TroisDto2D.h

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#ifndef TroisDto2D_included
#define TroisDto2D_included
 
#include <Interprete_geometrique_base.h>
#include <Domaine.h>
 
 
/*! @brief Class TroisDto2D x->alpha x
 *
 * @sa Interprete Pave, Currently the only type of object recognized by TRUST for meshing a domain is the Pave.
 */
template <typename _SIZE_>
class TroisDto2D_32_64 : public Interprete_geometrique_base_32_64<_SIZE_>
{
  Declare_instanciable_32_64(TroisDto2D_32_64);
 
public :
  using int_t = _SIZE_;
  using ArrOfInt_t = ArrOfInt_T<_SIZE_>;
  using IntTab_t = IntTab_T<_SIZE_>;
  using DoubleTab_t = DoubleTab_T<_SIZE_>;
 
  using Domaine_t = Domaine_32_64<_SIZE_>;
  using Bord_t = Bord_32_64<_SIZE_>;
  using Faces_t = Faces_32_64<_SIZE_>;
  using Frontiere_t = Frontiere_32_64<_SIZE_>;
  using Raccord_t = OWN_PTR(Raccord_base_32_64<_SIZE_>);
 
  Entree& interpreter_(Entree&) override;
  void extraire_2D(const Domaine_t&, Domaine_t&, const Bord_t&,const Nom& , int);
 
  // OC, 28/10/2004, Modification to be able to extract a boundary of any orientation.
  // Returns the X component of the origin A of the local coordinate system at the boundary, calculated by the class.
  double getXa() { return xa; }
  // Returns the Y component of the origin A of the local coordinate system at the boundary, calculated by the class.
  double getYa() { return ya; }
  // Returns the Z component of the origin A of the local coordinate system at the boundary, calculated by the class.
  double getZa() { return za; }
  // Returns the X component of the first basis vector I of the local coordinate system at the boundary, calculated by the class.
  double getIx() { return Ix; }
  // Returns the Y component of the first basis vector I of the local coordinate system at the boundary, calculated by the class.
  double getIy() { return Iy; }
  // Returns the Z component of the first basis vector I of the local coordinate system at the boundary, calculated by the class.
  double getIz() { return Iz; }
  // Returns the X component of the basis vector J of the local coordinate system at the boundary, calculated by the class.
  double getJx() { return Jx; }
  // Returns the Y component of the basis vector J of the local coordinate system at the boundary, calculated by the class.
  double getJy() { return Jy; }
  // Returns the Z component of the basis vector J of the local coordinate system at the boundary, calculated by the class.
  double getJz() { return Jz; }
  // Returns the X component of the basis vector K of the local coordinate system at the boundary, calculated by the class.
  double getKx() { return Kx; }
  // Returns the Y component of the basis vector K of the local coordinate system at the boundary, calculated by the class.
  double getKy() { return Ky; }
  // Returns the Z component of the basis vector K of the local coordinate system at the boundary, calculated by the class.
  double getKz() { return Kz; }
 
  inline int& coupe() { return coupe_; }
 
protected :
 
  int coupe_ = 1;
 
private :
  double xa = -100., ya = -100., za = -100.;
  double Ix = -100., Iy = -100., Iz = -100.;
  double Jx = -100., Jy = -100., Jz = -100.;
  double Kx = -100., Ky = -100., Kz = -100.;
};
 
using TroisDto2D = TroisDto2D_32_64<int>;
using TroisDto2D_64 = TroisDto2D_32_64<trustIdType>;
 
 
#endif