from math import *
import turtle
wn = turtle.Screen()
wn.bgcolor('Dark Slate Gray')
wn.title('Kokoro saves your heart')
kokoro = turtle.Turtle()
kokoro.speed(0)
kokoro.pensize(2)


def start():
    kokoro.pu()
    kokoro.bk(240)
    kokoro.lt(90)
    kokoro.fd(200)
    kokoro.rt(90)
    kokoro.pd()


def triangle(sz):
    for i in range(3):
        kokoro.fd(sz)
        kokoro.lt(120)


def sixPtdStar(sz):
    for i in range(2):
        triangle(sz)
        kokoro.pu()
        kokoro.fd(sz / 3)
        kokoro.rt(60)
        kokoro.fd(sz / 3)
        kokoro.pd()
        kokoro.lt(120)
    kokoro.rt(120)


def rowOfStars(numInRow, sz):
    for i in range(numInRow):
        sixPtdStar(sz)
    kokoro.rt(90)


def main(sz, numInRow):
    start()
    for i in range(4):
        rowOfStars(numInRow, sz)


main(72, 6)

ac492841b9ddbfc5eb1c39074a06aed3bd8ce274
<mask token>


def start():
    kokoro.pu()
    kokoro.bk(240)
    kokoro.lt(90)
    kokoro.fd(200)
    kokoro.rt(90)
    kokoro.pd()


<mask token>


def sixPtdStar(sz):
    for i in range(2):
        triangle(sz)
        kokoro.pu()
        kokoro.fd(sz / 3)
        kokoro.rt(60)
        kokoro.fd(sz / 3)
        kokoro.pd()
        kokoro.lt(120)
    kokoro.rt(120)


<mask token>


def main(sz, numInRow):
    start()
    for i in range(4):
        rowOfStars(numInRow, sz)


<mask token>

<mask token>


def start():
    kokoro.pu()
    kokoro.bk(240)
    kokoro.lt(90)
    kokoro.fd(200)
    kokoro.rt(90)
    kokoro.pd()


def triangle(sz):
    for i in range(3):
        kokoro.fd(sz)
        kokoro.lt(120)


def sixPtdStar(sz):
    for i in range(2):
        triangle(sz)
        kokoro.pu()
        kokoro.fd(sz / 3)
        kokoro.rt(60)
        kokoro.fd(sz / 3)
        kokoro.pd()
        kokoro.lt(120)
    kokoro.rt(120)


def rowOfStars(numInRow, sz):
    for i in range(numInRow):
        sixPtdStar(sz)
    kokoro.rt(90)


def main(sz, numInRow):
    start()
    for i in range(4):
        rowOfStars(numInRow, sz)


<mask token>

<mask token>
wn.bgcolor('Dark Slate Gray')
wn.title('Kokoro saves your heart')
<mask token>
kokoro.speed(0)
kokoro.pensize(2)


def start():
    kokoro.pu()
    kokoro.bk(240)
    kokoro.lt(90)
    kokoro.fd(200)
    kokoro.rt(90)
    kokoro.pd()


def triangle(sz):
    for i in range(3):
        kokoro.fd(sz)
        kokoro.lt(120)


def sixPtdStar(sz):
    for i in range(2):
        triangle(sz)
        kokoro.pu()
        kokoro.fd(sz / 3)
        kokoro.rt(60)
        kokoro.fd(sz / 3)
        kokoro.pd()
        kokoro.lt(120)
    kokoro.rt(120)


def rowOfStars(numInRow, sz):
    for i in range(numInRow):
        sixPtdStar(sz)
    kokoro.rt(90)


def main(sz, numInRow):
    start()
    for i in range(4):
        rowOfStars(numInRow, sz)


main(72, 6)

from math import *
import turtle
wn = turtle.Screen()
wn.bgcolor('Dark Slate Gray')
wn.title('Kokoro saves your heart')
kokoro = turtle.Turtle()
kokoro.speed(0)
kokoro.pensize(2)


def start():
    kokoro.pu()
    kokoro.bk(240)
    kokoro.lt(90)
    kokoro.fd(200)
    kokoro.rt(90)
    kokoro.pd()


def triangle(sz):
    for i in range(3):
        kokoro.fd(sz)
        kokoro.lt(120)


def sixPtdStar(sz):
    for i in range(2):
        triangle(sz)
        kokoro.pu()
        kokoro.fd(sz / 3)
        kokoro.rt(60)
        kokoro.fd(sz / 3)
        kokoro.pd()
        kokoro.lt(120)
    kokoro.rt(120)


def rowOfStars(numInRow, sz):
    for i in range(numInRow):
        sixPtdStar(sz)
    kokoro.rt(90)


def main(sz, numInRow):
    start()
    for i in range(4):
        rowOfStars(numInRow, sz)


main(72, 6)
