Cut_cell_diffusion_flux_interface.h

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#ifndef Cut_cell_diffusion_flux_interface_included
#define Cut_cell_diffusion_flux_interface_included
 
#include <FixedVector.h>
#include <IJK_Field.h>
#include <Cut_field.h>
#include <Maillage_FT_IJK.h>
#include <Facettes_Interp_FT.h>
 
enum class METHODE_FLUX_INTERFACE : int
{
  NON_INITIALISE,               // Valeur invalide par defaut, pour forcer le choix
  INTERP_PURE,                  // Methode d'interpolation n'utilisant pas les donnees cut-cell (cf. Aymeric)
  INTERP_PURE_NO_JUMP,          //  * variante negligeant le saut du gradient a l'interface
  INTERP_CUT_CELL,              // Methode d'interpolation utilisant les donnees cut-cell
  INTERP_CUT_CELL_NO_JUMP       //  * variante negligeant le saut du gradient a l'interface
};
 
void calculer_flux_interface_next(METHODE_FLUX_INTERFACE methode_flux_interface,
                                  double lambda_liquid,
                                  double lambda_vapour,
                                  DoubleTabFT& interfacial_temperature,
                                  DoubleTabFT& interfacial_phin_ai,
                                  const Cut_field_double& cut_field_temperature,
                                  const Facettes_Interp_FT& cut_cell_facettes_interpolation,
                                  IJK_Field_double& flux_interface_ft);
void calculer_flux_interface_old(METHODE_FLUX_INTERFACE methode_flux_interface,
                                 double lambda_liquid,
                                 double lambda_vapour,
                                 DoubleTabFT& interfacial_temperature,
                                 DoubleTabFT& interfacial_phin_ai,
                                 const Cut_field_double& cut_field_temperature,
                                 const Facettes_Interp_FT& cut_cell_facettes_interpolation,
                                 IJK_Field_double& flux_interface_ft);
 
void calculer_flux_interface_efficace(const IJK_Field_double& flux_interface_ns_old, const IJK_Field_double& flux_interface_ns_next, DoubleTabFT_cut_cell_scalar& flux_interface_efficace);
 
void ajout_flux_interface_a_divergence(const DoubleTabFT_cut_cell_scalar& flux_interface_efficace, Cut_field_double& cut_field_d_temperature);
 
#endif /* Cut_cell_diffusion_flux_interface_included */