public override void ShowContexMenu(InputSocket socket)
{
var menu = new GenericMenu();
menu.AddItem(new GUIContent("Auto Hide Edges"),
false,
() =>
{
socket.EdgeList.ForEach(edge => edge.AutoHide = true);
});
menu.AddItem(new GUIContent("Always Show Edges"),
false,
() =>
{
socket.EdgeList.ForEach(edge => edge.AutoHide = false);
});
menu.AddSeparator("");
menu.AddItem(new GUIContent("Move Up"),
false,
() => { socket.Node.Editor().MoveSocket(socket, -1); });
menu.AddItem(new GUIContent("Move Down"),
false,
() => { socket.Node.Editor().MoveSocket(socket, 1); });
menu.AddSeparator("");
menu.AddItem(new GUIContent("Disconnect"),
false,
socket.Editor().Disconnect);
menu.ShowAsContext();
}
public NumberDisplayNode(int id, Graph parent) : base(id, parent)
{
_textFieldArea = new Rect(10, 0, 80, Config.SocketSize);
_inSocket = new InputSocket(this, typeof(INumberConnection));
Sockets.Add(_inSocket);
Height = 20 + Config.SocketOffsetTop;
}
public void DrawEdges(Rect canvasAreaInWindow)
{
if (_draggingPathPointIndex == -1)
{
_hoveringEdge = null;
}
for (var i = 0; i < Graph.GetNodeCount(); i++)
{
Node node = Graph.GetNodeAt(i);
for (var iu = 0; iu < node.Sockets.Count; iu++)
{
AbstractSocket socket = node.Sockets[iu];
if (socket.IsInput() && socket.IsConnected()) // draw only input sockets to avoid double drawing of edges
{
InputSocket inputSocket = (InputSocket)socket;
if (CanvasOverlapsWindow(inputSocket.Edge.Bounds, canvasAreaInWindow))
{
bool highlight = _selectedNodes.Contains(node) ||
_selectedNodes.Contains(inputSocket.Edge.Output.Parent);
int segmentIndex = inputSocket.Edge.IntersectsPathSegment(Event.current.mousePosition);
bool hover = segmentIndex > -1;
node.GUIDrawEdge(inputSocket, highlight, hover);
if (hover && _draggingPathPointIndex == -1)
{
HandleEdgeHover(inputSocket.Edge, segmentIndex);
_hoveringEdge = inputSocket.Edge;
}
}
}
}
}
}
public SaveTextureNode(int id, Graph parent) : base(id, parent)
{
_inputSocketColorMap = new InputSocket(this, typeof(IColorMapConnection));
Sockets.Add(_inputSocketColorMap);
Height = 70;
Width = 80;
}
public SerializationContainer Serialize(List <Node> nodes)
{
if (nodes == null)
{
return(null);
}
bool wasTriggering = TriggerEvents;
TriggerEvents = false;
SerializationContainer container = new SerializationContainer();
for (var index = 0; index < nodes.Count; index++)
{
var node = nodes[index];
container.Nodes.Add(node.ToSerializedNode());
for (var i = 0; i < node.Sockets.Count; i++)
{
var socket = node.Sockets[i];
if (socket.IsInput() && socket.IsConnected())
// serialize only input socket edges to avoid double edge serialization
{
InputSocket inputSocket = (InputSocket)socket;
container.Edges.Add(inputSocket.Edge.ToSerializedEgde());
}
}
}
TriggerEvents = wasTriggering;
return(container);
}
public AbsNode(int id, Graph parent) : base(id, parent)
{
_inputSocket = new InputSocket(this, typeof(AbstractNumberNode));
Sockets.Add(_inputSocket);
Width = 40;
Height = 40;
}
public FunctionGate(Func <T, R> function)
{
this.inputSocket = new InputSocket <T>();
this.outputSocket = new OutputSocket <R>();
this.SetFunction(function);
}
public EntitiesNode(int id, Graph parent) : base(id, parent)
{
_inputSocketGameObject = new InputSocket(this, typeof(IGameObjectsConnection));
_inputSocketPositions = new InputSocket(this, typeof(IVectorConnection));
_inputSocketRotationZ = new InputSocket(this, typeof(INumberConnection));
_inputSocketRotationX = new InputSocket(this, typeof(INumberConnection));
_inputSocketRotationY = new InputSocket(this, typeof(INumberConnection));
_inputSocketScaleZ = new InputSocket(this, typeof(INumberConnection));
_inputSocketScaleZ.SetDirectInputNumber(1, false);
_inputSocketScaleX = new InputSocket(this, typeof(INumberConnection));
_inputSocketScaleX.SetDirectInputNumber(1, false);
_inputSocketScaleY = new InputSocket(this, typeof(INumberConnection));
_inputSocketScaleY.SetDirectInputNumber(1, false);
