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module_rwmatfiles.f90
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! Part of Dflow3d a 3D Navier Stokes solver with variable density for
! simulations of near field dredge plume mixing
! Copyright (C) 2012 Lynyrd de Wit
! This program 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.
! This program 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 this program. If not, see <http://www.gnu.org/licenses/>.
MODULE Module_RwMatfiles
! Construct filename
! mkmatname(5,12,FH,VEC,outfilename) => FH00012VEC.mat = outfilename
! READ and WRITE matfiles (Matlab binary format)
! Write double, single, integer or strings
! CALL wvar2matf(x,'xdouble.mat' ,'xdouble')
! CALL wvar2matf(x,'xsingle.mat' ,'xsingle')
! CALL wvar2matf('blabla','bla.mat' ,'string')
! Read double, single, integer or strings
! CALL rmatf2var(xr,'mvconst0000.mat' ,'xdouble')
! CALL rmatf2var(xr,'mvconst0000.mat' ,'xsingle')
! Write Structure double, single, integer or strings
! CALL Ini_Struc2matf('structure.mat','His','x',10)
! CALL wstruc2matf(x,'structure.mat','H','x',1)
!
! interfaces
!
!___________________________________________________________________________
! Copyright 2008 Svasek Hydraulics
! Permission to copy or distribute this software or documentation
! in hard copy or soft copy granted only by written license
! obtained from Svasek Hydraulics.
! All rights reserved. No part of this publication may be
! reproduced, stored in a retrieval system (e.g., in memory, disk,
! or core) or be transmitted by any means, electronic, mechanical,
! photocopy, recording, or otherwise, without written permission
! from the publisher.
!___________________________________________________________________________
! B. Les 2008
IMPLICIT NONE
INTERFACE wvar2matf
MODULE PROCEDURE doublemat3d_Wvar2Matf,singlemat3d_Wvar2Matf, &
doublemat_Wvar2Matf, singlemat_Wvar2Matf,&
doublevec_Wvar2Matf, singlevec_Wvar2Matf, &
doublematint_Wvar2Matf,singlematint_Wvar2Matf, &
doublereal_Wvar2Matf, &
char_Wvar2Matf, singleint_wvar2matf, singlerealscal_wvar2matf
END INTERFACE
INTERFACE wstruc2matf
MODULE PROCEDURE doublemat_wstruc2matf, doublevec_wstruc2matf, &
singlemat_wstruc2matf, singlevec_wstruc2matf, &
integermat_wstruc2matf,integervec_wstruc2matf,integer_wstruc2matf, &
real_wstruc2matf,doublereal_wstruc2matf,char_wstruc2matf
END INTERFACE
INTERFACE wstruc2ps
MODULE PROCEDURE doublemat_wstruc2ps, doublevec_wstruc2ps, &
singlemat_wstruc2ps, singlevec_wstruc2ps, &
integermat_wstruc2ps,integervec_wstruc2ps,integer_wstruc2ps, &
real_wstruc2ps,doublereal_wstruc2ps,char_wstruc2ps
END INTERFACE
INTERFACE rmatf2var
MODULE PROCEDURE doublemat3d_rmatf2var,doublemat_rmatf2var, doublevec_rmatf2var, doublerealscal_rmatf2var, &
singlemat_rmatf2var, singlevec_rmatf2var, singlerealscal_rmatf2var, &
integermat_rmatf2var,integervec_rmatf2var
END INTERFACE
CONTAINS
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE matgetdim(matname,keyw,dims)
! i/o variables
INTEGER (4) , INTENT(OUT) :: dims(2)
CHARACTER(LEN=*) , INTENT(IN) :: matname
CHARACTER(LEN=*) , INTENT(IN) :: keyw
! local variables
INTEGER (8) :: mp, pa
! Matlab call variables
INTEGER (4) :: matGetVariable, mxIsNumeric, &
mxGetNumberOfDimensions, &
mxGetM,mxGetN, &
mxGetDimensions
! Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! Create, write and free from memory
pa = matGetVariable( mp ,keyw)
IF (mxIsNumeric(pa) .eq. 0 ) THEN
PRINT *,'Problem reading .mat file: ', matname
PRINT *,'Variable not numeric= ',keyw
STOP
ENDIF
!Get dimensions
dims(1)=mxGetM(pa)
dims(2)=mxGetN(pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE matgetdim
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublemat3d_Wvar2Matf(matrix,matname,keyw)
