dspark::detail::continuous_clip::Interval< C, Degree, NativeSlope, SubtractLinear, MomentCount > Class Template Reference

#include <ContinuousClip.h>

Public Member Functions
std::vector< double >	linearKernel () const
	Interval (double ceiling)
void	setCeiling (double ceiling)
double	reconstructionBound () const noexcept
Moments	polynomial (const Poly &power) const noexcept
	Integrates an already reconstructed power polynomial on [0,1]. Returns integral(t^j * shape(p(t)), dt), j = 0 .. MomentCount-1, subtracting the linear reference when SubtractLinear is enabled. Shares knee isolation and quadrature with the sample interpolator. Nonfinite coefficients or failed convergence produce NaN.
Moments	operator() (const std::array< double, count > &samples) const noexcept

Detailed Description

template<Curve C, int Degree, bool NativeSlope = false, bool SubtractLinear = true, int MomentCount = 4>
class dspark::detail::continuous_clip::Interval< C, Degree, NativeSlope, SubtractLinear, MomentCount >

Definition at line 64 of file ContinuousClip.h.

Constructor & Destructor Documentation

Interval()

template<Curve C, int Degree, bool NativeSlope = false, bool SubtractLinear = true, int MomentCount = 4>

dspark::detail::continuous_clip::Interval< C, Degree, NativeSlope, SubtractLinear, MomentCount >::Interval ( double  ceiling )

inlineexplicit

Definition at line 366 of file ContinuousClip.h.

Member Function Documentation

linearKernel()

template<Curve C, int Degree, bool NativeSlope = false, bool SubtractLinear = true, int MomentCount = 4>

std::vector< double > dspark::detail::continuous_clip::Interval< C, Degree, NativeSlope, SubtractLinear, MomentCount >::linearKernel ( ) const

inline

Definition at line 348 of file ContinuousClip.h.

operator()()

template<Curve C, int Degree, bool NativeSlope = false, bool SubtractLinear = true, int MomentCount = 4>

Moments dspark::detail::continuous_clip::Interval< C, Degree, NativeSlope, SubtractLinear, MomentCount >::operator() ( const std::array< double, count > &  samples ) const

inlinenoexcept

Definition at line 466 of file ContinuousClip.h.

polynomial()

template<Curve C, int Degree, bool NativeSlope = false, bool SubtractLinear = true, int MomentCount = 4>

Moments dspark::detail::continuous_clip::Interval< C, Degree, NativeSlope, SubtractLinear, MomentCount >::polynomial ( const Poly &  power ) const

inlinenoexcept

Integrates an already reconstructed power polynomial on [0,1]. Returns integral(t^j * shape(p(t)), dt), j = 0 .. MomentCount-1, subtracting the linear reference when SubtractLinear is enabled. Shares knee isolation and quadrature with the sample interpolator. Nonfinite coefficients or failed convergence produce NaN.

Definition at line 453 of file ContinuousClip.h.

reconstructionBound()

template<Curve C, int Degree, bool NativeSlope = false, bool SubtractLinear = true, int MomentCount = 4>

double dspark::detail::continuous_clip::Interval< C, Degree, NativeSlope, SubtractLinear, MomentCount >::reconstructionBound ( ) const

inlinenoexcept

Definition at line 443 of file ContinuousClip.h.

setCeiling()

template<Curve C, int Degree, bool NativeSlope = false, bool SubtractLinear = true, int MomentCount = 4>

void dspark::detail::continuous_clip::Interval< C, Degree, NativeSlope, SubtractLinear, MomentCount >::setCeiling ( double  ceiling )

inline

Definition at line 417 of file ContinuousClip.h.

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

• ContinuousClip.h