def write(self, stream, resource=None):
s = StreamWriter(stream)
s.u32(self.ID)
s.u32(0)
clip_stream = BytesIO()
self.clip.write(clip_stream)
s.u32(clip_stream.tell())
clip_stream.seek(0, SEEK_SET)
clip_ptr = StreamPtr.begin_write(s, True)
ik_ptr = StreamPtr.begin_write(s, True)
actor_ptr = StreamPtr.begin_write(s, True)
event_ptr = StreamPtr.begin_write(s, True)
s.u32(self.unknown1)
s.u32(self.unknown2)
vector_ptr = StreamPtr.begin_write(s, True)
for i in range(16):
s.u8(self.unknown3[i])
clip_ptr.end()
stream.write(clip_stream.read())
s.align(char=self.PADDING_CHAR)
if self.ik_info != None:
ik_ptr.end()
self.ik_info.write(stream)
s.align(char=self.PADDING_CHAR)
actor_ptr.end()
s.zs(self.actor_name)
s.align(char=self.PADDING_CHAR)
event_ptr.end()
self.event_table.write(stream)
s.align(char=self.PADDING_CHAR)
vector_ptr.end()
for i in range(4):
s.f32(self.vector[i])
def write(self, stream, resource=None):
s = StreamWriter(stream)
s.u32(self.ID)
s.u32(0)
clip_stream = BytesIO()
self.clip.write(clip_stream)
s.u32(clip_stream.tell())
clip_stream.seek(0, SEEK_SET)
clip_ptr = StreamPtr.begin_write(s, True)
ik_ptr = StreamPtr.begin_write(s, True)
actor_ptr = StreamPtr.begin_write(s, True)
event_ptr = StreamPtr.begin_write(s, True)
s.u32(self.unknown1)
s.u32(self.unknown2)
vector_ptr = StreamPtr.begin_write(s, True)
for i in range(16): s.u8(self.unknown3[i])
clip_ptr.end()
stream.write(clip_stream.read())
s.align(char=self.PADDING_CHAR)
if self.ik_info is not None:
ik_ptr.end()
self.ik_info.write(stream)
s.align(char=self.PADDING_CHAR)
actor_ptr.end()
s.zs(self.actor_name)
s.align(char=self.PADDING_CHAR)
event_ptr.end()
self.event_table.write(stream)
s.align(char=self.PADDING_CHAR)
vector_ptr.end()
for i in range(4): s.f32(self.vector[i])
def read(self, stream, resource=None):
s = StreamReader(stream)
assert s.chars(4) == self.TAG
self.version = s.u32()
cBlends = s.i32()
cLods = s.i32()
cPointers = s.i32()
cVectors = s.i32()
assert s.i32() == 0x00000008
assert s.i32() == 0x0000000C
blend_ptr = StreamPtr.begin_read(s)
vertex_ptr = StreamPtr.begin_read(s)
vector_ptr = StreamPtr.begin_read(s)
blend_ptr.end()
lod_ptrs = []
for blend_index in range(cBlends):
blend = Blend()
blend.age_gender_flags = s.u32()
blend.blend_region = s.u32()
self.blends.append(blend)
blend.lods = [Blend.LOD() for lod_index in range(cLods)]
lod_ptrs.append([self.LodPtr(s.u32(), s.u32(), s.u32()) for lod_index in range(cLods)])
vertex_ptr.end()
pointers = [self.VertexPtr(s.i16()) for pointer_index in range(cPointers)]
vector_ptr.end()
vectors = [[self.unpack(s.i16()) for i in range(3)] for vector_index in range(cVectors)]
for blend_index, blend in enumerate(self.blends):
start_vector_ptr = 0
current_vector_offset = 0
blend_ptr = lod_ptrs[blend_index]
