from math import * from kandinsky import * def sd(k): return sin(k*pi/180) def cd(k): return cos(k*pi/180) x0,y0=160,110 r1,r2=100,60 r3=(r1+r2)/2 c=(0,0,0) for i in range(360): set_pixel(int(r1*sd(i)+x0),int(r1*cd(i)+y0),c) set_pixel(int(r2*sd(i)+x0),int(r2*cd(i)+y0),c) if i<180: set_pixel(int(r3*sd(i-90)+x0-r1+r3),int(r3*cd(i-90)+y0),c) set_pixel(int(r3*sd(i+90)+x0+r1-r3),int(r3*cd(i+90)+y0),c)