#include "xmipp_datatype.h"
#include "multidim_array.h"
#include "utils/half.hpp"

Include dependency graph for multidim_array_generic.h:

This graph shows which files directly or indirectly include this file:

Classes
class	MultidimArrayGeneric

Macros
#define	SWITCHDATATYPE(datatype, OP)

#define	GETMULTIDIMARRAY(type) M = (T) (((MultidimArray<type>) im)->data);

#define	GETMULTIDIMARRAY(type) res = (void ) (((MultidimArray<type>) im)->data);

#define	GETMULTIDIMARRAY(type) M = (MultidimArray<T>) ((MultidimArray<type>) im);

#define	WINDOW(type) _window(((MultidimArray<type>)(result.im)), z0,y0,x0,zF,yF,xF,init_value);

#define	WINDOW(type) ((MultidimArray<type>*)im)->window(result, z0,y0,x0,zF,yF,xF,(T)init_value);

#define	WINDOW(type) ((MultidimArray<type>*)im)->selfWindow(z0,y0,x0,zF,yF,xF,(type)init_value);

#define	PATCH(type) ((MultidimArray<type>)im)->patch(((MultidimArray<type>*)(patchArray.im)), x, y);

#define	GETSLICE(type) ((MultidimArray<type>*) im)->getSlice(k, M, axis, reverse, n);

#define	GETSLICE(type) getSlice(k, (MultidimArray<type>)M->im, axis, reverse, n);

#define	SETSLICE(type) ((MultidimArray<type>*) im)->setSlice(k, v, n);

#define	SETSLICE(type) setSlice(k,(MultidimArray<type>) v->im, n);

#define	COMPUTESTATS(type)

#define	COMPUTESDOUBLEMINMAX(type) ((MultidimArray<type>*)(im))->computeDoubleMinMax(minval, maxval);

#define	RANGEADJUST(type) ((MultidimArray<type>)(im))->rangeAdjust((MultidimArray<type>*)(example.im),mask);

#define	OPERATORTIMESEQUAL(type) ((MultidimArray<type>)(im)) *= (type)op1;

#define	OPERATORPLUSEQUAL(type) ((MultidimArray<type>)(im)) += ((MultidimArray<type>)(op1.im));

#define	GETVALUE(type) ret = NZYX_ELEM((MultidimArray<type>)im,n,k,i,j);

#define	GETVALUE(type) ret = A2D_ELEM((MultidimArray<type>)im,i,j);

#define	TYPECAST(type) typeCast((MultidimArray<type>)(im), M);

#define	TYPECAST(type) typeCast(M, (MultidimArray<type>)(im));

#define	WINDOW(type) ((MultidimArray<type>*)(im))->window(result, n0, z0, y0, x0, nF, zF, yF, xF, init_value);

MultidimArrayGenericSpeedUp Speed up macros
#define	MULTIDIM_ARRAY_BASE(v) (*((v).data->im))

#define	MULTIDIM_ARRAY_GENERIC(v) (*((v).data))

#define	MULTIDIM_ARRAY_TYPE(v, type) (((MultidimArray<type>)(v.im)))

Macro Definition Documentation

◆ COMPUTESDOUBLEMINMAX

#define COMPUTESDOUBLEMINMAX ( type ) ((MultidimArray<type>*)(im))->computeDoubleMinMax(minval, maxval);

◆ COMPUTESTATS

#define COMPUTESTATS ( type )

Value:

type Tminval(0); \
                           type Tmaxval(0); \
                           ((MultidimArray<type>*)(im))->computeStats(avg, stddev, Tminval, Tmaxval);\
                           minval = Tminval;\
                           maxval = Tmaxval;

◆ GETMULTIDIMARRAY [1/3]

#define GETMULTIDIMARRAY ( type ) M = (T*) (((MultidimArray<type>*) im)->data);

◆ GETMULTIDIMARRAY [2/3]

#define GETMULTIDIMARRAY ( type ) res = (void *) (((MultidimArray<type>*) im)->data);

◆ GETMULTIDIMARRAY [3/3]

#define GETMULTIDIMARRAY ( type ) M = (MultidimArray<T>*) ((MultidimArray<type>*) im);

◆ GETSLICE [1/2]

#define GETSLICE ( type ) ((MultidimArray<type>*) im)->getSlice(k, M, axis, reverse, n);

◆ GETSLICE [2/2]

#define GETSLICE ( type ) getSlice(k, *(MultidimArray<type>*)M->im, axis, reverse, n);

◆ GETVALUE [1/2]

#define GETVALUE ( type ) ret = NZYX_ELEM(*(MultidimArray<type>*)im,n,k,i,j);

◆ GETVALUE [2/2]

#define GETVALUE ( type ) ret = A2D_ELEM(*(MultidimArray<type>*)im,i,j);

◆ OPERATORPLUSEQUAL

#define OPERATORPLUSEQUAL ( type ) *((MultidimArray<type>*)(im)) += *((MultidimArray<type>*)(op1.im));

◆ OPERATORTIMESEQUAL

#define OPERATORTIMESEQUAL ( type ) *((MultidimArray<type>*)(im)) *= (type)op1;

◆ PATCH

#define PATCH ( type ) ((MultidimArray<type>*)im)->patch(*((MultidimArray<type>*)(patchArray.im)), x, y);

◆ RANGEADJUST

#define RANGEADJUST ( type ) ((MultidimArray<type>*)(im))->rangeAdjust(*(MultidimArray<type>*)(example.im),mask);

◆ SETSLICE [1/2]

#define SETSLICE ( type ) ((MultidimArray<type>*) im)->setSlice(k, v, n);

◆ SETSLICE [2/2]

#define SETSLICE ( type ) setSlice(k,*(MultidimArray<type>*) v->im, n);

◆ SWITCHDATATYPE

#define SWITCHDATATYPE	(	datatype,
		OP
	)

Definition at line 45 of file multidim_array_generic.h.

◆ TYPECAST [1/2]

#define TYPECAST ( type ) typeCast(*(MultidimArray<type>*)(im), M);

◆ TYPECAST [2/2]

#define TYPECAST ( type ) typeCast(M, *(MultidimArray<type>*)(im));

◆ WINDOW [1/4]

#define WINDOW ( type ) _window(*((MultidimArray<type>*)(result.im)), z0,y0,x0,zF,yF,xF,init_value);

◆ WINDOW [2/4]

#define WINDOW ( type ) ((MultidimArray<type>*)im)->window(result, z0,y0,x0,zF,yF,xF,(T)init_value);

◆ WINDOW [3/4]

#define WINDOW ( type ) ((MultidimArray<type>*)im)->selfWindow(z0,y0,x0,zF,yF,xF,(type)init_value);

◆ WINDOW [4/4]

#define WINDOW ( type ) ((MultidimArray<type>*)(im))->window(result, n0, z0, y0, x0, nF, zF, yF, xF, init_value);

Classes

Macros