nrroDispatch.h File Reference

#include "nrro.h"

Go to the source code of this file.

Defines
#define	dispatchIter1(FUNC, NSP)
	call a templated function that takes 1 NrroIterator<>, using a NrroSP example:
#define	retDispatchIter1(RET, FUNC, NSP)
	call a templated function that takes 1 NrroIterator<>, and captures the return value example:
#define	tdis2(FUNC, NSP1, NSP2)
	a helper function ignore this...
#define	dispatchIter2(FUNC, NSP1, NSP2)
	call a templated function that takes 2 NrroIterator<>s example:
#define	retDis2(RET, FUNC, NSP1, NSP2)
	a helper function ignore this...
#define	retDispatchIter2(RET, FUNC, NSP1, NSP2)
	call a templated function that takes 2 NrroIterator<>s and captures the return value example:

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Define Documentation

#define dispatchIter1 (  FUNC, NSP   )

Value: switch( NSP->getType() ) { \ case Nrro::CHAR: \ FUNC( NSP->begin<char>()); \ break; \ case Nrro::UCHAR: \ FUNC( NSP->begin<unsigned char>()); \ break; \ case Nrro::SHORT: \ FUNC( NSP->begin<short>()); \ break; \ case Nrro::USHORT: \ FUNC( NSP->begin<unsigned short>()); \ break; \ case Nrro::INT: \ FUNC( NSP->begin<int>()); \ break; \ case Nrro::UINT: \ FUNC( NSP->begin<unsigned int>()); \ break; \ case Nrro::FLOAT: \ FUNC( NSP->begin<float>()); \ break; \ case Nrro::DOUBLE: \ FUNC( NSP->begin<double>()); \ break; \ } call a templated function that takes 1 NrroIterator<>, using a NrroSP example: Definition at line 50 of file nrroDispatch.h. Referenced by TFElementBox::rasterize2D().

#define dispatchIter2 (  FUNC, NSP1, NSP2   )

Value: switch(NSP1->getType()) { \ case Nrro::CHAR: \ tdis2(FUNC,NSP1->begin<char>(),NSP2) \ break; \ case Nrro::UCHAR: \ tdis2(FUNC,NSP1->begin<unsigned char>(),NSP2) \ break; \ case Nrro::SHORT: \ tdis2(FUNC,NSP1->begin<short>(),NSP2) \ break; \ case Nrro::USHORT: \ tdis2(FUNC,NSP1->begin<unsigned short>(),NSP2) \ break; \ case Nrro::INT: \ tdis2(FUNC,NSP1->begin<int>(),NSP2) \ break; \ case Nrro::UINT: \ tdis2(FUNC,NSP1->begin<unsigned int>(),NSP2) \ break; \ case Nrro::FLOAT: \ tdis2(FUNC,NSP1->begin<float>(),NSP2) \ break; \ case Nrro::DOUBLE: \ tdis2(FUNC,NSP1->begin<double>(),NSP2) \ break; \ } call a templated function that takes 2 NrroIterator<>s example: Definition at line 168 of file nrroDispatch.h.

#define retDis2 (  RET, FUNC, NSP1, NSP2   )

Value: switch(NSP2->getType()) { \ case Nrro::CHAR: \ RET = FUNC(NSP1,NSP2->begin<char>()); \ break; \ case Nrro::UCHAR: \ RET = FUNC(NSP1,NSP2->begin<unsigned char>()); \ break; \ case Nrro::SHORT: \ RET = FUNC(NSP1,NSP2->begin<short>()); \ break; \ case Nrro::USHORT: \ RET = FUNC(NSP1,NSP2->begin<unsigned short>()); \ break; \ case Nrro::INT: \ RET = FUNC(NSP1,NSP2->begin<int>()); \ break; \ case Nrro::UINT: \ RET = FUNC(NSP1,NSP2->begin<unsigned int>()); \ break; \ case Nrro::FLOAT: \ RET = FUNC(NSP1,NSP2->begin<float>()); \ break; \ case Nrro::DOUBLE: \ RET = FUNC(NSP1,NSP2->begin<double>()); \ break; \ } a helper function ignore this... Definition at line 199 of file nrroDispatch.h.

#define retDispatchIter1 (  RET, FUNC, NSP   )

Value: switch( NSP->getType() ) { \ case Nrro::CHAR: \ RET = FUNC( NSP->begin<char>()); \ break; \ case Nrro::UCHAR: \ RET = FUNC( NSP->begin<unsigned char>()); \ break; \ case Nrro::SHORT: \ RET = FUNC( NSP->begin<short>()); \ break; \ case Nrro::USHORT: \ RET = FUNC( NSP->begin<unsigned short>()); \ break; \ case Nrro::INT: \ RET = FUNC( NSP->begin<int>()); \ break; \ case Nrro::UINT: \ RET = FUNC( NSP->begin<unsigned int>()); \ break; \ case Nrro::FLOAT: \ RET = FUNC( NSP->begin<float>()); \ break; \ case Nrro::DOUBLE: \ RET = FUNC( NSP->begin<double>()); \ break; \ } call a templated function that takes 1 NrroIterator<>, and captures the return value example: Definition at line 94 of file nrroDispatch.h. Referenced by Nrro::updateMinMax().

#define retDispatchIter2 (  RET, FUNC, NSP1, NSP2   )

Value: switch(NSP1->getType()) { \ case Nrro::CHAR: \ retDis2(RET,FUNC,NSP1->begin<char>(),NSP2) \ break; \ case Nrro::UCHAR: \ retDis2(RET,FUNC,NSP1->begin<unsigned char>(),NSP2) \ break; \ case Nrro::SHORT: \ retDis2(RET,FUNC,NSP1->begin<short>(),NSP2) \ break; \ case Nrro::USHORT: \ retDis2(RET,FUNC,NSP1->begin<unsigned short>(),NSP2) \ break; \ case Nrro::INT: \ retDis2(RET,FUNC,NSP1->begin<int>(),NSP2) \ break; \ case Nrro::UINT: \ retDis2(RET,FUNC,NSP1->begin<unsigned int>(),NSP2) \ break; \ case Nrro::FLOAT: \ retDis2(RET,FUNC,NSP1->begin<float>(),NSP2) \ break; \ case Nrro::DOUBLE: \ retDis2(RET,FUNC,NSP1->begin<double>(),NSP2) \ break; \ } call a templated function that takes 2 NrroIterator<>s and captures the return value example: Definition at line 245 of file nrroDispatch.h. Referenced by NrroImage::fBlendOverRGBA().

#define tdis2 (  FUNC, NSP1, NSP2   )

Value: switch(NSP2->getType()) { \ case Nrro::CHAR: \ FUNC(NSP1,NSP2->begin<char>()); \ break; \ case Nrro::UCHAR: \ FUNC(NSP1,NSP2->begin<unsigned char>()); \ break; \ case Nrro::SHORT: \ FUNC(NSP1,NSP2->begin<short>()); \ break; \ case Nrro::USHORT: \ FUNC(NSP1,NSP2->begin<unsigned short>()); \ break; \ case Nrro::INT: \ FUNC(NSP1,NSP2->begin<int>()); \ break; \ case Nrro::UINT: \ FUNC(NSP1,NSP2->begin<unsigned int>()); \ break; \ case Nrro::FLOAT: \ FUNC(NSP1,NSP2->begin<float>()); \ break; \ case Nrro::DOUBLE: \ FUNC(NSP1,NSP2->begin<double>()); \ break; \ } a helper function ignore this... Definition at line 125 of file nrroDispatch.h.

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