PolyInterpolation< Field, PolyDom > Class Template Reference

#include <poly-interpolation.h>

Public Types
typedef GivaroPoly< PolyDom >	Ring
typedef Ring::Element	RingElt
typedef Field::Element	FieldElt
typedef std::vector< std::vector< RingElt > >	ProductTree

Public Member Functions
	PolyInterpolation (const std::vector< FieldElt > &pts, Field &F, PolyDom &PD)
RingElt &	interpolate (RingElt &poly, const std::vector< FieldElt > &pts, const std::vector< FieldElt > &vals, PolyDom &PD, Field &F)
RingElt &	scaledSum (RingElt &comb, const std::vector< FieldElt > &cs, PolyDom &PD)
void	evaluate (std::vector< FieldElt > &vals, const RingElt &poly, PolyDom &PD, Field &F)

Static Public Member Functions
static void	naiveInterpolate (RingElt &poly, const std::vector< FieldElt > &vals, const std::vector< FieldElt > &pts, GivaroPoly< PolyDom > &R, PolyDom &PD, Field &F)

Protected Attributes
ProductTree	Mtree_
int	k_

Member Typedef Documentation

Ring

template<class Field, class PolyDom>

typedef GivaroPoly<PolyDom> Ring

RingElt

template<class Field, class PolyDom>

typedef Ring::Element RingElt

FieldElt

template<class Field, class PolyDom>

typedef Field::Element FieldElt

ProductTree

template<class Field, class PolyDom>

typedef std::vector<std::vector<RingElt> > ProductTree

Constructor & Destructor Documentation

PolyInterpolation()

template<class Field, class PolyDom>

PolyInterpolation ( const std::vector< FieldElt > & pts, Field & F, PolyDom & PD )

inline

Member Function Documentation

interpolate()

template<class Field, class PolyDom>

RingElt & interpolate ( RingElt & poly, const std::vector< FieldElt > & pts, const std::vector< FieldElt > & vals, PolyDom & PD, Field & F )

inline

scaledSum()

template<class Field, class PolyDom>

RingElt & scaledSum ( RingElt & comb, const std::vector< FieldElt > & cs, PolyDom & PD )

inline

evaluate()

template<class Field, class PolyDom>

void evaluate ( std::vector< FieldElt > & vals, const RingElt & poly, PolyDom & PD, Field & F )

inline

naiveInterpolate()

template<class Field, class PolyDom>

static void naiveInterpolate ( RingElt & poly, const std::vector< FieldElt > & vals, const std::vector< FieldElt > & pts, GivaroPoly< PolyDom > & R, PolyDom & PD, Field & F )

inlinestatic

Field Documentation

Mtree_

template<class Field, class PolyDom>

ProductTree Mtree_

protected

k_

template<class Field, class PolyDom>

int k_

protected

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

• poly-interpolation.h