! dummy variables
REAL (8), DIMENSION(:,:,:), INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(3), mmax, nmax, status
INTEGER (8) :: pa, mp, mxCreateNumericArray, mxGetPr
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName, matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
dims(3)=SIZE(matrix,DIM=3)
pa=mxCreateNumericArray(3, dims,mxClassIDFromClassName('double'),0)
CALL mxCopyReal8ToPtr(matrix, mxGetPr(pa), dims(1)*dims(2)*dims(3))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE doublemat3d_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE singlemat3d_Wvar2Matf(matrix,matname,keyw)
! dummy variables
REAL (4), DIMENSION(:,:,:), INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(3), mmax, nmax, status
INTEGER (8) :: pa, mp, mxCreateNumericArray, mxGetPr
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName, matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
dims(3)=SIZE(matrix,DIM=3)
pa=mxCreateNumericArray(3, dims,mxClassIDFromClassName('single'),0)
CALL mxCopyReal4ToPtr(matrix, mxGetPr(pa), dims(1)*dims(2)*dims(3))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE singlemat3d_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublemat_Wvar2Matf(matrix,matname,keyw)
! dummy variables
REAL (8), DIMENSION(:,:), INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), mmax, nmax, status
INTEGER (8) :: pa, mp, mxCreateNumericArray, mxGetPr
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName, matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
pa=mxCreateNumericArray(2, dims,mxClassIDFromClassName('double'),0)
CALL mxCopyReal8ToPtr(matrix, mxGetPr(pa), dims(1)*dims(2))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE doublemat_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE singlematint_Wvar2Matf(matrix,matname,keyw)
! dummy variables
INTEGER (4), DIMENSION(:,:), INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), mmax, nmax, status
INTEGER (8) :: pa, mxGetPr,mxCreateNumericArray
INTEGER (8) :: mp
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName, matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!PRINT *,'single int matrix: ',keyw
!Create, write and free from memory
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
!write(*,*) dims(1),dims(2),mxClassIDFromClassName('int32')
pa=mxCreateNumericArray(2,dims,mxClassIDFromClassName('int32'),0)
!write(*,*) 'createnummatrix',pa
CALL mxCopyInteger4ToPtr(matrix, mxGetPr(pa), dims(1)*dims(2))
!write(*,*) 'mxcopy'
status = matPutVariable(mp, keyw, pa)
!write(*,*) matput
CALL mxDestroyArray(pa)
!write(*,*) mxdestroy
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE singlematint_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublematint_Wvar2Matf(matrix,matname,keyw)
! dummy variables
INTEGER (8), DIMENSION(:,:), INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), mmax, nmax, status
INTEGER (8) :: pa, mxGetPr,mxCreateNumericArray
INTEGER (8) :: mp
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName, matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!PRINT *,'single int matrix: ',keyw
!Create, write and free from memory
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
!write(*,*) dims(1),dims(2),mxClassIDFromClassName('int32')
pa=mxCreateNumericArray(2,dims,mxClassIDFromClassName('int64'),0)
!write(*,*) 'createnummatrix',pa
CALL mxCopyInteger4ToPtr(matrix, mxGetPr(pa), dims(1)*dims(2))
!write(*,*) 'mxcopy'
status = matPutVariable(mp, keyw, pa)
!write(*,*) matput
CALL mxDestroyArray(pa)
!write(*,*) mxdestroy
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE doublematint_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublevec_Wvar2Matf(vector,matname,keyw)
! dummy variables
