def image_0x14(header_id, width, height, data):
pixels = {}
for y in range(height):
for x in range(width):
o = (y * width + x) * 3
c1, c2, c3 = map(ord, data[o:o + 3])
pixels[(x, y)] = (c3, c2, c1)
png.output_png("surface/%08X_014.png" % header_id, width, height, pixels)
def image_0x1C(header_id, width, height, data):
pixels = {}
for y in range(height):
for x in range(width):
o = (y * width + x)
c = ord(data[o])
pixels[(x, y)] = (c, c, c)
png.output_png("surface/%08X_1C.png" % header_id, width, height, pixels)
def image_0x15(header_id, width, height, data):
pixels = {}
apixels = {}
for y in range(height):
for x in range(width):
o = (y * width + x) * 4
c1, c2, c3, c4 = map(ord, data[o:o + 4])
pixels[(x, y)] = (c3, c2, c1)
apixels[(x, y)] = (c4, c4, c4)
png.output_png("local/%08X_015.png" % header_id, width, height, pixels)
png.output_png("local/%08X_015_a.png" % header_id, width, height, apixels)
def image_0x31545844(header_id, width, height, data):
pixels = {}
lngth = width * height // 2
for bb in range(lngth // 8):
o = bb * 8
blk = map(ord, data[o:o + 8])
c0 = blk[1] * 256 + blk[0]
c1 = blk[3] * 256 + blk[2]
c0r, c0g, c0b = rgb565(c0)
c1r, c1g, c1b = rgb565(c1)
if c0 > c1:
c2r = (2 * c0r + 1 * c1r) // 3
c2g = (2 * c0g + 1 * c1g) // 3
c2b = (2 * c0b + 1 * c1b) // 3
c3r = (1 * c0r + 2 * c1r) // 3
c3g = (1 * c0g + 2 * c1g) // 3
c3b = (1 * c0b + 2 * c1b) // 3
else:
c2r = (1 * c0r + 1 * c1r) // 2
c2g = (1 * c0g + 1 * c1g) // 2
c2b = (1 * c0b + 1 * c1b) // 2
c3r = 0 # @@@
c3g = 0 # @@@
c3b = 0 # @@@
for i in range(4):
for j in range(4):
b = blk[4 + i]
if j == 0:
b2 = (b // 1) % 4
elif j == 1:
b2 = (b // 4) % 4
elif j == 2:
b2 = (b // 16) % 4
elif j == 3:
b2 = (b // 64) % 4
x = (bb % (width // 4)) * 4 + j
y = (bb // (width // 4)) * 4 + i
if b2 == 0:
pixels[(x, y)] = c0r, c0g, c0b
elif b2 == 1:
pixels[(x, y)] = c1r, c1g, c1b
elif b2 == 2:
pixels[(x, y)] = c2r, c2g, c2b
elif b2 == 3:
pixels[(x, y)] = c3r, c3g, c3b
png.output_png("surface/%08X_DXT1.png" % header_id, width, height, pixels)
def image_0x31545844(header_id, width, height, data):
pixels = {}
lngth = width * height // 2
for bb in range(lngth // 8):
o = bb * 8
blk = map(ord, data[o:o + 8])
c0 = blk[1] * 256 + blk[0]
c1 = blk[3] * 256 + blk[2]
c0r, c0g, c0b = rgb565(c0)
c1r, c1g, c1b = rgb565(c1)
if c0 > c1:
c2r = (2 * c0r + 1 * c1r) // 3
c2g = (2 * c0g + 1 * c1g) // 3
c2b = (2 * c0b + 1 * c1b) // 3
c3r = (1 * c0r + 2 * c1r) // 3
c3g = (1 * c0g + 2 * c1g) // 3
c3b = (1 * c0b + 2 * c1b) // 3
else:
c2r = (1 * c0r + 1 * c1r) // 2
c2g = (1 * c0g + 1 * c1g) // 2
c2b = (1 * c0b + 1 * c1b) // 2
c3r = 0 # @@@
c3g = 0 # @@@
c3b = 0 # @@@
for i in range(4):
for j in range(4):
b = blk[4 + i]
if j == 0:
b2 = (b // 1) % 4
elif j == 1:
b2 = (b // 4) % 4
elif j == 2:
b2 = (b // 16) % 4
elif j == 3:
b2 = (b // 64) % 4
x = (bb % (width // 4)) * 4 + j
y = (bb // (width // 4)) * 4 + i
if b2 == 0:
pixels[(x, y)] = c0r, c0g, c0b
elif b2 == 1:
pixels[(x, y)] = c1r, c1g, c1b
elif b2 == 2:
pixels[(x, y)] = c2r, c2g, c2b
elif b2 == 3:
pixels[(x, y)] = c3r, c3g, c3b
png.output_png("surface/%08X_DXT1.png" % header_id, width, height, pixels)
def image_0x15(header_id, width, height, data):
pixels = {}
apixels = {}
for y in range(height):
for x in range(width):
o = (y * width + x) * 4
c1, c2, c3, c4 = map(ord, data[o:o + 4])
pixels[(x, y)] = (c3, c2, c1)
