + fSpurWidth = 1.0318114e+01 * uf23::degree; + fStriation = 3.3022369e-01; + fToroidalBN = 2.9286724e+00 * uf23::microgauss; + fToroidalBS = -2.5979895e+00 * uf23::microgauss; + fToroidalR = 9.7536425e+00 * uf23::kpc; + fToroidalW = 1.4210055e+00 * uf23::kpc; + fToroidalZ = 6.0941229e+00 * uf23::kpc; + break; + } + case synCG: { + // --------------------------------------------- + fDiskB1 = 8.1386878e-01 * uf23::microgauss; + fDiskB2 = 2.0586930e+00 * uf23::microgauss; + fDiskB3 = 2.9437335e+00 * uf23::microgauss; + fDiskH = 6.2172353e-01 * uf23::kpc; + fDiskPhase1 = 2.2988551e+02 * uf23::degree; + fDiskPhase2 = 9.7388282e+01 * uf23::degree; + fDiskPhase3 = 3.2927367e+01 * uf23::degree; + fDiskPitch = 9.9034844e+00 * uf23::degree; + fDiskW = 6.6517521e-02 * uf23::kpc; + fPoloidalB = 8.0883734e-01 * uf23::microgauss; + fPoloidalP = 1.5820957e+00 * uf23::kpc; + fPoloidalR = 7.4625235e+00 * uf23::kpc; + fPoloidalW = 1.5003765e-01 * uf23::kpc; + fPoloidalZ = 3.5338550e+00 * uf23::kpc; + fStriation = 6.3434763e-01; + fToroidalBN = 2.3991193e+00 * uf23::microgauss; + fToroidalBS = -2.0919944e+00 * uf23::microgauss; + fToroidalR = 9.4227834e+00 * uf23::kpc; + fToroidalW = 9.1608418e-01 * uf23::kpc; + fToroidalZ = 5.5844594e+00 * uf23::kpc; + break; + } + case twistX: { + // --------------------------------------------- + fDiskB1 = 1.3741995e+00 * uf23::microgauss; + fDiskB2 = 2.0089881e+00 * uf23::microgauss; + fDiskB3 = 1.5212463e+00 * uf23::microgauss; + fDiskH = 9.3806180e-01 * uf23::kpc; + fDiskPhase1 = 2.3560316e+02 * uf23::degree; + fDiskPhase2 = 1.0189856e+02 * uf23::degree; + fDiskPhase3 = 5.6187572e+01 * uf23::degree; + fDiskPitch = 1.2100979e+01 * uf23::degree; + fDiskW = 1.4933338e-01 * uf23::kpc; + fPoloidalB = 6.2793114e-01 * uf23::microgauss; + fPoloidalP = 2.3292519e+00 * uf23::kpc; + fPoloidalR = 7.9212358e+00 * uf23::kpc; + fPoloidalW = 2.9056201e-01 * uf23::kpc; + fPoloidalZ = 2.6274437e+00 * uf23::kpc; + fStriation = 7.7616317e-01; + fTwistingTime = 5.4733549e+01 * uf23::megayear; + break; + } + case expX: { + // --------------------------------------------- + fDiskB1 = 9.9258148e-01 * uf23::microgauss; + fDiskB2 = 2.1821124e+00 * uf23::microgauss; + fDiskB3 = 3.1197345e+00 * uf23::microgauss; + fDiskH = 7.1508681e-01 * uf23::kpc; + fDiskPhase1 = 2.4745741e+02 * uf23::degree; + fDiskPhase2 = 9.8578879e+01 * uf23::degree; + fDiskPhase3 = 3.4884485e+01 * uf23::degree; + fDiskPitch = 1.0027070e+01 * uf23::degree; + fDiskW = 9.8524736e-02 * uf23::kpc; + fPoloidalA = 6.1938701e+00 * uf23::kpc; + fPoloidalB = 5.8357990e+00 * uf23::microgauss; + fPoloidalP = 1.9510779e+00 * uf23::kpc; + fPoloidalR = 2.4994376e+00 * uf23::kpc; + // internally, xi is fitted and z = tan(xi)*a + fPoloidalXi = 2.0926122e+01 * uf23::degree; + fPoloidalZ = fPoloidalA*tan(fPoloidalXi); + fStriation = 5.1440500e-01; + fToroidalBN = 2.7077434e+00 * uf23::microgauss; + fToroidalBS = -2.5677104e+00 * uf23::microgauss; + fToroidalR = 1.0134022e+01 * uf23::kpc; + fToroidalW = 2.0956159e+00 * uf23::kpc; + fToroidalZ = 5.4564991e+00 * uf23::kpc; + break; + } + default: { + throw std::runtime_error("unknown field model"); + break; + } + } + + fSinPitch = sin(fDiskPitch); + fCosPitch = cos(fDiskPitch); + fTanPitch = tan(fDiskPitch); + +} + +Vector3d +UF23Field::getField(const Vector3d &position) + const +{ + Vector3d posInKpc = position / uf23::kpc; + return (this->operator()(posInKpc)) / uf23::microgauss * microgauss; +} + + +Vector3d +UF23Field::operator()(const Vector3d& posInKpc) + const +{ + const auto pos = posInKpc * uf23::kpc; + if (pos.getR2() > fMaxRadiusSquared) + return Vector3d(0, 0, 0); + else { + const auto diskField = getDiskField(pos); + const auto haloField = getHaloField(pos); + return (diskField + haloField) / uf23::microgauss; + } +} + +Vector3d +UF23Field::getDiskField(const Vector3d& pos) + const +{ + if (fModelType == spur) + return getSpurField(pos.x, pos.y, pos.z); + else + return getSpiralField(pos.x, pos.y, pos.z); +} + + +Vector3d +UF23Field::getHaloField(const Vector3d& pos) + const +{ + if (fModelType == twistX) + return getTwistedHaloField(pos.x, pos.y, pos.z); + else + return + getToroidalHaloField(pos.x, pos.y, pos.z) + + getPoloidalHaloField(pos.x, pos.y, pos.z); +} + + +Vector3d +UF23Field::getTwistedHaloField(const double x, const double y, const double z) + const +{ + const double r = sqrt(x*x + y*y); + const double cosPhi = r > std::numeric_limits::min() ? x / r : 1; + const double sinPhi = r > std::numeric_limits::min() ? y / r : 0; + + const Vector3d bXCart = getPoloidalHaloField(x, y, z); + const double bXCartTmp[3] = {bXCart.x, bXCart.y, bXCart.z}; + const Vector3d bXCyl = uf23::CartToCyl(bXCartTmp, cosPhi, sinPhi); + + const double bZ = bXCyl.z; + const double bR = bXCyl.x; + + double bPhi = 0; + + if (fTwistingTime != 0 && r != 0) { + // radial rotation curve parameters (fit to Reid et al 2014) + const double v0 = -240 * uf23::kilometer/uf23::second; + const double r0 = 1.6 * uf23::kpc; + // vertical gradient (Levine+08) + const double z0 = 10 * uf23::kpc; + + // Eq.(43) + const double fr = 1 - exp(-r/r0); + // Eq.(44) + const double t0 = exp(2*std::abs(z)/z0); + const double gz = 2 / (1 + t0); + + // Eq. (46) + const double signZ = z < 0 ? -1 : 1; + const double deltaZ = -signZ * v0 * fr / z0 * t0 * pow(gz, 2); + // Eq. (47) + const double deltaR = v0 * ((1-fr)/r0 - fr/r) * gz; + + // Eq.(45) + bPhi = (bZ * deltaZ + bR * deltaR) * fTwistingTime; + + } + const double bCylX[3] = {bR, bPhi , bZ}; + return uf23::CylToCart(bCylX, cosPhi, sinPhi); +} + +Vector3d +UF23Field::getToroidalHaloField(const double x, const double y, const double z) + const +{ + const double r2 = x*x + y*y; + const double r = sqrt(r2); + const double absZ = std::abs(z); + + const double b0 = z >= 0 ? fToroidalBN : fToroidalBS; + const double rh = fToroidalR; + const double z0 = fToroidalZ; + const double fwh = fToroidalW; + const double sigmoidR = uf23::Sigmoid(r, rh, fwh); + const double sigmoidZ = uf23::Sigmoid(absZ, fDiskH, fDiskW); + + // Eq. (21) + const double bPhi = b0 * (1. - sigmoidR) * sigmoidZ * exp(-absZ/z0); + + const double bCyl[3] = {0, bPhi, 0}; + const double cosPhi = r > std::numeric_limits::min() ? x / r : 1; + const double sinPhi = r > std::numeric_limits::min() ? y / r : 0; + return uf23::CylToCart(bCyl, cosPhi, sinPhi); +} + +Vector3d +UF23Field::getPoloidalHaloField(const double x, const double y, const double z) + const +{ + const double r2 = x*x + y*y; + const double r = sqrt(r2); + + const double c = pow(fPoloidalA/fPoloidalZ, fPoloidalP); + const double a0p = pow(fPoloidalA, fPoloidalP); + const double rp = pow(r, fPoloidalP); + const double abszp = pow(std::abs(z), fPoloidalP); + const double cabszp = c*abszp; + + /* + since $\sqrt{a^2 + b} - a$ is numerical unstable for $b\ll a$, + we use $(\sqrt{a^2 + b} - a) \frac{\sqrt{a^2 + b} + a}{\sqrt{a^2 + + b} + a} = \frac{b}{\sqrt{a^2 + b} + a}$} + */ + + const double t0 = a0p + cabszp - rp; + const double t1 = sqrt(pow(t0, 2) + 4*a0p*rp); + const double ap = 2*a0p*rp / (t1 + t0); + + double a = 0; + if (ap < 0) { + if (r > std::numeric_limits::min()) { + // this should never happen + throw std::runtime_error("ap = " + std::to_string(ap)); + } + else + a = 0; + } + else + a = pow(ap, 1/fPoloidalP); + + // Eq.(29) and Eq.(32) + const double radialDependence = + fModelType == expX ? + exp(-a/fPoloidalR) : + 1 - uf23::Sigmoid(a, fPoloidalR, fPoloidalW); + + // Eq.(28) + const double Bzz = fPoloidalB * radialDependence; + + // (r/a) + const double rOverA = 1 / pow(2*a0p / (t1 + t0), 1/fPoloidalP); + + // Eq.(35) for p=n + const double signZ = z < 0 ? -1 : 1; + const double Br = + Bzz * c * a / rOverA * signZ * pow(std::abs(z), fPoloidalP - 1) / t1; + + // Eq.