Boundary_Conditions.h

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#ifndef Boundary_Conditions_included
#define Boundary_Conditions_included
 
#include <Objet_U.h>
 
class Boundary_Conditions : public Objet_U
{
  Declare_instanciable(Boundary_Conditions);
public:
  enum BCType { Paroi = 0, Symetrie = 1, Perio = 2, Mixte_shear = 3 };
  BCType get_bctype_k_min() const { return (BCType) bctype_kmin_; }
  BCType get_bctype_k_max() const { return (BCType) bctype_kmax_; }
 
  void set_vx_kmin(double value) { vxkmin_ = value; }
  void set_vx_kmax(double value) { vxkmax_ = value; }
  void set_dU_perio(double value) { dU_perio_ = value; }
 
  double get_vx_kmin() const { return vxkmin_; }
  double get_vx_kmax() const { return vxkmax_; }
  double get_dU_perio(int fluctuations=0) const { return !fluctuations ? dU_perio_ :  0.; }
  double get_t0_shear() const { return t0_shear_; }
  int get_defilement() const { return defilement_; }
  int get_correction_interp_monofluide() const { return interp_monofluide_; }
  int get_correction_conserv_qdm() const { return conserv_qdm_; }
  int get_resolution_u_prime_() const { return resolution_u_prime_; }
 
protected:
  int bctype_kmin_, bctype_kmax_;
  double vxkmin_, vxkmax_;
  double dU_perio_;
  double t0_shear_;
  int defilement_;
  int order_interpolation_poisson_solver_;
  int interp_monofluide_;
  int conserv_qdm_;
  int resolution_u_prime_;
};
 
#endif /* Boundary_Conditions_included */