bem::rwg Namespace Reference

Namespace for RWG-based BEM functionality. More...

Classes
class	Aefie
	Class defining the RWG-based AEFIE. More...
class	AefieLumpedElement
	Class providing lumped elements functionality for the AEFIE. More...
class	Continuity
	Class defining the RWG-based surface continuity equation. More...
class	DivRwgOp
	Class for computing the discrete divergence matrix for RWG functions. More...
class	EdgeExcitationAssembler
	Class for generating excitation matrices for RWG-based BEM systems with RWG testing functions. More...
class	EdgeFaceOperatorAssembler
	Class for generating operator matrices for RWG observation and pulse source functions. More...
class	EdgeOperatorAssembler
	Class for generating operator matrices for RWG observation and source functions. More...
class	EdgeProjectorAssembler
	Class for generating projector matrices for edge-based RWG source functions. More...
class	ExcitationAssemblerBase
	Base class for generating excitation matrices for RWG-based BEM systems. More...
class	ExcitationBase
	Base class for generating excitation coefficients for RWG-based BEM systems. More...
class	FaceEdgeOperatorAssembler
	Class for generating operator matrices for pulse observation and RWG source functions. More...
class	FaceExcitationAssembler
	Class for generating excitation matrices for RWG-based BEM systems with pulse testing functions. More...
class	FaceOperatorAssembler
	Class for generating operator matrices for pulse observation and source functions. More...
class	FaceProjectorAssembler
	Class for generating projector matrices for face-based pulse source functions. More...
class	GenericPulseOp
	Class for computing pulse function operators based on a given OperatorName. More...
class	GenericRwgOp
	Class for computing RWG operators based on a given OperatorName. More...
class	GradScalarSingleLayerProj
	Class for computing the gradient of the scalar single-layer potential projector. More...
class	InfinitesimalGap
	Class for setting infinitesimal gap excitation coefficients for RWG-based BEM systems. More...
class	IntegralEquationBase
	Base class defining an RWG-based integral equation. More...
struct	IntegrationSettings
	Data structure defining settings for strategic integration over the observation and source triangles. More...
class	LumpedElementBase
	Base class for generating excitation coefficients and coupling matrices for lumped ports. More...
class	Nefie
	Class defining the RWG-based NEFIE. More...
class	NefieLumpedElement
	Class providing lumped element functionality for the NEFIE. More...
class	Nmfie
	Class defining the RWG-based NMFIE. More...
class	NxRwgPlaneWave
	Class for computing plane wave excitation vector coefficients when tested with rotated RWG functions. More...
class	ObsIntegratorBase
	Base class for integration over the observation triangle for RWG-based BEM operators. More...
class	ObsQuadrature
	Class for quadrature over the observation triangle for RWG-based BEM operators. Reference: O. Ergul, L. Gurel, "The Multilevel Fast Multipole Algorithm (MLFMA) for Solving Large-Scale Computational Electromagnetics Problems," book, Wiley-IEEE Press, 2014. More...
struct	ObsResult
	Data structure to hold the results of integration over the observation triangle. More...
class	ObsStrategic
	Strategic integration over the observation triangle for RWG-based BEM operators. The method of integrationis chosen automatically and strategically based on mesh parameters, materials, and frequency. More...
class	OperatorAssemblerBase
	Base class for generating RWG-based BEM operator matrices. More...
class	OperatorBase
	Base class for RWG-based BEM operators. More...
class	PlaneWaveBase
	Class for computing plane wave excitation vector coefficients for RWG-based BEM systems. More...
class	ProjectorAssemblerBase
	Base class for generating RWG-based BEM projector matrices. More...
class	ProjectorBase
	Base class for RWG-based BEM projectors. More...
class	Pulse
	Class for operations associated with pulse functions. More...
