//Created by libAntimony v2.4
model bhalla_model_1999__global_variables(time_)

  // Variable initializations:
  time_ = ;
end

model bhalla_model_1999__DAG(DAG, delta_DAG_rxn2, delta_DAG_rxn3, delta_DAG_rxn0, time_)

  // Rate Rules:
  DAG' = delta_DAG_rxn2 + delta_DAG_rxn3 + delta_DAG_rxn0;

  // Variable initializations:
  DAG = ;
  delta_DAG_rxn2 = ;
  delta_DAG_rxn3 = ;
  delta_DAG_rxn0 = ;
  time_ = ;
end

model bhalla_model_1999__PC(PC, delta_PC_rxn0, time_)

  // Rate Rules:
  PC' = delta_PC_rxn0;

  // Variable initializations:
  PC = ;
  delta_PC_rxn0 = ;
  time_ = ;
end

model bhalla_model_1999__IP3(IP3, delta_IP3_rxn2, delta_IP3_rxn3, delta_IP3_rxn1, time_)

  // Rate Rules:
  IP3' = delta_IP3_rxn2 + delta_IP3_rxn3 + delta_IP3_rxn1;

  // Variable initializations:
  IP3 = ;
  delta_IP3_rxn2 = ;
  delta_IP3_rxn3 = ;
  delta_IP3_rxn1 = ;
  time_ = ;
end

model bhalla_model_1999__Inositol(Inositol, delta_Inositol_rxn1, time_)

  // Rate Rules:
  Inositol' = delta_Inositol_rxn1;

  // Variable initializations:
  Inositol = ;
  delta_Inositol_rxn1 = ;
  time_ = ;
end

model bhalla_model_1999__PLC(PLC, delta_PLC_rxn4, delta_PLC_rxn5, time_)

  // Rate Rules:
  PLC' = delta_PLC_rxn4 + delta_PLC_rxn5;

  // Variable initializations:
  PLC = 0.8;
  delta_PLC_rxn4 = ;
  delta_PLC_rxn5 = ;
  time_ = ;
end

model bhalla_model_1999__Ca(Ca, delta_Ca_rxn4, time_)

  // Rate Rules:
  Ca' = delta_Ca_rxn4;

  // Variable initializations:
  Ca = 1.0;
  delta_Ca_rxn4 = ;
  time_ = ;
end

model bhalla_model_1999__Ca_PLC(Ca_PLC, delta_Ca_PLC_rxn4, delta_Ca_PLC_rxn8, delta_Ca_PLC_rxn7, time_)

  // Rate Rules:
  Ca_PLC' = delta_Ca_PLC_rxn4 + delta_Ca_PLC_rxn8 + delta_Ca_PLC_rxn7;

  // Variable initializations:
  Ca_PLC = ;
  delta_Ca_PLC_rxn4 = ;
  delta_Ca_PLC_rxn8 = ;
  delta_Ca_PLC_rxn7 = ;
  time_ = ;
end

model bhalla_model_1999__PIP2(PIP2, delta_PIP2_rxn2, delta_PIP2_rxn3, time_)

  // Rate Rules:
  PIP2' = delta_PIP2_rxn2 + delta_PIP2_rxn3;

  // Variable initializations:
  PIP2 = 10.0;
  delta_PIP2_rxn2 = ;
  delta_PIP2_rxn3 = ;
  time_ = ;
end

model bhalla_model_1999__Gq(Gq, delta_Gq_rxn8, delta_Gq_rxn5, delta_Gq_rxn6, delta_Gq_rxn7, time_)

  // Rate Rules:
  Gq' = delta_Gq_rxn8 + delta_Gq_rxn5 + delta_Gq_rxn6 + delta_Gq_rxn7;

  // Variable initializations:
  Gq = 1.0;
  delta_Gq_rxn8 = ;
  delta_Gq_rxn5 = ;
  delta_Gq_rxn6 = ;
  delta_Gq_rxn7 = ;
  time_ = ;
end

model bhalla_model_1999__Gq_PLC(Gq_PLC, delta_Gq_PLC_rxn5, delta_Gq_PLC_rxn6, time_)

  // Rate Rules:
  Gq_PLC' = delta_Gq_PLC_rxn5 + delta_Gq_PLC_rxn6;

