IccWrapper.cpp File Reference

#include "IccWrapper.h"
#include "IccApplyBPC.h"

Include dependency graph for IccWrapper.cpp:

Go to the source code of this file.

Data Structures
class	CIccCmmEnvVarsWrapper
class	CIccCmmEnvVarWrapperHint

Functions
icStatusCMM	IccApplyApplyFloat (CIccApplyHandle *pApply, icFloatNumber *pTo, icFloatNumber *pFrom)
icStatusCMM	IccApplyApplyFloatMulti (CIccApplyHandle *pApply, icFloatNumber *pTo, icFloatNumber *pFrom, icUInt32Number nPixels)
void	IccApplyFree (CIccApplyHandle *pApply)
icStatusCMM	IccCmmApplyFloat (CIccCmmHandle *pCmm, icFloatNumber *pTo, icFloatNumber *pFrom)
icStatusCMM	IccCmmApplyFloatMulti (CIccCmmHandle *pCmm, icFloatNumber *pTo, icFloatNumber *pFrom, icUInt32Number nPixels)
icStatusCMM ICCPROFLIB_API	IccCmmAttachProfileFile (CIccCmmHandle *pCmm, const char *szFname, icRenderingIntent nIntent, icXformInterp nInterp, CIccProfileHandle *pPcc, icXformLutType nLutType, unsigned char bUseDtoBTags, unsigned char bUseBPC, SIccCmmEnvVars *pVars)
icStatusCMM	IccCmmAttachProfileHandle (CIccCmmHandle *pCmm, CIccProfileHandle *pProfile, icRenderingIntent nIntent, icXformInterp nInterp, CIccProfileHandle *pPcc, icXformLutType nLutType, unsigned char bUseDtoBTags, unsigned char bUseBPC, SIccCmmEnvVars *pVars)
icStatusCMM	IccCmmBegin (CIccCmmHandle *pCmm)
CIccCmmHandle *	IccCmmCreate (icColorSpaceSignature srcSpace, icColorSpaceSignature dstSpace, unsigned char bFirstIsInput)
void	IccCmmFree (CIccCmmHandle *pCmm)
CIccApplyHandle *	IccCmmGetApply (CIccCmmHandle *pCmm)
icStatusCMM	IccCmmGetInfo (CIccCmmHandle *pCmm, SIccCmmStruct *pCmmInfo)
void	IccProfileFree (CIccProfileHandle *pProfile)
icBoolean	IccProfileGetHeader (CIccProfileHandle *pProfile, icHeader *pHeader)
CIccProfileHandle *	IccProfileOpenHandle (const char *szFname)
CIccProfileHandle *	IccProfileReadHandle (const char *szFname)

Detailed Description

File: IccWrapper.h

Contains: Header file for C Wrapper interface functions for CIccProfile and CIccCmm classes.

Version: V1

Copyright: (c) see ICC Software License

Definition in file IccWrapper.cpp.

Function Documentation

IccApplyApplyFloat()

icStatusCMM IccApplyApplyFloat	(	CIccApplyHandle *	pApply,
		icFloatNumber *	pTo,
		icFloatNumber *	pFrom
	)

{
  if (!pApply || !pTo || !pFrom)
    return icCmmStatBad;
 
  CIccApplyCmm *pApplyPtr = (CIccApplyCmm*)pApply;
 
  return pApplyPtr->Apply(pTo, pFrom);
}

References icCmmStatBad.

IccApplyApplyFloatMulti()

icStatusCMM IccApplyApplyFloatMulti	(	CIccApplyHandle *	pApply,
		icFloatNumber *	pTo,
		icFloatNumber *	pFrom,
		icUInt32Number	nPixels
	)

{
  if (!pApply || !pTo || !pFrom)
    return icCmmStatBad;
 
  CIccApplyCmm *pApplyPtr = (CIccApplyCmm*)pApply;
 
  return pApplyPtr->Apply(pTo, pFrom, nPixels);
}

References icCmmStatBad.

IccApplyFree()

void IccApplyFree

(

CIccApplyHandle *

pApply

)

{
  if (pApply) {
    CIccApplyCmm *pApplyPtr = (CIccApplyCmm*)pApply;
    delete pApplyPtr;
  }
}

IccCmmApplyFloat()

icStatusCMM IccCmmApplyFloat	(	CIccCmmHandle *	pCmm,
		icFloatNumber *	pTo,
		icFloatNumber *	pFrom
	)

{
  if (!pCmm || !pTo || !pFrom)
    return icCmmStatBad;
 
  CIccCmm *pCmmPtr = (CIccCmm*)pCmm;
 
  return pCmmPtr->Apply(pTo, pFrom);
}

References icCmmStatBad.

IccCmmApplyFloatMulti()

icStatusCMM IccCmmApplyFloatMulti	(	CIccCmmHandle *	pCmm,
		icFloatNumber *	pTo,
		icFloatNumber *	pFrom,
		icUInt32Number	nPixels
	)

{
  if (!pCmm || !pTo || !pFrom)
    return icCmmStatBad;
 
  CIccCmm *pCmmPtr = (CIccCmm*)pCmm;
 
  return pCmmPtr->Apply(pTo, pFrom, nPixels);
}

References icCmmStatBad.

