def render():
cn = nuke.thisNode()
setCommentPath()
frameStart = int(cn["frameStart"].getValue())
frameEnd = int(cn["frameEnd"].getValue())
if cn["submit"].getValue() == 0.0:
threads = int(cn["threads"].getValue())
from plugins.vuRenderThreads.plugin_nuke import plugin_nuke
plugin_nuke.createThreads(frameStart, frameEnd, threads, [cn.name()])
LOG.info("END : RENDERTHREADS : " + cn["exrPathComment"].getValue())
elif cn["submit"].getValue() == 1.0:
import rrenderSubmit
nuke.load('rrenderSubmit')
rrenderSubmit.rrSubmit_Nuke_Node(cn, frameStart, frameEnd)
LOG.info("END : RRSUBMIT : " + cn["exrPathComment"].getValue())
else:
try:
nuke.execute(nuke.thisNode(),
start=frameStart,
end=frameEnd,
incr=1)
LOG.info("END : LOCAL : " + cn["exrPathComment"].getValue())
except:
print "END : LOCAL : Execution failed"
LOG.error("END : LOCAL : " + cn["exrPathComment"].getValue(),
exc_info=True)
def render():
this_node = nuke.thisNode()
frameStart = int(this_node["frameStart"].getValue())
frameEnd = int(this_node["frameEnd"].getValue())
LOG.info('{}-{}'.format(frameStart, frameEnd))
notice_status = {
'RENDERTHREADS': 'multi process rendering is started',
'RR SUBMIT': 'scene was submit to RR',
'LOCAL': 'local rendering was started',
'NO JOB': 'process seems to be broken'
}
tmp_job = 'NO JOB'
# RENDERTHREADS
if this_node["submit"].getValue() == 0.0:
from plugins.vuRenderThreads.plugin_nuke import plugin_nuke
threads = int(this_node["threads"].getValue())
plugin_nuke.createThreads(frameStart, frameEnd, threads,
[this_node.name()])
LOG.info("END : RENDERTHREADS : " + this_node["exrPath"].getValue())
tmp_job = 'RENDERTHREADS'
# RENDERFARM
elif this_node["submit"].getValue() == 1.0:
import rrenderSubmit
nuke.load('rrenderSubmit')
rrenderSubmit.rrSubmit_Nuke_Node(this_node, frameStart, frameEnd)
LOG.info("END : RRSUBMIT : " + this_node["exrPath"].getValue())
tmp_job = 'RR SUBMIT'
# LOCAL
else:
try:
nuke.execute(nuke.thisNode(),
start=frameStart,
end=frameEnd,
incr=1)
tmp_job = 'LOCAL'
except:
LOG.error("END : LOCAL : " + this_node["exrPath"].getValue(),
exc_info=True)
note = arNotice.Notice(
title=os.path.basename(nuke.root().name()).split('.')[0],
msg=notice_status[tmp_job],
func=tmp_job,
img='lbl/lblNuke131' if tmp_job != 'NO JOB' else 'lbl/lblWarning131',
img_link='')
arNotice.ArNotice(note)
def load_and_create_plugin(plugin, plugin_path):
"""
Dynamically in nuke loads a plugin given a path to the plugin and a plugin name. If plugin doesn't exist
lets user know and does nothing
:param plugin: name of the plugin without extension. ie: AOV_CC, not AOV_CC.gizmo
:param plugin_path: absolute path to directory with the plugin
"""
nuke.pluginAddPath(plugin_path)
logging.info("Adding plugin path {0} and loading plugin {1}".format(plugin_path, plugin))
# try to load, since nuke doesn't return an error just throws a runtime exception.
try:
nuke.load(plugin)
nuke.createNode(plugin)
except RuntimeError as e:
error = "Could not load the plugin named {0}. Error is {1}".format(plugin, e)
logging.exception(error)
nuke.message(error)
def nukeDir():
showParts = newParts()
if showParts == 0:
return
#SHOWln = showParts[1]
nkDir = os.path.join(SHOWln, "%s" % EP, "%s" % SEQ, "%s" % SHOT, 'nuke', os.environ['USERNAME'], 'scripts')
pathCheck = os.path.join(SHOWln, "%s" % EP, "%s" % SEQ, "%s" % SHOT)
if os.path.isdir(pathCheck):
if not os.path.isdir(nkDir):
os.makedirs(nkDir)
else:
nuke.message("Shot does not exist")
nuke.load("panel")
#raise ValueError, 'directory does not exist'
print 'Shot does not exist.'
