//Created by libAntimony v2.4
model saftenku_2001__environment(time_)

  // Variable initializations:
  time_ = ;
end

model saftenku_2001__C1(C1, C1C2, C2C1, C2, Ca, time_)

  // Rate Rules:
  C1' = C2C1 * C2 - C1C2 * Ca * C2;

  // Variable initializations:
  C1 = 0.125;
  C1C2 = ;
  C2C1 = ;
  C2 = ;
  Ca = ;
  time_ = ;
end

model saftenku_2001__C2(C2, C1C2, C2C1, C2C3, C3C2, C2C5, C5C2, C1, C3, C5, Ca, time_)

  // Rate Rules:
  C2' = (C1C2 * Ca * C1 + C3C2 * C3 + C5C2 * C5) - (C2C1 * C2 + C2C3 * Ca * C2 + C2C5 * C2);

  // Variable initializations:
  C2 = 0.125;
  C1C2 = ;
  C2C1 = ;
  C2C3 = ;
  C3C2 = ;
  C2C5 = ;
  C5C2 = ;
  C1 = ;
  C3 = ;
  C5 = ;
  Ca = ;
  time_ = ;
end

model saftenku_2001__C3(C3, O1C3, C3O1, C2C3, C3C2, O2C3, C3O2, O3C3, C3O3, C2, O1, O2, O3, Ca, time_)

  // Rate Rules:
  C3' = (C2C3 * Ca * C2 + O1C3 * O1 + O3C3 * O3 + O2C3 * O2) - (C3C2 * C3 + C3O1 * C3 + C3O2 * C3 + C3O3 * C3);

  // Variable initializations:
  C3 = 0.125;
  O1C3 = ;
  C3O1 = ;
  C2C3 = ;
  C3C2 = ;
  O2C3 = ;
  C3O2 = ;
  O3C3 = ;
  C3O3 = ;
  C2 = ;
  O1 = ;
  O2 = ;
  O3 = ;
  Ca = ;
  time_ = ;
end

model saftenku_2001__C4(C4, O2C4, C4O2, O3C4, C4O3, O2, O3, time_)

  // Rate Rules:
  C4' = (O2C4 * O2 + O3C4 * O3) - (C4O2 * C4 + C4O3 * C4);

  // Variable initializations:
  C4 = 0.125;
  O2C4 = ;
  C4O2 = ;
  O3C4 = ;
  C4O3 = ;
  O2 = ;
  O3 = ;
  time_ = ;
end

model saftenku_2001__C5(C5, C2C5, C5C2, C2, time_)

  // Rate Rules:
  C5' = C2C5 * C2 - C5C2 * C5;

  // Variable initializations:
  C5 = 0.125;
  C2C5 = ;
  C5C2 = ;
  C2 = ;
  time_ = ;
end

model saftenku_2001__O1(O1, O1C3, C3O1, C3, time_)

  // Rate Rules:
  O1' = C3O1 * C3 - O1C3 * O1;

  // Variable initializations:
  O1 = 0.125;
  O1C3 = ;
  C3O1 = ;
  C3 = ;
  time_ = ;
end

model saftenku_2001__O2(O2, C3O2, O2C3, O2C4, C4O2, C3, C4, time_)

  // Rate Rules:
  O2' = (C3O2 * C3 + C4O2 * C4) - (O2C3 * O2 + O2C4 * O2);

  // Variable initializations:
  O2 = 0.125;
  C3O2 = ;
  O2C3 = ;
  O2C4 = ;
  C4O2 = ;
  C3 = ;
  C4 = ;
  time_ = ;
end

model saftenku_2001__O3(O3, C3O3, O3C3, O3C4, C4O3, C3, C4, time_)

  // Rate Rules:
  O3' = (C3O3 * C3 + C4O3 * C4) - (O3C3 * O3 + O3C4 * O3);

  // Variable initializations:
  O3 = 0.125;
  C3O3 = ;
  O3C3 = ;
  O3C4 = ;
  C4O3 = ;
  C3 = ;
  C4 = ;
  time_ = ;
end

model saftenku_2001__reaction_constants(C1C2, C2C1, C2C3, C3C2, C3O2, O2C3, O2C4, C4O2, C3O3, O3C3, O3C4, C4O3, C3O1, O1C3, C2C5, C5C2, Ca)

  // Variable initializations:
  C1C2 = 2.5;
  C2C1 = 13.3;
  C2C3 = 68.0;
  C3C2 = 8000.0;
  C3O2 = 17.0;
  O2C3 = 92.0;
  O2C4 = 1900.0;
  C4O2 = 520.0;
  C3O3 = 14.0;
  O3C3 = 138.0;
  O3C4 = 300.0;
  C4O3 = 46.0;
  C3O1 = 1100.0;
  O1C3 = 3400.0;
  C2C5 = 0.13;
  C5C2 = 3.6;
  Ca = 20.0;
end

model *saftenku_2001____main()

  // Sub-modules, and any changes to those submodules:
  environment: saftenku_2001__environment(time_);
  C1: saftenku_2001__C1(C10, C1C2, C2C1, C20, Ca, time_);
  C2: saftenku_2001__C2(C20, C1C2, C2C1, C2C3, C3C2, C2C5, C5C2, C10, C30, C50, Ca, time_);
  C3: saftenku_2001__C3(C30, O1C3, C3O1, C2C3, C3C2, O2C3, C3O2, O3C3, C3O3, C20, O10, O20, O30, Ca, time_);
  C4: saftenku_2001__C4(C40, O2C4, C4O2, O3C4, C4O3, O20, O30, time_);
  C5: saftenku_2001__C5(C50, C2C5, C5C2, C20, time_);
  O1: saftenku_2001__O1(O10, O1C3, C3O1, C30, time_);
  O2: saftenku_2001__O2(O20, C3O2, O2C3, O2C4, C4O2, C30, C40, time_);
  O3: saftenku_2001__O3(O30, C3O3, O3C3, O3C4, C4O3, C30, C40, time_);
  reaction_constants: saftenku_2001__reaction_constants(C1C2, C2C1, C2C3, C3C2, C3O2, O2C3, O2C4, C4O2, C3O3, O3C3, O3C4, C4O3, C3O1, O1C3, C2C5, C5C2, Ca);
end