EGLM2D< DataType > Class Template Reference

2d MHD operator. More...

#include <EGLM2D.h>

Inheritance diagram for EGLM2D< DataType >:

Public Types
enum	ICPredefined { Constant, DiscontinuityX, DiscontinuityY, DiscontinuityXY, Constant, DiscontinuityX, DiscontinuityY, DiscontinuityXY }
enum	BCPredefined { Symmetry, SlipWall, Inlet, Outlet, Symmetry, SlipWall, Inlet, Outlet }
enum	GFMPredefined { GFMExtrapolation, GFMSlipWall, GFMExtrapolation, GFMSlipWall }
enum	ICPredefined { Constant, DiscontinuityX, DiscontinuityY, DiscontinuityXY, Constant, DiscontinuityX, DiscontinuityY, DiscontinuityXY }
enum	BCPredefined { Symmetry, SlipWall, Inlet, Outlet, Symmetry, SlipWall, Inlet, Outlet }
enum	GFMPredefined { GFMExtrapolation, GFMSlipWall, GFMExtrapolation, GFMSlipWall }
typedef base::vec_grid_data_type	vec_grid_data_type
typedef base::grid_data_type	grid_data_type
typedef base::VectorType	VectorType
typedef base::SideName	SideName
typedef base::point_type	point_type
typedef base::vec_grid_data_type	vec_grid_data_type
typedef base::grid_data_type	grid_data_type
typedef base::VectorType	VectorType
typedef base::SideName	SideName
typedef base::point_type	point_type
Public Member Functions
	EGLM2D ()
virtual	~EGLM2D ()
virtual void	register_at (ControlDevice &Ctrl, const std::string &prefix)
virtual void	SetupData (GridHierarchy *gh, const int &ghosts)
virtual double	Step (vec_grid_data_type &vec, vec_grid_data_type &oldvec, vec_grid_data_type *Flux[], const double &t, const double &dt, const int &mpass) const
virtual void	ICStandard (vec_grid_data_type &vec, const int type, DataType *aux=0, const int naux=0, const int scaling=0) const
virtual void	BCStandard (vec_grid_data_type &vec, const BBox &bb, const int type, const int side, DataType *aux=0, const int naux=0, const int scaling=0) const
virtual bool	GFMUseTransform () const
virtual void	GFMTransform (vec_grid_data_type &vec, vec_grid_data_type &vechelp) const
virtual void	GFMBCStandard (vec_grid_data_type &vec, const int type, const int &nc, const int idx, const VectorType f, const point_type xc, const DataType distance, const point_type normal, DataType aux=0, const int naux=0, const int scaling=0) const
virtual void	Input (vec_grid_data_type &fvec, grid_data_type &work, const int cnt, const int skip_ghosts=1) const
virtual void	Output (vec_grid_data_type &vec, grid_data_type &workvec, const int cnt, const int skip_ghosts=1) const
virtual int	Check (vec_grid_data_type &vec, const BBox &bb, const double &time, const int verbose) const
virtual int	NMethodOrder () const
virtual int	NMaxPass () const
void	primitive2conservative (vec_grid_data_type &vec, grid_data_type &rE) const
void	conservative2primitive (vec_grid_data_type &vec, grid_data_type &rE) const
void	computeRhoE (vec_grid_data_type &vec, grid_data_type &rE) const
DataType	Gamma () const
void	Reconstruct (DataType &r, DataType &r1, DataType &r2, DataType &rl, DataType &rr) const
DataType	SlopeLimiter (DataType &a, DataType &b) const
	EGLM2D ()
virtual	~EGLM2D ()
virtual void	register_at (ControlDevice &Ctrl, const std::string &prefix)
virtual void	SetupData (GridHierarchy *gh, const int &ghosts)
virtual double	Step (vec_grid_data_type &vec, vec_grid_data_type &oldvec, vec_grid_data_type *Flux[], const double &t, const double &dt, const int &mpass) const
virtual void	ICStandard (vec_grid_data_type &vec, const int type, DataType *aux=0, const int naux=0, const int scaling=0) const
virtual void	BCStandard (vec_grid_data_type &vec, const BBox &bb, const int type, const int side, DataType *aux=0, const int naux=0, const int scaling=0) const
virtual bool	GFMUseTransform () const
virtual void	GFMTransform (vec_grid_data_type &vec, vec_grid_data_type &vechelp) const
virtual void	GFMBCStandard (vec_grid_data_type &vec, const int type, const int &nc, const int idx, const VectorType f, const point_type xc, const DataType distance, const point_type normal, DataType aux=0, const int naux=0, const int scaling=0) const
virtual void	Input (vec_grid_data_type &fvec, grid_data_type &work, const int cnt, const int skip_ghosts=1) const
virtual void	Output (vec_grid_data_type &vec, grid_data_type &workvec, const int cnt, const int skip_ghosts=1) const
virtual int	Check (vec_grid_data_type &vec, const BBox &bb, const double &time, const int verbose) const
virtual int	NMethodOrder () const
virtual int	NMaxPass () const
void	primitive2conservativeIC (vec_grid_data_type &vec) const
void	conservative2primitive (vec_grid_data_type &vec) const
DataType	Gamma () const
void	Reconstruct (DataType &r, DataType &r1, DataType &r2, DataType &rl, DataType &rr) const
DataType	SlopeLimiter (DataType &a, DataType &b) const
Protected Member Functions
void	WriteInit () const
void	computeFluxX (vec_grid_data_type &vec, vec_grid_data_type &fluxx, grid_data_type &rE) const
