def __init__(self, f):
self.version = readU32(f)
self.ID = f.read(4).decode("utf-8-sig")
self.padding = readU64(f)
self.pointersOffs = readU64(
f) # uint64 pointersOffs <format=hex>; // AssetsPointer in Tyrant
self.colOffs = readU64(
f) # uint64 colOffs <format=hex>; // UnkPointer
self.motListNameOffs = readU64(
f) # uint64 motListNameOffs <format=hex>; //NamePointer
if self.version != 60:
self.padding = readU64(f) #uint64 padding; //UnkPointer01
self.numOffs = readU32(f) # AssetCount
f.seek(self.motListNameOffs)
self.motListName = read_wstring(f)
#pos = f.tell()
#--gather pointers and pointer names:
f.seek(self.pointersOffs)
self.POINTERS = []
for i in range(0, self.numOffs):
if self.version == 13 or self.version == 14:
self.POINTERS.append(PointerMcam(f))
else:
self.POINTERS.append(Pointer(f))
print(str(i) + "_" + self.POINTERS[i].motName)
def __init__(self, f, start):
self.version = readU32(f) #uint
self.ID = f.read(4).decode("utf-8-sig") #readU32(f) # char
self.ukn00 = readU32(f) # uint32
self.uknOffs = readU32(f) #uint32
self.offsToBoneHdrOffs = readU64(f) #uint64 #BoneBaseDataPointer
self.boneClipHdrOffs = readU64(
f) #uint64 FSkip(16) = readU32(f) #BoneDataPointer
f.seek(16, 1)
self.clipFileOffset = readU64(f) #uint64
self.Offs1 = readU64(f) # uint64
f.seek(8, 1)
self.Offs2 = readU64(f) #uint64
self.namesOffs = readU64(f) #uint64 #namePointer
self.frameCount = readFloat(f) #frameCount
self.blending = readFloat(f)
self.uknFloat = readFloat(f)
self.uknFloat = readFloat(f)
self.boneCount = readUShort(f) #ushort
self.boneClipCount = readUShort(f) #ushort
self.uknPointer2Count = readUByte(f) #ubyte
self.uknPointer3Count = readUByte(f) # ubyte
self.FrameRate = readUShort(f)
self.uknPointerCount = readUShort(f)
self.uknShort = readUShort(f)
f.seek(self.namesOffs + start)
self.MOT_NAME = read_wstring(f)
def __init__(self, f, MOT_LIST):
start = f.tell()
self.start = start
self.MOT_LIST = MOT_LIST
version = 99 # list version
self.fileSize = FileSize(f)
self.MOT_HEADER = MotHdr(f, start)
#BONE HEADERS
if self.MOT_HEADER.offsToBoneHdrOffs + start + 16 < self.fileSize:
f.seek(self.MOT_HEADER.offsToBoneHdrOffs + start)
self.BONE_HEADERS = BoneHeaders(f, start)
#CLIP HEADERS
f.seek(self.MOT_HEADER.boneClipHdrOffs + start)
self.BONE_CLIP_HEADERS = []
for i in range(0, self.MOT_HEADER.boneClipCount):
self.BONE_CLIP_HEADERS.append(BoneClipHeader(f, self))
skipToNextLine(f)
#CLIP TRACKS
#~~~~~~~~~~~~~~~~~~~
self.CLIP_TRACKS = []
for j in range(0, self.MOT_HEADER.boneClipCount):
f.seek(self.BONE_CLIP_HEADERS[j].trackHdrOffs + start)
self.CLIP_TRACKS.append(Tracks(f, self, j)) #TRACKS tracks;
#~~~~~~~~~~~~~~~~~~~
if (self.MOT_HEADER.Offs1 > 0):
f.seek(self.MOT_HEADER.Offs1 + start)
JMAP = read_wstring(f)
if (self.MOT_HEADER.clipFileOffset > 0): #&& MOT_HEADER.version != 43
f.seek(self.MOT_HEADER.clipFileOffset + start)
def __init__(self, f, start):
self.boneNameOffs = readU64(f)
position = f.tell()
f.seek(self.boneNameOffs + start)
self.boneName = read_wstring(f)
f.seek(position)
self.parentOffs = readU64(f)
self.childOffs = readU64(f)
self.nextSiblingOffs = readU64(f)
self.translation = [
readFloat(f),
readFloat(f),
readFloat(f),
readFloat(f)
]
self.quaternion = [
readFloat(f),
readFloat(f),
readFloat(f),
readFloat(f)
]
self.Index = readU32(f)
self.boneHash = readU32(f) # uint //MurMur3
self.padding = readU64(f)
def __init__(self, f):
self.Address = readU64(f)
##get string and return
pos = f.tell()
self.motName = read_wstring(f, address=self.Address + 68)
f.seek(pos)
if self.Address == 0:
self.motName = ""
def __init__(self, f, list_header, MOT_LIST):
start = f.tell()
self.start = start
self.MOT_LIST = MOT_LIST
self.fileSize = FileSize(f)
self.MCAM_HEADER = McamHdr(f, start)
f.seek(self.MCAM_HEADER.nameStringOffset +
start) # FSeek(offsets[4] + startof(this));
self.name = read_wstring(f) # wstring name3;
f.seek(self.MCAM_HEADER.motionTrackStartOffset + start)
self.motion = McamMotion(f, start, list_header.version)
# ZOOM CAMERA
f.seek(self.MCAM_HEADER.zoomStartOffset + start)
self.zoom = McamZoom(f, start, list_header.version)
print("cake")
def __init__(self, f, start):
self.String = read_wstring(f)