public ValueEvaluate SetEase(EaseEquation easeEquation)
{
_useCurve = false;
_easeFunctionDelegate = EasingCoreFunction.Get(easeEquation);
return(this);
}
public Tween SetEase(EaseEquation easeEquation)
{
_evaluate.SetEase(easeEquation);
return(this);
}
public static Tweenn MoveTo(this Transform trans, Vector3 start, Vector3 target, float duration, EaseEquation easeEquation, bool unscaled = false,
TweenLoopType loopType = TweenLoopType.Restart, int loop = 1,
Action onComplete = null)
{
var t = Tweenn.Gen();
t.SetFromValue(start.x, start.y, start.z);
t.SetToValue(target.x, target.y, target.z);
t.SetDefaultTime(unscaled);
t.SetEase(easeEquation);
t.SetDuration(duration);
t.SetLoop(loopType, loop);
t.OnComplete(onComplete);
t.SetValuesSetter((x, y, z, w) =>
{
trans.position = new Vector3(x, y, z);
});
t.Play();
return(t);
}
public static Func <float, float> GetCore(EaseEquation type)
{
switch (type)
{
case EaseEquation.Linear: return(Linear);
case EaseEquation.QuadOut: return(QuadOut);
case EaseEquation.QuadIn: return(QuadIn);
case EaseEquation.QuadInOut: return(QuadInOut);
case EaseEquation.QuadOutIn: return(QuadOutIn);
case EaseEquation.ExpoOut: return(ExpoOut);
case EaseEquation.ExpoIn: return(ExpoIn);
case EaseEquation.ExpoInOut: return(ExpoInOut);
case EaseEquation.ExpoOutIn: return(ExpoOutIn);
case EaseEquation.CubicOut: return(CubicOut);
case EaseEquation.CubicIn: return(CubicIn);
case EaseEquation.CubicInOut: return(CubicInOut);
case EaseEquation.CubicOutIn: return(CubicOutIn);
case EaseEquation.QuartOut: return(QuartOut);
case EaseEquation.QuartIn: return(QuartIn);
case EaseEquation.QuartInOut: return(QuartInOut);
case EaseEquation.QuartOutIn: return(QuartOutIn);
case EaseEquation.QuintOut: return(QuintOut);
case EaseEquation.QuintIn: return(QuintIn);
case EaseEquation.QuintInOut: return(QuintInOut);
case EaseEquation.QuintOutIn: return(QuintOutIn);
case EaseEquation.CircOut: return(CircOut);
case EaseEquation.CircIn: return(CircIn);
case EaseEquation.CircInOut: return(CircInOut);
case EaseEquation.CircOutIn: return(CircOutIn);
case EaseEquation.SineOut: return(SineOut);
case EaseEquation.SineIn: return(SineIn);
case EaseEquation.SineInOut: return(SineInOut);
case EaseEquation.SineOutIn: return(SineOutIn);
case EaseEquation.ElasticOut: return(ElasticOut);
case EaseEquation.ElasticIn: return(ElasticIn);
case EaseEquation.ElasticInOut: return(ElasticInOut);
case EaseEquation.ElasticOutIn: return(ElasticOutIn);
case EaseEquation.BounceOut: return(BounceOut);
case EaseEquation.BounceIn: return(BounceIn);
case EaseEquation.BounceInOut: return(BounceInOut);
case EaseEquation.BounceOutIn: return(BounceOutIn);
case EaseEquation.BackOut: return(BackOut);
case EaseEquation.BackIn: return(BackIn);
case EaseEquation.BackInOut: return(BackInOut);
case EaseEquation.BackOutIn: return(BackOutIn);
default: return(Linear);
}
}
