eigensolver::ArpackOperatorWrapper< T, U, V > Class Template Reference

#include <arpackpp.hh>

Public Member Functions
	ArpackOperatorWrapper (concepts::Operator< T > &OP, concepts::Operator< U > &A, concepts::Operator< V > &B)
template<class S >
void	multAxp (S *v, S *w)
template<class S >
void	multBxp (S *v, S *w)
template<class S >
void	multOPx (S *v, S *w)
template<class S >
void	multOPxRegular (S *v, S *w)

Detailed Description

template<class T, class U, class V>
class eigensolver::ArpackOperatorWrapper< T, U, V >

Wrapper for general operators and general eigenproblems

Definition at line 69 of file arpackpp.hh.

Constructor & Destructor Documentation

ArpackOperatorWrapper()

template<class T , class U , class V >

eigensolver::ArpackOperatorWrapper< T, U, V >::ArpackOperatorWrapper ( concepts::Operator< T > &  OP, concepts::Operator< U > &  A, concepts::Operator< V > &  B  )

inline

Constructor for the wrapper

Parameters

OP	the operator that you want to apply in the method multOPx
A	the operator that you want to apply in the method multAxp
B	the operator that you want to apply in the method multBxp

Definition at line 78 of file arpackpp.hh.

Member Function Documentation

multAxp()

template<class T , class U , class V >

template<class S >

void eigensolver::ArpackOperatorWrapper< T, U, V >::multAxp ( S *  v, S *  w  )

inline

Applies the operator A and stores the result.

Parameters

v	vector the operator A is applied to
w	vector that stores A * v

Definition at line 91 of file arpackpp.hh.

multBxp()

template<class T , class U , class V >

template<class S >

void eigensolver::ArpackOperatorWrapper< T, U, V >::multBxp ( S *  v, S *  w  )

inline

Applies the operator B and stores the result.

Parameters

v	vector the operator B is applied to
w	vector that stores B * v

Definition at line 105 of file arpackpp.hh.

multOPx()

template<class T , class U , class V >

template<class S >

void eigensolver::ArpackOperatorWrapper< T, U, V >::multOPx ( S *  v, S *  w  )

inline

Applies the operator OP and stores the result.

Parameters

v	vector the operator Op is applied to
w	vector that stores Op * v

Definition at line 119 of file arpackpp.hh.

multOPxRegular()

template<class T , class U , class V >

template<class S >

void eigensolver::ArpackOperatorWrapper< T, U, V >::multOPxRegular ( S *  v, S *  w  )

inline

Applies the chaining of the operator OP with A and stores the result.

Parameters

v	vector the operators Op and A are applied to
w	vector that stores Op * A * v

Definition at line 134 of file arpackpp.hh.

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

• eigensolver/arpackpp.hh