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preferences.cpp
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/*************************************************************************
Copyright 2011 Ibrahim Sha'ath
This file is part of KeyFinder.
KeyFinder is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
KeyFinder is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with KeyFinder. If not, see <http://www.gnu.org/licenses/>.
*************************************************************************/
#include "preferences.h"
Preferences::Preferences(){
QSettings settings;
// ======================= Musical frequencies ===============================
// Bear in mind that KeyFinder params object has built in defaults
settings.beginGroup("analysisFrequencies");
if(settings.contains("startingFrequencyA")){
core.setStartingFreqA(settings.value("startingFrequencyA").toFloat());
}
if(settings.contains("numOctaves")){
core.setOctaves((unsigned)settings.value("numOctaves").toInt());
}
if(settings.contains("offsetToC")){
core.setOffsetToC(settings.value("offsetToC").toBool());
}
if(settings.contains("bandsPerSemitone")){
core.setBps((unsigned)settings.value("bandsPerSemitone").toInt());
}
settings.endGroup();
// ======================== Spectral analysis ================================
settings.beginGroup("spectralAnalysis");
if(settings.contains("temporalWindow_1_14")){
core.setTemporalWindow((KeyFinder::temporal_window_t)settings.value("temporalWindow_1_14").toInt());
}else if(settings.contains("temporalWindow")){
// backward compatibility for pre 1.14
QVariant val = settings.value("temporalWindow");
if(val == 'b')
core.setTemporalWindow(KeyFinder::WINDOW_BLACKMAN);
else if(val == 'm')
core.setTemporalWindow(KeyFinder::WINDOW_HAMMING);
else if(val == 'n')
core.setTemporalWindow(KeyFinder::WINDOW_HANN);
}
if(settings.contains("fftFrameSize")){
core.setFftFrameSize((unsigned)settings.value("fftFrameSize").toInt());
}
if(settings.contains("hopSize")){
core.setHopSize((unsigned)settings.value("hopSize").toInt());
}
if(settings.contains("directSkStretch")){
core.setDirectSkStretch(settings.value("directSkStretch").toFloat());
}
settings.endGroup();
// ========================== Downsampling ===================================
settings.beginGroup("downsampling");
if(settings.contains("dFactor")){
dFactor = settings.value("dFactor").toInt();
}else{
dFactor = 10;
}
settings.endGroup();
// ============================= Tuning ======================================
settings.beginGroup("tuning");
if(settings.contains("tuningMethod")){
core.setTuningMethod((KeyFinder::tuning_method_t)settings.value("tuningMethod").toInt());
}
if(settings.contains("detunedBandWeight")){
core.setDetunedBandWeight(settings.value("detunedBandWeight").toFloat());
}
settings.endGroup();
// ================ Harmonic Change Detection Function =======================
settings.beginGroup("harmonicChangeDetectionFunction");
if(settings.contains("segmentation")){
core.setSegmentation((KeyFinder::segmentation_t)settings.value("segmentation").toInt());
}else if(settings.contains("hcdf")){
// backward compatibility for pre 1.14
QVariant val = settings.value("hcdf");
if(val == 'n')
core.setSegmentation(KeyFinder::SEGMENTATION_NONE);
else if(val == 'h')
core.setSegmentation(KeyFinder::SEGMENTATION_HARTE);
else if(val == 'c')
core.setSegmentation(KeyFinder::SEGMENTATION_COSINE);
else if(val == 'a')
core.setSegmentation(KeyFinder::SEGMENTATION_ARBITRARY);
}
if(settings.contains("hcdfGaussianSize")){
core.setHcdfGaussianSize((unsigned)settings.value("hcdfGaussianSize").toInt());
}
if(settings.contains("hcdfGaussianSigma")){
core.setHcdfGaussianSigma(settings.value("hcdfGaussianSigma").toFloat());
}
if(settings.contains("hcdfPeakPickingNeighbours")){
core.setHcdfPeakPickingNeighbours((unsigned)settings.value("hcdfPeakPickingNeighbours").toInt());
}
if(settings.contains("hcdfArbitrarySegments")){
core.setArbitrarySegments((unsigned)settings.value("hcdfArbitrarySegments").toInt());
}
settings.endGroup();
// ========================= Key classification ==============================
settings.beginGroup("keyClassification");
if(settings.contains("toneProfile_1_14")){
core.setToneProfile((KeyFinder::tone_profile_t)settings.value("toneProfile_1_14").toInt());
