Maxwell Namespace Reference

Namespaces
	bc
	util

Classes
class	rhs

Typedefs
typedef simulation::grid::subregion	GridRegionType

Functions
int	ComputeCurl (int numDim, size_t *numX, int numComponents, size_t numPoints, size_t *opInterval, int *stencilID, plascom2::operators::sbp::base &inOperator, double *recipDeltaX, double *inputField, double *outputField)
int	ComputeMaxwellRHS_Bfield (int numDim, size_t *numX, int numComponents, size_t numPoints, size_t *opInterval, int *stencilID, plascom2::operators::sbp::base &inOperator, double *recipDeltaX, double *Efield, double *dBdt)
int	ComputeMaxwellRHS_Dfield (int numDim, size_t *numX, int numComponents, size_t numPoints, size_t *opInterval, int *stencilID, plascom2::operators::sbp::base &inOperator, double *recipDeltaX, double *Hfield, double *J, double *dDdt)
int	ComputeRecipEpsMu (int numDim, size_t numPoints, size_t *numX, size_t *opInterval, double *epsMu, double *recipEpsMu)
int	ConvertEfieldtoDfield (int numDim, size_t numPoints, size_t *numX, size_t *opInterval, double *epsMu, double *Efield, double *Dfield)
int	ConvertDfieldtoEfield (int numDim, size_t numPoints, size_t *numX, size_t *opInterval, double *recipEpsMu, double *Dfield, double *Efield)
int	ConvertBfieldtoHfield (int numDim, size_t numPoints, size_t *numX, size_t *opInterval, double *recipEpsMu, double *Bfield, double *Hfield)
int	ConvertHfieldtoBfield (int numDim, size_t numPoints, size_t *numX, size_t *opInterval, double *epsMu, double *Hfield, double *Bfield)

Typedef Documentation

GridRegionType

typedef simulation::grid::subregion GridRegionType

Definition at line 42 of file MaxwellSolver.H.

Function Documentation

ComputeCurl()

int ComputeCurl	(	int	numDim,
		size_t *	numX,
		int	numComponents,
		size_t	numPoints,
		size_t *	opInterval,
		int *	stencilID,
		plascom2::operators::sbp::base &	inOperator,
		double *	recipDeltaX,
		double *	inputField,
		double *	outputField
	)

Definition at line 18 of file MaxwellSolver.C.

References operators::applyoperator(), FC_MODULE(), numComponents, numPoints, stencilset::numStencils, stencilset::numValues, opInterval, stencilset::stencilOffsets, stencilset::stencilSizes, stencilset::stencilStarts, and stencilset::stencilWeights.

Referenced by ComputeMaxwellRHS_Bfield(), ComputeMaxwellRHS_Dfield(), and TestCurlOperator().

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ComputeMaxwellRHS_Bfield()

int ComputeMaxwellRHS_Bfield	(	int	numDim,
		size_t *	numX,
		int	numComponents,
		size_t	numPoints,
		size_t *	opInterval,
		int *	stencilID,
		plascom2::operators::sbp::base &	inOperator,
		double *	recipDeltaX,
		double *	Efield,
		double *	dBdt
	)

Definition at line 82 of file MaxwellSolver.C.

References ComputeCurl(), FC_MODULE(), numPoints, opInterval, and operators::xax().

Referenced by rhs< GridT, StateT, OperatorT >::MaxwellRHS(), and TestMaxwellRHS_Bfield().

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ComputeMaxwellRHS_Dfield()

int ComputeMaxwellRHS_Dfield	(	int	numDim,
		size_t *	numX,
		int	numComponents,
		size_t	numPoints,
		size_t *	opInterval,
		int *	stencilID,
		plascom2::operators::sbp::base &	inOperator,
		double *	recipDeltaX,
		double *	Hfield,
		double *	J,
		double *	dDdt
	)

Definition at line 120 of file MaxwellSolver.C.

References ComputeCurl(), FC_MODULE(), numPoints, opInterval, and yaxpy().

Referenced by rhs< GridT, StateT, OperatorT >::MaxwellRHS(), and TestMaxwellRHS_Dfield().

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ComputeRecipEpsMu()

int ComputeRecipEpsMu	(	int	numDim,
		size_t	numPoints,
		size_t *	numX,
		size_t *	opInterval,
		double *	epsMu,
		double *	recipEpsMu
	)

Definition at line 158 of file MaxwellSolver.C.

References FC_MODULE(), numPoints, opInterval, and operators::yaxm1().

Referenced by rhs< GridT, StateT, OperatorT >::SetState(), TestComputeRecipEpsMu(), and TestConvertFields().

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ConvertBfieldtoHfield()

int ConvertBfieldtoHfield	(	int	numDim,
		size_t	numPoints,
		size_t *	numX,
		size_t *	opInterval,
		double *	recipEpsMu,
		double *	Bfield,
		double *	Hfield
	)

Definition at line 254 of file MaxwellSolver.C.

References FC_MODULE(), numPoints, opInterval, and operators::zxy().

Referenced by rhs< GridT, StateT, OperatorT >::MaxwellRHS(), and TestConvertFields().

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ConvertDfieldtoEfield()

int ConvertDfieldtoEfield	(	int	numDim,
		size_t	numPoints,
		size_t *	numX,
		size_t *	opInterval,
		double *	recipEpsMu,
		double *	Dfield,
		double *	Efield
	)

Definition at line 221 of file MaxwellSolver.C.

References FC_MODULE(), numPoints, opInterval, and operators::zxy().

Referenced by rhs< GridT, StateT, OperatorT >::MaxwellRHS(), and TestConvertFields().

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ConvertEfieldtoDfield()

int ConvertEfieldtoDfield	(	int	numDim,
		size_t	numPoints,
		size_t *	numX,
		size_t *	opInterval,
		double *	epsMu,
		double *	Efield,
		double *	Dfield
	)

Definition at line 188 of file MaxwellSolver.C.

References FC_MODULE(), numPoints, opInterval, and operators::zxy().

Referenced by rhs< GridT, StateT, OperatorT >::ComputeDV(), and TestConvertFields().

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ConvertHfieldtoBfield()

int ConvertHfieldtoBfield	(	int	numDim,
		size_t	numPoints,
		size_t *	numX,
		size_t *	opInterval,
		double *	epsMu,
		double *	Hfield,
		double *	Bfield
	)

Definition at line 287 of file MaxwellSolver.C.

References FC_MODULE(), numPoints, opInterval, and operators::zxy().

Referenced by rhs< GridT, StateT, OperatorT >::ComputeDV(), and TestConvertFields().

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