//override public void ConfigureBullet(BaseBullet m_bullet)
//{
// m_RateOfFire = 0.3f;
// m_bullet.ChangeScale (0.2f);
// m_bullet.b_bulletSpeed = 5.0f;
//}
public override void FireBullets(int p_sides, float p_PlayerRot, Vector3 FiringPos, BaseBulletPool p_bulletPool)
{
//TimMethodOfFiring ( p_sides, p_PlayerRot, FiringPos, p_bulletPool);
}
//public PlayerBulletPool m_bulletPool;
// public float RateOfFire {
// get {
// return m_RateOfFire;
// }
// }
//protected void TimMethodOfFiring (int p_sides, float p_PlayerRot, Vector3 FiringPos, BaseBulletPool m_bulletPool)
//{
// //calculate the incremental angle from the number of sides given
// float increment = 360 / p_sides;
// //this loop will only fire for every side
// for (int i = 0; i < 360; i += (int)increment) {
// float iAngle = i;
// GameObject BulletGameObject = m_bulletPool.GetBullet (true);
// if (BulletGameObject != null) {
// //set position to this object then, get component to set its position to this objects position
// BulletGameObject.transform.position = FiringPos;
// DefaultBullet b = BulletGameObject.GetComponent<DefaultBullet> ();
// b.b_bulletPos = FiringPos;
// ConfigureBullet (b);
// //add the players angle as well as the angle calculated
// iAngle += p_PlayerRot;
// if (iAngle > 360) {
// iAngle -= 360;
// }
// float radAngle = iAngle * (Mathf.PI / 180);
// b.b_direction = new Vector2 ((float)Mathf.Sin (radAngle), (float)Mathf.Cos (radAngle));
// b.b_direction.Normalize ();
// }
// }
//}
//public virtual void ConfigureBullet(BaseBullet m_bullet){}
public virtual void FireBullets(int p_sides, float p_PlayerRot, Vector3 FiringPos, BaseBulletPool p_bulletPool)
{
}