}else if(settings.contains("toneProfile")){
// backward compatibility for pre 1.14
core.setToneProfile((KeyFinder::tone_profile_t)(settings.value("toneProfile").toInt() + 1));
}
if(settings.contains("similarityMeasure_1_14")){
core.setSimilarityMeasure((KeyFinder::similarity_measure_t)settings.value("similarityMeasure_1_14").toInt());
}else if(settings.contains("similarityMeasure")){
// backward compatibility for pre 1.14
QVariant val = settings.value("similarityMeasure");
if(val == 'c')
core.setSimilarityMeasure(KeyFinder::SIMILARITY_COSINE);
else if(val == 'k')
core.setSimilarityMeasure(KeyFinder::SIMILARITY_CORRELATION);
}
settings.endGroup();
// ========================= Custom Tone Profile ==============================
settings.beginGroup("customToneProfile");
if(settings.contains("maj0")){
std::vector<float> ctp;
// Tone profiles are stored sequentially; major chroma vector then minor chroma vector
ctp.push_back(settings.value("maj0").toFloat());
ctp.push_back(settings.value("maj1").toFloat());
ctp.push_back(settings.value("maj2").toFloat());
ctp.push_back(settings.value("maj3").toFloat());
ctp.push_back(settings.value("maj4").toFloat());
ctp.push_back(settings.value("maj5").toFloat());
ctp.push_back(settings.value("maj6").toFloat());
ctp.push_back(settings.value("maj7").toFloat());
ctp.push_back(settings.value("maj8").toFloat());
ctp.push_back(settings.value("maj9").toFloat());
ctp.push_back(settings.value("maj10").toFloat());
ctp.push_back(settings.value("maj11").toFloat());
ctp.push_back(settings.value("min0").toFloat());
ctp.push_back(settings.value("min1").toFloat());
ctp.push_back(settings.value("min2").toFloat());
ctp.push_back(settings.value("min3").toFloat());
ctp.push_back(settings.value("min4").toFloat());
ctp.push_back(settings.value("min5").toFloat());
ctp.push_back(settings.value("min6").toFloat());
ctp.push_back(settings.value("min7").toFloat());
ctp.push_back(settings.value("min8").toFloat());
ctp.push_back(settings.value("min9").toFloat());
ctp.push_back(settings.value("min10").toFloat());
ctp.push_back(settings.value("min11").toFloat());
try{
core.setCustomToneProfile(ctp);
}catch(KeyFinder::Exception& e){
qDebug("LibKeyFinder Exception: %s", e.what().c_str());
}catch(...){
qDebug("Caught unknown exception setting custom tone profile.");
}
}
settings.endGroup();
// ========================== Custom Key Codes ===============================
settings.beginGroup("customKeyCodes");
if(settings.contains("SLNC")){
customKeyCodes = QStringList();
customKeyCodes.push_back(settings.value("A").toString());
customKeyCodes.push_back(settings.value("Am").toString());
customKeyCodes.push_back(settings.value("Bb").toString());
customKeyCodes.push_back(settings.value("Bbm").toString());
customKeyCodes.push_back(settings.value("B").toString());
customKeyCodes.push_back(settings.value("Bm").toString());
customKeyCodes.push_back(settings.value("C").toString());
customKeyCodes.push_back(settings.value("Cm").toString());
customKeyCodes.push_back(settings.value("Db").toString());
customKeyCodes.push_back(settings.value("Dbm").toString());
customKeyCodes.push_back(settings.value("D").toString());
customKeyCodes.push_back(settings.value("Dm").toString());
customKeyCodes.push_back(settings.value("Eb").toString());
customKeyCodes.push_back(settings.value("Ebm").toString());
customKeyCodes.push_back(settings.value("E").toString());
customKeyCodes.push_back(settings.value("Em").toString());
customKeyCodes.push_back(settings.value("F").toString());
customKeyCodes.push_back(settings.value("Fm").toString());
customKeyCodes.push_back(settings.value("Gb").toString());
customKeyCodes.push_back(settings.value("Gbm").toString());
customKeyCodes.push_back(settings.value("G").toString());
customKeyCodes.push_back(settings.value("Gm").toString());
customKeyCodes.push_back(settings.value("Ab").toString());
customKeyCodes.push_back(settings.value("Abm").toString());
customKeyCodes.push_back(settings.value("SLNC").toString());
}else if(settings.contains("majKey0")){
// backward compatibility for pre 1.14
customKeyCodes = QStringList();
// key names/codes are stored interleaved, for ease of looping in classification
customKeyCodes.push_back(settings.value("majKey0").toString());