for lod_index, lod in enumerate(blend.lods):
lod_blend_index = blend_index + lod_index
if lod_blend_index >= len(blend_ptr):
print('Skipping missing LOD %s - %s'%(lod_blend_index,len(blend_ptr)))
continue
lod_ptr = blend_ptr[blend_index + lod_index]
current_vertex_id = lod_ptr.start_vertex_id
for vector_ptr_index in range(lod_ptr.vertex_count):
vertex = Blend.Vertex()
vector_ptr = pointers[vector_ptr_index + start_vector_ptr]
current_vector_offset += vector_ptr.offset
vertex.id = current_vertex_id
vertex_vector_offset = 0
if vector_ptr.has_position:
vertex.position = vectors[current_vector_offset + vertex_vector_offset]
vertex_vector_offset += 1
if vector_ptr.has_normal:
vertex.normal = vectors[current_vector_offset + vertex_vector_offset]
vertex_vector_offset += 1
current_vertex_id += 1
lod.vertices.append(vertex)
start_vector_ptr += lod_ptr.vertex_count
current_vector_offset += lod_ptr.vector_count
def write(self, stream, resources=None):
s = StreamWriter(stream)
indexedFloats = []
curves = []
curveMap = {}
for t in self.tracks:
assert isinstance(t, Track)
for curve in t:
assert isinstance(curve, Curve)
if len(curve.frames) > self.max_frame_count:
self.max_frame_count = len(curve.frames) + 1
cdi = CurveDataInfo()
curve.flags.static = len(curve.frames) == 0
cdi.frame_count = len(curve.frames)
cdi.process_frames(curve.frames)
cdi.flags = curve.flags
cdi.type = curve.type
cdi.track_key = t.track_key
curveMap[cdi] = curve.frames
curves.append(cdi)
cCurves = len(curves)
cFloats = len(indexedFloats)
#Begin writing...
s.chars('_pilC3S_')
s.u32(self.version)
s.u32(self.unknown1)
s.f32(self.frame_duration)
s.u16(self.max_frame_count)
s.u16(self.unknown2)
s.u32(cCurves)
s.u32(cFloats)
curveOffset = StreamPtr.begin_write(s)
frameOffset = StreamPtr.begin_write(s)
nameOffset = StreamPtr.begin_write(s)
srcNameOffset = StreamPtr.begin_write(s)
curveOffset.end()
for curve in curves:
curve.write(stream)
nameOffset.end()
s.zs(self.name)
srcNameOffset.end()
s.zs(self.source_file_name)
frameOffset.end()
for curve in curves:
curve.frame_data_ptr.end()
frames = curveMap[curve]
for f in frames:
f.write(stream, curve, indexedFloats)
return self
def write(self, stream, resources=None):
s = StreamWriter(stream)
indexedFloats = []
curves = []
curveMap = {}
for t in self.tracks:
assert isinstance(t,Track)
for curve in t:
assert isinstance(curve,Curve)
if len(curve.frames) > self.max_frame_count: self.max_frame_count = len(curve.frames) + 1
cdi = CurveDataInfo()
curve.flags.static = len(curve.frames) == 0
cdi.frame_count = len(curve.frames)
cdi.process_frames(curve.frames)
cdi.flags = curve.flags
cdi.type = curve.type
cdi.track_key = t.track_key
curveMap[cdi] = curve.frames
curves.append(cdi)
cCurves = len(curves)
cFloats = len(indexedFloats)
#Begin writing...
