def write(self, stream, resource=None):
s = StreamWriter(stream)
s.hash(self.name)
s.i32(self.start_index)
s.i32(self.start_vertex)
s.i32(self.vertex_count)
s.i32(self.index_count)
def write(self, stream, resource=None):
s = StreamWriter(stream)
s.chars(self.TAG)
s.u32(self.version)
cBlends = len(self.blends)
cLods = 0
if cBlends:
len(self.blends[0].lods)
def write(self, stream, resource=None):
s = StreamWriter(stream)
s.u32(self.vertex_size)
s.u32(self.vertex_count)
s.u32(self.byte_offset)
assert len(self.commands) == (int(self.vertex_size / 4))
for cmd in self.commands:
s.u32(cmd)
def write(self, stream, resources=None):
s = StreamWriter(stream)
flags = 0
flags |= (self.type << 0)
if self.static: flags |= (1 << 1)
flags |= (self.unknown << 4)
s.u8(flags)
return self
def write(self, stream, resources=None):
s = StreamWriter(stream)
flags = 0
flags |= (self.type << 0)
if self.static: flags |= (1 << 1)
flags |= (self.unknown << 4)
s.u8(flags)
return self
def write_rcol(self, stream, rcol):
self.write_tag(stream)
s = StreamWriter(stream)
s.u32(self.version)
cBones = len(self.bones)
s.i32(cBones)
for i in range(cBones):
s.hash(self.bones[i].name)
for bone in self.bones:
s.m43(bone.inverse_bind_pose)
def write(self, stream, resources=None):
s = StreamWriter(stream)
s.u32(self.version)
tgi = TGIList()
tgi.begin_write(stream)
for shader_key in self.shader_keys: shader_key.write(stream, tgi)
s.u32(tgi.get_resource_index(self.sub_skin_ramp))
s.u32(tgi.get_resource_index(self.tone_ramp))
for texture_key in self.texture_keys: texture_key.write(stream, tgi)
s.u8(self.is_dominant)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.i32(len(self.outcomes))
for outcome in self.outcomes:
outcome.write(stream, rcol)
s.u32(DEADBEEF)
s.u32(self.flags)
DecisionGraphNode.write(self, stream, rcol)
def write(self, stream, resource=None):
s = StreamWriter(stream)
s.hash(self.name)
s.i32(self.start_index)
s.i32(self.start_vertex)
s.i32(self.vertex_count)
s.i32(self.index_count)
def write(self, stream, resource=None):
s = StreamWriter(stream)
s.u32(self.vertex_size)
s.u32(self.vertex_count)
s.u32(self.byte_offset)
assert len(self.commands) == (int(self.vertex_size / 4))
for cmd in self.commands: s.u32(cmd)
def write(self, stream, resource=None):
s = StreamWriter(stream)
s.u32(self.type)
for i in range(3): s.f32(self.origin[i])
for i in range(3): s.f32(self.normal[i])
for i in range(3): s.f32(self.x_axis[i])
for i in range(3): s.f32(self.y_axis[i])
s.f32(self.pair_offset)
def serialize(self,complate,stream,resources):
def write_element(s,tgi_list):
def write_complate_string(string,s):
if not string:
s.i8(0)
return
if string in self.complate_string_lookup:
idx = self.complate_string_lookup[string]
if idx > 0x40:
s.i8(0x40)
s.i8(idx &0x3F)
else:
x = len(string)
pass
def write_typecode(value,s,tgi_list):
if isinstance(value,str):
s.i8(0x01)
write_complate_string(value,s)
elif isinstance(value,list):
if len(value) == 4:
s.i8(0x02)
for e in value: s.u8(e)
elif len(value) == 2:
s.i8(0x05)
for e in value: s.f32(e)
elif len(value) == 3:
s.i8(0x06)
for e in value: s.f32(e)
elif isinstance(value,Resource):
s.i8(0x03)
s.i8(tgi_list.get_resource_index(value))
elif isinstance(value,float):
s.i8(0x04)
s.f32(value)
elif isinstance(value,bool):
s.i8(0x07)
s.i8(1 if value else 0)
else:
raise Exception ("Unable to handle typecode data %" %value)
pass
pass
assert isinstance(complate,ComplateElement)
s= StreamWriter(stream)
s.i16(complate.priority)
preset_tgi = TGIList(use_length=True)
preset_tgi.begin_write(stream)
raise NotImplementedError()
def write_rcol(self, stream, rcol):
self.write_tag(stream)
s = StreamWriter(stream)
s.u32(self.version)
cBones = len(self.bones)
s.i32(cBones)
for i in range(cBones): s.hash(self.bones[i].name)
for bone in self.bones:
s.m43(bone.inverse_bind_pose)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.i32(len(self.outcomes))
