sgpp::combigrid::CubicSplineInterpolationEvaluator Class Reference

#include <CubicSplineInterpolationEvaluator.hpp>

Inheritance diagram for sgpp::combigrid::CubicSplineInterpolationEvaluator:

Public Member Functions
std::shared_ptr< AbstractLinearEvaluator< FloatScalarVector > >	cloneLinear () override
	Clones this object and returns it as a shared pointer to AbstractLinearEvaluator<V>. More...
	CubicSplineInterpolationEvaluator ()
	CubicSplineInterpolationEvaluator (CubicSplineInterpolationEvaluator const &other)
std::vector< double >	getBasisCoefficients () override
std::vector< FloatScalarVector >	getBasisValues () override
	This method is specific to AbstractLinearEvaluator and has to be implemented by all subclasses. More...
bool	needsOrderedPoints () override
bool	needsParameter () override
void	setBasisCoefficientsAtGridPoints (std::vector< double > &functionValues) override
	set the basis coefficients for the linear combination. More...
void	setGridPoints (std::vector< double > const &newXValues) override
	Sets the grid points for evaluation. More...
void	setParameter (FloatScalarVector const &param) override
	Via this method, the parameter can be set. More...
virtual	~CubicSplineInterpolationEvaluator ()
Public Member Functions inherited from sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >
virtual std::shared_ptr< AbstractEvaluator< FloatScalarVector > >	clone ()
	Clones the AbstractEvaluator object. More...
virtual FloatScalarVector	eval ()
	AbstractLinearEvaluator provides a standard implementation of this method based on getBasisCoefficients(). More...
virtual void	getBounds (double &a, double &b)
virtual void	getWeightFunction (sgpp::combigrid::SingleFunction &weight_function)
virtual bool	hasCustomWeightFunction ()
virtual void	setBounds (double a, double b)
virtual void	setWeightFunction (sgpp::combigrid::SingleFunction weight_function)
virtual	~AbstractLinearEvaluator ()
Public Member Functions inherited from sgpp::combigrid::AbstractEvaluator< FloatScalarVector >
virtual EvaluatorConfiguration	getConfig ()
	(Currently not used). More...
virtual void	setConfig (EvaluatorConfiguration newEvalConfig)
void	setLevel (size_t level)
	This is used to set the level in case an evaluator needs it. More...
virtual	~AbstractEvaluator ()

Additional Inherited Members
Protected Attributes inherited from sgpp::combigrid::AbstractEvaluator< FloatScalarVector >
EvaluatorConfiguration	evalConfig
size_t	level

Constructor & Destructor Documentation

CubicSplineInterpolationEvaluator() [1/2]

sgpp::combigrid::CubicSplineInterpolationEvaluator::CubicSplineInterpolationEvaluator

(

)

References sgpp::combigrid::AbstractEvaluator< FloatScalarVector >::evalConfig, sgpp::combigrid::Scalar_CubicSplineInterpolation, and sgpp::combigrid::EvaluatorConfiguration::type.

Referenced by cloneLinear().

~CubicSplineInterpolationEvaluator()

sgpp::combigrid::CubicSplineInterpolationEvaluator::~CubicSplineInterpolationEvaluator ( )

virtual

CubicSplineInterpolationEvaluator() [2/2]

sgpp::combigrid::CubicSplineInterpolationEvaluator::CubicSplineInterpolationEvaluator

(

CubicSplineInterpolationEvaluator const &

other

)

References sgpp::combigrid::AbstractEvaluator< FloatScalarVector >::evalConfig, sgpp::combigrid::Scalar_CubicSplineInterpolation, and sgpp::combigrid::EvaluatorConfiguration::type.

Member Function Documentation

cloneLinear()

std::shared_ptr< AbstractLinearEvaluator< FloatScalarVector > > sgpp::combigrid::CubicSplineInterpolationEvaluator::cloneLinear ( )

overridevirtual

Clones this object and returns it as a shared pointer to AbstractLinearEvaluator<V>.

Implements sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >.

References CubicSplineInterpolationEvaluator().

Referenced by getBasisCoefficients().

getBasisCoefficients()

std::vector<double> sgpp::combigrid::CubicSplineInterpolationEvaluator::getBasisCoefficients ( )

inlineoverridevirtual

Implements sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >.

References chess::b, cloneLinear(), needsOrderedPoints(), needsParameter(), setBasisCoefficientsAtGridPoints(), setGridPoints(), and setParameter().

getBasisValues()

std::vector<FloatScalarVector> sgpp::combigrid::CubicSplineInterpolationEvaluator::getBasisValues ( )

inlineoverridevirtual

This method is specific to AbstractLinearEvaluator and has to be implemented by all subclasses.

It should return the coefficients used for the linear combination of function values. Example: If you want to do a linear interpolation and have the grid points 0.0 and 0.5 and an evaluation point (the parameter) of 0.2, you would return the weights (0.6, 0.4), because the interpolated value is 0.6 * f(0) + 0.4 * f(0.5).

In the case of multi-evaluation, this returns several coefficients for each grid point. Continuing the example above, if you would have evaluation points 0.2 and 0.4, the basis coefficients returned should be ((0.6, 0.2), (0.4, 0.8)).

Implements sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >.

needsOrderedPoints()

bool sgpp::combigrid::CubicSplineInterpolationEvaluator::needsOrderedPoints ( )

overridevirtual

Returns

true iff the grid points have to be provided in ascending order (for example for linear interpolation).

Implements sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >.

Referenced by getBasisCoefficients().

needsParameter()

bool sgpp::combigrid::CubicSplineInterpolationEvaluator::needsParameter ( )

overridevirtual

Returns

true iff this evaluation method needs a parameter (e.g. true for interpolation, false for quadrature).

Implements sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >.

Referenced by getBasisCoefficients().

setBasisCoefficientsAtGridPoints()

void sgpp::combigrid::CubicSplineInterpolationEvaluator::setBasisCoefficientsAtGridPoints ( std::vector< double > &  newBasisCoefficients )

overridevirtual

set the basis coefficients for the linear combination.

In case of linear or polynomial interpolation these basis coefficients are function evaluations

Parameters

newBasisCoefficients

the new coefficients

Implements sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >.

Referenced by getBasisCoefficients().

setGridPoints()

void sgpp::combigrid::CubicSplineInterpolationEvaluator::setGridPoints ( std::vector< double > const &  xValues )

overridevirtual

Sets the grid points for evaluation.

The evaluation method should allow for arbitrary grid points to achieve maximal modularity.

Implements sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >.

References alpha, chess::b, python.utils.data_projections::dx, h, python.statsfileInfo::i, python.utils.statsfile2gnuplot::j, and mu.

Referenced by getBasisCoefficients().

setParameter()

void sgpp::combigrid::CubicSplineInterpolationEvaluator::setParameter ( FloatScalarVector const &  param )

overridevirtual

Via this method, the parameter can be set.

Implements sgpp::combigrid::AbstractLinearEvaluator< FloatScalarVector >.

References sgpp::combigrid::FloatScalarVector::value().

Referenced by getBasisCoefficients().

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

• combigrid/src/sgpp/combigrid/operation/onedim/CubicSplineInterpolationEvaluator.hpp
• combigrid/src/sgpp/combigrid/operation/onedim/CubicSplineInterpolationEvaluator.cpp