sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE Class Reference

Class for the system of linear equations for hierarchising. More...

#include <OperationPoleHierarchisationGeneral.hpp>

Inheritance diagram for sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE:

Public Member Functions
size_t	getDimension () const override
level_t	getLevel () const
double	getMatrixEntry (size_t i, size_t j) override
	Compute an entry of the matrix corresponding to the system of linear equations.
bool	hasBoundary () const
	HierarchisationGeneralSLE (base::Basis< level_t, index_t > &basis, size_t dim, level_t level, bool isBasisHierarchical=true, bool hasBoundary=true)
	Constructor.
bool	isBasisHierarchical () const
bool	isMatrixEntryNonZero (size_t i, size_t j) override
	Determine whether an entry of the matrix corresponding to the system of linear equations does not vanish.
void	setDimension (size_t dim)
void	setHasBoundary (bool hasBoundary)
void	setIsBasisHierarchical (bool isBasisHierarchical)
void	setLevel (level_t level)
	~HierarchisationGeneralSLE () override
	Virtual destructor.
Public Member Functions inherited from sgpp::base::SLE
virtual size_t	countNNZ ()
	Count all non-zero entries.
virtual bool	isCloneable () const
virtual void	matrixVectorMultiplication (const DataVector &x, DataVector &y)
	Multiply the matrix with a vector.
	SLE ()
	Constructor.
virtual	~SLE ()
	Destructor.

Protected Attributes
base::Basis< level_t, index_t > &	basis
	1D basis
size_t	dim
	dimensionality
bool	hasBoundary_
	whether the full grid has points on the boundary
bool	isBasisHierarchical_
	whether the basis is hierarchical or nodal
level_t	level
	level of the full grid

Detailed Description

Class for the system of linear equations for hierarchising.

Constructor & Destructor Documentation

HierarchisationGeneralSLE()

sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::HierarchisationGeneralSLE	(	base::Basis< level_t, index_t > &	basis,
		size_t	dim,
		level_t	level,
		bool	isBasisHierarchical = true,
		bool	hasBoundary = true
	)

Constructor.

Parameters

basis	1D basis
dim	dimensionality
level	level of the full grid
isBasisHierarchical	whether the basis is hierarchical or nodal
hasBoundary	whether the full grid has points on the boundary

~HierarchisationGeneralSLE()

sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::~HierarchisationGeneralSLE ( )

override

Virtual destructor.

Member Function Documentation

getDimension()

size_t sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::getDimension ( ) const

overridevirtual

Returns

dimensionality

Implements sgpp::base::SLE.

getLevel()

level_t sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::getLevel

(

)

const

Returns

level of the full grid

References level.

getMatrixEntry()

double sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::getMatrixEntry ( size_t  i, size_t  j  )

overridevirtual

Compute an entry of the matrix corresponding to the system of linear equations.

Parameters

i	row index
j	column index

Returns

entry of the matrix

Implements sgpp::base::SLE.

References sgpp::combigrid::HeterogeneousBasis::hierarchizeLevelIndex(), and level.

hasBoundary()

bool sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::hasBoundary

(

)

const

Returns

whether the full grid has points on the boundary

isBasisHierarchical()

bool sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::isBasisHierarchical

(

)

const

Returns

whether the basis is hierarchical or nodal

isMatrixEntryNonZero()

bool sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::isMatrixEntryNonZero ( size_t  i, size_t  j  )

overridevirtual

Determine whether an entry of the matrix corresponding to the system of linear equations does not vanish.

