ALE_ProjectionManager.h

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#ifndef ALE_ProjectionManager_included
#define ALE_ProjectionManager_included
 
#include <Champs_front_ALE_projection.h>
#include <Noms.h>
#include <SFichier.h>
#include <Entree.h>
#include <Bords.h>
 
class Equation_base;
 
//   Computes the fluid forces projected on modal vibration shapes at ALE
//   moving boundaries, and writes results to output files.
//   Also holds the optional Neumann boundary condition list for the grid
//   Laplacian problem.
 
class ALE_ProjectionManager
{
public:
 
  ALE_ProjectionManager() = default;
 
  void read_projection_boundary(Entree& is);
  void read_neumann_bc(Entree& is);
 
  void update(double temps, int nb_bords_ALE, const Bords& les_bords_ALE,
              const Nom& nom_cas, Equation_base& eqn);
 
  void update(double temps, Nom& name_boundary,
              Champ_front_ALE_projection& field, int nb_mode,
              int nb_bords_ALE, const Bords& les_bords_ALE,
              const Nom& nom_cas, Equation_base& eqn);
 
  bool is_neumann_boundary(const Nom& nom) const;
 
 
  inline const Noms& neumann_boundary_names() const { return name_boundary_with_Neumann_BC_; }
  inline int         nb_projection_boundaries() const { return field_ALE_projection_.size(); }
 
  void clear();
 
private:
 
  Champs_front_ALE_projection field_ALE_projection_;
  Noms name_ALE_boundary_projection_;
  Noms name_boundary_with_Neumann_BC_;
  mutable SFichier modalForceProjectionALE_;
};
 
#endif /* ALE_ProjectionManager_included */