ECOGEN 4.0
Evolutive, Compressible, Open, Genuine, Easy, N-phase
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BoundCondInletInjTemp.h
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30
31#ifndef BOUNDCONDINLETINJTEMP_H
32#define BOUNDCONDINLETINJTEMP_H
33
34#include "BoundCond.h"
35
37{
38public:
39 BoundCondInletInjTemp(int numPhysique, tinyxml2::XMLElement* element, const int& numbPhases, std::string fileName = "Unknown file");
40 BoundCondInletInjTemp(const BoundCondInletInjTemp& Source, const int& lvl = 0); // Copy ctor (useful for AMR)
42
43 virtual void createBoundary(TypeMeshContainer<CellInterface*>& cellInterfaces);
44 virtual void solveRiemannBoundary(Cell& cellLeft, const double& dxLeft, double& dtMax);
45
46 virtual int whoAmI() const { return INLETINJTEMP; };
47 virtual void printInfo();
48
49 // For AMR method
50 virtual void creerCellInterfaceChild();
52private:
53 double m_m0;
54 double* m_Tk0;
55 double* m_ak0;
56};
57
58#endif
@ INLETINJTEMP
Definition Tools.h:57
std::vector< Type > TypeMeshContainer
Template for the type of the mesh container (std::list for now, but may change to something else if w...
Definition Tools.h:83
Definition BoundCondInletInjTemp.h:37
double m_m0
Inflow specific massflow.
Definition BoundCondInletInjTemp.h:53
double * m_Tk0
Inflow temperature.
Definition BoundCondInletInjTemp.h:54
virtual int whoAmI() const
Definition BoundCondInletInjTemp.h:46
virtual void solveRiemannBoundary(Cell &cellLeft, const double &dxLeft, double &dtMax)
Definition BoundCondInletInjTemp.cpp:105
virtual void printInfo()
Definition BoundCondInletInjTemp.cpp:112
~BoundCondInletInjTemp()
Definition BoundCondInletInjTemp.cpp:90
virtual void createBoundary(TypeMeshContainer< CellInterface * > &cellInterfaces)
Definition BoundCondInletInjTemp.cpp:98
double * m_ak0
Inflow volume fraction.
Definition BoundCondInletInjTemp.h:55
virtual void creerCellInterfaceChild()
Definition BoundCondInletInjTemp.cpp:123
Definition BoundCond.h:41
Base class for a mesh cell.
Definition Cell.h:59
Abstract class for source terms.
Definition Source.h:43
Definition tinyxml2.h:1149