BoundCond.h

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#ifndef BOUNDCOND_H
#define BOUNDCOND_H
 
#include "../Order1/CellInterface.h"
#include "../Order2/CellInterfaceO2Cartesian.h" //Add for AMR, a priori does not pose a problem
#include "../libTierces/tinyxml2.h"
#include "../Errors.h"
#include "../Tools.h"
 
class BoundCond : public CellInterface
{
  public:
    BoundCond();
    BoundCond(int numPhysique);
    BoundCond(const BoundCond& Source, const int& lvl = 0);
    virtual ~BoundCond();
 
    virtual void createBoundary(TypeMeshContainer<CellInterface*>& /*cellInterfaces*/) { Errors::errorMessage("Impossible to create the limit in createBoundary"); };
    virtual void createBoundary(TypeMeshContainer<CellInterface*>& /*cellInterfaces*/, std::string /*ordreCalcul*/) { Errors::errorMessage("Impossible to create the limit in createBoundary"); };
    virtual void initialize(Cell* cellLeft, Cell* /*cellRight*/);
 
    virtual void computeFlux(double& dtMax, Limiter& globalLimiter, Limiter& interfaceLimiter, Limiter& globalVolumeFractionLimiter, Limiter& interfaceVolumeFractionLimiter, Prim type = vecPhases);
    virtual void computeFluxAddPhys(AddPhys& addPhys);
    virtual void solveRiemann(double& dtMax, Limiter& /*globalLimiter*/, Limiter& /*interfaceLimiter*/, Limiter& /*globalVolumeFractionLimiter*/, Limiter& /*interfaceVolumeFractionLimiter*/, Prim type = vecPhases);
    virtual void addFlux(const double& /*coefAMR*/) {}; //Since it is a boundary there is nothing to add to 'right' cell
    virtual void solveRiemannBoundary(Cell& /*cellLeft*/, const double& /*dxLeft*/, double& /*dtMax*/) { Errors::errorMessage("Warning solveRiemannLimite not provided for boundary used"); };
    virtual void solveRiemannTransportBoundary(Cell& /*cellLeft*/) const { Errors::errorMessage("Warning solveRiemannTransportLimite not provided for boundary used"); };
 
    virtual int whoAmI() const { Errors::errorMessage("whoAmI not available for boundary used"); return 0; };
    virtual int whoAmIHeat() const { Errors::errorMessage("whoAmIHeat not available for boundary used"); return ADIABATIC; };
    virtual void printInfo(){};
 
    virtual const int& getNumPhys() const { return m_numPhysique; };
    virtual double getBoundData(VarBoundary var) const;
    virtual double getBoundaryHeatQuantity() const { Errors::errorMessage("getBoundaryHeatQuantity not available for boundary used"); return 0.; }
 
    virtual void checkMrfInterface(Source* /*sourceMRF*/) {};
 
    //Pour methode AMR
    virtual void computeXi(const double& /*criteriaVar*/, const bool& /*varRho*/, const bool& /*varP*/, const bool& /*varU*/, const bool& /*varAlpha*/) {};
    virtual void computeFluxXi();
    virtual void raffineCellInterfaceExterne(const int& nbCellsY, const int& nbCellsZ, const double& dXParent, const double& dYParent, const double& dZParent, Cell* cellRef, const int& dim);
    virtual void deraffineCellInterfaceExterne(Cell* cellRef);
 
  protected:
    int m_numPhysique;
    std::vector<double> m_boundData; 
};
 
#endif // BOUNDCOND_H