def main(cam, options):
filePath = options.filePath
assert filePath != None
outDir = options.outDir
timeList = cdo.parseTimeString(options.time)
assert isinstance(cam, cdo.MMCameraData)
seq = cdo.MMSequenceData()
if len(cam.sequences) > 0:
seq = cam.sequences[0]
invalidImageMsg = ("DistoIma Script could not be written, "
"image path given is invalid, '%s'.")
if seq.imagePath == None:
print(invalidImageMsg % seq.imagePath)
return True
# Get Image Sequence variables.
imageSeq = seq.imagePath
images = cdo.getAllImageSequence(seq.imagePath)
if len(images) <= 0:
print(invalidImageMsg % seq.imagePath)
return True
seqPad = cdo.getImageSequencePadding(seq.imagePath)
seqStart, seqEnd = cdo.splitImageSequencePath(seq.imagePath)
offset = cdo.getImageSequenceStartFrame(seq.imagePath)
# print 'offset:', repr(offset)
# get script file syntax, changes based on Operating System.
binPath = getDistoImaExec()
scriptExt = getScriptFileExt(opsys='windows')
comChar = getScriptCommentChar(opsys='windows')
scriptHeader = getScriptHeader(opsys='windows')
starterScriptExt = getScriptFileExt()
starterComChar = getScriptCommentChar()
starterScriptHeader = getScriptHeader()
starterRunScript = getRunCommand()
args = list()
args.append(binPath)
args.append('!ACTION FLAG!')
args.append('!DISTO!')
args.append('-v')
args.append('!OVERSCAN FLAG!')
args.append('-f')
args.append('!FOCAL!')
args.append('-k')
args.append('%.15f' % cam.filmbackWidth)
args.append('-a')
args.append('%.15f' % cam.pixelAspectRatio)
args.append('-p')
args.append('%.15f,%.15f' %
(cam.lensCentreX * cam.width, cam.lensCentreY * cam.height))
args.append('-q') # JPEG Quality, 100.
args.append('100')
args.append('-b')
args.append('!FRAME!')
args.append('-e')
args.append('!FRAME!')
args.append('"!IN!"')
args.append('"!OUT!"')
actions = ['-u', '-d']
descriptions = [
cdo.exportDesc.mmUndistortScript, cdo.exportDesc.mmDistortScript
]
suffixes = ['undistort', 'distort']
for i in range(len(actions)):
action = actions[i]
desc = descriptions[i]
suffix = options.fileSuffix + '_' + suffixes[i]
preAction = getScriptPreActionCommand(action, opsys='windows')
scriptFooter = getScriptFooter(action, opsys='windows')
starterPreAction = getScriptPreActionCommand(action)
starterScriptFooter = getScriptFooter(action)
# Get the output file path
outFilePath = cdo.createOutFileName(filePath, cam.name, desc,
scriptExt, outDir)
outFileName = p.split(outFilePath)[1]
msg = "Writing DistoIma Script file to '%s'."
print(msg % outFileName)
# create command string
cmdTemplate = str()
for arg in args:
cmdTemplate += '%s ' % arg
# Write the start-up script.
starterFilePath = str(outFilePath)
assert starterFilePath.endswith('.' + scriptExt)
if scriptExt != starterScriptExt:
endExt = len(starterFilePath) - len(scriptExt)
starterFilePath = starterFilePath[:endExt] + starterScriptExt
cmdStarterFilePath = p.abspath(
starterFilePath.replace('!CPU!', 'start'))
f = open(cmdStarterFilePath, "w")
if not f.closed:
f.write(scriptHeader)
for cpu in range(cpuNum):
cmdFilePath = p.abspath(outFilePath.replace('!CPU!', str(cpu)))
f.write(starterRunScript % cmdFilePath)
f.close()