class	RotGradScalarSingleLayerOp
	Class for computing the rotationally-tested gradient of the scalar single-layer potential operator. More...
class	RotRwgRwgOp
	Class for computing the rotationally-tested RWG identity operator. More...
class	RotVectorDoubleLayerPvOp
	Class for computing the rotationally-tested vector double-layer potential operator in a principal value sense. More...
class	RotVectorHypersingularOp
	Class for computing the rotationally-tested vector hypersingular operator. More...
class	RotVectorSingleLayerOp
	Class for computing the rotationally-tested vector single-layer potential operator. More...
class	Rwg
	Class for operations associated with RWG functions. More...
class	RwgPlaneWave
	Class for computing plane wave excitation vector coefficients when tested with RWG functions. More...
class	RwgRwgOp
	Class for computing the RWG identity operator. More...
class	ScalarSingleLayerOp
	Class for computing the scalar single-layer potential operator. More...
class	ScalarSingleLayerProj
	Class for computing the scalar single-layer potential projector. More...
struct	SrcIntegrationSettings
	Data structure defining settings for strategic integration over the source triangle. More...
class	SrcIntegratorBase
	Base class for integration over the source triangle for RWG-based BEM operators. More...
class	SrcLineIntegrator
	Class for line integration over the source triangle for RWG-based BEM operators. References: More...
class	SrcQuadrature
	Class for quadrature over the source triangle for RWG-based BEM operators. Reference: More...
struct	SrcResult
	Data structure to hold the results of integration over the source triangle. More...
class	SrcSingularity
	Class for 2D quadrature over the source triangle with singularity treatment for RWG-based BEM operators. Reference: More...
class	SrcStrategic
	Class integration over the source triangle for RWG-based BEM operators. The method of integration is chosen automatically and strategically based on mesh parameters, materials, and frequency. More...
class	Tefie
	Class defining the RWG-based TEFIE. More...
class	TefieLumpedElement
	Class providing lumped element functionality for the TEFIE. More...
class	Tmfie
	Class defining the RWG-based TMFIE. More...
class	VectorDoubleLayerProj
	Class for computing the vector double-layer potential projector. More...
class	VectorDoubleLayerPvOp
	Class for computing the vector double-layer potential operator in a principal value sense. More...
class	VectorHypersingularOp
	Class for computing the vector hypersingular operator. More...
class	VectorHypersingularProj
	Class for computing the vector hypersingular potential projector. More...
class	VectorOperatorsAssembler
	Class for generating the full set of vector operator matrices for RWG observation and source functions. More...
class	VectorRwgOps
	Class for computing the full set of vector RWG operators. More...
class	VectorSingleLayerOp
	Class for computing the vector single-layer potential operator. More...
class	VectorSingleLayerProj
	Class for computing the vector single-layer potential projector. More...

Enumerations
enum class	OperatorName {   VECTOR_SINGLE_LAYER , ROT_VECTOR_SINGLE_LAYER , VECTOR_DOUBLE_LAYER_PV , ROT_VECTOR_DOUBLE_LAYER_PV ,   SCALAR_SINGLE_LAYER , VECTOR_HYPERSINGULAR , ROT_VECTOR_HYPERSINGULAR , RWG_RWG ,   ROT_RWG_RWG , PULSE_PULSE , DIVRWG , DEFAULT }
	Enum class defining operator names. More...

Functions
std::ostream &	operator<< (std::ostream &os, OperatorName op_name)
	Overloaded output stream operator for OperatorName.

Variables
const Float	INF_GAP_DEFAULT_TOL = 1.0e-6
	Default tolerance used to identify mesh edges to associate with the infinitesimal gap coordinates.

Detailed Description

Namespace for RWG-based BEM functionality.

Variable Documentation

INF_GAP_DEFAULT_TOL

const Float bem::rwg::INF_GAP_DEFAULT_TOL = 1.0e-6

Default tolerance used to identify mesh edges to associate with the infinitesimal gap coordinates.

Definition at line 42 of file inf_gap.hpp.