def format(self, pos):
if self.version == 2048 or self.version == 2049:
reader = DataReader(self.data)
header = self.read_header_801(reader)
header.format(pos)
elif self.version == 1860 or self.version == 1861:
reader = DataReader(self.data)
header = self.read_header_745(reader)
header.format(pos)
has_topology_ids = header.find_field('flags2').flag_set(
'FLAG2_HAS_TOPOLOGY_IDS')
num_vertices = header.find_field('nVerts').value
for vertex_index in xrange(num_vertices):
self.read_vertex(reader, vertex_index).format(pos)
num_faces = header.find_field('nFaces').value
for face_index in xrange(num_faces):
self.read_face(reader, not has_topology_ids,
face_index).format(pos)
if has_topology_ids:
for vertex_index in xrange(num_vertices):
self.read_topology_id(reader, vertex_index).format(pos)
num_texverts = header.find_field('nTVerts').value
if num_texverts:
for uv_index in xrange(num_texverts):
self.read_uv(reader, uv_index).format(pos)
if not has_topology_ids:
for tex_face_index in xrange(num_faces):
self.read_tex_face(reader, tex_face_index).format(pos)
if header.find_field('flags1').flag_set('FLAG1_BONE_INFO'):
print 'Bone links count: {0} (same as vertex count)'.format(
num_vertices)
for vertex_index in xrange(num_vertices):
num_links_object = self.read_num_bone_links(
reader, vertex_index)
num_links_object.format(pos)
num_links = num_links_object.find_field(
'num_links[{0}]'.format(vertex_index)).value
for link_index in xrange(num_links):
self.read_bone_link(reader).format(pos)
if header.find_field('flags2').flag_set('FLAG2_HAS_VERTEX_COLOR'):
print 'Color count: {0} (same as vertex count)'.format(
num_vertices)
for vertex_index in xrange(num_vertices):
self.read_vertex_color(reader, vertex_index).format(pos)
if header.find_field('flags2').flag_set('FLAG2_HAS_VERTEX_ALPHA'):
print 'Alpha count: {0} (same as vertex count)'.format(
num_vertices)
for vertex_index in xrange(num_vertices):
self.read_alpha(reader, vertex_index).format(pos)
else:
raise VersionError
def format(self, pos):
if self.version == 2083 or self.version == 2084:
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
prop_str_len = header.find_field('PropStrLen').value
prop_str = reader.read(prop_str_len)
print prop_str
else:
raise VersionError
def format(self, pos):
if self.version == 2048 or self.version == 2049:
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
num_morph_targets = header.find_field("numMorphTargets").value
for morph_target_index in xrange(num_morph_targets):
morph_target_header = self.read_morph_target_header_v1(
reader, morph_target_index
)
morph_target_header.format(pos)
name_length = morph_target_header.find_field("NameLength").value
self.read_morph_target_name(reader, name_length).format(pos)
int_vertex_count = morph_target_header.find_field(
"numIntVertices"
).value
for target_vertex_index in xrange(int_vertex_count):
self.read_morph_target_int_vertex(
reader, target_vertex_index
).format(pos)
ext_vertex_count = morph_target_header.find_field(
"numExtVertices"
).value
for target_vertex_index in xrange(ext_vertex_count):
self.read_morph_target_ext_vertex(
reader, target_vertex_index
).format(pos)
else:
raise VersionError
def format(self, pos):
if self.version == 1:
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
num_vtx = header.find_field("nRetVtx").value
num_tets = header.find_field("nRetTets").value
for i in xrange(num_vtx):
read_fields(
None,
self.bigendian,
(FieldDef("vtx[{0}]".format(i), "3f"), ),
reader,
).format(pos)
for i in xrange(num_tets):
read_fields(
None,
self.bigendian,
(FieldDef("tets[{0}]".format(i), "4i"), ),
reader,
).format(pos)
else:
raise VersionError
def format(self, pos):
if self.version != 2048:
raise VersionError
reader = DataReader(self.data)
if not self.withoutheader:
field_defs = []
add_chunk_header_fields(field_defs)
header = read_fields('', self.bigendian, field_defs, reader)
header.format(pos)