Sockets.Add(_inputSocketGameObject);
Sockets.Add(_inputSocketPositions);
Sockets.Add(_inputSocketRotationX);
Sockets.Add(_inputSocketRotationY);
Sockets.Add(_inputSocketRotationZ);
Sockets.Add(_inputSocketScaleX);
Sockets.Add(_inputSocketScaleY);
Sockets.Add(_inputSocketScaleZ);
Sockets.Add(new OutputSocket(this, typeof(IEntitiesConnection)));
Height = 180;
}
/// <summary>Unity serialization callback.</summary>
public void OnBeforeSerialize()
{
if (_nodes.Count == 0)
{
return; // nothing to serialize
}
bool wasTriggering = TriggerEvents;
TriggerEvents = false;
_serializedEdges.Clear();
_serializedNodes.Clear();
// serialize data
foreach (var node in _nodes)
{
_serializedNodes.Add(node.ToSerializedNode());
foreach (var socket in node.Sockets)
{
if (socket.IsInput() && socket.IsConnected()) // serialize only input socket edges to avoid double edge serialization
{
InputSocket inputSocket = (InputSocket)socket;
_serializedEdges.Add(inputSocket.Edge.ToSerializedEgde());
}
}
}
TriggerEvents = wasTriggering;
}
public bool Link(InputSocket inputSocket, OutputSocket outputSocket)
{
if (!CanBeLinked(inputSocket, outputSocket))
{
Debug.LogWarning("Sockets can not be linked.");
return(false);
}
_needsUpdate = true;
if (inputSocket.Type == outputSocket.Type)
{
Edge edge = new Edge(outputSocket, inputSocket);
Edge oldEdge = inputSocket.Edge;
inputSocket.Edge = edge;
outputSocket.Edges.Add(edge);
if (!AllowCicles && HasCycle())
{
// revert
inputSocket.Edge = oldEdge;
outputSocket.Edges.Remove(edge);
Log.Info("Can not link sockets. Circles are not allowed.");
return(false);
}
if (TriggerEvents)
{
EventManager.TriggerOnLinkEdge(this, edge);
}
}
return(true);
}
public void GUIDrawEdge(InputSocket socket, bool highlight, bool hover)
{
if (socket.IsConnected())
{
socket.Edge.Draw(highlight, hover);
}
}
public RangeNode(int id, Graph parent) : base(id, parent)
{
_inputSocket01 = new InputSocket(this, typeof(AbstractNumberNode));
Sockets.Add(_inputSocket01);
Height = 60;
Width = 100;
}
private void AddGameObjectsSocket()
{
var gameObjectsSocket = new InputSocket(this, typeof(IEntitiesConnection));
Sockets.Insert(GetNextGameObjectsSocketIndex(), gameObjectsSocket);
_entitiesCount++;
}
public void UnLink(AbstractSocket socket)
{
if (socket == null || !socket.IsConnected())
{
return;
}
if (socket.IsInput())
{
InputSocket inputSocket = (InputSocket)socket;
if (inputSocket.Edge != null)
{
UnLink(inputSocket, inputSocket.Edge.Output);
}
}
if (socket.IsOutput())
{
OutputSocket outputSocket = (OutputSocket)socket;
Edge[] edgeCopy = new Edge[outputSocket.Edges.Count];
outputSocket.Edges.CopyTo(edgeCopy);
foreach (var edge in edgeCopy)
{
UnLink(edge.Input, outputSocket);
}
}
}
private void AddLandscapeSocket()
{
var landscapeSocket = new InputSocket(this, typeof(ILandscapeConnection));
Sockets.Insert(GetNextLandscapeSocketIndex(), landscapeSocket);
_landscapeCount++;
}
/// <summary> Converts this node to a SerializableNode </summary>
public SerializableNode ToSerializedNode()
{
SerializableNode n = new SerializableNode();
n.type = GetType().FullName;
n.id = Id;
n.X = WindowRect.xMin;
n.Y = WindowRect.yMin;
n.Collapsed = Collapsed;
n.directInputValues = new float[Sockets.Count];
for (var i = 0; i < n.directInputValues.Length; i++)
{
if (Sockets[i].IsInput())
{
InputSocket inputSocket = (InputSocket)Sockets[i];
if (inputSocket.IsInDirectInputMode())
{
n.directInputValues[i] = inputSocket.GetDirectInputNumber();
}
}
}
n.data = JsonUtility.ToJson(this); // custom node data can be used
OnSerialization(n);
return(n);
}
private void Attach(OutputSocket start, InputSocket end)
{
if (!IsValidAttach(start, end))
{
return;
}
string[] paths = end.SocketPath.Split('.');
var obj = SerializedObjectPool.Grab(end.ParentNode);
var socketProperty = obj.FindProperty(paths[0]);
UnityEngine.Debug.Log(socketProperty.displayName);
for (int i = 1; i < paths.Length; i++)
