def execute(self, **kwargs):
shapes = getObjects(selection(), types=[Shape])
if len(shapes) > 0:
optype = kwargs["mode"] if "mode" in kwargs.keys(
) else self.from_action_menu
if optype == "copy":
self.savedkeys = {} ## start with fresh dict
beginUndo("KMFX Shape Keyframe Paste")
actualframe = player.frame
for shape in shapes:
path = shape.property("path")
if optype == "copy":
self.savedkeys[shape.id] = path.getValue(actualframe)
elif optype == "paste":
if shape.id in self.savedkeys.keys():
path.setValue(self.savedkeys[shape.id], actualframe)
if optype == "paste":
status("KMFX: pasted select shapes keyframes")
else:
status("KMFX: copied select shapes keyframes")
#alternating the actions if run from action menu
# self.from_action_menu = "paste" if self.from_action_menu == "copy" else "copy"
endUndo()
else:
status("KMFX: no shapes selected")
def available(self):
node = activeNode()
session = activeSession()
assert session, "Select a Session"
rotoNode = session.node(type="RotoNode")
assert rotoNode, "The session does not contain a Roto Node"
shapes = getObjects(selection())
assert len(shapes) > 0, "There must be one or more selected shapes/layers"
def execute(self, **kwargs):
shapes = getObjects(selection(), types=[Shape])
if len(shapes) > 0:
fx.actions["KMFXcopyShapeKeyframe"].execute(**{"mode": "paste"})
else:
status("KMFX: no shapes selected")
def execute(self, **kwargs):
beginUndo("KMFX move shape")
node = activeNode()
session = node.session
session_size = session.size
shapes = getObjects(selection(), types=[Shape])
optype = kwargs["mode"] if "mode" in kwargs.keys() else "TL"
multiplier = kwargs["modifier"] if "modifier" in kwargs.keys(
) else fx.prefs["nudging.distance"]
if multiplier == "shift":
multiplier = fx.prefs["nudging.extendedDistance"]
elif multiplier == "ctrl":
multiplier = fx.prefs["nudging.ctrlDistance"]
mx = {
"L": -1,
"T": 0,
"R": 1,
"B": 0,
"BL": -1,
"TL": -1,
"TR": 1,
"BR": 1
}
my = {
"L": 0,
"T": -1,
"R": 0,
"B": 1,
"BL": 1,
"TL": -1,
"TR": -1,
"BR": 1
}
actualframe = player.frame
for shape in shapes:
selectedpoints = False if fx.viewer.toolName != "Reshape" else True
pathProp = shape.property("path")
pathEditor = PropertyEditor(pathProp)
path = shape.evalPath(actualframe)
matrix = Matrix()
matrix.translate(
1 / session.size[0] / fx.viewer.zoom * mx[optype] * multiplier,
1 / session.size[1] / fx.viewer.zoom * my[optype] * multiplier)
path.transform(matrix, selected=selectedpoints)
pathEditor.setValue(path, actualframe)
pathEditor.execute()
endUndo()
def execute(self,**kwargs):
shapes = getObjects(selection(), types=[Shape])
optype= kwargs["mode"] if "mode" in kwargs.keys() else "default"
beginUndo("Keyframe Visibility ON/OFF")
node = activeNode()
session = node.session
startFrame = session.startFrame
actualframe = player.frame
wasConstant = False
for shape in shapes:
opacity = shape.property("opacity")
if opacity.constant:
opacity.constant = False
wasConstant = True
if optype == "default":
if opacity.getValue(actualframe) > 0:
opacity.setValue(0, actualframe)
else:
opacity.setValue(100, actualframe)
if wasConstant and actualframe != 0:
editor = PropertyEditor(opacity)
editor.deleteKey(0)
editor.execute()
if optype == "singleframe":
if actualframe not in (0,session.duration):
if opacity.getValue(actualframe) > 0:
opacity.setValue(0, actualframe-1)
opacity.setValue(100, actualframe)
opacity.setValue(0, actualframe+1)
if actualframe != 1 and wasConstant:
editor = PropertyEditor(opacity)
editor.deleteKey(0)
editor.execute()
elif actualframe == 0:
if opacity.getValue(actualframe) > 0:
