| | | 将以下代码改为python代码 for i = 1:lenchromNum while(1) F_preWork = F_work; controlState = lenchrom(i); if (V_current > 80)||(V_current < 2 && T > 1000) flag=0; break end F_Traction = FT(abs(round(10V_current+1))).(controlState == 1); F_EBraking = FEB(abs(round(10V_current+1))).(controlState == -1); F_work = F_Traction - F_EBraking; if (F_work > F_preWork) && (F_preWork >= 0) && ((F_work - F_preWork) > (T_loadRate/10)) F_work = F_preWork + T_loadRate/10; elseif (F_work < F_preWork) && (F_work >= 0) && ((F_preWork - F_work) > (T_realeaseRate/10)) F_work = F_preWork - T_realeaseRate/10; elseif (F_work > F_preWork) && (F_work <= 0) && ((F_work - F_preWork) > (B_loadRate/10)) F_work = F_preWork + B_loadRate/10; elseif (F_work < F_preWork) && (F_preWork <= 0) && ((F_preWork - F_work) > (B_realeaseRate/10)) F_work = F_preWork - B_loadRate/10; end

下面是将给定的代码转换为 Python 代码的结果：

for i in range(1, len(chromNum)):
    while True:
        F_preWork = F_work
        controlState = lenchrom[i]

        if V_current > 80 or (V_current < 2 and T > 1000):
            flag = 0
            break

        F_Traction = FT(abs(round(10 * V_current + 1))) if controlState == 1 else 0
        F_EBraking = FEB(abs(round(10 * V_current + 1))) if controlState == -1 else 0
        F_work = F_Traction - F_EBraking

        if F_work > F_preWork and F_preWork >= 0 and (F_work - F_preWork) > (T_loadRate/10):
            F_work = F_preWork + T_loadRate/10
        elif F_work < F_preWork and F_work >= 0 and (F_preWork - F_work) > (T_realeaseRate/10):
            F_work = F_preWork - T_realeaseRate/10
        elif F_work > F_preWork and F_work <= 0 and (F_work - F_preWork) > (B_loadRate/10):
            F_work = F_preWork + B_loadRate/10
        elif F_work < F_preWork and F_preWork <= 0 and (F_preWork - F_work) > (B_realeaseRate/10):
            F_work = F_preWork - B_loadRate/10

上述代码将使用 Python 的语法和逻辑重写了给定的代码。请注意，变量的定义和使用方式可能需要根据上下文进行调整。