ElementNS.h

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#ifndef ELEMENTNS_H
#define ELEMENTNS_H
 
#include "../../Element.h"
 
class FaceNS; //Predeclaration de la classe Face pour pouvoir inclure Face.h
#include "FaceNS.h"
 
class ElementNS : public Element
{
public:
  ElementNS();
  ElementNS(const int& typeGmsh, const int& numberNodes, const int& numberFaces, const int& typeVTK);
  virtual ~ElementNS();
 
  void construitElement(const int* numNodes, const Coord* nodes, const int numberEntitePhysique, const int numberEntiteGeometrique, int& indexElement); /*Calcul des proprietes de l element*/
  void construitElementParallele(const Coord* nodes); /*Calcul des proprietes de l element*/
  virtual void attributFaceLimite(FaceNS** /*faces*/, const int& /*indexMaxFaces*/) { Errors::errorMessage("attributFaceLimite non prevu pour le type d element demande"); };
  virtual void attributFaceCommunicante(FaceNS** /*faces*/, const int& /*indexMaxFaces*/, const int& /*numberNodesInternal*/) { Errors::errorMessage("attributFaceCommunicante non prevu pour le type d element demande"); };
  virtual void construitFaces(const Coord* /*nodes*/, FaceNS** /*faces*/, int& /*indexMaxFaces*/, int** /*facesBuff*/, int* /*sumNodesBuff*/) { Errors::errorMessage("construitFaces non prevu pour le type d element demande"); }; //Pour tests
  virtual void construitFacesSimplifie(int& /*iMax*/, int** /*facesBuff*/, int* /*sumNodesBuff*/) { Errors::errorMessage("construitFacesSimplifie non prevu pour le type d element demande"); };
  virtual int compteFaceCommunicante(std::vector<int*>& /*faces*/, std::vector<int>& /*sumNodesBuff*/) { Errors::errorMessage("compteFaceCommunicante non prevu pour le type d element demande"); return 0; };
  virtual int compteFaceCommunicante(int& /*iMax*/, int** /*faces*/, int* /*sumNodesBuff*/) { Errors::errorMessage("compteFaceCommunicante non prevu pour le type d element demande"); return 0; };
  /*  void removeCPUOthers(const int& numCPU);*/
  void removeCPUOthers(std::vector<int>& numCPU);
 
  //Accesseurs
  void setIndex(int& index);
  void setAppartenancePhysique(int& appartenancePhysique);
  void setNumNode(int* numNodes);
  void setNumNode(int& node, int& numNode);
  void setIsFantome(bool isFantome);
  void setIsCommunicant(bool isCommunicant);
  void setAppartenanceCPU(const int* numCPU, const int& numberCPU);
 
  virtual const int& getIndex() const { return m_index; };
  const int& getNumberNodes() const { return m_numberNodes; };
  const int& getNumberFaces() const { return m_numberFaces; };
  const int& getTypeGmsh() const { return m_typeGmsh; };
  const int& getTypeVTK() const { return m_typeVTK; };
  const int& getNumNode(int& node) const { return m_numNodes[node]; };
  virtual const int& getAppartenancePhysique() const { return m_appartenancePhysique; };
  const int& getAppartenanceGeometrique() const { return m_appartenanceGeometrique; };
  const int& getCPU() const { return m_CPU; };
  const int& getNumberOthersCPU() const { return m_numberOtherCPU; };
  const int& getAutreCPU(const int& autreCPU) const;
  void printInfo() const;
 
  const bool& isFantome() const { return m_isFantome; };
  const bool& isCommunicant() const { return m_isCommunicant; };
 
protected:
  virtual void computeVolume(const Coord* /*nodes*/){};
  virtual void computeLCFL(const Coord* /*nodes*/){};
 
  int m_index;
 
  int m_typeGmsh;
  int m_typeVTK;
  int m_numberNodes;
  int m_numberFaces;
  int m_appartenancePhysique;
  int m_appartenanceGeometrique;
  bool m_isFantome;
  bool m_isCommunicant;
  int m_CPU;              /*Number du CPU sur lequel l'element est present physiquement*/
  int m_numberOtherCPU;
  int* m_otherCPU;       /*Number des CPU sur lesquels l'element est present en tant que fantome*/
  int* m_numNodes;       /*Correspondance avec le array de nodes du mesh*/
 
};
 
#endif // ELEMENTNS_H