def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "1.")
self.inputs.new("mn_FloatSocket", "2.")
self.inputs.new("mn_EmptySocket", "...")
self.outputs.new("mn_FloatSocket", "Result")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_StringSocket", "1.")
self.inputs.new("mn_StringSocket", "2.")
self.inputs.new("mn_EmptySocket", "...").passiveSocketType = "mn_StringSocket"
self.outputs.new("mn_StringSocket", "Text")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_StringSocket", "Text")
self.inputs.new("mn_IntegerSocket", "Start").number = 0
self.inputs.new("mn_IntegerSocket", "Length").number = 5
self.outputs.new("mn_StringSocket", "Text")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_MeshDataSocket", "Mesh Data")
self.outputs.new("mn_VectorListSocket", "Vertex Locations")
self.outputs.new("mn_EdgeIndicesListSocket", "Edges Indices")
self.outputs.new("mn_PolygonIndicesListSocket", "Polygons Indices")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_IntegerSocket", "Index")
self.inputs.new("mn_IntegerSocket", "Width").number = 10
self.inputs.new("mn_FloatSocket", "Distance").number = 3
self.outputs.new("mn_VectorSocket", "Vector")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_VertexSocket", "Vertex")
self.outputs.new("mn_VectorSocket", "Location")
self.outputs.new("mn_VectorSocket", "Normal")
self.outputs.new("mn_FloatListSocket", "Group Weights")
allowCompiling()
def init(self, context):
forbidCompiling()
self.outputs.new("mn_FloatSocket", "Frame")
self.outputs.new("mn_FloatSocket", "Start Frame")
self.outputs.new("mn_FloatSocket", "End Frame")
self.outputs.new("mn_FloatSocket", "Frame Rate")
allowCompiling()
def buildOutputSocket(self):
forbidCompiling()
connections = getConnectionDictionaries(self)
self.outputs.clear()
self.outputs.new(getSocketNameByDataType(self.convertType), "New")
tryToSetConnectionDictionaries(self, connections)
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_ObjectSocket", "Object").showName = False
self.outputs.new("mn_PolygonListSocket", "Polygons")
self.outputs.new("mn_VertexListSocket", "Vertices")
self.outputs.new("mn_MeshDataSocket", "Mesh Data")
allowCompiling()
def newInputSocket(self):
forbidCompiling()
newSocketName = str(len(self.inputs)) + "."
newSocket = self.inputs.new("mn_StringSocket", newSocketName)
self.inputs.move(len(self.inputs) - 1, len(self.inputs) - 2)
allowCompiling()
nodeTreeChanged()
def update(self):
nodeTree = self.id_data
treeInfo = NodeTreeInfo(nodeTree)
listInput = treeInfo.getDataOriginSocket(self.inputs.get("List"))
elementInput = treeInfo.getDataOriginSocket(self.inputs.get("Element"))
listOutputs = treeInfo.getDataTargetSockets(self.outputs.get("List"))
forbidCompiling()
if listInput is not None and elementInput is None and len(
listOutputs) == 0:
self.generateSockets(listInput.bl_idname)
nodeTree.links.new(self.inputs.get("List"), listInput)
if listInput is None and elementInput is not None and len(
listOutputs) == 0:
self.generateSockets(getListSocketType(elementInput.bl_idname))
nodeTree.links.new(self.inputs.get("Element"), elementInput)
if listInput is None and elementInput is None and len(
listOutputs) == 1:
self.generateSockets(listOutputs[0].bl_idname)
nodeTree.links.new(listOutputs[0], self.outputs.get("List"))
allowCompiling()
def addProperty(self, propertyName):
"""This function called to add a shape key socket as input/output or both according to propertyIOType attribute of the node.
Note:
The new node socket has enabled attribute False, so execution string load it's proper value and enable it.
Args:
propertyName (str): The name of the property.
