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)
def restoreWindowLayout(self, layout=1): nuke.restoreWindowLayout(layout)
def knobChanged(self, knob):
# refresh & execute
if knob == self.cmdGo:
global package
global module
global function
package = self.package.value()
module = self.module.value()
function = self.function.value()
if function == "Panel? (Leave this if it is)":
#userInput = nuke.getInput('For a panel refresh, the whole window layout has to be updated.\nEnter the number of the window layout you want to restore', '1')
#layoutToRestore = int(userInput)
layoutToRestore = self.restoreLayout.value()
if layoutToRestore > 0:
moduleUpdate(module, function, package, True)
#nuke.getPaneFor("uk.co.thefoundry.moduleUpdater").destroy()
nuke.restoreWindowLayout(layoutToRestore)
else:
moduleUpdate(module, function, package)
# print source of module
elif knob == self.cmdPrint:
try:
print inspect.getsource(sys.modules.get(self.module.value()))
except:
nuke.message("Sorry, didn't work")
# copy source of module to clipboard
elif knob == self.cmdClipboard:
allmodules = sys.modules
iter = allmodules.itervalues()
while True:
try:
strCurrModule = str(iter.next())
if module in strCurrModule:
pyfile = strCurrModule.replace("\\", "\\\\").replace(
"/", "\\\\")
pyfile = pyfile[pyfile.find("from") +
6:(pyfile.find(".py") + 3)]
try:
subprocess.Popen('cmd /c start ' + pyfile)
#srcModule = inspect.getsource(sys.modules.get(self.module.value()))
#clipboard = QtGui.QApplication.clipboard()
#clipboard.setText(srcModule) # set clipboard
break
except:
nuke.message("Sorry, didn't work")
#print strCurrModule
except:
break
# update list of modules
elif knob == self.cmdUpdate:
if self.path.value() == "":
nuke.message(
"Module/function list require a path to work. You can still enter the name of your module with the function to execute manually though."
)
self.moduleList.setValues([])
self.module.setValue("")
self.functionList.setValues([])
self.function.setValue("")
return
# update module list AND call callback for it to refresh function list as well
self.updateModuleList()
self.knobChanged(self.moduleList)
# transfer selected function to text field
elif knob == self.functionList:
self.function.setValue(self.functionList.value())
# transfer selected module to text field (and update function list)
elif knob == self.moduleList:
module = self.moduleList.value()
if module != "":
self.module.setValue(module)
# reset current function name
self.function.setValue("")
# get function list for currently selected module
strFunctions = []
functions = inspect.getmembers(sys.modules.get(module),
inspect.isfunction)
for function in functions:
strFunctions.append(function[0])
self.functionList.setValues(strFunctions)
# attempt to find out whether module is a panel
try:
moduleSource = inspect.getsource(sys.modules.get(module))
except:
nuke.message(
"Could not read the module. Please check whether the python file still exists or restart Nuke (Module Updater always shows the currently loaded modules)."
)
return
if "PythonPanel" in moduleSource or "QWidget" in moduleSource:
self.function.setValue("Panel? (Leave this if it is)")
elif len(strFunctions) == 1:
self.function.setValue(strFunctions[0])
elif strFunctions == []:
self.function.setValue("No executable function found")
# reset currently selected function list item to first one
self.functionList.setValue(0)
self.saveSettings()