d

import turtle
import math
from PIL import Image

def pix(x,y,l):
    turtle.setx(6*x)
    turtle.sety(6*y)
    turtle.setheading(0)
    turtle.pd()
    turtle.forward(6)
    turtle.left(90)
    turtle.forward(6)
    turtle.left(90)
    turtle.forward(6)
    turtle.left(90)
    turtle.forward(6)
    turtle.left(90)
    h=0
    turtle.tracer(0, 0)
    if l == 0:
        for g in range(3):
            turtle.forward(1)
            h+=1
            turtle.left(135)
            turtle.forward(h*math.sqrt(2))
            turtle.right(45)
            turtle.forward(1)
            h+=1
            turtle.right(135)
            turtle.forward(h*math.sqrt(2))
            turtle.left(45)

        turtle.left(90)
        for g in range(3):
            turtle.forward(1)
            h-=1
            turtle.left(45)
            turtle.forward(h*math.sqrt(2))
            turtle.right(135)
            turtle.forward(1)
            h-=1
            turtle.right(45)
            turtle.forward(h*math.sqrt(2))
            turtle.left(135)
    if l == 1:
        for g in range(2):
            turtle.forward(1)
            h+=1
            turtle.left(135)
            turtle.forward(h*math.sqrt(2))
            turtle.right(45)
            turtle.forward(1)
            h+=1
            turtle.right(135)
            turtle.forward(h*math.sqrt(2))
            turtle.left(45)
            turtle.forward(1)
            h+=1

        turtle.left(90)
        for g in range(2):
            turtle.forward(1)
            h-=1
            turtle.left(45)
            turtle.forward(h*math.sqrt(2))
            turtle.right(135)
            turtle.forward(1)
            h-=1
            turtle.right(45)
            turtle.forward(h*math.sqrt(2))
            turtle.left(135)
            turtle.forward(1)
            h-=1
        turtle.left(180)
        turtle.forward(6)
        turtle.left(180)
        for g in range(2):
            turtle.forward(2)
            h+=2
            turtle.left(135)
            turtle.forward(h*math.sqrt(2))
            turtle.right(45)
            turtle.right(135)
            turtle.forward(h*math.sqrt(2))
            turtle.left(45)
            turtle.forward(1)
            h+=1

        turtle.left(90)
        for g in range(2):
            turtle.forward(2)
            h-=2
            turtle.left(45)
            turtle.forward(h*math.sqrt(2))
            turtle.right(135)
            turtle.right(45)
            turtle.forward(h*math.sqrt(2))
            turtle.left(135)
            turtle.forward(1)
            h-=1
    if l == 2:
        for g in range(2):
            turtle.forward(2)
            h+=2
            turtle.left(135)
            turtle.forward(h*math.sqrt(2))
            turtle.right(45)
            turtle.right(135)
            turtle.forward(h*math.sqrt(2))
            turtle.left(45)
            turtle.forward(1)
            h+=1

        turtle.left(90)
        for g in range(2):
            turtle.forward(2)
            h-=2
            turtle.left(45)
            turtle.forward(h*math.sqrt(2))
            turtle.right(135)
            turtle.right(45)
            turtle.forward(h*math.sqrt(2))
            turtle.left(135)
            turtle.forward(1)
            h-=1

    else:
        turtle.forward(6)
        h+=6
        turtle.left(135)





imagefile = Image.open("C:/Users/trine/OneDrive/Desktop/Untitled.png")
imagedata = imagefile.load()
turtle.shape("turtle")
turtle.speed(0)
width,height=imagefile.size[0],imagefile.size[1]
turtle.screensize(width*8,height*8,'white')
for y in range(height):
    for x in range(width):
        pixeldata = int(round((imagedata[x,y][0]+imagedata[x,y][1]+imagedata[x,y][2])/255))
        pix(x-width/2,height/2-y,pixeldata)
    turtle.update()