# loop over number of cores, to write multiple files out.
imagePathsCutUp = list()
totalImages = len(images)
chunkSize = float(totalImages) / cpuNum
for cpu in range(cpuNum):
startIndex = int(math.ceil(chunkSize * cpu))
endIndex = int(math.ceil(chunkSize * (cpu + 1))) - 1
imagePathsCutUp = images[startIndex:endIndex + 1]
cmdFilePath = p.abspath(outFilePath.replace('!CPU!', str(cpu)))
f = open(cmdFilePath, "w")
if not f.closed:
f.write(scriptHeader)
f.write(comChar + ' Camera Name: ' + str(cam.name) +
os.linesep)
f.write(preAction)
# write distortion parameters
focalData = cam.focalLength
focalData.simplifyData()
# write out per-frame commands.
for imgPath in imagePathsCutUp:
overscan = lookupOverscanFlag(options.useOverscan)
cmd = str(cmdTemplate)
cmd = cmd.replace('!ACTION FLAG!', action)
cmd = cmd.replace('!OVERSCAN FLAG!', overscan)
# Get the frame number from image path.
frameNum = cdo.getImagePathFrameNumber(imageSeq, imgPath)
# print 'frameNum:', repr(frameNum)
# only output frames that are valid.
if cdo.isFrameInTimeList(frameNum, timeList):
# Set Distortion Parameter.
d = 0.0
if isinstance(cam.distortion, cdo.KeyframeData):
d = cam.distortion.getValue(frameNum)
assert d != None
cmd = cmd.replace('!DISTO!', str(d))
# Set Focal Length
fl = 0.0
if isinstance(focalData, cdo.KeyframeData):
fl = focalData.getValue(frameNum)
assert fl != None
cmd = cmd.replace('!FOCAL!', str(fl))
# Get image paths
outImgPath = str()
inImgPath = str()
padStr = '#' * seqPad
frameStr = str(frameNum).zfill(seqPad)
if seqStart.endswith('.'):
outImgPath = seqStart[:-1] + suffix + '.'
elif seqStart.endswith('_'):
outImgPath = seqStart[:-1] + suffix + '_'
elif seqStart.endswith('-'):
outImgPath = seqStart[:-1] + suffix + '-'
else:
outImgPath = seqStart + suffix
# inImgPath = seqStart+padStr+seqEnd
# outImgPath = outImgPath+padStr+'.'+options.outImageExt
inImgPath = seqStart + frameStr + seqEnd
outImgPath = outImgPath + frameStr + '.' + options.outImageExt
# Replace in/out paths.
cmd = cmd.replace('!FRAME!', str(frameNum))
cmd = cmd.replace('!IN!',
cdo.convertUnixToWinePath(inImgPath))
cmd = cmd.replace(
'!OUT!', cdo.convertUnixToWinePath(outImgPath))
f.write(cmd + os.linesep + os.linesep)
f.write(scriptFooter)
f.close()
return True
def main(cam, options):
filePath = options.filePath
# offset = options.offset
outDir = options.outDir
# if offset == None or not isinstance(offset, int):
# offset = 0
assert filePath != None
timeList = cdo.parseTimeString(options.time)
assert isinstance(cam, cdo.TDECameraData)
seq = cdo.TDESequenceData()
if len(cam.sequences) > 0:
seq = cam.sequences[0]
invalidImageMsg = ("Warp Script could not be written, "
"image path given is invalid, '%s'.")
if seq.imagePath == None:
print(invalidImageMsg % seq.imagePath)
return True
# Get Image Sequence variables.
images = cdo.getAllImageSequence(seq.imagePath)
if len(images) <= 0:
print(invalidImageMsg % repr(seq.imagePath))
return True
seqPad = cdo.getImageSequencePadding(seq.imagePath)
seqStart, seqEnd = cdo.splitImageSequencePath(seq.imagePath)
# get script file syntax, changes based on Operating System.
binPath = getWarpExec()
scriptExt = getScriptFileExt()
comChar = getScriptCommentChar()
scriptHeader = getScriptHeader()
runScript = getRunCommand()
args = list()
args.append(binPath)
args.append('-in')
args.append('"!IN!"')
args.append('-out')
args.append('"!OUT!"')
args.append('-action')
args.append('!ACTION!')
