CIccCalcOpMgr Class Reference

Collaboration diagram for CIccCalcOpMgr:

Static Public Member Functions
static CIccCalcOpMgr *	GetInstance ()
static IIccOpDef *	getOpDef (icSigCalcOp opSig)

Protected Attributes
CIccOpDefInvalid	m_invalid
icCalcOpMap	m_map

Private Member Functions
	CIccCalcOpMgr ()

Static Private Attributes
static CIccCalcOpMgr *	m_inst = NULL

Detailed Description

Constructor & Destructor Documentation

CIccCalcOpMgr()

CIccCalcOpMgr::CIccCalcOpMgr ( )

private

{
  m_map[icSigDataOp] = new CIccOpDefData();            
  m_map[icSigInputChanOp] = new CIccOpDefInputChan();        
  m_map[icSigOutputChanOp] = new CIccOpDefOutputChan(); 
  m_map[icSigTempGetChanOp] = new CIccOpDefTempGetChan();
  m_map[icSigTempPutChanOp] = new CIccOpDefTempPutChan();
  m_map[icSigTempSaveChanOp] = new CIccOpDefTempSaveChan();
  m_map[icSigEnvVarOp] = new CIccOpDefEnvVar();
  m_map[icSigApplyCurvesOp] = new CIccOpDefSubElement();
  m_map[icSigApplyMatrixOp] = new CIccOpDefSubElement();
  m_map[icSigApplyCLutOp] = new CIccOpDefSubElement();
  m_map[icSigApplyTintOp] = new CIccOpDefSubElement();
  m_map[icSigApplyToJabOp] = new CIccOpDefSubElement();
  m_map[icSigApplyFromJabOp] = new CIccOpDefSubElement();
  m_map[icSigApplyCalcOp] = new CIccOpDefSubElement();
  m_map[icSigApplyElemOp] = new CIccOpDefSubElement();
  m_map[icSigCopyOp] = new CIccOpDefCopy();             
  m_map[icSigRotateLeftOp] = new CIccOpDefRotateLeft();       
  m_map[icSigRotateRightOp] = new CIccOpDefRotateRight();
  m_map[icSigPositionDupOp] = new CIccOpDefPositionDup();
  m_map[icSigFlipOp] = new CIccOpDefFlip();
  m_map[icSigPopOp] = new CIccOpDefPop();
  m_map[icSigSolveOp] = new CIccOpDefSolve();
  m_map[icSigTransposeOp] = new CIccOpDefTranspose();
  m_map[icSigPiOp] = new CIccOpDefPi(); 
  m_map[icSigPosInfinityOp] = new CIccOpDefPosInfinity();
  m_map[icSigNegInfinityOp] = new CIccOpDefNegInfinity();
  m_map[icSigNotaNumberOp] = new CIccOpDefNotANumber(); 
  m_map[icSigSumOp] = new CIccOpDefSum();
  m_map[icSigProductOp] = new CIccOpDefProduct();
  m_map[icSigAddOp] = new CIccOpDefAdd();
  m_map[icSigSubtractOp] = new CIccOpDefSubtract();         
  m_map[icSigMultiplyOp] = new CIccOpDefMultiply();         
  m_map[icSigDivideOp] = new CIccOpDefDivide();           
  m_map[icSigModulusOp] = new CIccOpDefModulus();           
  m_map[icSigPowOp] = new CIccOpDefPow();
  m_map[icSigGammaOp] = new CIccOpDefGamma();
  m_map[icSigScalarAddOp] = new CIccOpDefScalarAdd();
  m_map[icSigScalarSubtractOp] = new CIccOpDefScalarSubtract();
  m_map[icSigScalarMultiplyOp] = new CIccOpDefScalarMultiply();
  m_map[icSigScalarDivideOp] = new CIccOpDefScalarDivide();
  m_map[icSigSquareOp] = new CIccOpDefSquare();       
  m_map[icSigSquareRootOp] = new CIccOpDefSquareRoot();       
  m_map[icSigCubeOp] = new CIccOpDefCube();       
  m_map[icSigCubeRootOp] = new CIccOpDefCubeRoot();       
  m_map[icSigSignOp] = new CIccOpDefSign();
  m_map[icSigAbsoluteValOp] = new CIccOpDefAbsoluteVal();
  m_map[icSigTruncateOp] = new CIccOpDefTruncate();      
  m_map[icSigFloorOp] = new CIccOpDefFloor();      
  m_map[icSigCeilingOp] = new CIccOpDefCeiling();      
  m_map[icSigRoundOp] = new CIccOpDefRound();      
  m_map[icSigNegOp] = new CIccOpDefNeg();
  m_map[icSigExpOp] = new CIccOpDefExp();              
  m_map[icSigLogrithmOp] = new CIccOpDefLogrithm();         
  m_map[icSigNaturalLogOp] = new CIccOpDefNaturalLog();       
  m_map[icSigSineOp] = new CIccOpDefSine();             
  m_map[icSigCosineOp] = new CIccOpDefCosine();             
  m_map[icSigTangentOp] = new CIccOpDefTangent();          
  m_map[icSigArcSineOp] = new CIccOpDefArcSine();          
  m_map[icSigArcCosineOp] = new CIccOpDefArcCosine();        
  m_map[icSigArcTangentOp] = new CIccOpDefArcTangent();      
  m_map[icSigArcTan2Op] = new CIccOpDefArcTan2();
  m_map[icSigCartesianToPolarOp] = new CIccOpDefCartesianToPolar();
  m_map[icSigPolarToCartesianOp] = new CIccOpDefPolarToCartesian();
  m_map[icSigVectorMinimumOp] = new CIccOpDefVectorMinimum();
  m_map[icSigVectorMaximumOp] = new CIccOpDefVectorMaximum();
  m_map[icSigVectorAndOp] = new CIccOpDefVectorAnd();
  m_map[icSigVectorOrOp] = new CIccOpDefVectorOr();
  m_map[icSigMinimumOp] = new CIccOpDefMinimum();          
  m_map[icSigMaximumOp] = new CIccOpDefMaximum();          
  m_map[icSigRealNumberOp] = new CIccOpDefRealNumber();
  m_map[icSigLessThanOp] = new CIccOpDefLessThan();         
  m_map[icSigLessThanEqualOp] = new CIccOpDefLessThanEqual();    
  m_map[icSigEqualOp] = new CIccOpDefEqual();
  m_map[icSigNotEqualOp] = new CIccOpDefNotEqual();
  m_map[icSigNearOp] = new CIccOpDefNear();
  m_map[icSigGreaterThanEqualOp] = new CIccOpDefGreaterThanEqual(); 
  m_map[icSigGreaterThanOp] = new CIccOpDefGreaterThan();
  m_map[icSigAndOp] = new CIccOpDefAnd();
  m_map[icSigOrOp] = new CIccOpDefOr();
  m_map[icSigNotOp] = new CIccOpDefNot();
  m_map[icSigToLabOp] = new CIccOpDefToLab();
  m_map[icSigToXYZOp] = new CIccOpDefFromLab();
}

