def HandleAssertionError(err):
Message = err.args[0]
filelogger.AddLog(globalvars.LogFileStream, Message,
filelogger.ELogMessageType.Log_Error)
filelogger.CloseLogFileStream(globalvars.LogFileStream,
filelogger.LogStreamEndReason.ProgramError)
exit()
def HandleStructUnpackError(err):
Message = "Struct Unpack Error"
filelogger.AddLog(globalvars.LogFileStream, Message,
filelogger.ELogMessageType.Log_Error)
filelogger.CloseLogFileStream(globalvars.LogFileStream,
filelogger.LogStreamEndReason.ProgramError)
exit()
def LoadInfo(self, Node, FileStream, Offset):
try:
Node.LocalMatrix = datatypes.FMatrix(
binaryreader.ReadFloat(FileStream, 16))
Node.BaseVisibility = binaryreader.ReadFloat(FileStream, 1)[0]
Node.dwFlag = binaryreader.ReadUInt(FileStream, 1)[0]
try:
Node.MeshAlign = datatypes.RMeshAlign(
binaryreader.ReadInt(FileStream, 1)[0])
except ValueError as er:
Message = "Node.MeshAlign value is out of allowed range."
filelogger.AddLog(globalvars.LogFileStream, Message,
filelogger.LogType.LogType_Warning)
Node.LODProjectIndex = binaryreader.ReadInt(FileStream, 1)[0]
except struct.error as err:
errorhandling.HandleStructUnpackError(err)
def LoadInfo(self, Node, FileStream, Offset):
try:
Node.dwFlag = binaryreader.ReadUInt(FileStream, 1)[0]
try:
Node.MeshAlign = datatypes.RMeshAlign(
binaryreader.ReadInt(FileStream, 1)[0])
except ValueError as er:
Message = "Node.MeshAlign value is out of allowed range."
filelogger.AddLog(globalvars.LogFileStream, Message,
filelogger.LogType.LogType_Warning)
if globalvars.CurrentEluFileVersion < raidflags.EXPORTER_MESH_VER11:
# Unused data
AniPartsType = binaryreader.ReadInt(FileStream, 1)[0]
PartsPosInfoType = binaryreader.ReadInt(FileStream, 1)[0]
PartsType = binaryreader.ReadInt(FileStream, 1)[0]
Node.LocalMatrix = datatypes.FMatrix(
binaryreader.ReadFloat(FileStream, 16))
if globalvars.CurrentEluFileVersion >= raidflags.EXPORTER_MESH_VER11:
Node.BaseVisibility = binaryreader.ReadInt(FileStream, 1)[0]
except struct.error as err:
errorhandling.HandleStructUnpackError(err)
def LoadBoneAni(self, Node, FileStream, Offset=None):
try:
Node.Name = binaryreader.ReadWord(FileStream)
Node.BaseTranslation = datatypes.FVector(
binaryreader.ReadFloat(FileStream, 3))
Node.BaseRotation = datatypes.FQuaternion(
binaryreader.ReadFloat(FileStream, 4))
Node.BaseScale = datatypes.FVector(
binaryreader.ReadInt(FileStream, 3))
AnimType_1 = datatypes.FAnimType(
binaryreader.ReadInt(FileStream, 3))
if AnimType_1.Count > 0:
Node.PositionKeyTrack.Count = AnimType_1.Count + 1
if AnimType_1.CountType == 10:
for i in range(AnimType_1.Count):
Frame = binaryreader.ReadInt(FileStream, 1)[0]
ShortTuple = binaryreader.ReadUShort(FileStream, 3)
FloatTuple = datatypes.ConvertShortToFloat(ShortTuple)
PosKey = datatypes.FVecKey()
PosKey.Frame = Frame
PosKey.Vector = datatypes.FVector(FloatTuple)
Node.PositionKeyTrack.Data.append(PosKey)
