Inheritance diagram for mfem::BurgersFlux:

Collaboration diagram for mfem::BurgersFlux:

Public Member Functions
	BurgersFlux (const int dim)
	Construct a new Burgers Flux Function with given spatial dimension.

real_t	ComputeFlux (const Vector &state, ElementTransformation &Tr, DenseMatrix &flux) const override
	Compute F(u)

Public Member Functions inherited from mfem::FluxFunction
	FluxFunction (const int num_equations, const int dim)

virtual real_t	ComputeFluxDotN (const Vector &state, const Vector &normal, FaceElementTransformations &Tr, Vector &fluxDotN) const
	Compute normal flux. Optionally overloaded in the derived class to avoid creating full dense matrix for flux.

virtual void	ComputeFluxJacobian (const Vector &state, ElementTransformation &Tr, DenseTensor &J) const
	Compute flux Jacobian. Optionally overloaded in the derived class when Jacobian is necessary (e.g. Newton iteration, flux limiter)

Additional Inherited Members
Public Attributes inherited from mfem::FluxFunction
const int	num_equations

const int	dim

Detailed Description

Definition at line 317 of file hyperbolic.hpp.

Constructor & Destructor Documentation

mfem::BurgersFlux::BurgersFlux ( const int dim )

inline

Construct a new Burgers Flux Function with given spatial dimension.

Parameters

dim	spatial dimension

Definition at line 326 of file hyperbolic.hpp.

real_t mfem::BurgersFlux::ComputeFlux	(	const Vector &	state,
		ElementTransformation &	Tr,
		DenseMatrix &	flux ) const

overridevirtual

Compute F(u)

Parameters

state	state (u) at current integration point
Tr	current element transformation with integration point
flux	F(u) = ½u²*1ᵀ where 1 is (dim) vector

Definition at line 238 of file hyperbolic.cpp.

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