apixels[(x, y)] = (c4, c4, c4)
png.output_png("surface/%08X_015.png" % header_id, width, height, pixels)
png.output_png("surface/%08X_015_a.png" % header_id, width, height,
apixels)
def image_0x33545844(header_id, width, height, data):
pixels = {}
lngth = width * height
for bb in range(lngth // 16):
o = bb * 16
# ignore alpha for now
blk = map(ord, data[o + 8:o + 16])
c0 = blk[1] * 256 + blk[0]
c1 = blk[3] * 256 + blk[2]
c0r, c0g, c0b = rgb565(c0)
c1r, c1g, c1b = rgb565(c1)
c2r = (2 * c0r + 1 * c1r) // 3
c2g = (2 * c0g + 1 * c1g) // 3
c2b = (2 * c0b + 1 * c1b) // 3
c3r = (1 * c0r + 2 * c1r) // 3
c3g = (1 * c0g + 2 * c1g) // 3
c3b = (1 * c0b + 2 * c1b) // 3
for i in range(4):
for j in range(4):
b = blk[4 + i]
if j == 0:
b2 = (b // 1) % 4
elif j == 1:
b2 = (b // 4) % 4
elif j == 2:
b2 = (b // 16) % 4
elif j == 3:
b2 = (b // 64) % 4
x = (bb % (width // 4)) * 4 + j
y = (bb // (width // 4)) * 4 + i
if b2 == 0:
pixels[(x, y)] = c0r, c0g, c0b
elif b2 == 1:
pixels[(x, y)] = c1r, c1g, c1b
elif b2 == 2:
pixels[(x, y)] = c2r, c2g, c2b
elif b2 == 3:
pixels[(x, y)] = c3r, c3g, c3b
png.output_png("surface/%08X_DXT3.png" % header_id, width, height, pixels)
def image_0x33545844(header_id, width, height, data):
pixels = {}
lngth = width * height
for bb in range(lngth // 16):
o = bb * 16
# ignore alpha for now
blk = map(ord, data[o + 8:o + 16])
c0 = blk[1] * 256 + blk[0]
c1 = blk[3] * 256 + blk[2]
c0r, c0g, c0b = rgb565(c0)
c1r, c1g, c1b = rgb565(c1)
c2r = (2 * c0r + 1 * c1r) // 3
c2g = (2 * c0g + 1 * c1g) // 3
c2b = (2 * c0b + 1 * c1b) // 3
c3r = (1 * c0r + 2 * c1r) // 3
c3g = (1 * c0g + 2 * c1g) // 3
c3b = (1 * c0b + 2 * c1b) // 3
for i in range(4):
for j in range(4):
b = blk[4 + i]
if j == 0:
b2 = (b // 1) % 4
elif j == 1:
b2 = (b // 4) % 4
elif j == 2:
b2 = (b // 16) % 4
elif j == 3:
b2 = (b // 64) % 4
x = (bb % (width // 4)) * 4 + j
y = (bb // (width // 4)) * 4 + i
if b2 == 0:
pixels[(x, y)] = c0r, c0g, c0b
elif b2 == 1:
pixels[(x, y)] = c1r, c1g, c1b
elif b2 == 2:
pixels[(x, y)] = c2r, c2g, c2b
elif b2 == 3:
pixels[(x, y)] = c3r, c3g, c3b
png.output_png("surface/%08X_DXT3.png" % header_id, width, height, pixels)
def dump_cell_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
if 0x27010000 <= file_id <= 0x2701FFFF or 0x27020000 <= file_id <= 0x2702FFFF:
pass
elif 0x80210000 <= file_id <= 0x8021FFFF or 0x80220000 <= file_id <= 0x8022FFFF:
pass
elif 0x80410000 <= file_id <= 0x8041FFFF or 0x80420000 <= file_id <= 0x8042FFFF:
pass
elif 0x80510000 <= file_id <= 0x8051FFFF or 0x80520000 <= file_id <= 0x8052FFFF:
pass
elif 0x80010000 <= file_id <= 0x8001FFFF or 0x80020000 <= file_id <= 0x8002FFFF:
# print "%08X %08X %08X %s %08X | %08X %08X %08X | %08X" % (file_id, offset, size1, time.ctime(timestamp), version, size2, unk1, unk2, size2 - size1)
f.stream.seek(offset)
j, k, l, m, n = struct.unpack("<LLLHH", f.stream.read(0x10))
# print "%08X %08X %08X %04X %04X" % (j, k, l, m, n)
assert k == 0
if j == 0:
if m == 0xDA78:
# print "compressed"
assert unk1 % 0x100 == 0x03
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[12:]
content = zlib.decompress(data)
assert l == len(content)
else:
# print "uncompressed"
assert unk1 % 0x100 == 0x02
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[8:]
content = data
header_id, unk1, unk2, unk3 = struct.unpack("<LLLL", content[:0x10])
print "%08X %08X %08X %08X" % (header_id, unk1, unk2, unk3)
