def check_file_type(fp):
if type(fp) == str:
f = open(fp, 'rb')
elif type(fp) in [bytes, bytearray]:
from io import BytesIO
f = BytesIO(fp)
else:
f = fp
ret = 'raw'
try:
# file type check
firstChars = bytearray(f.read(12))
f.seek(0)
def IfFirstChars(text):
return firstChars[:len(text)] == bytearray(text.encode())
if IfFirstChars("UnityFS") or IfFirstChars("UnityWeb") or IfFirstChars(
"UnityRaw") or IfFirstChars("UnityArchive"):
ret = 'bundle'
else:
from unitypack.asset import Asset
asset = Asset.from_file(f)
for _id, obj in asset.objects.items():
pass
ret = 'asset'
except Exception as e:
pass
if type(fp) == str:
f.close()
return ret
def main(filename, outpath):
f = open(filename, 'rb')
tabledata = Asset.from_file(f)
# find the terrain height map
indx = 0
for k, v in tabledata.objects.items():
if v.type == 'TerrainData':
indx = k
break
terrainData = tabledata.objects[indx].read()
ofs = terrainData['m_Heightmap'].getmemboffset('m_Heights')
print('TerrainData object index is {}, offset in binary is {}'.format(
indx, hex(ofs)))
pixels = []
for height in terrainData['m_Heightmap']['m_Heights']:
pix = int((height * 255) / MAX_HEIGHT)
pixels.append((pix, pix, pix))
img = Image.new("RGB", (terrainData['m_Heightmap']['m_Width'],
terrainData['m_Heightmap']['m_Height']))
img.putdata(pixels)
img.save(outpath)
print('done.')
def main(f, name, base=None):
asset = Asset.from_file(f)
if base is not None:
asset.environment.base_path = base
depth = 0
container = asset.objects[1].read()['m_Container']
for path, mtdt in container:
if path == name:
gameobject = mtdt['asset'].object
print(gameobject.type, gameobject.read().name)
seen.append(gameobject)
fun(gameobject.read(), 1)
# commented out for the Windows users' benefit
#i = 0
#for mesh in meshes:
# with open('/tmp/mesh{}.obj'.format(i), 'w') as f:
# f.write(OBJMesh(mesh).export())
# i += 1
print('\n{} meshes\n{} texutres\n{} materials'.format(meshes, textures, materials))
return
print('didn\'t find', name)
def main(f):
asset = Asset.from_file(f)
container = asset.objects[1].read()['m_Container']
for path, mtdt in container:
t = mtdt['asset'].object.type
print('{}\t{}\t{}\t{}'.format(mtdt['asset'].path_id,
mtdt['asset'].file_id, t, path))
def main(f):
asset = Asset.from_file(f)
container = asset.objects[1].read()['m_Container']
for path, mtdt in container:
print('{}\t{}\t{}\t{}'.format(mtdt['asset'].path_id,
mtdt['preloadIndex'],
mtdt['preloadSize'], path))
def main(f):
asset = Asset.from_file(f)
for id, obj in asset.objects.items():
name = ''
if hasattr(obj.read(), 'name'):
name = obj.read().name
print('{}\t{}\t{}\t{}'.format(id, obj.type_id, obj.type, name))
def extract(self, lang='eng'):
"""Actually run the extraction process."""
resources_file = os.path.join(self.data_dir, 'resources.assets')
if not os.path.isfile(resources_file):
raise FileNotFoundError(resources_file + ' does not exists')
# --------------------------------------------------------
# STEP 1 - Parse and load the item names localization file
with open(resources_file, 'rb') as f:
asset = Asset.from_file(f)
for id, obj in asset.objects.items():
if obj.type != 'TextAsset': # We only want text objects
continue
d = obj.read()
if d.name == 'LocalizationItems':
self._parse_localization(d.script, lang=lang)
