def SelectSameElementEx(origin, me, w, h, c, excludes, thresold = 0.5):
if w <= WMargin or w >= (origin.width - WMargin):
return 0
if h < HMargin or h >= (origin.height - HMargin):
return 0
if not hasattr(me, 'left'):
me.left = w
me.right = w
me.top = h
me.bottom = h
else:
if w < me.left:
me.left = w
elif w > me.right:
me.right = w
if h < me.top:
me.top = h
elif h > me.bottom:
me.bottom = h
count = 1
similars = ImageUtils.getSimilarNeighborsEx(origin, c, (w, h), excludes, thresold)
s1 = []
distMean = 0
for (ww, hh, dist) in similars:
cc = origin.getpixel((w + ww,h ++ hh))
if color.isBackground(cc):
continue
distMean += dist
cc = origin.getpixel((w + ww, h + hh))
s1.append((ww, hh, cc))
origin.putpixel((w + ww, h + hh), color.BLACK_COLOR)
me.putpixel((w + ww, h + hh), cc)
if 0 == len(s1):
return count
distMean /= len(s1)
thresold = thresold * SAME_ELEMENT_THRESOLD_ALPHA + (1 - SAME_ELEMENT_THRESOLD_ALPHA) * distMean
#print('%s thresold=%lf, distMean=%lf' % (FILEANME, thresold, distMean))
for (ww, hh, cc) in s1:
count += SelectSameElementEx(origin, me, w + ww, h + hh, cc, [(0, 0), (-ww, -hh)], thresold)
return count
