def showModalDialog(self):
'''
Show the panel
'''
result = nukescripts.PythonPanel.showModalDialog(self)
nuke.removeKnobChanged(self.knobChanged)
if not result:
nodes = nuke.allNodes()
for n in nodes:
for key, values in self.n_dic.iteritems():
if n == key:
if n.Class() == 'BackdropNode':
n['bdwidth'].setValue(values[2])
n['bdheight'].setValue(values[3])
n.setXYpos(
int(values[0] -
key['bdwidth'].value() / 2),
int(values[1] -
key['bdheight'].value() / 2))
else:
n.setXYpos(
int(values[0]) - key.screenWidth() / 2,
int(values[1]) - key.screenHeight() / 2)
return
def ytStop(self):
if self.gangModifierRunning:
self.selectedNodes = []
self.files = {}
nuke.removeKnobChanged(self.run)
self.gangModifierRunning = False
self.icon.setStatus(ytVariables.ytIcon.ytIcon_status_stopped)
yl.info('gangModifier is stoped')
def removeNukeCallback(self):
'''remove method from Nuke callback list'''
yl.debug('nukeDestroyNodeCallback')
if '*' in nuke.onCreates and (self.nukeCreateNodeCallback, (), {}, None) in nuke.onCreates['*']:
nuke.removeOnCreate(self.nukeCreateNodeCallback)
if '*' in nuke.onDestroys and (self.nukeDestroyNodeCallback, (), {}, None) in nuke.onDestroys['*']:
nuke.removeOnDestroy(self.nukeDestroyNodeCallback)
if '*' in nuke.knobChangeds or (self.nukeSelectionCallback, (), {}, None) in nuke.knobChangeds['*']:
nuke.removeKnobChanged(self.nukeSelectionCallback)
def onScriptClose (self) :
log ("onScriptClose")
nuke.removeOnDestroy (self.onDestroy)
nuke.removeKnobChanged (self.knobChanged)
if (self.rvc.connected) :
log (" disconnecting from rv")
#self.rvc.disconnect()
self.running = False
log (" sleeping after disconnect")
time.sleep (0.3)
def onScriptClose(self):
log("onScriptClose")
nuke.removeOnDestroy(self.onDestroy)
nuke.removeKnobChanged(self.knobChanged)
if (self.rvc.connected):
log(" disconnecting from rv")
#self.rvc.disconnect()
self.running = False
log(" sleeping after disconnect")
time.sleep(0.3)
def toggleKiss():
'''
globally toggle enable/disable the kiss function
save node data
'''
#save all nodenames, positions and dimensions
for node in nuke.allNodes():
nodeName.append(node.name())
nodeX.append(node.xpos())
nodeY.append(node.ypos())
nodeWidth.append(node.screenWidth())
nodeHeight.append(node.screenHeight())
#toggle KISS
if nuke.KISS == False:
nuke.KISS = True
nuke.addKnobChanged(kissNodes)
print "enable kiss"
else:
nuke.KISS = False
nuke.removeKnobChanged(kissNodes)
print "disable kiss"
def reveal_in_finder():
"""
点击删除按钮，删除面板按钮和这个tab
click the delete button delete this tab
点击reveal in finder在文件浏览器中查看路径对应文件
click the reveal in finder open the file path in file explore
:return:
"""
node = nuke.thisNode()
knob = nuke.thisKnob()
knobs = node.knobs()
if knob.name() == "deletetheKnob":
print("testfile")
nuke.removeKnobChanged(knob, node=node)
node.removeKnob(knob)
node.removeKnob(knobs["revealInFinder"])
node.removeKnob(knobs["custom"])
if knob.name() == "revealInFinder":
path = os.path.dirname(node["file"].getValue())
if os.path.isdir(path):
open_folder(path)
else:
nuke.message("can not open in finder")
def toggleKiss(): ''' globally toggle enable/disable the kiss function save node data ''' #save all nodenames, positions and dimensions for node in nuke.allNodes(): nodeName.append(node.name()) nodeX.append(node.xpos()) nodeY.append(node.ypos()) nodeWidth.append(node.screenWidth()) nodeHeight.append(node.screenHeight()) #toggle KISS if nuke.KISS==False: nuke.KISS=True nuke.addKnobChanged(kissNodes) print "enable kiss" else: nuke.KISS=False nuke.removeKnobChanged(kissNodes) print "disable kiss"
out = nuke.toNode ("iFilterFinalMerge")
iFilterSwitch = nuke.toNode ('iFilterSwitch')
out.setInput (1, creaKey)
iFilterSwitch.setInput (0, creaKey)
####Fora del loop reposiciono els ultims nodes d'expressio i de Blur pa posar-los al comensament i que els cables no es creuin
nom.knob("xpos").setValue (-10)
nom.knob("ypos").setValue (100)
blr.knob("xpos").setValue (-10)
blr.knob("ypos").setValue (150)
####info
a.knob("info").setValue (".: Current filter: "+str(filter)+" with "+str(int(float(steps)))+" steps (Click button to update ...) :.")