customKeyCodes.push_back(settings.value("minKey0").toString());
customKeyCodes.push_back(settings.value("majKey1").toString());
customKeyCodes.push_back(settings.value("minKey1").toString());
customKeyCodes.push_back(settings.value("majKey2").toString());
customKeyCodes.push_back(settings.value("minKey2").toString());
customKeyCodes.push_back(settings.value("majKey3").toString());
customKeyCodes.push_back(settings.value("minKey3").toString());
customKeyCodes.push_back(settings.value("majKey4").toString());
customKeyCodes.push_back(settings.value("minKey4").toString());
customKeyCodes.push_back(settings.value("majKey5").toString());
customKeyCodes.push_back(settings.value("minKey5").toString());
customKeyCodes.push_back(settings.value("majKey6").toString());
customKeyCodes.push_back(settings.value("minKey6").toString());
customKeyCodes.push_back(settings.value("majKey7").toString());
customKeyCodes.push_back(settings.value("minKey7").toString());
customKeyCodes.push_back(settings.value("majKey8").toString());
customKeyCodes.push_back(settings.value("minKey8").toString());
customKeyCodes.push_back(settings.value("majKey9").toString());
customKeyCodes.push_back(settings.value("minKey9").toString());
customKeyCodes.push_back(settings.value("majKey10").toString());
customKeyCodes.push_back(settings.value("minKey10").toString());
customKeyCodes.push_back(settings.value("majKey11").toString());
customKeyCodes.push_back(settings.value("minKey11").toString());
customKeyCodes.push_back(settings.value("silence").toString());
}else{
customKeyCodes = QStringList();
for(int i=0; i<25; i++)
customKeyCodes << "";
}
settings.endGroup();
// ========================= Key classification ==============================
settings.beginGroup("tags");
if(settings.contains("tagFormat_1_14")){
tagFormat = (tag_format_t)settings.value("tagFormat_1_14").toInt();
}else if(settings.contains("tagFormat")){
// backward compatibility for pre 1.14
QVariant val = settings.value("tagFormat");
if(val == 'k')
tagFormat = TAG_FORMAT_KEYS;
else if(val == 'c')
tagFormat = TAG_FORMAT_CUSTOM;
else if(val == 'b')
tagFormat = TAG_FORMAT_BOTH;
}else{
tagFormat = TAG_FORMAT_KEYS;
}
if(settings.contains("writeToTagComment")){
writeToTagComment = settings.value("writeToTagComment").toBool();
writeToTagGrouping = settings.value("writeToTagGrouping").toBool();
writeToTagKey = settings.value("writeToTagKey").toBool();
}else{
writeToTagComment = true;
writeToTagGrouping = false;
writeToTagKey = false;
}
if(settings.contains("writeToFilePrefix")){
writeToFilePrefix = settings.value("writeToFilePrefix").toBool();
}else{
writeToFilePrefix = false;
}
if(settings.contains("writeToFileSuffix")){
writeToFileSuffix = settings.value("writeToFileSuffix").toBool();
}else{
writeToFileSuffix = false;
}
if(settings.contains("filenameDelimiter")){
filenameDelimiter = settings.value("filenameDelimiter").toString();
}else{
filenameDelimiter = " - ";
}
if(settings.contains("writeToFilesAutomatically")){
writeToFilesAutomatically = settings.value("writeToFilesAutomatically").toBool();
}else if(settings.contains("writeTagsAutomatically")){
// backward compatibility for pre 1.14
writeToFilesAutomatically = settings.value("writeTagsAutomatically").toBool();
}else{
writeToFilesAutomatically = false;
}
settings.endGroup();
// =========================== Batch jobs ================================
settings.beginGroup("batch");
if(settings.contains("parallelBatchJobs")){
parallelBatchJobs = settings.value("parallelBatchJobs").toBool();
}else{
parallelBatchJobs = true;
}
if(settings.contains("skipFilesWithExistingTags")){
skipFilesWithExistingTags = settings.value("skipFilesWithExistingTags").toBool();
}else{
skipFilesWithExistingTags = false;
}
settings.endGroup();
// ============================= Library ==================================
settings.beginGroup("library");
if(settings.contains("iTunesLibraryPath")){
iTunesLibraryPath = settings.value("iTunesLibraryPath").toString();
}else{
#ifdef Q_OS_WIN
iTunesLibraryPath = QDir::homePath() + "/My Music/iTunes/iTunes Music Library.xml";
#else
iTunesLibraryPath = QDir::homePath() + "/Music/iTunes/iTunes Music Library.xml";
#endif
}
if(settings.contains("traktorLibraryPath")){