return nkDir
def load_all_plugins():
tried = 0
failed = 0
p = nuke.plugins(nuke.ALL, "*." + nuke.PLUGIN_EXT)
for i in p:
# Ignore Alembic_In, since it isn't a nuke plugin.
# TODO - Needs to be moved a directory up so it doesn't show as a nuke plugin
if i.find("Alembic_In") != -1:
continue
tried += 1
print i
try:
try_load = nuke.load(i)
except:
print i, "failed to load."
failed += 1
if failed > 0:
print failed, "of", tried, "plugin(s) total did not load"
else:
print "All available binary plugins (", tried, ") successfully loaded"
mergeMenu.addCommand('MergeAll AP', "nuke.createNode('{}MergeAll')".format(prefixNST), icon="Merge.png")
############################################################################################################
############################################################################################################
# Create Transform Menu
transformMenu = m.addMenu('Transform', icon = 'ToolbarTransform.png', index = 90)
transformMenu.addCommand('vector3DMathExpression EL', "nuke.createNode('{}vector3DMathExpression')".format(prefixNST), icon = 'vectorTools.png')
transformMenu.addCommand('Vectors_Direction EL', "nuke.createNode('{}Vectors_Direction')".format(prefixNST), icon = 'vectorTools.png')
transformMenu.addCommand('Vectors_to_Degrees EL', "nuke.createNode('{}Vectors_to_Degrees')".format(prefixNST), icon = 'vectorTools.png')
# Add VectorTracker python file
try:
nuke.load('{}VectorTracker.py'.format(prefixNST))
except:
print "Could not load VectorTracker.py"
pass
transformMenu.addCommand('VectorTracker NKPD', "nuke.createNode('{}VectorTracker.gizmo')".format(prefixNST), icon = 'vectorTools.png')
transformMenu.addSeparator()
transformMenu.addCommand('AutoCropTool TL', "nuke.createNode('{}AutoCropTool')".format(prefixNST), icon="AutoCrop.png")
transformMenu.addCommand('BBoxToFormat TL', "nuke.createNode('{}BBoxToFormat')".format(prefixNST), icon="Rectangle.png")
transformMenu.addCommand('ImagePlane3D TL', "nuke.createNode('{}ImagePlane3D')".format(prefixNST), icon="Card.png")
transformMenu.addCommand('Matrix_Inverse TL', "nuke.createNode('{}Matrix4x4_Inverse')".format(prefixNST), icon="ColorMatrix.png")
transformMenu.addCommand('Matrix4x4Math TL', "nuke.createNode('{}Matrix4x4Math')".format(prefixNST), icon="ColorMath.png")
transformMenu.addCommand('MirrorBorder TL', "nuke.createNode('{}MirrorBorder')".format(prefixNST), icon="AdjBBox.png")
transformMenu.addCommand('TransformCutOut TL', "nuke.createNode('{}TransformCutOut')".format(prefixNST), icon="MergeOut.png")
transformMenu.addCommand('iMorph TL', "nuke.createNode('{}iMorph')".format(prefixNST), icon="Blend.png")
'GradeBeauty': 'GradeBeauty.png',
'GradeBeautyLayerSet': 'GradeBeautyLayerSet.png',
'FlattenLayerSet': 'FlattenLayerSet.png',
'RemoveLayerSet': 'RemoveLayerSet.png',
'MultiplyLayerSet': 'MultiplyLayerSet.png',
'GradeLayerSet': 'GradeLayerSet.png',
}
menu = nuke.menu('Nodes').addMenu('LayerAlchemy', icon='layer_alchemy.png')
for pluginName, icon in sorted(plugins.items()):
pluginFile = '{0}.{1}'.format(pluginName, libExtension)
if os.path.isfile(os.path.join(layerAlchemyPluginDir, pluginFile)):
menu.addCommand(name=pluginName,
command="nuke.createNode('{}')".format(pluginName),
icon=icon)
nuke.load('{0}.{1}'.format(pluginName, libExtension))
nuke.addKnobChanged(
lambda: layer_alchemy.callbacks.knobChangedCommon(nuke.thisKnob()),
nodeClass=pluginName)
menu.addSeparator()
menu.addCommand(
name='documentation',
command=(