REAL (8), DIMENSION(:), INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), mmax, status
INTEGER (8) :: pa, mp, mxCreateNumericArray, mxGetPr
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName, matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=SIZE(vector,DIM=1)
dims(2)=1
pa=mxCreateNumericArray(1, dims,mxClassIDFromClassName('double'),0)
CALL mxCopyReal8ToPtr(vector, mxGetPr(pa), dims(1)*dims(2))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE doublevec_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublereal_Wvar2Matf(vector,matname,keyw)
! dummy variables
REAL (8), INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), mmax , status
INTEGER (8) :: pa, mp, mxCreateNumericArray, mxGetPr
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName, matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=1
dims(2)=1
pa=mxCreateNumericArray(1, dims,mxClassIDFromClassName('double'),0)
CALL mxCopyReal8ToPtr(vector, mxGetPr(pa), dims(1)*dims(2))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE doublereal_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE singlemat_Wvar2Matf(matrix,matname,keyw)
! dummy variables
REAL (4), DIMENSION(:,:), INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), status
! Matlab call variables
INTEGER (8) :: pa, mp, mxGetPr,mxCreateNumericMatrix
INTEGER (4) :: mxClassIDFromClassName, &
matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
pa=mxCreateNumericMatrix(dims(1),dims(2),mxClassIDFromClassName('single'),0)
CALL mxCopyReal4ToPtr(matrix, mxGetPr(pa), dims(1)*dims(2))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE singlemat_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE singlevec_Wvar2Matf(vector,matname,keyw)
! dummy variables
REAL (4), DIMENSION(:) , INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), status
INTEGER (8) :: pa, mp, mxCreateNumericArray, mxGetPr
! Matlab call variables
INTEGER (4) :: mxCreateNumericMatrix, &
mxClassIDFromClassName, &
matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=SIZE(vector,DIM=1)
dims(2)=1
pa=mxCreateNumericArray(2,dims,mxClassIDFromClassName('single'),0)
CALL mxCopyReal4ToPtr(vector, mxGetPr(pa), dims(1)*dims(2))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE singlevec_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE char_Wvar2Matf(string,matname,keyw)
! dummy variables
CHARACTER(LEN=*) ,INTENT(IN) :: string,matname,keyw
! local variables
INTEGER (4) :: status
INTEGER (8) :: pa, mp,mxCreateString
! Matlab call variables
INTEGER (4) :: matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
pa = mxCreateString(string)
status = matPutVariable(mp, keyw, pa)
if (status .ne. 0) then
write(*,*) 'matPutVariable failed'
stop
end if
CALL mxDestroyArray(pa)
CALL CloseMatFile(mp,matname)
END SUBROUTINE char_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE singleint_wvar2matf(vector,matname,keyw)
! dummy variables
INTEGER (4), INTENT(IN) :: vector
CHARACTER(LEN=*), INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), status
INTEGER (8) :: pa, mp, mxCreateNumericArray, mxGetPr
! Matlab call variables
INTEGER (4) :: mxCreateNumericMatrix, &
mxClassIDFromClassName, &
matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=1
dims(2)=1
pa=mxCreateNumericArray(2,dims,mxClassIDFromClassName('int32'),0)
CALL mxCopyInteger4ToPtr(vector, mxGetPr(pa), dims(1)*dims(2))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE singleint_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE singlerealscal_wvar2matf(scalar,matname,keyw)
! dummy variables
REAL (4), INTENT(IN) :: scalar
CHARACTER(LEN=*), INTENT(IN) :: matname,keyw
! local variables
INTEGER (4) :: dims(2), status
INTEGER (8) :: pa, mp, mxCreateNumericArray, mxGetPr
! Matlab call variables
