Macros
#define	isempty(A) (!(A) \|\| !(A)->nx \|\| !(A)->ny)

#define	DMAT(A) ((A)?(A)->dmat:(dmat*)0)

#define	LOC(A) ((A)?(A)->loc:(loc_t*)0)

#define	abs2(A) ((A)*(A))

#define	cabs2f(A) (abs2(crealf(A))+abs2(cimagf(A)))

#define	cabs2(A) (abs2(creal(A))+abs2(cimag(A)))

#define	dfree(A) if(A){dfree_do(A);A=NULL;}

#define	dcellfree(A) if(A){cellfree_do(A);A=NULL;}

#define	dcellfreearr(A, n) if((A)&&(n)>0){for(int in=0; in<n; in++){dcellfree(A[in]);};free(A);A=NULL;}

#define	sfree(A) if(A){sfree_do(A);A=NULL;}

#define	scellfree(A) if(A){cellfree_do(A);A=NULL;}

#define	scellfreearr(A, n) if((A)&&(n)>0){for(int in=0; A&&in<n; in++){scellfree(A[in]);};free(A);A=NULL;}

#define	cfree(A) if(A){cfree_do(A);A=NULL;}

#define	ccellfree(A) if(A){cellfree_do(A);A=NULL;}

#define	ccellfreearr(A, n) if((A)&&(n)>0){for(int in=0; A&&in<n; in++){ccellfree(A[in]);};free(A);A=NULL;}

#define	zfree(A) if(A){zfree_do(A);A=NULL;}

#define	zcellfree(A) if(A){cellfree_do(A);A=NULL;}

#define	lfree(A) if(A){lfree_do(A);A=NULL;}

#define	lcellfree(A) if(A){cellfree_do(A);A=NULL;}

#define	dspfree(A) if(A){dspfree_do(A); A=NULL;}

#define	dspcellfree(A) if(A){cellfree_do(A); A=NULL;}

#define	sspfree(A) if(A){sspfree_do(A); A=NULL;}

#define	sspcellfree(A) if(A){cellfree_do(A); A=NULL;}

#define	cspfree(A) if(A){cspfree_do(A); A=NULL;}

#define	cspcellfree(A) if(A){cellfree_do(A); A=NULL;}

#define	zspfree(A) if(A){zspfree_do(A); A=NULL;}

#define	zspcellfree(A) if(A){cellfree_do(A); A=NULL;}

#define	dread(A...) dmat_cast(readbin_id(M_REAL, 0, A))

#define	dcellnew (dcell*)cellnew

#define	dccellnew (dccell*)cellnew

#define	dcellreaddata(fp, header) dcell_cast(readdata(fp, M_REAL, header))

#define	dcellread(A...) (dcell*)readbin_id(M_REAL, 1, A)

#define	dccellread(A...) (dccell*)readbin_id(M_REAL, 2, A)

#define	dcccellread(A...) (dcccell*)readbin_id(M_REAL, 3, A)

#define	sread(A...) smat_cast(readbin_id(M_FLT, 0, A))

#define	scellnew (scell*)cellnew

#define	sccellnew (sccell*)cellnew

#define	scellreaddata(fp, header) scell_cast(readdata(fp, M_FLT, header))

#define	scellread(A...) (scell*)readbin_id(M_FLT, 1, A)

#define	sccellread(A...) (sccell*)readbin_id(M_FLT, 2, A)

#define	scccellread(A...) (scccell*)readbin_id(M_FLT, 3, A)

#define	cread(A...) cmat_cast(readbin_id(M_COMP, 0, A))

#define	ccellnew (ccell*)cellnew

#define	cccellnew (cccell*)cellnew

#define	ccellreaddata(fp, header) ccell_cast(readdata(fp, M_COMP, header))

#define	ccellread(A...) (ccell*)readbin_id(M_COMP, 1, A)

#define	cccellread(A...) (cccell*)readbin_id(M_COMP, 2, A)

#define	ccccellread(A...) (ccccell*)readbin_id(M_COMP, 3, A)

#define	zread(A...) zmat_cast(readbin_id(M_ZMP, 0, A))

