from turtle import * from math import * from kandinsky import fill_rect speed(0) ; hideturtle() fill_rect(0,0,320,222,(0,0,0)) def clou(A): pensize(5) ; color((160,140,130)) penup(); goto(A); pendown(); goto(A) def fil(A,B,c): clou(A); pensize(1); pencolor(c) goto(B); clou(B) def Ce(R,N,n,D=1,d=0): return [R*sin(2*pi*(n+d/D)/N), R*cos(2*pi*(n+d/D)/N)] c = (175,220,240) for i in range(14): fil(Ce(100,80,-14+2*i),Ce(100,80,-13+2*i),c) fil(Ce(100,80,-13+2*i),Ce(100,80,14+4*i),c) if i != 13: fil(Ce(100,80,14+4*i),Ce(100,80,15+4*i),c) fil(Ce(100,80,15+4*i),Ce(100,80,16+4*i),c) fil(Ce(100,80,16+4*i),Ce(100,80,-12+2*i),c) c = (250,160,150) pts1 = (40,2),(54,2),(68,4),(14,2),(28,2) pts2 = (28,2),(29,2),(15,2),(70,4),(55,2),(41,2),(42,2) for i in range(7): for j,(a,b) in enumerate(pts1[:-1]): fil(Ce(100,80,a+b*i),Ce(100,80,pts1[j+1][0]+pts1[j+1][1]*i),c) if i != 6: for k,(u,v) in enumerate(pts2[:-1]): fil(Ce(100,80,u+v*i),Ce(100,80,pts2[k+1][0]+pts2[k+1][1]*i),c)