//Created by libAntimony v2.4
model razumova_bukatina_campbell_2000__environment(time_)

  // Variable initializations:
  time_ = ;
end

model razumova_bukatina_campbell_2000__main(lambda_on, lambda_A_2, time_, Ca, Ca_50, k_on, k_off, k_0_on, k_0_off, k_Ca_on, k_Ca_off, f, f_prime, f_0, f_prime_0, u, w, v)

  // Assignment Rules:
  F := 1 / (1 + power(Ca / Ca_50, - n_H));
  R_off := R_T - (D + A_1 + A_2);
  lambda_off := R_off / R_T;
  lambda_on := (D + A_1 + A_2) / R_T;
  lambda_D := D / R_T;
  lambda_A_1 := A_1 / R_T;
  lambda_A_2 := A_2 / R_T;
  lambda_A2_cyc := A_2 / (D + A_1 + A_2);
  Ca := Ca_50 * 100;
  Ca_50 := k_Ca_off / k_Ca_on;

  // Rate Rules:
  D' = (k_on * R_off + f_prime * A_1 + g * A_2) - (k_off + f) * D;
  A_1' = (f * D + h_prime * A_2) - (f_prime + h) * A_1;
  A_2' = h * A_1 - (h_prime + g) * A_2;

  // Variable initializations:
  R_T = 1;
  D = 0;
  A_1 = 0;
  A_2 = 0;
  time_ = ;
  k_on = ;
  k_off = ;
  k_0_on = 0;
  k_0_off = 100;
  k_Ca_on = 120;
  k_Ca_off = 50;
  f = ;
  f_prime = ;
  f_0 = 50;
  f_prime_0 = 400;
  h = 8;
  h_prime = 6;
  g = 4;
  n_H = 1;
  u = 1;
  w = 1;
  v = 1;
end

model razumova_bukatina_campbell_2000__RU_rate_constant(k_u_on, k_u_off, k_0_on, k_0_off, k_Ca_on, k_Ca_off, Ca, Ca_50)

  // Assignment Rules:
  k_u_on := k_0_on + ((k_Ca_on - k_0_on) * Ca) / (Ca_50 + Ca);
  k_u_off := k_0_off + ((k_Ca_off - k_0_off) * Ca) / (Ca_50 + Ca);

  // Variable initializations:
  k_0_on = ;
  k_0_off = ;
  k_Ca_on = ;
  k_Ca_off = ;
  Ca = ;
  Ca_50 = ;
end

model razumova_bukatina_campbell_2000__RU_RU_interaction(k_w_on, k_w_off, k_u_on, k_u_off, lambda_on, u)

  // Assignment Rules:
  k_w_on := k_u_on * power(1 + lambda_on * (u - 1), 2);
  k_w_off := k_u_off * power(u - lambda_on * (u - 1), 2);

  // Variable initializations:
  k_u_on = ;
  k_u_off = ;
  lambda_on = ;
  u = ;
end

model razumova_bukatina_campbell_2000__XB_XB_interaction(f, f_prime, f_0, f_prime_0, lambda_A_2, v)

  // Assignment Rules:
  f := f_0 * power(1 + lambda_A_2 * (exp(v - 1) - 1), 2);
  f_prime := f_prime_0 * power(1 + lambda_A_2 * (exp(-(v - 1)) - 1), 2);

  // Variable initializations:
  f_0 = ;
  f_prime_0 = ;
  lambda_A_2 = ;
  v = ;
end

model razumova_bukatina_campbell_2000__XB_RU_interaction(k_on, k_off, k_w_on, k_w_off, lambda_A_2, w)

  // Assignment Rules:
  k_on := k_w_on * power(1 + lambda_A_2 * (exp(w - 1) - 1), 2);
  k_off := k_w_off * power(1 + lambda_A_2 * (exp(-(w - 1)) - 1), 2);

  // Variable initializations:
  k_w_on = ;
  k_w_off = ;
  lambda_A_2 = ;
  w = ;
end

model *razumova_bukatina_campbell_2000____main()

  // Sub-modules, and any changes to those submodules:
  environment: razumova_bukatina_campbell_2000__environment(time_);
  main: razumova_bukatina_campbell_2000__main(lambda_on, lambda_A_2, time_, Ca, Ca_50, k_on, k_off, k_0_on, k_0_off, k_Ca_on, k_Ca_off, f, f_prime, f_0, f_prime_0, u, w, v);
  RU_rate_constant: razumova_bukatina_campbell_2000__RU_rate_constant(k_u_on, k_u_off, k_0_on, k_0_off, k_Ca_on, k_Ca_off, Ca, Ca_50);
  RU_RU_interaction: razumova_bukatina_campbell_2000__RU_RU_interaction(k_w_on, k_w_off, k_u_on, k_u_off, lambda_on, u);
  XB_XB_interaction: razumova_bukatina_campbell_2000__XB_XB_interaction(f, f_prime, f_0, f_prime_0, lambda_A_2, v);
  XB_RU_interaction: razumova_bukatina_campbell_2000__XB_RU_interaction(k_on, k_off, k_w_on, k_w_off, lambda_A_2, w);
end