ph::texfunc Namespace Reference

Classes
class	TAbsolute
class	TAdd
class	TClamp
class	TDefaultConversion
	Constructs output value from input value. More...
class	TDivide
class	TMultiply
class	TPower
class	TScalarToSpectrum
	Converts a scalar value to spectrum. More...
class	TSubtract
class	TUnaryFromBinary
	Uses binary operator as a unary one by treating the second input as constant. More...
class	TUnaryFromTernary
	Uses ternary operator as a unary one by treating the second and third inputs as constants. More...

Concepts
concept	CBinaryOperator
concept	CTernaryOperator
concept	CUnaryOperator

Typedefs
using	AddSpectrum = TAdd<math::Spectrum, math::Spectrum, math::Spectrum>
using	SubtractSpectrum = TSubtract<math::Spectrum, math::Spectrum, math::Spectrum>
using	MultiplySpectrum = TMultiply<math::Spectrum, math::Spectrum, math::Spectrum>
using	DivideSpectrum = TDivide<math::Spectrum, math::Spectrum, math::Spectrum>
using	PowerSpectrum = TPower<math::Spectrum, math::Spectrum, math::Spectrum>
using	ClampSpectrum = TClamp<math::Spectrum, math::Spectrum, math::Spectrum, math::Spectrum>
template<typename InputType , typename ConstantType , typename OutputType >
using	TAddConstant
template<typename InputType , typename ConstantType , typename OutputType >
using	TSubtractConstant
template<typename InputType , typename ConstantType , typename OutputType >
using	TMultiplyConstant
template<typename InputType , typename ConstantType , typename OutputType >
using	TDivideConstant
template<typename InputType , typename ConstantType , typename OutputType >
using	TPowerConstant
template<typename InputType , typename ConstantTypeA , typename ConstantTypeB , typename OutputType >
using	TClampConstant
using	SpectrumAddScalar = TAddConstant<math::Spectrum, math::ColorValue, math::Spectrum>
using	SpectrumSubtractScalar = TSubtractConstant<math::Spectrum, math::ColorValue, math::Spectrum>
using	SpectrumMultiplyScalar = TMultiplyConstant<math::Spectrum, math::ColorValue, math::Spectrum>
using	SpectrumDivideScalar = TDivideConstant<math::Spectrum, math::ColorValue, math::Spectrum>
using	SpectrumPowerScalar = TPowerConstant<math::Spectrum, math::ColorValue, math::Spectrum>

Typedef Documentation

AddSpectrum

using ph::texfunc::AddSpectrum = TAdd<math::Spectrum, math::Spectrum, math::Spectrum>

ClampSpectrum

using ph::texfunc::ClampSpectrum = TClamp<math::Spectrum, math::Spectrum, math::Spectrum, math::Spectrum>

DivideSpectrum

using ph::texfunc::DivideSpectrum = TDivide<math::Spectrum, math::Spectrum, math::Spectrum>

MultiplySpectrum

using ph::texfunc::MultiplySpectrum = TMultiply<math::Spectrum, math::Spectrum, math::Spectrum>

PowerSpectrum

using ph::texfunc::PowerSpectrum = TPower<math::Spectrum, math::Spectrum, math::Spectrum>

SpectrumAddScalar

using ph::texfunc::SpectrumAddScalar = TAddConstant<math::Spectrum, math::ColorValue, math::Spectrum>

SpectrumDivideScalar

using ph::texfunc::SpectrumDivideScalar = TDivideConstant<math::Spectrum, math::ColorValue, math::Spectrum>

SpectrumMultiplyScalar

using ph::texfunc::SpectrumMultiplyScalar = TMultiplyConstant<math::Spectrum, math::ColorValue, math::Spectrum>

SpectrumPowerScalar

using ph::texfunc::SpectrumPowerScalar = TPowerConstant<math::Spectrum, math::ColorValue, math::Spectrum>

SpectrumSubtractScalar

using ph::texfunc::SpectrumSubtractScalar = TSubtractConstant<math::Spectrum, math::ColorValue, math::Spectrum>

SubtractSpectrum

using ph::texfunc::SubtractSpectrum = TSubtract<math::Spectrum, math::Spectrum, math::Spectrum>

TAddConstant

template<typename InputType , typename ConstantType , typename OutputType >

using ph::texfunc::TAddConstant

Initial value:

 TUnaryFromBinary<
    InputType, 
    ConstantType, 
    OutputType, 
    TAdd<InputType, ConstantType, OutputType>>

TClampConstant

template<typename InputType , typename ConstantTypeA , typename ConstantTypeB , typename OutputType >

using ph::texfunc::TClampConstant

Initial value:

 TUnaryFromTernary<
    InputType,
    ConstantTypeA,
    ConstantTypeB,
    OutputType,
    TClamp<InputType, ConstantTypeA, ConstantTypeB, OutputType>>

TDivideConstant

template<typename InputType , typename ConstantType , typename OutputType >

using ph::texfunc::TDivideConstant

Initial value:

 TUnaryFromBinary<
    InputType,
    ConstantType,
    OutputType,
    TDivide<InputType, ConstantType, OutputType>>

TMultiplyConstant

template<typename InputType , typename ConstantType , typename OutputType >

using ph::texfunc::TMultiplyConstant

Initial value:

 TUnaryFromBinary<
    InputType,
    ConstantType,
    OutputType,
    TMultiply<InputType, ConstantType, OutputType>>

TPowerConstant

template<typename InputType , typename ConstantType , typename OutputType >

using ph::texfunc::TPowerConstant

Initial value:

 TUnaryFromBinary<
    InputType,
    ConstantType,
    OutputType,
    TPower<InputType, ConstantType, OutputType>>

TSubtractConstant

template<typename InputType , typename ConstantType , typename OutputType >

using ph::texfunc::TSubtractConstant

Initial value:

 TUnaryFromBinary<
    InputType,
    ConstantType,
    OutputType,
    TSubtract<InputType, ConstantType, OutputType>>