#Some fun using http://robot.abixedukacja.eu/?lang=en&mode=python

# Hurdle 4 Jump random walls

# def turn_right():
#     for x in range(3):
#         turn_left()
#
# def jump_wall():
#      turn_left()
#      while wall_on_right():
#          move()
#      turn_right()
#      move()
#      turn_right()
#      while front_is_clear():
#          move()
#      turn_left()
#
# while not at_goal():
#      if front_is_clear():
#          move()
#      elif wall_in_front():
#          jump_wall()
#      else:
#          move()




#Maze It will find the way... hopefully

# def turn_right():
#     for x in range(3):
#         turn_left()
#
# while not at_goal():
#     if right_is_clear():
#         turn_right()
#         move()
#     elif front_is_clear():
#         move()
#     else:
#         turn_left()