Amogus

import turtle as t
t.speed(0)
t.left(90)
t.penup()


def arch(color, level, side, size, leg):
  global t

  t.pencolor(color)
  t.pendown()
  t.fillcolor(color)
  t.begin_fill()
  t.forward(10 * leg * size)
  if side == "left":
    t.left(180)
    t.circle((10 - 3 * level) * size, -90)
  else:
    t.circle((10 - 3 * level) * size, 90)
  t.left(90)
  t.forward(3 * size)
  t.right(90)
  if side == "left":
    t.circle((7 - 3 * level) * size, 90)
  else:
    t.circle((7 - 3 * level) * size, -90)
    t.left(180)
  t.forward(10 * leg * size)
  if side == "left":
    t.right(90)
  else:
    t.left(90)
  t.forward(3 * size)
  t.end_fill()
  if side == "left":
    t.right(90)
  else:
    t.left(90)
  t.penup()


def magnet(size, leg):
  global t

  arch("red", 0, "left", size, leg)

  t.right(90)
  t.forward(3 * size)
  t.left(90)

  arch("yellow", 1, "left", size, leg)

  t.right(90)
  t.forward(14 * size)
  t.left(90)

  arch("green", 1, "right", size, leg)

  t.right(90)
  t.forward(3 * size)
  t.left(90)

  arch("blue", 0, "right", size, leg)

  t.left(90)
  t.forward(20 * size)
  t.right(90)


def many_magnets():
  k = 2
  for i in range(3):
    magnet(k, i)
    t.left(90)
    t.forward(15 * k)
    t.right(90)
    k *= 2.5


def amogus(size, color):
  global t

  # body
  t.forward(5 * size)
  t.pencolor(color)
  t.pendown()
  t.fillcolor(color)
  t.begin_fill()
  t.forward(10 * size)
  t.forward(15 * size)
  t.circle(20 * size, 180)
  t.forward(15 * size)
  t.forward(10 * size)
  t.circle(5 * size, 180)
  t.forward(10 * size)
  t.right(90)
  t.forward(20 * size)
  t.right(90)
  t.forward(10 * size)
  t.circle(5 * size, 180)
  t.end_fill()
  t.penup()

  # eye
  t.forward(25 * size)
  t.left(90)
  t.forward(10 * size)
  t.right(90)
  t.pencolor("lightblue")
  t.pendown()
  t.fillcolor("lightblue")
  t.begin_fill()
  t.circle(10 * size, 180)
  t.left(60)
  t.circle(20 * size, 60)
  t.right(30)
  t.end_fill()
  t.penup()

  # bag
  t.forward(10 * size)
  t.pencolor(color)
  t.pendown()
  t.fillcolor(color)
  t.begin_fill()
  t.forward(5 * size)
  t.left(120)
  t.circle(15 * size, -60)
  t.left(120)
  t.forward(5 * size)
  t.end_fill()
  t.penup()

  t.right(90)
  t.backward(15 * size)


# -----

"""
magnet(5, 2)
t.backward(100)
magnet(3, 4)
t.backward(40)
magnet(1, 5)
"""

"""
t.backward(180)
many_magnets()
"""

t.backward(150)
amogus(5, "pink")
for i in range(2, 0, -1):
  t.right(90)
  t.forward(60 * i)
  t.left(90)
  amogus(i, "green")