fub::HllArrayBase< Equation, SignalSpeeds, true > Class Template Reference

#include <HllMethod.hpp>

Public Types
using	ConservativeArray = ::fub::ConservativeArray< Equation >
using	CompleteArray = ::fub::CompleteArray< Equation >
using	Base = HllBase< Equation, SignalSpeeds >
using	Equation = Equation
using	Complete = typename Equation::Complete
using	Conservative = typename Equation::Conservative

Public Member Functions
void	SolveRiemannProblem (CompleteArray &solution, const CompleteArray &left, const CompleteArray &right, Direction dir)
void	ComputeNumericFlux (ConservativeArray &numeric_flux, span< const CompleteArray, 2 > states, Duration dt, double dx, Direction dir)
void	ComputeNumericFlux (ConservativeArray &numeric_flux, Array1d face_fraction, span< const CompleteArray, 2 > states, span< const Array1d, 2 > volume_fraction, Duration dt, double dx, Direction dir)
Array1d	ComputeStableDt (span< const CompleteArray, 2 > states, double dx, Direction dir)
Array1d	ComputeStableDt (span< const CompleteArray, 2 > states, Array1d face_fraction, span< const Array1d, 2 > volume_fraction, double dx, Direction dir)
void	SolveRiemannProblem (Complete &solution, const Complete &left, const Complete &right, Direction dir)
	Computes an approximate solution to the rieman problem defined by left and right states. More...
void	ComputeNumericFlux (Conservative &numeric_flux, span< const Complete, 2 > states, Duration dt, double dx, Direction dir)
double	ComputeStableDt (span< const Complete, 2 > states, double dx, Direction dir)
const SignalSpeeds &	GetSignalSpeeds () const noexcept
	Returns the strategy object which computes the signal speeds for this method. More...
SignalSpeeds &	GetSignalSpeeds () noexcept
	Returns the strategy object which computes the signal speeds for this method. More...
const Equation &	GetEquation () const noexcept
	Returns the underlying equations object. More...
Equation &	GetEquation () noexcept
	Returns the underlying equations object. More...

Static Public Member Functions
static constexpr int	GetStencilWidth () noexcept
	Returns the stencil width of this method. More...

Private Attributes
ConservativeArray	flux_left_array_
ConservativeArray	flux_right_array_
Equation	equation_
SignalSpeeds	signal_speeds_
Conservative	flux_left_
Conservative	flux_right_

Member Typedef Documentation

Base

template<typename Equation , typename SignalSpeeds >

using fub::HllArrayBase< Equation, SignalSpeeds, true >::Base = HllBase<Equation, SignalSpeeds>

Complete

using fub::HllBase< Equation , SignalSpeeds >::Complete = typename Equation::Complete

inherited

CompleteArray

template<typename Equation , typename SignalSpeeds >

using fub::HllArrayBase< Equation, SignalSpeeds, true >::CompleteArray = ::fub::CompleteArray<Equation>

Conservative

using fub::HllBase< Equation , SignalSpeeds >::Conservative = typename Equation::Conservative

inherited

ConservativeArray

template<typename Equation , typename SignalSpeeds >

using fub::HllArrayBase< Equation, SignalSpeeds, true >::ConservativeArray = ::fub::ConservativeArray<Equation>

Equation

using fub::HllBase< Equation , SignalSpeeds >::Equation = Equation

inherited

Member Function Documentation

ComputeNumericFlux() [1/3]

void fub::HllBase< Equation, SignalSpeeds >::ComputeNumericFlux ( Conservative &  numeric_flux, span< const Complete, 2 >  states, Duration  dt, double  dx, Direction  dir  )

inherited

ComputeNumericFlux() [2/3]

template<typename Equation , typename SignalSpeeds >

void fub::HllArrayBase< Equation, SignalSpeeds, true >::ComputeNumericFlux	(	ConservativeArray &	numeric_flux,
		Array1d	face_fraction,
		span< const CompleteArray, 2 >	states,
		span< const Array1d, 2 >	volume_fraction,
		Duration	dt,
		double	dx,
		Direction	dir
	)