INTEGER (4) :: mxCreateNumericMatrix, &
mxClassIDFromClassName, &
matPutVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
!Create, write and free from memory
dims(1)=1
dims(2)=1
pa=mxCreateNumericArray(2,dims,mxClassIDFromClassName('single'),0)
CALL mxCopyReal4ToPtr(scalar, mxGetPr(pa), dims(1)*dims(2))
status = matPutVariable(mp, keyw, pa)
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
END SUBROUTINE singlerealscal_Wvar2Matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE Ini_Struc2matf(matname,keyw,fieldname,indexfield)
! dummy variables
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw,fieldname
INTEGER(4) , INTENT(IN) :: indexfield
! local variables
INTEGER(4) :: dimfield(2) ,status
INTEGER(8) :: ps, mp, mxCreateStructArray
! Matlab call variables
INTEGER(4) :: matGetVariable, &
matDeleteVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! check, initialize and make if ness. the structured array
dimfield(1)=indexfield
dimfield(2)=1
ps=matGetVariable(mp, keyw)
IF (ps/=0) status=matDeleteVariable(ps,keyw)
ps=mxCreateStructArray(2,dimfield,1,fieldname)
CALL mxDestroyArray(ps)
CALL CloseMatFile(mp,matname)
END SUBROUTINE Ini_Struc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE char_wstruc2matf(string,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
CHARACTER(LEN=*) , INTENT(IN) :: string,matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dimfield(2),status,matPutVariable
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString,matGetVariable
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa = mxCreateString(string)
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE char_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublemat_wstruc2matf(matrix,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
REAL (8), DIMENSION(:,:) , INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray, matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(2,dims,mxClassIDFromClassName('double'),0)
CALL mxCopyReal8ToPtr(matrix, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE doublemat_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublevec_wstruc2matf(vector,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
REAL (8), DIMENSION(:) , INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray,matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=SIZE(vector,DIM=1)
dims(2)=1
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(1,dims,mxClassIDFromClassName('double'),0)
CALL mxCopyReal8ToPtr(vector, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps,indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE doublevec_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE singlemat_wstruc2matf(matrix,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
REAL (4), DIMENSION(:,:) , INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray,matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields !indexfield GD veranderd 30-01-2007
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(2,dims,mxClassIDFromClassName('single'),0)
CALL mxCopyReal4ToPtr(matrix, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE singlemat_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE singlevec_wstruc2matf(vector,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
REAL (4), DIMENSION(:) , INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray,matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=SIZE(vector,DIM=1)
dims(2)=1
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(1,dims,mxClassIDFromClassName('single'),0)
CALL mxCopyReal4ToPtr(vector, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE singlevec_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE integermat_wstruc2matf(matrix,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
