Echange_contact_rayo_semi_transp_VDF.h

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#ifndef Echange_contact_rayo_semi_transp_VDF_included
#define Echange_contact_rayo_semi_transp_VDF_included
 
#include <Cond_lim_rayo_semi_transp.h>
#include <Echange_contact_VDF.h>
 
 
/*! @brief class Echange_contact_rayo_semi_transp_VDF
 *
 *   This class is used to model a coupling between a
 *   solid wall and a semi-transparent fluid, taking into account
 *   the wall radiation.
 *   It is used exclusively for a VDF discretization.
 *
 *
 */
class Echange_contact_rayo_semi_transp_VDF: public Cond_lim_rayo_semi_transp, public Echange_contact_VDF
{
  Declare_instanciable(Echange_contact_rayo_semi_transp_VDF);
 
public :
  const Cond_lim_base& la_cl() const override;
  Champ_front_base& temperature_bord();
  void calculer_temperature_bord(double temps);
  int compatible_avec_eqn(const Equation_base&) const override;
  void mettre_a_jour(double temps) override;
 
  void completer() override;
  void calculer_Teta_paroi(DoubleTab& Teta_p,const DoubleTab& mon_h,const DoubleTab& autre_h,int i,double temps) override;
  void calculer_Teta_equiv(DoubleTab& Teta_eq,const DoubleTab& mon_h,const DoubleTab& autre_h,int i,double temps) override;
  Echange_contact_rayo_semi_transp_VDF& la_Cl_opposee();
 
  void completer_Cl_opposee_si_contact() override;
 
  inline bool is_bc_rayo_semi_transp(Cond_lim_rayo_semi_transp*& la_cl_rayo) override
  {
    la_cl_rayo = static_cast<Cond_lim_rayo_semi_transp*>(this);
    return true;
  }
 
protected :
 
  OWN_PTR(Champ_front_base) T_paroi;
  int num_premiere_face_dans_pb_fluide = -1;
};
 
#endif /* Echange_contact_rayo_semi_transp_VDF_included */