Python 25 Line Challenge

[codingCat]

One more.

All right Menator01, I've got one for you. Since you seem to like a challenge I off you this one. It is the classic turtle race example that I have expanded to show a practical use for arrays. Can you get this one down below 25 lines?

#Turtle race - An example of using all of the topics
#with an introduction to using lists

from turtle import *
from random import *

turtlecnt = 10                     #number of turtles in the race
linetop = turtlecnt * 30 / 2       #location of top line
linebottom = 0 - linetop - 30      #location of bottom line
hideturtle()                       #setup the screen
penup()
speed("fastest")
goto(-200,linetop)
pendown()
goto(-200,linebottom)
penup()
goto(200,linetop)
pendown()
goto(200,linebottom)

racers = []                         #a list to hold our turtles

for i in range(0,turtlecnt):        #for each position in the list 
    newturtle = Turtle()            #create the turtle 
    racers.append(newturtle)        #add it to the turtle list

#a list of colors to randomly choose from
colors = ["yellow", "gold", "orange", "red", "maroon", "violet", "pink", "magenta",
          "purple", "navy", "blue", "skyblue", "cyan", "turquoise", "lightgreen",
          "green", "darkgreen", "chocolate", "brown", "gray", "black"]

#Setup the turtles
for i in range(0,turtlecnt):           #for each turtle in the list
    clrnum = randint(0,len(colors)-1)  #choose a random color
    racers[i].color(colors[clrnum])    #set the turtle to the color
    colors.pop(clrnum)                 #remove the color from the list (avoid repeats)
    racers[i].shapesize(2)             #increase the turtles size
    racers[i].penup()                  #no drawing during the race
    racers[i].goto(-200, (i * 30) - (turtlecnt * 30 / 2)) #goto the starting line
    racers[i].speed("fastest")         #set the speed (same as 0)
    
#repeat until on of the turtles reaches the finish line
racing = True                       #the race is running
i = 0                               #start at the first turtle
tracer(0)                           #do not automatically update window
while racing:                       #while the race is running
    racerdist = randint(0,5)        #choose a random distance to travel
    racers[i].forward(racerdist)    #for the current turtle, move the random distance
    if racers[i].xcor() >= 200:     #check if that move won the race
        racing = False              #the race is over
        winpos = i                  #this turtle won
        
    i = i + 1                       #setting up for the next turtle
    if i >= turtlecnt:              #have we reached the end of the turtle list?
        i = 0                       #yes? wrap to the beginning
    update()                        #manually update the window (needed when tracer is 0)

penup()                             #relocate the default turtle
goto(-200,racers[winpos].ycor())    #display the winner
write("The winner is turtle " + str(winpos),font=("",25,""))