public IEnumerator StartStage()
{
if (_shooter != null)
{
UBulletPoolManager poolManager = _shooter.GetBulletPoolManager();
// Check if the bulletIndex is in valid range (bullet exists)
if (_bulletIndex >= 0 && _bulletIndex < poolManager.GetPrototypesCount())
{
for (int i = 0; i < _count; i++)
{
UBulletObject fetchedBullet = poolManager.FetchBulletByID(_bulletIndex, true, _shouldBulletAddToMonitor, _shouldBulletActivateCollider);
// rotate fetched bullet to have the same rotation as the shooter.
// This is meaningful as we want bullets to shoot at the same UP direction of the shooter
Transform fetchedBulletTrans = fetchedBullet.GetTransform();
Transform shooterTrans = _shooter.GetTransform();
fetchedBulletTrans.position = shooterTrans.position;
fetchedBulletTrans.rotation = shooterTrans.rotation;
// More motion settings on the bullet itself
_bulletInitEvent.Invoke(fetchedBullet);
// Invoke shootEvent here
_shooter.GetActor().InvokeShootEvents(fetchedBullet);
// all non-last shots should wait for the specified interval
if (i < _count - 1)
{
yield return(new WaitForSeconds(_intervalFunc()));
}
}
}
}
_isComplete = true;
yield break;
}
IEnumerator ShootCoroutine()
{
bool isEven = true;
while (true)
{
UBulletObject bulletObject;
if (isEven)
{
bulletObject = poolManager.FetchBulletByID(0, true);
}
else
{
bulletObject = poolManager.FetchBulletByID(1, true);
}
isEven = !isEven;
bulletObject.trans.position = shooter.transform.position;
bulletObject.GetActor().AddDefaultCallback(() => {
bulletObject.GetSpriteRenderer().color = Color.white;
});
bulletObject.GetActor().AddCollisionCallback(() => {
bulletObject.GetSpriteRenderer().color = Color.red;
});
bulletObject.GetActor().AddBoundaryCallback(() => {
bulletObject.trans.DOKill();
bulletObject.Recycle();
});
Vector3 randVec = Random.insideUnitCircle;
randVec.Scale(new Vector3(8f, 8f, 0f));
bulletObject.GetTransform().DOMove(randVec, 5f);
yield return(new WaitForSeconds(0.05f));
}
}
public IEnumerator StartStage()
{
if (_shooter != null)
{
UBulletPoolManager poolManager = _shooter.GetBulletPoolManager();
// Check if the bulletIndex is in valid range (bullet exists)
if (_bulletIndex >= 0 && _bulletIndex < poolManager.GetPrototypesCount())
{
// Forever and infinite
while (true)
{
// when this is true, the infinite call is forcefully stopped
if (_isForceStopped)
{
break;
}
UBulletObject fetchedBullet = poolManager.FetchBulletByID(_bulletIndex, true, _shouldBulletAddToMonitor, _shouldBulletActivateCollider);
// rotate fetched bullet to have the same rotation as the shooter.
// This is meaningful as we want bullets to shoot at the same UP direction of the shooter
Transform fetchedBulletTrans = fetchedBullet.GetTransform();
Transform shooterTrans = _shooter.GetTransform();
fetchedBulletTrans.position = shooterTrans.position;
fetchedBulletTrans.rotation = shooterTrans.rotation;
// More motion settings on the bullet itself
_bulletInitEvent.Invoke(fetchedBullet);
// Invoke shootEvent here
_shooter.GetActor().InvokeShootEvents(fetchedBullet);
yield return(new WaitForSeconds(_intervalFunc()));
}
}
}
yield break;
}