void	computeFluxY (vec_grid_data_type &vec, vec_grid_data_type &fluxy, grid_data_type &rE) const
void	NumericalFluxX (vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, grid_data_type &rErt, grid_data_type &rElt, vec_grid_data_type &FluxX, DataType &xSlopeMax, DataType ch) const
void	NumericalFluxY (vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, grid_data_type &rErt, grid_data_type &rElt, vec_grid_data_type &FluxY, DataType &ySlopeMax, DataType ch) const
void	MUSCLX (vec_grid_data_type &vec, vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, grid_data_type &rErt, grid_data_type &rElt, DataType dt, DataType dx, DataType ch) const
void	MUSCLY (vec_grid_data_type &vec, vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, grid_data_type &rErt, grid_data_type &rElt, DataType dt, DataType dy, DataType ch) const
void	RiemannSolver_HLLD (VectorType vec[2], DataType rhoE[2], VectorType F[2], int position, DataType &slopeMax, int BFieldPosition) const
void	RiemannSolver_HLL (VectorType vec[2], DataType rhoE[2], VectorType F[2], int position, DataType &slopeMax, int BFieldPosition) const
void	computeMagneticAcousticFastWave (const VectorType vec[2], DataType &cfastLeft, DataType &cfastRight, int BFieldPosition) const
void	computeStateUstarsHLLD (const VectorType vec[2], DataType rhoE[2], VectorType Ustar[2], VectorType Ustarstar[2], int position, int BFieldPosition, DataType &slopeLeft, DataType &slopeRight, DataType &slopeLeftStar, DataType &slopeRightStar, DataType &slopeM) const
void	slope_HLL (const VectorType vec[2], int position, DataType &slopeLeft, DataType &slopeRight, DataType &slopeMax, int BFieldPosition) const
void	slope_HLLD (const VectorType vec[2], int position, DataType &slopeLeft, DataType &slopeRight, DataType &slopeMax, int BFieldPosition) const
void	fluxCorrectionX (vec_grid_data_type &vecm, vec_grid_data_type &vec, vec_grid_data_type &flux, DataType ch) const
void	fluxCorrectionY (vec_grid_data_type &vecm, vec_grid_data_type &vec, vec_grid_data_type &flux, DataType ch) const
void	conservationStep (vec_grid_data_type &vec, grid_data_type &rE, vec_grid_data_type &fluxx, vec_grid_data_type &fluxy, double dt, double dx, double dy) const
void	computeCorrection (vec_grid_data_type &vec, grid_data_type &rE, DataType ch, double dt, double dx, double dy) const
void	WriteInit () const
void	computeFluxX (vec_grid_data_type &vec, vec_grid_data_type &fluxx) const
	It computes the flux Fx using as input the conservative variables:
void	computeFluxY (vec_grid_data_type &vec, vec_grid_data_type &fluxy) const
	It computes the flux Fy using as input the conservative variables:
void	NumericalFluxX (vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, vec_grid_data_type &FluxX, DataType &xSlopeMax, DataType ch) const
void	NumericalFluxY (vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, vec_grid_data_type &FluxY, DataType &ySlopeMax, DataType ch) const
void	MUSCLX (vec_grid_data_type &vec, vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, DataType dt, DataType dx, DataType ch) const
void	MUSCLY (vec_grid_data_type &vec, vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, DataType dt, DataType dy, DataType ch) const
void	RiemannSolver_HLLD (VectorType vec[2], VectorType F[2], int position, DataType &slopeMax, int BFieldPosition) const
void	RiemannSolver_HLL (VectorType vec[2], VectorType F[2], int position, DataType &slopeMax, int BFieldPosition) const
DataType	computePressure (DataType rho, DataType energy, DataType vx, DataType vy, DataType vz, DataType Bx, DataType By, DataType Bz) const
DataType	computeE (DataType rho, DataType p, DataType vx, DataType vy, DataType vz, DataType Bx, DataType By, DataType Bz) const
void	computeMagneticAcousticFastWave (const VectorType vec[2], DataType &cfastLeft, DataType &cfastRight, int BFieldPosition) const
void	computeStateUstarsHLLD (const VectorType vec[2], VectorType Ustar[2], VectorType Ustarstar[2], int position, int BFieldPosition, DataType &slopeLeft, DataType &slopeRight, DataType &slopeLeftStar, DataType &slopeRightStar, DataType &slopeM) const
void	slope_HLL (const VectorType vec[2], int position, DataType &slopeLeft, DataType &slopeRight, DataType &slopeMax, int BFieldPosition) const
void	slope_HLLD (const VectorType vec[2], int position, DataType &slopeLeft, DataType &slopeRight, DataType &slopeMax, int BFieldPosition) const
void	fluxCorrectionX (vec_grid_data_type &vecm, vec_grid_data_type &vec, vec_grid_data_type &flux, DataType ch) const
void	fluxCorrectionY (vec_grid_data_type &vecm, vec_grid_data_type &vec, vec_grid_data_type &flux, DataType ch) const
void	conservationStep (vec_grid_data_type &vec, vec_grid_data_type &fluxx, vec_grid_data_type &fluxy, double dt, double dx, double dy) const
void	computeCorrection (vec_grid_data_type &vec, DataType ch, double dt, double dx, double dy) const

