public void ChangeState(T nextState)
{
if (Equals(nextState, CurrentState))
{
return;
}
HashSet <OnExit> exitCallbacks;
if (OnStateExit.TryGetValue(CurrentState, out exitCallbacks))
{
foreach (var callback in exitCallbacks)
{
callback(nextState);
}
}
PreviousState = CurrentState;
CurrentState = nextState;
HashSet <OnEnter> enterCallbacks;
if (OnStateEnter.TryGetValue(CurrentState, out enterCallbacks))
{
foreach (var callback in enterCallbacks)
{
callback(PreviousState);
}
}
StateEnterTime = TimeSlice.Create();
StateChanged.Publish(PreviousState, CurrentState);
}
protected override void State(Expression <Func <State> > propertyExpression)
{
var state = propertyExpression.Compile().Invoke();
WhenEnter(state, x => x.Then(ctx =>
OnStateEnter.Invoke(this, new StateChangedData <TSagaData>(state, ctx.Instance))));
base.State(propertyExpression);
}
/// <summary>
/// この関数がキックされる度に登録されたイベントをコールする。
/// </summary>
/// <remarks>
/// Updateはインスタンスを持つMonoBehaviourで行う。
/// </remarks>
public void Update()
{
if (!isCalledEnter)
{
OnStateEnter?.Invoke(CurrentState);
isCalledEnter = true;
}
else
{
OnStateStay?.Invoke(CurrentState);
}
}
public void AddState(StateBase state)
{
var stateType = state.GetType();
Debug.Assert(!States.ContainsKey(stateType));
States.Add(stateType, state);
state.Initialize(Context);
state.OnEnter += (enterState) => { OnStateEnter?.Invoke(enterState); };
state.OnFinish += (finishState) => { OnStateFinish?.Invoke(finishState); };
}
public void ChangeState(TKey key)
{
if (CurrentState != null)
{
OnStateExit?.Invoke(CurrentStateKey);
}
LogExtensions.Log($"State changed to <color=orange>{key}</color>");
CurrentState = states[key];
CurrentStateKey = key;
OnStateEnter?.Invoke(key);
}
internal void EnterState()
{
IsCurrentState = true;
if (OnStateEnter != null)
{
OnStateEnter.Invoke();
}
if (HasInnerState)
{
foreach (Orthogonal <S, T, G> ort in Orthogonals.Values)
{
ort.SM.Initialize();
}
}
}
private void HandleTransitionComplete(SkillFSMTransition transition)
{
CurrentTransition.OnComplete -= HandleTransitionComplete;
PreviousState = CurrentState;
CurrentState = transition.ToState;
CurrentTransition = null;
isInitialisingState = true;
PreviousState.Exit();
OnStateChange?.Invoke(PreviousState, CurrentState);
CurrentState.Enter();
OnStateEnter?.Invoke(CurrentState);
isInitialisingState = false;
}
protected virtual void EnterState(State targetState)
{
if (targetState == _currentState)
{
return;
}
_currentState = targetState;
if (!_transitions.TryGetValue(_currentState.Id, out _currentStateTransitions))
{
_currentStateTransitions = _S_EMPTY_TRANSITIONS;
}
_timeEnteredState = Time.time;
_currentState.OnEnterInvoke();
_currentState.Enter();
OnStateEnter?.Invoke(_currentState);
}
public Machine(SimpleState initial) : base()
{
_activeState = initial;
OnStateEnter.Add(StateEntered);
OnStateExit.Add(StateExited);
}
public virtual void Enter()
{
OnStateEnter?.Invoke();
}
public string GetListeners()
{
return(OnStateEnter.GetInvocationList().Print());
}
public void Enter(object data, CancellationToken ct)
{
OnStateEnter?.Invoke(data, ct);
}
protected virtual void OnEnter()
{
_active = true;
OnStateEnter?.Invoke();
}
