void Play()
{
_timer = new ObservableTimer(_options.Duration);
_timer.Progress += percentage => {
float t = _isBackwards ? (1f - percentage) : percentage;
float cur = _options.GetCurrent(t);
Current?.Invoke(cur);
};
_timer.OnDone += () => {
if (_options.Count == -1)
{
Switch();
}
else
{
++_counter;
if (_counter >= _options.Count)
{
_timer = null;
float cur = _options.GetCurrent(_isBackwards ? 0f : 1f);
Current?.Invoke(cur);
OnDone?.Invoke();
}
else
{
Switch();
}
}
};
}
public GameEngine(ObservableTimer timer, MessageBus bus, GameObjectFactory objectFactory)
{
Timer = timer;
Bus = bus;
ObjectFactory = objectFactory;
IsRunning = false;
Initialise();
}
void TryInitDelay()
{
if (_curAnim.delay.max > 0f)
{
_timerDelay = new ObservableTimer(_curAnim.delay.GetRand());
_timerDelay.OnDone += () => _timerDelay = null;
}
}
public void Setup()
{
mockMarketConfiguration = new Mock <IApplicationConfiguration>();
testScheduler = new TestScheduler();
instance = CreateObservableTimer();
mockMarketConfiguration.Setup(item => item.GetWorkDay(It.IsAny <DateTime>()))
.Returns((DateTime item) => item);
mockMarketConfiguration.Setup(item => item.Now).Returns(() => testScheduler.Now.UtcDateTime);
}
void Start()
{
if (_options.Delay > 0f)
{
_timer = new ObservableTimer(_options.Delay);
_timer.OnDone += () => {
Play();
};
}
else
{
Play();
}
}
public PeriodicTimer(float duration, int repeat, Action callback)
{
_repeat = repeat;
_callback = callback;
_timer = new ObservableTimer(duration);
_timer.OnDone += () => {
if (_repeat < 0 || _counter < _repeat)
{
callback();
_timer.Reset();
}
++_counter;
};
}