"""
forbidCompiling()
# if propertyIOType is INPUT or BOTH add new input socket to the node
if self.propertyIOType != 'OUTPUT':
try:
# Search for existing socket with the same name so no duplicates exists
socket = self.inputs[propertyName]
except KeyError:
socket = self.inputs.new("mn_FloatSocket", propertyName)
socket.removeable = True
socket.callNodeToRemove = True
socket.enabled = False
# if propertyIOType is OUTPUT or BOTH add new output socket to the node
if self.propertyIOType != 'INPUT':
try:
# Search for existing socket with the same name so no duplicates exists
socket = self.outputs[propertyName]
except KeyError:
socket = self.outputs.new("mn_FloatSocket", propertyName)
socket.removeable = True
socket.callNodeToRemove = True
allowCompiling()
nodeTreeChanged()
def updateSockets(self, socketStartValue = (None, None)): forbidCompiling() startNode = self.getStartNode() if startNode is None: self.resetSockets() else: connections = getConnectionDictionaries(self) self.resetSockets() fromListSockets, fromSingleSockets = startNode.getSocketDescriptions() self.inputs["Amount"].hide = len(fromListSockets) != 0 for socket in fromListSockets: idName = self.getSocketTypeForListSocket(socket.bl_idname) self.inputs.new(idName, socket.customName + " List", socket.identifier + "list") self.outputs.new(idName, socket.customName + " List", socket.identifier + "list") for socket in fromSingleSockets: inputSocket = self.inputs.new(socket.bl_idname, socket.customName, socket.identifier) if socket == socketStartValue[0]: inputSocket.setStoreableValue(socketStartValue[1]) self.outputs.new(socket.bl_idname, socket.customName, socket.identifier) tryToSetConnectionDictionaries(self, connections) allowCompiling()
def init(self, context):
forbidCompiling()
self.width = 200
self.inputs.new("mn_ObjectSocket", "Object").showName = False
self.inputs.new("mn_GenericSocket", "Value")
self.outputs.new("mn_ObjectSocket", "Object")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "Factor")
self.inputs.new("mn_ColorSocket", "Color 1")
self.inputs.new("mn_ColorSocket", "Color 2")
self.outputs.new("mn_ColorSocket", "Color")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_IntegerSocket", "Seed")
self.inputs.new("mn_FloatSocket", "Min").number = 0.0
self.inputs.new("mn_FloatSocket", "Max").number = 1.0
self.outputs.new("mn_FloatSocket", "Float Value")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_IntegerSocket", "Seed")
self.inputs.new("mn_IntegerSocket", "Length").number = 5
self.inputs.new("mn_StringSocket", "Characters").string = "abcdefghijklmnopqrstuvwxyz"
self.outputs.new("mn_StringSocket", "Text")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_VectorSocket", "Position")
self.inputs.new("mn_VectorSocket", "Rotation")
self.inputs.new("mn_VectorSocket", "Scale").vector = [1, 1, 1]
self.outputs.new("mn_MatrixSocket", "Matrix")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_ObjectSocket", "Object").showName = False
self.outputs.new("mn_PolygonListSocket", "Polygons")
self.outputs.new("mn_VertexListSocket", "Vertices")
self.outputs.new("mn_MeshDataSocket", "Mesh Data")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_IntegerSocket", "Index")
self.inputs.new("mn_IntegerSocket", "Width").number = 10
self.inputs.new("mn_FloatSocket", "Distance").number = 3
self.outputs.new("mn_VectorSocket", "Vector")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "Back").number = 1.70158
self.outputs.new("mn_InterpolationSocket", "Interpolation")
self.hideInputSockets()
self.createCurveNode()
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_VertexSocket", "Vertex")
self.outputs.new("mn_VectorSocket", "Location")
self.outputs.new("mn_VectorSocket", "Normal")
self.outputs.new("mn_FloatListSocket", "Group Weights")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "Back").number = 1.70158
self.outputs.new("mn_InterpolationSocket", "Interpolation")
self.hideInputSockets()
self.createCurveNode()
allowCompiling()
def addProperty(self, propertyName):
"""This function called to add a modifier property socket as input/output or both according to propertyIOType attribute of the node.
Note:
The new node socket has enabled attribute False, so execution string load it's proper value and enable it.
Needs modifierSubClass attribute of node to determine the type of the socket.
Args:
propertyName (str): The name of the property.
