// ========================================================================================================================
private static IEnumerator ScatterCoroutine <T>(MonoBehaviour pCoroutineExecuter, T[] arrScatterObject, Vector3 vecPos, float fRange, float fDuration, delMovePositionCoroutine <T> OnScatteredObject_Coroutine, System.Action <T[]> OnFinishScatter, bool bUse2D)
where T : Component
{
float fHalfRange = fRange * 0.5f;
int iCount = arrScatterObject.Length;
float fDelayAverage = fDuration / iCount;
if (fDelayAverage < const_MinistDelay)
{
fDelayAverage = const_MinistDelay;
}
int iSpawnCount_PerFrame = Mathf.Clamp((int)(fDelayAverage * iCount), 1, iCount);
System.Func <Vector3, float, Vector3> OnGetRandomPos = bUse2D ? (System.Func <Vector3, float, Vector3>)GetRandomPos_2D : GetRandomPos;
if (OnScatteredObject_Coroutine == null)
{
OnScatteredObject_Coroutine = OnScatteredObject_Coroutine_Default;
}
for (int i = 0; i < iCount;)
{
for (int j = 0; j < iSpawnCount_PerFrame; j++)
{
int iIndex = i + j;
if (iIndex >= iCount)
{
break;
}
T pObject = arrScatterObject[iIndex];
Vector3 vecRandomPos = OnGetRandomPos(vecPos, fHalfRange);
pCoroutineExecuter.StartCoroutine(OnScatteredObject_Coroutine(pObject, vecPos, vecRandomPos));
}
i += iSpawnCount_PerFrame;
yield return(new WaitForSeconds(fDelayAverage));
}
OnFinishScatter?.Invoke(arrScatterObject);
}
/// <summary>
/// 해당 위치에 흩뿌리기
/// </summary>
public static Coroutine DoScattterCoroutine_2D <T>(MonoBehaviour pCoroutineExecuter, T pScatterObject, Vector3 vecPosition, float fRange, float fDuration, delMovePositionCoroutine <T> OnScatteredObject_Coroutine, System.Action <T[]> OnFinishScatter)
where T : Component
{
return(pCoroutineExecuter.StartCoroutine(ScatterCoroutine(pCoroutineExecuter, new T[] { pScatterObject }, vecPosition, fRange, fDuration, OnScatteredObject_Coroutine, OnFinishScatter, true)));
}
