应用介绍

此项目是2018年数学建模B题RCV智能调度仿真的代码。

下面展示小部分代码：

import random

cnc_sign={"cnk_1":0,"cnk_2":0,"cnk_3":0,"cnk_4":0,"cnk_5":0,"cnk_6":0,"cnk_7":0,"cnk_8":0}

cnc_set={"cnk_1":1,"cnk_2":1,"cnk_3":2,"cnk_4":2,"cnk_5":3,"cnk_6":3,"cnk_7":4,"cnk_8":4}

cnc_time={"cnk_1":0,"cnk_2":0,"cnk_3":0,"cnk_4":0,"cnk_5":0,"cnk_6":0,"cnk_7":0,"cnk_8":0}

rgv_set=1

total_time=0

rgv_move1=18

rgv_move2=32

rgv_move3=46

cnc_one=545

rgv_ji=27

rgv_ou=32

rgv_clear=25

work=0

rgv_time=0

wl_time=0

aim=False

aim_wl=False

aim_made=False

ok=False

huai={"cnk_1":0,"cnk_2":0,"cnk_3":0,"cnk_4":0,"cnk_5":0,"cnk_6":0,"cnk_7":0,"cnk_8":0}

huai_time={"cnk_1":0,"cnk_2":0,"cnk_3":0,"cnk_4":0,"cnk_5":0,"cnk_6":0,"cnk_7":0,"cnk_8":0}

rand_tag=False

wl={"cnk_1":0,"cnk_2":0,"cnk_3":0,"cnk_4":0,"cnk_5":0,"cnk_6":0,"cnk_7":0,"cnk_8":0}

finish={"cnk_1":0,"cnk_2":0,"cnk_3":0,"cnk_4":0,"cnk_5":0,"cnk_6":0,"cnk_7":0,"cnk_8":0}

xiu={"cnk_1":0,"cnk_2":0,"cnk_3":0,"cnk_4":0,"cnk_5":0,"cnk_6":0,"cnk_7":0,"cnk_8":0}

def inp():

    try:

        global rgv_move1

        global rgv_move2

        global rgv_move3

        global cnc_one

        global rgv_ji

        global rgv_ou

        global rgv_clear

        rgv_move1=eval(input("RGV移动1个单位所需时间"))

        rgv_move2=eval(input("RGV移动2个单位所需时间"))

        rgv_move3=eval(input("RGV移动3个单位所需时间"))

        cnc_one=eval(input("CNC加工完成一个一道工序的物料所需时间"))

        rgv_ji=eval(input("RGV为CNC1#，3#，5#，7#一次上下料所需时间"))

        rgv_ou=eval(input("RGV为CNC2#，4#，6#，8#一次上下料所需时间"))

        rgv_clear=eval(input("RGV完成一个物料的清洗作业所需时间"))

    except:

        print("输入有误")

        inp()

inp()

while True:

    if total_time>=8*60*60:

        print("8小时完成数：{}".format(work))

        break

    else:

        for i in cnc_sign:

            if wl[i]==1:

                if total_time-cnc_time[i]>=cnc_one:

                    aim_made=True

                    finish[i]=1

            if cnc_sign[i]==0:

                cnc_sign[i]=1

                if abs(cnc_set[i]-rgv_set)==1:

                    rgv_time=total_time

                    while total_time-rgv_time<rgv_move1:

                        total_time+=1

                        rgv_set=cnc_set[i]

                        cnc_sign[i]=1

                        ok=True

                    if total_time-rgv_time==rgv_move1 and ok==True:

                        ok= False

                        aim=True

              ......................想了解更多请下载附件。