"""
socketType = getSocketTypeByDataPath("bpy.types." + self.modifierSubClass + ".bl_rna.properties['" + propertyName + "']")
# print("Socket: ", socketType)
forbidCompiling()
# if propertyIOType is INPUT or BOTH add new input socket to the node
if self.propertyIOType != 'OUTPUT' and socketType is not None:
try:
# Search for existing socket with the same name so no duplicates exists
socket = self.inputs[propertyName]
except KeyError:
socket = self.inputs.new(socketType, propertyName)
socket.removeable = True
socket.callNodeToRemove = True
socket.enabled = False
#TODO: replace '_' from name with ' '
# if propertyIOType is OUTPUT or BOTH add new output socket to the node
if self.propertyIOType != 'INPUT' and socketType is not None:
try:
# Search for existing socket with the same name so no duplicates exists
socket = self.outputs[propertyName]
except KeyError:
socket = self.outputs.new(socketType, propertyName)
socket.removeable = True
socket.callNodeToRemove = True
allowCompiling()
nodeTreeChanged()
def buildOutputSocket(self): forbidCompiling() connections = getConnectionDictionaries(self) self.outputs.clear() self.outputs.new(getSocketNameByDataType(self.convertType), "New") tryToSetConnectionDictionaries(self, connections) allowCompiling()
def bakeSound(self): if self.filePath == "": return forbidCompiling() scene = bpy.context.scene oldFrame = scene.frame_current scene.frame_current = 1 soundObject = self.getSoundObject() self.removeSoundCurves(soundObject) soundCombinations = [(0, 50), (50, 150), (150, 300), (300, 500), (500, 1000), (1000, 2000), (2000, 4000), (4000, 10000), (10000, 20000)] wm = bpy.context.window_manager wm.progress_begin(0.0, len(soundCombinations) - 1.0) wm.progress_update(0.0) for index, (low, high) in enumerate(soundCombinations): self.bakeIndividualSound(soundObject, self.filePath, low, high) wm.progress_update(index + 1.0) wm.progress_end() soundObject.hide = True self.name = re.sub(r"\W+", "", os.path.basename(self.filePath)) loadSound(self.filePath) if self.setSyncMode: scene.sync_mode = "AUDIO_SYNC" scene.frame_current = oldFrame allowCompiling() nodeTreeChanged()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_VectorSocket", "Position")
self.inputs.new("mn_VectorSocket", "Rotation")
self.inputs.new("mn_VectorSocket", "Scale").vector = [1, 1, 1]
self.outputs.new("mn_MatrixSocket", "Matrix")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_StringSocket", "Text")
self.inputs.new("mn_StringSocket", "Split By")
self.outputs.new("mn_StringListSocket", "Text List")
self.outputs.new("mn_IntegerSocket", "Length")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_VectorSocket", "Vector")
self.outputs.new("mn_FloatSocket", "X")
self.outputs.new("mn_FloatSocket", "Y")
self.outputs.new("mn_FloatSocket", "Z")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "Factor").setMinMax(0, 1)
self.inputs.new("mn_InterpolationSocket", "Interpolation 1").showName = False
self.inputs.new("mn_InterpolationSocket", "Interpolation 2").showName = False
self.outputs.new("mn_InterpolationSocket", "Interpolation")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "1.")
self.inputs.new("mn_FloatSocket", "2.")
self.inputs.new("mn_EmptySocket", "...")