args.append('-model')
args.append('"%s"' % lensModelName)
args.append('-parameters')
args.append('!%s!' % distPara.upper())
for para in defParas:
args.append('!%s!' % para.upper())
args.append('-pixel_aspect')
args.append('%.15f' % cam.pixelAspectRatio)
args.append('-lco')
args.append('%.15f' % cam.lensCentreX)
args.append('%.15f' % cam.lensCentreY)
args.append('-filmback')
args.append('%.15f' % cam.filmbackWidth)
args.append('%.15f' % cam.filmbackHeight)
args.append('-overscan')
args.append('!OVERSCAN!')
args.append('-verbose')
actions = ['remove_distortion', 'apply_distortion']
descriptions = [
cdo.exportDesc.tdeUndistortScript, cdo.exportDesc.tdeDistortScript
]
suffixes = ['undistort', 'distort']
for i in range(len(actions)):
action = actions[i]
desc = descriptions[i]
suffix = options.fileSuffix + '_' + suffixes[i]
preAction = getScriptPreActionCommand(action)
scriptFooter = getScriptFooter(action)
# Get the output file path
outFilePath = cdo.createOutFileName(filePath, cam.name, desc,
scriptExt, outDir)
outFileName = p.split(outFilePath)[1]
msg = "Writing Warp Script file to '%s'."
print(msg % outFileName)
# create command string
cmdTemplate = str()
for arg in args:
cmdTemplate += '%s ' % arg
# Write the start-up script.
cmdStarterFilePath = p.abspath(outFilePath.replace('!CPU!', 'start'))
f = open(cmdStarterFilePath, "w")
if not f.closed:
f.write(scriptHeader)
for cpu in range(cpuNum):
cmdFilePath = p.abspath(outFilePath.replace('!CPU!', str(cpu)))
f.write(runScript % cmdFilePath)
f.close()
# loop over number of cores, to write multiple files out.
imagePathsCutUp = list()
totalImages = len(images)
chunkSize = float(totalImages) / cpuNum
for cpu in range(cpuNum):
startIndex = int(math.ceil(chunkSize * cpu))
endIndex = int(math.ceil(chunkSize * (cpu + 1))) - 1
imagePathsCutUp = images[startIndex:endIndex + 1]
cmdFilePath = p.abspath(outFilePath.replace('!CPU!', str(cpu)))
f = open(cmdFilePath, "w")
if not f.closed:
f.write(scriptHeader)
f.write(comChar + ' Camera Name: ' + str(cam.name) +
os.linesep)
f.write(preAction)
# write distortion parameters
focalData = cam.focalLength
focalData.simplifyData()
# write out per-frame commands.
for imgPath in imagePathsCutUp:
cmd = str(cmdTemplate)
cmd = cmd.replace('!ACTION!', action)
cmd = cmd.replace('!OVERSCAN!', options.useOverscan)
# Get the frame number from image path.
frameNum = cdo.getImagePathFrameNumber(
seq.imagePath, imgPath)
# only output frames that are valid.
if cdo.isFrameInTimeList(frameNum, timeList):
# Set Distortion Parameter.
d = 0.0
if isinstance(cam.distortion, cdo.KeyframeData):
d = cam.distortion.getValue(frameNum)
assert d != None
paraStr = '!%s!' % distPara.upper()
cmd = cmd.replace(paraStr, str(d))
# Set Default Parameters.
for para in defParas:
d = 0.0
if para == 'Anamorphic Squeeze':
d = 1.0
paraStr = '!%s!' % para.upper()
cmd = cmd.replace(paraStr, str(d))
# Get image path
outImgPath = str()
frameStr = str(frameNum).zfill(seqPad)
if seqStart.endswith('.'):
outImgPath = seqStart[:-1] + suffix + '.'
elif seqStart.endswith('_'):
outImgPath = seqStart[:-1] + suffix + '_'
elif seqStart.endswith('-'):
outImgPath = seqStart[:-1] + suffix + '-'
else:
outImgPath = seqStart + suffix
outImgPath = outImgPath + frameStr + seqEnd
# Replace in/out paths.
cmd = cmd.replace('!IN!', imgPath)
cmd = cmd.replace('!OUT!', outImgPath)
f.write(cmd + os.linesep + os.linesep)
f.write(scriptFooter)
f.close()
return True
def main(cam, options):
filePath = options.filePath
assert filePath != None
outDir = options.outDir
timeList = cdo.parseTimeString(options.time)
outFilePath = cdo.createOutFileName(filePath, cam.name,
cdo.exportDesc.tdeLens, 'txt', outDir)
outFileName = p.split(outFilePath)[1]
msg = "Writing 3DE Lens file to '%s'."