"import layer_alchemy;import nuke;import nukescripts;"
"nukescripts.start(layer_alchemy.utilities.getDocumentationIndexPath())"
),
icon="documentation.png")
# devPrint = '- Dev Options ................... Yes'
# else:
# devPrint = '- Dev Options ................... No'
# nuke.tprint(devPrint)
#-----------------------------------------------------------------------------------------------------------------
# IMPORT MACHINE MOLLE PIPE
#-----------------------------------------------------------------------------------------------------------------
import MM_Tools
import MM_Presets
import MM_Toolsets
#-----------------------------------------------------------------------------------------------------------------
# IMPORT FRANKLIN PIPE
#-----------------------------------------------------------------------------------------------------------------
nuke.load("F_Hub")
nuke.load("F_Panels")
nuke.load("F_Scripts")
nuke.load("F_Tools")
#-----------------------------------------------------------------------------------------------------------------
# IMPORT OTHER TOOLS
#-----------------------------------------------------------------------------------------------------------------
import C_Tools # CGEV gizmos
import Spin_Tools # SpinVFX gizmos
#-----------------------------------------------------------------------------------------------------------------
# SET NUKE_LOCAL DIRECTORY
#-----------------------------------------------------------------------------------------------------------------
# # Need to check all conditions
# if platform.system() == "Windows":
import nuke
import fxpipe
import fxpipenukescripts
import os
'''
The template for the nuke setup
Make sure to configure this file so that you get the show specific things loaded in
'''
### CUSTOMIZE HERE
nuke.pluginAddPath(os.path.join(fxpipe.jobPath, fxpipe.job, fxpipe.jobPathNuke))
### END CUSTOMIZE
### NO Fiddling past here generally
nuke.pluginAddPath('./gizmos')
### Add general formats here
nuke.load('formats.py')
### Make sure we create write directories automatically
nuke.addBeforeRender(fxpipenukescripts.createWriteDir)
def _RV_renderWrite(write, _NK, _SFM, _EFM, _BFM, _IN, _OUT, _CGV,
_NUKE_RUN_PATH):
_SERVER_Plugins = r"B:"
print '---------------------------------------'
print 'write = ', write
print 'first|last|byframe = %d-%d-%d' % (_SFM, _EFM, _BFM)
print '---------------------------------------\n'
###############################################################################
print _CGV
# if _CGV == '9.0v1':
# if os.path.exists(r'C:/Program Files/Nuke9.0v1/'):
# nuke_path = r'C:/Program Files/Nuke9.0v1/Nuke9.0.exe'
# else:
# nuke_path = None
# if _CGV == '10.0v4':
# if os.path.exists(r'C:/Program Files/Nuke10.0v4/'):
# nuke_path = r'C:/Program Files/Nuke10.0v4/Nuke10.0.exe'
# else:
# nuke_path = None
# if _CGV == '10.5v1':
# if os.path.exists(r'C:/Program Files/Nuke10.5v1/'):
# nuke_path = r'C:/Program Files/Nuke10.5v1/Nuke10.5.exe'
# else:
# nuke_path = None
# if os.path.exists(r'C:/Program Files/Nuke9.0v9/'):
# nuke_path = r'C:/Program Files/Nuke9.0v9/Nuke9.0.exe'
# else:
# nuke_path = None
# if nuke_path == None:
# return None
# else:
# print nuke_path
nuke_path = _NUKE_RUN_PATH + "/" + "Nuke9.0.exe"
print "_NUKE_RUN_PATH= " + nuke_path
nukeExecutePath = nuke_path
# nukeExecutePath = nuke.env["ExecutablePath"]
max_threads_number = int(multiprocessing.cpu_count())
# nuke.scriptOpen(_NK)
nuke.load(_NK)
renderwrite = nuke.toNode(write)
print type(write)
