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AFSymMatrix Class Reference

#include <AFSymMatrix.hpp>

Inheritance diagram for AFSymMatrix:

[legend]Collaboration diagram for AFSymMatrix:

[legend]List of all members.

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Detailed Description

Abstract Symmetric Matrix.

Author:

Bernard De Cuyper

Version:

1.15

Date:

16/05/2004

Remarks:

Tornado1: Major Abstract nxn Float Matrix used in most linear solvers

 
Purpose:        Preparing the abstract interface of a general Matrix,....

                

@ Copyrights: Bernard De Cuyper 2004, Bernard De Cuyper & Eddy Fraiha 2002, Eggs & Pictures. MIT/Open BSD copyright model.

Public Methods
	AFSymMatrix (int w)
virtual	~AFSymMatrix ()
virtual AFSymMatrix *	copyAnn ()
virtual AFSymMatrix *	copyFull ()
virtual FDiagonalMatrix *	copyDiagonal ()
virtual AFSymMatrix *	copyL0 ()
virtual AFSymMatrix *	copyU0 ()
virtual AFSymMatrix *	copyL ()
virtual AFSymMatrix *	copyU ()
virtual AFSymMatrix *	copyL1 ()
virtual AFSymMatrix *	copyU1 ()
virtual int	getWidth () const
virtual int	getHeight () const
virtual void	setAll (AFloatMatrix *from, bool t=false)
virtual void	setAll (float value=0.0)
virtual AFSymMatrix *	add_A_B (AFSymMatrix *B, AFSymMatrix *result=0)
virtual AFSymMatrix *	add_B_A (AFSymMatrix *B, AFSymMatrix *result=0)
virtual AFSymMatrix *	subst_A_B (AFSymMatrix *B, AFSymMatrix *result=0)
virtual AFSymMatrix *	subst_B_A (AFSymMatrix *B, AFSymMatrix *result=0)
virtual AFSymMatrix *	mult_A_B (AFSymMatrix *B, AFSymMatrix *result=0)
virtual AFSymMatrix *	mult_B_A (AFSymMatrix *B, AFSymMatrix *result=0)
virtual FloatVector *	solve (FloatVector *b, FloatVector *x=0)
virtual AFSymMatrix *	invert ()
virtual AFSymMatrix *	jacobiMatrix ()
virtual FloatVector *	jacobiVector (FloatVector *b)
virtual FloatVector *	linearSolverU0 (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	linearSolverU0 (FloatVector *b, int k, FloatVector *x)
virtual FloatVector *	linearSolverU1 (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	linearSolverL0 (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	linearSolverL1 (FloatVector *b, FloatVector *x=0)
virtual AFSymMatrix *	inverseSPD (AFSymMatrix *result=0)
virtual FloatVector *	linearSolverL1U0 (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	linearSolverL0U1 (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	linearSolverLLt (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	linearSolverUUt (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	linearSolverL1DL1t (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	linearSolverU1DU1t (FloatVector *b, FloatVector *x=0)
virtual AFSymMatrix *	factorisationL1U0 ()
virtual AFSymMatrix *	factorisationL0U1 ()
virtual AFSymMatrix *	factorisationLLt ()
virtual AFSymMatrix *	factorisationUUt ()
virtual AFSymMatrix *	factorisationL1DL1t ()
virtual AFSymMatrix *	factorisationU1DU1t ()
virtual AFSymMatrix *	choleskyUDUt (AFSymMatrix *result=0)
virtual AFSymMatrix *	inverseUDUt (AFSymMatrix *result=0)
virtual AFloatMatrix *	ilu0 ()
virtual AFloatMatrix *	milu0 ()
virtual AFloatMatrix *	rilu0 (float omega=0.95)
virtual AFloatMatrix *	iluth (double threshold=0.001)
virtual AFloatMatrix *	ilut (int p, double eps)
virtual AFloatMatrix *	icf ()
virtual AFloatMatrix *	ildlt ()
virtual FDiagonalMatrix *	jacobiPrecond (FDiagonalMatrix *S=0)
virtual void	sor (double omega, AFSymMatrix **R=0, AFSymMatrix **T=0)
virtual AFProductSeqSMatrix *	ssorFactorisation ()
virtual void	ssor (double omega, AFSymMatrix **R=0, FDiagonalMatrix **S=0, AFSymMatrix **T=0)
virtual void	ssorSPD (double omega, AFSymMatrix **R=0, FDiagonalMatrix **S=0)
virtual void	ssorScaled (double omega, float *cste, AFSymMatrix **R=0, AFSymMatrix **T=0)
virtual void	ssorScaledSPD (double omega, float *cste, AFSymMatrix **R=0)
virtual AFloatMatrix *	apinv (int iterOuter, int iterInner)
virtual FloatVector *	gaussSeidelLS (int iterMax, FloatVector *b, FloatVector *x=0)
virtual FloatVector *	jacobiLS (int iterMax, FloatVector *b, FloatVector *x=0)
virtual FloatVector *	sorLS (int iterMax, FloatVector *b, float omega=1.0, FloatVector *x=0)
virtual FloatVector *	gaussSeidel (FloatVector *b, FloatVector *x=0)
virtual FloatVector *	jacobi (FloatVector *b, FloatVector *x=0, FloatVector *dest=0)
virtual FloatVector *	sor (FloatVector *b, float omega=1.0, FloatVector *x=0)
virtual FloatVector *	power (int nmax, float *firstEigenValue, FloatVector *evMax0=0)
virtual FloatVector *	inverseIteration (double eigenvalue, int nmax=3, FloatVector *ev=0)
virtual float	rayleighQuotient (FloatVector *ev=0)
virtual void	output ()
virtual void	output (FILE *file)
Protected Attributes
int	width

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

• AFSymMatrix.hpp
• AFSymMatrix.cpp

Restoreinpaint sourceforge project `C++/Java Image Processing, Restoration, Inpainting Project'.

Bernard De Cuyper: Open Project Leader: Concept, design and development. Bernard De Cuyper & Eddy Fraiha 2002, 2003. Bernard De Cuyper 2004. Open and free, for friendly usage only. Modifications on Belgium ground of this piece of artistic work, by governement institutions or companies, must be notified to Bernard De Cuyper.