Parameters

i	row index
j	column index

Returns

whether the entry of the matrix is non-zero

Implements sgpp::base::SLE.

setDimension()

void sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::setDimension

(

size_t

dim

)

Parameters

dim	dimensionality

Referenced by sgpp::combigrid::OperationPoleHierarchisationGeneral::apply().

setHasBoundary()

void sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::setHasBoundary

(

bool

hasBoundary

)

Parameters

hasBoundary

whether the full grid has points on the boundary

Referenced by sgpp::combigrid::OperationPoleHierarchisationGeneral::apply().

setIsBasisHierarchical()

void sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::setIsBasisHierarchical

(

bool

isBasisHierarchical

)

Parameters

isBasisHierarchical

whether the basis is hierarchical or nodal

setLevel()

void sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::setLevel

(

level_t

level

)

Parameters

level

level of the full grid

References level.

Referenced by sgpp::combigrid::OperationPoleHierarchisationGeneral::apply().

Member Data Documentation

basis

base::Basis<level_t, index_t>& sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::basis

protected

1D basis

dim

size_t sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::dim

protected

dimensionality

Referenced by python.data.DataContainer.DataContainer::__init__(), python.uq.dists.EstimatedDist.EstimatedDist::_convertEvalPoint(), python.uq.dists.SGDEdist.SGDEdist::cdf(), python.uq.dists.KDEDist.KDEDist::cov(), python.uq.dists.SGDEdist.SGDEdist::cov(), python.data.DataContainer.DataContainer::getDataSubsetByIndexList(), python.data.DataContainer.DataContainer::getDim(), python.uq.dists.EstimatedDist.EstimatedDist::getDim(), python.uq.dists.LibAGFDist.LibAGFDist::getDim(), python.uq.dists.NatafDist.NatafDist::getDim(), python.uq.dists.SGDEdist.SGDEdist::ppf(), python.uq.dists.EstimatedDist.EstimatedDist::rvs(), python.uq.dists.NatafDist.NatafDist::rvs(), python.uq.dists.KDEDist.KDEDist::rvs(), python.uq.dists.SGDEdist.SGDEdist::rvs(), python.uq.operations.natafTransformation.NatafTransformation::trans_X_to_Z(), and python.uq.operations.natafTransformation.NatafTransformation::trans_Z_to_X().

hasBoundary_

bool sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::hasBoundary_

protected

whether the full grid has points on the boundary

isBasisHierarchical_

bool sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::isBasisHierarchical_

protected

whether the basis is hierarchical or nodal

level

level_t sgpp::combigrid::OperationPoleHierarchisationGeneral::HierarchisationGeneralSLE::level

protected

level of the full grid

Referenced by python.uq.operations.forcePositivity.localFullGridSearch.LocalFullGrid::__eq__(), python.learner.folding.FoldingPolicy.FoldingPolicy::__next__(), python.uq.operations.forcePositivity.localFullGridSearch.LocalFullGrid::contains(), python.uq.operations.forcePositivity.localFullGridSearch.LocalFullGrid::containsDimx(), python.uq.learner.builder.GridDescriptor.GridDescriptor::createGrid(), python.uq.estimators.MarginalIntegralStrategy.MarginalIntegralStrategy::estimate(), python.uq.learner.builder.GridDescriptor.GridDescriptor::fromGrid(), python.uq.operations.forcePositivity.localFullGridSearch.LocalFullGrid::getLevelIndex(), python.uq.operations.forcePositivity.localFullGridSearch.LocalFullGrid::getMaxLevel(), python.uq.operations.forcePositivity.localFullGridSearch.LocalFullGrid::overlap(), python.uq.operations.forcePositivity.localFullGridSearch.LocalFullGrid::overlapDimx(), python.uq.operations.forcePositivity.localFullGridSearch.LocalFullGrid::transformToReferenceGrid(), python.uq.manager.ASGCStatistics.ASGCStatistics::updateResults(), python.uq.learner.builder.GridDescriptor.GridDescriptor::withLevel(), and python.uq.learner.builder.RegressorSpecificationDescriptor.FoldingDescriptor::withLevel().

---

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

• combigrid/src/sgpp/combigrid/operation/OperationPoleHierarchisationGeneral.hpp
• combigrid/src/sgpp/combigrid/operation/OperationPoleHierarchisationGeneral.cpp