def setupCallbacks():
"""
Utility function to add all callbacks for plugins in this suite.
"""
for pluginName in constants.LAYER_ALCHEMY_PLUGIN_NAMES:
nuke.addAutolabel(_autolabel, nodeClass=pluginName)
pass
def DotLabel():
# get the node
node = nuke.thisNode()
if node.Class() == "Dot":
# user's label input value
if node['label'].value() == '':
currentVal = node['label'].value()
else:
currentVal = ('<align=left>' + node['label'].value())
# if dot has input
if node.inputs() == 1:
# if input is hidden
if node['hide_input'].value() == 1:
autoLabel = ('<b><i>' + nuke.tcl("value this.input.name") +
'</i></b>' + '\n' + currentVal)
else:
autoLabel = currentVal
else:
autoLabel = currentVal
return autoLabel
nuke.addAutolabel(DotLabel, nodeClass='Dot')
n = m.addMenu("Snap")
n.addCommand("Match selection position",
"nukescripts.snap3d.translateToPoints(nuke.selectedNode())")
n.addCommand(
"Match selection position, orientation",
"nukescripts.snap3d.translateRotateToPoints(nuke.selectedNode())")
n.addCommand(
"Match selection position, orientation, size",
"nukescripts.snap3d.translateRotateScaleToPoints(nuke.selectedNode())")
del m
del n
del isLinux
################################################################
# non-menu stuff:
#
# The stuff that lives here can't run in render mode or is
# pointless to run in render mode, so this way it only gets run
# if the GUI is starting up.
# Restore the default layout (number 1)
nuke.restoreWindowLayout(1)
# back-compatibility handling of autolabel. Load any autolabel.py we
# find and then register it so nuke.autolabel() calls it. User can
# override this by defining another version somewhere
# earlier in your NUKE_PATH, for instance $HOME/.nuke/menu.py.
from autolabel import autolabel
nuke.addAutolabel(autolabel)
nuke.thisKnob().name())
nuke.addOnUserCreate(_cb, ("onUserCreate"))
nuke.addOnCreate(_cb, ("onCreate"))
nuke.addOnScriptLoad(_cb, ("onScriptLoad"))
nuke.addOnScriptSave(_cb, ("onScriptSave"))
nuke.addOnScriptClose(_cb, ("onScriptClose"))
nuke.addOnDestroy(_cb, ("onDestroy"))
nuke.addKnobChanged(_cbk, ("knobChanged"))
nuke.addUpdateUI(_cb, ("updateUI"))
nuke.addAutolabel(_cb, ("autolabel"))
nuke.addBeforeRender(_cb, ("beforeRender"))
nuke.addBeforeFrameRender(_cb, ("beforeFrameRender"))
nuke.addAfterFrameRender(_cb, ("afterFrameRender"))
nuke.addAfterRender(_cb, ("afterRender"))
nuke.addFilenameFilter(lambda s: nuke.tprint("filenameFilter('" + s + "')"))
def register_autolabel(self):
nuke.addAutolabel(self.create_autolabel)
if node.Class() == "Grade":
# sets autolabel to node name
autoLabel = node.name()
# check if values are zero'ed or not
BP = ('BP' if node['blackpoint'].value() != 0 else None)
WP = ('WP' if node['whitepoint'].value() != 1 else None)
Lift = ('Lift' if node['black'].value() != 0 else None)
Gain = ('Gain' if node['white'].value() != 1 else None)
Multiply = ('Multiply' if node['multiply'].value() != 1 else None)
Offset = ('Offset' if node['add'].value() != 0 else None)
Gamma = ('Gamma' if node['gamma'].value() != 1 else None)
# creates list
knobs = [BP, WP, Lift, Gain, Multiply, Offset, Gamma]
# if value inside list != None, add to autoLabel
for knob in knobs:
if knob != None:
autoLabel = autoLabel + '\n' + knob
# adds custom user label if exists
if node['label'].value():
autoLabel = autoLabel + '\n' + node['label'].value()
return autoLabel
nuke.addAutolabel(GradeLabel, nodeClass='Grade')
def add_autolabel():
"""Add custom autolabel. """
LOGGER.info('增强节点标签')
nuke.addAutolabel(custom_autolabel)