// Basically, they're not done running the route yet, but they are looking for the ball.
private void RUN_CanReactToThrowWhileRunningRoute()
{
if (mRouteSpots.Count <= 0)
{
ENTER_GetOpen();
return;
}
Vector3 dis = mRouteSpots[0] - transform.position;
dis.y = 0f;
dis = Vector3.Normalize(dis);
Vector3 vAcc = cAcc.FCalcAccFunc(dis, cAcc.mSpd);
cRigid.velocity += vAcc;
if (cRigid.velocity.magnitude > cAcc.mSpd)
{
cRigid.velocity *= cAcc.mSpd / cRigid.velocity.magnitude;
}
transform.forward = cRigid.velocity.normalized;
if (Vector3.Distance(mRouteSpots[0], transform.position) < 2f)
{
mRouteSpots.RemoveAt(0);
}
// Somewhere here, if we find the ball is being thrown to us, we need to enter a state where we just
// try to get that ball.
if (cAth.FCheckIfBallThrown())
{
ENTER_TryCatchBall();
}
}
// At some point, if they get close, then have them try to cheat
// to the QB.
private void RUN_GetToSpot()
{
// make it run to it's zone spot every time.
Vector3 dis = mZoneSpot - transform.position;
dis.y = 0f;
Vector3 disNorm = Vector3.Normalize(dis);
Vector3 vAcc = cAcc.FCalcAccFunc(disNorm, cAcc.mSpd);
cRigid.velocity += vAcc;
if (cRigid.velocity.magnitude > cAcc.mSpd)
{
cRigid.velocity *= cAcc.mSpd / cRigid.velocity.magnitude;
}
transform.forward = cRigid.velocity.normalized;
if (cAth.FCheckIfBallThrown())
{
ENTER_TryCatchBall();
}
if (dis.magnitude < 10f)
{
ENTER_ReadQBEyes();
}
}