Detailed Description

template<class DataType>
class EGLM2D< DataType >

2d MHD operator.

Author:: Margarete Domingues, Ralf Deiterding

Version:: 1.0

Date:: Apr-2013

Member Typedef Documentation

template<class DataType >

typedef base::grid_data_type EGLM2D< DataType >::grid_data_type

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::grid_data_type EGLM2D< DataType >::grid_data_type

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::point_type EGLM2D< DataType >::point_type

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::point_type EGLM2D< DataType >::point_type

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::SideName EGLM2D< DataType >::SideName

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::SideName EGLM2D< DataType >::SideName

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::vec_grid_data_type EGLM2D< DataType >::vec_grid_data_type

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::vec_grid_data_type EGLM2D< DataType >::vec_grid_data_type

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::VectorType EGLM2D< DataType >::VectorType

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

typedef base::VectorType EGLM2D< DataType >::VectorType

Reimplemented from SchemeBase< Vector< DataType, 9 >, 2 >.

Member Enumeration Documentation

template<class DataType >

enum EGLM2D::BCPredefined

Enumerator:

Symmetry
SlipWall
Inlet
Outlet
Symmetry
SlipWall
Inlet
Outlet

template<class DataType >

enum EGLM2D::BCPredefined

Enumerator:

Symmetry
SlipWall
Inlet
Outlet
Symmetry
SlipWall
Inlet
Outlet

template<class DataType >

enum EGLM2D::GFMPredefined

Enumerator:

GFMExtrapolation
GFMSlipWall
GFMExtrapolation
GFMSlipWall

template<class DataType >

enum EGLM2D::GFMPredefined

Enumerator:

GFMExtrapolation
GFMSlipWall
GFMExtrapolation
GFMSlipWall

template<class DataType >

enum EGLM2D::ICPredefined

Enumerator:

Constant
DiscontinuityX
DiscontinuityY
DiscontinuityXY
Constant
DiscontinuityX
DiscontinuityY
DiscontinuityXY

template<class DataType >

enum EGLM2D::ICPredefined

Enumerator:

Constant
DiscontinuityX
DiscontinuityY
DiscontinuityXY
Constant
DiscontinuityX
DiscontinuityY
DiscontinuityXY

Constructor & Destructor Documentation

template<class DataType >

EGLM2D< DataType >::EGLM2D ( ) [inline]

References EGLM2D< DataType >::Constant, EGLM2D< DataType >::DiscontinuityX, EGLM2D< DataType >::DiscontinuityXY, and EGLM2D< DataType >::DiscontinuityY.

template<class DataType >

virtual EGLM2D< DataType >::~EGLM2D ( ) [inline, virtual]

template<class DataType >

EGLM2D< DataType >::EGLM2D ( ) [inline]

template<class DataType >

virtual EGLM2D< DataType >::~EGLM2D ( ) [inline, virtual]

Member Function Documentation

template<class DataType >

virtual void EGLM2D< DataType >::BCStandard	(	vec_grid_data_type &	vec,
		const BBox &	bb,
		const int	type,
		const int	side,
		DataType *	aux = `0`,
		const int	naux = `0`,
		const int	scaling = `0`
	)			const `[inline, virtual]`

References SchemeBase< Vector< DataType, 9 >, 2 >::Bottom, SchemeBase< Vector< DataType, 9 >, 2 >::idx(), EGLM2D< DataType >::Inlet, SchemeBase< Vector< DataType, 9 >, 2 >::Left, BBox::lower(), AMRBase< Vector< DataType, 9 >, 2 >::NEquations(), EGLM2D< DataType >::Outlet, SchemeBase< Vector< DataType, 9 >, 2 >::Primitive, SchemeBase< Vector< DataType, 9 >, 2 >::Right, EGLM2D< DataType >::SlipWall, BBox::stepsize(), EGLM2D< DataType >::Symmetry, SchemeBase< Vector< DataType, 9 >, 2 >::Top, and BBox::upper().