for outcome in self.outcomes: outcome.write(stream, rcol)
s.u32(DEADBEEF)
s.u32(self.flags)
DecisionGraphNode.write(self, stream, rcol)
def write_rcol(self, stream, rcol):
self.write_tag(stream)
s = StreamWriter(stream)
s.u32(self.version)
s.u32(self.flags)
s.u32(self.unknown)
last = 0
for i in range(len(self.buffer)):
cur = self.buffer[i]
if Flag.is_set(self.flags, self.FLAGS.DIFFERENCED_INDICES):
cur -= last
last = self.buffer[i]
s.i32(cur) if Flag.is_set(self.flags, self.FLAGS.INDEX_32) else s.i16(cur)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.f32(self.framerate)
cFrames = len(self.frames)
s.i32(cFrames)
data_pos = stream.tell() + (cFrames * 4)
for frame in self.frames:
s.u32(data_pos)
data_pos += len(frame)
for frame in self.frames:
stream.write(frame)
def write(self, stream, resource=None):
s = StreamWriter(stream)
s.u8(self.level)
s.u32(self.dest_texture)
s.u8(len(self.assets))
for asset in self.assets:
asset.write(stream)
def write(self, stream, resource=None):
s = StreamWriter(stream)
for i in range(3):
s.f32(self.transform[i])
for i in range(3):
s.f32(self.colour[i])
s.f32(self.intensity)
def write(self, stream, resource=None):
Light.write(self, stream)
s = StreamWriter(stream)
for i in range(3):
s.f32(self.at[i])
s.f32(self.tube_length)
s.f32(self.blur_scale)
def write(self, stream, resource=None):
s = StreamWriter(stream)
keys = self.names.keys()
s.u32(len(keys))
for key in keys:
s.u64(key)
s.p32(self.names[key])
def write(self, stream, resource=None):
Light.write(self, stream)
s = StreamWriter(stream)
for i in range(3):
s.f32(self.at[i])
s.f32(self.falloff_angle)
s.f32(self.blur_scale)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.u32(0)
s.u32(rcol.get_block_index(self.swizzle_info))
self.buffer.stream.seek(0, SEEK_SET)
stream.write(self.buffer.stream.read())
def write(self, stream, resource=None):
Light.write(self, stream)
s = StreamWriter(stream)
for i in range(3):
s.f32(self.at[i])
for i in range(3):
s.f32(self.right[i])
s.f32(self.radius)
def write(self, stream, resources=None):
s = StreamWriter(stream)
for i in range(3):
s.f32(self.position[i])
for i in range(3):
s.f32(self.scale[i])
for i in range(4):
s.f32(self.orientation[i])
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
s.u32(self.version)
s.i32(len(self.deltas))
for hash in self.deltas:
delta = self.deltas[hash]
s.u32(hash)
delta.write(stream)
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 write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.f32(self.framerate)
cFrames = len(self.frames)
s.i32(cFrames)
data_pos = stream.tell() + (cFrames * 4)
for frame in self.frames:
s.u32(data_pos)
data_pos += len(frame)
for frame in self.frames:
stream.write(frame)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
cFootprints = len(self.footprint_polygons)
s.i8(cFootprints)
for footprint_index in range(cFootprints): self.footprint_polygons[footprint_index].write_rcol(stream)
cSlots = len(self.routing_slot_footprint_polygons)
s.i8(cSlots)
for slot_index in range(cSlots): self.routing_slot_footprint_polygons[slot_index].write_rcol(stream)
def write(self, stream, resource=None):
s = StreamWriter(stream)
keys = self.names.keys()
s.u32(len(keys))
for key in keys:
s.u64(key)
s.p32(self.names[key])
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.u32(0)
s.u32(rcol.get_block_index(self.swizzle_info))
self.buffer.stream.seek(0, SEEK_SET)
stream.write(self.buffer.stream.read())
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
s.u32(self.version)
s.i32(len(self.deltas))
for hash in self.deltas:
delta = self.deltas[hash]
s.u32(hash)
delta.write(stream)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
cFootprints = len(self.footprint_polygons)
s.i8(cFootprints)
for footprint_index in range(cFootprints): self.footprint_polygons[footprint_index].write(stream)
