AdaptiveGS Struct Reference

AdaptiveGS is the data structure consisting of vectors to store numerical data and index sets for an adaptive generating system AdaptiveGS is used as auxiliary data structure for e.g. the wavelet transform of the eveluation of finite difference operators. More...

#include <Adaptive1D.hpp>

List of all members.

Public Methods

AdaptiveGS ()

default constructor.

~AdaptiveGS ()

default destructor.

int Init (int Lev0, int J)

init for coarsest level Lev0 and finest level J.

void Print ()

print some basic information.

void IndexSetForAdaptiveGS (AdaptiveB *B, Wavelets *W)

compute index sets for adaptive generating system dependent on the active index sets of *B.

void IndexSetForAdaptiveGS2 (AdaptiveB *B, Wavelets *W)

compute index sets for adaptive generating system dependent on the active index sets of *B, tailored to ....

void IndexSetForAdaptiveGSOp (AdaptiveB *X, Wavelets *W)

compute index sets for adaptive generating system dependent on the active index sets of *B, tailored to ....

void IndexSetForAdaptiveGSFD (AdaptiveB *X, OperatorMatrix *FD, Wavelets *W)

compute index sets for adaptive generating system dependent on the active index sets of *B, tailored to application of FD operators.

void FromAdaptiveB (AdaptiveB *B, Wavelets *W)

Compute generating system for *B. The index set for (8this) must have been computed before. If the boundary conditions of (*this) and (*B) differ, achange of basis is performed (for *this).

void RestoreFromInterpoletBasis (AdaptiveB *B, Wavelets *W)

fill the generating system with the values stored in an adaptive basis. (*this) must exactly the generating system to the adaptive basis.

void RestoreFromInterpoletBasis (AdaptiveB *B, AdaptiveGS *G, Wavelets *W)

fill the generating system with the values stored in an adaptive basis. (*G) must exactly the generating system to the adaptive basis (*this) might be a larger generating system.

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

Generated at Mon Aug 19 10:02:32 2002 for AWFD by

Public Methods
	AdaptiveGS ()
	default constructor.
	~AdaptiveGS ()
	default destructor.
int	Init (int Lev0, int J)
	init for coarsest level Lev0 and finest level J.
void	Print ()
	print some basic information.
void	IndexSetForAdaptiveGS (AdaptiveB B, Wavelets W)
	compute index sets for adaptive generating system dependent on the active index sets of B.*
void	IndexSetForAdaptiveGS2 (AdaptiveB B, Wavelets W)
	compute index sets for adaptive generating system dependent on the active index sets of B, tailored to ....*
void	IndexSetForAdaptiveGSOp (AdaptiveB X, Wavelets W)
	compute index sets for adaptive generating system dependent on the active index sets of B, tailored to ....*
void	IndexSetForAdaptiveGSFD (AdaptiveB X, OperatorMatrix FD, Wavelets *W)
	compute index sets for adaptive generating system dependent on the active index sets of B, tailored to application of FD operators.*
void	FromAdaptiveB (AdaptiveB B, Wavelets W)
	Compute generating system for B. The index set for (8this) must have been computed before. If the boundary conditions of (this) and (B) differ, achange of basis is performed (for this).
void	RestoreFromInterpoletBasis (AdaptiveB B, Wavelets W)
	fill the generating system with the values stored in an adaptive basis. (this) must exactly the generating system to the adaptive basis.*
void	RestoreFromInterpoletBasis (AdaptiveB B, AdaptiveGS G, Wavelets *W)
	fill the generating system with the values stored in an adaptive basis. (G) must exactly the generating system to the adaptive basis (this) might be a larger generating system.