template<class DataType >

virtual void EGLM2D< DataType >::BCStandard	(	vec_grid_data_type &	vec,
		const BBox &	bb,
		const int	type,
		const int	side,
		DataType *	aux = `0`,
		const int	naux = `0`,
		const int	scaling = `0`
	)			const `[inline, virtual]`

template<class DataType >

virtual int EGLM2D< DataType >::Check	(	vec_grid_data_type &	vec,
		const BBox &	bb,
		const double &	time,
		const int	verbose
	)			const `[inline, virtual]`

References grow(), SchemeBase< Vector< DataType, 9 >, 2 >::idx(), BBox::lower(), AMRBase< Vector< DataType, 9 >, 2 >::NGhosts(), BBox::stepsize(), and BBox::upper().

template<class DataType >

virtual int EGLM2D< DataType >::Check	(	vec_grid_data_type &	vec,
		const BBox &	bb,
		const double &	time,
		const int	verbose
	)			const `[inline, virtual]`

template<class DataType >

void EGLM2D< DataType >::computeCorrection	(	vec_grid_data_type &	vec,
		DataType	ch,
		double	dt,
		double	dx,
		double	dy
	)			const `[inline, protected]`

References SchemeBase< Vector< DataType, 9 >, 2 >::idx(), and AMRBase< Vector< DataType, 9 >, 2 >::NGhosts().

template<class DataType >

void EGLM2D< DataType >::computeCorrection	(	vec_grid_data_type &	vec,
		grid_data_type &	rE,
		DataType	ch,
		double	dt,
		double	dx,
		double	dy
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::Step().

template<class DataType >

DataType EGLM2D< DataType >::computeE	(	DataType	rho,
		DataType	p,
		DataType	vx,
		DataType	vy,
		DataType	vz,
		DataType	Bx,
		DataType	By,
		DataType	Bz
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::GFMBCStandard(), EGLM2D< DataType >::MUSCLX(), EGLM2D< DataType >::MUSCLY(), and EGLM2D< DataType >::primitive2conservativeIC().

template<class DataType >

void EGLM2D< DataType >::computeFluxX	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	fluxx
	)			const `[inline, protected]`

It computes the flux Fx using as input the conservative variables:

References EGLM2D< DataType >::computePressure(), and SchemeBase< Vector< DataType, 9 >, 2 >::idx().

template<class DataType >

void EGLM2D< DataType >::computeFluxX	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	fluxx,
		grid_data_type &	rE
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::MUSCLX(), and EGLM2D< DataType >::Step().

template<class DataType >

void EGLM2D< DataType >::computeFluxY	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	fluxy
	)			const `[inline, protected]`

It computes the flux Fy using as input the conservative variables:

References EGLM2D< DataType >::computePressure(), and SchemeBase< Vector< DataType, 9 >, 2 >::idx().

template<class DataType >

void EGLM2D< DataType >::computeFluxY	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	fluxy,
		grid_data_type &	rE
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::MUSCLY(), and EGLM2D< DataType >::Step().

template<class DataType >

void EGLM2D< DataType >::computeMagneticAcousticFastWave	(	const VectorType	vec[2],
		DataType &	cfastLeft,
		DataType &	cfastRight,
		int	BFieldPosition
	)			const `[inline, protected]`

References EGLM2D< DataType >::computePressure().

template<class DataType >

void EGLM2D< DataType >::computeMagneticAcousticFastWave	(	const VectorType	vec[2],
		DataType &	cfastLeft,
		DataType &	cfastRight,
		int	BFieldPosition
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::slope_HLL(), and EGLM2D< DataType >::slope_HLLD().

template<class DataType >

DataType EGLM2D< DataType >::computePressure	(	DataType	rho,
		DataType	energy,
		DataType	vx,
		DataType	vy,
		DataType	vz,
		DataType	Bx,
		DataType	By,
		DataType	Bz
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::computeFluxX(), EGLM2D< DataType >::computeFluxY(), EGLM2D< DataType >::computeMagneticAcousticFastWave(), EGLM2D< DataType >::computeStateUstarsHLLD(), EGLM2D< DataType >::conservative2primitive(), EGLM2D< DataType >::GFMBCStandard(), EGLM2D< DataType >::MUSCLX(), EGLM2D< DataType >::MUSCLY(), and EGLM2D< DataType >::Output().

template<class DataType >

void EGLM2D< DataType >::computeRhoE	(	vec_grid_data_type &	vec,
		grid_data_type &	rE
	)			const `[inline]`

template<class DataType >

void EGLM2D< DataType >::computeStateUstarsHLLD	(	const VectorType	vec[2],
		VectorType	Ustar[2],
		VectorType	Ustarstar[2],
		int	position,
		int	BFieldPosition,
		DataType &	slopeLeft,
		DataType &	slopeRight,
		DataType &	slopeLeftStar,
		DataType &	slopeRightStar,
		DataType &	slopeM
	)			const `[inline, protected]`