def knobChanged():
n = nuke.thisNode()
k = nuke.thisKnob()
filter = n["Filter"].value()
steps = n['Steps'].value()
previousAmount = n['previousAmount'].value()
if k.name() == 'Steps':
iFilter03 (filter, steps, previousAmount)
#nuke.addKnobChanged (knobChanged, nodeClass='Group')
nuke.removeKnobChanged (knobChanged, nodeClass='Group')
def restoreBegin(self):
log("restoreBegin")
nuke.removeKnobChanged(self.knobChanged)
nuke.removeOnCreate(self.onCreate)
nuke.removeOnDestroy(self.onDestroy)
def changeNodeColor(thisName):
if nuke.thisNode().name() == thisName:
nuke.executeInMainThread(nuke.toNode(thisName)['tile_color'].setValue,552079871)
nuke.executeInMainThread(nuke.toNode(thisName)['postage_stamp'].setValue,True)
nuke.removeKnobChanged(changeNodeColor,thisName,{},"Write")
def removeCallback(self):
nuke.removeKnobChanged(PythonPanelKnobChanged,
args=self,
nodeClass='PanelNode',
node=self.__node)
def kissNodes(): ''' kiss function check if selectedNode is near other nodes. If so then connect the input of the selectedNode to the nearby node ''' sel = nuke.selectedNodes() nodeToConnect="" nX=0 nY=0 tollerance=30 # selected node's position data if len(sel) > 0 and nuke.KISS==True: actNode = sel[0] nX = actNode.xpos() nY = actNode.ypos() #check for overlap between selected node and nearby nodes for i in range(0,len(nodeName)): if nX>=nodeX[i]-tollerance and nX <= ( nodeX[i] + nodeWidth[i]+tollerance): if nY>=nodeY[i]-100 and nY <= ( nodeY[i] + nodeHeight[i]+tollerance): if actNode.name() != nodeName[i] and nodeName[i] != "": nodeToConnect = nuke.toNode(nodeName[i]) if nY < nodeY[i]: ''' selected node is higher than the nearby node connect output of selected node to input of nearby node ''' if (actNode.maxOutputs()>0): if nodeToConnect.maxInputs()>0: ''' connect the next available input check which input is free and count ''' k=0 for inp in range(0,nodeToConnect.inputs()): if nodeToConnect.input(k)!=None: k+=1 else: break nodeToConnect.setInput(k,actNode) nuke.removeKnobChanged(kissNodes) nuke.KISS=False else: ''' selected node is under the nearby node connect input of selected node to output of nearby node ''' if (actNode.maxInputs()>0): if nodeToConnect.maxOutputs()>0: ''' connect the next available input check which input is free and count ''' k=0 for inp in range(0,actNode.inputs()): if actNode.input(k)!=None: k+=1 else: break actNode.setInput(k,nodeToConnect) nuke.removeKnobChanged(kissNodes) nuke.KISS=False #no expression arrows try: _internal_expression_arrow_cmd() except: pass break
def pv2_removeCallbacks(): import nuke nuke.removeKnobChanged(pv2_UIKnobChanged, nodeClass = 'Group')
iFilterSwitch = nuke.toNode('iFilterSwitch')
out.setInput(1, creaKey)
iFilterSwitch.setInput(0, creaKey)
####Fora del loop reposiciono els ultims nodes d'expressio i de Blur pa posar-los al comensament i que els cables no es creuin
nom.knob("xpos").setValue(-10)
nom.knob("ypos").setValue(100)
blr.knob("xpos").setValue(-10)
blr.knob("ypos").setValue(150)
####info
a.knob("info").setValue(".: Current filter: " + str(filter) + " with " +
str(int(float(steps))) +
" steps (Click button to update ...) :.")