s.chars('_pilC3S_')
s.u32(self.version)
s.u32(self.unknown1)
s.f32(self.frame_duration)
s.u16(self.max_frame_count)
s.u16(self.unknown2)
s.u32(cCurves)
s.u32(cFloats)
curveOffset = StreamPtr.begin_write(s)
frameOffset = StreamPtr.begin_write(s)
nameOffset = StreamPtr.begin_write(s)
srcNameOffset = StreamPtr.begin_write(s)
curveOffset.end()
for curve in curves:
curve.write(stream)
nameOffset.end()
s.zs(self.name)
srcNameOffset.end()
s.zs(self.source_file_name)
frameOffset.end()
for curve in curves:
curve.frame_data_ptr.end()
frames = curveMap[curve]
for f in frames: f.write(stream, curve, indexedFloats)
return self
def read(self, stream, resources=None):
s = StreamReader(stream)
tag = s.chars(8)
if not tag == '_pilC3S_': raise Exception("Not a valid _S3Clip_")
self.version = s.u32()
self.unknown1 = s.u32()
self.frame_duration = s.f32()
self.max_frame_count = s.u16()
self.unknown2 = s.u16()
cCurves = s.u32()
cFloats = s.u32()
curveOffset = StreamPtr.begin_read(s)
frameOffset = StreamPtr.begin_read(s)
nameOffset = StreamPtr.begin_read(s)
srcNameOffset = StreamPtr.begin_read(s)
curveOffset.end()
curves = []
for curveIndex in range(cCurves):
cdi = CurveDataInfo()
cdi.read(stream)
curves.append(cdi)
nameOffset.end()
self.name = s.zs()
srcNameOffset.end()
self.source_file_name = s.zs()
frameOffset.end()
indexedFloats = []
for floatIndex in range(cFloats):
indexedFloats.append(s.f32())
trackMap = {}
self.tracks = []
for curveIndex,cdi in enumerate(curves):
cdi.frame_data_ptr.end()
if cdi.track_key not in trackMap.keys():
t = Track(cdi.track_key)
trackMap[cdi.track_key] = t
self.tracks.append(t)
track = trackMap[cdi.track_key]
frames = []
for frameIndex in range(cdi.frame_count):
f = Frame()
f.read(stream, cdi, indexedFloats)
frames.append(f)
curve = Curve(cdi.type)
curve.flags = cdi.flags
curve.frames = frames
track[curve.type] = curve
return self
def read(self, stream, resources=None):
s = StreamReader(stream)
tag = s.chars(8)
if not tag == '_pilC3S_': raise Exception("Not a valid _S3Clip_")
self.version = s.u32()
self.unknown1 = s.u32()
self.frame_duration = s.f32()
self.max_frame_count = s.u16()
self.unknown2 = s.u16()
cCurves = s.u32()
cFloats = s.u32()
curveOffset = StreamPtr.begin_read(s)
frameOffset = StreamPtr.begin_read(s)
nameOffset = StreamPtr.begin_read(s)
srcNameOffset = StreamPtr.begin_read(s)
curveOffset.end()
curves = []
for curveIndex in range(cCurves):
cdi = CurveDataInfo()
cdi.read(stream)
curves.append(cdi)
nameOffset.end()
self.name = s.zs()
srcNameOffset.end()
self.source_file_name = s.zs()
frameOffset.end()
indexedFloats = []
for floatIndex in range(cFloats):
indexedFloats.append(s.f32())
trackMap = {}
self.tracks = []
for curveIndex, cdi in enumerate(curves):
cdi.frame_data_ptr.end()
if cdi.track_key not in trackMap.keys():
t = Track(cdi.track_key)
trackMap[cdi.track_key] = t
self.tracks.append(t)
track = trackMap[cdi.track_key]
frames = []
for frameIndex in range(cdi.frame_count):
f = Frame()
f.read(stream, cdi, indexedFloats)
frames.append(f)
curve = Curve(cdi.type)
curve.flags = cdi.flags
curve.frames = frames
track[curve.type] = curve
return self
def write(self, stream, resource=None):
s = StreamWriter(stream)
self.frame_data_ptr = StreamPtr.begin_write(s)
s.u32(self.track_key)
s.f32(self.offset)
s.f32(self.scale)
s.u16(self.frame_count)
self.flags.write(stream)
s.u8(self.type)
return self
def read(self, stream, resource=None):
s = StreamReader(stream)
self.frame_data_ptr = StreamPtr.begin_read(s)
self.track_key = s.u32()
self.offset = s.f32()
self.scale = s.f32()
self.frame_count = s.u16()
self.flags.read(stream)
self.type = s.u8()
return self
def write(self, stream, resource=None):
s = StreamWriter(stream)
self.frame_data_ptr = StreamPtr.begin_write(s)
s.u32(self.track_key)
s.f32(self.offset)
s.f32(self.scale)
s.u16(self.frame_count)
self.flags.write(stream)
s.u8(self.type)
return self
def read(self, stream, resource=None):
s = StreamReader(stream)
self.frame_data_ptr = StreamPtr.begin_read(s)
self.track_key = s.u32()
self.offset = s.f32()