References EGLM2D< DataType >::computePressure().

template<class DataType >

void EGLM2D< DataType >::computeStateUstarsHLLD	(	const VectorType	vec[2],
		DataType	rhoE[2],
		VectorType	Ustar[2],
		VectorType	Ustarstar[2],
		int	position,
		int	BFieldPosition,
		DataType &	slopeLeft,
		DataType &	slopeRight,
		DataType &	slopeLeftStar,
		DataType &	slopeRightStar,
		DataType &	slopeM
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::RiemannSolver_HLLD().

template<class DataType >

void EGLM2D< DataType >::conservationStep	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	fluxx,
		vec_grid_data_type &	fluxy,
		double	dt,
		double	dx,
		double	dy
	)			const `[inline, protected]`

References SchemeBase< Vector< DataType, 9 >, 2 >::idx(), and AMRBase< Vector< DataType, 9 >, 2 >::NGhosts().

template<class DataType >

void EGLM2D< DataType >::conservationStep	(	vec_grid_data_type &	vec,
		grid_data_type &	rE,
		vec_grid_data_type &	fluxx,
		vec_grid_data_type &	fluxy,
		double	dt,
		double	dx,
		double	dy
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::Step().

template<class DataType >

void EGLM2D< DataType >::conservative2primitive ( vec_grid_data_type & vec ) const [inline]

References EGLM2D< DataType >::computePressure(), and SchemeBase< Vector< DataType, 9 >, 2 >::idx().

template<class DataType >

void EGLM2D< DataType >::conservative2primitive	(	vec_grid_data_type &	vec,
		grid_data_type &	rE
	)			const `[inline]`

Referenced by EGLM2D< DataType >::GFMTransform().

template<class DataType >

void EGLM2D< DataType >::fluxCorrectionX	(	vec_grid_data_type &	vecm,
		vec_grid_data_type &	vec,
		vec_grid_data_type &	flux,
		DataType	ch
	)			const `[inline, protected]`

References SchemeBase< Vector< DataType, 9 >, 2 >::idx().

template<class DataType >

void EGLM2D< DataType >::fluxCorrectionX	(	vec_grid_data_type &	vecm,
		vec_grid_data_type &	vec,
		vec_grid_data_type &	flux,
		DataType	ch
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::MUSCLX(), and EGLM2D< DataType >::NumericalFluxX().

template<class DataType >

void EGLM2D< DataType >::fluxCorrectionY	(	vec_grid_data_type &	vecm,
		vec_grid_data_type &	vec,
		vec_grid_data_type &	flux,
		DataType	ch
	)			const `[inline, protected]`

References SchemeBase< Vector< DataType, 9 >, 2 >::idx().

template<class DataType >

void EGLM2D< DataType >::fluxCorrectionY	(	vec_grid_data_type &	vecm,
		vec_grid_data_type &	vec,
		vec_grid_data_type &	flux,
		DataType	ch
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::MUSCLY(), and EGLM2D< DataType >::NumericalFluxY().

template<class DataType >

DataType EGLM2D< DataType >::Gamma ( ) const [inline]

template<class DataType >

DataType EGLM2D< DataType >::Gamma ( ) const [inline]

template<class DataType >

virtual void EGLM2D< DataType >::GFMBCStandard	(	vec_grid_data_type &	vec,
		const int	type,
		const int &	nc,
		const int *	idx,
		const VectorType *	f,
		const point_type *	xc,
		const DataType *	distance,
		const point_type *	normal,
		DataType *	aux = `0`,
		const int	naux = `0`,
		const int	scaling = `0`
	)			const `[inline, virtual]`

References EGLM2D< DataType >::computeE(), EGLM2D< DataType >::computePressure(), AMRBase< Vector< DataType, 9 >, 2 >::Dim(), EGLM2D< DataType >::GFMExtrapolation, and EGLM2D< DataType >::GFMSlipWall.

template<class DataType >

virtual void EGLM2D< DataType >::GFMBCStandard	(	vec_grid_data_type &	vec,
		const int	type,
		const int &	nc,
		const int *	idx,
		const VectorType *	f,
		const point_type *	xc,
		const DataType *	distance,
		const point_type *	normal,
		DataType *	aux = `0`,
		const int	naux = `0`,
		const int	scaling = `0`
	)			const `[inline, virtual]`

template<class DataType >

virtual void EGLM2D< DataType >::GFMTransform	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	vechelp
	)			const `[inline, virtual]`

References EGLM2D< DataType >::conservative2primitive().

template<class DataType >

virtual void EGLM2D< DataType >::GFMTransform	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	vechelp
	)			const `[inline, virtual]`

template<class DataType >

virtual bool EGLM2D< DataType >::GFMUseTransform ( ) const [inline, virtual]

Implements SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

virtual bool EGLM2D< DataType >::GFMUseTransform ( ) const [inline, virtual]

