Class defining the RWG-based NMFIE. More...

#include <nmfie.hpp>

Inheritance diagram for bem::rwg::Nmfie< MatrixType >:

Detailed Description

template<typename MatrixType = EigenDenseMatrix<Complex>>
class bem::rwg::Nmfie< MatrixType >

Class defining the RWG-based NMFIE.

Template Parameters

MatrixType - Matrix type used for all operators, must derive from MatrixBase<Complex>.

Examples: /examples/ex01_start_here.cpp.

Definition at line 58 of file nmfie.hpp.

Member Function Documentation

◆ set_operators()

template<typename MatrixType = EigenDenseMatrix<Complex>>

void bem::rwg::Nmfie< MatrixType >::set_operators	(	const RotVectorHypersingularOp<> &	op_Tr,
		const RotVectorDoubleLayerPvOp<> &	op_Kr
	)

inline

Sets custom operators for the Nmfie object.

Parameters

[in]	op_Tr	- Object for the rotationally-tested vector hypersingular operator.
[in]	op_Kr	- Object for the rotationally-tested vector double-layer potential operator.

Definition at line 71 of file nmfie.hpp.

◆ j_matrix()

template<typename MatrixType = EigenDenseMatrix<Complex>>

MatrixType bem::rwg::Nmfie< MatrixType >::j_matrix	(	const Float	f,
		const Material &	material
	)

inline

Computes the operator matrix associated with the electric surface current density.

Parameters

[in]	f	- Frequency in Hz.
[in]	material	- Material for which the equation is defined.

Returns: Operator matrix.

Examples: /examples/ex01_start_here.cpp.

Definition at line 88 of file nmfie.hpp.

◆ m_matrix()

template<typename MatrixType = EigenDenseMatrix<Complex>>

MatrixType bem::rwg::Nmfie< MatrixType >::m_matrix	(	const Float	f,
		const Material &	material
	)

inline

Computes the operator matrix associated with the magnetic surface current density.

Parameters

[in]	f	- Frequency in Hz.
[in]	material	- Material for which the equation is defined.

Returns: Operator matrix.

Definition at line 113 of file nmfie.hpp.

◆ id_matrix()

template<typename MatrixType = EigenDenseMatrix<Complex>>

MatrixType bem::rwg::Nmfie< MatrixType >::id_matrix ( )

inline

Returns the identity operator matrix associated with the electric surface current density.

Returns: Operator matrix.

Definition at line 138 of file nmfie.hpp.

◆ exc_matrix()

template<typename MatrixType = EigenDenseMatrix<Complex>>

MatrixType bem::rwg::Nmfie< MatrixType >::exc_matrix	(	const Float	f,
		const Material &	material,
		ExcitationBase< 3 > &	exc
	)

inline

Returns the excitation matrix for a given excitation operator.

Parameters

[in]	f	- Frequency in Hz.
[in]	material	- Material for which the equation is defined.
[in]	exc	- Excitation operator.

Returns: Excitation matrix.

Examples: /examples/ex01_start_here.cpp.

Definition at line 154 of file nmfie.hpp.

◆ j_projector()

template<typename MatrixType = EigenDenseMatrix<Complex>>

MatrixType bem::rwg::Nmfie< MatrixType >::j_projector	(	const Float	f,
		const Material &	material,
		const PointCloud< 3 > &	points
	)

inline

Returns the projector matrix associated with the electric surface current density.

Parameters

[in]	f	- Frequency in Hz.
[in]	material	- Material for which the equation is defined.
[in]	points	- Points at which to project fields.

Returns: Projector matrix.

Examples: /examples/ex01_start_here.cpp.

Definition at line 187 of file nmfie.hpp.

◆ m_projector()

template<typename MatrixType = EigenDenseMatrix<Complex>>

MatrixType bem::rwg::Nmfie< MatrixType >::m_projector	(	const Float	f,
		const Material &	material,
		const PointCloud< 3 > &	points
	)

inline

Returns the projector matrix associated with the magnetic surface current density.

Parameters

[in]	f	- Frequency in Hz.
[in]	material	- Material for which the equation is defined.
[in]	points	- Points at which to project fields.

Returns: Projector matrix.

Definition at line 211 of file nmfie.hpp.

Member Data Documentation

◆ op_Tr_

template<typename MatrixType = EigenDenseMatrix<Complex>>

RotVectorHypersingularOp bem::rwg::Nmfie< MatrixType >::op_Tr_

protected

Definition at line 234 of file nmfie.hpp.

◆ op_Kr_

template<typename MatrixType = EigenDenseMatrix<Complex>>

RotVectorDoubleLayerPvOp bem::rwg::Nmfie< MatrixType >::op_Kr_

protected

Definition at line 235 of file nmfie.hpp.

◆ proj_T_

template<typename MatrixType = EigenDenseMatrix<Complex>>

VectorHypersingularProj bem::rwg::Nmfie< MatrixType >::proj_T_

protected

Definition at line 237 of file nmfie.hpp.

◆ proj_K_

template<typename MatrixType = EigenDenseMatrix<Complex>>

VectorDoubleLayerProj bem::rwg::Nmfie< MatrixType >::proj_K_

protected

Definition at line 238 of file nmfie.hpp.

◆ assembler_

template<typename MatrixType = EigenDenseMatrix<Complex>>

EdgeOperatorAssembler bem::rwg::Nmfie< MatrixType >::assembler_ = EdgeOperatorAssembler(base::obs_mesh_, base::src_mesh_, base::elem_pairs_)

protected

Definition at line 240 of file nmfie.hpp.

◆ obs_mesh_

template<typename MatrixType = EigenDenseMatrix<Complex>>

const TriangleMesh<3>& bem::rwg::IntegralEquationBase< MatrixType >::obs_mesh_

protectedinherited

Definition at line 125 of file base.hpp.

◆ src_mesh_

template<typename MatrixType = EigenDenseMatrix<Complex>>

const TriangleMesh<3>& bem::rwg::IntegralEquationBase< MatrixType >::src_mesh_

protectedinherited

Definition at line 126 of file base.hpp.

◆ elem_pairs_

template<typename MatrixType = EigenDenseMatrix<Complex>>

const EigMatNX<Index, 2> bem::rwg::IntegralEquationBase< MatrixType >::elem_pairs_

protectedinherited

Definition at line 127 of file base.hpp.

◆ flip_normals_

template<typename MatrixType = EigenDenseMatrix<Complex>>

const bool bem::rwg::IntegralEquationBase< MatrixType >::flip_normals_ = false

protectedinherited

Definition at line 128 of file base.hpp.

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

source/rwg/integral_equations/nmfie.hpp