LastPosKey = Node.PositionKeyTrack.Data[AnimType_1.Count -
1]
Node.PositionKeyTrack.Data.append(LastPosKey)
elif AnimType_1.CountType == 16:
for i in range(AnimType_1.Count):
PosKey = datatypes.FVecKey()
PosKey.Vector = datatypes.FVector(
binaryreader.ReadFloat(FileStream, 3))
PosKey.Frame = binaryreader.ReadInt(FileStream, 1)[0]
Node.PositionKeyTrack.Data.append(PosKey)
LastPosKey = Node.PositionKeyTrack.Data[AnimType_1.Count -
1]
Node.PositionKeyTrack.Data.append(LastPosKey)
else:
Message = "{0} node error: RAnimType_1.CountType is incorrect.".format(
Node.Name)
filelogger.AddLog(globalvars.LogFileStream, Message,
filelogger.ELogMessageType.Log_Error)
return
AnimType_2 = datatypes.FAnimType(
binaryreader.ReadInt(FileStream, 3))
if AnimType_2.Count > 0:
Node.RotationKeyTrack.Count = AnimType_2.Count + 1
if AnimType_2.CountType == 10:
for i in range(AnimType_2.Count):
Frame = binaryreader.ReadInt(FileStream, 1)[0]
ShortTuple = binaryreader.ReadUShort(FileStream, 3)
X, Y, Z = datatypes.ConvertShortToFloat(ShortTuple)
W = 0
FTol = X * X + Y * Y + Z * Z
if FTol <= 1.0:
Sub1 = 1.0 - FTol
FSqrt = math.sqrt(Sub1)
W = FSqrt
QuatKey = datatypes.FQuatKey()
QuatKey.Frame = Frame
QuatKey.Quat = datatypes.FQuaternion((X, Y, Z, W))
Node.RotationKeyTrack.Data.append(QuatKey)
LastQuatKey = Node.RotationKeyTrack.Data[AnimType_2.Count -
1]
Node.RotationKeyTrack.Data.append(LastQuatKey)
elif AnimType_2.CountType == 16:
for i in range(AnimType_2.Count):
Frame = binaryreader.ReadInt(FileStream, 1)[0]
X, Y, Z = binaryreader.ReadFloat(FileStream, 3)
W = 0
FTol = X * X + Y * Y + Z * Z
if FTol <= 1.0:
Sub1 = 1.0 - FTol
FSqrt = math.sqrt(Sub1)
W = FSqrt
QuatKey = datatypes.FQuatKey()
QuatKey.Frame = Frame
QuatKey.Quat = datatypes.FQuaternion((X, Y, Z, W))
Node.RotationKeyTrack.Data.append(QuatKey)
LastQuatKey = Node.RotationKeyTrack.Data[AnimType_2.Count -
1]
Node.RotationKeyTrack.Data.append(LastQuatKey)
elif AnimType_2.CountType == 20:
for i in range(AnimType_2.Count):
QuatKey = datatypes.FQuatKey()
QuatKey.Quat = datatypes.FQuaternion(
binaryreader.ReadFloat(FileStream, 4))
QuatKey.Frame = binaryreader.ReadInt(FileStream, 1)[0]
Node.RotationKeyTrack.Data.append(QuatKey)
LastQuatKey = Node.RotationKeyTrack.Data[AnimType_2.Count -
1]
Node.RotationKeyTrack.Data.append(LastQuatKey)
else:
Message = "{0} node error: RAnimType_2.CountType is incorrect.".format(
Node.Name)
filelogger.AddLog(globalvars.LogFileStream, Message,
filelogger.ELogMessageType.Log_Error)
return
AnimType_3 = datatypes.FAnimType(
binaryreader.ReadInt(FileStream, 3))
if AnimType_3.Count > 0:
Node.ScaleKeyTrack.Count = AnimType_3.Count
for i in range(AnimType_3.Count):
ScaleKey = datatypes.FVecKey()
ScaleKey.Vector = datatypes.FVector(
binaryreader.ReadFloat(FileStream, 3))
ScaleKey.Frame = binaryreader.ReadInt(FileStream, 1)[0]
Node.ScaleKeyTrack.Data.append(ScaleKey)
except struct.error as err:
errorhandling.HandleStructUnpackError(err)