header = read_fields('', self.bigendian, (FieldDef('numPhysicalProxies', 'I'),), reader)
header.format(pos)
num_proxies = header.find_field('numPhysicalProxies').value
if self.bigendian and num_proxies > 65535:
num_proxies = ((num_proxies >> 0 & 255) << 24) + ((num_proxies >> 8 & 255) << 16) + ((num_proxies >> 16 & 255) << 8) + ((num_proxies >> 24 & 255) << 0)
print 'Converting old broken little-endian numPhysicalProxies to big-endian: numPhysicalProxies = {0}'.format(num_proxies)
for proxy_index in xrange(num_proxies):
proxy_header = self.read_proxy_header(reader, proxy_index)
proxy_header.format(pos)
num_points = proxy_header.find_field('numPoints').value
for point_index in xrange(num_points):
self.read_point(reader, point_index).format(pos)
num_indices = proxy_header.find_field('numIndices').value
for index_index in xrange(num_indices):
self.read_index(reader, index_index).format(pos)
num_materials = proxy_header.find_field('numMaterials').value
for material_index in xrange(num_materials):
self.read_material(reader, material_index).format(pos)
def format(self, pos):
if self.version == 2048:
reader = DataReader(self.data)
header = self.read_header_800(reader)
header.format(pos)
hasDecompMatrices = header.find_field("flags").flag_set(
"SH_HAS_DECOMPR_MAT"
)
hasBoneIndices = header.find_field("flags").flag_set("BONEINDICES")
hasSubsetTexelDensity = header.find_field("flags").flag_set(
"HAS_SUBSET_TEXEL_DENSITY"
)
subsetCount = header.find_field("nCount").value
for subsetIndex in xrange(subsetCount):
self.read_subset(reader, subsetIndex).format(pos)
if hasDecompMatrices:
for subsetIndex in xrange(subsetCount):
self.read_decomp_matrix(reader, subsetIndex).format(pos)
if hasBoneIndices:
for subsetIndex in xrange(subsetCount):
self.read_bone_indices(reader, subsetIndex).format(pos)
if hasSubsetTexelDensity:
for subsetIndex in xrange(subsetCount):
self.read_subset_texel_density(reader, subsetIndex).format(pos)
else:
raise VersionError
def get_vertex_count(self):
reader = DataReader(self.data)
if self.version == 2048 or self.version == 2049:
header = self.read_header_801(reader)
elif self.version == 1860 or self.version == 1861:
header = self.read_header_745(reader)
return header.find_field('nVerts').value
def formatController827(self, pos):
reader = DataReader(self.data)
header = readHeader827(self, reader)
header.format(pos)
elementCount = header.find_field('numKeys').value
for i in xrange(elementCount):
readCryKeyPQLog(self, reader, i).format(pos)
def format(self, pos):
if self.version != 2416:
raise VersionError
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
print 'parsing of remaining data is not implemented yet'
def format(self, pos):
if self.version == 2328:
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
else:
raise VersionError
def format(self, pos):
if self.version != 1:
raise VersionError
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
num_bones = header.find_field("numBones").value
for bone_index in xrange(num_bones):
self.read_bone(reader, bone_index).format(pos)
def format(self, pos):
if self.version == 1860:
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
num_bones = header.find_field("nEntities").value
for bone_index in xrange(num_bones):
self.read_bone(reader, bone_index).format(pos)
elif self.version == 1861:
reader = DataReader(self.data)
header = self.read_header_745(reader)
header.format(pos)
num_bones = header.find_field("numEntities").value
for bone_index in xrange(num_bones):
self.read_packed_bone(reader, bone_index).format(pos)
else:
raise VersionError
def read_keys(self):
if self.version == 2087:
reader = DataReader(self.data)
header = readHeader827(self, reader)
elementCount = header.find_field('numKeys').value
return [
readCryKeyPQLog(self, reader, i) for i in xrange(elementCount)
]
else:
return []
def format(self, pos):
if self.version != 2048 and self.version != 2049:
raise VersionError
