OLD: Turtle Design App

from turtle import Turtle
from random import randint

class SuperTurtle(Turtle):
  """
  Our wrapper class of the turtle.Turtle object
  """
  
  def __init__(self, shape='turtle'):
    """
    This is the turtle's constructor with a default shape of "turtle"
    """
    Turtle.__init__(self)
    self.color(rancolor())
    self.shape(shape)
    self.penup()
    self.speed(9999)
    self.goto_random()
  
  def goto_random(self):
    """
    Simple function that sends a turtle to a random location on
    a 400x400 canvas
    """
    self.goto(randint(-200,200), randint(-200,200))
    
  def triangle(self, length=50):
    """
    Draws an equilateral triangle with a default length of 50
    """
    self.pendown()
    self.forward(length)
    self.left(120)
    self.forward(length)
    self.left(120)
    self.forward(length)

  def square(self, length=120):
    """
    Draws a square with a default length of 120
    """
    self.pendown()
    for x in range(4):
      self.forward(length)
      self.left(90)
    
  def home(self):
    """
    Returns to center position
    """
    self.goto(0,0)

  def star(self):
    """
    Draws a 5-point star with a fixed length of 140
    """
    self.pendown()
    for x in range(5):
      self.forward(140)
      self.left(145)

from random import choice

def welcome():
  for x in range(3):
    print("**************")
    if x == 0:
      print("** WELCOME ***")
      
def print_options():
  print("--- MENU ---")
  print("1: Add turtle to gang")
  print("2: Draw a picture")
  print("Any other key will quit")

def rancolor():
  """ This method returns a string from a list of colors available to Turtle's .color() method """
  colors = ["brown", "darkorange", "maroon", "crimson", "navy", "salmon", "tomato", "khaki", "gold", "hotpink", "springgreen", "blue", "cyan", "purple", "green", "red", "pink", "yellow", "teal"]
  return choice(colors)

from superturtle import SuperTurtle
import helper

# our collection of turtles
gang = []

# welcome message
helper.welcome()

# menu loop
while True:
  helper.print_options()
  selection = input("You selection: ")
  # analyize the selection
  if "one" in selection or "1" in selection:
    gang.append(SuperTurtle())
  elif "two" in selection or "2" in selection:
    # loop through all our turtles
    for t in gang:
      t.star()
  # quit if no option is recognized 
  else:
    break

def super_star(gang):
  for x in range(100):
    for t in gang:
      t.star()

  elif "three" in selection or "3" in selection:
    helper.super_star(gang) # pass the gang over to helper