cSlots = len(self.routing_slot_footprint_polygons)
s.i8(cSlots)
for slot_index in range(cSlots): self.routing_slot_footprint_polygons[slot_index].write(stream)
def write_rcol(self, stream, rcol):
self.write_tag(stream)
s = StreamWriter(stream)
s.u32(self.version)
s.i32(len(self.meshes))
for mesh in self.meshes:
mesh.write(stream, rcol)
def write(self, stream, resource=None):
s = StreamWriter(stream)
s.chars(self.TAG)
s.u32(self.version)
cBlends = len(self.blends)
cLods = 0
if cBlends:
len(self.blends[0].lods)
def write(self, stream, resources=None):
s = StreamWriter(stream)
s.u32(self.version)
tgi = TGIList()
tgi.begin_write(stream)
if self.version >= 0x00000003:
ProductBase.write_presets(stream,self.presets,tgi)
self.product_info.write(stream,tgi)
s.i32(tgi.get_resource_index(self.railing_4x_model))
s.i32(tgi.get_resource_index(self.railing_1x_model))
s.i32(tgi.get_resource_index(self.post_model))
tgi.end_write(stream)
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 write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.hash(self.name)
s.i32(len(self.actors))
for actor in self.actors:
s.u32(rcol.get_block_index(actor, ActorDefinition))
s.i32(len(self.parameters))
for parameter in self.parameters:
s.u32(rcol.get_block_index(parameter, ParameterDefinition))
s.i32(len(self.states))
for state in self.states:
s.u32(rcol.get_block_index(state, State))
s.i32(len(self.namespace_map))
for actor_pair in self.namespace_map:
actor_pair.write(stream)
s.u32(DEADBEEF)
s.u32(self.flags)
s.u32(self.default_priority)
s.u32(self.awareness_overlay_level)
for i in range(4):
s.u32(0)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
AnimationNode.write_rcol(self, stream, rcol)
def write(self, stream, resources=None):
s = StreamWriter(stream)
s.hash(self.filename)
s.hash(self.clip_actor)
s.hash(self.jazz_actor)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.u32(rcol.get_block_index(self.actor))
s.u32(self.parameter)
s.tgi(self.prop, 'ITG')
for i in range(4):
s.u32(0)
MulticastDecisionGraphNode.write(self, stream, rcol)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.u32(rcol.get_block_index(self.target))
s.u32(self.operation)
s.u32(self.operand)
for i in range(3):
s.u32(0)
MulticastDecisionGraphNode.write(self, stream, rcol)
def write(self, stream, resource=None):
s = StreamWriter(stream)
self.bounds.clear()
s.hash(self.name)
s.i8(self.priority)
s.u32(self.footprint_type_flags)
s.i32(len(self.points))
for point in self.points:
self.bounds.add(point)
s.f32(point[0])
s.f32(point[1])
s.u32(self.allow_intersection_flags)
s.u32(self.surface_type_flags)
s.u32(self.surface_attribute_flags)
s.i8(self.level_offset)
if self.ftpt.version >= Footprint.VERSION.EXTENDED: s.f32(self.elevation_offset)
self.bounds.write(stream)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.u32(rcol.get_block_index(self.next_state))
DecisionGraphNode.read(self, stream, rcol)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.hash(self.name)
s.u32(self.properties)
s.u32(rcol.get_block_index(self.decision_graph, DecisionGraph))
s.i32(len(self.transitions))
for transition in self.transitions:
s.u32(rcol.get_block_index(transition, State))
s.u32(self.awareness_overlay_level)
def write(self, stream, resources=None):
s = StreamWriter(stream)
s.u8(self.index)
s.u8(len(self.resources))
for resource in self.resources: s.u32(resources.get_resource_index(resource))
def write(self, stream, resource=None):
Light.write(self, stream)
s = StreamWriter(stream)
for i in range(3): s.f32(self.at[i])
s.f32(self.falloff_angle)
s.f32(self.shade_light_rig_multiplier)
s.f32(self.bottom_angle)
for i in range(3): s.f32(self.shade_colour[i])
def write(self, stream, resource=None):
Light.write(self, stream)
s = StreamWriter(stream)
for i in range(3): s.f32(self.at[i])
s.f32(self.falloff_angle)
s.f32(self.blur_scale)
