public void SwitchUserAction(string actionType)
{
ActionGraph.SwitchAction(actionType);
}
public GraphMachine(ActionGraph graph)
{
Graph = graph;
}
internal override void OnDestroy()
{
ActionGraph.TryRepairAsset(AssetPath, Asset);
}
public ActionGraphEditorAnimParamNode(ActionGraph graph, ActionGraphNode node, ActionGraphPresenter presenter)
: base(graph, node, presenter)
{
}
public Task <ActionResult> RunActionBlockAsync(BlockType Type, IEntity Source, ActionGraph Actions, IEntity Target = null, int Index = -2)
{
return(RunActionBlockAsync(Type, Source, Actions.Unravel(), Target, Index));
}
internal ActionGraph Then(ActionGraph g)
{
return(((ActionGraph)this).Then(g));
}
// Action block indexing rules:
// TRIGGER: 0 for normal entities; -1 for player if not specified; always -1 for Game; otherwise index in Triggers.cs
// PLAY: Always 0
// DEATHS: Always 0
// POWER: Always -1
// FATIGUE: Always 0
// ATTACK: Always -1
// JOUST: Always 0
// RITUAL: Always 0
public void QueueActionBlock(BlockType Type, IEntity Source, ActionGraph Actions, IEntity Target = null, int Index = -2)
{
QueueActionBlock(Type, Source, Actions.Unravel(), Target, Index);
}
public void Queue(IEntity source, ActionGraph g)
{
ActionQueue.EnqueueDeferred(source, g);
}
public ActionResult Action(IEntity source, ActionGraph g)
{
return(ActionQueue.Run(source, g));
}
public Task <ActionResult> ActionAsync(IEntity source, ActionGraph g)
{
return(ActionQueue.RunAsync(source, g));
}
public GraphNode OnNodeAdded(ActionGraph asset, ActionGraphNode node)
{
return(CreateNodeEditor(node, asset));
}
