def readDefaultPose(file, poseLenghtUnround, poseBones):
# print('Import Pose')
poseBytes = b''
if poseLenghtUnround:
for i in range(0, poseBones):
poseBytes += file.readline()
poseLenght = bin_ops.roundToMultiple(
poseLenghtUnround, xps_const.ROUND_MULTIPLE)
emptyBytes = poseLenght - poseLenghtUnround
file.read(emptyBytes)
poseString = bin_ops.decodeBytes(poseBytes)
bonesPose = read_ascii_xps.poseData(poseString)
return bonesPose
def readDefaultPose(file, poseLenghtUnround, poseBones):
# print('Import Pose')
poseBytes = b''
if poseLenghtUnround:
for i in range(0, poseBones):
poseBytes += file.readline()
poseLenght = bin_ops.roundToMultiple(poseLenghtUnround,
xps_const.ROUND_MULTIPLE)
emptyBytes = poseLenght - poseLenghtUnround
file.read(emptyBytes)
poseString = bin_ops.decodeBytes(poseBytes)
bonesPose = read_ascii_xps.poseData(poseString)
return bonesPose
def fillPoseString(poseBytes):
poseLenghtUnround = len(poseBytes)
poseLenght = bin_ops.roundToMultiple(
poseLenghtUnround, xps_const.ROUND_MULTIPLE)
emptyFill = b'0' * (poseLenght - poseLenghtUnround)
return poseBytes + emptyFill
def readHeader(file):
header = xps_types.XpsHeader()
# MagicNumber
magic_number = bin_ops.readUInt32(file)
# XPS Version
version_mayor = bin_ops.readUInt16(file)
version_minor = bin_ops.readUInt16(file)
# XNAaral Name
xna_aral = readFilesString(file)
# Settings Length
settingsLen = bin_ops.readUInt32(file)
# MachineName
machineName = readFilesString(file)
# UserName
userName = readFilesString(file)
# File-->File
filesString = readFilesString(file)
xpsPoseData = None
# print('*'*80)
if (version_mayor <= 1 and version_minor <= 12):
# print('OLD Format')
settingsStream = io.BytesIO(file.read(settingsLen * 4))
else:
# print('NEW Format')
valuesRead = 0
hash = bin_ops.readUInt32(file)
valuesRead += 1 * 4
items = bin_ops.readUInt32(file)
valuesRead += 1 * 4
# print('hash', hash)
# print('items', items)
for i in range(items):
# print('valuesRead', valuesRead)
optType = bin_ops.readUInt32(file)
valuesRead += 1 * 4
optcount = bin_ops.readUInt32(file)
valuesRead += 1 * 4
optInfo = bin_ops.readUInt32(file)
valuesRead += 1 * 4
# print('------')
# print('count',i)
# print('optType',optType)
# print('optcount',optcount)
# print('optInfo',optInfo)
if (optType == 255):
# print('Read None')
readNone(file, optcount)
valuesRead += optcount * 2
elif (optType == 2):
# print('Read Flags')
readFlags(file, optcount)
valuesRead += optcount * 2 * 4
elif (optType == 1):
# print('Read Pose')
xpsPoseData = readDefaultPose(file, optcount, optInfo)
readCount = bin_ops.roundToMultiple(
optcount, xps_const.ROUND_MULTIPLE)
valuesRead += readCount
else:
# print('Read Waste')
loopStart = valuesRead // 4
loopFinish = settingsLen
# print (loopStart, loopFinish)
for j in range(loopStart, loopFinish):
# print('waste',j - loopStart)
waste = bin_ops.readUInt32(file)
header.magic_number = magic_number
header.version_mayor = version_mayor
header.version_minor = version_minor
header.xna_aral = xna_aral
header.settingsLen = settingsLen
header.machine = machineName
header.user = userName
header.files = filesString
header.pose = xpsPoseData
return header
def readHeader(file):
header = xps_types.XpsHeader()
# MagicNumber
magic_number = bin_ops.readUInt32(file)
# XPS Version
version_mayor = bin_ops.readUInt16(file)
version_minor = bin_ops.readUInt16(file)
# XNAaral Name
xna_aral = readFilesString(file)
# Settings Length
settingsLen = bin_ops.readUInt32(file)
# MachineName
machineName = readFilesString(file)
# UserName
userName = readFilesString(file)
# File-->File
filesString = readFilesString(file)
xpsPoseData = None
# print('*'*80)
if (version_mayor <= 1 and version_minor <= 12):
# print('OLD Format')
settingsStream = io.BytesIO(file.read(settingsLen * 4))
else:
# print('NEW Format')
valuesRead = 0
hash = bin_ops.readUInt32(file)
valuesRead += 1 * 4
items = bin_ops.readUInt32(file)
valuesRead += 1 * 4
# print('hash', hash)
# print('items', items)
for i in range(items):
# print('valuesRead', valuesRead)
optType = bin_ops.readUInt32(file)
valuesRead += 1 * 4
optcount = bin_ops.readUInt32(file)
valuesRead += 1 * 4
optInfo = bin_ops.readUInt32(file)
valuesRead += 1 * 4
# print('------')
# print('count',i)
# print('optType',optType)
# print('optcount',optcount)
# print('optInfo',optInfo)
if (optType == 255):
# print('Read None')
readNone(file, optcount)
valuesRead += optcount * 2
elif (optType == 2):
# print('Read Flags')
readFlags(file, optcount)
valuesRead += optcount * 2 * 4
elif (optType == 1):
# print('Read Pose')
xpsPoseData = readDefaultPose(file, optcount, optInfo)
readCount = bin_ops.roundToMultiple(optcount,
xps_const.ROUND_MULTIPLE)
valuesRead += readCount
else:
# print('Read Waste')
loopStart = valuesRead // 4
loopFinish = settingsLen
# print (loopStart, loopFinish)
for j in range(loopStart, loopFinish):
# print('waste',j - loopStart)
waste = bin_ops.readUInt32(file)
header.magic_number = magic_number
header.version_mayor = version_mayor
header.version_minor = version_minor
header.xna_aral = xna_aral
header.settingsLen = settingsLen
header.machine = machineName
header.user = userName
header.files = filesString
header.pose = xpsPoseData
return header
def fillPoseString(poseBytes):
poseLenghtUnround = len(poseBytes)
poseLenght = bin_ops.roundToMultiple(poseLenghtUnround,
xps_const.ROUND_MULTIPLE)
emptyFill = b'0' * (poseLenght - poseLenghtUnround)
return poseBytes + emptyFill
