IEnumerator findTarget()
{
yield return(new WaitForSeconds(aiWaitTime));
if (m_gameOver == false)
{
findBallAndPocket();
findClosestAngleToBall();
if (m_targetBall)
{
//we got a foul ball, lets try putting the ball in line with the line.
getNomBallsInWay();
if (foul)
{
//findGoodFoulSpot();
m_power = 30;
}
//always shoot 100% on the first shot!
if (m_firstShot == false)
{
m_power = 100;
m_firstShot = true;
}
Vector3 targetPos = m_targetPos;
targetPos.y = m_whiteBall.transform.position.y;
m_cue.setTarget(m_targetBall, targetPos);
m_cue.setPower(m_power);
m_whiteBall.setTarget(m_targetBall, targetPos);
m_whiteBall.transform.LookAt(m_targetBall.transform.position);
yield return(new WaitForSeconds(1f));
m_cue.fireBall();
m_canFire = true;
}
else
{
Debug.Log("FIND NEW TARGET" + Time.time);
StartCoroutine(findTarget());
}
}
}
public void fireBallRPC()
{
m_requestFire = false;
if (GetComponent <AudioSource>())
{
GetComponent <AudioSource>().PlayOneShot(onHitCueAC, 1f);
}
//lets set the balls target and the target position. When the white ball hits the first ball we will set the ball to point at the target.
m_whiteBall.setTarget(m_targetBall, m_targetPos);
Debug.Log("FIRE BALL" + m_whiteBall.name);
m_whiteBall.fireBall(m_whiteBall.transform.forward * m_powerScalar * power);
m_state = State.ROLL;
poolCueGO.SetActive(false);
transform.parent = null;
}