Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType > Class Template Reference

Eigen LU Linear solver. More...

#include <Eigen_LUSolver.hpp>

Inheritance diagram for Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >:

Public Member Functions
	Eigen_LUSolver ()
	~Eigen_LUSolver ()
void	Initialize (const ISparseArray &matrix, const IArray &rightHandSide, IArray &solution, const Configuration &config=Configuration())
	Initialize the linear solver Ax = b.
void	Initialize (const IArray &rightHandSide, IArray &solution, const Configuration &config=Configuration())
SolutionInfo	Solve () const
	Compute the solution.
void	Initialize (const ISparseArray &matrix, const Configuration &config=Configuration())
	Initialize the linear solver for system Ax = b.
SolutionInfo	Solve (const IArray &rightHandSide, IArray &solution) const
	Compute the solution for system Ax = b.
Public Member Functions inherited from Gedim::ILinearSolver
virtual	~ILinearSolver ()

Detailed Description

template<typename Eigen_ArrayType = Eigen::VectorXd, typename Eigen_SparseArrayType = Eigen::SparseMatrix<double>>
class Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >

Eigen LU Linear solver.

Constructor & Destructor Documentation

Eigen_LUSolver()

template<typename Eigen_ArrayType = Eigen::VectorXd, typename Eigen_SparseArrayType = Eigen::SparseMatrix<double>>

Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >::Eigen_LUSolver ( )

inline

~Eigen_LUSolver()

template<typename Eigen_ArrayType = Eigen::VectorXd, typename Eigen_SparseArrayType = Eigen::SparseMatrix<double>>

Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >::~Eigen_LUSolver ( )

inline

Member Function Documentation

Initialize() [1/3]

template<typename Eigen_ArrayType , typename Eigen_SparseArrayType >

void Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >::Initialize	(	const IArray &	rightHandSide,
		IArray &	solution,
		const Configuration &	config = Configuration()
	)

Initialize() [2/3]

template<typename Eigen_ArrayType , typename Eigen_SparseArrayType >

void Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >::Initialize ( const ISparseArray &  matrix, const Configuration &  config = Configuration()  )

virtual

Initialize the linear solver for system Ax = b.

Parameters

matrix

The matrix A

Implements Gedim::ILinearSolver.

Initialize() [3/3]

template<typename Eigen_ArrayType , typename Eigen_SparseArrayType >

void Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >::Initialize ( const ISparseArray &  matrix, const IArray &  rightHandSide, IArray &  solution, const Configuration &  config = Configuration()  )

virtual

Initialize the linear solver Ax = b.

Parameters

matrix	The matrix A
rightHandSide	The right-hand side b
solution	The solution x

Implements Gedim::ILinearSolver.

Solve() [1/2]

template<typename Eigen_ArrayType , typename Eigen_SparseArrayType >

ILinearSolver::SolutionInfo Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >::Solve ( ) const

virtual

Compute the solution.

Implements Gedim::ILinearSolver.

Solve() [2/2]

template<typename Eigen_ArrayType , typename Eigen_SparseArrayType >

ILinearSolver::SolutionInfo Gedim::Eigen_LUSolver< Eigen_ArrayType, Eigen_SparseArrayType >::Solve ( const IArray &  rightHandSide, IArray &  solution  ) const

virtual

Compute the solution for system Ax = b.

Parameters

rightHandSide	The right-hand side b
solution	The solution x

Implements Gedim::ILinearSolver.

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

• Eigen_LUSolver.hpp
• Eigen_LUSolver.cpp