void Start()
{
transform.localPosition = transform.parent.InverseTransformPoint(transform.position);
bulletController = this.GetComponent <BulletController>();
bulletController.ATK = UnityEngine.Random.Range(towerController.attribute.MinATK
+ towerController.Bonus.ATK, towerController.attribute.MaxATK + towerController.Bonus.ATK);
this.enemy = towerAction.enemy;
switch (towerController.chaseType)
{
case EBulletChaseType.CHASE:
bulletTemplate = new BulletChase();
break;
case EBulletChaseType.DROP:
bulletTemplate = new BulletDrop();
break;
case EBulletChaseType.EXPLOSION:
bulletTemplate = new BulletExplosion();
break;
case EBulletChaseType.BOMB:
bulletTemplate = new BulletBomb();
break;
case EBulletChaseType.ARCHITECT:
bulletTemplate = new BulletArchitect();
break;
}
bulletTemplate.updateEnemy(enemy);
bulletTemplate.Initalize(bulletController);
bulletTemplate.Update();
}
void Start()
{
transform.localPosition = transform.parent.InverseTransformPoint(transform.position);
bulletController = this.GetComponent<BulletController>();
bulletController.ATK = UnityEngine.Random.Range(towerController.attribute.MinATK
+ towerController.Bonus.ATK, towerController.attribute.MaxATK + towerController.Bonus.ATK);
this.enemy = towerAction.enemy;
switch (towerController.chaseType)
{
case EBulletChaseType.CHASE:
bulletTemplate = new BulletChase();
break;
case EBulletChaseType.DROP:
bulletTemplate = new BulletDrop();
break;
case EBulletChaseType.EXPLOSION:
bulletTemplate = new BulletExplosion();
break;
case EBulletChaseType.BOMB:
bulletTemplate = new BulletBomb();
break;
case EBulletChaseType.ARCHITECT:
bulletTemplate = new BulletArchitect();
break;
}
bulletTemplate.updateEnemy(enemy);
bulletTemplate.Initalize(bulletController);
bulletTemplate.Update();
}
/// <summary>
/// Method used to spawn a bullet from the object pool.
/// When called it will move the new bullet from one list to another, return the bullet's references in order to be used by the Pistol Controller.
/// After being called the bullet is only referenced, no operations are done the actual bullet, those are done in the pistol/bullet controller.
/// </summary>
/// <param name="isBulletAvailable">Out variable that says if there was an available bullet to be used.</param>
/// <returns></returns>
public BulletTemplate SpawnBullet(out bool isBulletAvailable) {
BulletTemplate temp = default;
if(_availaleBullets.Count > 0) {
temp = _availaleBullets[0];
_onUseBullets.Add(temp);
_availaleBullets.Remove(temp);
isBulletAvailable = true;
} else {
isBulletAvailable = false;
}
return temp;
}
/// <summary>
/// On Awake the bullet spawn manager instantiates the maximum number of bullets needed to be used.
/// Instantiate the bullet prefab (Parent + 2 Childs [Bullet, HitFX]).
/// Create a temporal BulletTemplate that contains the info of the newly created bullet (Reference to the BulletController that has the references to the bullet's components and methods).
/// Pass the BulletTemplate to the BulletController in order for each bullet to know which one they are so that I can reference them back when disabling.
/// Add this new bullet object to the available list.
/// So far the counter is only to diferenciate between each instance of bullets.
/// </summary>
private void Awake() {
_availaleBullets = new List<BulletTemplate>();
_onUseBullets = new List<BulletTemplate>();
for (int i = 0; i < _maxNumberOfBullets; i++) {
BulletTemplate temp = default;
temp.bulletController = GameObject.Instantiate(_templateBullet.bulletController.gameObject, _bulletParent).GetComponent<BulletController>();
temp.index = _counter;
temp.bulletController.SetBulletTemplate(temp);
_availaleBullets.Add(temp);
++_counter;
}
_onUseBullets.Clear();
}
/// <summary>
/// Reenable bullet to be used.
/// </summary>
/// <param name="temp">Bullet's template reference. Used to delete the correspondent item from the available/onUse lists.</param>
public void DespawnBullet(BulletTemplate temp) {
temp.bulletController.gameObject.SetActive(false);
_onUseBullets.Remove(temp);
_availaleBullets.Add(temp);
}
