My goal is to create a podium like effect so that the turtles will line up in the order they finished in after they finish the race. The problem is that whenever the red turtle finishes the other turtles stop and no matter where the red turtle finishes it is first and the other turtles won't register as having finished despite having the same code.
Ive tried changing the distance they need to finish the race deleting the if statemetns after if first tinkering with the code
this is what each turtle has to create it except one changed to two etc
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
code for stopping and placing of the turtles is as follows
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