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
num_indices = header.find_field("indexCount").value
for i in xrange(num_indices):
r = read_fields(None, self.bigendian,
[FieldDef("index[{0}]".format(i), "h")], reader)
r.format(pos)
def format(self, pos):
if self.version != 1860:
raise VersionError
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
num_vertices = header.find_field("nVerts").value
for vertex_index in xrange(num_vertices):
self.read_vertex(reader, vertex_index).format(pos)
num_faces = header.find_field("nFaces").value
for face_index in xrange(num_faces):
self.read_face(reader, face_index).format(pos)
def format(self, pos):
if self.version != 2048:
raise VersionError
reader = DataReader(self.data)
header_field_defs = []
if not self.withoutheader:
add_chunk_header_fields(header_field_defs)
header_field_defs.extend((FieldDef('reserved', '32s', hex_dump),))
header = read_fields('', self.bigendian, header_field_defs, reader)
header.format(pos)
num_vertices = (len(self.data) - get_fields_size(header_field_defs)) / get_fields_size(vertex_field_defs)
print 'VertexCount: {0}'.format(num_vertices)
for vertex_index in xrange(num_vertices):
self.read_vertex(reader, vertex_index).format(pos)
def format(self, pos):
if self.version != 2048:
raise VersionError
reader = DataReader(self.data)
header_field_defs = []
if not self.withoutheader:
add_chunk_header_fields(header_field_defs)
header_field_defs.extend((FieldDef("reserved", "32s", hex_dump), ))
header = read_fields("", self.bigendian, header_field_defs, reader)
header.format(pos)
num_bones = (len(self.data) - get_fields_size(header_field_defs)
) / get_fields_size(bone_entity_field_defs)
for bone_index in xrange(num_bones):
self.read_bone_entity(reader, bone_index).format(pos)
def format(self, pos):
if self.version == 1:
reader = DataReader(self.data)
header = self.read_header_v1(reader)
header.format(pos)
num_target_vertices = header.find_field("numMorphVertices").value
for target_vertex_index in xrange(num_target_vertices):
self.read_mesh_morph_target_vertex(
reader, target_vertex_index).format(pos)
string_length = self.size - reader.position
self.read_name(reader, string_length).format(pos)
else:
raise VersionError
def get_info(self):
reader = DataReader(self.data)
sourcefilename = read_string(reader)
datetime = read_string(reader)
user = ''
host = ''
if datetime.endswith('\n'):
datetime = datetime[:-1]
user, host = read_string(reader).split('@')
else:
datetime, user = datetime.split('\n')
user, host = user.split('@')
return (sourcefilename,
datetime,
user,
host)
def format(self, pos):
reader = DataReader(self.data)
sourcefilename = read_string(reader)
datetime = read_string(reader)
user = ''
host = ''
if datetime.endswith('\n'):
datetime = datetime[:-1]
user, host = read_string(reader).split('@')
else:
datetime, user = datetime.split('\n')
user, host = user.split('@')
print "sourcefilename = '%s'" % sourcefilename
print "datetime = '%s'" % datetime
print "user = '******'" % user
print "host = '%s'" % host
def format(self, pos):
if self.version != 2048:
raise VersionError
reader = DataReader(self.data)
header_field_defs = []
if not self.withoutheader:
add_chunk_header_fields(header_field_defs)
if len(header_field_defs) > 0:
header = read_fields('', self.bigendian, header_field_defs, reader)
header.format(pos)
num_faces = (len(self.data) - get_fields_size(header_field_defs)
) / struct.calcsize('3H')
else:
num_faces = len(self.data) / struct.calcsize('3H')
print 'FaceCount: {0}'.format(num_faces)
for face_index in xrange(num_faces):
self.read_face(reader, face_index).format(pos)
def format(self, pos):
if self.version != 1860:
raise VersionError
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
num = header.find_field("propCount").value
for i in xrange(num):
r = read_fields(
None,
self.bigendian,
[
FieldDef("name[{0}]".format(i), "32s", strz_add_quotes),