  // Variable initializations:
  Gq_PLC = ;
  delta_Gq_PLC_rxn5 = ;
  delta_Gq_PLC_rxn6 = ;
  time_ = ;
end

model bhalla_model_1999__Ca_Gq_PLC(Ca_Gq_PLC, delta_Ca_Gq_PLC_rxn6, delta_Ca_Gq_PLC_rxn7, delta_Ca_Gq_PLC_rxn8, time_)

  // Rate Rules:
  Ca_Gq_PLC' = delta_Ca_Gq_PLC_rxn6 + delta_Ca_Gq_PLC_rxn7 + delta_Ca_Gq_PLC_rxn8;

  // Variable initializations:
  Ca_Gq_PLC = 1.0;
  delta_Ca_Gq_PLC_rxn6 = ;
  delta_Ca_Gq_PLC_rxn7 = ;
  delta_Ca_Gq_PLC_rxn8 = ;
  time_ = ;
end

model bhalla_model_1999__reaction0(DAG, PC, delta_DAG_rxn0, delta_PC_rxn0)

  // Variable initializations:
  DAG = ;
  PC = ;
  delta_DAG_rxn0 = ;
  delta_PC_rxn0 = ;
  k0 = 0.15;
  rate = ;
end

model bhalla_model_1999__reaction1(IP3, Inositol, delta_IP3_rxn1, delta_Inositol_rxn1)

  // Variable initializations:
  IP3 = ;
  Inositol = ;
  delta_IP3_rxn1 = ;
  delta_Inositol_rxn1 = ;
  k1 = 2.5;
  rate = ;
end

model bhalla_model_1999__reaction2(PIP2, DAG, IP3, Ca_PLC, delta_PIP2_rxn2, delta_DAG_rxn2, delta_IP3_rxn2)

  // Variable initializations:
  PIP2 = ;
  DAG = ;
  IP3 = ;
  Ca_PLC = ;
  delta_PIP2_rxn2 = ;
  delta_DAG_rxn2 = ;
  delta_IP3_rxn2 = ;
  km2 = 5.0;
  vmax2 = 48.0;
  rate = ;
end

model bhalla_model_1999__reaction3(PIP2, DAG, IP3, Ca_Gq_PLC, delta_PIP2_rxn3, delta_DAG_rxn3, delta_IP3_rxn3)

  // Variable initializations:
  PIP2 = ;
  DAG = ;
  IP3 = ;
  Ca_Gq_PLC = ;
  delta_PIP2_rxn3 = ;
  delta_DAG_rxn3 = ;
  delta_IP3_rxn3 = ;
  km3 = 19.84166667;
  vmax3 = 10.0;
  rate = ;
end

model bhalla_model_1999__reaction4(PLC, Ca, Ca_PLC, delta_PLC_rxn4, delta_Ca_rxn4, delta_Ca_PLC_rxn4)

  // Variable initializations:
  PLC = ;
  Ca = ;
  Ca_PLC = ;
  delta_PLC_rxn4 = ;
  delta_Ca_rxn4 = ;
  delta_Ca_PLC_rxn4 = ;
  k4 = 0.000005;
  k4_ = 1.0;
  rate = ;
end

model bhalla_model_1999__reaction5(PLC, Gq, Gq_PLC, delta_PLC_rxn5, delta_Gq_rxn5, delta_Gq_PLC_rxn5)

  // Variable initializations:
  PLC = ;
  Gq = ;
  Gq_PLC = ;
  delta_PLC_rxn5 = ;
  delta_Gq_rxn5 = ;
  delta_Gq_PLC_rxn5 = ;
  k5 = 0.0000042;
  k5_ = 1.0;
  rate = ;
end

model bhalla_model_1999__reaction6(Gq, Gq_PLC, Ca_Gq_PLC, delta_Gq_rxn6, delta_Gq_PLC_rxn6, delta_Ca_Gq_PLC_rxn6)

  // Variable initializations:
  Gq = ;
  Gq_PLC = ;
  Ca_Gq_PLC = ;
  delta_Gq_rxn6 = ;
  delta_Gq_PLC_rxn6 = ;
  delta_Ca_Gq_PLC_rxn6 = ;
  k6 = 0.00005;
  k6_ = 1.0;
  rate = ;
end

model bhalla_model_1999__reaction7(Ca_PLC, Gq, Ca_Gq_PLC, delta_Ca_PLC_rxn7, delta_Gq_rxn7, delta_Ca_Gq_PLC_rxn7)