break
# Loop through each objects in the resources file to find the items
# data config files. If found, parse them.
# for id, obj in asset.objects.items():
# if obj.type_id > 0: # Ignore known object types
# continue
# d = obj.read()
# if isinstance(d, dict) and 'm_Name' in d and d['m_Name'].endswith('_ItemData'):
# print(d) # TODO
# break
# if not d.name.startswith('ITM_') and obj.type != 'Texture2D':
# continue
# image = ImageOps.flip(d.image)
# image.save(d.name + '.png')
# --------------------------------------------------------
# STEP 2 - Parse the items data files (they must be extracted manually from the resources.assets file)
items = OrderedDict()
for file in glob(os.path.join(self.items_data_dir, '*.dat')):
with open(file, 'rb') as buf:
item_id, item = self._parse_item_data_file(BinaryReader(buf))
if not item['name']:
continue
items[item_id] = item
return items
def main():
print('inserting {}...'.format(ITEM_NAME))
print('modding TableData...')
with open(TABLEDATA_PATH, 'rb') as f:
tabledata = Asset.from_file(f)
iconnum = mod_tabledata(tabledata)
with open(TABLEDATA_PATH + '_new', 'wb') as outf:
tabledata.save(outf)
texture = Image(filename=ITEM_TEXTURE_PATH)
icon = Image(filename=ITEM_ICON_PATH)
icon_name = 'cosicon_{}'.format(iconnum)
icon_path = 'icons/{}.png'.format(icon_name)
print('icon_name: {}, icon_path: {}'.format(icon_name, icon_path))
print('modding CharTexture...')
with open(CHARTEX_PATH, 'rb') as f:
chartex = Asset.from_file(f)
mod_texture(chartex, texture, 'texture/' + ITEM_TEXTURE_NAME + '.dds',
ITEM_TEXTURE_NAME, TEMPL_TEXTURE_PATHID)
with open(CHARTEX_PATH + '_new', 'wb') as outf:
chartex.save(outf)
print('modding Icons...')
with open(ICONS_PATH, 'rb') as f:
icons = Asset.from_file(f)
mod_texture(icons, icon, icon_path, icon_name, TEMPL_ICON_PATHID,
'dxt5')
with open(ICONS_PATH + '_new', 'wb') as outf:
icons.save(outf)
print('done.')
def run(self):
for file in self.args.files:
if self.args.as_asset or file.endswith(".assets"):
with open(file, "rb") as f:
asset = Asset.from_file(f)
self.handle_asset(asset)
continue
with open(file, "rb") as f:
bundle = unitypack.load(f)
for asset in bundle.assets:
self.handle_asset(asset)
return 0
def main(f):
asset = Asset.from_file(f)
wasmesh = False
for id, obj in asset.objects.items():
data = obj.read()
if obj.type != 'Mesh':
if wasmesh:
break
print('skipping', obj.type)
continue
wasmesh = True
print('processing', id, data.name)
mesh = extract_obj(data)
with open("/tmp/out/" + data.name + ".obj", "w") as outf:
write_obj(data, mesh, outf)
def altmain(f):
asset = Asset.from_file(f)
ids = [int(x) for x in sys.argv[2:]]
for id in ids:
obj = asset.objects[id]
data = obj.read()
print('processing', id, data.name)
mesh = extract_obj(data)
print("# of triangles:", len(mesh.triangles))
print("# of vertices:", len(mesh.vertices))
#print("last vertex:", max(mesh.triangles))
print("# of normals:", len(mesh.normals))
print("# of uv1s:", len(mesh.uv1))
print("# of uv2s:", len(mesh.uv2))
with open("/tmp/" + data.name + ".obj", "w") as outf:
write_obj(data, mesh, outf)
def main(f, name, base=None):
asset = Asset.from_file(f)
if base is not None:
asset.environment.base_path = base
print('''digraph {
graph [fontname=Arial, nodesep=0.125, ranksep=0.25];
node [fontcolor=white, fontname=Arial, height=0, shape=box, style=filled, width=0];
edge [fontname=Arial];
''',
file=outf)
depth = 0
container = asset.objects[1].read()['m_Container']
for path, mtdt in container:
if path == name:
gameobject = mtdt['asset'].object
body = gameobject.read()
qid = f'{asset.name}#{gameobject.path_id}'
seen.append(qid)
print(
