Flux Methods

This module collects all types and functions relevant to compute numerical fluxes. More...

Classes
class	fub::AnyFluxMethod< IntegratorContext >
	This is a polymorphic wrapper class for FluxMethod strategies used by IntegratorContext. More...
class	fub::FluxMethod< BaseMethod >
	This class applies a base flux nethod on a view of states. More...
struct	fub::GodunovMethod< Equation, RPSolver >
struct	fub::HllMethod< Equation, Signals >
struct	fub::MusclHancockMethod< Equation, BaseMethod, Slope >
class	fub::ideal_gas::MusclHancockCharacteristic< Rank >
	This is a variation of the Muscl Hancock Method where the reconstruction at the half time level is based on the primitive variables (p, u, T, Y) instead of on conservative variables. More...
class	fub::ideal_gas::MusclHancockPrimitive< Rank >
	This is a variation of the Muscl Hancock Method where the reconstruction at the half time level is based on the primitive variables (p, u, T, Y) instead of on conservative variables. More...
struct	fub::perfect_gas::Hllem< EulerEquation, Larrouturou >
class	fub::perfect_gas::MusclHancockCharacteristic< Rank >
	This is a variation of the Muscl Hancock Method where the reconstruction at the half time level is based on the primitive variables (p, u, T, Y) instead of on conservative variables. More...
struct	fub::perfect_gas::MusclHancockPrim< Dim >
struct	fub::perfect_gas::ThirdOrderRungeKutta< Dim >
struct	fub::amrex::FluxMethodAdapter< Tag, FM >

Typedefs
template<int Rank>
using	fub::ideal_gas::MusclHancockCharMethod = ::fub::FluxMethod< MusclHancockCharacteristic< Rank > >
template<int Rank>
using	fub::ideal_gas::MusclHancockPrimMethod = ::fub::FluxMethod< MusclHancockPrimitive< Rank > >
template<typename EulerEquation , bool Larrouturou = true>
using	fub::perfect_gas::HllemMethod = FluxMethod< Hllem< EulerEquation, Larrouturou > >
template<int Rank>
using	fub::perfect_gas::MusclHancockCharMethod = ::fub::FluxMethod< MusclHancockCharacteristic< Rank > >
template<int Dim>
using	fub::perfect_gas::ThirdOrderRungeKuttaMethod = FluxMethod< ThirdOrderRungeKutta< Dim > >

Detailed Description

This module collects all types and functions relevant to compute numerical fluxes.

Typedef Documentation

HllemMethod

template<typename EulerEquation , bool Larrouturou = true>

using fub::perfect_gas::HllemMethod = typedef FluxMethod<Hllem<EulerEquation, Larrouturou> >

#include <HllemMethod.hpp>

MusclHancockCharMethod [1/2]

template<int Rank>

using fub::ideal_gas::MusclHancockCharMethod = typedef ::fub::FluxMethod<MusclHancockCharacteristic<Rank> >

#include <MusclHancockCharactersticMethod.hpp>

MusclHancockCharMethod [2/2]

template<int Rank>

using fub::perfect_gas::MusclHancockCharMethod = typedef ::fub::FluxMethod<MusclHancockCharacteristic<Rank> >

#include <MusclHancockCharactersticMethod.hpp>

MusclHancockPrimMethod

template<int Rank>

using fub::ideal_gas::MusclHancockPrimMethod = typedef ::fub::FluxMethod<MusclHancockPrimitive<Rank> >

#include <MusclHancockPrimMethod.hpp>

ThirdOrderRungeKuttaMethod

template<int Dim>

using fub::perfect_gas::ThirdOrderRungeKuttaMethod = typedef FluxMethod<ThirdOrderRungeKutta<Dim> >

#include <ThirdOrderRungeKuttaMethod.hpp>