  // Variable initializations:
  Ca_PLC = ;
  Gq = ;
  Ca_Gq_PLC = ;
  delta_Ca_PLC_rxn7 = ;
  delta_Gq_rxn7 = ;
  delta_Ca_Gq_PLC_rxn7 = ;
  k7 = 0.000042;
  k7_ = 1.0;
  rate = ;
end

model bhalla_model_1999__reaction8(Ca_Gq_PLC, Ca_PLC, Gq, delta_Ca_Gq_PLC_rxn8, delta_Ca_PLC_rxn8, delta_Gq_rxn8)

  // Variable initializations:
  Ca_Gq_PLC = ;
  Ca_PLC = ;
  Gq = ;
  delta_Ca_Gq_PLC_rxn8 = ;
  delta_Ca_PLC_rxn8 = ;
  delta_Gq_rxn8 = ;
  k8 = 0.0133;
  rate = ;
end

model *bhalla_model_1999____main()

  // Sub-modules, and any changes to those submodules:
  global_variables: bhalla_model_1999__global_variables(time_);
  DAG: bhalla_model_1999__DAG(DAG0, delta_DAG_rxn2, delta_DAG_rxn3, delta_DAG_rxn0, time_);
  PC: bhalla_model_1999__PC(PC0, delta_PC_rxn0, time_);
  IP3: bhalla_model_1999__IP3(IP30, delta_IP3_rxn2, delta_IP3_rxn3, delta_IP3_rxn1, time_);
  Inositol: bhalla_model_1999__Inositol(Inositol0, delta_Inositol_rxn1, time_);
  PLC: bhalla_model_1999__PLC(PLC0, delta_PLC_rxn4, delta_PLC_rxn5, time_);
  Ca: bhalla_model_1999__Ca(Ca0, delta_Ca_rxn4, time_);
  Ca_PLC: bhalla_model_1999__Ca_PLC(Ca_PLC0, delta_Ca_PLC_rxn4, delta_Ca_PLC_rxn8, delta_Ca_PLC_rxn7, time_);
  PIP2: bhalla_model_1999__PIP2(PIP20, delta_PIP2_rxn2, delta_PIP2_rxn3, time_);
  Gq: bhalla_model_1999__Gq(Gq0, delta_Gq_rxn8, delta_Gq_rxn5, delta_Gq_rxn6, delta_Gq_rxn7, time_);
  Gq_PLC: bhalla_model_1999__Gq_PLC(Gq_PLC0, delta_Gq_PLC_rxn5, delta_Gq_PLC_rxn6, time_);
  Ca_Gq_PLC: bhalla_model_1999__Ca_Gq_PLC(Ca_Gq_PLC0, delta_Ca_Gq_PLC_rxn6, delta_Ca_Gq_PLC_rxn7, delta_Ca_Gq_PLC_rxn8, time_);
  reaction0: bhalla_model_1999__reaction0(DAG0, PC0, delta_DAG_rxn0, delta_PC_rxn0);
  reaction1: bhalla_model_1999__reaction1(IP30, Inositol0, delta_IP3_rxn1, delta_Inositol_rxn1);
  reaction2: bhalla_model_1999__reaction2(PIP20, DAG0, IP30, Ca_PLC0, delta_PIP2_rxn2, delta_DAG_rxn2, delta_IP3_rxn2);
  reaction3: bhalla_model_1999__reaction3(PIP20, DAG0, IP30, Ca_Gq_PLC0, delta_PIP2_rxn3, delta_DAG_rxn3, delta_IP3_rxn3);
  reaction4: bhalla_model_1999__reaction4(PLC0, Ca0, Ca_PLC0, delta_PLC_rxn4, delta_Ca_rxn4, delta_Ca_PLC_rxn4);
  reaction5: bhalla_model_1999__reaction5(PLC0, Gq0, Gq_PLC0, delta_PLC_rxn5, delta_Gq_rxn5, delta_Gq_PLC_rxn5);
  reaction6: bhalla_model_1999__reaction6(Gq0, Gq_PLC0, Ca_Gq_PLC0, delta_Gq_rxn6, delta_Gq_PLC_rxn6, delta_Ca_Gq_PLC_rxn6);
  reaction7: bhalla_model_1999__reaction7(Ca_PLC0, Gq0, Ca_Gq_PLC0, delta_Ca_PLC_rxn7, delta_Gq_rxn7, delta_Ca_Gq_PLC_rxn7);
  reaction8: bhalla_model_1999__reaction8(Ca_Gq_PLC0, Ca_PLC0, Gq0, delta_Ca_Gq_PLC_rxn8, delta_Ca_PLC_rxn8, delta_Gq_rxn8);
end