(36) for p=n + const double Bz = Bzz * pow(rOverA, fPoloidalP-2) * (ap + a0p) / t1; + + if (r < std::numeric_limits::min()) + return Vector3d(0, 0, Bz); + else { + const double bCylX[3] = {Br, 0 , Bz}; + const double cosPhi = x / r; + const double sinPhi = y / r; + return uf23::CylToCart(bCylX, cosPhi, sinPhi); + } +} + +Vector3d +UF23Field::getSpurField(const double x, const double y, const double z) + const +{ + // reference approximately at solar radius + const double rRef = 8.2*uf23::kpc; + + // cylindrical coordinates + const double r2 = x*x + y*y; + const double r = sqrt(r2); + if (r < std::numeric_limits::min()) + return Vector3d(0, 0, 0); + + double phi = atan2(y, x); + if (phi < 0) + phi += uf23::kTwoPi; + + const double phiRef = fDiskPhase1; + int iBest = -2; + double bestDist = -1; + for (int i = -1; i <= 1; ++i) { + const double pphi = phi - phiRef + i*uf23::kTwoPi; + const double rr = rRef*exp(pphi * fTanPitch); + if (bestDist < 0 || std::abs(r-rr) < bestDist) { + bestDist = std::abs(r-rr); + iBest = i; + } + } + if (iBest == 0) { + const double phi0 = phi - log(r/rRef) / fTanPitch; + + // Eq. (16) + const double deltaPhi0 = uf23::DeltaPhi(phiRef, phi0); + const double delta = deltaPhi0 / fSpurWidth; + const double B = fDiskB1 * exp(-0.5*pow(delta, 2)); + + // Eq. (18) + const double wS = 5*uf23::degree; + const double phiC = fSpurCenter; + const double deltaPhiC = uf23::DeltaPhi(phiC, phi); + const double lC = fSpurLength; + const double gS = 1 - uf23::Sigmoid(std::abs(deltaPhiC), lC, wS); + + // Eq. (13) + const double hd = 1 - uf23::Sigmoid(std::abs(z), fDiskH, fDiskW); + + // Eq. (17) + const double bS = rRef/r * B * hd * gS; + const double bCyl[3] = {bS * fSinPitch, bS * fCosPitch, 0}; + const double cosPhi = x / r; + const double sinPhi = y / r; + return uf23::CylToCart(bCyl, cosPhi, sinPhi); + } + else + return Vector3d(0, 0, 0); + +} + +Vector3d +UF23Field::getSpiralField(const double x, const double y, const double z) + const +{ + // reference radius + const double rRef = 5*uf23::kpc; + // inner boundary of spiral field + const double rInner = 5*uf23::kpc; + const double wInner = 0.5*uf23::kpc; + // outer boundary of spiral field + const double rOuter = 20*uf23::kpc; + const double wOuter = 0.5*uf23::kpc; + + // cylindrical coordinates + const double r2 = x*x + y*y; + if (r2 == 0) + return Vector3d(0, 0, 0); + const double r = sqrt(r2); + const double phi = atan2(y, x); + + // Eq.(13) + const double hdz = 1 - uf23::Sigmoid(std::abs(z), fDiskH, fDiskW); + + // Eq.(14) times rRef divided by r + const double rFacI = uf23::Sigmoid(r, rInner, wInner); + const double rFacO = 1 - uf23::Sigmoid(r, rOuter, wOuter); + // (using lim r--> 0 (1-exp(-r^2))/r --> r - r^3/2 + ...) + const double rFac = r > 1e-5*uf23::pc ? (1-exp(-r*r)) / r : r * (1 - r2/2); + const double gdrTimesRrefByR = rRef * rFac * rFacO * rFacI; + + // Eq. (12) + const double phi0 = phi - log(r/rRef) / fTanPitch; + + // Eq. (10) + const double b = + fDiskB1 * cos(1 * (phi0 - fDiskPhase1)) + + fDiskB2 * cos(2 * (phi0 - fDiskPhase2)) + + fDiskB3 * cos(3 * (phi0 - fDiskPhase3)); + + // Eq. (11) + const double fac = hdz * gdrTimesRrefByR; + const double bCyl[3] = + { b * fac * fSinPitch, + b * fac * fCosPitch, + 0}; + + const double cosPhi = x / r; + const double sinPhi = y / r; + return uf23::CylToCart(bCyl, cosPhi, sinPhi); +} +} diff --git a/test/testMagneticField.cpp b/test/testMagneticField.cpp index 8528c2593..e5f7e6861 100644 --- a/test/testMagneticField.cpp +++ b/test/testMagneticField.cpp @@ -4,6 +4,7 @@ #include "crpropa/magneticField/CMZField.h" #include "crpropa/magneticField/PolarizedSingleModeMagneticField.h" #include "crpropa/magneticField/GalacticMagneticField.h" +#include "crpropa/magneticField/UF23Field.h" #include "crpropa/Grid.h" #include "crpropa/Units.h" #include "crpropa/Common.h" @@ -105,7 +106,7 @@ TEST(testPeriodicMagneticField, Exceptions) { TEST(testCMZMagneticField, SimpleTest) { ref_ptr field = new CMZField(); - + // check use-Values EXPECT_FALSE(field->getUseMCField()); EXPECT_TRUE(field->getUseICField()); @@ -125,7 +126,7 @@ TEST(testCMZMagneticField, SimpleTest) { TEST(testCMZMagneticField, TestICComponent) { ref_ptr field = new CMZField(); - Vector3d pos(10*pc,15*pc,-5*pc); + Vector3d pos(10*pc,15*pc,-5*pc); // check IC field at given position Vector3d bVec = field->getField(pos); @@ -136,8 +137,8 @@ TEST(testCMZMagneticField, TestICComponent) { } TEST(testCMZMagneticField, TestNTFField){ ref_ptr field = new CMZField(); - Vector3d pos(10*pc,15*pc,-5*pc); - + Vector3d pos(10*pc,15*pc,-5*pc); + // check NFTField at given position Vector3d bVec = field->getNTFField(pos); EXPECT_NEAR(bVec.getR(),1.692*muG, 1e-3*muG); @@ -147,7 +148,7 @@ TEST(testCMZMagneticField, TestNTFField){ } TEST(testCMZMagneticField, TestRaidoArcField){ ref_ptr field = new CMZField(); - Vector3d pos(10*pc,15*pc,-5*pc); + Vector3d pos(10*pc,15*pc,-5*pc); // check RadioArcField at given position Vector3d bVec = field->getRadioArcField(pos); @@ -160,7 +161,7 @@ TEST(testCMZMagneticField, TestRaidoArcField){ TEST(testCMZMagneticField, TestAzimutalComponent){ ref_ptr field = new CMZField(); Vector3d mid(12*pc, 9*pc, 20*pc); - Vector3d pos(9*pc, 10*pc, 25*pc); + Vector3d pos(9*pc, 10*pc, 25*pc); // simple Test for inner part Vector3d bVec = field->BAz(pos, mid, 100, 0.2, 60*pc); @@ -202,6 +203,14 @@ TEST(testLogarithmicSpiralField, SimpleTest) { EXPECT_NEAR(b.z, 0, 1E-10); } +TEST(testUF23Field, SimpleTest) { + ref_ptr field = new UF23Field(UF23Field::base); + Vector3d b = field->getField(Vector3d(8.5, 0, 0)*kpc); + EXPECT_NEAR(b.x, -1., 1E-2); + EXPECT_NEAR(b.y, 0, 1E-10); + EXPECT_NEAR(b.z, 0, 1E-10); +} + TEST(testPolarizedSingleModeMagneticField, SimpleTest) { PolarizedSingleModeMagneticField B(2, 4, 0.5, Vector3d(1,1,1), Vector3d(0,1,0), Vector3d(1,0,0), "amplitude", "polarization", "elliptical"); Vector3d b = B.getField(Vector3d(1,1,2)); From f658083c7296b5cd063dad52051ffe41af977e51 Mon Sep 17 00:00:00 2001 From: Michael Unger Date: Mon, 27 May 2024 17:13:08 +0200 Subject: [PATCH 50/58] units --- src/magneticField/UF23Field.cpp | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/src/magneticField/UF23Field.cpp b/src/magneticField/UF23Field.cpp index 386849b40..a23a12d51 100644 --- a/src/magneticField/UF23Field.cpp +++ b/src/magneticField/UF23Field.cpp @@ -267,7 +267,7 @@ Vector3d UF23Field::getField(const Vector3d &position) const { - Vector3d posInKpc = position / uf23::kpc; + Vector3d posInKpc = position / kpc; return (this->operator()(posInKpc)) / uf23::microgauss * microgauss; } From c8d8b3e4e6fee8ebce2708a1aef65add323e91fd Mon Sep 17 00:00:00 2001 From: Michael Unger Date: Mon, 27 May 2024 17:13:16 +0200 Subject: [PATCH 51/58] tests --- test/testMagneticField.cpp | 134 +++++++++++++++++++++++++++++++++++-- 1 file changed, 129 insertions(+), 5 deletions(-) diff --git a/test/testMagneticField.cpp b/test/testMagneticField.cpp index e5f7e6861..da735edc6 100644 --- a/test/testMagneticField.cpp +++ b/test/testMagneticField.cpp @@ -203,12 +203,136 @@ TEST(testLogarithmicSpiralField, SimpleTest) { EXPECT_NEAR(b.z, 0, 1E-10); } + +// UF23 reference values +std::vector> +getUF23ReferenceValues() +{ + using V = Vector3d; + std::vector> retVal; + retVal.push_back({ + V{-1.46860417e+00, 1.64555489e+00, 8.35702311e-01}, + V{0.00000000e+00, -4.22433497e-01, 1.83232985e-01}, + V{-3.00239177e-01, -2.97045767e-01, 1.83232985e-01}, + V{8.58382023e-04, 7.71891049e-03, 9.71705527e-01}, + V{-1.17276875e+00, -2.33013590e-01, 4.10798494e-01}, + V{2.63883569e-01, -8.79631081e-01, 5.54229961e-06}, + V{-1.71971907e-02, -2.00291358e-02, 4.16024875e-02}, + V{6.18960813e-01, -2.14437026e+00, 8.35702315e-01}, + V{-1.50883911e+00, 2.63874909e+00, 1.16578928e-02} + }); + retVal.push_back({ + V{-1.39447625e+00, 1.57135437e+00, 8.65163870e-01}, + V{0.00000000e+00, -4.44318027e-01, 1.54430718e-01}, + V{-3.15695875e-01, -3.12652066e-01, 1.54430718e-01}, + V{2.09678202e-03, 2.63832916e-03, 9.81077691e-01}, + V{-1.08603376e+00, -1.86359136e-01, 