Implements SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

virtual void EGLM2D< DataType >::ICStandard	(	vec_grid_data_type &	vec,
		const int	type,
		DataType *	aux = `0`,
		const int	naux = `0`,
		const int	scaling = `0`
	)			const `[inline, virtual]`

References EGLM2D< DataType >::Constant, EGLM2D< DataType >::DiscontinuityX, EGLM2D< DataType >::DiscontinuityXY, EGLM2D< DataType >::DiscontinuityY, AMRBase< Vector< DataType, 9 >, 2 >::GH(), SchemeBase< Vector< DataType, 9 >, 2 >::idx(), AMRBase< Vector< DataType, 9 >, 2 >::NEquations(), AMRBase< Vector< DataType, 9 >, 2 >::NGhosts(), SchemeBase< Vector< DataType, 9 >, 2 >::Primitive, GridHierarchy::worldCoords(), and GridHierarchy::worldStep().

template<class DataType >

virtual void EGLM2D< DataType >::ICStandard	(	vec_grid_data_type &	vec,
		const int	type,
		DataType *	aux = `0`,
		const int	naux = `0`,
		const int	scaling = `0`
	)			const `[inline, virtual]`

template<class DataType >

virtual void EGLM2D< DataType >::Input	(	vec_grid_data_type &	fvec,
		grid_data_type &	work,
		const int	cnt,
		const int	skip_ghosts = `1`
	)			const `[inline, virtual]`

template<class DataType >

virtual void EGLM2D< DataType >::Input	(	vec_grid_data_type &	fvec,
		grid_data_type &	work,
		const int	cnt,
		const int	skip_ghosts = `1`
	)			const `[inline, virtual]`

template<class DataType >

void EGLM2D< DataType >::MUSCLX	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	qrt,
		vec_grid_data_type &	qlt,
		vec_grid_data_type &	Frt,
		vec_grid_data_type &	Flt,
		DataType	dt,
		DataType	dx,
		DataType	ch
	)			const `[inline, protected]`

References EGLM2D< DataType >::computeE(), EGLM2D< DataType >::computeFluxX(), EGLM2D< DataType >::computePressure(), EGLM2D< DataType >::fluxCorrectionX(), SchemeBase< Vector< DataType, 9 >, 2 >::idx(), AMRBase< Vector< DataType, 9 >, 2 >::NEquations(), AMRBase< Vector< DataType, 9 >, 2 >::NGhosts(), and EGLM2D< DataType >::Reconstruct().

template<class DataType >

void EGLM2D< DataType >::MUSCLX	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	qrt,
		vec_grid_data_type &	qlt,
		vec_grid_data_type &	Frt,
		vec_grid_data_type &	Flt,
		grid_data_type &	rErt,
		grid_data_type &	rElt,
		DataType	dt,
		DataType	dx,
		DataType	ch
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::Step().

template<class DataType >

void EGLM2D< DataType >::MUSCLY	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	qrt,
		vec_grid_data_type &	qlt,
		vec_grid_data_type &	Frt,
		vec_grid_data_type &	Flt,
		DataType	dt,
		DataType	dy,
		DataType	ch
	)			const `[inline, protected]`

References EGLM2D< DataType >::computeE(), EGLM2D< DataType >::computeFluxY(), EGLM2D< DataType >::computePressure(), EGLM2D< DataType >::fluxCorrectionY(), SchemeBase< Vector< DataType, 9 >, 2 >::idx(), AMRBase< Vector< DataType, 9 >, 2 >::NEquations(), AMRBase< Vector< DataType, 9 >, 2 >::NGhosts(), and EGLM2D< DataType >::Reconstruct().

template<class DataType >

void EGLM2D< DataType >::MUSCLY	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	qrt,
		vec_grid_data_type &	qlt,
		vec_grid_data_type &	Frt,
		vec_grid_data_type &	Flt,
		grid_data_type &	rErt,
		grid_data_type &	rElt,
		DataType	dt,
		DataType	dy,
		DataType	ch
	)			const `[inline, protected]`

References SchemeBase< Vector< DataType, 9 >, 2 >::idx().

Referenced by EGLM2D< DataType >::Step().

template<class DataType >

virtual int EGLM2D< DataType >::NMaxPass ( ) const [inline, virtual]

Implements SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

virtual int EGLM2D< DataType >::NMaxPass ( ) const [inline, virtual]

Implements SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

virtual int EGLM2D< DataType >::NMethodOrder ( ) const [inline, virtual]

Implements SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

virtual int EGLM2D< DataType >::NMethodOrder ( ) const [inline, virtual]

Implements SchemeBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

void EGLM2D< DataType >::NumericalFluxX	(	vec_grid_data_type &	qrt,
		vec_grid_data_type &	qlt,
		vec_grid_data_type &	Frt,
		vec_grid_data_type &	Flt,
		vec_grid_data_type &	FluxX,
		DataType &	xSlopeMax,
		DataType	ch
	)			const `[inline, protected]`

