FaceNS.h

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#ifndef FACENS_H
  #define FACENS_H
 
  #include "../../Face.h"
 
class ElementNS; //Predeclaration de la classe Element pour pouvoir inclure Element.h
  #include "ElementNS.h"
 
class FaceNS : public Face
{
  public:
    FaceNS();
    FaceNS(const int& numberNodes);
    ~FaceNS() override;
 
    void construitFace(const Coord* nodes, const int& numNodeOther, ElementNS* elementNeighbor);
    bool faceExists(FaceNS** faces, const int& indexMaxFaces, int& indexFaceExiste);
    void addElementNeighbor(ElementNS* elementNeighbor);
    void addElementNeighborLimite(ElementNS* elementNeighbor);
 
    //Accesseurs
    ElementNS* getElementGauche() const;
    ElementNS* getElementDroite() const;
    void setEstLimite(const bool& estLimite);
    void setEstComm(const bool& estComm);
    const bool& getEstComm() const { return m_comm; };
    const int& getSumNumNodes() const { return m_sumNumNodes; };
 
    const int& getNumberNodes() const { return m_numberNodes; };
    const int& getNumNode(const int& numNode) const { return m_numNodes[numNode]; };
    void getInfoNodes(int* numNodes, int& sumNumNodes) const;
    const bool& getEstLimite() const { return m_limite; };
    void printNodes() const;
    void printInfo() const override;
    static int searchFace(int* face,
                          int& sumNodes,
                          int** arrayFaces,
                          int* arraySumNodes,
                          int numberNodes,
                          int& indexMaxFaces); // Recherche si face appartient au array arrayFaces : renvoi le number ou -1 si absence
    static int searchFace(
      int* face,
      int& sumNodes,
      std::vector<int*> arrayFaces,
      std::vector<int> arraySumNodes,
      int numberNodes,
      int& indexMaxFaces); // Recherche si face appartient au array arrayFaces : renvoi le number ou -1 si absence. Utilise seulement sur ancienne version
 
  protected:
    virtual void computeSurface(const Coord* /*nodes*/) {};
    virtual void computeRepere(const Coord* /*nodes*/, const int& /*numNodeOther*/, ElementNS* /*elementNeighbor*/) {};
 
    int m_numberNodes; 
    int* m_numNodes;   
    int m_sumNumNodes;
    bool m_limite;
    bool m_comm;
    ElementNS* m_elementGauche;
    ElementNS* m_elementDroite;
};
 
#endif // FACENS_H
 
//Surcharge operateur externe a la classe car prends deux arguments
bool operator==(const FaceNS& a, const FaceNS& b);
bool operator!=(const FaceNS& a, const FaceNS& b);