private void UniPortAction(SerializableEdge edge, Action <INodePort, INodePort> portAction)
{
if (!(edge.outputNode is UniBaseNode outputNode))
{
return;
}
if (!(edge.inputNode is UniBaseNode inputNode))
{
return;
}
var inputPort = edge.inputPort;
var outputPort = edge.outputPort;
var inputPortName = inputPort.portData.identifier;
var outputPortName = outputPort.portData.identifier;
var output = outputNode.SourceNode;
var input = inputNode.SourceNode;
var fromPort = output.GetPort(outputPortName);
var toPort = input.GetPort(inputPortName);
portAction(fromPort, toPort);
}
void EdgeConnectionCallback(SerializableEdge edge)
{
if (edge.inputPort == inputPorts[0])
{
// Update the loop start:
var newLoopStart = FindInDependencies(n => n is ForStart) as ForStart;
if (newLoopStart != loopStart)
{
UnregisterLoopStart();
loopStart = newLoopStart;
RegisterLoopStart();
}
else
{
loopStart = newLoopStart;
}
if (loopStart != null)
{
loopStartGUID = loopStart.GUID;
}
UpdateAllPorts();
}
else if (loopStart != null && edge.inputPort == loopStart.inputPorts[0])
{
UpdateAllPorts();
}
}
void EdgeDisconnected(SerializableEdge edge)
{
// If there is still an edge connected to the node then, we do nothing
if (inputPorts.Any(n => n.GetEdges().Count != 0) || outputPorts.Any(n => n.GetEdges().Count != 0))
{
return;
}
}
void UpdateSettings(SerializableEdge edge)
{
// Update nodes used to infere settings values
parentSettingsNode = GetInputNodes().FirstOrDefault(n => IsNodeUsingSettings(n)) as MixtureNode;
childSettingsNode = GetOutputNodes().FirstOrDefault(n => IsNodeUsingSettings(n)) as MixtureNode;
settings.ResolveAndUpdate(this);
}
public EdgeElement CreateEdgeElement(SerializableEdge edge, NodeElement fromNode, List <NodeElement> nodeElements)
{
var edgeElement = new EdgeElement(edge, fromNode, nodeElements[edge.toId]);
Add(edgeElement);
m_Edges.Add(edgeElement);
return(edgeElement);
}
public void SerializeEdge(EdgeElement edge)
{
var serializableEdge = new SerializableEdge()
{
toId = m_Nodes.IndexOf(edge.To)
};
edge.From.serializableNode.edges.Add(serializableEdge);
edge.serializableEdge = serializableEdge;
}
public void SerializeEdge(EdgeElement edge)
{
var serializableEdge = new SerializableEdge()
{
toId = m_Nodes.IndexOf(edge.To) // ここで先ノードのIDを数える
};
edge.From.serializableNode.edges.Add(serializableEdge); // 実際に追加
edge.serializableEdge = serializableEdge; // EdgeElementに登録しておく
}
public void DeserializeEdge(SerializableEdge edge, string outputNodeGUID, string inputNodeGUID)
{
if (!graph.nodesPerGUID.ContainsKey(outputNodeGUID) || !graph.nodesPerGUID.ContainsKey(inputNodeGUID))
{
return;
}
edge.outputNode = graph.nodesPerGUID[outputNodeGUID];
edge.inputNode = graph.nodesPerGUID[inputNodeGUID];
edge.inputPort = edge.inputNode.GetPort(edge.inputFieldName, edge.inputPortIdentifier);
edge.outputPort = edge.outputNode.GetPort(edge.outputFieldName, edge.outputPortIdentifier);
}
void EdgeConnected(SerializableEdge edge)
{
UpdateAllPorts();
}
private void AddSelectionsToSubGraph(Vector2 position)
{
RegisterCompleteObjectUndo("SubGraph");
var cGraph = graph as ConvertGraph;
var newGraph = ScriptableObject.CreateInstance <SubGraph>();
var newNode = BaseNode.CreateFromType(typeof(SubGraphNode), position) as SubGraphNode;
var selectedNodeSet = new HashSet <string>();
var selectedNodeViews = new List <GraphNodeView>();
int inputIndex = 0, outputIndex = 0;
var inputEdges = new List <Tuple <SerializableEdge, string> >();
var outputEdges = new List <Tuple <SerializableEdge, string> >();
var edgeMap = new Dictionary <string, List <SerializableEdge> >();
