def read(self, fileName) -> List[TeaFrame]:
f = open(fileName, "rb")
data = f.read()
f.close()
self.log.debug("Read %i bytes from file %s" % (len(data), fileName))
pos = 0
header = THEA_HEADER.from_buffer_copy(data, pos)
pos += sizeof(THEA_HEADER)
self.log.debug(
"Header - Identity: {0}; Version: {1}; Frames: {2}; Groups {3}; KeyFrames {4}"
.format(header.identity, header.version, header.nb_frames,
header.nb_groups, header.nb_key_frames))
results = []
for i in range(header.nb_key_frames):
# self.log.debug("Reading Keyframe {0}".format(i))
if header.version == 2014:
kf = THEA_KEYFRAME_2014.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2014)
elif header.version == 2015:
kf = THEA_KEYFRAME_2015.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2015)
if kf.info_frame:
self.log.info("Keyframe str: " +
kf.info_frame.decode('iso-8859-1'))
else:
raise SerializationException("Unknown version: " +
str(header.version))
if kf.flag_frame not in (-1, 9):
raise UnexpectedValueException("flag_frame = " +
str(kf.flag_frame))
if kf.master_key_frame not in (0, 1):
raise UnexpectedValueException("master_key_frame = " +
str(kf.master_key_frame))
if kf.key_frame not in (0, 1):
raise UnexpectedValueException("key_frame = " +
str(kf.key_frame))
if kf.key_move not in (0, 1):
raise UnexpectedValueException("key_move = " +
str(kf.key_move))
if kf.key_orient not in (0, 1):
raise UnexpectedValueException("key_orient = " +
str(kf.key_orient))
if kf.key_morph not in (0, 1):
raise UnexpectedValueException("key_morph = " +
str(kf.key_morph))
duration = kf.num_frame
flags = kf.flag_frame
# Global translation
translation = None
if kf.key_move != 0:
translation = SavedVec3.from_buffer_copy(data, pos)
pos += sizeof(SavedVec3)
# Global rotation
rotation = None
if kf.key_orient != 0:
pos += 8
# skip THEO_ANGLE
rotation = ArxQuat.from_buffer_copy(data, pos)
pos += sizeof(ArxQuat)
# Global Morph
if kf.key_morph != 0:
morph = THEA_MORPH.from_buffer_copy(data, pos)
pos += sizeof(THEA_MORPH)
if morph.unknown1 != -1:
raise UnexpectedValueException("unknown1 = " +
str(morph.unknown1))
if morph.unknown2 != -1:
raise UnexpectedValueException("unknown2 = " +
str(morph.unknown2))
self.log.debug("Frame {0} Morph: {1} {2}".format(
i, morph.unknown3, morph.unknown4))
# pos += 16; # skip THEA_MORPH
# Now go for Group Rotations/Translations/scaling for each GROUP
groupsList = THEO_GROUPANIM * header.nb_groups
groups = groupsList.from_buffer_copy(data, pos)
pos += sizeof(groupsList)
# Has a sound sample ?
num_sample = c_int32.from_buffer_copy(data, pos)
pos += sizeof(c_int32)
if num_sample.value != -1:
sample = THEA_SAMPLE.from_buffer_copy(data, pos)
pos += sizeof(THEA_SAMPLE)
self.log.debug("sample_size: {0}".format(sample.sample_size))
pos += sample.sample_size # skip data
pos += 4 # skip num_sfx
# self.log.debug("Pos: {0}".format(pos))
results.append(
TeaFrame(duration=duration,
flags=flags,
translation=translation,
rotation=rotation,
groups=groups))
# Sanity check the deserialized data
first = True
grouplen = 0
for f in results:
if first:
grouplen = len(f.groups)
first = False
else:
if grouplen != len(f.groups):
raise UnexpectedValueException(
"Group count does not match!")
