RegularFlux Class Reference

Calculates flux between two regular bulk cells. More...

#include <condition_action_sequence.hpp>

Inheritance diagram for RegularFlux:

Collaboration diagram for RegularFlux:

Public Member Functions
	RegularFlux (const RiemannSolver &rs)
	Class constructor. More...
void	operator() (const Edge &edge, const Tessellation &tess, const Vector2D &edge_velocity, const vector< ComputationalCell > &cells, const EquationOfState &eos, const bool aux, Extensive &res, double time, TracerStickerNames const &tracerstickernames) const
	Calculates flux. More...

Detailed Description

Calculates flux between two regular bulk cells.

Definition at line 85 of file condition_action_sequence.hpp.

Constructor & Destructor Documentation

RegularFlux()

RegularFlux::RegularFlux ( const RiemannSolver &  rs )

explicit

Class constructor.

Parameters

rs	Riemann solver

Definition at line 66 of file condition_action_sequence.cpp.

Member Function Documentation

operator()()

void RegularFlux::operator() ( const Edge &  edge, const Tessellation &  tess, const Vector2D &  edge_velocity, const vector< ComputationalCell > &  cells, const EquationOfState &  eos, const bool  aux, Extensive &  res, double  time, TracerStickerNames const &  tracerstickernames  ) const

virtual

Calculates flux.

Parameters

edge	Interface between cells
tess	Tessellation
cells	Computational cells
eos	Equation of state
aux	Auxiliary variable for assymetric problems (true means the relevant cell is on the left side, false mean right)
edge_velocity	Velocity of the egdes
res	The flux
time	The time
tracerstickernames	The names of the tracers and stickers

Implements ConditionActionSequence::Action.

Definition at line 85 of file condition_action_sequence.cpp.

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

• source/newtonian/two_dimensional/condition_action_sequence.hpp
• source/newtonian/two_dimensional/condition_action_sequence.cpp