self.scale = s.f32()
self.frame_count = s.u16()
self.flags.read(stream)
self.type = s.u8()
return self
def read(self, stream, resources=None):
s = StreamReader(stream)
if s.u32() != self.ID: raise Exception("Not a valid clip resource")
if s.u32(): raise Exception("Linked clip offset not supported")
clipSize = s.u32()
clip_ptr = StreamPtr.begin_read(s, True)
ik_ptr = StreamPtr.begin_read(s, True)
actor_ptr = StreamPtr.begin_read(s, True)
event_ptr = StreamPtr.begin_read(s, True)
self.unknown1 = s.u32()
self.unknown2 = s.u32()
vector_ptr = StreamPtr.begin_read(s, True)
self.unknown3 = []
for i in range(16):
self.unknown3.append(s.u8())
a = clip_ptr.seek_data()
clipStream = BytesIO()
clipStream.write(stream.read(clipSize))
clipStream.seek(0, SEEK_SET)
self.clip = Clip()
self.clip.read(clipStream)
clipStream.close()
assert actor_ptr.seek_data()
self.actor_name = s.zs()
if ik_ptr.seek_data():
self.ik_info = ClipIKInfo()
self.ik_info.read(stream)
else:
self.ik_info = None
assert event_ptr.seek_data()
self.event_table.read(stream)
self.vector = []
assert vector_ptr.seek_data()
for i in range(4):
self.vector.append(s.f32())
def write_presets(cls, stream,presets, resources):
s = StreamWriter(stream)
s.i32(len(presets))
ce = ComplateEncoder()
for preset in presets:
assert isinstance(preset,cls.BuildBuyPreset)
s.i8(preset.unk1)
if preset.unk1 != 1:
s.i32(preset.unk2)
preset_ptr = StreamPtr.begin_write(s)
ce.serialize(preset.complate,stream,resources)
preset_ptr.end()
s.u32(preset.id)
def read(self, stream, resources=None):
s = StreamReader(stream)
if s.u32() != self.ID: raise Exception("Not a valid clip resource")
if s.u32(): raise Exception("Linked clip offset not supported")
clipSize = s.u32()
clip_ptr = StreamPtr.begin_read(s, True)
ik_ptr = StreamPtr.begin_read(s, True)
actor_ptr = StreamPtr.begin_read(s, True)
event_ptr = StreamPtr.begin_read(s, True)
self.unknown1 = s.u32()
self.unknown2 = s.u32()
vector_ptr = StreamPtr.begin_read(s, True)
self.unknown3 = []
for i in range(16): self.unknown3.append(s.u8())
a= clip_ptr.seek_data()
clipStream = BytesIO()
clipStream.write(stream.read(clipSize))
clipStream.seek(0, SEEK_SET)
self.clip = Clip()
self.clip.read(clipStream)
clipStream.close()
assert actor_ptr.seek_data()
self.actor_name = s.zs()
if ik_ptr.seek_data():
self.ik_info = ClipIKInfo()
self.ik_info.read(stream)
else:
self.ik_info = None
assert event_ptr.seek_data()
self.event_table.read(stream)
self.vector = []
assert vector_ptr.seek_data()
for i in range(4): self.vector.append(s.f32())
def read_presets(cls,stream,resources=None):
s = StreamReader(stream)
c = s.i32()
ce = ComplateEncoder()
presets = []
for i in range(c):
preset = cls.BuildBuyPreset()
preset.unk1 = s.i8()
if preset.unk1 != 1:
preset.unk2 = s.i32()
preset_ptr = StreamPtr.begin_read(s,relative=True,offset_start=True)
preset.complate = ce.deserialize(stream,resources)
preset_ptr.end()
preset.id = s.u32()
presets.append(preset)
return presets
def write_pointer(self, stream):
self.size32 = 1
t = type(self.value)
if isinstance(self.value, list):
self.size32 = len(self.value)
t = type(self.value[0])
if t == float:
self.type_code = self.TYPE.FLOAT
elif t == int:
self.type_code = self.TYPE.INT
elif t == ExternalResource:
self.type_code = self.TYPE.TEXTURE
elif t == ResourceKey:
self.size32 = 4
self.type_code = self.TYPE.TEXTURE
else:
raise NotImplementedError("Serialization of type %s is not supported in this format!" % t)
s = StreamWriter(stream)
s.hash(self.name)
s.u32(self.type_code)
s.u32(self.size32)
self.pointer = StreamPtr.begin_write(s)
def write_pointer(self, stream):
self.size32 = 1
t = type(self.value)
if isinstance(self.value, list):
self.size32 = len(self.value)
t = type(self.value[0])
if t == float:
self.type_code = self.TYPE.FLOAT
elif t == int:
self.type_code = self.TYPE.INT
elif t == ExternalResource:
self.type_code = self.TYPE.TEXTURE
elif t == ResourceKey:
self.size32 = 4
self.type_code = self.TYPE.TEXTURE
else:
raise NotImplementedError(
"Serialization of type %s is not supported in this format!"
