Proprietes_part_vol.h

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#ifndef Proprietes_part_vol_included
#define Proprietes_part_vol_included
 
#include <Objet_U_With_Params.h>
#include <TRUSTTabFT.h>
class Param;
 
 
//! @brief Classe qui porte les proprietes de particules
//!
//! Actuellement seules les particules materielles sont dotees de proprietes
//! Proprietes dynamiques   : vitesse_p_, delat_v_
//! Proprietes energetiques : temperature_p_
//! Proprietes physiques    : masse_volumique_p_
//! Proprietes geometriques : diametre_p_, volume_p_,
//!
//! Toute operation modifiant le nombre de particules dans le domaine doit s accompagner
//! d'une actualisation de l attribut nb_particules_ de cette classe
//! Les operations susceptibles de modifier le nombre de particules sont actuellement :
//! -lecture de la condition initiale
//! -injection-transformation
//! -nettoyage
//! -passage d un sous domaine a un autre dans le cas d un calcul parallele
class Proprietes_part_vol : public Objet_U_With_Params
{
  Declare_instanciable_with_param(Proprietes_part_vol);
public:
 
  int lire_motcle_non_standard(const Motcle&, Entree&) override;
  void completer();
  void fixer_nb_particules(const int nb_part);
  void lire_distribution(Entree& is);
  void nettoyer(const ArrOfInt& som_utilises);
  void ajouter_proprietes(const Proprietes_part_vol& proprietes_tmp);
  void set_initialized();
 
  inline DoubleTab& vitesse_particules();
  inline const DoubleTab& vitesse_particules() const;
  inline DoubleTab& delta_v();
  inline const DoubleTab& delta_v() const;
  inline DoubleTab& temperature_particules();
  inline const DoubleTab& temperature_particules() const;
  inline DoubleTab& masse_vol_particules();
  inline const DoubleTab& masse_vol_particules() const;
  inline DoubleTab& diametre_particules();
  inline const DoubleTab& diametre_particules() const;
  inline DoubleTab& volume_particules();
  inline const DoubleTab& volume_particules() const;
  inline int nb_particules() const;
 
protected:
 
  DoubleTabFT vitesse_p_;           //vitesse des particule
  DoubleTabFT deltat_v_;           //difference entre vitesse vitesse du fluide
  //(a la position de la particule) et vitesse de la particule
  DoubleTabFT temperature_p_;     //temperature
  DoubleTabFT masse_volumique_p_; //densite
  DoubleTabFT diametre_p_;           //masse_volumique
  DoubleTabFT volume_p_;           //volume
 
  int nb_particules_ = 0;           //nombre de particules portees par l objet
 
private:
  bool flag_was_initialized = false;
 
};
 
inline DoubleTab& Proprietes_part_vol::vitesse_particules()
{
  return vitesse_p_;
}
 
inline const DoubleTab& Proprietes_part_vol::vitesse_particules() const
{
  return vitesse_p_;
}
 
inline DoubleTab& Proprietes_part_vol::delta_v()
{
  return deltat_v_;
}
 
inline const DoubleTab& Proprietes_part_vol::delta_v() const
{
  return deltat_v_;
}
 
inline DoubleTab& Proprietes_part_vol::temperature_particules()
{
  return temperature_p_;
}
 
inline const DoubleTab& Proprietes_part_vol::temperature_particules() const
{
  return temperature_p_;
}
 
inline DoubleTab& Proprietes_part_vol::masse_vol_particules()
{
  return masse_volumique_p_;
}
 
inline const DoubleTab& Proprietes_part_vol::masse_vol_particules() const
{
  return masse_volumique_p_;
}
 
inline DoubleTab& Proprietes_part_vol::diametre_particules()
{
  return diametre_p_;
}
 
inline const DoubleTab& Proprietes_part_vol::diametre_particules() const
{
  return diametre_p_;
}
 
inline DoubleTab& Proprietes_part_vol::volume_particules()
{
  return volume_p_;
}
 
inline const DoubleTab& Proprietes_part_vol::volume_particules() const
{
  return volume_p_;
}
 
inline int Proprietes_part_vol::nb_particules() const
{
  return nb_particules_;
}
 
#endif