//Created by libAntimony v2.4 model nagano_2001__environment(time_) // Variable initializations: time_ = ; end model nagano_2001__contraction(time_) // Assignment Rules: F_isom := (c * power(L_ce / L_ce_opt, 2) - (2 * c * L_ce) / L_ce_opt) + c + 1; c := -(1) / power(width, 2); L := piecewise( 1 , time_ <= 1 , 0.92 , ( time_ > 1) && (time_ < 5 ), 0.9 ); v_ce := - Factor * L_ce * (((F_isom + A_REL) * B_REL) / (1 * (F / (F_max * q)) + A_REL) - B_REL); F := alpha * (L_see - L_slack); c1 := (Factor * B_REL * power(F_isom + c2, 2)) / ((F_isom + A_REL) * slope); c2 := F_isom * F_asympt; c3 := c1 / (F_isom + c2); L_see := L - L_ce; // Rate Rules: L_ce' = v_ce; // Variable initializations: time_ = ; L_ce = 0.05; L_ce_opt = 0.055; width = 0.888; Factor = 1; A_REL = 0.41; B_REL = 5.2; F_max = 3277.4; q = 1; slope = 2; F_asympt = 1.5; L_slack = 0.42; alpha = 1449.027; end model *nagano_2001____main() // Sub-modules, and any changes to those submodules: environment: nagano_2001__environment(time_); contraction: nagano_2001__contraction(time_); end