for (int i = 0; i < selection.Count; i++)
{
ISelectable selectItem = selection[i];
if (selectItem is ConvertNodeView graphNodeView)
{
selectedNodeViews.Add(graphNodeView);
selectedNodeSet.Add(graphNodeView.nodeTarget.GUID);
}
else if (selectItem is SourceNodeView sourceNodeView)
{
Debug.LogWarning("You can't subgraph your source node");
selection.Clear();
return;
}
}
for (int i = 0; i < selectedNodeViews.Count; i++)
{
GraphNodeView selectItem = selectedNodeViews[i];
var cNode = selectItem.nodeTarget as ConvertNode;
edgeMap.Clear();
var iEdges = cNode.GetInputEdges();
foreach (var edge in iEdges)
{
if (!edgeMap.ContainsKey(edge.outputNodeGUID))
{
edgeMap[edge.outputNodeGUID] = new List <SerializableEdge>();
}
edgeMap[edge.outputNodeGUID].Add(edge);
}
var inputNodes = cNode.GetInputNodes();
foreach (var inputNode in inputNodes)
{
if (!selectedNodeSet.Contains(inputNode.GUID))
{
var parameterInfos = cNode.ParameterInfos;
var index = inputIndex;
foreach (var parameterInfo in parameterInfos)
{
if (!parameterInfo.IsOut)
{
newNode.AddInputPorData(new SerialPortData
{
displayName = parameterInfo.Name,
displayType = new TypeInfo(parameterInfo.ParameterType),
identifier = inputIndex.ToString(),
guid = $"{inputNode.GUID}-{(inputIndex - index).ToString()}",
position = new Vector2(cNode.position.x - (24 + 8) * 10, cNode.position.y + inputIndex * 24 * 10),
});
inputIndex++;
}
}
var list = edgeMap[inputNode.GUID];
for (int j = 0; j < list.Count; j++)
{
inputEdges.Add(new Tuple <SerializableEdge, string>(list[j], (Convert.ToInt32(list[j].inputPortIdentifier) + index).ToString()));
}
// PLAN Default Nodes (empty input)
}
}
edgeMap.Clear();
var oEdges = cNode.GetOutputEdges();
foreach (var edge in oEdges)
{
if (!edgeMap.ContainsKey(edge.inputNodeGUID))
{
edgeMap[edge.inputNodeGUID] = new List <SerializableEdge>();
}
edgeMap[edge.inputNodeGUID].Add(edge);
}
var outputNodes = cNode.GetOutputNodes();
foreach (var outputNode in outputNodes)
{
if (!selectedNodeSet.Contains(outputNode.GUID))
{
int index = outputIndex;
var parameterInfos = cNode.ParameterInfos;
foreach (var parameterInfo in parameterInfos)
{
if (parameterInfo.IsOut)
{
newNode.AddOutputPorData(new SerialPortData
{
displayName = parameterInfo.Name,
displayType = new TypeInfo(parameterInfo.ParameterType.GetElementType()),
identifier = outputIndex.ToString(),
guid = $"{outputNode.GUID}-{(outputIndex - index).ToString()}",
position = new Vector2(cNode.position.x + (24 + 8 * 10), cNode.position.y + outputIndex * 24 * 10),
});
outputIndex++;
}
}
var list = edgeMap[outputNode.GUID];
for (int j = 0; j < list.Count; j++)
{
outputEdges.Add(new Tuple <SerializableEdge, string>(list[j], (Convert.ToInt32(list[j].outputPortIdentifier) + index).ToString()));
}
}
}
}
string path = EditorUtility.SaveFilePanel(
"Save your convert graph",
"",
"NewConverterSubGraph",
"asset"
);
if (string.IsNullOrEmpty(path))
{
return;
}
path = $"Assets{path.Substring(Application.dataPath.Length)}";
AssetDatabase.CreateAsset(newGraph, path);
newNode.subGraphGUID = AssetDatabase.AssetPathToGUID(path);
AddNode(newNode);
var delayConnectEdgeViews = new List <EdgeView>();
for (int i = 0; i < inputEdges.Count; i++)
{
var inputEdge = inputEdges[i].Item1;
var oldOutputNode = inputEdge.outputNode;
var outputPort = oldOutputNode.GetPort(inputEdge.outputPort.fieldName, inputEdge.outputPortIdentifier);
var inputPort = newNode.GetPort(nameof(newNode.inputValue), inputEdges[i].Item2.ToString());
var newEdge = SerializableEdge.CreateNewEdge(newGraph, inputPort, outputPort);
if (nodeViewsPerNode.ContainsKey(oldOutputNode) && nodeViewsPerNode.ContainsKey(newNode))
