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#!/usr/bin/env python
array = [
"#########################",
"#########################",
"#########################",
"#########################",
"#########################",
"#########################",
"#########################",
" ",
" ",
" ",
" ##### ##### ",
" ##### ## ##### ",
" ##### ## ##### ",
" ##### ## ##### ",
" ##### ## ##### ",
" ##### ## ##### ",
" ##### ## ##### ",
]
#array = [
# " ",
# " ",
# " ",
# " ",
# " ################### ",
# " ################### ",
# " ## ",
# " ## ",
# " ## ",
# " ## ",
# " ## ",
# " ## ",
# " ## ",
# " ######## ####### ",
# " ######## ######## ",
# " ######## ######## ",
# " ######## ######## ",
# ]
def layer0(x, y, solid, topSurface, left, right):
n = 0
if solid and not topSurface:
n = 37
n += x % 3
n += (y % 3)*16
if topSurface and solid:
n = 34
if left:
n += 16
elif right:
n += 32
print ("%d, " % n, end="")
def layer1(x, y, solid, topSurface, left, right):
n = 0
if topSurface and solid:
n = 82
if left:
n += 16
elif right:
n += 32
print ("%d, " % n, end="")
def calc(x, y):
solid = array[y][x] == "#"
topSurface = solid and (y != 0 and array[y-1][x] == " ")
left = x == 0 or array[y][x-1] == " "
right = (x+1) == len(array[0]) or array[y][x+1] == " "
return solid, topSurface, left, right
print("{")
for y in range(len(array)):
for x in range(len(array[y])):
solid, topSurface, left, right = calc(x, y)
layer0(x, y, solid, topSurface, left, right)
print("")
print("}, ")
print("{")
for y in range(len(array)):
for x in range(len(array[y])):
solid, topSurface, left, right = calc(x, y)
layer1(x, y, solid, topSurface, left, right)
print("")
print("}, ")
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