ComputeNumericFlux() [3/3]

template<typename Equation , typename SignalSpeeds >

void fub::HllArrayBase< Equation, SignalSpeeds, true >::ComputeNumericFlux	(	ConservativeArray &	numeric_flux,
		span< const CompleteArray, 2 >	states,
		Duration	dt,
		double	dx,
		Direction	dir
	)

ComputeStableDt() [1/3]

double fub::HllBase< Equation, SignalSpeeds >::ComputeStableDt ( span< const Complete, 2 >  states, double  dx, Direction  dir  )

inherited

ComputeStableDt() [2/3]

template<typename Equation , typename SignalSpeeds >

Array1d fub::HllArrayBase< Equation, SignalSpeeds, true >::ComputeStableDt	(	span< const CompleteArray, 2 >	states,
		Array1d	face_fraction,
		span< const Array1d, 2 >	volume_fraction,
		double	dx,
		Direction	dir
	)

ComputeStableDt() [3/3]

template<typename Equation , typename SignalSpeeds >

Array1d fub::HllArrayBase< Equation, SignalSpeeds, true >::ComputeStableDt	(	span< const CompleteArray, 2 >	states,
		double	dx,
		Direction	dir
	)

GetEquation() [1/2]

const Equation& fub::HllBase< Equation , SignalSpeeds >::GetEquation ( ) const

inlinenoexceptinherited

Returns the underlying equations object.

GetEquation() [2/2]

Equation& fub::HllBase< Equation , SignalSpeeds >::GetEquation ( )

inlinenoexceptinherited

Returns the underlying equations object.

GetSignalSpeeds() [1/2]

const SignalSpeeds& fub::HllBase< Equation , SignalSpeeds >::GetSignalSpeeds ( ) const

inlinenoexceptinherited

Returns the strategy object which computes the signal speeds for this method.

GetSignalSpeeds() [2/2]

SignalSpeeds& fub::HllBase< Equation , SignalSpeeds >::GetSignalSpeeds ( )

inlinenoexceptinherited

Returns the strategy object which computes the signal speeds for this method.

GetStencilWidth()

static constexpr int fub::HllBase< Equation , SignalSpeeds >::GetStencilWidth ( )

inlinestaticconstexprnoexceptinherited

Returns the stencil width of this method.

SolveRiemannProblem() [1/2]

void fub::HllBase< Equation, SignalSpeeds >::SolveRiemannProblem ( Complete &  solution, const Complete &  left, const Complete &  right, Direction  dir  )

inherited

Computes an approximate solution to the rieman problem defined by left and right states.

Parameters

[out]	solution	The solution to the riemann problem will be stored here.
[in]	left	The left state of the riemann problem
[in]	right	The right state of the riemann problem.
[in]	dir	The direction in which the riemann problem will be solved.

SolveRiemannProblem() [2/2]

template<typename Equation , typename SignalSpeeds >

void fub::HllArrayBase< Equation, SignalSpeeds, true >::SolveRiemannProblem	(	CompleteArray &	solution,
		const CompleteArray &	left,
		const CompleteArray &	right,
		Direction	dir
	)

Member Data Documentation

equation_

Equation fub::HllBase< Equation , SignalSpeeds >::equation_

privateinherited

flux_left_

Conservative fub::HllBase< Equation , SignalSpeeds >::flux_left_

privateinherited

flux_left_array_

template<typename Equation , typename SignalSpeeds >

ConservativeArray fub::HllArrayBase< Equation, SignalSpeeds, true >::flux_left_array_

private

flux_right_

Conservative fub::HllBase< Equation , SignalSpeeds >::flux_right_

privateinherited

flux_right_array_

template<typename Equation , typename SignalSpeeds >

ConservativeArray fub::HllArrayBase< Equation, SignalSpeeds, true >::flux_right_array_

private

signal_speeds_

SignalSpeeds fub::HllBase< Equation , SignalSpeeds >::signal_speeds_

privateinherited

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

• HllMethod.hpp