def write_rcol(self, stream, rcol):
self.write_tag(stream)
s = StreamWriter(stream)
s.u32(self.version)
cLights = len(self.lights)
cOccluders = len(self.occluders)
s.u32(4 + (cLights * 128) + (cOccluders * 14))
s.u8(cLights)
s.u8(cOccluders)
s.u16(cOccluders * 14)
for light in self.lights:
start = stream.tell()
light.write_rcol(stream)
end = stream.tell()
size = end - start
blank = 128 - size
dwords = int(blank / 4)
for i in range(int(dwords)): s.u32(0)
for occluder in self.occluders:
occluder.write_rcol(stream)
def write(self, stream, resource=None):
s = StreamWriter(stream)
for i in range(3): s.f32(self.transform[i])
for i in range(3): s.f32(self.colour[i])
s.f32(self.intensity)
def write_rcol(self, stream, rcol):
self.write_tag(stream)
s = StreamWriter(stream)
s.u32(self.version)
tgi = TGIList()
tgi.begin_write(stream)
s.u8(len(self.entries))
for entry in self.entries:
s.u8(entry.TYPE)
entry.write(stream, tgi)
s.u8(2)
self.bounds.write(stream)
s.u32(self.flags)
if self.routing_footprint.key != ResourceKey():
s.u8(1)
s.tgi(self.routing_footprint.key, 'TGI')
else: s.u8(0)
tgi.end_write(stream)
def write(self, stream, tgi=None):
s = StreamWriter(stream)
s.u32(self.index)
s.u32(tgi.get_resource_index(self.resource))
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
raise NotImplementedError()
def write(self, stream, resource=None):
Light.write(self, stream)
s = StreamWriter(stream)
for i in range(3): s.f32(self.at[i])
s.f32(self.tube_length)
s.f32(self.blur_scale)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
self.write_tag(stream)
s.u32(self.version)
s.u32(0)
s.i32(len(self.children))
for child in self.children:
s.u32(rcol.get_block_index(child))
s.i32(len(self.parents))
for parent in self.parents:
s.u32(rcol.get_block_index(parent))
s.u32(DEADBEEF)
def write_rcol(self, stream, rcol):
s = StreamWriter(stream)
def write_names(slots):
for slot in slots: s.hash(slot.name)
def write_bones(slots):
for slot in slots: s.hash(slot.bone_name)
def write_transforms(slots):
for slot in slots:
s.m43(slot.transform)
def write_offsets(slots):
if any(slots):
s.i32(len(list(filter(lambda slot: slot.offset != None, slots))))
for i, slot in enumerate(slots):
if slot.offset != None:
s.i32(i)
for i in range(3): s.i32(slot.offset.position)
for i in range(3): s.i32(slot.offset.rotation)
self.write_tag(stream)
s.u32(self.version)
s.i32(len(self.routing_slots))
s.i32(len(self.container_slots))
s.i32(len(self.effect_slots))
s.i32(len(self.target_slots))
s.i32(len(self.cone_slots))
write_names(self.routing_slots)
write_bones(self.routing_slots)
write_transforms(self.routing_slots)
write_offsets(self.routing_slots)
write_names(self.container_slots)
write_bones(self.container_slots)
for slot in self.container_slots:
s.u32(slot.flags)
write_transforms(self.container_slots)
write_offsets(self.container_slots)
write_names(self.effect_slots)
write_bones(self.effect_slots)
write_transforms(self.effect_slots)
write_offsets(self.effect_slots)
write_names(self.target_slots)
write_bones(self.target_slots)
write_transforms(self.target_slots)
write_offsets(self.target_slots)
write_names(self.cone_slots)
write_bones(self.cone_slots)
write_transforms(self.cone_slots)
for slot in self.cone_slots:
s.f32(slot.radius)
s.f32(slot.angle)
write_offsets(self.cone_slots)
def write(self, stream, resource=None):
Light.write(self, stream)
s = StreamWriter(stream)
for i in range(3): s.f32(self.at[i])
for i in range(3): s.f32(self.right[i])
s.f32(self.width)
s.f32(self.height)
s.f32(self.falloff_angle)
s.f32(self.window_top_bottom_angle)
def write(self, stream, resources=None):
s = StreamWriter(stream)
for val in self.min:
s.f32(val)
for val in self.max:
s.f32(val)
def write(self, stream, resource=None):
Light.write(self, stream)
s = StreamWriter(stream)
for i in range(3): s.f32(self.at[i])
for i in range(3): s.f32(self.right[i])
s.f32(self.radius)