Bembel::HelmholtzSingleLayerPotential< LinOp > Class Template Reference

This class implements the specification of the integration for the single layer potential for Helmholtz. More...

#include <SingleLayerPotential.hpp>

Inheritance diagram for Bembel::HelmholtzSingleLayerPotential< LinOp >:

Collaboration diagram for Bembel::HelmholtzSingleLayerPotential< LinOp >:

Detailed Description

template<typename LinOp>
class Bembel::HelmholtzSingleLayerPotential< LinOp >

This class implements the specification of the integration for the single layer potential for Helmholtz.

Definition at line 35 of file SingleLayerPotential.hpp.

Public Member Functions
Eigen::Matrix< typename PotentialReturnScalar< typename LinearOperatorTraits< LinOp >::Scalar, std::complex< double > >::Scalar, 1, 1 >	evaluateIntegrand_impl (const FunctionEvaluator< LinOp > &fun_ev, const ElementTreeNode &element, const Eigen::Vector3d &point, const SurfacePoint &p) const
std::complex< double >	evaluateKernel (const Eigen::Vector3d &x, const Eigen::Vector3d &y) const
	Fundamental solution of Laplace problem.
void	set_wavenumber (std::complex< double > wavenumber)
std::complex< double >	get_wavenumber ()
Public Member Functions inherited from Bembel::PotentialBase< HelmholtzSingleLayerPotential< LinOp >, LinOp >
Eigen::Matrix< typename PotentialReturnScalar< typename LinearOperatorTraits< LinOp >::Scalar, typename PotentialTraits< HelmholtzSingleLayerPotential< LinOp > >::Scalar >::Scalar, 1, PotentialTraits< HelmholtzSingleLayerPotential< LinOp > >::OutputSpaceDimension >	evaluateIntegrand (const AnsatzSpace< LinOp > &ansatz_space, const Eigen::Matrix< typename LinearOperatorTraits< LinOp >::Scalar, Eigen::Dynamic, getFunctionSpaceVectorDimension< LinearOperatorTraits< LinOp >::Form >()> &coeff, const Eigen::VectorXd &point, const SurfacePoint &p) const
HelmholtzSingleLayerPotential< LinOp > &	derived ()
const HelmholtzSingleLayerPotential< LinOp > &	derived () const

Constructor & Destructor Documentation

HelmholtzSingleLayerPotential()

template<typename LinOp >

Bembel::HelmholtzSingleLayerPotential< LinOp >::HelmholtzSingleLayerPotential ( )

inline

Definition at line 40 of file SingleLayerPotential.hpp.

Member Function Documentation

evaluateIntegrand_impl()

template<typename LinOp >

Eigen::Matrix< typename PotentialReturnScalar< typename LinearOperatorTraits< LinOp >::Scalar, std::complex< double > >::Scalar, 1, 1 > Bembel::HelmholtzSingleLayerPotential< LinOp >::evaluateIntegrand_impl ( const FunctionEvaluator< LinOp > &  fun_ev, const ElementTreeNode &  element, const Eigen::Vector3d &  point, const SurfacePoint &  p  ) const

inline

Definition at line 45 of file SingleLayerPotential.hpp.

evaluateKernel()

template<typename LinOp >

std::complex< double > Bembel::HelmholtzSingleLayerPotential< LinOp >::evaluateKernel ( const Eigen::Vector3d &  x, const Eigen::Vector3d &  y  ) const

inline

Fundamental solution of Laplace problem.

Definition at line 78 of file SingleLayerPotential.hpp.

get_wavenumber()

template<typename LinOp >

std::complex< double > Bembel::HelmholtzSingleLayerPotential< LinOp >::get_wavenumber ( )

inline

Definition at line 93 of file SingleLayerPotential.hpp.

set_wavenumber()

template<typename LinOp >

void Bembel::HelmholtzSingleLayerPotential< LinOp >::set_wavenumber ( std::complex< double >  wavenumber )

inline

Definition at line 87 of file SingleLayerPotential.hpp.

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

• Bembel/src/Helmholtz/SingleLayerPotential.hpp