self.outputs.new("mn_FloatSocket", "Result")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_StringSocket", "Text")
self.inputs.new("mn_IntegerSocket", "Start").number = 0
self.inputs.new("mn_IntegerSocket", "Length").number = 5
self.outputs.new("mn_StringSocket", "Text")
allowCompiling()
def init(self, context):
forbidCompiling()
self.outputs.new("mn_FloatSocket", "Frame")
self.outputs.new("mn_FloatSocket", "Start Frame")
self.outputs.new("mn_FloatSocket", "End Frame")
self.outputs.new("mn_FloatSocket", "Frame Rate")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_IntegerSocket", "Amount").number = 5
self.inputs.new("mn_FloatSocket", "Start")
self.inputs.new("mn_FloatSocket", "Step").number = 1
self.outputs.new("mn_FloatListSocket", "List")
allowCompiling()
def customSocketNameChanged(self, socket): forbidCompiling() if socket.name != emptySocketName: if self.enableUINameConversion: socket.name = convertVariableNameToUI(socket.customName) else: socket.name = socket.customName allowCompiling()
def generateInputSockets(self):
forbidCompiling()
connections = getConnectionDictionaries(self)
self.inputs.clear()
for i in range(self.amount):
self.inputs.new("mn_IntegerSocket", "Index " + str(i)).number = i
tryToSetConnectionDictionaries(self, connections)
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_MeshSocket", "Mesh")
socket = self.inputs.new("mn_FloatSocket", "Distance")
socket.number = 0.0001
socket.setMinMax(0.0, 10000.0)
self.outputs.new("mn_MeshSocket", "Mesh")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_BooleanSocket", "Condition")
self.inputs.new("mn_GenericSocket", "If True")
self.inputs.new("mn_GenericSocket", "If False")
self.outputs.new("mn_GenericSocket", "Output")
self.outputs.new("mn_GenericSocket", "Other")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_BooleanSocket", "Condition")
self.inputs.new("mn_GenericSocket", "If True")
self.inputs.new("mn_GenericSocket", "If False")
self.outputs.new("mn_GenericSocket", "Output")
self.outputs.new("mn_GenericSocket", "Other")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_ObjectSocket", "Object").showName = False
self.outputs.new("mn_MatrixSocket", "Basis")
self.outputs.new("mn_MatrixSocket", "Local")
self.outputs.new("mn_MatrixSocket", "Parent Inverse")
self.outputs.new("mn_MatrixSocket", "World")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "Red")
self.inputs.new("mn_FloatSocket", "Green")
self.inputs.new("mn_FloatSocket", "Blue")
self.inputs.new("mn_FloatSocket", "Alpha").number = 1
self.outputs.new("mn_ColorSocket", "Color")
allowCompiling()
def init(self, context):
forbidCompiling()
self.width = 200
self.inputs.new("mn_BooleanSocket", "Enable").value = False
self.inputs.new("mn_BooleanSocket", "Set Keyframe")
self.inputs.new("mn_BooleanSocket", "Remove Unwanted")
self.inputs.new("mn_ObjectSocket", "Object")
allowCompiling()
def init(self, context):
forbidCompiling()
self.outputs.new("mn_StringSocket", "Lower Case")
self.outputs.new("mn_StringSocket", "Upper Case")
self.outputs.new("mn_StringSocket", "Digits")
self.outputs.new("mn_StringSocket", "Special")
self.outputs.new("mn_StringSocket", "All")
allowCompiling()
def init(self, context):
forbidCompiling()
self.outputs.new("mn_StringSocket", "Lower Case")
self.outputs.new("mn_StringSocket", "Upper Case")
self.outputs.new("mn_StringSocket", "Digits")
self.outputs.new("mn_StringSocket", "Special")
self.outputs.new("mn_StringSocket", "All")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_ObjectSocket", "Object").showName = False
self.outputs.new("mn_MatrixSocket", "Basis")
self.outputs.new("mn_MatrixSocket", "Local")
self.outputs.new("mn_MatrixSocket", "Parent Inverse")
self.outputs.new("mn_MatrixSocket", "World")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_IntegerSocket", "Seed")
self.inputs.new("mn_IntegerSocket", "Length").number = 5
self.inputs.new("mn_StringSocket",
"Characters").string = "abcdefghijklmnopqrstuvwxyz"
self.outputs.new("mn_StringSocket", "Text")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_BakedSoundSocket", "Sound")
self.inputs.new("mn_FloatSocket", "Frequence")
self.inputs.new("mn_FloatSocket", "Frame")
self.outputs.new("mn_FloatListSocket", "Strengths")
self.outputs.new("mn_FloatSocket", "Strength")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "Frame")
self.inputs.new("mn_FloatSocket", "From")
self.inputs.new("mn_FloatSocket", "To")
self.inputs.new("mn_ObjectSocket", "Object")
allowCompiling()
def init(self, context):
forbidCompiling()
self.width = 200
self.inputs.new("mn_ObjectSocket", "Object").showName = False
self.inputs.new("mn_StringSocket", "Attribute").string = ""
self.inputs.new("mn_GenericSocket", "Value")
self.outputs.new("mn_ObjectSocket", "Object")
allowCompiling()
def init(self, context):
forbidCompiling()
self.inputs.new("mn_FloatSocket", "Frame")
self.inputs.new("mn_FloatSocket", "From")
self.inputs.new("mn_FloatSocket", "To")
self.inputs.new("mn_ObjectSocket", "Object")
allowCompiling()