Inheritance diagram for PARDISOSolverDouble:

Collaboration diagram for PARDISOSolverDouble:

Public Member Functions
	PARDISOSolverDouble ()

	PARDISOSolverDouble (const long long int matrixType)

virtual	~PARDISOSolverDouble ()

void	numericalFactorization (long long int rowIndex, long long int columns, double *values)

void	solve (long long int rowIndex, long long int columns, double values, long long int nrhs, double rhsValues, double *solution)

Public Member Functions inherited from PARDISOSolver
	PARDISOSolver ()

	PARDISOSolver (const long long int matrixType)

virtual	~PARDISOSolver ()

void	initialize (const std::string &oocHeaderName, const long long int imode, const long long int type)

void	analysis (long long int nEq, long long int rowIndex, long long int columns)

void	releaseMemory ()

void	writeMemoryRequired () const

int	getSolutionStage () const

void	setSolutionStage (const int stage)

Private Member Functions
	PARDISOSolverDouble (const PARDISOSolverDouble &rhs)

PARDISOSolverDouble &	operator= (const PARDISOSolverDouble &rhs)

Additional Inherited Members
Public Types inherited from PARDISOSolver
enum	solutionStage { MEMORY_RELEASED = 0 , INITIALIZED , ANALYZED , FACTORIZED , SOLVED }

Static Public Attributes inherited from PARDISOSolver
static const int	INCORE_MODE = 0

static const int	SELECT_MODE_AUTOMATICALLY = 1

static const int	OUT_OF_CORE_MODE = 2

static const int	REAL_AND_STRUCTURALLY_SYMMETRIC = 1

static const int	REAL_AND_SYMMETRIC_POSITIVE_DEFINITE = 2

static const int	REAL_AND_SYMMETRIC_INDEFINITE = -2

static const int	COMPLEX_AND_STRUCTURALLY_SYMMETRIC =3

static const int	COMPLEX_AND_HERMITIAN_POSITIVE_DEFINITE = 4

static const int	COMPLEX_AND_HERMITIAN_INDEFINITE = -4

static const int	COMPLEX_AND_SYMMETRIC_MATRIX = 6

static const int	REAL_AND_UNSYMMETRIC_MATRIX = 11

static const int	COMPLEX_AND_UNSYMMETRIC_MATRIX = 13

Protected Member Functions inherited from PARDISOSolver
void	outputErrorMessages (const int ier) const

Protected Attributes inherited from PARDISOSolver
void *	m_pt [64]

long long int	m_maxfct

long long int	m_mnum

long long int	m_mtype

long long int	m_numEquations

long long int	m_iparm [64]

long long int	m_msglvl

double	m_peakMemorySymbolicFactorization

double	m_permanetMemorySymbolicFactorization

double	m_memoryForNumericalFactorizationIncore

double	m_memoryForNumericalFactorizationOutcore

int	m_solutionStage

Constructor & Destructor Documentation

◆ PARDISOSolverDouble() [1/3]

PARDISOSolverDouble::PARDISOSolverDouble ( )

explicit

PARDISOSolverDouble::PARDISOSolverDouble ( const long long int matrixType )

explicit

PARDISOSolverDouble::~PARDISOSolverDouble ( )

virtual

PARDISOSolverDouble::PARDISOSolverDouble ( const PARDISOSolverDouble & rhs )

private

void PARDISOSolverDouble::numericalFactorization	(	long long int *	rowIndex,
		long long int *	columns,
		double *	values
	)

PARDISOSolverDouble& PARDISOSolverDouble::operator= ( const PARDISOSolverDouble & rhs )

private

void PARDISOSolverDouble::solve	(	long long int *	rowIndex,
		long long int *	columns,
		double *	values,
		long long int	nrhs,
		double *	rhsValues,
		double *	solution
	)

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