override public void Fire(GameObject shooter, Vector2 direction)
{
if (!cooldownRunning)
{
Vector2 startingPos = new Vector2(shooter.transform.position.x, shooter.transform.position.y);
for (int i = 0; i < nbProjectiles; i++)
{
GameObject shot = Instantiate(bullet, startingPos, Quaternion.identity) as GameObject;
direction = direction.normalized; // Prevent the shotgun to be more precise if a far away point is aimed
// create GameObject bullet and throw lol
BulletEngine bulletEngine = shot.GetComponent <BulletEngine>();
Vector2 bulletDirection = new Vector2(direction.x, direction.y);
float xRange = precision < 1 ? bulletDirection.x - bulletDirection.x * precision : bulletDirection.x;
float yRange = precision < 1 ? bulletDirection.y - bulletDirection.y * precision : bulletDirection.y;
bulletDirection.x = Random.Range(bulletDirection.x - xRange, bulletDirection.x + xRange);
bulletDirection.y = Random.Range(bulletDirection.y - yRange, bulletDirection.y + yRange);
bulletEngine.Init(shooter, bulletDirection); // pass startingPos pour affiner le depart ?
shot.transform.SetParent(shooter.transform.parent);
}
StartCooldown();
}
}
public virtual void Fire(GameObject shooter, Vector2 direction)
{
if (!cooldownRunning)
{
Vector2 startingPos = new Vector2(shooter.transform.position.x, shooter.transform.position.y);
GameObject shot = Instantiate(bullet, startingPos, Quaternion.identity) as GameObject;
// create GameObject bullet and throw lol
BulletEngine bulletEngine = shot.GetComponent <BulletEngine>();
bulletEngine.Init(shooter, direction); // pass startingPos pour affiner le depart ?
shot.transform.SetParent(shooter.transform.parent);
StartCooldown();
}
}