traktorLibraryPath = settings.value("traktorLibraryPath").toString();
}else{
#ifdef Q_OS_WIN
traktorLibraryPath = QDir::homePath() + "/My Documents/Native Instruments/Traktor 2.1.2/collection.nml";
#else
traktorLibraryPath = QDir::homePath() + "/Documents/Native Instruments/Traktor 2.1.2/collection.nml";
#endif
}
if(settings.contains("seratoLibraryPath")){
seratoLibraryPath = settings.value("seratoLibraryPath").toString();
}else{
#ifdef Q_OS_WIN
seratoLibraryPath = QDir::homePath() + "/My Music/_Serato_/database V2";
#else
seratoLibraryPath = QDir::homePath() + "/Music/_Serato_/database V2";
#endif
}
settings.endGroup();
// ============================= UIState ==================================
settings.beginGroup("uistate");
if(settings.contains("batchWindowState")){
batchWindowState = settings.value("batchWindowState").toByteArray();
}else{
batchWindowState = QByteArray();
}
if(settings.contains("batchWindowGeometry")){
batchWindowGeometry = settings.value("batchWindowGeometry").toByteArray();
}else{
batchWindowGeometry = QByteArray();
}
if(settings.contains("batchWindowSplitterState")){
batchWindowSplitterState = settings.value("batchWindowSplitterState").toByteArray();
}else{
batchWindowSplitterState = QByteArray();
}
settings.endGroup();
// ================================ End ======================================
// default key codes
defaultKeyCodes.push_back("A"); defaultKeyCodes.push_back("Am");
defaultKeyCodes.push_back("Bb"); defaultKeyCodes.push_back("Bbm");
defaultKeyCodes.push_back("B"); defaultKeyCodes.push_back("Bm");
defaultKeyCodes.push_back("C"); defaultKeyCodes.push_back("Cm");
defaultKeyCodes.push_back("Db"); defaultKeyCodes.push_back("Dbm");
defaultKeyCodes.push_back("D"); defaultKeyCodes.push_back("Dm");
defaultKeyCodes.push_back("Eb"); defaultKeyCodes.push_back("Ebm");
defaultKeyCodes.push_back("E"); defaultKeyCodes.push_back("Em");
defaultKeyCodes.push_back("F"); defaultKeyCodes.push_back("Fm");
defaultKeyCodes.push_back("Gb"); defaultKeyCodes.push_back("Gbm");
defaultKeyCodes.push_back("G"); defaultKeyCodes.push_back("Gm");
defaultKeyCodes.push_back("Ab"); defaultKeyCodes.push_back("Abm");
defaultKeyCodes.push_back(".");
// key colours for display
keyColours.push_back(qRgb(223,255,127)); keyColours.push_back(qRgb(191,223,127));
keyColours.push_back(qRgb(255,127,255)); keyColours.push_back(qRgb(223,127,223));
keyColours.push_back(qRgb(127,255,223)); keyColours.push_back(qRgb(127,223,191));
keyColours.push_back(qRgb(255,127,127)); keyColours.push_back(qRgb(223,127,127));
keyColours.push_back(qRgb(127,223,255)); keyColours.push_back(qRgb(127,191,223));
keyColours.push_back(qRgb(255,255,127)); keyColours.push_back(qRgb(223,223,127));
keyColours.push_back(qRgb(223,127,255)); keyColours.push_back(qRgb(191,127,223));
keyColours.push_back(qRgb(127,255,127)); keyColours.push_back(qRgb(127,223,127));
keyColours.push_back(qRgb(255,127,223)); keyColours.push_back(qRgb(223,127,191));
keyColours.push_back(qRgb(127,255,255)); keyColours.push_back(qRgb(127,223,223));
keyColours.push_back(qRgb(255,223,127)); keyColours.push_back(qRgb(223,191,127));
keyColours.push_back(qRgb(127,127,255)); keyColours.push_back(qRgb(127,127,223));
keyColours.push_back(qRgb(127,127,127));
}
void Preferences::save(){
QSettings settings;
settings.beginGroup("analysisFrequencies");
settings.setValue("startingFrequencyA", core.getStartingFreqA());
settings.setValue("numOctaves", core.getOctaves());
settings.setValue("offsetToC", core.getOffsetToC());
settings.setValue("bandsPerSemitone", core.getBpo() / 12);
settings.endGroup();
settings.beginGroup("spectralAnalysis");
settings.setValue("temporalWindow_1_14", core.getTemporalWindow());
settings.setValue("fftFrameSize", core.getFftFrameSize());
settings.setValue("hopSize", core.getHopSize());
settings.setValue("directSkStretch", core.getDirectSkStretch());
settings.endGroup();
settings.beginGroup("downsampling");
settings.setValue("dFactor", dFactor);
settings.endGroup();
settings.beginGroup("tuning");
settings.setValue("tuningMethod", core.getTuningMethod());
settings.setValue("detunedBandWeight", core.getDetunedBandWeight());
settings.endGroup();
settings.beginGroup("harmonicChangeDetectionFunction");
settings.setValue("segmentation", core.getSegmentation());
