Loi_Etat_GR_base.h

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#ifndef Loi_Etat_GR_base_included
#define Loi_Etat_GR_base_included
 
#ifndef RU_
//universal gas constant
#define RU_ 8.3143*4.18448
#endif
 
#include <Loi_Etat_base.h>
 
/*! @brief Base state law class for real gases, defining a dilatable fluid with the equations of state:
 *           rho = rho(Pth, H)
 *           T   = T(Pth, H)
 *
 * @sa Fluide_Dilatable_base Loi_Etat_base
 */
 
class Loi_Etat_GR_base : public Loi_Etat_base
{
  Declare_base_sans_constructeur(Loi_Etat_GR_base);
 
public :
  Loi_Etat_GR_base();
  void initialiser_inco_ch() override;
  void calculer_lambda() override;
  void initialiser() override;
  void remplir_T() override;
  void calculer_Cp() override;
  const Nom type_fluide() const override;
  double De_DP(double,double) const override;
  double De_DT(double,double) const override;
  double Cp_calc(double,double) const;
  double inverser_Pth(double,double) override;
  void calculer_masse_volumique() override;
 
  // Pure virtual methods
  virtual double calculer_temperature(double,double) = 0;
  double calculer_H(double,double) const override = 0;
  double Drho_DP(double,double) const override = 0;
  double Drho_DT(double,double) const override = 0;
  virtual double DT_DH(double,double) const = 0;
  double calculer_masse_volumique(double,double) const override = 0;
 
  // Inline methods
  inline double masse_molaire() const { return MMole_; }
 
protected :
  double MMole_, Cp_, R;
  DoubleTab tab_TempC, tab_Cp;
};
 
#endif /* Loi_Etat_GR_base_included */