assert header_id == file_id
if unk1 != 0:
assert unk1 == 0x00200000 + header_id
assert unk2 == 0x00000000
assert unk3 == 0x00000441
if len(content) == 0x1168:
data = content[0x10:0x10 + (0x441 * 2)]
pixels = {}
for y in range(32):
for x in range(32):
o = (y * (33) + x) * 2
h = struct.unpack("<H", data[o:o + 2])[0]
c = int(math.log(((16 * h) % 65535) + 1, 1.045))
pixels[(y, 32 - x - 1)] = (c, c, c)
png.output_png("cells/%08X.png" % file_id, 32, 32, pixels)
else:
# @@@ just grab the first 0x441 * 2 anyway
data = content[0x10:0x10 + (0x441 * 2)]
pixels = {}
for y in range(32):
for x in range(32):
o = (y * (33) + x) * 2
h = struct.unpack("<H", data[o:o + 2])[0]
c = int(math.log(((16 * h) % 65535) + 1, 1.045))
pixels[(y, 32 - x - 1)] = (c, c, c)
png.output_png("cells/%08X.png" % file_id, 32, 32, pixels)
else:
if m == 0xDA78:
# print "compressed"
assert unk1 % 0x100 == 0x03
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[12:]
try:
content = zlib.decompress(data)
except zlib.error:
return
# assert l == len(content)
else:
# print "uncompressed"
assert unk1 % 0x100 == 0x02
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[8:]
content = data
header_id, unk1, unk2, unk3 = struct.unpack("<LLLL", content[:0x10])
print "%08X %08X %08X %08X" % (header_id, unk1, unk2, unk3)
assert header_id == file_id
if unk1 != 0:
assert unk1 == 0x00200000 + header_id
assert unk2 == 0x00000000
assert unk3 == 0x00000441
# @@@ just grab the first 0x441 * 2 anyway
data = content[0x10:0x10 + (0x441 * 2)]
if len(data) < 0x441 * 2:
return
pixels = {}
for y in range(32):
for x in range(32):
o = (y * (33) + x) * 2
h = struct.unpack("<H", data[o:o + 2])[0]
c = int(math.log(((16 * h) % 65535) + 1, 1.045))
pixels[(y, 32 - x - 1)] = (c, c, c)
png.output_png("cells/%08X.png" % file_id, 32, 32, pixels)
else:
print "%08X" % file_id
SIZE = 7682
pixels = zeros((SIZE, SIZE, 3), dtype=uint8)
for y in range(64, SIZE - 32):
for x in range(32, SIZE - 32):
# for y in range(1000, 2000):
# for x in range(4500, 5500):
cy, py = divmod(y, 30)
cx, px = divmod(x, 30)
file_id = 0x80020000 + cy * 0x100 + cx
if file_id not in height_map:
print "loading %08X" % file_id
height_map[file_id] = heights(f.find_file(file_id))
if height_map[file_id] is not None:
print "calculating hillshade"
hill_shade[file_id] = hillshade(height_map[file_id])
else:
hill_shade[file_id] = None
if hill_shade[file_id] is not None:
hs = hill_shade[file_id]
hm = height_map[file_id]
c = 128 - int(hs[py, px]) / 4
r, g, b = [cc * (c / 255.) for cc in colour_for_height(hm[py, px])]
pixels[y, SIZE - x] = (r, g, b)
# height = hm[py][px]
# pixels[y, SIZE - x] = colour_for_height(height)
print "outputing"
png.output_png("heights.png", SIZE, SIZE, pixels)
def dump_cell_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
if 0x27010000 <= file_id <= 0x2701FFFF or 0x27020000 <= file_id <= 0x2702FFFF:
pass
elif 0x80210000 <= file_id <= 0x8021FFFF or 0x80220000 <= file_id <= 0x8022FFFF:
pass
elif 0x80410000 <= file_id <= 0x8041FFFF or 0x80420000 <= file_id <= 0x8042FFFF:
pass
elif 0x80510000 <= file_id <= 0x8051FFFF or 0x80520000 <= file_id <= 0x8052FFFF:
pass
elif 0x80010000 <= file_id <= 0x8001FFFF or 0x80020000 <= file_id <= 0x8002FFFF:
# print "%08X %08X %08X %s %08X | %08X %08X %08X | %08X" % (file_id, offset, size1, time.ctime(timestamp), version, size2, unk1, unk2, size2 - size1)
f.stream.seek(offset)
