CellInterface.h

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#ifndef CELLINTERFACE_H
#define CELLINTERFACE_H
 
class CellInterface; //Predeclaration de la classe CellInterface pour pouvoir inclure Cell.h
 
#include "Cell.h"
#include "../Models/Model.h"
#include "../Models/Flux.h"
#include "../Maths/Coord.h"
#include "../Meshes/Face.h"
#include "../Meshes/FaceCartesian.h"
#include "../AdditionalPhysics/AddPhys.h"
 
class Source; //Predeclaration to include following file
#include "../Sources/Source.h"
 
class CellInterface
{
  public:
    CellInterface();
    CellInterface(const int& lvl); //Pour AMR
    virtual ~CellInterface();
 
    void setFace(Face* face);
 
    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 initialize(Cell* cellLeft, Cell* cellRight);
    void initializeGauche(Cell* cellLeft);
    virtual void initializeDroite(Cell* cellRight);
    virtual void addFlux(const double& coefAMR);
    void subtractFlux(const double& coefAMR);
    void addFluxRotatingRegion();
    void substractFluxRotatingRegion();
    double distance(Cell* c);
 
    virtual int whoAmI() const { return 0; };
    virtual int whoAmIHeat() const { return ADIABATIC; }; 
    virtual bool isMRFWall() const { return false; }
 
    virtual void checkMrfInterface(Source* sourceMRF);
    void solveRiemannMRF(double& dtMax);
 
    //Inutilise pour cell interfaces ordre 1
    virtual void allocateSlopes(int& /*allocateSlopeLocal*/) {};                               
    virtual void computeSlopes(Prim /*type*/ = vecPhases){};                                   
    virtual Phase* getSlopesPhase(const int& /*phaseNumber*/) const { return 0; };             
    virtual Mixture* getSlopesMixture() const { return 0; };                                   
    virtual Transport* getSlopesTransport(const int& /*numberTransport*/) const { return 0; }; 
    //virtual Cell* getB(BO2 B) const { return 0; };                                           /*!< Ne fait rien pour des cell interfaces ordre 1 */
    //virtual double getBeta(betaO2 beta) const { return 0.; };                                /*!< Ne fait rien pour des cell interfaces ordre 1 */
    //virtual double getDistanceH(distanceHO2 dist) const { return 0.; };                      /*!< Ne fait rien pour des cell interfaces ordre 1 */
    //virtual void setB(BO2 B, Cell* cell) {};                                                 /*!< Ne fait rien pour des cell interfaces ordre 1 */
    //virtual void setBeta(betaO2 beta, double& value) {};                                     /*!< Ne fait rien pour des cell interfaces ordre 1 */
    //virtual void setDistanceH(distanceHO2 dist, double& value) {};                           /*!< Ne fait rien pour des cell interfaces ordre 1 */
 
    //Accessors
    Face* getFace(); 
    Model* getMod() const;
    Cell* getCellLeft() const;
    Cell* getCellRight() const;
    virtual const int& getNumPhys() const { return Errors::defaultIntNeg; };
    virtual double getBoundData(VarBoundary /*var*/) const
    {
      Errors::errorMessage("getBoundData not available for CellInterface");
      return 0.;
    }
    virtual double getBoundaryHeatQuantity() const
    {
      return Errors::defaultDouble;
    }; 
    virtual Coord& getWallRotationalVelocityMRF() { return Coord::defaultCoordNonConst; };
    virtual double getWallVelocity()
    {
      Errors::errorMessage("getWallVelocity not available for CellInterface");
      return Errors::defaultDouble;
    };
 
    //For AMR method
    virtual void computeXi(const double& criteriaVar,
                           const bool& varRho,
                           const bool& varP,
                           const bool& varU,
                           const bool& varAlpha); 
    void computeCritereAMR(const double& criteriaVar, Variable nameVariable, int num = 0); 
    virtual void computeFluxXi();                                                          
    virtual void creerCellInterfaceChild();                                                
    virtual void creerCellInterfaceChildInterne(
      const int& lvl, std::vector<CellInterface*>* childrenInternalCellInterfaces); 
    void creerFaceChild(CellInterface* cellInterfaceParent);                        
    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); 
    void deraffineCellInterfacesChildren();                    
    void constructionArrayExternalCellInterfacesLvl(
      std::vector<CellInterface*>* cellInterfacesLvl);         
    bool getSplit() const;                                     
    const int& getLvl() const { return m_lvl; };               
    int getNumberCellInterfacesChildren() const;               
    CellInterface* getCellInterfaceChild(const int& numChild); 
    CellInterface* getCellInterfaceChildBack();                
    void updatePointersInternalCellInterfaces();
 
  protected:
    Cell* m_cellLeft;
    Cell* m_cellRight;
    Face* m_face;
 
    //Attributs pour methode AMR
    int m_lvl;                                            
    std::vector<CellInterface*> m_cellInterfacesChildren; 
 
    //Atributes MRF
    bool m_mrfInterface;
    bool m_mrfStaticRegionIsLeft;
    Coord m_omega;
 
  private:
};
 
//Utile pour la resolution des problemes de Riemann
extern Cell* bufferCellLeft;
extern Cell* bufferCellRight;
 
#endif // CELLINTERFACE_H