IEnumerator HandleMemorySprites(HitEvent nextHitObject, int playMode)
{
if (nextHitObject.getColorArray().Length == 4) // Next hit event contains colorArray information
{
colorArray = nextHitObject.getColorArray();
}
yield return(new WaitForSecondsRealtime(scrollDelay / 4000f));
if ((playMode == 1 || playMode == -1) && nextHitObject.IsNote()) // Memory or inverted memory note, draw sprites
{
FlashManager.Instance.TurnOn(spriteLeftBig, spriteLeftBig.GetComponent <Image>().color, colorArray[0], scrollDelay / 20000f); // 1/20th of scrollDelay
FlashManager.Instance.TurnOn(spriteLeftSmall, spriteLeftSmall.GetComponent <Image>().color, colorArray[1], scrollDelay / 20000f);
FlashManager.Instance.TurnOn(spriteRightSmall, spriteRightSmall.GetComponent <Image>().color, colorArray[2], scrollDelay / 20000f);
FlashManager.Instance.TurnOn(spriteRightBig, spriteRightBig.GetComponent <Image>().color, colorArray[3], scrollDelay / 20000f);
}
else if (playMode == 0) // Step note, clear sprites
{
FlashManager.Instance.TurnOn(spriteLeftBig, spriteLeftBig.GetComponent <Image>().color, Color.clear, scrollDelay / 10000f); // 1/10th of scrollDelay
FlashManager.Instance.TurnOn(spriteLeftSmall, spriteLeftSmall.GetComponent <Image>().color, Color.clear, scrollDelay / 10000f);
FlashManager.Instance.TurnOn(spriteRightSmall, spriteRightSmall.GetComponent <Image>().color, Color.clear, scrollDelay / 10000f);
FlashManager.Instance.TurnOn(spriteRightBig, spriteRightBig.GetComponent <Image>().color, Color.clear, scrollDelay / 10000f);
}
yield return(null);
}