RadialBasisFunctionGridder2D Class Reference

Uses Radial Basic Function to predict the values. More...

Inheritance diagram for RadialBasisFunctionGridder2D:

Public Member Functions
	RadialBasisFunctionGridder2D ()
	RadialBasisFunctionGridder2D (const RadialBasisFunctionGridder2D &)
	~RadialBasisFunctionGridder2D ()
bool	allPointsAreRelevant () const override
bool	areWeightsValuesDependent () const override
Gridder2D *	clone () const override
float	getValue (const Coord &, const TypeSet< double > *weights=nullptr, const TypeSet< int > *relevantpoints=nullptr) const override
	Does the gridding. More...
bool	getWeights (const Coord &, TypeSet< double > &weights, TypeSet< int > &relevantpoints) const override
bool	operator== (const Gridder2D &) const override
void	setMetricTensor (double m11, double m12, double m22)
Public Member Functions inherited from Gridder2D
virtual	~Gridder2D ()
virtual void	fillPar (IOPar &) const
const TypeSet< Coord > *	getPoints () const
const TypeSet< float > *	getValues () const
virtual bool	isPointUsable (const Coord &cpt, const Coord &dpt) const
virtual void	setGridArea (const Interval< float > &, const Interval< float > &)
bool	setPoints (const TypeSet< Coord > &)
bool	setPoints (const TypeSet< Coord > &, TaskRunner *)
virtual void	setTrend (PolyTrend::Order)
bool	setValues (const TypeSet< float > &)
virtual bool	usePar (const IOPar &)
virtual bool	wantsAllPoints () const
	If false, points should be tested with isPointUsable. More...

Static Public Member Functions
static const char *	sKeyIsMetric ()

Protected Member Functions
double	getRadius (const Coord &pos1, const Coord &pos2) const
bool	pointsChangedCB (CallBacker *) override
bool	setWeights (const Coord &, TypeSet< double > &weights, TypeSet< int > *usedpoints=0) const
bool	updateSolution ()
bool	updateSolver ()
bool	updateSolver (TaskRunner *)
void	valuesChangedCB (CallBacker *) override
Protected Member Functions inherited from Gridder2D
	Gridder2D ()
	Gridder2D (const Gridder2D &)
float	getDetrendedValue (int idx) const
bool	isAtInputPos (const Coord &, int &idx) const

Static Protected Member Functions
static double	evaluateRBF (double radius, double scale=1.)

Protected Attributes
TypeSet< double > *	globalweights_
bool	ismetric_
double	m11_
double	m12_
double	m22_
LinSolver< double > *	solv_
Protected Attributes inherited from Gridder2D
const TypeSet< Coord > *	points_
PolyTrend *	trend_
TypeSet< int >	usedpoints_
const TypeSet< float > *	values_

Detailed Description

Uses Radial Basic Function to predict the values.

<>

Constructor & Destructor Documentation

RadialBasisFunctionGridder2D() [1/2]

RadialBasisFunctionGridder2D::RadialBasisFunctionGridder2D

(

)

RadialBasisFunctionGridder2D() [2/2]

RadialBasisFunctionGridder2D::RadialBasisFunctionGridder2D

(

const RadialBasisFunctionGridder2D &

)

~RadialBasisFunctionGridder2D()

RadialBasisFunctionGridder2D::~RadialBasisFunctionGridder2D

(

)

Member Function Documentation

allPointsAreRelevant()

bool RadialBasisFunctionGridder2D::allPointsAreRelevant ( ) const

overridevirtual

Implements Gridder2D.

areWeightsValuesDependent()

bool RadialBasisFunctionGridder2D::areWeightsValuesDependent ( ) const

inlineoverridevirtual

Reimplemented from Gridder2D.

clone()

Gridder2D* RadialBasisFunctionGridder2D::clone ( ) const

overridevirtual

Implements Gridder2D.

evaluateRBF()

static double RadialBasisFunctionGridder2D::evaluateRBF ( double  radius, double  scale = 1.  )

staticprotected

getRadius()

double RadialBasisFunctionGridder2D::getRadius ( const Coord &  pos1, const Coord &  pos2  ) const

protected

getValue()

float RadialBasisFunctionGridder2D::getValue ( const Coord &  , const TypeSet< double > *  weights = nullptr, const TypeSet< int > *  relevantpoints = nullptr  ) const

overridevirtual

Does the gridding.

Reimplemented from Gridder2D.

getWeights()

bool RadialBasisFunctionGridder2D::getWeights ( const Coord &  , TypeSet< double > &  weights, TypeSet< int > &  relevantpoints  ) const

overridevirtual

Only use this if multiple setValues() are called for the same setPoints() The output weights and pointset must then be provided to the getValue function

Implements Gridder2D.

operator==()

bool RadialBasisFunctionGridder2D::operator== ( const Gridder2D &  ) const

overridevirtual

Reimplemented from Gridder2D.

pointsChangedCB()

bool RadialBasisFunctionGridder2D::pointsChangedCB ( CallBacker *  )

overrideprotectedvirtual

Reimplemented from Gridder2D.

setMetricTensor()

void RadialBasisFunctionGridder2D::setMetricTensor	(	double	m11,
		double	m12,
		double	m22
	)

setWeights()

bool RadialBasisFunctionGridder2D::setWeights ( const Coord &  , TypeSet< double > &  weights, TypeSet< int > *  usedpoints = 0  ) const

protected

sKeyIsMetric()

static const char* RadialBasisFunctionGridder2D::sKeyIsMetric ( )

inlinestatic

updateSolution()

bool RadialBasisFunctionGridder2D::updateSolution ( )

protected

updateSolver() [1/2]

bool RadialBasisFunctionGridder2D::updateSolver ( )

protected

updateSolver() [2/2]

bool RadialBasisFunctionGridder2D::updateSolver ( TaskRunner *  )

protected

valuesChangedCB()

void RadialBasisFunctionGridder2D::valuesChangedCB ( CallBacker *  )

overrideprotectedvirtual

Reimplemented from Gridder2D.

Member Data Documentation

globalweights_

TypeSet<double>* RadialBasisFunctionGridder2D::globalweights_

protected

ismetric_

bool RadialBasisFunctionGridder2D::ismetric_

protected

m11_

double RadialBasisFunctionGridder2D::m11_

protected

m12_

double RadialBasisFunctionGridder2D::m12_

protected

m22_

double RadialBasisFunctionGridder2D::m22_

protected

solv_

LinSolver<double>* RadialBasisFunctionGridder2D::solv_

protected