print type(renderwrite)
fileName = nuke.filename(renderwrite)
cmdList = createCMDList(nukeExecutePath, max_threads_number, write, _NK,
_SFM, _EFM, _BFM, fileName)
threads = []
print r"--------------------rendering start---------------------- "
print r"cmd starting %s" % datetime.datetime.now()
for cmd in cmdList:
th = threading.Thread(target=RBcmd, args=(cmd, ))
th.start()
threads.append(th)
for th in threads:
th.join()
print r"cmd ending %s" % datetime.datetime.now()
print r"--------------------rendering end---------------------- "
#newinputpath = _IN + fileName.split("/")[0][0] + "/" + "/".join(fileName.split("/")[1:])
newinputpath = fileName
newoutputpath = fileName.replace(fileName.split("/")[0], _OUT, 1)
if not os.path.exists(os.path.dirname(newoutputpath)):
os.makedirs(os.path.dirname(newoutputpath))
finalpath = os.path.dirname(newoutputpath)
root = os.path.dirname(newinputpath)
root.replace("/", "\\")
finalpath.replace("/", "\\")
print "User output path : %s" % root.replace('/', '\\')
print "Platform output path : %s" % finalpath.replace('/', '\\')
cmd1 = 'c:\\fcopy\\FastCopy.exe /speed=full /force_close /no_confirm_stop /force_start "' + root.replace(
'/', '\\') + '" /to="' + finalpath.replace('/', '\\') + '"'
RBTry3cmd(cmd1)
# try:
# checkResult(root,finalpath)
# except Exception, e:
# print '[checkResult.err]'
# print e
# a = os.walk(root)
# for x in a:
# pre=os.path.basename(x[0])
# for j in x[-1]:
# os.rename(x[0]+'/'+j, finalpath +'/'+j)
print("RENDERING FINISHED WITH EXECUTE PARM!")
import nuke
EBANNER = "OCIO Error: "
OCIO = None
def load_ocio_plugins():
"""Loads the PyOpenColorIO module and the OCIO-prefixed nodes
"""
global OCIO
try:
import PyOpenColorIO as OCIO
except Exception, e:
print '%s%s\n%s' % (EBANNER, 'Loading OCIO python module', e)
allplugs = nuke.plugins(nuke.ALL | nuke.NODIR, "OCIO*.so", "OCIO*.dylib", "OCIO*.dll")
for p in allplugs:
try:
nuke.load(p)
except Exception, e:
print '%sLoading OCIO node %s\n%s' % (EBANNER, p, e)
if __name__ == "__main__":
load_ocio_plugins()
r = nuke.createNode('Camera2', inpanel=False)
nuke.tcl('in %s {import_chan_file %s}' %(r.name(), dropdata))
r['selected'].setValue(0)
return
if fileExt == '.nk':
try:
r = nuke.nodePaste(dropdata)
except Exception, e:
log_('Error %s' % e)
pass
return
if fileExt == '.py':
try:
r = nuke.load(dropdata)
except Exception, e:
log_('Error %s' % e)
pass
return
if fileExt in (None, False, '', '.db', '.sni', '.ma', '.mb', '.hip', '.sfx', '.xml', '.pkl', '.tmp', 'otl'):
log_('Ignore')
return
r = nuke.createNode('Read', "file {"+dropdata+"}", inpanel=False)
return
def PathHandler( dropdata ):
value = dropdata
nuke.addFormat( '1280 720 HD 720p' ) # Set plugin/gizmo sub-folders nuke.pluginAppendPath(volAssets + '/include/nuke/gizmos') nuke.pluginAppendPath(volAssets + '/include/nuke/plugins') nuke.pluginAppendPath(volAssets + '/include/nuke/scripts') nuke.pluginAppendPath(volAssets + '/include/nuke/icons') # Load Bokeh os.environ['RLM_LICENSE'] = '[email protected]' if nuke.env['WIN32']: currentBokeh = 'Bokeh-Nuke6.3-1.2.1-win64' if nuke.env['MACOS']: currentBokeh = 'Bokeh-Nuke6.3-1.2.1-Darwin' nuke.pluginAppendPath(volAssets + '/include/nuke/plugins/bokeh/' + currentBokeh + '/') nuke.load("pgBokeh") # Check wheter OFX_PLUGIN_PATH has been set or not try: os.environ['OFX_PLUGIN_PATH'] += ';' except: os.environ['OFX_PLUGIN_PATH'] = '' # Load Frischluft Lenscare if(sys.platform == 'win32'): os.environ['OFX_PLUGIN_PATH'] += volAssets + '/bin/lenscare/lenscare_ofx_v1.44_win' elif(sys.platform == 'darwin'): os.environ['OFX_PLUGIN_PATH'] += volAssets + '/bin/lenscare/lenscare_ofx_v1.44_osx'