{
var edgeView = new EdgeView()
{
userData = newEdge,
input = nodeViewsPerNode[newNode].GetPortViewFromFieldName(newEdge.inputFieldName, newEdge.inputPortIdentifier),
output = nodeViewsPerNode[oldOutputNode].GetPortViewFromFieldName(newEdge.outputFieldName, newEdge.outputPortIdentifier)
};
Connect(edgeView);
}
}
for (int i = 0; i < outputEdges.Count; i++)
{
var outputEdge = outputEdges[i].Item1;
var oldInputNode = outputEdge.inputNode;
var inputPort = oldInputNode.GetPort(outputEdge.inputPort.fieldName, outputEdge.inputPortIdentifier);
var outputPort = newNode.GetPort(nameof(newNode.outputValue), outputEdges[i].Item2.ToString());
var newEdge = SerializableEdge.CreateNewEdge(newGraph, inputPort, outputPort);
if (nodeViewsPerNode.ContainsKey(oldInputNode) && nodeViewsPerNode.ContainsKey(newNode))
{
var edgeView = new EdgeView()
{
userData = newEdge,
input = nodeViewsPerNode[oldInputNode].GetPortViewFromFieldName(newEdge.inputFieldName, newEdge.inputPortIdentifier),
output = nodeViewsPerNode[newNode].GetPortViewFromFieldName(newEdge.outputFieldName, newEdge.outputPortIdentifier)
};
delayConnectEdgeViews.Add(edgeView);
}
}
string copyDatas = SerialzieSubGraphElements(selection.OfType <GraphElement>(), inputEdges.Select(v => v.Item1).Concat(outputEdges.Select(v => v.Item1)));
for (int i = 0; i < selectedNodeViews.Count; i++)
{
RemoveNodeWithEdges(selectedNodeViews[i]);
}
// Reconnect
for (int i = 0; i < delayConnectEdgeViews.Count; i++)
{
Connect(delayConnectEdgeViews[i]);
}
if (CanPasteSerializedDataCallback(copyDatas))
{
var subGraphWindow = EditorWindow.GetWindow <SubGraphWindow>();
subGraphWindow.serialData = copyDatas;
subGraphWindow.oldGUIDs = selectedNodeViews.Select(s => s.nodeTarget.GUID).ToList();
subGraphWindow.subGraphNode = newNode;
subGraphWindow.InitializeGraph(newGraph);
}
}
void UnserializeAndPasteCallback(string serializedData, List <string> oldGUIDs, SubGraphNode subGraphNode)
{
List <SerialPortData> inputPortDatas = subGraphNode.InputPortDatas; List <SerialPortData> outputPortDatas = subGraphNode.OutputPortDatas;
var data = JsonUtility.FromJson <CopyPasteHelper>(serializedData);
Dictionary <string, BaseNode> copiedNodesMap = new Dictionary <string, BaseNode>();
Dictionary <string, string> nodesMap = new Dictionary <string, string>();
for (int i = 0; i < data.copiedNodes.Count; i++)
{
var serializedNode = data.copiedNodes[i];
var node = JsonSerializer.DeserializeNode(serializedNode);
if (node == null)
{
continue;
}
//Call OnNodeCreated on the new fresh copied node
node.OnNodeCreated();
//And move a bit the new node
node.position.position += new Vector2(20, 20);
var newNodeView = AddNode(node);
nodesMap.Add(oldGUIDs[i], newNodeView.nodeTarget.GUID);
copiedNodesMap[node.GUID] = node;
//Select the new node
AddToSelection(nodeViewsPerNode[node]);
}
for (int i = 0; i < inputPortDatas.Count; i++)
{
var node = GraphNode.CreateFromType(typeof(SourceNode), inputPortDatas[i].position) as SourceNode;
node.graphNodeType = GraphNodeType.VNode;
node.nodeName = inputPortDatas[i].displayName;
node.canChangeType = false;
node.vTypeInfo = inputPortDatas[i].displayType;
AddNode(node);
nodesMap[inputPortDatas[i].guid] = node.GUID;
copiedNodesMap[inputPortDatas[i].guid] = node;
}
for (int i = 0; i < outputPortDatas.Count; i++)
{
var node = GraphNode.CreateFromType(typeof(SourceNode), outputPortDatas[i].position) as SourceNode;
node.graphNodeType = GraphNodeType.MNode;
node.nodeName = outputPortDatas[i].displayName;
node.canChangeType = false;
node.mTypeInfo = outputPortDatas[i].displayType;
AddNode(node);
