#include <SparseMatMUMPS.hpp>

Inheritance diagram for SparseSymmMatMUMPS< T >:

Collaboration diagram for SparseSymmMatMUMPS< T >:

Public Member Functions
	SparseSymmMatMUMPS (const uword in_row, const uword in_col, const uword in_elem=0)

unique_ptr< MetaMat< T > >	make_copy () override

Public Member Functions inherited from SparseMatBaseMUMPS< T >
	SparseMatBaseMUMPS (const uword in_row, const uword in_col, const uword in_elem, const int in_sym)

	SparseMatBaseMUMPS (const SparseMatBaseMUMPS &other)

	SparseMatBaseMUMPS (SparseMatBaseMUMPS &&) noexcept=delete

SparseMatBaseMUMPS &	operator= (const SparseMatBaseMUMPS &)=delete

SparseMatBaseMUMPS &	operator= (SparseMatBaseMUMPS &&) noexcept=delete

	~SparseMatBaseMUMPS () override

void	zeros () override

int	sign_det () const override

Public Member Functions inherited from SparseMat< T >
	SparseMat (const uword in_row, const uword in_col, const uword in_elem=0)

bool	is_empty () const override

void	zeros () override

void	nullify (const uword idx) override

T	max () const override

Col< T >	diag () const override

T	operator() (const uword in_row, const uword in_col) const override
	Access element (read-only), returns zero if out-of-bound. More...

T &	at (const uword in_row, const uword in_col) override
	Access element with bound check. More...

const T *	memptr () const override

T *	memptr () override

void	scale_accu (const T scalar, const shared_ptr< MetaMat< T > > &in_mat) override

void	scale_accu (const T scalar, const triplet_form< T, uword > &in_mat) override

Mat< T >	operator* (const Mat< T > &in_mat) const override

void	operator*= (const T scalar) override

int	sign_det () const override

void	csc_condense () override

void	csr_condense () override

Public Member Functions inherited from MetaMat< T >
	MetaMat (const uword in_rows, const uword in_cols, const uword in_elem)

	MetaMat (const MetaMat &)=default

	MetaMat (MetaMat &&) noexcept=delete

MetaMat &	operator= (const MetaMat &)=delete

MetaMat &	operator= (MetaMat &&) noexcept=delete

virtual	~MetaMat ()=default

void	set_solver_setting (const SolverSetting< T > &SS)

SolverSetting< T > &	get_solver_setting ()

void	set_factored (const bool F)

virtual bool	is_empty () const =0

virtual void	zeros ()=0

virtual unique_ptr< MetaMat >	make_copy ()=0

void	unify (const uword K)

virtual void	nullify (uword)=0

virtual T	max () const =0

virtual Col< T >	diag () const =0

virtual T	operator() (uword, uword) const =0
	Access element (read-only), returns zero if out-of-bound. More...

virtual T &	unsafe_at (const uword I, const uword J)
	Access element without bound check. More...

virtual T &	at (uword, uword)=0
	Access element with bound check. More...

virtual const T *	memptr () const =0

virtual T *	memptr ()=0

virtual void	scale_accu (T, const shared_ptr< MetaMat > &)=0

virtual void	scale_accu (T, const triplet_form< T, uword > &)=0

void	operator+= (const shared_ptr< MetaMat > &M)

void	operator-= (const shared_ptr< MetaMat > &M)

void	operator+= (const op_scale< T > &M)

void	operator-= (const op_scale< T > &M)

void	operator+= (const triplet_form< T, uword > &M)

void	operator-= (const triplet_form< T, uword > &M)

virtual Mat< T >	operator* (const Mat< T > &) const =0

virtual void	operator*= (T)=0

template<ArmaContainer< T > C>
int	solve (Mat< T > &X, C &&B)

template<ArmaContainer< T > C>
Mat< T >	solve (C &&B)

virtual int	sign_det () const =0

void	save (const char *name)

virtual void	csc_condense ()

virtual void	csr_condense ()

Col< T >	evaluate (const Col< T > &X) const

Protected Member Functions
int	direct_solve (Mat< T > &X, Mat< T > &&B) override

Protected Member Functions inherited from SparseMatBaseMUMPS< T >
int	direct_solve (Mat< T > &X, Mat< T > &&B) override

int	direct_solve (Mat< T > &X, const Mat< T > &B) override

int	direct_solve (Mat< T > &X, Mat< T > &&B) override

Protected Member Functions inherited from MetaMat< T >
virtual int	direct_solve (Mat< T > &, const Mat< T > &)=0

virtual int	direct_solve (Mat< T > &, Mat< T > &&)=0

int	direct_solve (Mat< T > &X, const SpMat< T > &B)

int	direct_solve (Mat< T > &X, SpMat< T > &&B)

int	iterative_solve (Mat< T > &, const Mat< T > &)

int	iterative_solve (Mat< T > &X, const SpMat< T > &B)

template<std::invocable< fmat & > F>
int	mixed_trs (mat &X, mat &&B, F trs)

Additional Inherited Members
Public Attributes inherited from MetaMat< T >
triplet_form< T, uword >	triplet_mat

const uword	n_rows

const uword	n_cols

const uword	n_elem

Protected Attributes inherited from SparseMatBaseMUMPS< T >
triplet_form< T, uword >	h_mat

Protected Attributes inherited from MetaMat< T >
bool	factored = false

SolverSetting< T >	setting {}

Constructor & Destructor Documentation

◆ SparseSymmMatMUMPS()

template<sp_d T>

SparseSymmMatMUMPS< T >::SparseSymmMatMUMPS	(	const uword	in_row,
		const uword	in_col,
		const uword	in_elem = `0`
	)

inline

Member Function Documentation

◆ direct_solve()

template<sp_d T>

int SparseSymmMatMUMPS< T >::direct_solve	(	Mat< T > &	X,
		Mat< T > &&	B
	)

inlineoverrideprotectedvirtual

Reimplemented from SparseMatBaseMUMPS< T >.

Here is the call graph for this function:

◆ make_copy()

template<sp_d T>

unique_ptr< MetaMat< T > > SparseSymmMatMUMPS< T >::make_copy ( )

inlineoverridevirtual

Implements MetaMat< T >.

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

Domain/MetaMat/SparseMatMUMPS.hpp

Public Member Functions

Protected Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

◆ SparseSymmMatMUMPS()

Member Function Documentation

◆ direct_solve()

◆ make_copy()