public void AddNewOutport(PortView outport)
{
OutportContainer outportContainer = new OutportContainer(outport);
OutportContainers.Add(outportContainer);
AllOutportsContainer.Add(outportContainer);
}
public InportContainer(PortView portView)
{
var uxmlAsset = Resources.Load <VisualTreeAsset>(ResourceAssetPaths.ImportContainer_UXML);
uxmlAsset.CloneTree(this);
InportHeader = this.Q <VisualElement>(INPORT_HEADER);
InportFooter = this.Q <VisualElement>(INPORT_FOOTER);
InportBody = this.Q <VisualElement>(INPORT_BODY);
InportArea = this.Q <VisualElement>(INPORT_AREA);
PortView = portView;
InportArea.Add(portView);
}
public void CreateOutports()
{
m_outports.Clear();
for (int j = 0; j < SerializedNode.FindPropertyRelative(ANode.OutportsVarName).arraySize; j++)
{
PortView newPort = new PortView(this,
Orientation.Horizontal,
Direction.Output,
Port.Capacity.Single,
typeof(bool),
j,
m_nodeViewDrawer.NodeColor,
m_edgeConnectorListener);
newPort.portName = "";
m_outports.Add(newPort);
}
}
public override List <Port> GetCompatiblePorts(Port startPort, NodeAdapter nodeAdapter)
{
PortView portOne = startPort as PortView;
List <Port> compatiblePorts = new List <Port>();
compatiblePorts.AddRange(ports.ToList().Where(port => {
PortView portTwo = port as PortView;
if (portOne.direction == portTwo.direction)
{
return(false);
}
if (portOne.Node == portTwo.Node)
{
return(false);
}
return(true);
}));
return(compatiblePorts);
}
public void SetInport(PortView inport)
{
InportContainer = new InportContainer(inport);
NodeView.inputContainer.Add(InportContainer);
NodeView.inputContainer.style.flexGrow = 0;
}
public void Setup()
{
FirstPort = output as PortView;
SecondPort = input as PortView;
}
public NodeView(ANode node,
SerializedProperty serializedNode,
NodeGraphView nodeGraphView,
IEdgeConnectorListener edgeConnectorListener,
NodeViewDrawer nodeViewDrawer) : base()
{
if (serializedNode == null)
{
return;
}
Node = node;
NodeType = Node.GetType();
SerializedNode = serializedNode;
m_nodeGraphView = nodeGraphView;
m_edgeConnectorListener = edgeConnectorListener;
NodeId = SerializedNode.FindPropertyRelative(ANode.IdVarname).stringValue;
m_nodeViewDrawer = nodeViewDrawer;
m_nodeDisplayContainers = new NodeDisplayContainers(this, m_nodeViewDrawer);
m_nodeViewDrawer.SetNodeView(this, SerializedNode, nodeGraphView.NodeGraph, m_nodeDisplayContainers);
m_nodeViewDrawer.OnSetup();
title = m_nodeViewDrawer.DisplayName;
bool isEntryNode = (typeof(BuiltInNodes.EntryNode)).IsAssignableFrom(NodeType);
if (isEntryNode)
{
this.capabilities = this.capabilities & (~Capabilities.Deletable);
}
if (!isEntryNode)
{
//Add ports
m_inport = new PortView(this,
Orientation.Horizontal,
Direction.Input,
Port.Capacity.Single,
typeof(bool),
0,
m_nodeViewDrawer.NodeColor,
m_edgeConnectorListener);
m_inport.portName = "";
m_nodeDisplayContainers.SetInport(m_inport);
}
CreateOutports();
// Draw node
m_nodeViewDrawer.Repaint(m_outports);
RefreshExpandedState();
RefreshPorts();
Vector2 pos = SerializedNode.FindPropertyRelative(ANode.PositionVarName).vector2Value;
SetPosition(new Rect(pos, Vector2.zero));
//this.RegisterCallback<GeometryChangedEvent>((GeometryChangedEvent gce) => { Debug.Log(gce.newRect.position); });
}