print(msg % outFileName)
f = open(outFilePath, "w")
if not f.closed:
# write lens name
f.write(cam.name + '_lens\n')
fl = float(3) # 30mm
if isinstance(cam.focalLength, cdo.KeyframeData):
fl = cam.focalLength.getValue(0)
assert fl != None
# write lens data
f.write("%.15f " % (cam.filmbackWidth))
f.write("%.15f " % (cam.filmbackHeight))
f.write("%.15f " % (fl))
f.write("%.15f " % (cam.filmAspectRatio))
f.write("%.15f " % (float(0)))
f.write("%.15f " % (float(0)))
f.write("%.15f\n" % (cam.pixelAspectRatio))
# write dynamic distortion
# If the distortion is animated, we must write a curve out for the focus distance.
if cam.distortion.static:
f.write("DISTORTION_STATIC\n")
else:
f.write("DISTORTION_DYNAMIC_FOCUS_DISTANCE\n")
# write out model
f.write("%s\n" % lensModelName)
# write the distortion value out
distValue = float(0)
if isinstance(cam.distortion, cdo.KeyframeData):
distValue = cam.distortion.getValue(0)
assert distValue != None
f.write("%s\n" % (distPara))
f.write("%.15f\n" % (distValue))
writeCurve(f, cam.distortion, timeList)
# write out all other distortion default values
for para in defParas:
f.write("%s\n" % (para))
d = 0.0
if para == 'Anamorphic Squeeze':
d = 1.0
f.write("%.15f\n" % (d))
writeCurve(f, None, timeList)
f.write("<end_of_file>\n")
f.close()
assert p.isfile(outFilePath) == True
return True
def main(cam, options):
filePath = options.filePath
assert filePath != None
outDir = options.outDir
timeList = cdo.parseTimeString(options.time)
# Get Camera Sequence
assert isinstance(cam, cdo.TDECameraData)
seq = cdo.TDESequenceData()
if len(cam.sequences) > 0:
seq = cam.sequences[0]
# Get Image Sequence variables.
offset = cdo.getImageSequenceStartFrame(seq.imagePath)
# print 'offset:', repr(offset)
frameRange = (0, 0, 24)
if (cam.sequences != None) and (len(cam.sequences) > 0):
frameRange = cam.sequences[0].frameRange
nfr = int(frameRange[1] - frameRange[0])
fbw = cam.filmbackWidth
fbh = cam.filmbackHeight
lcx = 0.0
lcy = 0.0
pxa = cam.pixelAspectRatio
outFilePath = cdo.createOutFileName(filePath, cam.name,
cdo.exportDesc.nukeWetaNode, 'nk',
outDir)
outFileName = p.split(outFilePath)[1]
msg = "Writing 3DE Weta Nuke Distortion Node file to '%s'"
print(msg % outFileName)
f = open(outFilePath, "w")
if not f.closed:
f.write('# Exported by %s %s\n' %
(cdo.projectName, cdo.projectVersion))
f.write('%s {\n' % lensModel)
f.write(' direction undistort\n')
# write Focal length
focalData = cam.focalLength
focalData.simplifyData()
if focalData.static == False:
f.write(' tde4_focal_length_cm {{curve ')
for frame in range(1, nfr + 1):
if cdo.isFrameInTimeList(frame, timeList):
f.write('x %i' % (offset + frame))
f.write(' %.7f ' % focalData.getValue(frame))
f.write('}}\n')
elif focalData.static == True:
f.write(' tde4_focal_length_cm %.7f \n' % focalData.getValue(0))
# write camera
f.write(' tde4_filmback_width_cm %.7f \n' % fbw)
f.write(' tde4_filmback_height_cm %.7f \n' % fbh)
f.write(' tde4_lens_center_offset_x_cm %.7f \n' % lcx)
f.write(' tde4_lens_center_offset_y_cm %.7f \n' % lcy)
f.write(' tde4_pixel_aspect %.7f \n' % pxa)
# write distortion parameters
if cam.distortion.static == False:
# write distortion parameter
f.write(' Distortion {{curve ')
for frame in range(1, nfr + 1):
if cdo.isFrameInTimeList(frame, timeList):
f.write('x %i' % (frame + offset))
distValue = cam.distortion.getValue(frame)
assert distValue != None
f.write(' %.7f ' % distValue)
f.write('}}\n')