def knobChanged():
n = nuke.thisNode()
k = nuke.thisKnob()
filter = n["Filter"].value()
steps = n['Steps'].value()
previousAmount = n['previousAmount'].value()
if k.name() == 'Steps':
iFilter03(filter, steps, previousAmount)
#nuke.addKnobChanged (knobChanged, nodeClass='Group')
nuke.removeKnobChanged(knobChanged, nodeClass='Group')
def pv2_removeCallbacks(): import nuke nuke.removeKnobChanged(pv2_UIKnobChanged, nodeClass = 'Group')
n['scale'].setValue(6.3)
elif k.value() == 'image':
n.begin()
nuke.toNode('watermark_image')['file'].fromScript('[value parent.wm_file]')
n.end()
n['w_text_knob'].setEnabled(False)
n['wm_file'].setEnabled(True)
n['tiles'].setValue(7.4)
n['translate'].setValue([0, 0])
n['rotate'].setValue(0)
n['scale'].setValue(1)
#Adding callback
nuke.removeKnobChanged(knobChanged, nodeClass='dushyant_info_watermark_node')
nuke.addKnobChanged(knobChanged, nodeClass='dushyant_info_watermark_node')
def watermark_main(what, type, text, file, path):
deselect()
if len(what) == 0:
nuke.message('Nothing selected')
return
for selected in what:
if selected.Class() == 'Read':
watermark_proc(selected, type, text, file, path)
else:
nuke.message( 'works only on read nodes, skipping %s' % selected['name'].getValue() )
else:
def restoreBegin (self) :
log ("restoreBegin")
nuke.removeKnobChanged (self.knobChanged)
nuke.removeOnCreate (self.onCreate)
nuke.removeOnDestroy (self.onDestroy)
n.begin()
nuke.toNode('watermark_image')['file'].fromScript(
'[value parent.wm_file]')
n.end()
n['w_text_knob'].setEnabled(False)
n['wm_file'].setEnabled(True)
n['tiles'].setValue(7.4)
n['translate'].setValue([0, 0])
n['rotate'].setValue(0)
n['scale'].setValue(1)
#Adding callback
nuke.removeKnobChanged(knobChanged, nodeClass='dushyant_info_watermark_node')
nuke.addKnobChanged(knobChanged, nodeClass='dushyant_info_watermark_node')
def watermark_main(what, type, text, file, path):
deselect()
if len(what) == 0:
nuke.message('Nothing selected')
return
for selected in what:
if selected.Class() == 'Read':
watermark_proc(selected, type, text, file, path)
else:
nuke.message('works only on read nodes, skipping %s' %
def stop(self):
self.selectedNodes = []
self.files = {}
nuke.removeKnobChanged(self.run)
self.gangModifierRunning = False
yl.info('gangModifyer is stoped')
def kissNodes():
'''
kiss function
check if selectedNode is near other nodes.
If so then connect the input of the selectedNode to the nearby node
'''
sel = nuke.selectedNodes()
nodeToConnect = ""
nX = 0
nY = 0
tollerance = 30
# selected node's position data
if len(sel) > 0 and nuke.KISS == True:
actNode = sel[0]
nX = actNode.xpos()
nY = actNode.ypos()
#check for overlap between selected node and nearby nodes
for i in range(0, len(nodeName)):
if nX >= nodeX[i] - tollerance and nX <= (nodeX[i] + nodeWidth[i] +
tollerance):
if nY >= nodeY[i] - 100 and nY <= (nodeY[i] + nodeHeight[i] +
tollerance):
if actNode.name() != nodeName[i] and nodeName[i] != "":
nodeToConnect = nuke.toNode(nodeName[i])
if nY < nodeY[i]:
'''
selected node is higher than the nearby node
connect output of selected node to input of nearby node
'''
if (actNode.maxOutputs() > 0):
if nodeToConnect.maxInputs() > 0:
'''
connect the next available input
check which input is free and count
'''
k = 0
for inp in range(0, nodeToConnect.inputs()):
if nodeToConnect.input(k) != None:
k += 1
else:
break
nodeToConnect.setInput(k, actNode)
nuke.removeKnobChanged(kissNodes)
nuke.KISS = False
else:
'''
selected node is under the nearby node
connect input of selected node to output of nearby node
'''
if (actNode.maxInputs() > 0):
if nodeToConnect.maxOutputs() > 0:
'''
connect the next available input
check which input is free and count
'''
k = 0
for inp in range(0, actNode.inputs()):
if actNode.input(k) != None:
k += 1
else:
break
actNode.setInput(k, nodeToConnect)
nuke.removeKnobChanged(kissNodes)
nuke.KISS = False
#no expression arrows
try:
_internal_expression_arrow_cmd()
except:
pass
break
