//Created by libAntimony v2.4
model dash_model_2004__SHbO2(SHbO2, KHbO2, O2)

  // Assignment Rules:
  SHbO2 := (KHbO2 * O2) / (1.0 + KHbO2 * O2);

  // Variable initializations:
  KHbO2 = ;
  O2 = ;
end

model dash_model_2004__SHbCO2(SHbCO2, KHbCO2, CO2)

  // Assignment Rules:
  SHbCO2 := (KHbCO2 * CO2) / (1.0 + KHbCO2 * CO2);

  // Variable initializations:
  KHbCO2 = ;
  CO2 = ;
end

model dash_model_2004__KHbO2(KHbO2, CO2, Hrbc, K2, K2_, K3, K3_, K4, K5_, K6_)

  // Assignment Rules:
  KHbO2 := (K4 * (K3 * CO2 * (1.0 + K3_ / Hrbc) + (1.0 + Hrbc / K6_))) / (K2 * CO2 * (1.0 + K2_ / Hrbc) + (1.0 + Hrbc / K5_));

  // Variable initializations:
  CO2 = ;
  Hrbc = ;
  K2 = ;
  K2_ = ;
  K3 = ;
  K3_ = ;
  K4 = ;
  K5_ = ;
  K6_ = ;
end

model dash_model_2004__KHbCO2(KHbCO2, O2, Hrbc, K2, K2_, K3, K3_, K4, K5_, K6_)

  // Assignment Rules:
  KHbCO2 := (K2 * (1.0 + K2_ / Hrbc) + K3 * K4 * (1.0 + K3_ / Hrbc) * O2) / (1.0 + Hrbc / K5_ + K4 * (1.0 + Hrbc / K6_) * O2);

  // Variable initializations:
  O2 = ;
  Hrbc = ;
  K2 = ;
  K2_ = ;
  K3 = ;
  K3_ = ;
  K4 = ;
  K5_ = ;
  K6_ = ;
end

model dash_model_2004__K4(K4, O2_S, H_S, n1, n2, CO2_S, K4_, n0, O2, CO2, Hrbc)

  // Assignment Rules:
  K4 := K4_ * power(O2 / O2_S, n0) * power(Hrbc / H_S, - n1) * power(CO2 / CO2_S, - n2);

  // Variable initializations:
  O2_S = ;
  H_S = ;
  n1 = ;
  n2 = ;
  CO2_S = ;
  K4_ = ;
  n0 = ;
  O2 = ;
  CO2 = ;
  Hrbc = ;
end

model dash_model_2004__O2(O2, alpha_O2, PO2)

  // Assignment Rules:
  O2 := alpha_O2 * PO2;

  // Variable initializations:
  alpha_O2 = ;
  PO2 = ;
end

model dash_model_2004__CO2(CO2, alpha_CO2, PCO2)

  // Assignment Rules:
  CO2 := alpha_CO2 * PCO2;

  // Variable initializations:
  alpha_CO2 = ;
  PCO2 = ;
end

model dash_model_2004__alpha_O2(alpha_O2, Wpl, T)

  // Assignment Rules:
  alpha_O2 := ((1.37 - 0.0137 * (T - 37.0)) + 0.00058 * power(T - 37.0, 2.0)) * (1E-6 / Wpl);

  // Variable initializations:
  Wpl = ;
  T = ;
end

model dash_model_2004__alpha_CO2(alpha_CO2, Wpl, T)

  // Assignment Rules:
  alpha_CO2 := ((3.07 - 0.057 * (T - 37.0)) + 0.002 * power(T - 37.0, 2.0)) * (1E-5 / Wpl);

  // Variable initializations:
  Wpl = ;
  T = ;
end

model dash_model_2004__model_parameters(Wpl, T, K2, K2_, K3, K3_, K4_, K5_, K6_, Rrbc, O2_S, CO2_S, H_S, n0, n1, n2, Hrbc, PO2, PCO2)

  // Assignment Rules:
  Hrbc := Hpl / Rrbc;
  Hpl := power(10.0, - pHpl);

  // Variable initializations:
  Wpl = 0.94;
  T = 37.0;
  K2 = 29.5;
  K2_ = 1E-6;
  K3 = 25.1;
  K3_ = 1E-6;
  K4_ = 202123.0;
  K5_ = 2.63E-8;
  K6_ = 1.91E-8;
  Rrbc = 0.69;
  O2_S = 146.0;
  CO2_S = 1.31;
  H_S = 57.5;
  n0 = 1.7;
  n1 = 1.06;
  n2 = 0.12;
  PO2 = 100.0;
  PCO2 = 40.0;
  pHpl = 7.24;
end

model *dash_model_2004____main()

  // Sub-modules, and any changes to those submodules:
  SHbO2: dash_model_2004__SHbO2(SHbO20, KHbO20, O20);
  SHbCO2: dash_model_2004__SHbCO2(SHbCO20, KHbCO20, CO20);
  KHbO2: dash_model_2004__KHbO2(KHbO20, CO20, Hrbc, K2, K2_, K3, K3_, K40, K5_, K6_);
  KHbCO2: dash_model_2004__KHbCO2(KHbCO20, O20, Hrbc, K2, K2_, K3, K3_, K40, K5_, K6_);
  K4: dash_model_2004__K4(K40, O2_S, H_S, n1, n2, CO2_S, K4_, n0, O20, CO20, Hrbc);
  O2: dash_model_2004__O2(O20, alpha_O20, PO2);
  CO2: dash_model_2004__CO2(CO20, alpha_CO20, PCO2);
  alpha_O2: dash_model_2004__alpha_O2(alpha_O20, Wpl, T);
  alpha_CO2: dash_model_2004__alpha_CO2(alpha_CO20, Wpl, T);
  model_parameters: dash_model_2004__model_parameters(Wpl, T, K2, K2_, K3, K3_, K4_, K5_, K6_, Rrbc, O2_S, CO2_S, H_S, n0, n1, n2, Hrbc, PO2, PCO2);
end