protected override bool OnUpdate(float deltaTime)
{
elapsed_ += deltaTime;
var p = 1f;
if (duration_ > 0)
{
p = Mathf.Clamp01(elapsed_ / duration_);
}
var easedP = (easing_ != null) ? easing_(p) : Easings.QuadInOut(p);
var curValue = Lerp(startValue_, finalValue_, easedP);
UpdateValue(curValue);
return(p >= 1f);
}
protected override bool OnUpdate(float deltaTime)
{
if (duration_ <= 0f || vibrato_ <= 0f)
{
return(true);
}
elapsed_ += deltaTime;
var p = Mathf.Clamp01(elapsed_ / duration_);
var easedP = (easing_ != null) ? easing_(p) : Easings.QuadOut(p);
var curStrength = strength_ * (1 - easedP);
var height = Mathf.Sin(vibrato_ * easedP * Mathf.PI);
var iteration = (int)(vibrato_ * easedP);
var dir = new Vector3(dirX_[iteration % dirX_.Length], dirY_[iteration % dirY_.Length], dirZ_[iteration % dirZ_.Length]);
curStrength.x *= dir.x * height;
curStrength.y *= dir.y * height;
curStrength.z *= dir.z * height;
UpdateValue(baseValue_ + curStrength);
return(p >= 1f);
}