IccCmmAttachProfileFile()

icStatusCMM ICCPROFLIB_API IccCmmAttachProfileFile	(	CIccCmmHandle *	pCmm,
		const char *	szFname,
		icRenderingIntent	nIntent,
		icXformInterp	nInterp,
		CIccProfileHandle *	pPcc,
		icXformLutType	nLutType,
		unsigned char	bUseDtoBTags,
		unsigned char	bUseBPC,
		SIccCmmEnvVars *	pVars
	)

{
  if (!pCmm)
    return icCmmStatBad;
 
  CIccCmm *pCmmPtr = (CIccCmm*)pCmm;
 
  CIccCreateXformHintManager hint;
  bool bUseHint = false;
 
  if (bUseBPC) {
    hint.AddHint(new CIccApplyBPCHint());
    bUseHint = true;
  }
 
  if (pVars) {
    hint.AddHint(new CIccCmmEnvVarWrapperHint(pVars));
    bUseHint = true;
  }
 
  return pCmmPtr->AddXform(szFname, nIntent, nInterp, (CIccProfile*)pPcc, nLutType, bUseDtoBTags != 0, bUseHint ? &hint : NULL);
}

References CIccCmmEnvVarWrapperHint::CIccCmmEnvVarWrapperHint(), CIccProfile, and icCmmStatBad.

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IccCmmAttachProfileHandle()

icStatusCMM IccCmmAttachProfileHandle	(	CIccCmmHandle *	pCmm,
		CIccProfileHandle *	pProfile,
		icRenderingIntent	nIntent,
		icXformInterp	nInterp,
		CIccProfileHandle *	pPcc,
		icXformLutType	nLutType,
		unsigned char	bUseDtoBTags,
		unsigned char	bUseBPC,
		SIccCmmEnvVars *	pVars
	)

{
  if (!pCmm)
    return icCmmStatBad;
 
  CIccCmm *pCmmPtr = (CIccCmm*)pCmm;
  CIccProfile *pProfilePtr = (CIccProfile*)pProfile;
 
  CIccCreateXformHintManager hint;
  bool bUseHint = false;
 
  if (bUseBPC) {
    hint.AddHint(new CIccApplyBPCHint());
    bUseHint = true;
  }
 
  if (pVars) {
    hint.AddHint(new CIccCmmEnvVarWrapperHint(pVars));
    bUseHint = true;
  }
 
  return pCmmPtr->AddXform(pProfilePtr, nIntent, nInterp, (CIccProfile*)pPcc, nLutType, bUseDtoBTags != 0, bUseHint ? &hint : NULL);
}

References CIccCmmEnvVarWrapperHint::CIccCmmEnvVarWrapperHint(), CIccProfile, and icCmmStatBad.

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IccCmmBegin()

icStatusCMM IccCmmBegin

(

CIccCmmHandle *

pCmm

)

{
  if (!pCmm)
    return icCmmStatBad;
 
  CIccCmm *pCmmPtr = (CIccCmm*)pCmm;
 
  return pCmmPtr->Begin();
}

References icCmmStatBad.

IccCmmCreate()

CIccCmmHandle * IccCmmCreate	(	icColorSpaceSignature	srcSpace,
		icColorSpaceSignature	dstSpace,
		unsigned char	bFirstIsInput
	)

{
  return (CIccCmmHandle*)new CIccCmm(srcSpace, dstSpace, bFirstIsInput != 0);
}

IccCmmFree()

void IccCmmFree

(

CIccCmmHandle *

pCmm

)

{
  if (pCmm) {
    CIccCmm *pCmmPtr = (CIccCmm*)pCmm;
    delete pCmmPtr;
  }
}

IccCmmGetApply()

CIccApplyHandle * IccCmmGetApply

(

CIccCmmHandle *

pCmm

)

{
  if (!pCmm)
    return NULL;
 
  CIccCmm *pCmmPtr = (CIccCmm*)pCmm;
 
  return (CIccApplyHandle*)pCmmPtr->GetApply();
}

IccCmmGetInfo()

icStatusCMM IccCmmGetInfo	(	CIccCmmHandle *	pCmm,
		SIccCmmStruct *	pCmmInfo
	)

{
  if (!pCmm || !pCmmInfo)
    return icCmmStatBad;
 
  CIccCmm *pCmmPtr = (CIccCmm*)pCmm;
 
  pCmmInfo->srcSpace = pCmmPtr->GetSourceSpace();
  pCmmInfo->srcSamples = pCmmPtr->GetSourceSamples();
  pCmmInfo->dstSpace = pCmmPtr->GetDestSpace();
  pCmmInfo->dstSamples = pCmmPtr->GetDestSamples();
 
  return icCmmStatOk;
}

References SIccCmmStruct::dstSamples, SIccCmmStruct::dstSpace, icCmmStatBad, icCmmStatOk, SIccCmmStruct::srcSamples, and SIccCmmStruct::srcSpace.

IccProfileFree()

void IccProfileFree

(

CIccProfileHandle *

pProfile

)

{
  if (pProfile) {
    CIccProfileHandle *pProfilePtr = (CIccProfileHandle*)pProfile;
    delete pProfilePtr;
  }
}

IccProfileGetHeader()

icBoolean IccProfileGetHeader	(	CIccProfileHandle *	pProfile,
		icHeader *	pHeader
	)

{
  if (!pProfile || !pHeader)
    return 0;
 
  CIccProfile *pProfilePtr = (CIccProfile*)pProfile;
 
  *pHeader = pProfilePtr->m_Header;
 
  return 1;
}

References CIccProfile.

IccProfileOpenHandle()

CIccProfileHandle * IccProfileOpenHandle

(

const char *

szFname

)

{
  return (CIccProfileHandle*)OpenIccProfile(szFname);
}

References OpenIccProfile().

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IccProfileReadHandle()

CIccProfileHandle * IccProfileReadHandle

(

const char *

szFname

)

{
  return (CIccProfileHandle*)ReadIccProfile(szFname);
}

References ReadIccProfile().

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