% t)
s = StreamWriter(stream)
s.hash(self.name)
s.u32(self.type_code)
s.u32(self.size32)
self.pointer = StreamPtr.begin_write(s)
def read(self, stream, resource=None):
s = StreamReader(stream)
assert s.chars(4) == self.TAG
self.version = s.u32()
cBlends = s.i32()
cLods = s.i32()
cPointers = s.i32()
cVectors = s.i32()
assert s.i32() == 0x00000008
assert s.i32() == 0x0000000C
blend_ptr = StreamPtr.begin_read(s)
vertex_ptr = StreamPtr.begin_read(s)
vector_ptr = StreamPtr.begin_read(s)
blend_ptr.end()
lod_ptrs = []
for blend_index in range(cBlends):
blend = Blend()
blend.age_gender_flags = s.u32()
blend.blend_region = s.u32()
self.blends.append(blend)
blend.lods = [Blend.LOD() for lod_index in range(cLods)]
lod_ptrs.append([
self.LodPtr(s.u32(), s.u32(), s.u32())
for lod_index in range(cLods)
])
vertex_ptr.end()
pointers = [
self.VertexPtr(s.i16()) for pointer_index in range(cPointers)
]
vector_ptr.end()
vectors = [[self.unpack(s.i16()) for i in range(3)]
for vector_index in range(cVectors)]
for blend_index, blend in enumerate(self.blends):
start_vector_ptr = 0
current_vector_offset = 0
blend_ptr = lod_ptrs[blend_index]
for lod_index, lod in enumerate(blend.lods):
lod_blend_index = blend_index + lod_index
if lod_blend_index >= len(blend_ptr):
print('Skipping missing LOD %s - %s' %
(lod_blend_index, len(blend_ptr)))
continue
lod_ptr = blend_ptr[blend_index + lod_index]
current_vertex_id = lod_ptr.start_vertex_id
for vector_ptr_index in range(lod_ptr.vertex_count):
vertex = Blend.Vertex()
vector_ptr = pointers[vector_ptr_index + start_vector_ptr]
current_vector_offset += vector_ptr.offset
vertex.id = current_vertex_id
vertex_vector_offset = 0
if vector_ptr.has_position:
vertex.position = vectors[current_vector_offset +
vertex_vector_offset]
vertex_vector_offset += 1
if vector_ptr.has_normal:
vertex.normal = vectors[current_vector_offset +
vertex_vector_offset]
vertex_vector_offset += 1
current_vertex_id += 1
lod.vertices.append(vertex)
start_vector_ptr += lod_ptr.vertex_count
current_vector_offset += lod_ptr.vector_count
def read_pointer(self, stream):
s = StreamReader(stream)
self.name = s.u32()
self.type_code = s.u32()
self.size32 = s.u32()
self.pointer = StreamPtr.begin_read(s)
def read_pointer(self, stream):
s = StreamReader(stream)
self.name = s.u32()
self.type_code = s.u32()
self.size32 = s.u32()
self.pointer = StreamPtr.begin_read(s)