nodesMap[outputPortDatas[i].guid] = node.GUID;
copiedNodesMap[outputPortDatas[i].guid] = node;
}
foreach (var serializedGroup in data.copiedGroups)
{
var group = JsonSerializer.Deserialize <Group>(serializedGroup);
//Same than for node
group.OnCreated();
// try to centre the created node in the screen
group.position.position += new Vector2(20, 20);
var oldGUIDList = group.innerNodeGUIDs.ToList();
group.innerNodeGUIDs.Clear();
foreach (var guid in oldGUIDList)
{
graph.nodesPerGUID.TryGetValue(guid, out var node);
// In case group was copied from another graph
if (node == null)
{
copiedNodesMap.TryGetValue(guid, out node);
group.innerNodeGUIDs.Add(node.GUID);
}
else
{
group.innerNodeGUIDs.Add(copiedNodesMap[guid].GUID);
}
}
AddGroup(group);
}
foreach (var oldEdge in data.copiedEdges)
{
var edge = JsonSerializer.Deserialize <SerializableEdge>(oldEdge);
string outputDataNodeGUID = $"{edge.outputNodeGUID}-{edge.outputPortIdentifier}";
string inputDataNodeGUID = $"{edge.inputNodeGUID}-{edge.inputPortIdentifier}";
BaseNode oldOutputNode = null;
BaseNode oldInputNode = null;
string outputFieldName = edge.outputFieldName;
string inputFieldName = edge.inputFieldName;
// Find port of new nodes:
if (!nodesMap.TryGetValue(edge.outputNodeGUID, out string outputNodeGUID))
{
if (nodesMap.TryGetValue(outputDataNodeGUID, out outputNodeGUID))
{
if (!graph.nodesPerGUID.ContainsKey(outputNodeGUID))
{
continue;
}
edge.outputNode = graph.nodesPerGUID[outputNodeGUID];
if (edge.outputNode is SourceNode sNode)
{
outputFieldName = nameof(sNode.outputValue);
}
edge.outputPort = edge.outputNode.GetPort(outputFieldName, "0");
copiedNodesMap.TryGetValue(edge.outputNode.GUID, out oldOutputNode);
}
else
{
continue;
}
}
else
{
if (!graph.nodesPerGUID.ContainsKey(outputNodeGUID))
{
continue;
}
edge.outputNode = graph.nodesPerGUID[outputNodeGUID];
edge.outputPort = edge.outputNode.GetPort(outputFieldName, edge.outputPortIdentifier);
copiedNodesMap.TryGetValue(edge.outputNode.GUID, out oldOutputNode);
}
if (!nodesMap.TryGetValue(edge.inputNodeGUID, out string inputNodeGUID))
{
if (nodesMap.TryGetValue(inputDataNodeGUID, out inputNodeGUID))
{
if (!graph.nodesPerGUID.ContainsKey(inputNodeGUID))
{
continue;
}
edge.inputNode = graph.nodesPerGUID[inputNodeGUID];
if (edge.inputNode is SourceNode sNode)
{
inputFieldName = nameof(sNode.inputValue);
}
edge.inputPort = edge.inputNode.GetPort(inputFieldName, "0");
copiedNodesMap.TryGetValue(edge.inputNode.GUID, out oldInputNode);
}
else
{
continue;
}
}
else
{
if (!graph.nodesPerGUID.ContainsKey(inputNodeGUID))
{
continue;
}
edge.inputNode = graph.nodesPerGUID[inputNodeGUID];
edge.inputPort = edge.inputNode.GetPort(inputFieldName, edge.inputPortIdentifier);
copiedNodesMap.TryGetValue(edge.inputNode.GUID, out oldInputNode);
}
oldInputNode = oldInputNode ?? edge.inputNode; // Don't f*****g delete that
oldOutputNode = oldOutputNode ?? edge.outputNode;
var inputPort = edge.inputPort;
var outputPort = edge.outputPort;
var newEdge = SerializableEdge.CreateNewEdge(graph, inputPort, outputPort);
if (nodeViewsPerNode.ContainsKey(oldInputNode) && nodeViewsPerNode.ContainsKey(oldOutputNode))
{
var edgeView = new EdgeView()
{
userData = newEdge,
input = nodeViewsPerNode[oldInputNode].GetPortViewFromFieldName(newEdge.inputFieldName, newEdge.inputPortIdentifier),
output = nodeViewsPerNode[oldOutputNode].GetPortViewFromFieldName(newEdge.outputFieldName, newEdge.outputPortIdentifier)
};
Connect(edgeView);
}
}
}
public EdgeElement(SerializableEdge edge, NodeElement fromNode, NodeElement toNode) : this()
{
serializableEdge = edge;
From = fromNode;
To = toNode;
}