settings.setValue("hcdfGaussianSize", core.getHcdfGaussianSize());
settings.setValue("hcdfGaussianSigma", core.getHcdfGaussianSigma());
settings.setValue("hcdfPeakPickingNeighbours", core.getHcdfPeakPickingNeighbours());
settings.setValue("hcdfArbitrarySegments", core.getArbitrarySegments());
settings.endGroup();
settings.beginGroup("keyClassification");
settings.setValue("toneProfile_1_14", core.getToneProfile());
settings.setValue("similarityMeasure_1_14", core.getSimilarityMeasure());
settings.endGroup();
settings.beginGroup("customToneProfile");
std::vector<float> ctp = core.getCustomToneProfile();
settings.setValue("maj0", ctp[0]);
settings.setValue("maj1", ctp[1]);
settings.setValue("maj2", ctp[2]);
settings.setValue("maj3", ctp[3]);
settings.setValue("maj4", ctp[4]);
settings.setValue("maj5", ctp[5]);
settings.setValue("maj6", ctp[6]);
settings.setValue("maj7", ctp[7]);
settings.setValue("maj8", ctp[8]);
settings.setValue("maj9", ctp[9]);
settings.setValue("maj10", ctp[10]);
settings.setValue("maj11", ctp[11]);
settings.setValue("min0", ctp[12]);
settings.setValue("min1", ctp[13]);
settings.setValue("min2", ctp[14]);
settings.setValue("min3", ctp[15]);
settings.setValue("min4", ctp[16]);
settings.setValue("min5", ctp[17]);
settings.setValue("min6", ctp[18]);
settings.setValue("min7", ctp[19]);
settings.setValue("min8", ctp[20]);
settings.setValue("min9", ctp[21]);
settings.setValue("min10", ctp[22]);
settings.setValue("min11", ctp[23]);
settings.endGroup();
settings.beginGroup("customKeyCodes");
settings.setValue("A", customKeyCodes[0]); settings.setValue("Am", customKeyCodes[1]);
settings.setValue("Bb", customKeyCodes[2]); settings.setValue("Bbm", customKeyCodes[3]);
settings.setValue("B", customKeyCodes[4]); settings.setValue("Bm", customKeyCodes[5]);
settings.setValue("C", customKeyCodes[6]); settings.setValue("Cm", customKeyCodes[7]);
settings.setValue("Db", customKeyCodes[8]); settings.setValue("Dbm", customKeyCodes[9]);
settings.setValue("D", customKeyCodes[10]); settings.setValue("Dm", customKeyCodes[11]);
settings.setValue("Eb", customKeyCodes[12]); settings.setValue("Ebm", customKeyCodes[13]);
settings.setValue("E", customKeyCodes[14]); settings.setValue("Em", customKeyCodes[15]);
settings.setValue("F", customKeyCodes[16]); settings.setValue("Fm", customKeyCodes[17]);
settings.setValue("Gb", customKeyCodes[18]); settings.setValue("Gbm", customKeyCodes[19]);
settings.setValue("G", customKeyCodes[20]); settings.setValue("Gm", customKeyCodes[21]);
settings.setValue("Ab", customKeyCodes[22]); settings.setValue("Abm", customKeyCodes[23]);
settings.setValue("SLNC", customKeyCodes[24]);
settings.endGroup();
settings.beginGroup("tags");
settings.setValue("tagFormat_1_14", tagFormat);
settings.setValue("writeToTagComment", writeToTagComment);
settings.setValue("writeToTagGrouping", writeToTagGrouping);
settings.setValue("writeToTagKey", writeToTagKey);
settings.setValue("writeToFilePrefix", writeToFilePrefix);
settings.setValue("writeToFileSuffix", writeToFileSuffix);
settings.setValue("filenameDelimiter", filenameDelimiter);
settings.setValue("writeToFilesAutomatically", writeToFilesAutomatically);
settings.endGroup();
settings.beginGroup("batch");
settings.setValue("parallelBatchJobs", parallelBatchJobs);
settings.setValue("skipFilesWithExistingTags", skipFilesWithExistingTags);
settings.endGroup();
settings.beginGroup("library");
settings.setValue("iTunesLibraryPath", iTunesLibraryPath);
settings.setValue("traktorLibraryPath", traktorLibraryPath);
settings.setValue("seratoLibraryPath", seratoLibraryPath);
settings.endGroup();
settings.beginGroup("uistate");
settings.setValue("batchWindowState", batchWindowState);
settings.setValue("batchWindowGeometry", batchWindowGeometry);
settings.setValue("batchWindowSplitterState", batchWindowSplitterState);
settings.endGroup();
}
Preferences& Preferences::operator=(const Preferences& that){
if(this != &that){
core = that.core;
dFactor = that.dFactor;
customKeyCodes = that.customKeyCodes;
tagFormat = that.tagFormat;
writeToTagComment = that.writeToTagComment;
writeToTagGrouping = that.writeToTagGrouping;
writeToTagKey = that.writeToTagKey;
writeToFilePrefix = that.writeToFilePrefix;
writeToFileSuffix = that.writeToFileSuffix;
