MeshCartesian.h

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#ifndef MESHCARTESIAN_H
#define MESHCARTESIAN_H
 
#include "Mesh.h"
#include "ElementCartesian.h"
#include "FaceCartesian.h"
#include "stretchZone.h"
#include "../Order2/CellInterfaceO2Cartesian.h"
#include "../Order2/CellO2Cartesian.h"
#include "../Order2/CellO2GhostCartesian.h"
#include "../Parallel/decomposition.hpp"
 
class MeshCartesian : public Mesh
{
public:
  MeshCartesian(double lX, int numberCellsX, double lY, int numberCellsY, double lZ, int numberCellsZ,
    std::vector<stretchZone> stretchX, std::vector<stretchZone> stretchY, std::vector<stretchZone> stretchZ);
  virtual ~MeshCartesian();
 
  virtual void assignLimits(std::vector<BoundCond*>& boundCond);
  void getIJK(const int& index, int& i, int& j, int& k) const;
  void construitIGlobal(const int& i, const int& j, const int& k, int& index) const;
  virtual int initializeGeometrie(TypeMeshContainer<Cell*>& cells, TypeMeshContainer<Cell*>& cellsGhost, TypeMeshContainer<CellInterface*>& cellInterfaces,
    const int& /*restartSimulation*/, bool /*pretraitementParallele*/, std::string ordreCalcul);
  void meshStretching();
  void initializeGeometrieMonoCpu(TypeMeshContainer<Cell*>& cells, TypeMeshContainer<CellInterface*>& cellInterfaces, std::string ordreCalcul);
  void initializeGeometrieParallele(TypeMeshContainer<Cell*>& cells, TypeMeshContainer<Cell*>& cellsGhost, TypeMeshContainer<CellInterface*>& cellInterfaces, std::string ordreCalcul);
  void decoupageParallele(std::string ordreCalcul, TypeMeshContainer<Cell*>& cells);
  virtual std::string whoAmI() const;
  virtual void setImmersedBoundaries(TypeMeshContainer<CellInterface*>* cellInterfacesLvl, std::string ordreCalcul) const;
 
  //Accessors
  //---------
  virtual int getNumberCellsY() { return m_numberCellsY; };
  virtual int getNumberCellsZ() { return m_numberCellsZ; };
 
  //Printing / Reading
  //------------------
  virtual std::string getStringExtent(bool global = false) const;
  virtual void getCoord(std::vector<double>& dataset, Axis axis) const;
  virtual void getData(TypeMeshContainer<Cell*>* cellsLvl, std::vector<double>& dataset, const int var, int phase) const;
  virtual void setDataSet(std::vector<double>& dataset, TypeMeshContainer<Cell*>* cellsLvl, const int var, int phase) const;
 
protected:
  TypeMeshContainer<Element*> m_elements; 
  TypeMeshContainer<Face*> m_faces;       
 
  double m_lX;
  double m_lY;
  double m_lZ;
  int m_numberCellsX;
  int m_numberCellsY;
  int m_numberCellsZ;
  int m_numberCellsXGlobal;
  int m_numberCellsYGlobal;
  int m_numberCellsZGlobal;
  std::vector<double> m_dXi;                 
  std::vector<double> m_dYj;                 
  std::vector<double> m_dZk;                 
  std::vector<double> m_posXi;               
  std::vector<double> m_posYj;               
  std::vector<double> m_posZk;               
  std::vector<stretchZone> m_stretchX;   
  std::vector<stretchZone> m_stretchY;   
  std::vector<stretchZone> m_stretchZ;   
  int m_numberCpuX;              
  int m_numberCpuY;              
  int m_numberCpuZ;              
  int m_CpuCoordX;               
  int m_CpuCoordY;               
  int m_CpuCoordZ;               
  int m_offsetX;                 
  int m_offsetY;                 
  int m_offsetZ;                 
  int m_numberBoundCondInit;
  BoundCond* m_limXm;
  BoundCond* m_limXp;
  BoundCond* m_limYm;
  BoundCond* m_limYp;
  BoundCond* m_limZm;
  BoundCond* m_limZp;
};
 
#endif // MESHCARTESIAN_H