from turtle import * from random import * from kandinsky import fill_rect fill_rect(0,0,320,222,(230,)*3) NB = 10 svg = ['M',166,38,'C',170,38,178,40,174,42,169,44,160,43,163,46,166,48,171,47,180,49,178,52,160,53,159,56,159,59,175,58,189,59,176,63,159,62,151,69,156,74,182,73,208,71,199,77,131,81,139,83,147,85,202,87,222,86,210,89,116,106,116,106,116,106,226,100,233,102,222,107,109,117,99,119,124,120,231,115,244,115,226,123,111,134,100,140,128,138,237,136,250,137,242,149,82,153,65,167,103,166,277,151,288,160,261,170,75,183,60,193,83,198,128,190,145,204,'M',156,38,'C',156,38,164,16,165,12,170,16,176,24,177,34,169,28,159,28,150,23,162,21,169,20,183,18,172,24,156,38,156,38,'Z'] def move(x,y): goto(x-160,110-y) def coord(a,b,c,d,t): return a*(1-t)**3+3*b*t*(1-t)**2+3*c*t*t*(1-t)+d*t**3 def bezier(l): pendown() t = 0 for i in range(NB+1): x = coord(l[0],l[2],l[4],l[6],t) y = coord(l[1],l[3],l[5],l[7],t) move(x,y) t += 1/NB speed(0) i = 0 color(30,140,0) tt = len(svg) print(tt) while i<tt: pensize(1 + int(12 * i / tt) if i < 120 else 2) if svg[i] == "M": l = [svg[i+1],svg[i+2]] penup() move(l[0], l[1]) i += 3 elif svg[i] == "Z" or svg[i] == "C": i += 1 else: for j in range(6): l.append(svg[i+j]) bezier(l) l = [svg[i+4],svg[i+5]] i += 6 hideturtle()