def create_box():
    global y_pos, box, SIZE_X, player_size
    top_y = 300
    min_x = ((- int(((SIZE_X / 2) / player_size))) + 1)
    max_x = (int(((SIZE_X / 2) / player_size)) - 1)
    x = (random.randint(min_x, max_x) * player_size)
    turtles_list.append(turtle.clone())
    turtles_list[(- 1)].hideturtle()
    turtles_list[(- 1)].shape('square')
    turtles_list[(- 1)].fillcolor('red')
    turtles_list[(- 1)].goto(x, top_y)
    turtles_list[(- 1)].showturtle()
    min_x = ((- int(((SIZE_X / 2) / player_size))) + 1)
    max_x = (int(((SIZE_X / 2) / player_size)) - 1)
    x = (random.randint(min_x, max_x) * player_size)
    turtles_list[(- 1)].goto(x, top_y)
    turtles_list[(- 1)].showturtle()
    chose_number()
def create_box():
    global y_pos, box, SIZE_X, player_size
    top_y = 300
    min_x = ((- int(((SIZE_X / 2) / player_size))) + 1)
    max_x = (int(((SIZE_X / 2) / player_size)) - 1)
    x = (random.randint(min_x, max_x) * player_size)
    turtles_list.append(turtle.clone())
    turtles_list[(- 1)].hideturtle()
    turtles_list[(- 1)].shape('square')
    turtles_list[(- 1)].fillcolor('red')
    turtles_list[(- 1)].goto(x, top_y)
    turtles_list[(- 1)].showturtle()
    min_x = ((- int(((SIZE_X / 2) / player_size))) + 1)
    max_x = (int(((SIZE_X / 2) / player_size)) - 1)
    x = (random.randint(min_x, max_x) * player_size)
    turtles_list[(- 1)].goto(x, top_y)
    turtles_list[(- 1)].showturtle()
    chose_number()