public void Input(string str)
{
var arc = fd.currentNode?.FindArc((a) => a["code"] == str);
if (arc != null)
{
fd.Enter(arc.target);
}
else
{
fd.Enter(Flag.Failure);
}
}
private void Awake()
{
spRenderer = GetComponent <SpriteRenderer>();
fd = FlowMachine.BinaryDiagram();
fd["1"].onEnter += (x) => spRenderer.color = Color.white;
fd["0"].onEnter += (x) => spRenderer.color = Color.grey;
fd.Enter("0");
}
void Start()
{
fd = FlowMachine.FromEnum <Flag>();
fd[Flag.Success].onEnter += (x) => fd.isLocked = true;
var t12 = fd.Connect(Flag.Stage1, Flag.Stage2).AddData("code", "1L");
var t23 = fd.Connect(Flag.Stage2, Flag.Stage3).AddData("code", "3R");
var t35 = fd.Connect(Flag.Stage3, Flag.Success).AddData("code", "2L");
var t24 = fd.Connect(Flag.Stage2, Flag.Stage4).AddData("code", "2R");
var t45 = fd.Connect(Flag.Stage4, Flag.Success).AddData("code", "3L");
fd.onNodeChange += (x) => print(x.name + " (OnNodeChange)");
foreach (var item in fd)
{
item.onEnter += (x) => print(x.name + " (OnEnter)");
item.onExit += (x) => print(x.name + " (OnExit)");
item.tasksOnEnter += Task.Delay(2f).OnComplete(() => print("enter task end."));
item.tasksOnExit += Task.Delay(2f).OnComplete(() => print("exit task end."));
}
fd.Enter(Flag.Stage1);
}