3.91730436e-01}, + V{2.11095801e-01, -7.04082667e-01, 8.86591950e-05}, + V{-1.38087843e-02, -1.52011002e-02, 3.06842086e-02}, + V{5.76543516e-01, -2.03544911e+00, 8.65163870e-01}, + V{-3.77778745e-01, 6.89644787e-01, 5.85347897e-02}, + }); + retVal.push_back({ + V{-1.04170166e+00, 1.93212739e+00, 2.95362499e+00}, + V{0.00000000e+00, -5.87995638e-01, 4.66925506e-01}, + V{-4.20802701e-01, -4.10291633e-01, 4.59557272e-01}, + V{7.79982996e-03, 1.50482351e-02, 5.50337531e+00}, + V{-1.34639246e+00, 6.80103301e-02, 8.60002649e-01}, + V{1.37242004e-01, -8.67085225e-01, 1.25106474e-01}, + V{-1.69325979e-02, -2.95454738e-02, 4.72616404e-02}, + V{4.53873303e-01, -2.03292501e+00, 9.95205454e-01}, + V{-1.30599234e+00, 2.25151057e+00, 2.56704152e-01}, + }); + retVal.push_back({ + V{-1.45840221e+00, 1.64227817e+00, 8.41586777e-01}, + V{0.00000000e+00, -6.98341816e-01, 1.84323895e-01}, + V{-4.95342500e-01, -4.92154113e-01, 1.84323895e-01}, + V{-5.27533653e-03, 1.48965596e-02, 9.86107885e-01}, + V{-1.47472798e+00, -3.33905274e-01, 4.11265918e-01}, + V{2.31202234e-01, -7.70722755e-01, 1.12129423e-05}, + V{-1.54200071e-02, -2.22012150e-02, 4.22733003e-02}, + V{5.92201401e-01, -2.10378256e+00, 8.41586782e-01}, + V{4.05057122e-03, -9.76673905e-03, 8.24321504e-03}, + }); + retVal.push_back({ + V{-1.50595160e+00, 1.67869437e+00, 8.29806168e-01}, + V{0.00000000e+00, -2.27289811e-01, 1.86869632e-01}, + V{-1.62291024e-01, -1.59076795e-01, 1.86869632e-01}, + V{6.71536463e-04, 7.88990042e-03, 9.63291786e-01}, + V{-9.35561196e-01, -1.55840707e-01, 4.13609050e-01}, + V{2.68120686e-01, -8.93743434e-01, 3.48927149e-06}, + V{-1.88291055e-02, -1.94245715e-02, 4.29970299e-02}, + V{6.50804557e-01, -2.18817590e+00, 8.29806172e-01}, + V{-1.58450595e+00, 2.77817014e+00, 1.10336683e-02}, + }); + retVal.push_back({ + V{-1.33098823e+00, 1.49556466e+00, 6.88642986e-01}, + V{0.00000000e+00, -4.99342453e-01, 1.16143813e-01}, + V{-3.54225500e-01, -3.51947350e-01, 1.16143813e-01}, + V{2.14352986e-03, 3.57971370e-03, 8.05219599e-01}, + V{-1.15136627e+00, -2.48536546e-01, 2.95713475e-01}, + V{1.18057505e-01, -3.98308301e-01, 9.11299352e-04}, + V{-1.06899006e-02, -1.12335952e-02, 2.33358311e-02}, + V{5.61264936e-01, -1.94601963e+00, 6.88642987e-01}, + V{-1.18200258e+00, 2.01179003e+00, 8.02453884e-02}, + }); + retVal.push_back({ + V{-3.65508814e-01, 4.74456797e-01, 5.76165841e-01}, + V{0.00000000e+00, 0.00000000e+00, 6.36668108e-02}, + V{-3.68784336e-03, -2.20689056e-03, 6.36668108e-02}, + V{-5.03208784e-02, 5.09887480e-02, 6.27665021e-01}, + V{-4.04821314e-01, -1.01426396e-02, 2.06022291e-01}, + V{-2.34287239e-02, -9.72536117e-02, 2.80624948e-02}, + V{-4.42698169e-03, -6.23429869e-03, 1.07555956e-02}, + V{3.25022555e-01, -1.18950549e+00, 5.76163734e-01}, + V{-8.65217092e-01, 1.85270104e+00, 3.73913202e-01}, + }); + retVal.push_back({ + V{-1.92580231e+00, 2.17134243e+00, 1.13723929e+00}, + V{0.00000000e+00, -4.73261099e-01, 2.65974345e-01}, + V{-3.36780079e-01, -3.32368900e-01, 2.65974345e-01}, + V{-5.24558924e-04, 1.51886238e-02, 1.33757258e+00}, + V{-1.47213976e+00, -2.82203258e-01, 5.71920142e-01}, + V{3.54206333e-01, -1.18108962e+00, 1.00077423e-04}, + V{-2.67268842e-02, -2.88588605e-02, 6.38364561e-02}, + V{7.90570955e-01, -2.84039611e+00, 1.13723931e+00}, + V{-1.97316856e+00, 3.44153600e+00, 3.20266742e-02}, + }); + return retVal; +} + + TEST(testUF23Field, SimpleTest) { - ref_ptr field = new UF23Field(UF23Field::base); - Vector3d b = field->getField(Vector3d(8.5, 0, 0)*kpc); - EXPECT_NEAR(b.x, -1., 1E-2); - EXPECT_NEAR(b.y, 0, 1E-10); - EXPECT_NEAR(b.z, 0, 1E-10); + const std::vector models = + { + UF23Field::base, UF23Field::neCL, UF23Field::expX, UF23Field::spur, + UF23Field::cre10, UF23Field::synCG, UF23Field::twistX, UF23Field::nebCor + }; + + using V = Vector3d; + const std::vector testPositions = + { + V{1, 1, 1}, V{0, 0, -8}, V{0.1, -0.1, -8}, V{0.1, 0.1, 0.1}, V{-1, 3, 4}, + V{-10, -3, 