AMRLevelPolytropicGasFactory Class Reference

#include <AMRLevelPolytropicGasFactory.H>

Inheritance diagram for AMRLevelPolytropicGasFactory:

Detailed Description

AMR Godunov factory.


Public Member Functions
	AMRLevelPolytropicGasFactory ()
	Null constructor.
virtual	~AMRLevelPolytropicGasFactory ()
	Destructor.
virtual void	define (const Real &a_cfl, const Real &a_domainLength, const int &a_verbosity, const Real &a_refineThresh, const int &a_tagBufferSize, const Real &a_initialDtMultiplier, const GodunovPhysics *const a_godunovPhysics, const int &a_normalPredOrder, const bool &a_useFourthOrderSlopes, const bool &a_usePrimLimiting, const bool &a_useCharLimiting, const bool &a_useFlattening, const bool &a_useArtificialViscosity, const Real &a_artificialViscosity, const bool &a_useSourceTerm, const Real &a_sourceTermScaling, const bool &a_highOrderLimiter)
	Define the parameters of the factory.
virtual AMRLevel *	new_amrlevel () const
	Create a new AMRLevel (for polytropic gases).
bool	isDefined () const
	Check that this object has been defined.
Protected Attributes
Real	m_cfl
Real	m_domainLength
int	m_verbosity
Real	m_refineThresh
int	m_tagBufferSize
Real	m_initialDtMultiplier
const GodunovPhysics *	m_godunovPhysics
int	m_normalPredOrder
bool	m_useFourthOrderSlopes
bool	m_usePrimLimiting
bool	m_useCharLimiting
bool	m_useFlattening
bool	m_useArtificialViscosity
Real	m_artificialViscosity
bool	m_useSourceTerm
Real	m_sourceTermScaling
bool	m_highOrderLimiter
bool	m_isDefined
Private Member Functions
void	operator= (const AMRLevelPolytropicGasFactory &)
	AMRLevelPolytropicGasFactory (const AMRLevelPolytropicGasFactory &)

AMRLevelPolytropicGasFactory::AMRLevelPolytropicGasFactory ( )

Null constructor.

virtual AMRLevelPolytropicGasFactory::~AMRLevelPolytropicGasFactory ( ) [virtual]

Destructor.

AMRLevelPolytropicGasFactory::AMRLevelPolytropicGasFactory ( const AMRLevelPolytropicGasFactory & ) [private]

virtual void AMRLevelPolytropicGasFactory::define	(	const Real &	a_cfl,
		const Real &	a_domainLength,
		const int &	a_verbosity,
		const Real &	a_refineThresh,
		const int &	a_tagBufferSize,
		const Real &	a_initialDtMultiplier,
		const GodunovPhysics *const	a_godunovPhysics,
		const int &	a_normalPredOrder,
		const bool &	a_useFourthOrderSlopes,
		const bool &	a_usePrimLimiting,
		const bool &	a_useCharLimiting,
		const bool &	a_useFlattening,
		const bool &	a_useArtificialViscosity,
		const Real &	a_artificialViscosity,
		const bool &	a_useSourceTerm,
		const Real &	a_sourceTermScaling,
		const bool &	a_highOrderLimiter
	)			`[virtual]`

Define the parameters of the factory.

Parameters:

a_cfl	CFL number
a_domainLength	physical dimension of the longest side of the domain
a_verbosity	verbosity level
a_refineThresh	undivided gradient size over which a cell will be tagged for refinement
a_tagBufferSize	number of buffer cells around each tagged cell that will also be tagged
a_initialDtMultiplier	CFL number at beginning of calculation
a_godunovPhysics	physics class
a_normalPredOrder	order of the normal predictor: 1 for PLM, 2 for PPM
a_useFourthOrderSlopes	whether to use 4th-order slopes
a_usePrimLimiting	whether to apply slope limiting to primitive variables
a_useCharLimiting	whether to apply slope limiting to characteristic variables
a_useFlattening	whether to apply slope flattening
a_useArtificialViscosity	whether to apply artificial viscosity
a_artificialViscosity	artificial viscosity coefficient
a_useSourceTerm	whether to apply source term
a_sourceTermScaling	scaling of source term
a_highOrderLimiter	whether to apply 4th-order limiter