Classical JST scheme with scalar dissipation. More...

#include <centered.hpp>

Inheritance diagram for CJSTScheme< Decorator >:

Public Member Functions
template<class... Ts>
	CJSTScheme (const CConfig &config, Ts &... args)
	Constructor, forward everything to base.

template<class PrimVarType , class... Ts>
void	finalizeFlux (VectorDbl< nVar > &flux, MatrixDbl< nVar > &jac_i, MatrixDbl< nVar > &jac_j, const bool implicit, const Double &area, const Double &projVel, const PrimVarType &avgV, const CPair< PrimVarType > &V, const VectorDbl< nVar > &diffU, const Int &iPoint, const Int &jPoint, const CGeometry &geometry, const CEulerVariable &solution, Ts &...) const
	Updates flux and Jacobians with JST dissipation.

Public Member Functions inherited from CCenteredBase< CJSTScheme< Decorator >, Decorator >
void	ComputeFlux (const Int iEdge, const CConfig &config, const CGeometry &geometry, const CVariable &solution_, const UpdateType updateType, const Double updateMask, CSysVector< su2double > &vector, SparseMatrixType &matrix, su2activevector *edgeMassFluxes) const final
	Implementation of the base centered flux.

Additional Inherited Members
Protected Member Functions inherited from CCenteredBase< CJSTScheme< Decorator >, Decorator >
	CCenteredBase (const CConfig &config, Ts &... args)
	Constructor, store some constants and forward args to base.

Static Protected Member Functions inherited from CCenteredBase< CJSTScheme< Decorator >, Decorator >
static Double	numNeighbor (const simd::Array< T, N > &idx, const CGeometry &geometry)
	Special treatment needed to fetch integer data.

static Double	numNeighbor (unsigned long idx, const CGeometry &geometry)

Protected Attributes inherited from CCenteredBase< CJSTScheme< Decorator >, Decorator >
const su2double	gamma

const su2double	fixFactor

const bool	dynamicGrid

const su2double	stretchParam

Static Protected Attributes inherited from CCenteredBase< CJSTScheme< Decorator >, Decorator >
static constexpr size_t	nVar

static constexpr size_t	nPrimVar

Detailed Description

template<class Decorator>
class CJSTScheme< Decorator >

Classical JST scheme with scalar dissipation.

Constructor & Destructor Documentation

template<class Decorator >

template<class... Ts>

CJSTScheme< Decorator >::CJSTScheme	(	const CConfig &	config,
		Ts &...	args
	)

inline

Constructor, forward everything to base.

template<class Decorator >

template<class PrimVarType , class... Ts>

void CJSTScheme< Decorator >::finalizeFlux	(	VectorDbl< nVar > &	flux,
		MatrixDbl< nVar > &	jac_i,
		MatrixDbl< nVar > &	jac_j,
		const bool	implicit,
		const Double &	area,
		const Double &	projVel,
		const PrimVarType &	avgV,
		const CPair< PrimVarType > &	V,
		const VectorDbl< nVar > &	diffU,
		const Int &	iPoint,
		const Int &	jPoint,
		const CGeometry &	geometry,
		const CEulerVariable &	solution,
		Ts &	...
	)		const

inline

Updates flux and Jacobians with JST dissipation.

Note: "Ts" is here just in case other schemes in the family need extra args.

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