filenameDelimiter = that.filenameDelimiter;
writeToFilesAutomatically = that.writeToFilesAutomatically;
skipFilesWithExistingTags = that.skipFilesWithExistingTags;
parallelBatchJobs = that.parallelBatchJobs;
iTunesLibraryPath = that.iTunesLibraryPath;
traktorLibraryPath = that.traktorLibraryPath;
seratoLibraryPath = that.seratoLibraryPath;
batchWindowState = that.batchWindowState;
batchWindowGeometry = that.batchWindowGeometry;
batchWindowSplitterState = that.batchWindowSplitterState;
}
return *this;
}
bool Preferences::getWriteToFilesAutomatically() const { return writeToFilesAutomatically; }
bool Preferences::getParallelBatchJobs() const { return parallelBatchJobs; }
bool Preferences::getWriteToTagComment() const { return writeToTagComment; }
bool Preferences::getWriteToTagGrouping() const { return writeToTagGrouping; }
bool Preferences::getWriteToTagKey() const { return writeToTagKey; }
bool Preferences::getWriteToFilePrefix() const { return writeToFilePrefix; }
bool Preferences::getWriteToFileSuffix() const { return writeToFileSuffix; }
bool Preferences::getSkipFilesWithExistingTags() const { return skipFilesWithExistingTags; }
tag_format_t Preferences::getTagFormat() const { return tagFormat; }
int Preferences::getDFactor() const { return dFactor; }
QString Preferences::getITunesLibraryPath() const { return iTunesLibraryPath; }
QString Preferences::getTraktorLibraryPath() const { return traktorLibraryPath; }
QString Preferences::getSeratoLibraryPath() const { return seratoLibraryPath; }
QString Preferences::getFilenameDelimiter() const { return filenameDelimiter; }
QStringList Preferences::getCustomKeyCodes() const { return customKeyCodes; }
QByteArray Preferences::getBatchWindowState() const { return batchWindowState; }
QByteArray Preferences::getBatchWindowGeometry() const { return batchWindowGeometry; }
QByteArray Preferences::getBatchWindowSplitterState() const { return batchWindowSplitterState; }
bool Preferences::getOffsetToC() const { return core.getOffsetToC(); }
KeyFinder::temporal_window_t Preferences::getTemporalWindow() const { return core.getTemporalWindow(); }
KeyFinder::segmentation_t Preferences::getSegmentation() const { return core.getSegmentation(); }
KeyFinder::similarity_measure_t Preferences::getSimilarityMeasure() const { return core.getSimilarityMeasure(); }
KeyFinder::tuning_method_t Preferences::getTuningMethod() const { return core.getTuningMethod(); }
KeyFinder::tone_profile_t Preferences::getToneProfile() const { return core.getToneProfile(); }
unsigned int Preferences::getHopSize() const { return core.getHopSize(); }
unsigned int Preferences::getFftFrameSize() const { return core.getFftFrameSize(); }
unsigned int Preferences::getOctaves() const { return core.getOctaves(); }
unsigned int Preferences::getBpo() const { return core.getBpo(); }
unsigned int Preferences::getArbitrarySegments() const { return core.getArbitrarySegments(); }
unsigned int Preferences::getHcdfPeakPickingNeighbours() const { return core.getHcdfPeakPickingNeighbours(); }
unsigned int Preferences::getHcdfGaussianSize() const { return core.getHcdfGaussianSize(); }
float Preferences::getHcdfGaussianSigma() const { return core.getHcdfGaussianSigma(); }
float Preferences::getStartingFreqA() const { return core.getStartingFreqA(); }
float Preferences::getLastFreq() const { return core.getLastFreq(); }
float Preferences::getDirectSkStretch() const { return core.getDirectSkStretch(); }
float Preferences::getDetunedBandWeight() const { return core.getDetunedBandWeight(); }
std::vector<float> Preferences::getCustomToneProfile() const { return core.getCustomToneProfile(); }
void Preferences::setWriteToFilesAutomatically(bool autoWrite) { writeToFilesAutomatically = autoWrite; }
void Preferences::setWriteToTagComment(bool cmt) { writeToTagComment = cmt; }
void Preferences::setWriteToTagGrouping(bool grp) { writeToTagGrouping = grp; }
void Preferences::setWriteToTagKey(bool key) { writeToTagKey = key; }
void Preferences::setWriteToFilePrefix(bool pre) { writeToFilePrefix = pre; }
void Preferences::setWriteToFileSuffix(bool suf) { writeToFileSuffix = suf; }
void Preferences::setSkipFilesWithExistingTags(bool skip) { skipFilesWithExistingTags = skip; }
void Preferences::setTagFormat(tag_format_t fmt) { tagFormat = fmt; }
