import turtle

import time

import os

def  draw_square(org_x, org_y, x, y):

    turtle.setpos(org_x, org_y)  # to left and bottom connor

    turtle.color('red', 'red')

    turtle.begin_fill()

    turtle.fd(x)

    turtle.lt(90)

    turtle.fd(y)

    turtle.lt(90)

    turtle.fd(x)

    #print(turtle.pos())

    turtle.lt(90)

    turtle.fd(y)

    turtle.end_fill()

def draw_star(center_x, center_y, radius):

    print(center_x, center_y)

    turtle.pencolor('black')

    turtle.setpos(center_x, center_y)

    pt1 = turtle.pos()

    turtle.circle(-radius, 360 / 5)

    pt2 = turtle.pos()

    turtle.circle(-radius, 360 / 5)

    pt3 = turtle.pos()

    turtle.circle(-radius, 360 / 5)

    pt4 = turtle.pos()

    turtle.circle(-radius, 360 / 5)

    pt5 = turtle.pos()

    turtle.color('yellow', 'yellow')

    turtle.begin_fill()

    turtle.goto(pt3)

    turtle.goto(pt1)

    turtle.goto(pt4)

    turtle.goto(pt2)

    turtle.goto(pt5)

    turtle.end_fill()

print(turtle.pos())

turtle.pu()

draw_square(-320, -260, 660, 440)

star_part_x = -320

star_part_y = -260 + 440

star_part_s = 660 / 30

center_x, center_y = star_part_x + star_part_s * 5, star_part_y - star_part_s * 5

turtle.setpos(center_x, center_y)  # big star center

turtle.lt(90)

draw_star(star_part_x + star_part_s * 5, star_part_y - star_part_s * 2, star_part_s * 3)

# draw 1st small star

turtle.goto(star_part_x + star_part_s * 10, star_part_y - star_part_s * 2)    # go to 1st small star center

turtle.lt(round(turtle.towards(center_x, center_y)) - turtle.heading())

turtle.fd(star_part_s)

turtle.rt(90)

draw_star(turtle.xcor(), turtle.ycor(), star_part_s)

# draw 2nd small star

turtle.goto(star_part_x + star_part_s * 12, star_part_y - star_part_s * 4)    # go to 1st small star center

turtle.lt(round(turtle.towards(center_x, center_y)) - turtle.heading())

turtle.fd(star_part_s)

turtle.rt(90)

draw_star(turtle.xcor(), turtle.ycor(), star_part_s)

# draw 3rd small star

turtle.goto(star_part_x + star_part_s * 12, star_part_y - star_part_s * 7)    # go to 1st small star center

turtle.lt(round(turtle.towards(center_x, center_y)) - turtle.heading())

turtle.fd(star_part_s)

turtle.rt(90)

draw_star(turtle.xcor(), turtle.ycor(), star_part_s)

# draw 4th small star

turtle.goto(star_part_x + star_part_s * 10, star_part_y - star_part_s * 9)    # go to 1st small star center

turtle.lt(round(turtle.towards(center_x, center_y)) - turtle.heading())

turtle.fd(star_part_s)

turtle.rt(90)

draw_star(turtle.xcor(), turtle.ycor(), star_part_s)

turtle.ht()

time.sleep(5)

os._exit(1)