old_contents: import optparse
  import fractions
  
  import cairo
  
  import turkshead
  
  width = 8
  height = 6
  size = 200
  
  img = cairo.ImageSurface( cairo.FORMAT_RGB24, width * size, height * size )
  ctx = cairo.Context( img )
  ctx.set_source_rgb( 1, 1, 0xBF / 255. )
  ctx.paint()
  ctx.translate( -size / 2, -size / 2 )
  ctx.set_source_rgb( 0, 0, 0 )
  
  for leads in range( 1, width + 1 ):
      for bights in range( 1, height + 1 ):
          if fractions.gcd( leads, bights ) == 1:
              ctx.save()
              ctx.translate( size * leads, size * bights )
              t = turkshead.TurksHead( leads, bights, size / 8 * 0.9, size / 2 * 0.9, size / 15 )
              t.draw( ctx )
              ctx.restore()
  
  img.write_to_png( "mosaic.png" )
  
new_contents: import optparse
  import fractions
  
  import cairo
  
  import turkshead
  
  width = 9
  height = 9
  size = 200
  
  img = cairo.ImageSurface( cairo.FORMAT_RGB24, width * size, height * size )
  ctx = cairo.Context( img )
  ctx.set_source_rgb( 1, 1, 0xBF / 255. )
  ctx.paint()
  ctx.translate( -size / 2, -size / 2 )
  ctx.set_source_rgb( 0, 0, 0 )
  
  for leads in range( 1, width + 1 ):
      for bights in range( 1, height + 1 ):
          ctx.save()
          ctx.translate( size * bights, size * leads )
          print "Creating TurksHead( leads = %d, bights = %d )" % ( leads, bights )
          t = turkshead.TurksHead( leads, bights, size / 8. * 0.9, size / 2. * 0.9, size / 15. )
          t.draw( ctx )
          ctx.restore()
  
  img.write_to_png( "mosaic.png" )
  
subject: Improve mosaic