2}, V{-10, -10, 20}, V{-4, -2, 1}, V{6, 5, -0.1} + }; + + const std::vector> referenceValues = + getUF23ReferenceValues(); + + const double precision = 1e-6; + + for (unsigned int i = 0; i < models.size(); ++i) { + const auto& model = models[i]; + const UF23Field uf23Field(model); + for (unsigned int j = 0; j < testPositions.size(); ++j) { + const auto& position = testPositions[j]; + const auto val = uf23Field.getField(position*kpc); + const auto& refVal = referenceValues[i][j] * microgauss; + EXPECT_NEAR(val.x, refVal.x, precision); + EXPECT_NEAR(val.y, refVal.y, precision); + EXPECT_NEAR(val.z, refVal.z, precision); + } + } } TEST(testPolarizedSingleModeMagneticField, SimpleTest) { From fba3a8c809612b11c6f1d1f5e5b42b69fa5a64b6 Mon Sep 17 00:00:00 2001 From: Michael Unger Date: Mon, 27 May 2024 17:43:02 +0200 Subject: [PATCH 52/58] example of how to initialize UF23 field (commented) --- .../galactic_backtracking/galactic_backtracking.ipynb | 1 + 1 file changed, 1 insertion(+) diff --git a/doc/pages/example_notebooks/galactic_backtracking/galactic_backtracking.ipynb b/doc/pages/example_notebooks/galactic_backtracking/galactic_backtracking.ipynb index 2058d32c1..cef88981a 100644 --- a/doc/pages/example_notebooks/galactic_backtracking/galactic_backtracking.ipynb +++ b/doc/pages/example_notebooks/galactic_backtracking/galactic_backtracking.ipynb @@ -38,6 +38,7 @@ "\n", "# magnetic field setup\n", "B = JF12Field()\n", + "#B = UF23Field(UF23Field.base) # options: base,neCL,expX,spur,cre10,synCG,twistX,nebCor \n", "#seed = 691342\n", "#B.randomStriated(seed)\n", "#B.randomTurbulent(seed)\n", From 20a618f121f3eaafd806b8e3e1a6e3fa8a5dc831 Mon Sep 17 00:00:00 2001 From: Lukas Merten Date: Fri, 31 May 2024 17:34:29 +0200 Subject: [PATCH 53/58] Update CHANGELOG.md EBL Finke model was introduced newly and is not deprecated. --- CHANGELOG.md | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/CHANGELOG.md b/CHANGELOG.md index 4d7d0ccc3..ed7d14f33 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -6,12 +6,12 @@ * Fixed wrong mass inheritance for secondaries other than nuclei or electron/positron ### New features: - * Added new backwards-compatible function particleMass that returns particle mass also for non-nuclei + * Added new backwards-compatible function particleMass that returns particle mass also for non-nuclei + * EBL model from Finke et al. 2022 ### Interface changes: ### Features that are deprecated and will be removed after this release - * EBL model from Finke et al. 2022 ### Removed features * AMRMagneticField - underlying library (saga) is no longer supported. From 7d4d84d6957f1d5937cd76494ec9076c3ff5c0ab Mon Sep 17 00:00:00 2001 From: Lukas Merten Date: Mon, 3 Jun 2024 13:11:26 +0200 Subject: [PATCH 54/58] Fixed typo --- doc/pages/Code-Coverage.md | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/doc/pages/Code-Coverage.md b/doc/pages/Code-Coverage.md index 8621353a5..4ea6e2dac 100644 --- a/doc/pages/Code-Coverage.md +++ b/doc/pages/Code-Coverage.md @@ -17,5 +17,5 @@ make coverage ``` The final report is in ```~/build/coverageReport/index.html``` -### coverage report of the current master branch -The coverage report of the current master branch can be accesed `by clicking here `_ now. \ No newline at end of file +### Coverage report of the current master branch +The coverage report of the current master branch can be accesed `by clicking here `_ now. From 8fcce26d239de256f81d343390bffe548a0eb644 Mon Sep 17 00:00:00 2001 From: Michael Unger Date: Mon, 3 Jun 2024 13:40:25 +0200 Subject: [PATCH 55/58] Lukas' suggestions --- CHANGELOG.md | 27 ++++++++++++----------- include/crpropa/magneticField/UF23Field.h | 2 +- src/magneticField/UF23Field.cpp | 4 ++++ 3 files changed, 19 insertions(+), 14 deletions(-) diff --git a/CHANGELOG.md b/CHANGELOG.md index 4d7d0ccc3..e3801fd19 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -1,19 +1,20 @@ ## CRPropa vNext ### Bug