j, k, l, m, n = struct.unpack("<LLLHH", f.stream.read(0x10))
# print "%08X %08X %08X %04X %04X" % (j, k, l, m, n)
assert k == 0
if j == 0:
if m == 0xDA78:
# print "compressed"
assert unk1 % 0x100 == 0x03
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[12:]
content = zlib.decompress(data)
assert l == len(content)
else:
# print "uncompressed"
assert unk1 % 0x100 == 0x02
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[8:]
content = data
header_id, unk1, unk2, unk3 = struct.unpack(
"<LLLL", content[:0x10])
print "%08X %08X %08X %08X" % (header_id, unk1, unk2, unk3)
assert header_id == file_id
if unk1 != 0:
assert unk1 == 0x00200000 + header_id
assert unk2 == 0x00000000
assert unk3 == 0x00000441
if len(content) == 0x1168:
data = content[0x10:0x10 + (0x441 * 2)]
pixels = {}
for y in range(32):
for x in range(32):
o = (y * (33) + x) * 2
h = struct.unpack("<H", data[o:o + 2])[0]
c = int(math.log(((16 * h) % 65535) + 1, 1.045))
pixels[(y, 32 - x - 1)] = (c, c, c)
png.output_png("cells/%08X.png" % file_id, 32, 32, pixels)
else:
# @@@ just grab the first 0x441 * 2 anyway
data = content[0x10:0x10 + (0x441 * 2)]
pixels = {}
for y in range(32):
for x in range(32):
o = (y * (33) + x) * 2
h = struct.unpack("<H", data[o:o + 2])[0]
c = int(math.log(((16 * h) % 65535) + 1, 1.045))
pixels[(y, 32 - x - 1)] = (c, c, c)
png.output_png("cells/%08X.png" % file_id, 32, 32, pixels)
else:
if m == 0xDA78:
# print "compressed"
assert unk1 % 0x100 == 0x03
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[12:]
try:
content = zlib.decompress(data)
except zlib.error:
return
# assert l == len(content)
else:
# print "uncompressed"
assert unk1 % 0x100 == 0x02
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[8:]
content = data
header_id, unk1, unk2, unk3 = struct.unpack(
"<LLLL", content[:0x10])
print "%08X %08X %08X %08X" % (header_id, unk1, unk2, unk3)
assert header_id == file_id
if unk1 != 0:
assert unk1 == 0x00200000 + header_id
assert unk2 == 0x00000000
assert unk3 == 0x00000441
# @@@ just grab the first 0x441 * 2 anyway
data = content[0x10:0x10 + (0x441 * 2)]
if len(data) < 0x441 * 2:
return
pixels = {}
for y in range(32):
for x in range(32):
o = (y * (33) + x) * 2
h = struct.unpack("<H", data[o:o + 2])[0]
c = int(math.log(((16 * h) % 65535) + 1, 1.045))
pixels[(y, 32 - x - 1)] = (c, c, c)
png.output_png("cells/%08X.png" % file_id, 32, 32, pixels)
else:
print "%08X" % file_id
SIZE = 7682
pixels = zeros((SIZE, SIZE, 3), dtype=uint8)
# for y in range(1000, 2000):
# for x in range(4500, 5500):
for y in range(64, SIZE - 32):
for x in range(32, SIZE - 32):
cy, py = divmod(y, 30)
cx, px = divmod(x, 30)
file_id = 0x80020000 + cy * 0x100 + cx
if file_id not in height_map:
print "loading %08X" % file_id
height_map[file_id] = heights(f.find_file(file_id))
if height_map[file_id] is not None:
print "calculating hillshade"
hill_shade[file_id] = hillshade(height_map[file_id])
else:
hill_shade[file_id] = None
if hill_shade[file_id] is not None:
hs = hill_shade[file_id]
hm = height_map[file_id]
c = 128 - int(hs[py, px]) / 4
r, g, b = [cc * (c / 255.) for cc in colour_for_height(hm[py, px])]
pixels[y, SIZE - x] = (r, g, b)
# height = hm[py][px]
# pixels[y, SIZE - x] = colour_for_height(height)
print "outputing"
png.output_png("heights.png", SIZE, SIZE, pixels)