INTEGER (4), DIMENSION(:,:) , INTENT(IN) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray,matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=SIZE(matrix,DIM=1)
dims(2)=SIZE(matrix,DIM=2)
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(1,dims,mxClassIDFromClassName('int32'),0)
CALL mxCopyInteger4ToPtr(matrix, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE integermat_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE integervec_wstruc2matf(vector,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
INTEGER (2), DIMENSION(:) , INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray,matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=SIZE(vector,DIM=1)
dims(2)=1
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(1,dims,mxClassIDFromClassName('int16'),0)
CALL mxCopyInteger2ToPtr(vector, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE integervec_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE integer_wstruc2matf(vector,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
INTEGER(4) , INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray,matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=1 !SIZE(vector,DIM=1)
dims(2)=1
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(1,dims,mxClassIDFromClassName('int32'),0)
CALL mxCopyInteger4ToPtr(vector, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE integer_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE real_wstruc2matf(vector,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
REAL(4) , INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray,matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=1 !SIZE(vector,DIM=1)
dims(2)=1
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(1,dims,mxClassIDFromClassName('single'),0)
CALL mxCopyReal4ToPtr(vector, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE real_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublereal_wstruc2matf(vector,matname,keyw,fieldname,indexfield,numberoffields)
! dummy variables
REAL(8) , INTENT(IN) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname,keyw
CHARACTER(LEN=*) , INTENT(IN) :: fieldname
INTEGER(4) , INTENT(IN) :: indexfield,numberoffields
! local variables
INTEGER (4) :: dims(2), dimfield(2)
INTEGER (8) :: ps, mp,pf,pfa, mxCreateStructArray, mxGetPr, &
mxGetField, mxAddField, mxCreateString, &
mxCreateNumericArray,matGetVariable
! Matlab call variables
INTEGER (4) :: mxClassIDFromClassName,status,matPutVariable
!mxSetField
!Check if matname exist and open new or existing file
CALL openmatfile(mp,matname)
! get dimensions of matrix to write
dims(1)=1 !SIZE(vector,DIM=1)
dims(2)=1
! check and make if ness. the structured array
ps=matGetVariable(mp, keyw)
dimfield(1)=numberoffields
dimfield(2)=1
IF (ps==0) ps=mxCreateStructArray(2,dimfield,1,fieldname)
pf=mxGetField(ps,indexfield, fieldname)
IF (pf==0) pf=mxAddField(ps, fieldname)
pfa=mxCreateNumericArray(1,dims,mxClassIDFromClassName('double'),0)
CALL mxCopyReal8ToPtr(vector, mxGetPr(pfa), dims(1)*dims(2))
CALL mxSetField(ps, indexfield, fieldname, pfa)
status=matPutVariable(mp,keyw,ps)
CALL mxDestroyArray(ps)
!CALL mxDestroyArray(pf)
CALL CloseMatFile(mp,matname)
END SUBROUTINE doublereal_wstruc2matf
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublemat3d_rmatf2var(matrix,matname,keyw)
IMPLICIT NONE
! dummy variables
REAL (8), DIMENSION(:,:,:), INTENT(OUT) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname
CHARACTER(LEN=*) , INTENT(IN) :: keyw
! local variables
REAL (8) , ALLOCATABLE :: dummatrix(:,:,:)
INTEGER (4):: dims(3), mmax, nmax, omax
INTEGER (4):: cmmax, cnmax, comax
! local variables
! Matlab call variables
INTEGER (8):: mp, pa, MxgetPr, matGetVariable,mxGetDimensions,mxGetNumberOfDimensions
