# Снежинка

 ``` 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46``` ```from math import * from tkinter import * root = Tk() canv = Canvas(root, width = 1000, height = 1000, bg = "maroon") def snejinka(x1,y1, r, k): if k==0: m = int(r/(2**0.5) + 0.5) canv.create_line((x1-r), y1 ,(x1+r), y1 , width = 1) canv.create_line( x1 ,(y1-r), x1 ,(y1+r), width = 1) canv.create_line((x1-m),(y1-m),(x1+m),(y1+m), width = 1) canv.create_line((x1-m),(y1+m),(x1+m),(y1-m), width = 1) return else: x2 = x1 + r y2 = y1 snejinka(x2, y2, int(r/3 + 0.5), k-1) x3 = x1 + r y3 = y1 + r snejinka(x3, y3, int(r/3 + 0.5), k-1) x4 = x1 y4 = y1 + r snejinka(x4, y4, int(r/3 + 0.5), k-1) x5 = x1 - r y5 = y1 + r snejinka(x5, y5, int(r/3 + 0.5), k-1) x6 = x1 - r y6 = y1 snejinka(x6, y6, int(r/3 + 0.5), k-1) x7 = x1 - r y7 = y1 - r snejinka(x7, y7, int(r/3 + 0.5), k-1) x8 = x1 y8 = y1 - r snejinka(x8, y8, int(r/3 + 0.5), k-1) x9 = x1 + r y9 = y1 - r snejinka(x9, y9, int(r/3 + 0.5), k-1) canv.create_line((x1-r), y1 ,(x1+r), y1 , width = 1) canv.create_line( x1 ,(y1-r), x1 ,(y1+r), width = 1) canv.create_line((x1-r),(y1-r),(x1+r),(y1+r), width = 1) canv.create_line((x1-r),(y1+r),(x1+r),(y1-r), width = 1) snejinka(500, 350, 200, 3) canv.pack() root.mainloop() ```