public void InsertPort(PortView portView, int index)
{
if (portView.direction == Direction.Input)
{
if (portView.portData.vertical)
{
topPortContainer.Insert(index, portView);
}
else
{
inputContainer.Insert(index, portView);
}
}
else
{
if (portView.portData.vertical)
{
bottomPortContainer.Insert(index, portView);
}
else
{
outputContainer.Insert(index, portView);
}
}
}
public void OnPortConnected(PortView pv, Edge edge)
{
// Fix port datas
if (pv.direction == Direction.Input)
{
edge.input = pv;
}
else
{
edge.output = pv;
}
// If the edge is already connected, ignore it
if (portViews.ContainsKey(edge))
{
return;
}
portViews[edge] = pv;
if (pv.GetEdges().Count == 0)
{
multiPorts.AddUniqueId(multiPorts.GetUniqueId());
AddPort();
}
}
public PortView AddPort(FieldInfo fieldInfo, Direction direction, BaseEdgeConnectorListener listener, PortData portData)
{
// TODO: hardcoded value
PortView p = PortView.CreatePV(Orientation.Horizontal, direction, fieldInfo, portData, listener);
if (p.direction == Direction.Input)
{
inputPortViews.Add(p);
inputContainer.Add(p);
}
else
{
outputPortViews.Add(p);
outputContainer.Add(p);
}
p.Initialize(this, portData?.displayName);
List <PortView> ports;
portsPerFieldName.TryGetValue(p.fieldName, out ports);
if (ports == null)
{
ports = new List <PortView>();
portsPerFieldName[p.fieldName] = ports;
}
ports.Add(p);
return(p);
}
public void RemovePort(PortView p)
{
// Remove all connected edges:
var edgesCopy = p.GetEdges().ToList();
foreach (var e in edgesCopy)
{
owner.Disconnect(e, refreshPorts: false);
}
if (p.direction == Direction.Input)
{
if (inputPortViews.Remove(p))
{
p.RemoveFromHierarchy();
}
}
else
{
if (outputPortViews.Remove(p))
{
p.RemoveFromHierarchy();
}
}
List <PortView> ports;
portsPerFieldName.TryGetValue(p.fieldName, out ports);
ports.Remove(p);
}
public static PortView CreatePortView(Direction direction, FieldInfo fieldInfo, PortData portData, BaseEdgeConnectorListener edgeConnectorListener)
{
var pv = new PortView(direction, fieldInfo, portData, edgeConnectorListener);
pv.m_EdgeConnector = new BaseEdgeConnector(edgeConnectorListener);
pv.AddManipulator(pv.m_EdgeConnector);
// Force picking in the port label to enlarge the edge creation zone
var portLabel = pv.Q("type");
if (portLabel != null)
{
portLabel.pickingMode = PickingMode.Position;
portLabel.style.flexGrow = 1;
}
// hide label when the port is vertical
if (portData.vertical && portLabel != null)
{
portLabel.style.display = DisplayStyle.None;
}
// Fixup picking mode for vertical top ports
if (portData.vertical)
{
pv.Q("connector").pickingMode = PickingMode.Position;
}
return(pv);
}
public static PortView CreatePV(Orientation orientation, Direction direction, FieldInfo fieldInfo, PortData portData, BaseEdgeConnectorListener edgeConnectorListener)
{
var pv = new PortView(orientation, direction, fieldInfo, portData, edgeConnectorListener);
pv.m_EdgeConnector = new BaseEdgeConnector(edgeConnectorListener);
pv.AddManipulator(pv.m_EdgeConnector);
return(pv);
}
void AddPort()
{
PortView pv = node.AddPort(fieldInfo, direction, listener, isMultiple, name);
// We force the AddPort in the BaseNode class because the port list is not updated except at the construction of the class
node.nodeTarget.AddPort(direction == Direction.Input, pv.fieldName);
pv.OnConnected += OnPortConnected;
pv.OnDisconnected += OnPortDisconnected;
}
public void InsertPort(PortView portView, int index)
{
if (portView.direction == Direction.Input)
{
inputContainer.Insert(index, portView);
}
else
{
outputContainer.Insert(index, portView);
}
}
public void RemovePort(PortView p)
{
if (p.direction == Direction.Input)
{
inputPorts.Remove(p);
inputContainer.Remove(p);
}
else
{
outputPorts.Remove(p);
outputContainer.Remove(p);
}
portsPerFieldName.Remove(p.fieldName);
}
public static List <PortDescription> GetEdgeCreationNodeMenuEntry(PortView portView)
{
return(nodeCreatePortDescription.Where(n => {
if (portView.direction == Direction.Input && n.isInput || portView.direction == Direction.Output && !n.isInput)
{
return false;
}
if (!BaseGraph.TypesAreConnectable(n.portType, portView.portType))
{
return false;
}
return true;
}).ToList());
}
public void Initialize(BaseGraphView graphView, EditorWindow window, EdgeView edgeFilter = null)
{
this.graphView = graphView;
this.window = window;
this.edgeFilter = edgeFilter;
this.inputPortView = edgeFilter?.input as PortView;
this.outputPortView = edgeFilter?.output as PortView;
// Transparent icon to trick search window into indenting items
if (icon == null)
{
