Inheritance diagram for PardisoSchur32Solver:

Public Member Functions
	PardisoSchur32Solver (SparseSymMatrix *sgm)

	PardisoSchur32Solver (SparseSymMatrix *sgm, const int numOfNegEigVal_in)

virtual void	firstCall ()

virtual void	solve (OoqpVector &rhs)

Public Member Functions inherited from PardisoSchurSolver
void	firstSolveCall (SparseGenMatrix &R, SparseGenMatrix &A, SparseGenMatrix &C)

	PardisoSchurSolver (SparseSymMatrix *sgm)

	PardisoSchurSolver (SparseSymMatrix *sgm, const int numOfNegEigVal_in)

virtual void	diagonalChanged (int idiag, int extent)

virtual int	matrixChanged ()

virtual void	solve (GenMatrix &rhs)

virtual void	schur_solve (SparseGenMatrix &R, SparseGenMatrix &A, SparseGenMatrix &C, DenseSymMatrix &SC)

Public Member Functions inherited from DoubleLinearSolver
	DoubleLinearSolver ()

virtual void	solveTrans (OoqpVector &x)

virtual void	Lsolve (OoqpVector &x)

virtual void	Dsolve (OoqpVector &x)

virtual void	Ltsolve (OoqpVector &x)

virtual	~DoubleLinearSolver ()

Additional Inherited Members
Public Attributes inherited from DoubleLinearSolver
int	negEigVal

int	KryIter

Protected Member Functions inherited from PardisoSchurSolver
	PardisoSchurSolver ()

void	SetUpPardisoSchurSolver (SparseSymMatrix *sgm)

virtual	~PardisoSchurSolver ()

Protected Attributes inherited from PardisoSchurSolver
SparseSymMatrix *	Msys

bool	first

bool	firstSolve

void *	pt [64]

int	iparm [64]

double	dparm [64]

int	num_threads

int	n

int	nSC

int	nnz

int *	rowptrAug

int *	colidxAug

double *	eltsAug

int *	index_LowTri

map< int, int >	diagMap

int *	elementMap_R

int *	elementMap_A

int *	elementMap_C

int	numOfNegEigVal

double *	nvec

Constructor & Destructor Documentation

PardisoSchur32Solver::PardisoSchur32Solver ( SparseSymMatrix * sgm )

PardisoSchur32Solver::PardisoSchur32Solver	(	SparseSymMatrix *	sgm,
		const int	numOfNegEigVal_in
	)

PardisoSchur32Solver::PardisoSchur32Solver ( )

inlineprivate

Member Function Documentation

void PardisoSchur32Solver::firstCall ( )

virtual

Reimplemented from PardisoSchurSolver.

void PardisoSchur32Solver::solve ( OoqpVector & x )

virtual

solves a linear system.

Parameters

x	on entry the right hand side of the system to be solved. On exit, the solution.

Reimplemented from PardisoSchurSolver.

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

/home/michel/git/PIPS/PIPS-NLP/Core/LinearSolvers/PardisoSolver/PardisoSchurSolver.h
/home/michel/git/PIPS/PIPS-NLP/Core/LinearSolvers/PardisoSolver/PardisoSchurSolver.C
/home/michel/git/PIPS/PIPS-NLP/Core/LinearSolvers/PardisoSolver/testV.C