ECOGEN 4.0
Evolutive, Compressible, Open, Genuine, Easy, N-phase
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Symmetry.h
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30
31#ifndef SYMMETRY_H
32#define SYMMETRY_H
33
34#include "../libTierces/tinyxml2.h"
35#include "../Errors.h"
36#include "../Tools.h"
37
38class Symmetry; //Predeclaration of the class Symmetry to include Cell.h
39#include "../Order1/Cell.h"
40
45{
46public:
47 Symmetry();
48 virtual ~Symmetry();
52 virtual void addSymmetricTerms(Cell* /*cell*/, Prim /*type*/ = vecPhases) {};
56 virtual void addSymmetricTermsAddPhys(Cell* /*cell*/, AddPhys& /*addPhys*/) {};
57
58protected:
60};
61
62#endif // SYMMETRY_H
Prim
Enumeration for the primitive-variable type (usefull for second order, slopes, etc....
Definition Tools.h:39
@ vecPhases
Definition Tools.h:39
General class for additional physics.
Definition AddPhys.h:46
Base class for a mesh cell.
Definition Cell.h:59
General class for axial symmetries.
Definition Symmetry.h:45
virtual void addSymmetricTermsAddPhys(Cell *, AddPhys &)
Add the additional-physics, symmetric terms for the cylindrical or spherical symmetry assumption.
Definition Symmetry.h:56
Symmetry()
Definition Symmetry.cpp:35
virtual void addSymmetricTerms(Cell *, Prim=vecPhases)
Add the symmetric terms for the cylindrical or spherical symmetry assumption.
Definition Symmetry.h:52
int m_radialAxis
Name of the radial axis for the axi-symmetry.
Definition Symmetry.h:59
virtual ~Symmetry()
Definition Symmetry.cpp:39