void Preferences::setDFactor(int factor) { dFactor = factor; }
void Preferences::setITunesLibraryPath(const QString& path) { iTunesLibraryPath = path; }
void Preferences::setTraktorLibraryPath(const QString& path) { traktorLibraryPath = path; }
void Preferences::setSeratoLibraryPath(const QString& path) { seratoLibraryPath = path; }
void Preferences::setFilenameDelimiter(const QString & delim) { filenameDelimiter = delim; }
void Preferences::setCustomKeyCodes(const QStringList& codes) { customKeyCodes = codes; }
void Preferences::setBatchWindowState(const QByteArray& a) { batchWindowState = a; }
void Preferences::setBatchWindowGeometry(const QByteArray& a) { batchWindowGeometry = a; }
void Preferences::setBatchWindowSplitterState(const QByteArray& a) { batchWindowSplitterState = a; }
void Preferences::setOffsetToC(bool off) { core.setOffsetToC(off); }
void Preferences::setTemporalWindow(KeyFinder::temporal_window_t w) { core.setTemporalWindow(w); }
void Preferences::setSegmentation(KeyFinder::segmentation_t h) { core.setSegmentation(h); }
void Preferences::setSimilarityMeasure(KeyFinder::similarity_measure_t m) { core.setSimilarityMeasure(m); }
void Preferences::setTuningMethod(KeyFinder::tuning_method_t t) { core.setTuningMethod(t); }
void Preferences::setToneProfile(KeyFinder::tone_profile_t profile) { core.setToneProfile(profile); }
void Preferences::setHopSize(unsigned int size) { core.setHopSize(size); }
void Preferences::setFftFrameSize(unsigned int framesize) { core.setFftFrameSize(framesize); }
void Preferences::setOctaves(unsigned int oct) { core.setOctaves(oct); }
void Preferences::setBps(unsigned int bands) { core.setBps(bands); }
void Preferences::setArbitrarySegments(unsigned int segments) { core.setArbitrarySegments(segments); }
void Preferences::setHcdfPeakPickingNeighbours(unsigned int neighbours) { core.setHcdfPeakPickingNeighbours(neighbours); }
void Preferences::setHcdfGaussianSize(unsigned int size) { core.setHcdfGaussianSize(size); }
void Preferences::setHcdfGaussianSigma(float sigma) { core.setHcdfGaussianSigma(sigma); }
void Preferences::setStartingFreqA(float a) { core.setStartingFreqA(a); }
void Preferences::setDirectSkStretch(float stretch) { core.setDirectSkStretch(stretch); }
void Preferences::setDetunedBandWeight(float weight) { core.setDetunedBandWeight(weight); }
void Preferences::setCustomToneProfile(const std::vector<float>& profile) { core.setCustomToneProfile(profile); }
void Preferences::setParallelBatchJobs(bool parallel){
parallelBatchJobs = parallel;
int numThreads = QThread::idealThreadCount();
if(numThreads == -1 || parallel == false){
QThreadPool::globalInstance()->setMaxThreadCount(1);
}else{
QThreadPool::globalInstance()->setMaxThreadCount(numThreads);
}
}
QString Preferences::getKeyCode(int n) const{
if(n < 0 || n >= (signed)defaultKeyCodes.size()){
qDebug("Attempt to get name of out-of-bounds key (%d/%d)",n,(int)defaultKeyCodes.size());
return "";
}
QString defaultCode = defaultKeyCodes[n];
QString customCode = customKeyCodes[n];
if(tagFormat == TAG_FORMAT_KEYS || customCode == "")
return defaultCode;
else if(tagFormat == TAG_FORMAT_CUSTOM)
return customCode;
else
return customCode + " " + defaultCode;
}
QColor Preferences::getKeyColour(int n) const{
if(n < 0 || n >= (signed)keyColours.size()){
qDebug("Attempt to get colour of out-of-bounds key (%d/%d)",n,(int)keyColours.size());
return qRgb(0,0,0);
}
return keyColours[n];
}
void Preferences::setImageColours(QImage& image, int which) const{
if(which==0){
// Izo colour scheme
image.setColor(0,qRgb(0,0,0));
image.setColor(1,qRgb(0,1,3));
image.setColor(2,qRgb(1,4,8));
image.setColor(3,qRgb(1,7,12));
image.setColor(4,qRgb(2,9,17));
image.setColor(5,qRgb(2,12,24));
image.setColor(6,qRgb(3,13,24));
image.setColor(7,qRgb(4,15,27));
image.setColor(8,qRgb(5,16,30));
image.setColor(9,qRgb(6,18,33));
image.setColor(10,qRgb(7,20,36));
image.setColor(11,qRgb(8,22,39));
image.setColor(12,qRgb(9,23,42));
image.setColor(13,qRgb(10,25,45));
image.setColor(14,qRgb(11,26,48));
image.setColor(15,qRgb(14,29,50));
image.setColor(16,qRgb(18,31,52));
image.setColor(17,qRgb(21,33,54));
image.setColor(18,qRgb(24,36,55));
image.setColor(19,qRgb(27,38,57));
image.setColor(20,qRgb(32,40,56));
