我的目标是创造一个登上领奖台的效果，以便乌龟在比赛结束后按照完成的顺序排列。问题在于，每当红龟完成时，其他乌龟都会停下来，无论红龟先在哪里完成，并且即使它们具有相同的代码，其他乌龟也不会注册为已完成。
我尝试过 改变完成比赛所需的距离 如果先于if后删除if statemetns 修改代码
每只乌龟都必须创建它，除了一只变成了两只，等等
one=Turtle() #name of the turtle
one.color('red') #color of the turtle
one.shape('turtle') #shape of the turtle
one.penup() #makes the trail line
one.goto(-220,170) #starting space #first number is horizontal position second is vertical
one.pendown()
for turn in range(36): # how many times it rotates
one.right(10) # how far the turtle spins each rotation
停止和放置海龟的代码如下
first = False
second = False
third = False
fourth = False
fifth = False
sixth = False
seventh = False
eighth = False
if TurtleOne>=500: #if TurtleOne has traveled more than 500 do the following
one.penup()
if first == False:
one.goto(-300,-110)
first = True
elif first == True:
one.goto(-250,-110)
second = True
elif second == True:
one.goto(-200,-110)
third = True
elif third == True:
one.goto(-150,-110)
forth = True
elif forth == True:
one.goto(-100,-110)
fifth = True
elif fifth == True:
one.goto(-50,110)
sixth = True
elif sixth == True:
one.goto(0,-110)
seventh = True
elif seventh == True:
one.goto(50,-110)
eighth = True
elif eighth == True:
time.sleep(5) #waits 10 seconds
turtle.bye() # closes the window
import Lanes # goes back to lane selection
elif TurtleTwo>=500:
two.penup()
if first == False:
two.goto(-300,-110)
first = True
elif first == True:
two.goto(-250,-110)
second = True
elif second == True:
two.goto(-200,-110)
third = True
elif third == True:
two.goto(-150,-110)
forth = True
elif forth == True:
two.goto(-100,-110)
fifth = True
elif fifth == True:
two.goto(-50,110)
sixth = True
elif sixth == True:
two.goto(0,-110)
seventh = True
elif seventh == True:
two.goto(50,-110)
eighth = True
elif eighth == True:
time.sleep(5) #waits 10 seconds
turtle.bye() # closes the window
import Lanes # goes back to lane selection
elif TurtleThree>=500:
three.penup()
if first == False:
three.goto(-300,-110)
first = True
elif first == True:
three.goto(-250,-110)
second = True
elif second == True:
three.goto(-200,-110)
third = True
elif third == True:
three.goto(-150,-110)
forth = True
elif forth == True:
three.goto(-100,-110)
fifth = True
elif fifth == True:
three.goto(-50,110)
sixth = True
elif sixth == True:
three.goto(0,-110)
seventh = True
elif seventh == True:
three.goto(50,-110)
eighth = True
elif eighth == True:
time.sleep(5) #waits 10 seconds
turtle.bye() # closes the window
import Lanes # goes back to lane selection
elif TurtleFour>=500:
four.penup()
if first == False:
four.goto(-300,-110)
first = True
elif first == True:
four.goto(-250,-110)
second = True
elif second == True:
four.goto(-200,-110)
third = True
elif third == True:
four.goto(-150,-110)
forth = True
elif forth == True:
four.goto(-100,-110)
fifth = True
elif fifth == True:
four.goto(-50,110)
sixth = True
elif sixth == True:
four.goto(0,-110)
seventh = True
elif seventh == True:
four.goto(50,-110)
eighth = True
elif eighth == True:
time.sleep(5) #waits 10 seconds
turtle.bye() # closes the window
import Lanes # goes back to lane selection
elif TurtleFive>=500:
five.penup()
if first == False:
five.goto(-300,-110)
first = True
elif first == True:
five.goto(-250,-110)
second = True
elif second == True:
five.goto(-200,-110)
third = True
elif third == True:
five.goto(-150,-110)
forth = True
elif forth == True:
five.goto(-100,-110)
fifth = True
elif fifth == True:
five.goto(-50,110)
sixth = True
elif sixth == True:
five.goto(0,-110)
seventh = True
elif seventh ==True:
five.goto(50,-110)
eighth = True
elif eighth == True:
time.sleep(5) #waits 10 seconds
turtle.bye() # closes the window
import Lanes # goes back to lane selection
elif TurtleSix>=500:
six.penup()
if first == False:
six.goto(-300,-110)
first = True
elif first == True:
six.goto(-250,-110)
second = True
elif second == True:
six.goto(-200,-110)
third = True
elif third == True:
six.goto(-150,-110)
forth = True
elif forth == True:
six.goto(-100,-110)
fifth = True
elif fifth == True:
six.goto(-50,110)
sixth = True
elif sixth == True:
six.goto(0,-110)
seventh = True
elif seventh == True:
six.goto(50,-110)
eighth = True
elif eighth == True:
time.sleep(5) #waits 10 seconds
turtle.bye() # closes the window
import Lanes # goes back to lane selection
elif TurtleSeven>=500:
seven.penup()
if first == False:
seven.goto(-300,-110)
first = True
elif first == True:
seven.goto(-250,-110)
second = True
elif second == True:
seven.goto(-200,-110)
third = True
elif third == True:
seven.goto(-150,-110)
forth = True
elif forth == True:
seven.goto(-100,-110)
fifth = True
elif fifth ==True:
seven.goto(-50,110)
sixth = True
elif sixth == True:
seven.goto(0,-110)
seventh = True
elif seventh == True:
seven.goto(50,-110)
eighth = True
elif eighth == True:
time.sleep(5) #waits 10 seconds
turtle.bye() # closes the window
import Lanes # goes back to lane selection
elif TurtleEight>=500:
eight.penup()
if first == False:
eight.goto(-300,-110)
first = True
elif first == True:
eight.goto(-250,-110)
second = True
elif second == True:
eight.goto(-200,-110)
third = True
elif third == True:
eight.goto(-150,-110)
forth = True
elif forth == True:
eight.goto(-100,-110)
fifth = True
elif fifth == True:
eight.goto(-50,110)
sixth = True
elif sixth == True:
eight.goto(0,-110)
seventh = True
elif seventh == True:
eight.goto(50,-110)
eighth = True
elif eighth == True:
time.sleep(5) #waits 10 seconds
turtle.bye() # closes the window
import Lanes # goes back to lane selection