// Constructor
CResParser::CResParser()
{
SetContentProvider(this);
SetExtraIdentifierChars(NULL, L".");
AddOperator(L"{", tokenOpenBrace);
AddOperator(L"}", tokenCloseBrace);
AddOperator(L"=", tokenEquals);
AddOperator(L";", tokenSemiColon);
AddOperator(L"->", tokenPointer);
AddOperator(L"|", tokenOr);
AddPreprocessorDirective(L"gen", tokenGen);
AddPreprocessorDirective(L"endgen", tokenEndGen);
AddPreprocessorDirective(L"target", tokenTarget);
}
void tpToneOperatorGroup::AddAllOperators()
{
AddOperator("Linear", new tpHDRToneOperatorLinear());
AddOperator("Exp", new tpHDRToneOperatorExp());
AddOperator("Sigmoid", new tpHDRToneOperatorSigmoid());
AddOperator("Log", new tpHDRToneOperatorLog());
AddOperator("Ward", new tpHDRToneOperatorWard());
AddOperator("Drago", new tpHDRToneOperatorDrago());
AddOperator("Chiu", new tpHDRToneOperatorChiu());
AddOperator("Schlick", new tpHDRToneOperatorSchlick());
AddOperator("Retinex", new tpHDRToneOperatorRetinex());
AddOperator("Ashikhmin",new tpHDRToneOperatorAshikhmin());
AddOperator("Filmic",new tpHDRToneOperatorFilmic());
AddOperator("Photographic",new tpHDRToneOperatorPhotographic());
AddOperator("PhotographicBurn",new tpHDRToneOperatorPhotographicBurn());
AddOperator("PhotographicLocal",new tpHDRToneOperatorPhotographicLocal());
AddOperator("Thumblin",new tpHDRToneOperatorTumblin());
}
TimeSequenceAlgebra() : Algebra()
{
AddOperator(&twed);
}
HistogramAlgebra::HistogramAlgebra() :
Algebra()
{
AddTypeConstructor( &histogram1dTC);
AddTypeConstructor( &histogram2dTC);
histogram1dTC.AssociateKind(Kind::DATA());
histogram2dTC.AssociateKind(Kind::DATA());
AddOperator(SetHistogram1dInfo(), SetHistogram1dFun, SetHistogram1dTypeMap);
AddOperator(SetHistogram2dInfo(), SetHistogram2dFun, SetHistogram2dTypeMap);
AddOperator(CreateHistogram1dInfo(), CreateHistogram1dFun,
CreateHistogram1dTypeMap);
AddOperator(CreateHistogram2dInfo(), CreateHistogram2dFun,
CreateHistogram2dTypeMap);
AddOperator(CreateHistogram1dEquiwidthInfo(),
CreateHistogram1dEquiwidthFun, CreateHistogram1dEquiwidthTypeMap);
AddOperator(CreateHistogram2dEquiwidthInfo(),
CreateHistogram2dEquiwidthFun, CreateHistogram2dEquiwidthTypeMap);
Operator* create_histogram1d_equicount =
AddOperator(CreateHistogram1dEquicountInfo(),
CreateHistogram1dEquicountFun, CreateHistogram1dEquicountTypeMap);
create_histogram1d_equicount->SetUsesMemory();
AddOperator(CreateHistogram2dEquicountInfo(),
CreateHistogram2dEquicountFun, CreateHistogram2dEquicountTypeMap);
AddOperator(NoComponentsInfo(), NoComponentsFun, NoComponentsTypeMap);
AddOperator(BinsXInfo(), BinsXFun, BinsXYTypeMap);
AddOperator(BinsYInfo(), BinsYFun, BinsXYTypeMap);
AddOperator(binrange_minInfo(), binrange_minFun, binrange_min_maxTypeMap);
AddOperator(binrange_maxInfo(), binrange_maxFun, binrange_min_maxTypeMap);
AddOperator(binrange_minXInfo(), binrange_minXFun,
binrange_minXY_maxXYTypeMap);
AddOperator(binrange_maxXInfo(), binrange_maxXFun,
binrange_minXY_maxXYTypeMap);
AddOperator(binrange_minYInfo(), binrange_minYFun,
binrange_minXY_maxXYTypeMap);