image.setColor(21,qRgb(38,43,55));
image.setColor(22,qRgb(43,45,54));
image.setColor(23,qRgb(49,48,53));
image.setColor(24,qRgb(56,51,52));
image.setColor(25,qRgb(65,53,50));
image.setColor(26,qRgb(74,56,47));
image.setColor(27,qRgb(84,58,45));
image.setColor(28,qRgb(93,61,43));
image.setColor(29,qRgb(103,64,40));
image.setColor(30,qRgb(113,67,39));
image.setColor(31,qRgb(123,69,37));
image.setColor(32,qRgb(133,71,36));
image.setColor(33,qRgb(142,74,34));
image.setColor(34,qRgb(152,76,32));
image.setColor(35,qRgb(160,79,32));
image.setColor(36,qRgb(170,82,32));
image.setColor(37,qRgb(179,85,32));
image.setColor(38,qRgb(188,88,32));
image.setColor(39,qRgb(196,91,32));
image.setColor(40,qRgb(203,96,33));
image.setColor(41,qRgb(210,101,34));
image.setColor(42,qRgb(216,106,35));
image.setColor(43,qRgb(223,112,36));
image.setColor(44,qRgb(230,118,38));
image.setColor(45,qRgb(236,123,39));
image.setColor(46,qRgb(239,134,44));
image.setColor(47,qRgb(241,147,49));
image.setColor(48,qRgb(242,160,55));
image.setColor(49,qRgb(244,173,60));
image.setColor(50,qRgb(246,186,66));
image.setColor(51,qRgb(248,200,72));
image.setColor(52,qRgb(249,209,82));
image.setColor(53,qRgb(249,218,92));
image.setColor(54,qRgb(249,226,102));
image.setColor(55,qRgb(250,234,113));
image.setColor(56,qRgb(250,243,122));
image.setColor(57,qRgb(251,251,132));
image.setColor(58,qRgb(251,255,147));
image.setColor(59,qRgb(252,255,163));
image.setColor(60,qRgb(253,255,178));
image.setColor(61,qRgb(253,255,194));
image.setColor(62,qRgb(254,255,210));
image.setColor(63,qRgb(254,255,225));
image.setColor(64,qRgb(255,255,241));
}else if(which==1){
// Mono colour scheme
for(int i=0; i<64; i++){
image.setColor(i,qRgb(i*4,i*4,i*4));
}
image.setColor(64,qRgb(0,255,0));
image.setColor(64,qRgb(255,255,255));
}else if(which==2){
// Pred colour scheme
image.setColor(0,qRgb(0,0,0));
image.setColor(1,qRgb(0,0,24));
image.setColor(2,qRgb(0,0,71));
image.setColor(3,qRgb(0,0,125));
image.setColor(4,qRgb(0,0,177));
image.setColor(5,qRgb(0,0,219));
image.setColor(6,qRgb(0,0,238));
image.setColor(7,qRgb(0,0,246));
image.setColor(8,qRgb(0,0,254));
image.setColor(9,qRgb(0,13,255));
image.setColor(10,qRgb(0,27,255));
image.setColor(11,qRgb(0,45,255));
image.setColor(12,qRgb(0,69,255));
image.setColor(13,qRgb(0,88,255));
image.setColor(14,qRgb(0,103,255));
image.setColor(15,qRgb(0,117,255));
image.setColor(16,qRgb(0,139,255));
image.setColor(17,qRgb(0,154,255));
image.setColor(18,qRgb(0,165,255));
image.setColor(19,qRgb(0,178,255));
image.setColor(20,qRgb(0,200,255));
image.setColor(21,qRgb(0,220,255));
image.setColor(22,qRgb(0,236,255));
image.setColor(23,qRgb(0,250,255));
image.setColor(24,qRgb(9,255,246));
image.setColor(25,qRgb(23,255,232));
image.setColor(26,qRgb(40,255,214));
image.setColor(27,qRgb(61,255,193));
image.setColor(28,qRgb(84,255,173));
image.setColor(29,qRgb(99,255,161));
image.setColor(30,qRgb(113,255,150));
image.setColor(31,qRgb(132,255,132));
image.setColor(32,qRgb(150,255,113));
image.setColor(33,qRgb(161,255,99));
image.setColor(34,qRgb(173,255,84));
image.setColor(35,qRgb(193,255,61));
image.setColor(36,qRgb(214,255,40));
image.setColor(37,qRgb(232,255,23));
image.setColor(38,qRgb(246,255,9));
image.setColor(39,qRgb(255,250,0));
image.setColor(40,qRgb(255,236,0));
image.setColor(41,qRgb(255,220,0));
image.setColor(42,qRgb(255,200,0));
image.setColor(43,qRgb(255,178,0));
image.setColor(44,qRgb(255,165,0));
image.setColor(45,qRgb(255,154,0));
image.setColor(46,qRgb(255,139,0));
image.setColor(47,qRgb(255,117,0));
image.setColor(48,qRgb(255,103,0));
image.setColor(49,qRgb(255,88,0));
image.setColor(50,qRgb(255,69,0));
image.setColor(51,qRgb(255,45,0));
image.setColor(52,qRgb(255,27,0));
image.setColor(53,qRgb(255,13,0));
image.setColor(54,qRgb(254,0,0));
image.setColor(55,qRgb(241,0,0));
image.setColor(56,qRgb(225,0,0));
image.setColor(57,qRgb(206,0,0));
image.setColor(58,qRgb(183,0,0));
image.setColor(59,qRgb(165,0,0));
image.setColor(60,qRgb(150,0,0));
image.setColor(61,qRgb(139,0,0));
image.setColor(62,qRgb(132,0,0));
image.setColor(63,qRgb(128,0,0));
image.setColor(64,qRgb(125,0,0));
}else{
// Hack colour scheme
for(int i=0; i<64; i++){
image.setColor(i,qRgb(0,i*4,0));
}
image.setColor(64,qRgb(0,255,0));
}
}