#define	zcellnew (zcell*)cellnew

#define	zccellnew (zccell*)cellnew

#define	zcellreaddata(fp, header) zcell_cast(readdata(fp, M_ZMP, header))

#define	zcellread(A...) (zcell*)readbin_id(M_ZMP, 1, A)

#define	zccellread(A...) (zccell*)readbin_id(M_ZMP, 2, A)

#define	zcccellread(A...) (zcccell*)readbin_id(M_ZMP, 3, A)

#define	lread(A...) lmat_cast(readbin_id(M_LONG, 0, A))

#define	lcellnew (lcell*)cellnew

#define	lccellnew (lccell*)cellnew

#define	lcellreaddata(fp, header) lcell_cast(readdata(fp, M_LONG, header))

#define	lcellread(A...) (lcell*)readbin_id(M_LONG, 1, A)

#define	lccellread(A...) (lccell*)readbin_id(M_LONG, 2, A)

#define	lcccellread(A...) (lcccell*)readbin_id(M_LONG, 3, A)

#define	dspread(A...) dsp_cast(readbin_id(M_DSP, 0, A))

#define	dspcellread(A...) dspcell_cast(readbin_id(M_DSP, 1, A))

#define	sspread(A...) ssp_cast(readbin_id(M_SSP, 0, A))

#define	sspcellread(A...) sspcell_cast(readbin_id(M_SSP, 1, A))

#define	cspread(A...) csp_cast(readbin_id(M_CSP, 0, A))

#define	cspcellread(A...) cspcell_cast(readbin_id(M_CSP, 1, A))

#define	zspread(A...) zsp_cast(readbin_id(M_ZSP, 0, A))

#define	zspcellread(A...) zspcell_cast(readbin_id(M_ZSP, 1, A))

#define	dspcellnew (dspcell*)cellnew

#define	dspccellnew (dspccell*)cellnew

#define	cspcellnew (cspcell*)cellnew

#define	cspccellnew (cspccell*)cellnew

#define	dcellresize(A, nx, ny) cellresize(A,nx,ny)

Functions
void	fft_threads (long nx, long ny)

Detailed Description

Includes macro definitions for all types.

Macro Definition Documentation

◆ dfree

#define dfree ( A ) if(A){dfree_do(A);A=NULL;}

free a dmat and zero the pointer.

◆ sfree

#define sfree ( A ) if(A){sfree_do(A);A=NULL;}

free a smat and zero the pointer.

◆ cfree

#define cfree ( A ) if(A){cfree_do(A);A=NULL;}

free a cmat and zero the pointer.

◆ zfree

#define zfree ( A ) if(A){zfree_do(A);A=NULL;}

free a zmat and zero the pointer.

◆ lfree

#define lfree ( A ) if(A){lfree_do(A);A=NULL;}

free a lmat and zero the pointer.

◆ dspfree

#define dspfree ( A ) if(A){dspfree_do(A); A=NULL;}

free a dsp and zero the pointer

◆ sspfree

#define sspfree ( A ) if(A){sspfree_do(A); A=NULL;}

free a ssp and zero the pointer

◆ cspfree

#define cspfree ( A ) if(A){cspfree_do(A); A=NULL;}

free a ssp and zero the pointer

◆ zspfree

#define zspfree ( A ) if(A){zspfree_do(A); A=NULL;}

free a zsp and zero the pointer

◆ dread

#define dread ( A... ) dmat_cast(readbin_id(M_REAL, 0, A))

read a dmat

◆ sread

#define sread ( A... ) smat_cast(readbin_id(M_FLT, 0, A))

read a smat

◆ cread

#define cread ( A... ) cmat_cast(readbin_id(M_COMP, 0, A))

read a cmat

◆ zread

#define zread ( A... ) zmat_cast(readbin_id(M_ZMP, 0, A))

read a cmat

◆ lread

#define lread ( A... ) lmat_cast(readbin_id(M_LONG, 0, A))

read a lmat

◆ dspread

#define dspread ( A... ) dsp_cast(readbin_id(M_DSP, 0, A))

read a dsp

◆ cspread

#define cspread ( A... ) csp_cast(readbin_id(M_CSP, 0, A))

read a zsp

Macros

Functions