def submitNukeCmdline_render(executeNodes=''):
'''launch the qubegui submit dialog for nuke'''
allNodes = nuke.allNodes()
allNodes_Write = [str(i.name()) for i in allNodes if i.Class() == 'Write']
allNodes_Viewer = [str(i.name()) for i in allNodes if i.Class() == 'Viewer']
nuke.tprint(allNodes_Write)
nuke.tprint(allNodes_Viewer)
range = '%s-%s' % (int(nuke.animationStart()), int(nuke.animationEnd()))
rangeInc = int(nuke.animationIncrement())
if rangeInc > 1:
range += 'x%s' % rangeInc
submitDict = {
'name' : 'nuke '+os.path.basename(str(nuke.root().name())),
'prototype' : 'cmdrange',
'env': {'NUKE_PATH': os.environ['NUKE_PATH']},
'priority': 500,
'cpus': 10,
'reservations': 'global.nuke=1,host.processors=1',
'groups': 'RENDERBOX',
'package' : {
'simpleCmdType': 'Nuke (cmdline)',
'script': str(nuke.root().name()),
'range' : range,
'executeNodes' : executeNodes,
'allNodes_Write' : ','.join(allNodes_Write),
'allNodes_Viewer' : ','.join(allNodes_Viewer),
'executable': 'C:\\Program Files\\Nuke9.0v5\\Nuke9.0.exe',
}
}
return launchgui(submitDict=submitDict)
def _asciiparse(filename):
"""
Parses the tracking data out of the export file(s) (ASCII pathway). All files must remain as named by Mocha (ie, _TrackerN,txt with N = [1,2,3,4])
"""
filename = filename
mocha_filetest = [
'_Tracker1.txt', '_Tracker2.txt', '_Tracker3.txt', '_Tracker4.txt'
]
truncName = filename[:-13]
fileList = [truncName + filetest for filetest in mocha_filetest]
start = int(nuke.animationStart())
formattedList = []
for file in fileList:
procFile = open(file)
alldata = [line.rstrip().split(' ') for line in procFile]
trackStart = "{curve L x" + str(start)
trackBodyX, trackBodyY = '', ''
for coord in alldata:
trackBodyX += " " + coord[0]
trackBodyY += " " + coord[1]
trackBodyX += "}"
trackBodyY += "}"
trackTxt = trackStart + trackBodyX + " " + trackStart + trackBodyY
formattedList.append(trackTxt)
unpackedList = [
formattedList[0], formattedList[1], formattedList[3], formattedList[2]
]
return unpackedList
def submitNukeCmdline_render(executeNodes=''):
'''launch the qubegui submit dialog for nuke'''
allNodes = nuke.allNodes()
allNodes_Write = [str(i.name()) for i in allNodes if i.Class() == 'Write']
allNodes_Viewer = [str(i.name()) for i in allNodes if i.Class() == 'Viewer']
scenefile = '[NUKE NOPIPE] %s' % os.path.basename(str(nuke.root().name()))
nuke.tprint(allNodes_Write)
nuke.tprint(allNodes_Viewer)
range = '%s-%s' % (int(nuke.animationStart()), int(nuke.animationEnd()))
rangeInc = int(nuke.animationIncrement())
if rangeInc > 1:
range += 'x%s' % rangeInc
submitDict = {
'name' : scenefile,
'prototype' : 'cmdrange',
'package' : {
'simpleCmdType': 'Nuke (cmdline)',
'script': str(nuke.root().name()),
'range' : range,
'executeNodes' : executeNodes,
'allNodes_Write' : ','.join(allNodes_Write),
'allNodes_Viewer' : ','.join(allNodes_Viewer),
'executable' : '/atomo/apps/linux/x86_64/nuke/8.0v3/Nuke8.0',
},
'reservations' : 'host.processors=1+,license.nuke',
'groups' : 'pipe',
'cpus' : 6,
'omithosts' : 'rhradec.local',
'env': {'FOUNDRY_LICENSE_FILE':'[email protected]','NUKE_PATH':'/atomo/pipeline/tools/nuke/script:/atomo/pipeline/tools/nuke/gizmo','NUKE_TEMP_DIR':'/tmp/nuke_farm'}
}
return launchgui(submitDict=submitDict)
def _asciiparse(filename):
"""
Parses the tracking data out of the export file(s) (ASCII pathway). All files must remain as named by Mocha (ie, _TrackerN,txt with N = [1,2,3,4])
"""
filename = filename
mocha_filetest = ['_Tracker1.txt','_Tracker2.txt','_Tracker3.txt','_Tracker4.txt']
truncName = filename[:-13]
fileList = [truncName + filetest for filetest in mocha_filetest]
start = int(nuke.animationStart())
formattedList = []
for file in fileList:
procFile = open(file)
alldata = [line.rstrip().split(' ') for line in procFile]
trackStart = "{curve L x" + str(start)
trackBodyX, trackBodyY = '',''
for coord in alldata:
trackBodyX += " " + coord[0]
trackBodyY += " " + coord[1]
trackBodyX += "}"
trackBodyY += "}"
trackTxt = trackStart + trackBodyX + " " + trackStart + trackBodyY
formattedList.append(trackTxt)
unpackedList = [formattedList[0], formattedList[1], formattedList[3], formattedList[2]]
return unpackedList