References icSigAbsoluteValOp, icSigAddOp, icSigAndOp, icSigApplyCalcOp, icSigApplyCLutOp, icSigApplyCurvesOp, icSigApplyElemOp, icSigApplyFromJabOp, icSigApplyMatrixOp, icSigApplyTintOp, icSigApplyToJabOp, icSigArcCosineOp, icSigArcSineOp, icSigArcTan2Op, icSigArcTangentOp, icSigCartesianToPolarOp, icSigCeilingOp, icSigCopyOp, icSigCosineOp, icSigCubeOp, icSigCubeRootOp, icSigDataOp, icSigDivideOp, icSigEnvVarOp, icSigEqualOp, icSigExpOp, icSigFlipOp, icSigFloorOp, icSigGammaOp, icSigGreaterThanEqualOp, icSigGreaterThanOp, icSigInputChanOp, icSigLessThanEqualOp, icSigLessThanOp, icSigLogrithmOp, icSigMaximumOp, icSigMinimumOp, icSigModulusOp, icSigMultiplyOp, icSigNaturalLogOp, icSigNearOp, icSigNegInfinityOp, icSigNegOp, icSigNotaNumberOp, icSigNotEqualOp, icSigNotOp, icSigOrOp, icSigOutputChanOp, icSigPiOp, icSigPolarToCartesianOp, icSigPopOp, icSigPosInfinityOp, icSigPositionDupOp, icSigPowOp, icSigProductOp, icSigRealNumberOp, icSigRotateLeftOp, icSigRotateRightOp, icSigRoundOp, icSigScalarAddOp, icSigScalarDivideOp, icSigScalarMultiplyOp, icSigScalarSubtractOp, icSigSignOp, icSigSineOp, icSigSolveOp, icSigSquareOp, icSigSquareRootOp, icSigSubtractOp, icSigSumOp, icSigTangentOp, icSigTempGetChanOp, icSigTempPutChanOp, icSigTempSaveChanOp, icSigToLabOp, icSigToXYZOp, icSigTransposeOp, icSigTruncateOp, icSigVectorAndOp, icSigVectorMaximumOp, icSigVectorMinimumOp, icSigVectorOrOp, and m_map.

Referenced by GetInstance().

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Member Function Documentation

GetInstance()

CIccCalcOpMgr * CIccCalcOpMgr::GetInstance ( )

static

{
  if (!m_inst)
    m_inst = new CIccCalcOpMgr();
  return m_inst;
}

References CIccCalcOpMgr(), and m_inst.

Referenced by getOpDef().

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getOpDef()

IIccOpDef * CIccCalcOpMgr::getOpDef ( icSigCalcOp  opSig )

static

{
  icCalcOpMap::iterator pos;
  CIccCalcOpMgr *inst = GetInstance();
  pos = inst->m_map.find(opSig);
  if (pos==inst->m_map.end())
    return &inst->m_invalid;
  return pos->second;
}

References GetInstance(), m_invalid, and m_map.

Referenced by CIccCalculatorFunc::SetOpDefs().

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Field Documentation

m_inst

CIccCalcOpMgr * CIccCalcOpMgr::m_inst = NULL

staticprivate

Referenced by GetInstance().

m_invalid

CIccOpDefInvalid CIccCalcOpMgr::m_invalid

protected

Referenced by getOpDef().

m_map

icCalcOpMap CIccCalcOpMgr::m_map

protected

Referenced by CIccCalcOpMgr(), and getOpDef().

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The documentation for this class was generated from the following file:

• IccProfLib/IccMpeCalc.cpp