public void Tween(float delay, float duration, EasingObject.EasingPosition easingfn, float overshoot_amplitude, float period, TYPE start, TYPE end, System.Action <TYPE> onUpdate = null)
{
base.Reset(duration, easingfn, overshoot_amplitude, period);
base.Delay(delay);
this.tweenLerp = base.CreateTween(start, end, this.lerpfn);
this.onUpdate = onUpdate;
}
public void Reset(float d, EasingObject.EasingPosition fn, float overshoot_amplitude, float period, EasingComplete comp = null, params object[] onCompleteParms)
{
base.Reset(d, fn, overshoot_amplitude, period);
this.animCurve = null;
this.onComplete = comp;
this.onCompleteParms = onCompleteParms;
}
public void Reset(float d, EasingObject.EasingPosition fn = null, EasingComplete comp = null, params object[] onCompleteParms)
{
float[] val;
if ((fn != null) && EasingObject.DEF_PARAM.TryGetValue(fn, out val))
{
this.Reset(d, fn, val[0], val[1], comp, onCompleteParms);
}
else
{
this.Reset(d, fn, 0.0f, 0.0f, comp, onCompleteParms);
}
}
public void Reset(float d, EasingType easingType, EasingComplete comp = null, params object[] onCompleteParms)
{
EasingObject.EasingPosition fn = null;
switch (easingType)
{
case EasingType.BackEasginIn: fn = EasingObject.BackEasingIn; break;
case EasingType.BackEasginOut: fn = EasingObject.BackEasingOut; break;
case EasingType.BackEasginInOut: fn = EasingObject.BackEasingInOut; break;
case EasingType.BounceEasingIn: fn = EasingObject.BounceEasingIn; break;
case EasingType.BounceEasingOut: fn = EasingObject.BounceEasingOut; break;
case EasingType.BounceEasingInOut: fn = EasingObject.BounceEasingInOut; break;
case EasingType.CircEasingIn: fn = EasingObject.CircEasingIn; break;
case EasingType.CircEasingOut: fn = EasingObject.CircEasingOut; break;
case EasingType.CircEasingInOut: fn = EasingObject.CircEasingInOut; break;
case EasingType.ElasticEasginIn: fn = EasingObject.ElasticEasingIn; break;
case EasingType.ElasticEasginOut: fn = EasingObject.ElasticEasingOut; break;
case EasingType.ElasticEasginInOut: fn = EasingObject.ElasticEasingInOut; break;
case EasingType.ExpoEasingIn: fn = EasingObject.ExpoEasingIn; break;
case EasingType.ExpoEasingOut: fn = EasingObject.ExpoEasingOut; break;
case EasingType.ExpoEasingInOut: fn = EasingObject.ExpoEasingInOut; break;
case EasingType.LinearEasing: fn = EasingObject.LinearEasing; break;
case EasingType.LinearEasingInOut: fn = EasingObject.LinearEasingInOut; break;
case EasingType.QuadEasingIn: fn = EasingObject.QuadEasingIn; break;
case EasingType.QuadEasingOut: fn = EasingObject.QuadEasingOut; break;
case EasingType.QuadEasingInOut: fn = EasingObject.QuadEasingInOut; break;
}
this.Reset(d, fn, comp, onCompleteParms);
}
public void Reset(float d, EasingObject.EasingPosition easingfn = null, float overshoot_amplitude = 0.0f, float period = 0.0f)
{
this.duration = d;
this.LastLerp = 0.0f;
this.elapsed = 0.0f;
this.delay = 0.0f;
this.Reverse = false;
this.SwapStartEnd = false;
this.tweenCount = 1;
this.loopType = TweenLoopType.Default;
this.easing = (easingfn == null) ? EasingObject.LinearEasing : easingfn;
this.easing_overshoot_amplitude = overshoot_amplitude;
this.easing_period = period;
}
