from turtle import *
import math

flagwidth = 1200
setup(width=flagwidth, height=2/3*flagwidth, startx=None, starty=None)
bgcolor("red")

def draw_star(point,radius,angle=0):
    x,y = point
    penup()
    setx(x)
    sety(y)
    left(180-18+angle)
    forward(radius)
    right(180-18)
    pendown()
    color('yellow', 'yellow')
    begin_fill()
    for i in range(0,5):
        a = radius * math.cos(54/180*math.pi) / math.cos(36/180*math.pi)
        forward(a)
        left(72)
        forward(a)
        right(144)
    end_fill()

cell = flagwidth / 2 / 15
rbig = cell * 3
rsmall = cell * 1

draw_star((-10*cell,5*cell),rbig)
draw_star((-5*cell,8*cell),rsmall,-math.tanh(3/5)*180)
draw_star((-3*cell,6*cell),rsmall,-math.tanh(1/7)*180)
draw_star((-3*cell,3*cell),rsmall,math.tanh(2/7)*180)
draw_star((-5*cell,cell),rsmall,math.tanh(4/5)*180)

done()

bea6ac5545ebdce7693931507575ab2b3315c2f9
<mask token>


def draw_star(point, radius, angle=0):
    x, y = point
    penup()
    setx(x)
    sety(y)
    left(180 - 18 + angle)
    forward(radius)
    right(180 - 18)
    pendown()
    color('yellow', 'yellow')
    begin_fill()
    for i in range(0, 5):
        a = radius * math.cos(54 / 180 * math.pi) / math.cos(36 / 180 * math.pi
            )
        forward(a)
        left(72)
        forward(a)
        right(144)
    end_fill()


<mask token>

<mask token>
setup(width=flagwidth, height=2 / 3 * flagwidth, startx=None, starty=None)
bgcolor('red')


def draw_star(point, radius, angle=0):
    x, y = point
    penup()
    setx(x)
    sety(y)
    left(180 - 18 + angle)
    forward(radius)
    right(180 - 18)
    pendown()
    color('yellow', 'yellow')
    begin_fill()
    for i in range(0, 5):
        a = radius * math.cos(54 / 180 * math.pi) / math.cos(36 / 180 * math.pi
            )
        forward(a)
        left(72)
        forward(a)
        right(144)
    end_fill()


<mask token>
draw_star((-10 * cell, 5 * cell), rbig)
draw_star((-5 * cell, 8 * cell), rsmall, -math.tanh(3 / 5) * 180)
draw_star((-3 * cell, 6 * cell), rsmall, -math.tanh(1 / 7) * 180)
draw_star((-3 * cell, 3 * cell), rsmall, math.tanh(2 / 7) * 180)
draw_star((-5 * cell, cell), rsmall, math.tanh(4 / 5) * 180)
done()

<mask token>
flagwidth = 1200
setup(width=flagwidth, height=2 / 3 * flagwidth, startx=None, starty=None)
bgcolor('red')


def draw_star(point, radius, angle=0):
    x, y = point
    penup()
    setx(x)
    sety(y)
    left(180 - 18 + angle)
    forward(radius)
    right(180 - 18)
    pendown()
    color('yellow', 'yellow')
    begin_fill()
    for i in range(0, 5):
        a = radius * math.cos(54 / 180 * math.pi) / math.cos(36 / 180 * math.pi
            )
        forward(a)
        left(72)
        forward(a)
        right(144)
    end_fill()


cell = flagwidth / 2 / 15
rbig = cell * 3
rsmall = cell * 1
draw_star((-10 * cell, 5 * cell), rbig)
draw_star((-5 * cell, 8 * cell), rsmall, -math.tanh(3 / 5) * 180)
draw_star((-3 * cell, 6 * cell), rsmall, -math.tanh(1 / 7) * 180)
draw_star((-3 * cell, 3 * cell), rsmall, math.tanh(2 / 7) * 180)
draw_star((-5 * cell, cell), rsmall, math.tanh(4 / 5) * 180)
done()

from turtle import *
import math
flagwidth = 1200
setup(width=flagwidth, height=2 / 3 * flagwidth, startx=None, starty=None)
bgcolor('red')


def draw_star(point, radius, angle=0):
    x, y = point
    penup()
    setx(x)
    sety(y)
    left(180 - 18 + angle)
    forward(radius)
    right(180 - 18)
    pendown()
    color('yellow', 'yellow')
    begin_fill()
    for i in range(0, 5):
        a = radius * math.cos(54 / 180 * math.pi) / math.cos(36 / 180 * math.pi
            )
        forward(a)
        left(72)
        forward(a)
        right(144)
    end_fill()


cell = flagwidth / 2 / 15
rbig = cell * 3
rsmall = cell * 1
draw_star((-10 * cell, 5 * cell), rbig)
draw_star((-5 * cell, 8 * cell), rsmall, -math.tanh(3 / 5) * 180)
draw_star((-3 * cell, 6 * cell), rsmall, -math.tanh(1 / 7) * 180)
draw_star((-3 * cell, 3 * cell), rsmall, math.tanh(2 / 7) * 180)
draw_star((-5 * cell, cell), rsmall, math.tanh(4 / 5) * 180)
done()

from turtle import *
import math

flagwidth = 1200
setup(width=flagwidth, height=2/3*flagwidth, startx=None, starty=None)
bgcolor("red")

def draw_star(point,radius,angle=0):
    x,y = point
    penup()
    setx(x)
    sety(y)
    left(180-18+angle)
    forward(radius)
    right(180-18)
    pendown()
    color('yellow', 'yellow')
    begin_fill()
    for i in range(0,5):
        a = radius * math.cos(54/180*math.pi) / math.cos(36/180*math.pi)
        forward(a)
        left(72)
        forward(a)
        right(144)
    end_fill()

cell = flagwidth / 2 / 15
rbig = cell * 3
rsmall = cell * 1

draw_star((-10*cell,5*cell),rbig)
draw_star((-5*cell,8*cell),rsmall,-math.tanh(3/5)*180)
draw_star((-3*cell,6*cell),rsmall,-math.tanh(1/7)*180)
draw_star((-3*cell,3*cell),rsmall,math.tanh(2/7)*180)
draw_star((-5*cell,cell),rsmall,math.tanh(4/5)*180)

done()
