old_contents: import math
  
  def distance(p1, p2):
      """ Returns distance between two 3-tuples. 
      Used for evaluating color """
      return math.sqrt((p1[0]-p2[0])**2 + (p1[1]-p2[1])**2 + (p1[2]-p2[2])**2)
  
  def run(bot):
      # while True:
      #     print(bot.get_actuator_by_name("two_wheel_movement").get_value())
      #     bot.move_forward(25)
      #     bot.wait(1)
      #     bot.turn_clockwise(25)
      #     bot.wait(1)
      #     bot.move_backward(25)
      #     bot.wait(1)
      #     bot.turn_counter_clockwise(25)
      #     bot.wait(1)
  
      print distance((0,0,0), (3,4,0))
  
      while len(input("GO?"))>0:
          cs = bot.get_sensor_by_name("ColorSensor")
          print "RGB: " + str(cs.read())
          print "Color: " + str(cs.read_color())
new_contents: import math
  
  def distance(p1, p2):
      """ Returns distance between two 3-tuples. 
      Used for evaluating color """
      return math.sqrt((p1[0]-p2[0])**2 + (p1[1]-p2[1])**2 + (p1[2]-p2[2])**2)
  
  def run(bot):
      # while True:
      #     print(bot.get_actuator_by_name("two_wheel_movement").get_value())
      #     bot.move_forward(25)
      #     bot.wait(1)
      #     bot.turn_clockwise(25)
      #     bot.wait(1)
      #     bot.move_backward(25)
      #     bot.wait(1)
      #     bot.turn_counter_clockwise(25)
      #     bot.wait(1)
  
      print distance((0,0,0), (3,4,0))
  
      while len(raw_input("GO?"))>0:
          cs = bot.get_sensor_by_name("ColorSensor")
          print "RGB: " + str(cs.read())
          print "Color: " + str(cs.read_color())
subject: fix fix fix