f'\t"{qid}" [label="{gameobject.type} {0} {gameobject.path_id} {body.name}", color="{getcolor(gameobject.type)}"];',
file=outf)
handle_objbody(body, 1, qid)
# uncomment (and change path if on Windows) to auto-extract all encountered meshes
#i = 0
#for mesh in meshes:
# with open('/tmp/mesh{}.obj'.format(i), 'w') as f:
# f.write(OBJMesh(mesh).export())
# i += 1
print('}', file=outf)
print('\n{} meshes\n{} texutres\n{} materials'.format(
meshes, textures, materials),
file=sys.stderr)
return
print("didn't find", name, file=sys.stderr)
def main():
p = ArgumentParser()
p.add_argument("files", nargs="+")
p.add_argument("-s",
"--strip",
action="store_true",
help="Strip extractable data")
args = p.parse_args(sys.argv[1:])
for k, v in unitypack.engine.__dict__.items():
if isinstance(v, type) and issubclass(v,
unitypack.engine.object.Object):
yaml.add_representer(v, unityobj_representer)
if args.strip:
yaml.add_representer(unitypack.engine.mesh.Mesh, mesh_representer)
yaml.add_representer(unitypack.engine.movie.MovieTexture,
movietexture_representer)
yaml.add_representer(unitypack.engine.text.Shader, shader_representer)
yaml.add_representer(unitypack.engine.text.TextAsset,
textasset_representer)
yaml.add_representer(unitypack.engine.texture.Texture2D,
texture2d_representer)
for file in args.files:
if file.endswith(".assets"):
with open(file, "rb") as f:
asset = Asset.from_file(f)
handle_asset(asset)
continue
with open(file, "rb") as f:
bundle = unitypack.load(f)
for asset in bundle.assets:
handle_asset(asset)
import sys
import os
from unitypack.asset import Asset
if len(sys.argv) < 3:
print("This tool dumps assets from asset files for use in diffing\nUsage: " + sys.argv[0] + " assetfile.assets outputFolder\nWill extract all assets from the input file and write them to outputFolder/####.dat")
exit()
with open(sys.argv[1], "rb") as assetsFile:
asset = Asset.from_file(assetsFile)
for id, obj in asset.objects.items():
assetsFile.seek(obj.data_offset)
data = assetsFile.read(obj.size)
with open(os.path.join(sys.argv[2], str(id) + ".dat"), "wb") as outfile:
outfile.write(data)
def run(self):
files = self.args.files
self.populate_files_with_resource_assets(files)
self.populate_files_with_asset_levels(files)
self.populate_files_with_assets(files)
self.populate_files_with_asset_bundles(files)
# initialize object data for art_dump_summary
if self.args.art_dump_summary:
self.art_dump_textures_summary = {}
self.art_dump_meshes_summary = {}
self.art_dump_animation_clips_summary = {}
self.art_dump_shaders_summary = {}
self.art_dump_textures_size = 0
self.art_dump_meshes_size = 0
self.art_dump_animation_clips_size = 0
self.art_dump_shaders_size = 0
elif self.args.dep_summary:
self.dependency_db = AssetDependencyDatabase()
for file in files:
if self.args.dep_summary:
print("Processing " + file + "...", flush=True)
else:
print("Processing " + file + "...", end='', flush=True)
# reset the write_json_data flag during art_dump. It is flipped when there are art assets found
if self.args.art_dump:
self.write_json_data = False
if self.args.art_dump_summary:
with open(file, "r") as f:
self.handle_file_for_art_dump_summary(file, f)
print("Done")
continue
# reset the json_data dict working memory on each file
self.json_data = {}
self.write_json_data = True
if self.args.as_asset or file.endswith(".assets") or file.find("\\level") >= 0 or self.find_built_in_assets_index(file) >= 0:
with open(file, "rb") as f:
asset = Asset.from_file(f)
self.json_data['Path'] = file
# setup the ArtDump dictionary for handle_asset_for_art_dump
if self.args.art_dump:
self.json_data['ArtDump'] = {}
