def list_double_clicked(self):
tools_list = read_json()
current_index = self.tool_list.currentRow()
tool_command = tools_list[current_index].get("command")
if tools_list[current_index].get("type") == "python":
execfile(tool_command.encode("gbk"))
else:
nuke.loadToolset(tool_command)
def toolsetLoader(fullFileName):
if FILE_FILTER != None:
data = fileFilter(fullFileName, FILE_FILTER)
#TODO: find better way to paste filtred script
QApplication.clipboard().setText(data)
nuke.nodePaste("%clipboard%") # paste into nuke DAG
else:
nuke.loadToolset(fullFileName)
return True
def showIPPanel(panelfloat=True):
'''Show viewer input control panel'''
try:
node_ip = nuke.activeViewer().node()['input_process_node'].value()
nuke.toNode(node_ip).showControlPanel(forceFloat=panelfloat)
print "VIEWER_INPUT Shown"
except:
if nuke.ask('No Viewer_Input found, load one?'):
import os
nuke.loadToolset(os.path.join(os.getEnv('HOME'), '.nuke/ToolSets/Utility/ku_IP.nk'))
else:
nuke.message("Oh well then")
def RotoOutputNode():
#Creates a NoOp
Placeholder = nuke.createNode("NoOp")
#assigns a varriable to the currently selected node
OpNo = nuke.selectedNode()
#Creates a roto node
Roto = nuke.createNode("Roto")
#Creates the RotoOutput tool
Output = nuke.loadToolset("Ahuge_Tools/Roto_Output.nk")
#Sets the first input of the RotoOutput to our NoOp
Output.setInput (0, Placeholder)
#Sets the second input to the roto node
Output.setInput(1, Roto)
#Move the Output Node
Output.setXpos (Output.xpos() -140)
Output.setYpos (Output.ypos() +84)
#Move the Roto Node
Roto.setXpos (Output.xpos() -220)
Roto.setYpos (Output.ypos() +6)
#Creates a Input node for the roto to connect to
Dummy = nuke.createNode("Input")
Roto.setInput(0, Dummy)
#Deletes the Input and the NoOp
nuke.delete(Dummy)
nuke.delete(Placeholder)
def toolsetLoader(fullFileName):
if FILE_FILTER != None:
data = fileFilter(fullFileName, FILE_FILTER)
# SAVING TEMPORAL TOOLSET | instead of
#QApplication.clipboard().setText(data)
#nuke.nodePaste("%clipboard%") is craching with big files BUG
randomPostfix = randomStringDigits(10)
randomName = posixpath.join( SHARED_TOOLSET_PATH , "temp_toolset_%s.nk" % randomPostfix)
saveTempToolSet = open(randomName,"w+")
saveTempToolSet.write(data)
saveTempToolSet.close()
nuke.loadToolset(randomName)
os.remove(randomName)
else:
nuke.loadToolset(fullFileName)
return True
def toolsetLoader(fullFileName):
if FILE_FILTER != None:
data = fileFilter(fullFileName, FILE_FILTER)
# SAVING TEMPORAL TOOLSET | instead of
#QApplication.clipboard().setText(data)
#nuke.nodePaste("%clipboard%") is craching with big files BUG
randomPostfix = randomStringDigits(10)
randomName = posixpath.join( SHARED_TOOLSET_PATH , "temp_toolset_%s.nk" % randomPostfix)
saveTempToolSet = open(randomName,"w+")
saveTempToolSet.write(data)
saveTempToolSet.close()
nuke.loadToolset(randomName)
os.remove(randomName)
else:
nuke.loadToolset(fullFileName)
return True
def verCheck(node=nuke.thisNode()):
nodeName = nuke.thisNode().name()
message = "Would you like to update the %s to the latest version?" % (
nodeName)
try:
curVer = node['renderNodeVersion'].value()
# Checks to see what the current version is.
if curVer >= renNodeVer:
return "pass"
# Load Latest RenderNode Version
else:
if nuke.ask(message):
# Number of inputs of the RenderNode
inputNum = 2
renNode = node
# Saves original inputs
prevInputs = []
for x in range(inputNum):
prevInputs.append(renNode.input(x))
# Saves the values of the knobs
knobs = [
"v_num", "verControl", "curVer", "cropCheck", "shotNotes",
"lutFile", "lutControl", "format", "viewMenu"
]
knobValues = []
for x in knobs:
knobValues.append(renNode[x].value())
xPos = renNode["xpos"].value()
yPos = renNode["ypos"].value()
# Create updated RenderNode- if you make the node into a gizmo, change nuke.loadToolset into nuke.createNode
nuke.root().begin()
newNode = nuke.loadToolset(rendernodeFile.replace("\\", "/"))
newNode.setXYpos(int(xPos), int(yPos))
# Applies values to the new knobs
for x in knobs:
newNode[x].setValue(knobValues[knobs.index(x)])
# Sets the original inputs
for x in range(inputNum):
newNode.setInput(x, prevInputs[x])
nuke.root().end()
nuke.delete(renNode)
return "break"
except:
pass
def verCheck(node=nuke.thisNode()):
nodeName = nuke.thisNode().name()
message = "Would you like to update the %s to the latest version?" % (nodeName)
try:
curVer = node['renderNodeVersion'].value()
# Checks to see what the current version is.
if curVer >= renNodeVer:
return "pass"
# Load Latest RenderNode Version
else:
if nuke.ask(message):
# Number of inputs of the RenderNode
inputNum = 2
renNode = node
# Saves original inputs
prevInputs = []
for x in range(inputNum):
prevInputs.append(renNode.input(x))
# Saves the values of the knobs
knobs = ["v_num", "verControl", "curVer", "cropCheck","shotNotes", "lutFile", "lutControl", "format","viewMenu"]
knobValues = []
for x in knobs:
knobValues.append(renNode[x].value())
xPos = renNode["xpos"].value()
yPos = renNode["ypos"].value()
# Create updated RenderNode- if you make the node into a gizmo, change nuke.loadToolset into nuke.createNode
nuke.root().begin()
newNode = nuke.loadToolset(rendernodeFile.replace("\\","/"))
newNode.setXYpos(int(xPos), int(yPos))
# Applies values to the new knobs
for x in knobs:
newNode[x].setValue(knobValues[knobs.index(x)])
# Sets the original inputs
for x in range(inputNum):
newNode.setInput(x, prevInputs[x])
nuke.root().end()
nuke.delete(renNode)
return "break"
except:
pass
def Packer():
nuke.loadToolset("Ahuge_Tools/Packer.nk")
def ErodeBlur():
nuke.loadToolset("Ahuge_Tools/ErodeBlur.nk")
def GrainBlur():
nuke.loadToolset("Ahuge_Tools/GrainBlur.nk")
def P3D():
nuke.loadToolset("Ahuge_Tools/PointsTo3D.nk" )
def Paintout():
nuke.loadToolset("Ahuge_Tools/Paintout.nk")
def Saturation():
nuke.loadToolset("Ahuge_Tools/Saturation.nk")
def SmudgeTool():
nuke.loadToolset("Ahuge_Tools/Smudge.nk")