AddOperator(binrange_maxYInfo(), binrange_maxYFun,
binrange_minXY_maxXYTypeMap);
AddOperator(Getcount1dInfo(), Getcount1dFun, Getcount1dTypeMap);
AddOperator(Getcount2dInfo(), Getcount2dFun, Getcount2dTypeMap);
AddOperator(FindBinInfo(), FindBinFun, FindBinTypeMap<true>);
AddOperator(FindBinXInfo(), FindBin2dFun<true>, FindBinTypeMap<false>);
AddOperator(FindBinYInfo(), FindBin2dFun<false>, FindBinTypeMap<false>);
AddOperator(IsRefinementInfo(), IsRefinementFun, HistHistBoolTypeMap);
AddOperator(IsLessInfo(), IsLessFun, HistHistBoolTypeMap);
AddOperator(IsEqualInfo(), IsEqualFun, HistHistBoolTypeMap);
ValueMapping FindMinBinFuns[] = { FindMinMaxBinFun1d<true>,
FindMinMaxBinFun2d<true>, 0 };
AddOperator(FindMinBinInfo(), FindMinBinFuns,
FindMinMaxBinSelect, FindMinMaxBinTypeMap);
ValueMapping FindMaxBinFuns[] = { FindMinMaxBinFun1d<false>,
FindMinMaxBinFun2d<false>, 0 };
AddOperator(FindMaxBinInfo(), FindMaxBinFuns,
FindMinMaxBinSelect, FindMinMaxBinTypeMap);
AddOperator(MeanInfo(), MeanFun, Hist1dRealTypeMap);
AddOperator(MeanXInfo(), MeanXFun, Hist2dRealTypeMap);
AddOperator(MeanYInfo(), MeanYFun, Hist2dRealTypeMap);
AddOperator(VarianceInfo(), VarianceFun, Hist1dRealTypeMap);
AddOperator(VarianceXInfo(), VarianceXFun, Hist2dRealTypeMap);
AddOperator(VarianceYInfo(), VarianceYFun, Hist2dRealTypeMap);
AddOperator(CovarianceInfo(), CovarianceFun, Hist2dRealTypeMap);
AddOperator(DistanceInfo(), DistanceFun, DistanceTypeMap);
AddOperator(TranslateInfo(), TranslateFun, TranslateTypeMap);
AddOperator(UseInfo(), UseFun, UseTypeMap);
AddOperator(Use2Info(), Use2Fun, Use2TypeMap);
AddOperator(FoldInfo(), FoldFun, FoldTypeMap);
AddOperator(ShrinkEagerInfo(), Shrink1dFun<true>, Shrink1dTypeMap);
AddOperator(ShrinkLazyInfo(), Shrink1dFun<false>, Shrink1dTypeMap);
AddOperator(ShrinkEager2Info(), Shrink2dFun<true>, Shrink2dTypeMap);
AddOperator(ShrinkLazy2Info(), Shrink2dFun<false>, Shrink2dTypeMap);
AddOperator(Insert1dValueInfo(),
Insert1dFun<true>, Insert1dTypeMap<true>);
AddOperator(Insert1dInfo(),
Insert1dFun<false>, Insert1dTypeMap<false>);
AddOperator(Insert2dValueInfo(),
Insert2dFun<true>, Insert2dTypeMap<true>);
AddOperator(Insert2dInfo(),
Insert2dFun<false>, Insert2dTypeMap<false>);
}
GSLAlgebra() : Algebra()
{
AddOperator( &gslalg_rng_init );
AddOperator( &gslalg_rng_int );
AddOperator( &gslalg_rng_intN );
AddOperator( &gslalg_rng_getMin );
AddOperator( &gslalg_rng_getMax );
AddOperator( &gslalg_rng_real );
AddOperator( &gslalg_rng_realpos );
AddOperator( &gslalg_rng_setSeed );
AddOperator( &gslalg_rng_getSeed );
AddOperator( &gslalg_rng_getType );
AddOperator( &gslalg_rng_flat );
AddOperator( &gslalg_rng_gaussian );
AddOperator( &gslalg_rng_binomial );
AddOperator( &gslalg_rng_geometric );
AddOperator( &gslalg_rng_exponential );
AddOperator( &gslalg_rng_poisson );
AddOperator( &gslalg_rng_NoGenerators );
AddOperator( &gslalg_rng_GeneratorName );
AddOperator( &gslalg_rng_GeneratorMinRand );
AddOperator( &gslalg_rng_GeneratorMaxRand );
}
GVZAlgebra() : Algebra()
{
AddOperator( lastOpTreeInfo(), lastOpTree_vm, lastOpTree_tm );
}