References EGLM2D< DataType >::fluxCorrectionX(), SchemeBase< Vector< DataType, 9 >, 2 >::idx(), AMRBase< Vector< DataType, 9 >, 2 >::NGhosts(), EGLM2D< DataType >::RiemannSolver_HLL(), and EGLM2D< DataType >::RiemannSolver_HLLD().

template<class DataType >

void EGLM2D< DataType >::NumericalFluxX	(	vec_grid_data_type &	qrt,
		vec_grid_data_type &	qlt,
		vec_grid_data_type &	Frt,
		vec_grid_data_type &	Flt,
		grid_data_type &	rErt,
		grid_data_type &	rElt,
		vec_grid_data_type &	FluxX,
		DataType &	xSlopeMax,
		DataType	ch
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::Step().

template<class DataType >

void EGLM2D< DataType >::NumericalFluxY	(	vec_grid_data_type &	qrt,
		vec_grid_data_type &	qlt,
		vec_grid_data_type &	Frt,
		vec_grid_data_type &	Flt,
		vec_grid_data_type &	FluxY,
		DataType &	ySlopeMax,
		DataType	ch
	)			const `[inline, protected]`

References EGLM2D< DataType >::fluxCorrectionY(), SchemeBase< Vector< DataType, 9 >, 2 >::idx(), AMRBase< Vector< DataType, 9 >, 2 >::NGhosts(), EGLM2D< DataType >::RiemannSolver_HLL(), and EGLM2D< DataType >::RiemannSolver_HLLD().

template<class DataType >

void EGLM2D< DataType >::NumericalFluxY	(	vec_grid_data_type &	qrt,
		vec_grid_data_type &	qlt,
		vec_grid_data_type &	Frt,
		vec_grid_data_type &	Flt,
		grid_data_type &	rErt,
		grid_data_type &	rElt,
		vec_grid_data_type &	FluxY,
		DataType &	ySlopeMax,
		DataType	ch
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::Step().

template<class DataType >

virtual void EGLM2D< DataType >::Output	(	vec_grid_data_type &	vec,
		grid_data_type &	workvec,
		const int	cnt,
		const int	skip_ghosts = `1`
	)			const `[inline, virtual]`

References EGLM2D< DataType >::computePressure(), AMRBase< Vector< DataType, 9 >, 2 >::GH(), SchemeBase< Vector< DataType, 9 >, 2 >::idx(), AMRBase< Vector< DataType, 9 >, 2 >::NGhosts(), and GridHierarchy::worldStep().

template<class DataType >

virtual void EGLM2D< DataType >::Output	(	vec_grid_data_type &	vec,
		grid_data_type &	workvec,
		const int	cnt,
		const int	skip_ghosts = `1`
	)			const `[inline, virtual]`

template<class DataType >

void EGLM2D< DataType >::primitive2conservative	(	vec_grid_data_type &	vec,
		grid_data_type &	rE
	)			const `[inline]`

template<class DataType >

void EGLM2D< DataType >::primitive2conservativeIC ( vec_grid_data_type & vec ) const [inline]

References EGLM2D< DataType >::computeE(), and SchemeBase< Vector< DataType, 9 >, 2 >::idx().

template<class DataType >

void EGLM2D< DataType >::Reconstruct	(	DataType &	r,
		DataType &	r1,
		DataType &	r2,
		DataType &	rl,
		DataType &	rr
	)			const `[inline]`

References EGLM2D< DataType >::SlopeLimiter().

template<class DataType >

void EGLM2D< DataType >::Reconstruct	(	DataType &	r,
		DataType &	r1,
		DataType &	r2,
		DataType &	rl,
		DataType &	rr
	)			const `[inline]`

Referenced by EGLM2D< DataType >::MUSCLX(), and EGLM2D< DataType >::MUSCLY().

template<class DataType >

virtual void EGLM2D< DataType >::register_at	(	ControlDevice &	Ctrl,
		const std::string &	prefix
	)			`[inline, virtual]`

Reimplemented from AMRBase< Vector< DataType, 9 >, 2 >.

References ControlDevice::getSubDevice(), AMRBase< Vector< DataType, 9 >, 2 >::LocCtrl, and RegisterAt().

template<class DataType >

virtual void EGLM2D< DataType >::register_at	(	ControlDevice &	Ctrl,
		const std::string &	prefix
	)			`[inline, virtual]`

Reimplemented from AMRBase< Vector< DataType, 9 >, 2 >.

template<class DataType >

void EGLM2D< DataType >::RiemannSolver_HLL	(	VectorType	vec[2],
		VectorType	F[2],
		int	position,
		DataType &	slopeMax,
		int	BFieldPosition
	)			const `[inline, protected]`

References EGLM2D< DataType >::slope_HLL().

template<class DataType >

void EGLM2D< DataType >::RiemannSolver_HLL	(	VectorType	vec[2],
		DataType	rhoE[2],
		VectorType	F[2],
		int	position,
		DataType &	slopeMax,
		int	BFieldPosition
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::NumericalFluxX(), and EGLM2D< DataType >::NumericalFluxY().