# write default parameters.
for para in defParas:
f.write(' ' + getNukeParameterName(para) + ' {{curve ')
for frame in range(1, nfr + 1):
if cdo.isFrameInTimeList(frame, timeList):
f.write('x %i' % (offset + frame))
d = 0.0
if para == 'Anamorphic Squeeze':
d = 1.0
f.write(' %.7f ' % d)
f.write('}}\n')
elif cam.distortion.static == True:
# write distortion parameter
distValue = cam.distortion.getValue(0)
assert distValue != None
f.write(' %s %.7f \n' %
(getNukeParameterName(distPara), distValue))
# Write static default parameters
for para in defParas:
d = 0.0
if para == 'Anamorphic Squeeze':
d = 1.0
f.write(' %s %.7f \n' % (getNukeParameterName(para), d))
nodeName = 'tde4_ldp_%s_%s' % (str(cam.name), str(cam.index))
if options.nodeName != None:
nodeName = options.nodeName
replaceChar = '_'
illegalChars = [' ', '-', '.', ',']
for char in illegalChars:
nodeName = nodeName.replace(char, replaceChar)
f.write(' name %s\n' % nodeName)
f.write('}\n')
f.close()
return True
def main(cam, options):
filePath = options.filePath
assert filePath != None
outDir = options.outDir
timeList = cdo.parseTimeString(options.time)
outFilePath = cdo.createOutFileName(filePath, cam.name,
cdo.exportDesc.tdeRawText, 'txt',
outDir)
outFileName = p.split(outFilePath)[1]
msg = "Writing 3DE Raw Text file to '%s'."
print(msg % outFileName)
f = open(outFilePath, "w")
if not f.closed:
# write camera name
f.write('Camera Name: ' + str(cam.name) + "\n")
fl = 3.0 # 30mm
if isinstance(cam.focalLength, cdo.KeyframeData):
fl = cam.focalLength.getValue(0)
assert fl != None
# write lens data
f.write("Focal Length (%s): %.4f\n" % (cam._units, fl))
f.write("Filmback Width (%s): %.4f\n" %
(cam._units, cam.filmbackWidth))
f.write("Filmback Height (%s): %.4f\n" %
(cam._units, cam.filmbackHeight))
f.write("Film Aspect Ratio: %.4f\n" % cam.filmAspectRatio)
f.write("Lens Centre X (%s): %.4f\n" % (cam._units, 0.0))
f.write("Lens Centre Y (%s): %.4f\n" % (cam._units, 0.0))
f.write("Pixel Aspect Ratio: %.4f\n\n" % cam.pixelAspectRatio)
# write dynamic distortion
if cam.distortion.static:
f.write("Static Distortion\n\n")
else:
f.write("Animated Distortion\n\n")
# write the distortion value out
distValue = 0.0
if isinstance(cam.distortion, cdo.KeyframeData):
distValue = cam.distortion.getValue(0)
assert distValue != None
f.write("%s\n" % (distPara))
f.write("%.15f\n" % (distValue))
writeCurve(f, cam.distortion, timeList)
f.write("\n")
# write out all other distortion default values
for para in defParas:
f.write("%s\n" % (para))
d = 0.0
if para == 'Anamorphic Squeeze':
d = 1.0
f.write("%.15f\n" % (d))
keys = cdo.KeyframeData(static=True, initialValue=d)
writeCurve(f, keys, timeList)
f.write("\n")
f.close()
return True