fixes: - * Fixed sign for exponential decay of magn. field strength with Galactic height in LogarithmicSpiralField - * Fixed r term in source distribution for SNR and Pulsar + * Fixed sign for exponential decay of magn. field strength with Galactic height in LogarithmicSpiralField + * Fixed r term in source distribution for SNR and Pulsar * Fixed wrong mass inheritance for secondaries other than nuclei or electron/positron ### New features: - * Added new backwards-compatible function particleMass that returns particle mass also for non-nuclei + * Added new backwards-compatible function particleMass that returns particle mass also for non-nuclei + * Added the new Galactic magnetic field models from Unger&Farrar arXiv:2311.12120 ### Interface changes: ### Features that are deprecated and will be removed after this release * EBL model from Finke et al. 2022 -### Removed features +### Removed features * AMRMagneticField - underlying library (saga) is no longer supported. * ObserverPoint: Use Observer1D instead. @@ -42,8 +43,8 @@ * ObserverPoint will be renamed into Observer1D. * AMRMagneticField - underlying library (saga) is no longer supported. -### Removed features -* External extensions DINT and Eleca, which can be replaced with the +### Removed features +* External extensions DINT and Eleca, which can be replaced with the EM*-modules combined with the thinning option for reasonable computation times. @@ -52,7 +53,7 @@ * grplinst * monopole * ROOTOutputPlugin - + ## CRPropa 3.2 @@ -60,12 +61,12 @@ * Fix of reflective boundary condition for scalar- and vectorgrids that showed asymmetry and discontinuities (See issue [#361]). * Fix in EMTripletPairProduction -* Fix of the data files of the Hackstein EGMF models as well as the +* Fix of the data files of the Hackstein EGMF models as well as the corresponding example notebook. * Fix of axis normalization of getRotated in Vector3.h. * Fix of secondary spectra in electromagnetic interactions (EM*-modules), issue [#334] and pull request [#15] in crpropa-data. -* Fix weight inheritance for secondary particles; they are created with +* Fix weight inheritance for secondary particles; they are created with their parents weights as intial weights now. ### New features: @@ -75,15 +76,15 @@ and vectorgrids. * Add the new PolarizedSingleModeMagneticField class for polarized/ helical single mode magnetic field models. -* Add a source feature for targeted emission, following the +* Add a source feature for targeted emission, following the von-Mises-Fisher distribution -* Updates in SNR and pulsar source distributions +* Updates in SNR and pulsar source distributions ### Interface changes: -* Plane wave and grid turbulence models use same parameter convention now +* Plane wave and grid turbulence models use same parameter convention now ### Features that are deprecated and will be removed after this release -* External extensions DINT and Eleca, which can be replaced with the +* External extensions DINT and Eleca, which can be replaced with the EM*-modules combined with the thinning option for reasonable computation times. diff --git a/include/crpropa/magneticField/UF23Field.h b/include/crpropa/magneticField/UF23Field.h index d60c1cda1..462ed3142 100644 --- a/include/crpropa/magneticField/UF23Field.h +++ b/include/crpropa/magneticField/UF23Field.h @@ -114,7 +114,7 @@ class UF23Field : public MagneticField { double& fPoloidalR = fParameters[ePoloidalR]; double& fPoloidalW = fParameters[ePoloidalW]; double& fPoloidalZ = fParameters[ePoloidalZ]; - double& fPoloidalXi = fParameters[ePoloidalXi]; + double& fPoloidalXi = fParameters[ePoloidalXi]; double& fSpurCenter = fParameters[eSpurCenter]; double& fSpurLength = fParameters[eSpurLength]; double& fSpurWidth = fParameters[eSpurWidth]; diff --git a/src/magneticField/UF23Field.cpp b/src/magneticField/UF23Field.cpp index a23a12d51..6a65b1b80 100644 --- a/src/magneticField/UF23Field.cpp +++ b/src/magneticField/UF23Field.cpp @@ -40,6 +40,10 @@ namespace uf23 { return acos(cos(phi1)*cos(phi0) + sin(phi1)*sin(phi0)); } + // Interal units used in this code. + // Convert to crpropa with e.g. uf23::kpc / crpropa::kpc. + // The conversion is, however, only needed in the single non-private + // getField() method, all other functions use uf23 units. const double kPi = 3.1415926535897932384626; const double kTwoPi = 2*kPi; const double degree = kPi/180.; From a1adcde084f90baef1e83b3c8a9cc42c51271c47 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?Julien=20D=C3=B6rner?