for g in f.groups:
if g.key_group not in (0, 1):
raise UnexpectedValueException("key_group = {}".format(
g.key_group))
self.log.debug("File loaded")
return results
def read(self, fileName):
f = open(fileName, "rb")
data = f.read()
f.close()
self.log.info("Read %i bytes from file %s" % (len(data), fileName))
pos = 0
header = THEA_HEADER.from_buffer_copy(data, pos)
pos += sizeof(THEA_HEADER)
self.log.info("Header - Identity: {0}; Version: {1}; Frames: {2}; Groups {3}; KeyFrames {4}".format(header.identity, header.version, header.nb_frames, header.nb_groups, header.nb_key_frames))
results = []
for i in range(header.nb_key_frames):
frame = {}
#self.log.debug("Reading Keyframe {0}".format(i))
if header.version == 2014:
kf = THEA_KEYFRAME_2014.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2014)
elif header.version == 2015:
kf = THEA_KEYFRAME_2015.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2015)
if kf.info_frame:
self.log.info("Keyframe str: " + kf.info_frame.decode('iso-8859-1'))
else:
raise SerializationException("Unknown version: " + str(header.version))
if kf.flag_frame not in (-1, 9):
raise UnexpectedValueException("flag_frame = " + str(kf.flag_frame))
if kf.master_key_frame not in (0, 1):
raise UnexpectedValueException("master_key_frame = " + str(kf.master_key_frame))
if kf.key_frame not in (0, 1):
raise UnexpectedValueException("key_frame = " + str(kf.key_frame))
if kf.key_move not in (0, 1):
raise UnexpectedValueException("key_move = " + str(kf.key_move))
if kf.key_orient not in (0, 1):
raise UnexpectedValueException("key_orient = " + str(kf.key_orient))
if kf.key_morph not in (0, 1):
raise UnexpectedValueException("key_morph = " + str(kf.key_morph))
frame['duration'] = kf.num_frame
frame['flags'] = kf.flag_frame
# Global translation
if kf.key_move != 0:
trans = SavedVec3.from_buffer_copy(data, pos)
pos += sizeof(SavedVec3)
frame['translation'] = trans
# Global rotation
if kf.key_orient != 0:
pos += 8; # skip THEO_ANGLE
rot = ArxQuat.from_buffer_copy(data, pos)
pos += sizeof(ArxQuat)
frame['rotation'] = rot
# Global Morph
if kf.key_morph != 0:
morph = THEA_MORPH.from_buffer_copy(data, pos)
pos += sizeof(THEA_MORPH)
if morph.unknown1 != -1:
raise UnexpectedValueException("unknown1 = " + str(morph.unknown1))
if morph.unknown2 != -1:
raise UnexpectedValueException("unknown2 = " + str(morph.unknown2))
self.log.debug("Frame {0} Morph: {1} {2}".format(i, morph.unknown3, morph.unknown4))
#pos += 16; # skip THEA_MORPH
# Now go for Group Rotations/Translations/scaling for each GROUP
groupsList = THEO_GROUPANIM * header.nb_groups
groups = groupsList.from_buffer_copy(data, pos)
pos += sizeof(groupsList)
frame['groups'] = groups
# Has a sound sample ?
num_sample = c_int32.from_buffer_copy(data, pos)
pos += sizeof(c_int32)
if num_sample.value != -1:
sample = THEA_SAMPLE.from_buffer_copy(data, pos)
pos += sizeof(THEA_SAMPLE)
self.log.debug("sample_size: {0}".format(sample.sample_size))
pos += sample.sample_size # skip data
pos += 4 # skip num_sfx
#self.log.debug("Pos: {0}".format(pos))
results.append(frame)
self.log.info("File loaded")
return results
def read(self, fileName):
f = open(fileName, "rb")
data = f.read()
f.close()
self.log.info("Loaded %i bytes from file %s" % (len(data), fileName))
pos = 0
header = THEA_HEADER.from_buffer_copy(data, pos)
pos += sizeof(THEA_HEADER)
self.log.info("Identity: {0}; Version: {1}; Frames: {2}; Groups {3}; KeyFrames {4}".format(header.identity, header.version, header.nb_frames, header.nb_groups, header.nb_key_frames))
results = []
for i in range(header.nb_key_frames):
frame = {}
#self.log.debug("Reading Keyframe {0}".format(i))
kf = THEA_KEYFRAME_2015.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2015)
frame['duration'] = kf.num_frame
frame['flags'] = kf.flag_frame
# Global translation
if kf.key_move != 0:
trans = SavedVec3.from_buffer_copy(data, pos)
pos += sizeof(SavedVec3)
frame['translation'] = trans
# Global rotation
if kf.key_orient != 0:
pos += 8; # skip THEO_ANGLE
rot = ArxQuat.from_buffer_copy(data, pos)
pos += sizeof(ArxQuat)
frame['rotation'] = rot
# Global Morph
if kf.key_morph != 0:
pos += 16; # skip THEA_MORPH
# Now go for Group Rotations/Translations/scaling for each GROUP
groupsList = THEO_GROUPANIM * header.nb_groups
groups = groupsList.from_buffer_copy(data, pos)
pos += sizeof(groupsList)