def main(arguments):
if(arguments["force"]):
nuke.load(arguments["file"], open=True, force=True)
else:
nuke.scriptSave(file_name=None)
nuke.load(arguments["file"], open=True, force=False)
import nuke
import fxpipe
import fxpipenukescripts
import filenameFilters
import os
'''
The template for the nuke setup
Make sure to configure this file so that you get the show specific things loaded in
'''
### CUSTOMIZE HERE
nuke.pluginAddPath(os.path.join(fxpipe.jobPath, fxpipe.job, fxpipe.jobPathNuke))
### END CUSTOMIZE
### NO Fiddling past here generally
nuke.pluginAddPath('./gizmos')
### Add general formats here
nuke.load('formats.py')
### Make sure we create write directories automatically
nuke.addBeforeRender(fxpipenukescripts.createWriteDir)
class __group__reduce__():
def __call__(self, script):
g = nuke.nodes.Group()
with g:
nuke.tcl(script)
for i in range(g.inputs()):
g.setInput(0, None)
g.autoplace()
__group__reduce = __group__reduce__()
# Define image formats:
nuke.load("formats.tcl")
# back-compatibility for users setting root format in formats.tcl:
if nuke.knobDefault("Root.format") == None:
nuke.knobDefault("Root.format", nuke.value("root.format"))
nuke.knobDefault("Root.proxy_format", nuke.value("root.proxy_format"))
def addProfileOutput(filename):
print "TIMING ENABLED: profile will be saved to " + filename
import nukescripts
nukeProfiler = nukescripts.NukeProfiler()
nukeProfiler.setPathToFile(filename)
nuke.addBeforeRender(nukeProfiler.resetTimersAndStartProfile)
nuke.addAfterFrameRender(nukeProfiler.addFrameProfileAndResetTimers)
nuke.addOnScriptClose(nukeProfiler.endProfile)
from version_check import check_nuke_version_and_os
nuke.pluginAddPath('./icons')
#from this point it's trying to load the plugin based on the OS
if check_nuke_version_and_os('11.2', 'WIN', print_error_message=True):
nuke.pluginAddPath('./KeenTools/win')
# optional environment variable that can be set to specify the path to the data directory
# should be absolute or relative to the KeenTools library file (.so, .dll or .dylib)
# os.environ["KEENTOOLS_DATA_PATH"] = "../data"
# preload KeenTools so all the nodes will be available
nuke.load('KeenTools')
else:
print('loading KeenTools for Nuke11.2 WIN skipped')
if nuke.env['MACOS']:
# add KeenTools directory to python path to be able to import
# python files from KeenTools directory
import os
import sys
sys.path.append(os.path.dirname(os.path.abspath(__file__)))
from version_check import check_nuke_version_and_os
nuke.pluginAddPath('./icons')
if check_nuke_version_and_os('11.2', 'OSX', print_error_message=True):
import nuke import sys nuke.load( sys.argv[1] ) node = nuke.toNode( 'Read1' ) print node.metadata() print "Test"
for folder, data in crawlData.get('dirs', {}).iteritems():
import sys
subMenu = toolbar.findItem(folder)
if subMenu is None:
if defaultSubMenu:
subMenu = toolbar.findItem(defaultSubMenu)
else:
if topLevel:
subMenu = toolbar.addMenu(folder, folder + '.png')
else:
subMenu = toolbar.addMenu(folder, icon=folder + '.png')
self._recursiveAddGizmoMenuItems(subMenu, data,
currentDir + '' + subMenu.name())
if __name__ == '__main__':
if CUSTOM_GIZMO_LOCATION and os.path.isdir(CUSTOM_GIZMO_LOCATION):
gizManager = GizmoPathManager(searchPaths=[CUSTOM_GIZMO_LOCATION])
else:
gizManager = GizmoPathManager()
gizManager.addGizmoPaths()
if not nuke.GUI:
# We're not gonna need it anymore, cleanup...
del gizManager
## PLUGINS
if nuke.NUKE_VERSION_STRING == '9.0v8':
##nuke.load("aton")
nuke.load("superpose")
def shareNodes():
print dirName
folder = next(os.walk(dirName))[1]
folder = " ".join(folder)
folder = folder.replace('Disable', '')
folder = 'Root ' + folder
try:
# < Nuke 11
import PySide.QtGui as QtGui
from PySide.QtGui import QApplication
except:
# >= Nuke 11
import PySide2.QtWidgets as QtGui
from PySide2.QtWidgets import QApplication
try:
nuke.selectedNodes()
nuke.nodeCopy(nukescripts.cut_paste_file())
clipboard = QtGui.QApplication.clipboard()
clipboard = clipboard.text()
except:
nuke.message("You have to select something first.")
return
p = nuke.Panel('Share nodes with other')
p.addEnumerationPulldown('Project', folder)
p.addSingleLineInput('Node Name Setup:', '')
p.addButton('Cancel')
p.addButton('Share')
if p.show():
fullName = p.value("Node Name Setup:")
fileName = fullName.split("/")[-1]
fileNameChanged = "_" + fileName
newFolder = fullName.split("/")[0]
if p.value('Project') == 'Root':
if fileName == newFolder:
nukeFile = dirName + fileNameChanged + '.nk'
else:
subDir = dirName + newFolder
os.mkdir(subDir)
nukeFile = subDir + "\\" + fileNameChanged + '.nk'
else:
folderChoose = p.value('Project')
nukeFile = dirName + folderChoose + "\\" + fileNameChanged + '.nk'
if fileName == '':
nuke.message('WARNING: The setup need a name')
p.show()
else:
if os.path.isfile(nukeFile) == True:
nuke.message('WARNING: File Already exist')
p.show()
else:
menu_file = open(nukeFile, 'w+')
menu_content = menu_file.read()
menu_file.close()
menu_content = menu_content.replace("", clipboard)
menu_file = open(nukeFile, 'w')
menu_file.write(menu_content)
menu_file.close()
nuke.load("Reload")
reloadSpecific("F Toolsets", "F_Toolsets")
else:
return
import os
import nuke
import nukescripts
import autowrite
import browseDir
import SubmitToDeadline
## Loading asset manager
nuke.load("manager")
nuke.load("panel")
nuke.load ("environment")
def addManagementPanel():
return assetManagerPanel().addToPane()
menu = nuke.menu('Pane')
menu.addCommand('Project Management Settings', addManagementPanel)
nukescripts.registerPanel( 'assetpanel', addManagementPanel)
# Browse Directory
nuke.menu( 'Nuke' ).addCommand( 'Scripts/Browse/Node\'s file path', "browseDir.browseDirByNode()", 'shift+b' )
## Submit to Deadline
tb = menubar.addMenu("&Submit")
tb.addCommand("Submit To Deadline", SubmitToDeadline.main, "")
def open(self):
path = nuke.getFilename('Get File Contents', '*.nknc *.nk')
nuke.load(path)