! Matlab call variables
INTEGER (4) :: mxGetM, mxGetN, mxIsNumeric
! Check if matname exist and open new or existing file
CALL openmatfile_r(mp,matname)
! Create, write and free from memory
pa = matGetVariable ( mp ,keyw)
IF (pa .eq. 0 ) THEN
PRINT *,'Problem reading .mat file: ', matname
PRINT *,'Variable = ',keyw
STOP
ENDIF
IF (mxIsNumeric(pa) .eq. 0 ) THEN
PRINT *,'Problem reading .mat file: ', matname
PRINT *,'Variable not numeric= ',keyw
STOP
ENDIF
! Get dimensions of mxArray, pm
CALL mxCopyPtrToInteger4(mxGetDimensions(pa), dims,mxGetNumberOfDimensions(pa))
CALL mxCopyPtrToReal8(MxgetPr(pa),matrix,dims(1)*dims(2)*dims(3))
!cmmax=mxGetM(pa)
!cnmax=mxGetN(pa)
!mmax=SIZE(matrix,DIM=1)
!nmax=SIZE(matrix,DIM=2)
!IF (mmax == cmmax .AND. nmax == cnmax) THEN
! CALL mxCopyPtrToReal8(MxgetPr(pa),matrix,mmax*nmax)
!ELSEIF (mmax == cnmax .AND. nmax == cmmax ) THEN
! ALLOCATE(dummatrix(nmax,mmax))
! CALL mxCopyPtrToReal8(MxgetPr(pa),dummatrix,mmax*nmax)
! matrix=TRANSPOSE(dummatrix)
! DEALLOCATE(dummatrix)
!ELSE
! PRINT *,'ERROR READING Variable [',keyw,'], file = ', matname
! PRINT *,'Dimension of m [',mmax,'] /= [',cmmax,'] in file'
! PRINT *,'Dimension of n [',nmax,'] /= [',cnmax,'] in file'
! STOP
!ENDIF
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
RETURN
END SUBROUTINE doublemat3d_rmatf2var
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublemat_rmatf2var(matrix,matname,keyw)
IMPLICIT NONE
! dummy variables
REAL (8), DIMENSION(:,:), INTENT(OUT) :: matrix
CHARACTER(LEN=*) , INTENT(IN) :: matname
CHARACTER(LEN=*) , INTENT(IN) :: keyw
! local variables
REAL (8) , ALLOCATABLE :: dummatrix(:,:)
INTEGER (4):: mmax, nmax
INTEGER (4):: cmmax, cnmax
! local variables
! Matlab call variables
INTEGER (8):: mp, pa, MxgetPr, matGetVariable
! Matlab call variables
INTEGER (4) :: mxGetM, mxGetN, mxIsNumeric
! Check if matname exist and open new or existing file
CALL openmatfile_r(mp,matname)
! Create, write and free from memory
pa = matGetVariable ( mp ,keyw)
IF (pa .eq. 0 ) THEN
PRINT *,'Problem reading .mat file: ', matname
PRINT *,'Variable = ',keyw
STOP
ENDIF
IF (mxIsNumeric(pa) .eq. 0 ) THEN
PRINT *,'Problem reading .mat file: ', matname
PRINT *,'Variable not numeric= ',keyw
STOP
ENDIF
cmmax=mxGetM(pa)
cnmax=mxGetN(pa)
mmax=SIZE(matrix,DIM=1)
nmax=SIZE(matrix,DIM=2)
IF (mmax == cmmax .AND. nmax == cnmax) THEN
CALL mxCopyPtrToReal8(MxgetPr(pa),matrix,mmax*nmax)
ELSEIF (mmax == cnmax .AND. nmax == cmmax ) THEN
ALLOCATE(dummatrix(nmax,mmax))
CALL mxCopyPtrToReal8(MxgetPr(pa),dummatrix,mmax*nmax)
matrix=TRANSPOSE(dummatrix)
DEALLOCATE(dummatrix)
ELSE
PRINT *,'ERROR READING Variable [',keyw,'], file = ', matname
PRINT *,'Dimension of m [',mmax,'] /= [',cmmax,'] in file'
PRINT *,'Dimension of n [',nmax,'] /= [',cnmax,'] in file'
STOP
ENDIF
CALL mxDestroyArray(pa)
!Close matfile
CALL CloseMatFile(mp,matname)
RETURN
END SUBROUTINE doublemat_rmatf2var
!@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
SUBROUTINE doublevec_rmatf2var(vector,matname,keyw)
IMPLICIT NONE
! dummy variables
REAL (8), DIMENSION(:) , INTENT(OUT) :: vector
CHARACTER(LEN=*) , INTENT(IN) :: matname
CHARACTER(LEN=*) , INTENT(IN) :: keyw
! local variables
INTEGER (4):: mmax,cmmax
INTEGER (8):: mp, pa, MxgetPr, matGetVariable
! Matlab call variables
INTEGER (4) :: mxGetM, mxGetN, mxIsNumeric
! Check if matname exist and open new or existing file
CALL openmatfile_r(mp,matname)
! Create, write and free from memory
pa = matGetVariable ( mp ,keyw)
IF (mxIsNumeric(pa) .eq. 0 ) THEN
PRINT *,'Problem reading .mat file: ', matname
PRINT *,'Variable not numeric= ',keyw
STOP
ENDIF
cmmax=mxGetM(pa)
mmax=SIZE(vector)
IF (mmax == cmmax ) THEN
CALL mxCopyPtrToReal8(MxgetPr(pa),vector,mmax)