Alien::IInternalEigenSolver< Matrix, Vector > Class Template Reference

Eigen solver interface. More...

#include <core/alien/core/backend/IInternalEigenSolverT.h>

Collaboration diagram for Alien::IInternalEigenSolver< Matrix, Vector >:

Public Member Functions
virtual	~IInternalEigenSolver ()
	Free resources.
virtual void	init ()=0
	Initialize the eigen solver.
virtual bool	solve (const EigenProblem &problem)=0
	Solve the eigen problem.
virtual bool	hasParallelSupport () const =0
	Indicates if the kernel is parallel.
virtual const IEigenSolver::Status &	getStatus () const =0
	Get solver resolution status.

Detailed Description

template<class Matrix, class Vector>
class Alien::IInternalEigenSolver< Matrix, Vector >

Eigen solver interface.

Interface for all eigen solver package

Template Parameters

Matrix	The type of matrix used
Vector	The type of vector used

Definition at line 49 of file IInternalEigenSolverT.h.

Constructor & Destructor Documentation

~IInternalEigenSolver()

template<class Matrix, class Vector>

virtual Alien::IInternalEigenSolver< Matrix, Vector >::~IInternalEigenSolver ( )

inlinevirtual

Free resources.

Definition at line 53 of file IInternalEigenSolverT.h.

Member Function Documentation

getStatus()

template<class Matrix, class Vector>

virtual const IEigenSolver::Status & Alien::IInternalEigenSolver< Matrix, Vector >::getStatus ( ) const

pure virtual

Get solver resolution status.

Returns

The solver status

hasParallelSupport()

template<class Matrix, class Vector>

virtual bool Alien::IInternalEigenSolver< Matrix, Vector >::hasParallelSupport ( ) const

pure virtual

Indicates if the kernel is parallel.

Returns

Parallel support capability

solve()

template<class Matrix, class Vector>

virtual bool Alien::IInternalEigenSolver< Matrix, Vector >::solve ( const EigenProblem & problem )

pure virtual

Solve the eigen problem.

Parameters

[in,out]

problem

The eigen problem

Returns

Solver success status

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

• IInternalEigenSolverT.h