elif self.args.dep_summary:
self.dependency_db.add_asset(file, asset)
continue
if self.args.art_dump:
self.handle_asset_for_art_dump(file, asset)
else:
self.handle_asset(file, asset)
if not self.args.dry_run:
json_path = file + ".json"
if self.write_json_data:
with open(json_path, "w") as json_file:
json_file.write(json.dumps(self.json_data, indent=4, default=json_default))
else:
print("Not writing JSON...", end='')
print("Done")
continue
with open(file, "rb") as f:
bundle = unitypack.load(f)
self.json_data['Path'] = bundle.path
self.json_data['GeneratorVersion'] = bundle.generator_version
self.json_data['CompressionType'] = str(bundle.compression_type).replace(str("CompressionType."), "")
self.json_data['FileSize'] = bundle.file_size
self.json_data['BlockStorageFileOffset'] = bundle.block_storage_file_offset
# setup the ArtDump dictionary for handle_asset_for_art_dump
if self.args.art_dump:
self.json_data['ArtDump'] = {}
elif self.args.dep_summary:
self.dependency_db.build_from_bundle(file, bundle)
continue
for asset in bundle.assets:
if self.args.art_dump:
self.handle_asset_for_art_dump(file, asset)
else:
self.handle_asset(file, asset)
if not self.args.dry_run:
json_path = file + ".json"
if self.write_json_data:
with open(json_path, "w") as json_file:
json_file.write(json.dumps(self.json_data, indent=4))
else:
print("Not writing JSON...", end='')
print("Done")
if self.args.art_dump_summary:
print("Writing art dump summary " + "" + "...", end='')
self.write_art_dump_summary()
print("Done")
elif self.args.dep_summary:
if self.dependency_db is not None:
summary_path = self.get_output_path("dependency_summary" + ".json")
print("Writing dependency summary " + "" + "...", flush=True)
self.dependency_db.write_to_json_file(summary_path)
print("Done")
return 0
from unitypack.asset import Asset
from unitypack.object import FFOrderedDict
TABLEDATA_PATH = 'CustomAssetBundle-1dca92eecee4742d985b799d8226666d'
XDTINDEX = 7
f = open(TABLEDATA_PATH, 'rb')
tabledata = Asset.from_file(f)
xdtdata = tabledata.objects[XDTINDEX].contents
missionTable = xdtdata['m_pMissionTable']
questItemTable = xdtdata['m_pQuestItemTable']
missionData = missionTable['m_pMissionData']
missionStringData = missionTable['m_pMissionStringData']
journalData = missionTable['m_pJournalData']
rewardData = missionTable['m_pRewardData']
questItemData = questItemTable['m_pItemData']
questItemStringData = questItemTable['m_pItemStringData']
# Use this to manually create and store quest items
def createQuestItem(name):
index = len(questItemData)
itemString = FFOrderedDict(0)
for k, v in questItemStringData[0].items():
itemString[k] = v
itemString['m_strName'] = name
itemString['m_strComment'] = name
import sys
from io import BytesIO
import unitypack
from unitypack.asset import Asset
from unitypack.object import FFOrderedDict
from unitypack.utils import BinaryWriter
from unitypack.modding import import_mesh
# CharacterSelection asset bundle
f = open('CustomAssetBundle-ce09c4c9be8a046ca92e0044f22d1b99', 'rb')
outf = open('CustomAssetBundle-ce09c4c9be8a046ca92e0044f22d1b99_new', 'wb')
#asset = unitypack.load(f).assets[0]
asset = Asset.from_file(f)
#mesh = asset.objects[17].contents # Eddy Nano in FutureNano (doesn't work yet)
mesh = asset.objects[12316].contents # Fish Backpack in CharacterSelecion
#mesh = asset.objects[711].contents # Terrafuser engine 01 in Tutorial
import_mesh(mesh, 'nano_davestrider8.obj')
print(
f'{len(mesh.vertices)} vertices, {len(mesh.normals)} normals, {len(mesh.uvs)} UVs, {len(mesh.index_buffer)//2} indices, {len(mesh.index_buffer)/6} triangles'
)
asset.save(outf)
print('done.')