frame['groups'] = groups
# Has a sound sample ?
num_sample = c_int32.from_buffer_copy(data, pos)
pos += sizeof(c_int32)
if num_sample.value != -1:
sample = THEA_SAMPLE.from_buffer_copy(data, pos)
pos += sizeof(THEA_SAMPLE)
self.log.debug("sample_size: {0}".format(sample.sample_size))
pos += sample.sample_size # skip data
pos += 4 # skip num_sfx
#self.log.debug("Pos: {0}".format(pos))
results.append(frame)
return results
def read(self, fileName):
f = open(fileName, "rb")
data = f.read()
f.close()
self.log.info("Loaded %i bytes from file %s" % (len(data), fileName))
pos = 0
header = THEA_HEADER.from_buffer_copy(data, pos)
pos += sizeof(THEA_HEADER)
self.log.info(
"Identity: {0}; Version: {1}; Frames: {2}; Groups {3}; KeyFrames {4}"
.format(header.identity, header.version, header.nb_frames,
header.nb_groups, header.nb_key_frames))
results = []
for i in range(header.nb_key_frames):
frame = {}
#self.log.debug("Reading Keyframe {0}".format(i))
kf = THEA_KEYFRAME_2015.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2015)
frame['duration'] = kf.num_frame
frame['flags'] = kf.flag_frame
# Global translation
if kf.key_move != 0:
trans = SavedVec3.from_buffer_copy(data, pos)
pos += sizeof(SavedVec3)
frame['translation'] = trans
# Global rotation
if kf.key_orient != 0:
pos += 8
# skip THEO_ANGLE
rot = ArxQuat.from_buffer_copy(data, pos)
pos += sizeof(ArxQuat)
frame['rotation'] = rot
# Global Morph
if kf.key_morph != 0:
pos += 16
# skip THEA_MORPH
# Now go for Group Rotations/Translations/scaling for each GROUP
groupsList = THEO_GROUPANIM * header.nb_groups
groups = groupsList.from_buffer_copy(data, pos)
pos += sizeof(groupsList)
frame['groups'] = groups
# Has a sound sample ?
num_sample = c_int32.from_buffer_copy(data, pos)
pos += sizeof(c_int32)
if num_sample.value != -1:
sample = THEA_SAMPLE.from_buffer_copy(data, pos)
pos += sizeof(THEA_SAMPLE)
self.log.debug("sample_size: {0}".format(sample.sample_size))
pos += sample.sample_size # skip data
pos += 4 # skip num_sfx
#self.log.debug("Pos: {0}".format(pos))
results.append(frame)
return results
def read(self, fileName) -> List[TeaFrame]:
f = open(fileName, "rb")
data = f.read()
f.close()
self.log.debug("Read %i bytes from file %s" % (len(data), fileName))
pos = 0
header = THEA_HEADER.from_buffer_copy(data, pos)
pos += sizeof(THEA_HEADER)
self.log.debug(
"Header - Identity: {0}; Version: {1}; Frames: {2}; Groups {3}; KeyFrames {4}".format(header.identity,
header.version,
header.nb_frames,
header.nb_groups,
header.nb_key_frames))
results = []
for i in range(header.nb_key_frames):
# self.log.debug("Reading Keyframe {0}".format(i))
if header.version == 2014:
kf = THEA_KEYFRAME_2014.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2014)
elif header.version == 2015:
kf = THEA_KEYFRAME_2015.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2015)
if kf.info_frame:
self.log.info("Keyframe str: " + kf.info_frame.decode('iso-8859-1'))
else:
raise SerializationException("Unknown version: " + str(header.version))
if kf.flag_frame not in (-1, 9):
raise UnexpectedValueException("flag_frame = " + str(kf.flag_frame))
if kf.master_key_frame not in (0, 1):
raise UnexpectedValueException("master_key_frame = " + str(kf.master_key_frame))
if kf.key_frame not in (0, 1):
raise UnexpectedValueException("key_frame = " + str(kf.key_frame))
if kf.key_move not in (0, 1):
raise UnexpectedValueException("key_move = " + str(kf.key_move))
if kf.key_orient not in (0, 1):
raise UnexpectedValueException("key_orient = " + str(kf.key_orient))
if kf.key_morph not in (0, 1):
raise UnexpectedValueException("key_morph = " + str(kf.key_morph))
duration = kf.num_frame
flags = kf.flag_frame
# Global translation
translation = None
if kf.key_move != 0:
translation = SavedVec3.from_buffer_copy(data, pos)
pos += sizeof(SavedVec3)
# Global rotation
rotation = None
if kf.key_orient != 0:
pos += 8; # skip THEO_ANGLE
rotation = ArxQuat.from_buffer_copy(data, pos)
pos += sizeof(ArxQuat)
# Global Morph
if kf.key_morph != 0:
morph = THEA_MORPH.from_buffer_copy(data, pos)
pos += sizeof(THEA_MORPH)
if morph.unknown1 != -1:
raise UnexpectedValueException("unknown1 = " + str(morph.unknown1))
if morph.unknown2 != -1:
raise UnexpectedValueException("unknown2 = " + str(morph.unknown2))
self.log.debug("Frame {0} Morph: {1} {2}".format(i, morph.unknown3, morph.unknown4))
# pos += 16; # skip THEA_MORPH
# Now go for Group Rotations/Translations/scaling for each GROUP
groupsList = THEO_GROUPANIM * header.nb_groups
groups = groupsList.from_buffer_copy(data, pos)
pos += sizeof(groupsList)
