PriProduce CheckCanProduce()
{
PriProduce prim = new PriProduce();
//List<PriProduce> prim = new List<PriProduce>();
//紀錄所有合格 [頻率,level] //從中找到最高頻率音階回傳
float[,] _qualifiedLevel = new float[8, 2];
float FreAvg = 0;
for (int j = 0; j < 512; j++)
{
FreAvg += AudioPeer._samples[j];
}
FreAvg /= 512;
for (int i = 0; i < 8; i++)
{
if (AudioPeer._audioBand[i] >= FreAvg)
{
//return true;
_qualifiedLevel[i, 0] = AudioPeer._audioBand[i];
_qualifiedLevel[i, 1] = i;
if (prim.HighestFrequency < _qualifiedLevel[i, 0])
{
prim.HighestFrequency = _qualifiedLevel[i, 0];
//prim.HighestFreLevel[prim.j] = (int)_qualifiedLevel[i, 1];
prim.j++;
}
}
}
for (int i = 0; i < prim.j; i++)
{
//合格的音階如果在誤差值內=> 記錄下來一同輸出
if (Mathf.Abs(_qualifiedLevel[i, 0] - prim.HighestFrequency) <= FreDeviation)
{
prim.HighestFreLevel.Add((int)_qualifiedLevel[i, 1]);
}
}
prim.CanProduce = (prim.HighestFrequency == 0) ? false : true;
return(prim);
}
private void Update()
{
PriProduce pri = new PriProduce();
//判斷各音階是否符合產生資格
pri = CheckCanProduce();
for (int i = 0; i < pri.HighestFreLevel.Count; i++)
{
if (CanProduce[i] &&
GM.instance.audioSource.isPlaying)
{
//IsProduceInterOver = false;
ProduceBobble(i);
//StartCoroutine(ProduceInter(pri.HighestFreLevel[i], GapTime));
//produceControls[i].IsGapTimeOver = false;
CanProduce[i] = false;
//Debug.Log("Level" + pri.HighestFreLevel[i] + " CanProduce[" + i + "] " + CanProduce[i] + " IsGapTimeOver " + produceControls[i].IsGapTimeOver);
}
//Debug.Log(Cells[i] + " " + Cells[i].transform.childCount);
#region
/*
* if (CanProduce[i] && produceControls[i].IsGapTimeOver
* && pri.CanProduce && Cells[i].transform.childCount<2 && GM.instance.audioSource.isPlaying) {
* Debug.Log(Cells[i]+" " + Cells[i].transform.childCount);
* //IsProduceInterOver = false;
*
* StartCoroutine(ProduceInter(pri.HighestFreLevel[i], GapTime));
* produceControls[i].IsGapTimeOver = false;
* CanProduce[i] = false;
*
* }*/
#endregion
}
}
