APETurbulenceSmagorinsky Member List

This is the complete list of members for APETurbulenceSmagorinsky, including all inherited members.

addFluxAddPhys(CellInterface *cellInterface, const double &coefAMR)	AddPhys	virtual
addNonCons(Cell *) override	APETurbulenceSmagorinsky	inlinevirtual
addNonConsAddPhys(Cell *cell)	AddPhys
AddPhys()	AddPhys
addQuantityAddPhys(Cell *cell) override	APETurbulenceSmagorinsky	virtual
addSymmetricTermsRadialAxisOnX(Cell *) override	APETurbulenceSmagorinsky	inlinevirtual
addSymmetricTermsRadialAxisOnY(Cell *) override	APETurbulenceSmagorinsky	inlinevirtual
APETurbulenceSmagorinsky()	APETurbulenceSmagorinsky
APETurbulenceSmagorinsky(int &numberQPA, Eos **eos, tinyxml2::XMLElement *elementSmagorinsky, std::string fileName)	APETurbulenceSmagorinsky
APEuler()	APEuler
communicationsAddPhys(const int &dim, const int &lvl) override	APETurbulenceSmagorinsky	virtual
computeEnergyAddPhys(QuantitiesAddPhys *)	AddPhys	inlinevirtual
computeFluxAddPhys(CellInterface *cellInterface)	AddPhys
computeFluxAddPhysBoundary(CellInterface *cellInterface)	AddPhys
computeTurbulenceParameters() const override	APETurbulenceSmagorinsky	virtual
getNumTransportAssociated() const	AddPhys	inlinevirtual
m_binormal	APETurbulenceSmagorinsky	private
m_Ci	APETurbulenceSmagorinsky	private
m_Cs	APETurbulenceSmagorinsky	private
m_cv	APETurbulenceSmagorinsky	private
m_Ducros	APETurbulenceSmagorinsky	private
m_gamma	APETurbulenceSmagorinsky	private
m_gradTLeft	APETurbulenceSmagorinsky	private
m_gradTRight	APETurbulenceSmagorinsky	private
m_gradULeft	APETurbulenceSmagorinsky	private
m_gradURight	APETurbulenceSmagorinsky	private
m_gradVLeft	APETurbulenceSmagorinsky	private
m_gradVRight	APETurbulenceSmagorinsky	private
m_gradWLeft	APETurbulenceSmagorinsky	private
m_gradWRight	APETurbulenceSmagorinsky	private
m_lambda	APETurbulenceSmagorinsky	private
m_mu	APETurbulenceSmagorinsky	private
m_normal	APETurbulenceSmagorinsky	private
m_numQPA	APETurbulenceSmagorinsky	private
m_PrT	APETurbulenceSmagorinsky	private
m_tangent	APETurbulenceSmagorinsky	private
m_tensorLeft	APETurbulenceSmagorinsky	private
m_tensorRight	APETurbulenceSmagorinsky	private
m_velocityLeft	APETurbulenceSmagorinsky	private
m_velocityRight	APETurbulenceSmagorinsky	private
reinitializationActivated()	AddPhys	inlinevirtual
reinitializeColorFunction(std::vector< Cell * > *, const int &)	AddPhys	inlinevirtual
solveFluxAddPhys(CellInterface *cellInterface) override	APETurbulenceSmagorinsky	virtual
solveFluxAddPhysBoundary(CellInterface *cellInterface) override	APETurbulenceSmagorinsky	virtual
solveFluxTurbulenceInner(CellInterface *cellInterface, const Coord &velocityLeft, const Coord &velocityRight, const Coord &gradULeft, const Coord &gradURight, const Coord &gradVLeft, const Coord &gradVRight, const Coord &gradWLeft, const Coord &gradWRight, const Coord &gradTLeft, const Coord &gradTRight, const double &gamma, const double &cv, const double &mu, const double &lambda, const double &rhoLeft, const double &rhoRight, const double &cellVolumeLeft, const Tensor &strainRateLeft, const Tensor &strainRateRight) const	APETurbulenceSmagorinsky
solveFluxTurbulenceNonReflecting(CellInterface *cellInterface, const Coord &velocityLeft, const Coord &gradULeft, const Coord &gradVLeft, const Coord &gradWLeft, const Coord &gradTLeft, const double &rhoLeft, const double &cellVolumeLeft, const Tensor &strainRateLeft) const	APETurbulenceSmagorinsky
solveFluxTurbulenceOther() const	APETurbulenceSmagorinsky
solveFluxTurbulenceSymmetry(CellInterface *cellInterface, const Coord &gradULeft, const Coord &gradVLeft, const Coord &gradWLeft, const double &rhoLeft, const double &cellVolumeLeft, const Tensor &strainRateLeft, const double &mu) const	APETurbulenceSmagorinsky
subtractFluxAddPhys(CellInterface *cellInterface, const double &coefAMR)	AddPhys	virtual
whoAmI() const	AddPhys	inlinevirtual
~AddPhys()	AddPhys	virtual
~APETurbulenceSmagorinsky() override	APETurbulenceSmagorinsky
~APEuler() override	APEuler