FieldDef("value[{0}]".format(i), "64s", strz_add_quotes),
],
reader,
)
r.format(pos)
def format(self, pos):
if self.version != 2048:
raise VersionError
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
data_length = header.find_field('nDataSize').value
physics_data_header = self.read_physics_data(reader, data_length)
physics_data_header.format(pos)
geom_type = physics_data_header.find_field(
'GeomType').get_enum_string()
geom_readers = dict([(name, func) for name, index, func in geom_types])
if geom_type in geom_readers:
func = geom_readers[geom_type]
if func:
getattr(self, func)(reader, pos)
else:
print '<PARSER FOR THIS GEOM TYPE IS NOT IMPLEMENTED>'
else:
print '<INVALID GEOM TYPE>'
def format(self, pos):
if self.version != 2048:
raise VersionError
reader = DataReader(self.data)
header = self.read_header(reader, self.streamTypeStrings)
header.format(pos)
typeString = header.find_field("nStreamType").get_enum_string()
elementHeader, fieldDefs = self.typeDefs[typeString]
fieldDefs = copy.deepcopy(fieldDefs)
if elementHeader == "Position":
if header.find_field("nElementSize").value == 8:
fieldDefs = [FieldDef("pos", "4H", halffloat_to_str)]
else:
fieldDefs = [FieldDef("pos", "3f")]
if elementHeader == "Index":
if header.find_field("nElementSize").value == 2:
fieldDefs = [FieldDef("index", "H")]
else:
fieldDefs = [FieldDef("index", "I")]
if elementHeader == "Bone Mapping":
if header.find_field("nElementSize").value == 8:
fieldDefs = [
FieldDef("boneIDs", "4B"),
FieldDef("weights", "4B", normalizeduint8_to_str),
]
else:
fieldDefs = [
FieldDef("boneIDs", "4H"),
FieldDef("weights", "4B", normalizeduint8_to_str),
]
fieldNames = [fd.name for fd in fieldDefs]
elementCount = header.find_field("nCount").value
for elementIndex in xrange(elementCount):
for i in xrange(len(fieldDefs)):
fieldDefs[i].name = fieldNames[i] + "[{0}]".format(
elementIndex)
read_fields(None, self.bigendian, fieldDefs, reader).format(pos)
def formatController826(self, pos):
typeDefEntries = [('CTRL_NONE', None), ('CTRL_CRYBONE', None),
('CTRL_LINEER1', None), ('CTRL_LINEER3', None),
('CTRL_LINEERQ ', None), ('CTRL_BEZIER1', None),
('CTRL_BEZIER3', None), ('CTRL_BEZIERQ', None),
('CTRL_TCB1', None),
('CTRL_TCB3', ('TCB3', [
FieldDef('time', 'i'),
FieldDef('BaseKey3', '3f'),
FieldDef('t', 'f'),
FieldDef('c', 'f'),
FieldDef('b', 'f'),
FieldDef('ein', 'f'),
FieldDef('eout', 'f')
])),
('CTRL_TCBQ', ('TCBQ', [
FieldDef('time', 'i'),
FieldDef('BasekeyQ', '4f'),
FieldDef('t', 'f'),
FieldDef('c', 'f'),
FieldDef('b', 'f'),
FieldDef('ein', 'f'),
FieldDef('eout', 'f')
])), ('CTRL_BSPLINE_2O', None),
('CTRL_BSPLINE_1O', None), ('CTRL_BSPLINE_2C', None),
('CTRL_BSPLINE_1C', None)]
typeDefs = dict(typeDefEntries)
reader = DataReader(self.data)
header = readHeader826(self, reader, [x for x, y in typeDefEntries])
header.format(pos)
typeString = header.find_field('type').get_enum_string()
if typeString in typeDefs and typeDefs[typeString]:
keyHeader, fieldDefs = typeDefs[typeString]
count = header.find_field('nKeys').value
for key in xrange(count):
read_fields('%s (%d)' % (keyHeader, key), self.bigendian,
fieldDefs, reader).format(pos)
def get_streams_chunk_ids(self):
reader = DataReader(self.data)
header = self.read_header_801(reader)
ids = header.find_field('nStreamChunkID').value
return ids
def format(self, pos):
if self.version != 2417:
raise VersionError
reader = DataReader(self.data)
header = self.read_header(reader)
header.format(pos)
def get_node_pos(self):
reader = DataReader(self.data)
header = self.read_header(reader)
pos = header.find_field('pos').value
return pos
def get_node_name(self):
reader = DataReader(self.data)
header = self.read_header(reader)
name = header.find_field('name').value
return name
def get_props(self):
reader = DataReader(self.data)
header = self.read_header(reader)
prop_str_len = header.find_field('PropStrLen').value
prop_str = reader.read(prop_str_len)
return prop_str