Fluide_eau_c3_gaz.cpp

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#include <Fluide_eau_c3_gaz.h>
#include <Lois_eau_c3.h>
 
Implemente_instanciable(Fluide_eau_c3_gaz, "Fluide_eau_c3_gaz", Fluide_reel_base);
 
Sortie& Fluide_eau_c3_gaz::printOn(Sortie& os) const { return os; }
 
Entree& Fluide_eau_c3_gaz::readOn(Entree& is)
{
#if HAVE_LIBC3
  Fluide_reel_base::readOn(is);
#else
  Process::exit(que_suis_je() + " : this binary was not compiled with C3 water laws!");
#endif
  return is;
}
 
#define ind std::distance(res.begin(), &val)
 
void Fluide_eau_c3_gaz::rho_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0, ier, itest;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double vapa, vapb, vapc, vapdb, vapdc, hg, dP_hg, cpg, dP_cpg, dT_cpg, rhog, dP_rhog, dT_rhog, delta_h;
      F77NAME(FTVAP)(&un, &ienc, &ier, &itest, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &hgs, &dP_hgs, &vapa, &vapb, &vapc, &vapdb, &vapdc,
                     &hg, &dP_hg, &cpg, &dP_cpg, &dT_cpg, &rhog, &dP_rhog, &dT_rhog, &delta_h);
      val = rhog;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
void Fluide_eau_c3_gaz::dP_rho_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0, ier, itest;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double vapa, vapb, vapc, vapdb, vapdc, hg, dP_hg, cpg, dP_cpg, dT_cpg, rhog, dP_rhog, dT_rhog, delta_h;
      F77NAME(FTVAP)(&un, &ienc, &ier, &itest, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &hgs, &dP_hgs, &vapa, &vapb, &vapc, &vapdb, &vapdc,
                     &hg, &dP_hg, &cpg, &dP_cpg, &dT_cpg, &rhog, &dP_rhog, &dT_rhog, &delta_h);
      val = dP_rhog;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
void Fluide_eau_c3_gaz::dT_rho_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0, ier, itest;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double vapa, vapb, vapc, vapdb, vapdc, hg, dP_hg, cpg, dP_cpg, dT_cpg, rhog, dP_rhog, dT_rhog, delta_h;
      F77NAME(FTVAP)(&un, &ienc, &ier, &itest, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &hgs, &dP_hgs, &vapa, &vapb, &vapc, &vapdb, &vapdc,
                     &hg, &dP_hg, &cpg, &dP_cpg, &dT_cpg, &rhog, &dP_rhog, &dT_rhog, &delta_h);
      val = dT_rhog;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
void Fluide_eau_c3_gaz::h_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0, ier, itest;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double vapa, vapb, vapc, vapdb, vapdc, hg, dP_hg, cpg, dP_cpg, dT_cpg, rhog, dP_rhog, dT_rhog, delta_h;
      F77NAME(FTVAP)(&un, &ienc, &ier, &itest, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &hgs, &dP_hgs, &vapa, &vapb, &vapc, &vapdb, &vapdc,
                     &hg, &dP_hg, &cpg, &dP_cpg, &dT_cpg, &rhog, &dP_rhog, &dT_rhog, &delta_h);
      val = hg;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
void Fluide_eau_c3_gaz::dP_h_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0, ier, itest;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double vapa, vapb, vapc, vapdb, vapdc, hg, dP_hg, cpg, dP_cpg, dT_cpg, rhog, dP_rhog, dT_rhog, delta_h;
      F77NAME(FTVAP)(&un, &ienc, &ier, &itest, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &hgs, &dP_hgs, &vapa, &vapb, &vapc, &vapdb, &vapdc,
                     &hg, &dP_hg, &cpg, &dP_cpg, &dT_cpg, &rhog, &dP_rhog, &dT_rhog, &delta_h);
      val = dP_hg;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
void Fluide_eau_c3_gaz::dT_h_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0, ier, itest;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double vapa, vapb, vapc, vapdb, vapdc, hg, dP_hg, cpg, dP_cpg, dT_cpg, rhog, dP_rhog, dT_rhog, delta_h;
      F77NAME(FTVAP)(&un, &ienc, &ier, &itest, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &hgs, &dP_hgs, &vapa, &vapb, &vapc, &vapdb, &vapdc,
                     &hg, &dP_hg, &cpg, &dP_cpg, &dT_cpg, &rhog, &dP_rhog, &dT_rhog, &delta_h);
      val = cpg;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
void Fluide_eau_c3_gaz::cp_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0, ier, itest;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double vapa, vapb, vapc, vapdb, vapdc, hg, dP_hg, cpg, dP_cpg, dT_cpg, rhog, dP_rhog, dT_rhog, delta_h;
      F77NAME(FTVAP)(&un, &ienc, &ier, &itest, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &hgs, &dP_hgs, &vapa, &vapb, &vapc, &vapdb, &vapdc,
                     &hg, &dP_hg, &cpg, &dP_cpg, &dT_cpg, &rhog, &dP_rhog, &dT_rhog, &delta_h);
      val = cpg;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
void Fluide_eau_c3_gaz::beta_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
  VectorD dT_rho___((int )res.size()), rho___((int )res.size());
  dT_rho_(T,P,SpanD(dT_rho___),ncomp,id);
  rho_(T,P,SpanD(rho___),ncomp,id);
  for (auto& val : res) val = dT_rho___[ind] / rho___[ind];
}
 
void Fluide_eau_c3_gaz::mu_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double cond, dT_cond, dP_cond, visc, dP_visc, dT_visc, sigma, dP_sigma;
      F77NAME(FHVAPA)(&un, &ienc, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &cond, &dP_cond, &dT_cond, &visc, &dP_visc, &dT_visc, &sigma, &dP_sigma);
      val = visc;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
void Fluide_eau_c3_gaz::lambda_(const SpanD T, const SpanD P, SpanD res, int ncomp, int id) const
{
  assert((int )T.size() == ncomp * (int )P.size() && (int )T.size() == ncomp * (int )res.size());
#if HAVE_LIBC3
  /* calcul a saturation */
  for (auto& val : res)
    {
      int un = 1, ienc = 0;
      double Ts, dP_Ts, d2P_Ts, hls, dP_hls, hgs, dP_hgs, cpls, dP_cpls, cpgs, dP_cpgs, rhols, dP_rhols, rhogs, dP_rhogs;
      F77NAME(FTSATP)(&un, &ienc, &P[ind], &Ts, &dP_Ts, &d2P_Ts, &hls, &dP_hls, &hgs, &dP_hgs, &cpls, &dP_cpls, &cpgs, &dP_cpgs, &rhols, &dP_rhols, &rhogs, &dP_rhogs);
      /* calcul a T */
      double cond, dT_cond, dP_cond, visc, dP_visc, dT_visc, sigma, dP_sigma;
      F77NAME(FHVAPA)(&un, &ienc, &P[ind], &T[ind * ncomp + id], &Ts, &dP_Ts, &cond, &dP_cond, &dT_cond, &visc, &dP_visc, &dT_visc, &sigma, &dP_sigma);
      val = cond;
    }
#else
  for (auto& val : res) val = 0;
#endif
}
 
#undef ind