icon = new Texture2D(1, 1);
}
icon.SetPixel(0, 0, new Color(0, 0, 0, 0));
icon.Apply();
}
public RelayNodeView AddRelayNode(PortView inputPort, PortView outputPort, Vector2 position)
{
var relayNode = BaseNode.CreateFromType <RelayNode>(position);
var view = AddNode(relayNode) as RelayNodeView;
if (outputPort != null)
{
Connect(view.inputPortViews[0], outputPort);
}
if (inputPort != null)
{
Connect(inputPort, view.outputPortViews[0]);
}
return(view);
}
public void OnPortDisconnected(PortView pv, Edge edge)
{
if (pv.GetEdges().Count == 0)
{
if ((edge as EdgeView).isConnected && portViews.ContainsKey(edge))
{
var portToRemove = portViews[edge];
node.RemovePort(portToRemove);
node.nodeTarget.RemovePort(direction == Direction.Input, portToRemove.fieldName);
portViews.Remove(edge);
multiPorts.RemoveUniqueId(0);
}
}
}
public PortView AddPort(FieldInfo fieldInfo, Direction direction, BaseEdgeConnectorListener listener, PortData portData)
{
PortView p = CreatePortView(direction, fieldInfo, portData, listener);
if (p.direction == Direction.Input)
{
inputPortViews.Add(p);
if (portData.vertical)
{
topPortContainer.Add(p);
}
else
{
inputContainer.Add(p);
}
}
else
{
outputPortViews.Add(p);
if (portData.vertical)
{
bottomPortContainer.Add(p);
}
else
{
outputContainer.Add(p);
}
}
p.Initialize(this, portData?.displayName);
List <PortView> ports;
portsPerFieldName.TryGetValue(p.fieldName, out ports);
if (ports == null)
{
ports = new List <PortView>();
portsPerFieldName[p.fieldName] = ports;
}
ports.Add(p);
return(p);
}
public static PortView CreatePV(Orientation orientation, Direction direction, FieldInfo fieldInfo, PortData portData, BaseEdgeConnectorListener edgeConnectorListener)
{
var pv = new PortView(orientation, direction, fieldInfo, portData, edgeConnectorListener);
pv.m_EdgeConnector = new BaseEdgeConnector(edgeConnectorListener);
pv.AddManipulator(pv.m_EdgeConnector);
// Force picking in the port label to enlarge the edge creation zone
var portLabel = pv.Q("type");
if (portLabel != null)
{
portLabel.pickingMode = PickingMode.Position;
portLabel.style.flexGrow = 1;
}
return(pv);
}
public PortView AddPort(FieldInfo fieldInfo, Direction direction, EdgeConnectorListener listener, bool isMultiple = false, string name = null)
{
// TODO: hardcoded value
PortView p = new PortView(Orientation.Horizontal, direction, fieldInfo, listener);
if (p.direction == Direction.Input)
{
inputPorts.Add(p);
inputContainer.Add(p);
}
else
{
outputPorts.Add(p);
outputContainer.Add(p);
}
p.Initialize(this, isMultiple, name);
portsPerFieldName[p.fieldName] = p;
return(p);
}
public static IEnumerable <PortDescription> GetEdgeCreationNodeMenuEntry(PortView portView, BaseGraph graph = null)
{
foreach (var description in genericNodes.nodeCreatePortDescription)
{
if (!IsPortCompatible(description))
{
continue;
}
yield return(description);
}
if (graph != null && specificNodeDescriptions.TryGetValue(graph, out var specificNodes))
{
foreach (var description in specificNodes.nodeCreatePortDescription)
{
if (!IsPortCompatible(description))
{
continue;
}
yield return(description);
}
}
bool IsPortCompatible(PortDescription description)
{
if (portView.direction == Direction.Input && description.isInput || portView.direction == Direction.Output && !description.isInput)
{
return(false);
}
if (!BaseGraph.TypesAreConnectable(description.portType, portView.portType))
{
return(false);
}
return(true);
}
}
public bool Connect(PortView inputPortView, PortView outputPortView, bool autoDisconnectInputs = true)
{
var inputPort = inputPortView.owner.nodeTarget.GetPort(inputPortView.fieldName, inputPortView.portData.identifier);
var outputPort = outputPortView.owner.nodeTarget.GetPort(outputPortView.fieldName, outputPortView.portData.identifier);
// Checks that the node we are connecting still exists
if (inputPortView.owner.parent == null || outputPortView.owner.parent == null)
{
return(false);
}
var newEdge = SerializableEdge.CreateNewEdge(graph, inputPort, outputPort);
var edgeView = new EdgeView()
{
userData = newEdge,
input = inputPortView,
output = outputPortView,
};
return(Connect(edgeView));
}
public virtual void OnPortDisconnected(PortView port)
{
}
protected virtual PortView CreatePortView(Direction direction, FieldInfo fieldInfo, PortData portData, BaseEdgeConnectorListener listener) => PortView.CreatePortView(direction, fieldInfo, portData, listener);
public void OnPortDisconnected(PortView port)
{
onPortDisconnected?.Invoke(port);
}
internal void OnPortDisconnected(PortView port)
{
onPortDisconnected?.Invoke(port);
}