{
socketProperty = socketProperty.FindPropertyRelative(paths[i]);
}
var sourceNodeProperty = socketProperty.FindPropertyRelative("SourceNode");
var sourcePathProperty = socketProperty.FindPropertyRelative("SourcePath");
sourceNodeProperty.objectReferenceValue = start.ParentNode;
sourcePathProperty.stringValue = start.SocketPath;
obj.ApplyModifiedProperties();
Repaint();
}
public void UnLink(AbstractSocket socket)
{
if (socket == null || !socket.IsConnected())
{
return;
}
if (socket.IsInput())
{
InputSocket inputSocket = (InputSocket)socket;
if (inputSocket.Edge != null)
{
UnLink(inputSocket, inputSocket.Edge.Output);
}
}
if (socket.IsOutput())
{
OutputSocket outputSocket = (OutputSocket)socket;
Edge[] edgeCopy = new Edge[outputSocket.Edges.Count];
outputSocket.Edges.CopyTo(edgeCopy);
for (int index = 0; index < edgeCopy.Length; index++)
{
var edge = edgeCopy[index];
UnLink(edge.Input, outputSocket);
}
}
}
public ExponentialGate()
{
this.baseSocket = new InputSocket <double>();
this.exponentSocket = new InputSocket <double>();
this.defaultSocket = new InputSocket <double>();
this.resultSocket = new OutputSocket <double>();
}
public UnfoldGate(double trueValue, double falseValue)
{
this.valueSocket = new InputSocket <bool>();
this.trueValueSocket = new InputSocket <double>(trueValue);
this.falseValueSocket = new InputSocket <double>(falseValue);
this.resultSocket = new OutputSocket <double>();
}
public InvertColorNode(int id, Graph parent) : base(id, parent)
{
_inputSocketColor = new InputSocket(this, typeof(IColorConnection));
Sockets.Add(_inputSocketColor);
Sockets.Add(new OutputSocket(this, typeof(IColorConnection)));
Width = 70;
Height = 40;
}
public RepeatColorNode(int id, Graph parent) : base(id, parent)
{
_inputSocket = new InputSocket(this, typeof(IColorConnection));
Sockets.Add(_inputSocket);
Sockets.Add(new OutputSocket(this, typeof(IColorConnection)));
Name = "";
Height = 40;
}
public RangeNode(int id, Graph parent) : base(id, parent)
{
_inputSocket01 = new InputSocket(this, typeof(INumberConnection));
Sockets.Add(_inputSocket01);
Sockets.Add(new OutputSocket(this, typeof(INumberConnection)));
Height = 80;
Width = 100;
}
public AbsNode(int id, Graph parent) : base(id, parent)
{
_inputSocket = new InputSocket(this, typeof(INumberConnection));
Sockets.Add(_inputSocket);
Sockets.Add(new OutputSocket(this, typeof(INumberConnection)));
Width = 40;
Height = 40;
}
public DisplayColorMapNode(int id, Graph parent) : base(id, parent)
{
_texture = new GUIThreadedTexture();
_inputSocket = new InputSocket(this, typeof(IColorMapConnection));
Sockets.Add(_inputSocket);
Width = MinWidth;
Height = MinHeight;
}
public AbstracStateConditionNode(int id, Graph parent) : base(id, parent)
{
inputSocket01 = new InputSocket(this, typeof(AbstracMonsterAINode));
outSocket = new OutputSocket(this, typeof(AbstracStateConditionNode));
Sockets.Add(outSocket);
Sockets.Add(inputSocket01);
}
public DivisionGate()
{
this.dividendSocket = new InputSocket <double>();
this.divisorSocket = new InputSocket <double>();
this.defaultSocket = new InputSocket <double>();
this.resultSocket = new OutputSocket <double>();
this.remainderSocket = new OutputSocket <double>();
}
public InputSocketView GetInputSocketControl(InputSocket soc)
{
var a = from b in InputSocketControls
where b.sock == soc
select b;
return(a.First());
}
public bool AreConected(InputSocket inputSocket, OutputSocket outputSocket)
{
if (inputSocket == null || outputSocket == null || inputSocket.Edge == null || outputSocket.Edges.Count == 0)
{
return(false);
}
return(outputSocket.Edges.Contains(inputSocket.Edge));
}
public PowNode(int id, Graph parent) : base(id, parent)
{
_valueSocket01 = new InputSocket(this, typeof(AbstractNumberNode));
_valueSocket02 = new InputSocket(this, typeof(AbstractNumberNode));
Sockets.Add(_valueSocket01);
Sockets.Add(_valueSocket02);
Width = 50;
Height = 60;
}