void Initialize()
{
RegisterCallback <KeyDownEvent>(KeyCallback);
processor = MixtureGraphProcessor.GetOrCreate(graph);
computeOrderUpdated += () => {
processor.UpdateComputeOrder();
UpdateNodeColors();
};
graph.onOutputTextureUpdated += () => ProcessGraph();
graph.onGraphChanges += _ => {
this.schedule.Execute(() => ProcessGraph()).ExecuteLater(10);
MarkDirtyRepaint();
};
// Run the processor when we open the graph
ProcessGraph();
}
void Initialize()
{
RegisterCallback <KeyDownEvent>(KeyCallback);
processor = MixtureGraphProcessor.GetOrCreate(graph);
computeOrderUpdated += () => {
processor.UpdateComputeOrder();
UpdateNodeColors();
};
graph.onOutputTextureUpdated += () => ProcessGraph();
graph.onGraphChanges -= ProcessGraphWhenChanged;
graph.onGraphChanges += ProcessGraphWhenChanged;
// Run the processor when we open the graph
ProcessGraph();
SetupRepaintChecker();
}
void Initialize()
{
RegisterCallback <KeyDownEvent>(KeyCallback);
processor = MixtureGraphProcessor.GetOrCreate(graph);
computeOrderUpdated += () => {
processor.UpdateComputeOrder();
UpdateNodeColors();
};
graph.onOutputTextureUpdated += () => ProcessGraph();
bool delayQueued = false;
graph.onGraphChanges += ProcessGraphWhenChanged;
// Run the processor when we open the graph
ProcessGraph();
void ProcessGraphWhenChanged(GraphChanges changes)
{
if (delayQueued)
{
return;
}
if (changes.addedEdge != null || changes.removedEdge != null ||
changes.addedNode != null || changes.removedNode != null || changes.nodeChanged != null)
{
EditorApplication.update += DelayedProcess;
void DelayedProcess()
{
ProcessGraph(changes.nodeChanged ?? changes.addedNode);
MarkDirtyRepaint();
delayQueued = false;
EditorApplication.update -= DelayedProcess;
}
delayQueued = true;
}
}
}