AdaptiveCombinationTechnique< T > Class Template Reference

This is a "user interface" for the grid table. More...

#include <SparseGrid.hpp>

Inheritance diagram for AdaptiveCombinationTechnique< T >:

[legend]Collaboration diagram for AdaptiveCombinationTechnique< T >:

[legend]List of all members.

Public Member Functions
	AdaptiveCombinationTechnique ()
	AdaptiveCombinationTechnique (int d, int maxLev)
int	Initialize (int d, int maxLev)
	Set up the sparse grid in d dimensions and with a maximum of maxLev levels.
int	GetRefinedGrids (List< Array< int > > &newGrids)
int	SetSolutions (List< singleGridData< T > > &newSols)
	Refine the grid adaptively and return the new grid levels.
int	GetValue (double)
	Get the single value, on which adaptivity is based, combined for the sparse grid.
int	GetSolution (SparseGrid< T > &sg)
	Get the sparse grid solution sg, where in the single grid data position... the grid levels data..... the grid solution weight.... the weight of the solution in the sparse grid.
int	SetSolution (SparseGrid< T > &sg)
	Set the sparse grid solution sg, parameters as in GetSolution.
int	PrintPattern2d ()

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Detailed Description

template<typename T>
class AdaptiveCombinationTechnique< T >

This is a "user interface" for the grid table.

Information is exchanged via the regular grids that constitute the sparse grid also a parameter can be provided on which adaptivity is based.

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Constructor & Destructor Documentation

template<typename T>

AdaptiveCombinationTechnique< T >::AdaptiveCombinationTechnique

(

)

[inline]

template<typename T>

AdaptiveCombinationTechnique< T >::AdaptiveCombinationTechnique	(	int	d,
		int	maxLev
	)			[inline]

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Member Function Documentation

template<typename T>

int AdaptiveCombinationTechnique< T >::Initialize	(	int	d,
		int	maxLev
	)			[inline]

Set up the sparse grid in d dimensions and with a maximum of maxLev levels.

Note:

maxLev can be chosen very large, because no memory for grids etc is allocated yet.

template<typename T>

int AdaptiveCombinationTechnique< T >::GetRefinedGrids

(

List< Array< int > > &

newGrids

)

[inline]

template<typename T>

int AdaptiveCombinationTechnique< T >::SetSolutions

(

List< singleGridData< T > > &

newSols

)

[inline]

Refine the grid adaptively and return the new grid levels.

Parameters:

[in]

newSols

A list of grid solutions to be included in the sparse grid.

Note:

-newSols.data..... the grid values of the solution, if they should be stored (NULL otherwise) -newSols.param.... the scalar derived value, on which adaptivity will be based

template<typename T>

int AdaptiveCombinationTechnique< T >::GetValue

(

double

)

Get the single value, on which adaptivity is based, combined for the sparse grid.

template<typename T>

int AdaptiveCombinationTechnique< T >::GetSolution

(

SparseGrid< T > &

sg

)

[inline]

Get the sparse grid solution sg, where in the single grid data

• position... the grid levels
• data..... the grid solution
• weight.... the weight of the solution in the sparse grid.

template<typename T>

int AdaptiveCombinationTechnique< T >::SetSolution

(

SparseGrid< T > &

sg

)

[inline]

Set the sparse grid solution sg, parameters as in GetSolution.

template<typename T>

int AdaptiveCombinationTechnique< T >::PrintPattern2d

(

)

[inline]

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

• SparseGrid.hpp

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