text: import turtle
  turtle.title("@happy_coding")
  s = turtle.Screen()
  t = turtle.Turtle()
  def move_to(x,y):
      t.penup()
      t.goto(x,y)
      t.pendown()
  def draw_rectangle(a,b):
      t.begin_fill()
      t.forward(a)
      t.left(90)
      t.forward(b)
      t.left(90)
      t.forward(a)
      t.left(90)
      t.forward(b)
      t.end_fill()
      t.speed(10)
  t.color("red")
  move_to(-500,200)
  draw_rectangle(10,100)
  move_to(-490,250)
  t.left(90)
  draw_rectangle(80,10)
  move_to(-410,200)
  t.left(90)
  draw_rectangle(10,100)
  move_to(-380,200)
  t.left(60)
  t.color("yellow")
  draw_rectangle(10,122)
  move_to(-275,198)
  t.left(145)
  draw_rectangle(10,110)
  move_to(-350,230)
  t.left(335)
  draw_rectangle(10,63)
  move_to(-240,198)
  t.left(270)
  t.color("green")
  draw_rectangle(100,10)
  move_to(-240,288)
  draw_rectangle(50,10)
  move_to(-190,288)
  draw_rectangle(40,10)
  move_to(-190,248)
  draw_rectangle(50,10)
  move_to(-160,198)
  t.color("violet")
  draw_rectangle(100,10)
  move_to(-160,288)
  draw_rectangle(50,10)
  move_to(-110,288)
  draw_rectangle(40,10)
  move_to(-110,248)
  draw_rectangle(50,10)
  move_to(-80,198)
  t.left(320)
  t.color("orange")
  draw_rectangle(120,10)
  move_to(-100,295)
  draw_rectangle(68,10)
  move_to(-500,80)
  t.left(40)
  t.color("blue")
  draw_rectangle(100,10)
  t.left(180)
  move_to(-490,70)
  draw_rectangle(50,10)
  t.left(90)
  t.fd(50)
  t.right(90)
  draw_rectangle(80,10)
  t.left(90)
  t.fd(80)
  t.left(270)
  draw_rectangle(50,10)
  move_to(-400,80)
  t.left(180)
  t.color("pink")
  draw_rectangle(100,10)
  move_to(-220,70)
  t.left(60)
  t.color("brown")
  draw_rectangle(100,10)
  t.left(300)
  move_to(-370,70)
  t.right(152)
  draw_rectangle(100,10)
  t.left(152)
  move_to(-290,10)
  t.right(45)
  draw_rectangle(40,10)
  t.right(3)
  draw_rectangle(40,10)
  move_to(-200,-15)
  t.left(200)
  t.color("darkgreen")
  draw_rectangle(10,110)
  move_to(-95,-20)
  t.left(145)
  draw_rectangle(10,114)
  move_to(-175,25)
  t.left(333)
  draw_rectangle(10,63)
  move_to(-70,79)
  t.left(90)
  t.color("skyblue")
  draw_rectangle(101,10)
  move_to(-60,-22)
  t.left(180)
  draw_rectangle(80,10)
  move_to(50,-22)
  t.left(180)
  t.color("black")
  draw_rectangle(100,10)
  move_to(300,150)
  t.color("red")
  angle=0
  for i in range(20):
      t.fd(50)
      move_to(300,150)
      angle+=18
      t.left(angle)
  move_to(450,150)
  t.color("blue")
  angle=0
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(450,150)
  move_to(375,300)
  t.color("green")
  angle=0
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(375,300)
  move_to(375,-300)
  t.color("black")
  angle=0
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(375,-300)
  move_to(150,-150)
  t.color("violet")
  angle=0
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(150,-150)
  move_to(450,-150)
  t.color("brown")
  angle=0
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(450,-150)
  move_to(-200,-300)
  t.color("green")
  angle=0
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(-200,-300)
  move_to(125,0)
  t.color("yellow")
  angle=0
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(125,0)
  t.color("pink")
  angle=0
  move_to(-100,-200)
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(-100,-200)
  t.color("lightgreen")
  angle=0
  move_to(300,0)
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(300,0)
  t.color("skyblue")
  angle=0
  move_to(-500,-240)
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(-500,-240)
  t.color("orange")
  angle=0
  move_to(-350,-170)
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(-350,-170)
  t.color("black")
  angle=0
  move_to(500,20)
  for i in range(20):
      t.fd(50)
      angle+=18
      t.left(angle)
      move_to(500,20)
  turtle.done()