#include <Trilinos_Util_CrsMatrixGallery.h>

Inheritance diagram for Trilinos_Util::VbrMatrixGallery:

Collaboration diagram for Trilinos_Util::VbrMatrixGallery:

Public Member Functions
	VbrMatrixGallery (const std::string name, const Epetra_Map &map)
	VbrMatrixGallery (const std::string name, const Epetra_Comm &Comm, bool UseLongLong=false)
	~VbrMatrixGallery ()
const Epetra_BlockMap *	GetBlockMap ()
	Returns a pointer the internally stored BlockMap.
const Epetra_BlockMap &	GetBlockMapRef ()
Epetra_VbrMatrix *	GetVbrMatrix (const int NumPDEEqns)
	Returns a VbrMatrix, starting from the CsrMatrix.
Epetra_VbrMatrix *	GetVbrMatrix ()
	Returns a VbrMatrix, starting from the CsrMatrix.
Epetra_VbrMatrix &	GetVbrMatrixRef ()
Epetra_MultiVector *	GetVbrRHS ()
	Returns a pointer to the RHS for the selected Vbr exact solution.
Epetra_MultiVector *	GetVbrExactSolution ()
	Returns a pointer to the selected Vbr exact solution.
Epetra_MultiVector *	GetVbrStartingSolution ()
	Returns a pointer to the starting solution for Vbr problems.
void	CreateVbrMatrix (void)
template<typename int_type >
void	TCreateVbrMatrix (void)
Epetra_LinearProblem *	GetVbrLinearProblem ()
	Returns a pointer to Epetra_LinearProblem for VBR.
void	ComputeResidualVbr (double *residual)
	Computes the 2-norm of the residual for the VBR problem.
void	ComputeDiffBetweenStartingAndExactSolutionsVbr (double *residual)
	Computes the 2-norm of the difference between the starting solution and the exact solution for the VBR problem.
void	PrintVbrMatrixAndVectors (std::ostream &os)
	Print out Vbr matrix and vectors.
void	PrintVbrMatrixAndVectors ()
Protected Member Functions
void	CreateBlockMap (void)
template<typename int_type >
void	TCreateBlockMap (void)
void	CreateVbrExactSolution (void)
	Creates the exact solution for a Epetra_VbrMatrix.
void	CreateVbrStartingSolution ()
	Creates the starting solution for Vbr.
void	CreateVbrRHS ()
	Create the RHS corresponding to the desired exact solution for the Vbr problem.
Protected Attributes
Epetra_VbrMatrix *	VbrMatrix_
Epetra_MultiVector *	VbrExactSolution_
Epetra_MultiVector *	VbrStartingSolution_
Epetra_MultiVector *	VbrRhs_
Epetra_BlockMap *	BlockMap_
int	MaxBlkSize_
Epetra_LinearProblem *	VbrLinearProblem_

Constructor & Destructor Documentation

Trilinos_Util::VbrMatrixGallery::VbrMatrixGallery	(	const std::string	name,
		const Epetra_Map &	map
	)		`[inline]`

Trilinos_Util::VbrMatrixGallery::VbrMatrixGallery	(	const std::string	name,
		const Epetra_Comm &	Comm,
		bool	UseLongLong = `false`
	)		`[inline]`

Trilinos_Util::VbrMatrixGallery::~VbrMatrixGallery ( )

Member Function Documentation

void Trilinos_Util::VbrMatrixGallery::ComputeDiffBetweenStartingAndExactSolutionsVbr ( double * residual )

Computes the 2-norm of the difference between the starting solution and the exact solution for the VBR problem.

void Trilinos_Util::VbrMatrixGallery::ComputeResidualVbr ( double * residual )

Computes the 2-norm of the residual for the VBR problem.

void Trilinos_Util::VbrMatrixGallery::CreateBlockMap ( void ) [protected]

void Trilinos_Util::VbrMatrixGallery::CreateVbrExactSolution ( void ) [protected]

Creates the exact solution for a Epetra_VbrMatrix.

void Trilinos_Util::VbrMatrixGallery::CreateVbrMatrix ( void )

void Trilinos_Util::VbrMatrixGallery::CreateVbrRHS ( void ) [protected]

Create the RHS corresponding to the desired exact solution for the Vbr problem.

void Trilinos_Util::VbrMatrixGallery::CreateVbrStartingSolution ( void ) [protected]

Creates the starting solution for Vbr.

const Epetra_BlockMap * Trilinos_Util::VbrMatrixGallery::GetBlockMap ( void )

Returns a pointer the internally stored BlockMap.

const Epetra_BlockMap & Trilinos_Util::VbrMatrixGallery::GetBlockMapRef ( void )

Epetra_MultiVector * Trilinos_Util::VbrMatrixGallery::GetVbrExactSolution ( void )

Returns a pointer to the selected Vbr exact solution.

Epetra_LinearProblem * Trilinos_Util::VbrMatrixGallery::GetVbrLinearProblem ( void )

Returns a pointer to Epetra_LinearProblem for VBR.

Epetra_VbrMatrix * Trilinos_Util::VbrMatrixGallery::GetVbrMatrix ( const int NumPDEEqns )

Returns a VbrMatrix, starting from the CsrMatrix.

Returns a VbrMatrix, starting from the CsrMatrix. This vbr matrix is formally equivalent to the CrsMatrix returned by GetMatrix(). However, each node of the CrsMatrix is replicated num_PDE_eqns times (this value is passed in input, or set via Set("num pde eqns",IntValue)).

Epetra_VbrMatrix * Trilinos_Util::VbrMatrixGallery::GetVbrMatrix ( void )

Returns a VbrMatrix, starting from the CsrMatrix.

Epetra_VbrMatrix & Trilinos_Util::VbrMatrixGallery::GetVbrMatrixRef ( void )

Epetra_MultiVector * Trilinos_Util::VbrMatrixGallery::GetVbrRHS ( void )

Returns a pointer to the RHS for the selected Vbr exact solution.

Returns a pointer to the RHS corresponding to the selected exact solution to the linear systems defined by the Epetra_VbrMatrix.

Epetra_MultiVector * Trilinos_Util::VbrMatrixGallery::GetVbrStartingSolution ( void )

Returns a pointer to the starting solution for Vbr problems.

void Trilinos_Util::VbrMatrixGallery::PrintVbrMatrixAndVectors ( std::ostream & os )

Print out Vbr matrix and vectors.

void Trilinos_Util::VbrMatrixGallery::PrintVbrMatrixAndVectors ( )

template<typename int_type >

void Trilinos_Util::VbrMatrixGallery::TCreateBlockMap ( void ) [protected]

template<typename int_type >

void Trilinos_Util::VbrMatrixGallery::TCreateVbrMatrix ( void )

Member Data Documentation

Epetra_BlockMap* Trilinos_Util::VbrMatrixGallery::BlockMap_ [protected]

int Trilinos_Util::VbrMatrixGallery::MaxBlkSize_ [protected]

Epetra_MultiVector* Trilinos_Util::VbrMatrixGallery::VbrExactSolution_ [protected]

Epetra_LinearProblem* Trilinos_Util::VbrMatrixGallery::VbrLinearProblem_ [protected]

Epetra_VbrMatrix* Trilinos_Util::VbrMatrixGallery::VbrMatrix_ [protected]

Epetra_MultiVector* Trilinos_Util::VbrMatrixGallery::VbrRhs_ [protected]

Epetra_MultiVector* Trilinos_Util::VbrMatrixGallery::VbrStartingSolution_ [protected]

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

Public Member Functions

Protected Member Functions

Protected Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation