Source_Masse_Fluide_Dilatable_base.h

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#ifndef Source_Masse_Fluide_Dilatable_base_included
#define Source_Masse_Fluide_Dilatable_base_included
 
#include <Champ_front_base.h>
#include <TRUST_Deriv.h>
#include <TRUST_Ref.h>
 
class Convection_Diffusion_Fluide_Dilatable_base;
class Fluide_Dilatable_base;
class Domaine_Cl_dis_base;
 
/*! @brief Special mass source term for the mass equation (used only during the projection/correction step).
 *
 */
class Source_Masse_Fluide_Dilatable_base: public Objet_U
{
  Declare_base(Source_Masse_Fluide_Dilatable_base);
public :
  void completer();
 
  // Managing properly the champ_front - not done automatically because we are not in the scope of boundary conditions.
  // The three methods below take care of this.
  // This is all inspired by what happens in Conds_lim::completer() and Conds_lim::initialiser()
  // and Equation_base::initTimeStep() and Equation_base::updateGivenFields()
  void mettre_a_jour(double temps);
  void changer_temps_futur(double temps, int i);
  void set_temps_defaut(double temps);
 
  virtual void associer_domaine_cl(const Domaine_Cl_dis_base&);
 
  inline int nb_comp() { return ncomp_; }
 
  void fill_val_flux_tab(DoubleTrav& val_flux) const;
 
  // Pure virtual methods
  virtual void ajouter_eq_espece(const Convection_Diffusion_Fluide_Dilatable_base& eqn, const Fluide_Dilatable_base& fluide, const bool is_expl, DoubleVect& resu) const = 0;
  virtual void ajouter_projection(const Fluide_Dilatable_base& fluide, DoubleVect& resu) const = 0;
 
protected :
  int ncomp_ = -1;
  Nom nom_bord_, file_out_;
  OWN_PTR(Champ_front_base) ch_front_source_;
  OBS_PTR(Domaine_Cl_dis_base) domaine_cl_dis_;
};
 
#endif /* Source_Masse_Fluide_Dilatable_base_included */