= Date: Tue, 11 Jun 2024 16:55:10 +0200 Subject: [PATCH 56/58] update error messages. --- src/GridTools.cpp | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/src/GridTools.cpp b/src/GridTools.cpp index a930a7f6f..41e46ca51 100644 --- a/src/GridTools.cpp +++ b/src/GridTools.cpp @@ -282,7 +282,7 @@ ref_ptr loadGrid3fFromTxt(std::string filename, double c) { std::string name, type; ss >> name >> name >> name >> type; if (type != "Grid3f") - throw std::runtime_error("try to load Grid3f, but Gridproperties assume grid type " + type); + throw std::runtime_error("Tried to load Grid3f, but Gridproperties assume grid type " + type); // grid origin double x, y, z; @@ -376,7 +376,7 @@ ref_ptr loadGrid1fFromTxt(std::string filename, double c) { std::string name, type; ss >> name >> name >> name >> type; if (type != "Grid1f") - throw std::runtime_error("try to load Grid1f, but Gridproperties assume grid type " + type); + throw std::runtime_error("Tried to load Grid1f, but Gridproperties assume grid type " + type); // grid origin double x, y, z; From 34d36f385581cf48c1e1b03e54fed598afc607a1 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?Julien=20D=C3=B6rner?= Date: Wed, 3 Jul 2024 12:11:48 +0200 Subject: [PATCH 57/58] fix numpy version to 1.26.4 --- .github/workflows/test_examples.yml | 3 +-- doc/pages/example_notebooks/requirements.txt | 2 +- 2 files changed, 2 insertions(+), 3 deletions(-) diff --git a/.github/workflows/test_examples.yml b/.github/workflows/test_examples.yml index f1edf5776..67d49fd4c 100644 --- a/.github/workflows/test_examples.yml +++ b/.github/workflows/test_examples.yml @@ -21,10 +21,9 @@ jobs: - name: Preinstall run: | sudo apt-get update - sudo apt-get install libmuparser-dev python3 python3-dev python3-numpy python3-setuptools python-setuptools libhdf5-serial-dev libomp5 libomp-dev libfftw3-dev libcfitsio-dev lcov + sudo apt-get install libmuparser-dev python3 python3-dev python3-setuptools python-setuptools libhdf5-serial-dev libomp5 libomp-dev libfftw3-dev libcfitsio-dev lcov pip3 install -r doc/pages/example_notebooks/requirements.txt # load requrements for notebooks pip3 install --upgrade Pygments - pip3 install --upgrade numpy - name: Set up the build env: CXX: ${{ matrix.config.cxx }} diff --git a/doc/pages/example_notebooks/requirements.txt b/doc/pages/example_notebooks/requirements.txt index de0d4c0fd..9c7facc62 100644 --- a/doc/pages/example_notebooks/requirements.txt +++ b/doc/pages/example_notebooks/requirements.txt @@ -1,5 +1,5 @@ # collection of all packages used in the analyis of the example notebooks. This is used for the automatic test of the notebooks -numpy +numpy==1.26.4 matplotlib pandas healpy From 892ec5b672fc3143b250f5273bab2c3e3b90d393 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?Julien=20D=C3=B6rner?= Date: Wed, 3 Jul 2024 14:55:41 +0200 Subject: [PATCH 58/58] add missing include for memory --- src/magneticField/turbulentField/PlaneWaveTurbulence.cpp | 1 + 1 file changed, 1 insertion(+) diff --git a/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp b/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp index 1622e4067..47d2e46aa 100644 --- a/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp +++ b/src/magneticField/turbulentField/PlaneWaveTurbulence.cpp @@ -59,6 +59,7 @@ #ifdef ENABLE_FAST_WAVES #include +#include #endif namespace crpropa {