void shoot()
{
flyArrow.SetActive(true);
TweenPosition tp = flyArrow.GetComponent <TweenPosition>();
tp.from = new Vector3(0, -243, 0);
tp.to = new Vector3(0, 257, 0);
Vector3 from = tp.from;
Vector3 to = tp.to;
HitTimeRange hitTimeRange = getCurHitTimeRange();
//set speed
//Debug.Log(slider.value);
float duration = 2.0f - (2.0f - 0.5f) * slider.value;
if (!isAllowHit)
{
if (diamond.transform.localPosition.x < 0)
{
hitTimeRange = getCurHitTimeRange();
if (duration >= hitTimeRange.min && duration <= hitTimeRange.max)
{
duration = hitTimeRange.min - 0.1f;
Debug.Log("duration : " + duration);
}
}
}
tp.duration = duration;
//StartCoroutine(executeAfterSecs(duration, ()=> {
// tp.from = to;
// tp.to = to + (to - from);
// tp.ResetToBeginning();
// tp.PlayForward();
//}));
EventDelegate.Add(tp.onFinished, () =>
{
flyArrow.SetActive(false);
});
tp.ResetToBeginning();
tp.PlayForward();
}
HitTimeRange getCurHitTimeRange()
{
float awardCurX = Mathf.Abs(diamond.transform.localPosition.x);
float awardCurSpeed = 438f / diamond.GetComponent <TweenPosition>().duration / 2;
Debug.Log("awardCurX : " + awardCurX);
Debug.Log("awardCurSpeed : " + awardCurSpeed);
HitTimeRange hitTimeRange = new HitTimeRange();
hitTimeRange.min = (awardCurX - 50) / awardCurSpeed;
hitTimeRange.max = (awardCurX + 50) / awardCurSpeed;
//float hitTimeMin = (awardCurX - 50) / awardCurSpeed;
//float hitTimeMax = (awardCurX + 50) / awardCurSpeed;
Debug.Log("min : " + hitTimeRange.min + " max : " + hitTimeRange.max);
return(hitTimeRange);
}