template<class DataType >

void EGLM2D< DataType >::RiemannSolver_HLLD	(	VectorType	vec[2],
		VectorType	F[2],
		int	position,
		DataType &	slopeMax,
		int	BFieldPosition
	)			const `[inline, protected]`

References EGLM2D< DataType >::computeStateUstarsHLLD(), and EGLM2D< DataType >::slope_HLLD().

template<class DataType >

void EGLM2D< DataType >::RiemannSolver_HLLD	(	VectorType	vec[2],
		DataType	rhoE[2],
		VectorType	F[2],
		int	position,
		DataType &	slopeMax,
		int	BFieldPosition
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::NumericalFluxX(), and EGLM2D< DataType >::NumericalFluxY().

template<class DataType >

virtual void EGLM2D< DataType >::SetupData	(	GridHierarchy *	gh,
		const int &	ghosts
	)			`[inline, virtual]`

Reimplemented from AMRBase< Vector< DataType, 9 >, 2 >.

References AMRBase< Vector< DataType, 9 >, 2 >::SetupData(), and EGLM2D< DataType >::WriteInit().

template<class DataType >

virtual void EGLM2D< DataType >::SetupData	(	GridHierarchy *	gh,
		const int &	ghosts
	)			`[inline, virtual]`

Reimplemented from AMRBase< Vector< DataType, 9 >, 2 >.

References RegisterAt().

template<class DataType >

void EGLM2D< DataType >::slope_HLL	(	const VectorType	vec[2],
		int	position,
		DataType &	slopeLeft,
		DataType &	slopeRight,
		DataType &	slopeMax,
		int	BFieldPosition
	)			const `[inline, protected]`

References EGLM2D< DataType >::computeMagneticAcousticFastWave().

template<class DataType >

void EGLM2D< DataType >::slope_HLL	(	const VectorType	vec[2],
		int	position,
		DataType &	slopeLeft,
		DataType &	slopeRight,
		DataType &	slopeMax,
		int	BFieldPosition
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::RiemannSolver_HLL().

template<class DataType >

void EGLM2D< DataType >::slope_HLLD	(	const VectorType	vec[2],
		int	position,
		DataType &	slopeLeft,
		DataType &	slopeRight,
		DataType &	slopeMax,
		int	BFieldPosition
	)			const `[inline, protected]`

References EGLM2D< DataType >::computeMagneticAcousticFastWave().

template<class DataType >

void EGLM2D< DataType >::slope_HLLD	(	const VectorType	vec[2],
		int	position,
		DataType &	slopeLeft,
		DataType &	slopeRight,
		DataType &	slopeMax,
		int	BFieldPosition
	)			const `[inline, protected]`

Referenced by EGLM2D< DataType >::RiemannSolver_HLLD().

template<class DataType >

DataType EGLM2D< DataType >::SlopeLimiter	(	DataType &	a,
		DataType &	b
	)			const `[inline]`

template<class DataType >

DataType EGLM2D< DataType >::SlopeLimiter	(	DataType &	a,
		DataType &	b
	)			const `[inline]`

Referenced by EGLM2D< DataType >::Reconstruct().

template<class DataType >

virtual double EGLM2D< DataType >::Step	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	oldvec,
		vec_grid_data_type *	Flux[],
		const double &	t,
		const double &	dt,
		const int &	mpass
	)			const `[inline, virtual]`

References EGLM2D< DataType >::computeCorrection(), EGLM2D< DataType >::computeFluxX(), EGLM2D< DataType >::computeFluxY(), EGLM2D< DataType >::conservationStep(), AMRBase< Vector< DataType, 9 >, 2 >::GH(), EGLM2D< DataType >::MUSCLX(), EGLM2D< DataType >::MUSCLY(), EGLM2D< DataType >::NumericalFluxX(), EGLM2D< DataType >::NumericalFluxY(), and GridHierarchy::worldStep().

template<class DataType >

virtual double EGLM2D< DataType >::Step	(	vec_grid_data_type &	vec,
		vec_grid_data_type &	oldvec,
		vec_grid_data_type *	Flux[],
		const double &	t,
		const double &	dt,
		const int &	mpass
	)			const `[inline, virtual]`

References RegisterAt().

template<class DataType >

void EGLM2D< DataType >::WriteInit ( ) const [inline, protected]

References MY_PROC, and VizServer.

template<class DataType >

void EGLM2D< DataType >::WriteInit ( ) const [inline, protected]

Referenced by EGLM2D< DataType >::SetupData().

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

amroc/mhd/EGLM2D.h
amroc/mhd/EGLM2Dclean.h

EGLM2D< DataType > Class Template Reference

Public Types

Public Member Functions

Protected Member Functions

Detailed Description

template<class DataType> class EGLM2D< DataType >

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

template<class DataType>
class EGLM2D< DataType >