public void Open(System.Action onOpen = null)
{
transitioning = true;
animator.Play("opening");
audio.PlayOneShot(soundOpen);
TimerParams timerParams = new TimerParams
{
unscaledTime = Global.Paused,
repeat = false,
duration = (1.0f / animationRate) * openFrame,
UpdateDelegate = null,
CompleteDelegate = delegate
{
// if the door is toggled open/close, then set transitioning to false here
// if it auto-closes on a timer, then transitioning should only end after closed.
//transitioning = false;
isOpen = true;
cd.enabled = false;
obstacle.enabled = false;
if (onOpen != null)
{
onOpen();
}
}
};
timer.Start(timerParams);
}
public void OpenAndClose(float duration, System.Action onOpen, System.Action onClose)
{
Open(delegate
{
if (onOpen != null)
{
onOpen();
}
TimerParams tp = new TimerParams
{
unscaledTime = Global.Paused,
repeat = false,
duration = duration,
CompleteDelegate = delegate
{
Close(null);
if (onClose != null)
{
onClose();
}
}
};
doorTimer.Start(tp);
});
}
/// <inheritdoc/>
public Task RegisterTimer()
{
var timerParams = new TimerParams
{
IntParam = 100,
StringParam = "timer test",
};
var serializedTimerParams = JsonSerializer.SerializeToUtf8Bytes(timerParams);
return(this.RegisterTimerAsync("TestTimer", nameof(this.TimerCallback), serializedTimerParams, TimeSpan.FromSeconds(3), TimeSpan.FromSeconds(3)));
}
public void Start(TimerParams param)
{
if (!active)
{
NewTimers.Add(this);
}
active = true;
unscaledTime = param.unscaledTime;
StartTime = time;
if (param.repeat)
{
Interval = param.interval;
IntervalStartTime = StartTime;
Duration = param.interval * param.loops;
}
else
{
Duration = param.duration;
}
OnUpdate = param.UpdateDelegate;
OnComplete = param.CompleteDelegate;
}
