public UniTask TransitionPosition(RectTransform rt, Vector3 endValue, TweenArgs tween)
{
var source = new UniTaskCompletionSource <bool>();
TransitionPosition(rt, endValue, tween, () => source.TrySetResult(true));
return(source.Task);
}
public UniTask TransitionOpacity(CanvasGroup group, float endValue, TweenArgs tween)
{
var source = new UniTaskCompletionSource <bool>();
TransitionOpacity(group, endValue, tween, () => source.TrySetResult(true));
return(source.Task);
}
public void TransitionOpacity(CanvasGroup group, float endValue, TweenArgs tween, Action onComplete)
{
Tween.CanvasGroupAlpha(
group,
endValue,
Mathf.Clamp(tween.Duration, 1f / int.MaxValue, Mathf.Infinity), // Make sure duration is not 0 else tweener jumps to final value
tween.Delay,
easeCurve: Convert(tween.Curve),
loop: Convert(tween.Loop),
completeCallback: () => onComplete?.Invoke()
);
}
public void TransitionPosition(RectTransform rt, Vector3 endValue, TweenArgs tween, Action onComplete)
{
Tween.Value(
rt.localPosition,
endValue,
v => rt.localPosition = v,
Mathf.Clamp(tween.Duration, 1f / int.MaxValue, Mathf.Infinity), // Make sure duration is not 0 else tweener jumps to final value
tween.Delay,
loop: Convert(tween.Loop),
easeCurve: Convert(tween.Curve),
completeCallback: () => onComplete?.Invoke()
);
}
async public UniTask TweenPosition(Vector3 endValue, TweenArgs tween) => await Driver.TransitionPosition(RT, endValue, tween);
async public UniTask TweenOpacity(float endValue, TweenArgs tween) => await Driver.TransitionOpacity(CG, endValue, tween);
