#!/usr/bin/python

import sys
import Image

# load image
im = Image.open("sortme.jpeg")
pix = im.load()

# these are the sorted image fingerprints
sorted = ["101101101101", "101111101001", "000111001001", "000001001010", "101101100100", "101001111111", "001001000000", "010010010010", "100100100100", "100111100110", "111010110110", "010010110110"]
res = ""

# loop through fingerprints to find 1st, 2nd, ... part
for i in range(0,12):
  pos = 0
  # image is 400x300, take every 100x100 part
  for y in range(0, 300, 100):
    for x in range(0, 400, 100):
      fingerprint = ""

      # create 4x3 array containing 4 pixel with 3 colors (RGB)
      check = pix[x+10,y+10] + pix[x+90,y+10] + pix[x+10,y+90] + pix[x+90,y+90]

      # loop though RGB-colors to create fingerprint
      # we need this because jpeg-converting seems to make colors differ
      for k in check:
        if k < 128:
          fingerprint = fingerprint + "0"
        if k >= 128:
          fingerprint = fingerprint + "1"

      # DEBUG OUTPUT: to create sorted-array manually
      # print(str(x) + ":" + str(y) + " --> " + fingerprint)

      # correct part found?
      if sorted[i] == fingerprint:
        res = res + str(pos) + ":"
        break
      pos += 1

# output in challenge format
sys.stdout.write(res[0:len(res)-1])