Inheritance diagram for GIMLI::LinSolver:

Collaboration diagram for GIMLI::LinSolver:

Public Member Functions
	LinSolver (bool verbose=false)

	LinSolver (RSparseMatrix &S, bool verbose=false)

	LinSolver (RSparseMapMatrix &S, bool verbose=false)

	LinSolver (CSparseMatrix &S, bool verbose=false)

	LinSolver (RSparseMatrix &S, SolverType solverType, bool verbose=false)

	LinSolver (CSparseMatrix &S, SolverType solverType, bool verbose=false)

RVector	operator() (const RVector &rhs)

CVector	operator() (const CVector &rhs)

void	solve (const RVector &rhs, RVector &solution)

void	solve (const CVector &rhs, CVector &solution)

RVector	solve (const RVector &rhs)

CVector	solve (const CVector &rhs)

void	setSolverType (SolverType solverType=AUTOMATIC)

void	setMatrix (RSparseMatrix &S, int stype=-2)

void	setMatrix (CSparseMatrix &S, int stype=-2)

SolverType	solverType () const

std::string	solverName () const

std::string	name () const

Public Member Functions inherited from GIMLI::SolverWrapper
	SolverWrapper (bool verbose=false)

virtual void	setMatrix (const RSparseMatrix &S)

virtual void	setMatrix (const CSparseMatrix &S)

std::string	name () const

Protected Member Functions
void	init_ ()

void	initialize_ (RSparseMatrix &S, int stype)

void	initialize_ (CSparseMatrix &S, int stype)

Protected Attributes
MatrixBase *	cacheMatrix_

SolverType	solverType_

SolverWrapper *	solver_

uint	rows_

uint	cols_

Protected Attributes inherited from GIMLI::SolverWrapper
std::string	name_

bool	dummy_

bool	verbose_

bool	isComplex_

uint	dim_

long	nVals_

double	dropTol_

double	tolerance_

double	maxiter_

Member Function Documentation

◆ setMatrix() [1/2]

void GIMLI::LinSolver::setMatrix	(	CSparseMatrix &	S,
		int	stype = -2 )

Verbose level = -1, use Linsolver.verbose().

References setMatrix().

void GIMLI::LinSolver::setMatrix	(	RSparseMatrix &	S,
		int	stype = -2 )

Forwarded to the wrapper to overwrite settings within S. stype =-2 -> use S.stype()

References setMatrix().

void GIMLI::LinSolver::solve	(	const CVector &	rhs,
		CVector &	solution )

virtual

void GIMLI::LinSolver::solve	(	const RVector &	rhs,
		RVector &	solution )

virtual