opacity.setValue(100, actualframe)
opacity.setValue(0, actualframe+1)
elif actualframe == session.duration:
if opacity.getValue(actualframe) > 0:
opacity.setValue(0, actualframe-1)
opacity.setValue(100, actualframe)
editor = PropertyEditor(opacity)
editor.deleteKey(0)
editor.execute()
endUndo()
def execute(self):
if fx.selection() == []:
displayError("KMFXNode Time Offset: Select some nodes",
title="Error")
return
num = {"id": "num", "label": "Frames to offset", "value": 0}
direction = {
"id": "list",
"label": "Direction",
"value": "Head",
"items": ["Head", "Tail"]
}
fields = [num, direction]
result = getInput(title="Offset Node Keyframes", fields=fields)
if result != None:
fx.beginUndo("KMFX Node time offset")
offset = result['num'] * -1 if result[
"list"] == "Head" else result['num']
nodes = fx.selection()
for node in nodes:
if node.isType("PaintNode"):
pass ## cant change paint nodes at this time
elif node.type in ["RotoNode", "MorphNode"]:
child = node.children
objects = getObjects(child)
selectedlist = [] ## selection is just to refresh timeline
for o in objects:
if o.selected == True:
selectedlist.append(o)
for p in o.properties:
if o.property(p).constant != True:
o.property(p).moveKeys(offset)
### this is for all nodes properties
for p in node.properties:
if node.property(p).constant != True:
node.property(p).moveKeys(offset)
x = fx.selection()
fx.select([])
fx.select(x)
fx.endUndo()
def execute(self, deletekeys=True, propertiesList=["opacity"]):
beginUndo("KMFX Clone Shapes in Place")
shapes = getObjects(selection(), types=[Shape])
activelayer = activeLayer()
if activelayer != None:
thisframe_matrix = activelayer.getTransform(player.frame)
else: ##shape is on the root of the node
thisframe_matrix = Matrix()
activelayer = activeNode()
selectionlist = []
avoid_duplicates = []
for shape in shapes:
# if shape.parent != activelayer and shape not in avoid_duplicates:
if shape not in avoid_duplicates:
copy = shape.clone()
activelayer.property("objects").addObjects([copy])
pathProp = copy.property("path")
pathEditor = PropertyEditor(pathProp)
path = copy.evalPath(player.frame)
if shape.parent.type == "Layer":
identity = Matrix()
reverseparent = shape.parent.getTransform(player.frame)
offset_matrix = -thisframe_matrix * reverseparent
path.transform(offset_matrix)
elif shape.parent.type == "RotoNode":
identity = Matrix()
reverseparent = identity
offset_matrix = -thisframe_matrix * reverseparent
path.transform(offset_matrix)
pathEditor.setValue(path, player.frame)
keysn = pathProp.numKeys
keys = pathProp.keys
for t in reversed(range(keysn)):
if keys[t] != player.frame:
pathEditor.deleteKey(t)
pathEditor.execute()
if deletekeys:
remove_keys(copy, propertiesList)
selectionlist.append(copy)
avoid_duplicates.append(shape)
select(selectionlist)
endUndo()
def doExport(self, path):
sel = selection()
if len(sel) == 0:
status("Select some shapes before trying to export!")
else:
if not os.path.exists(path):
print "\nWARNING\n**************\nExportNukeShapes Script: The path does not exists, set it correctly on the script"
path = os.path.abspath(path)
# get the "Nuke 6.2+" module
module = io_modules["Nuke 6.2+ Shapes"]
shapes = getObjects(selection(), types=[Shape])
self.counter += 1
name = "sfx_shapes" + str(self.counter)#"s.label
ext = ".nk"
shapePath = os.path.join(path, name + ext)
module.export(shapePath)
status("Nuke 6.2+ Shapes exported to " + path)
def available(self):
shapes = getObjects(selection(), types=[Shape])
assert len(shapes) > 0, "There must be one or more selected shapes"