# Has a sound sample ?
num_sample = c_int32.from_buffer_copy(data, pos)
pos += sizeof(c_int32)
if num_sample.value != -1:
sample = THEA_SAMPLE.from_buffer_copy(data, pos)
pos += sizeof(THEA_SAMPLE)
self.log.debug("sample_size: {0}".format(sample.sample_size))
pos += sample.sample_size # skip data
pos += 4 # skip num_sfx
# self.log.debug("Pos: {0}".format(pos))
results.append(TeaFrame(
duration=duration,
flags=flags,
translation=translation,
rotation=rotation,
groups=groups
))
# Sanity check the deserialized data
first = True
grouplen = 0
for f in results:
if first:
grouplen = len(f.groups)
first = False
else:
if grouplen != len(f.groups):
raise UnexpectedValueException("Group count does not match!")
for g in f.groups:
if g.key_group not in (0, 1):
raise UnexpectedValueException("key_group = {}".format(g.key_group))
self.log.debug("File loaded")
return results
def read(self, fileName):
f = open(fileName, "rb")
data = f.read()
f.close()
self.log.info("Read %i bytes from file %s" % (len(data), fileName))
pos = 0
header = THEA_HEADER.from_buffer_copy(data, pos)
pos += sizeof(THEA_HEADER)
self.log.info(
"Header - Identity: {0}; Version: {1}; Frames: {2}; Groups {3}; KeyFrames {4}"
.format(header.identity, header.version, header.nb_frames,
header.nb_groups, header.nb_key_frames))
results = []
for i in range(header.nb_key_frames):
frame = {}
#self.log.debug("Reading Keyframe {0}".format(i))
if header.version == 2014:
kf = THEA_KEYFRAME_2014.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2014)
elif header.version == 2015:
kf = THEA_KEYFRAME_2015.from_buffer_copy(data, pos)
pos += sizeof(THEA_KEYFRAME_2015)
if kf.info_frame:
self.log.info("Keyframe str: " +
kf.info_frame.decode('iso-8859-1'))
else:
raise SerializationException("Unknown version: " +
str(header.version))
if kf.flag_frame not in (-1, 9):
raise UnexpectedValueException("flag_frame = " +
str(kf.flag_frame))
if kf.master_key_frame not in (0, 1):
raise UnexpectedValueException("master_key_frame = " +
str(kf.master_key_frame))
if kf.key_frame not in (0, 1):
raise UnexpectedValueException("key_frame = " +
str(kf.key_frame))
if kf.key_move not in (0, 1):
raise UnexpectedValueException("key_move = " +
str(kf.key_move))
if kf.key_orient not in (0, 1):
raise UnexpectedValueException("key_orient = " +
str(kf.key_orient))
if kf.key_morph not in (0, 1):
raise UnexpectedValueException("key_morph = " +
str(kf.key_morph))
frame['duration'] = kf.num_frame
frame['flags'] = kf.flag_frame
# Global translation
if kf.key_move != 0:
trans = SavedVec3.from_buffer_copy(data, pos)
pos += sizeof(SavedVec3)
frame['translation'] = trans
# Global rotation
if kf.key_orient != 0:
pos += 8
# skip THEO_ANGLE
rot = ArxQuat.from_buffer_copy(data, pos)
pos += sizeof(ArxQuat)
frame['rotation'] = rot
# Global Morph
if kf.key_morph != 0:
morph = THEA_MORPH.from_buffer_copy(data, pos)
pos += sizeof(THEA_MORPH)
if morph.unknown1 != -1:
raise UnexpectedValueException("unknown1 = " +
str(morph.unknown1))
if morph.unknown2 != -1:
raise UnexpectedValueException("unknown2 = " +
str(morph.unknown2))
self.log.debug("Frame {0} Morph: {1} {2}".format(
i, morph.unknown3, morph.unknown4))
#pos += 16; # skip THEA_MORPH
# Now go for Group Rotations/Translations/scaling for each GROUP
groupsList = THEO_GROUPANIM * header.nb_groups
groups = groupsList.from_buffer_copy(data, pos)
pos += sizeof(groupsList)
frame['groups'] = groups
# Has a sound sample ?
num_sample = c_int32.from_buffer_copy(data, pos)
pos += sizeof(c_int32)
if num_sample.value != -1:
sample = THEA_SAMPLE.from_buffer_copy(data, pos)
pos += sizeof(THEA_SAMPLE)
self.log.debug("sample_size: {0}".format(sample.sample_size))
pos += sample.sample_size # skip data
pos += 4 # skip num_sfx
#self.log.debug("Pos: {0}".format(pos))
results.append(frame)
self.log.info("File loaded")
return results
