public void OnPlayerForwardCheckpoint(Player p, CheckPoint cp)
{
Player.CircuitState PlayerState = p.GetCircuitState();
int iTotalCP = m_CheckPointList.Count;
int iLastPlayerCP = PlayerState.iCheckPoint;
int iCurrCP = cp.GetIndex();
int iNumLaps = PlayerState.iLaps;
if (iLastPlayerCP == 0 && iCurrCP == 0)
{
PlayerState.iLaps += 1;
}
iLastPlayerCP = iLastPlayerCP < 0 ? 0 : iLastPlayerCP;
int iNextCP = (iLastPlayerCP + 1) % iTotalCP;
int iPrevCP = (iLastPlayerCP - 1) % iTotalCP;
iPrevCP = iPrevCP < 0 ? (iTotalCP - 1) : iPrevCP;
// The player is going on the right direction
PlayerState.iCheckPoint = iNextCP;
}
public int Compare(Player p1, Player p2)
{
if (p1 == null || p2 == null || p1 == p2)
return 0;
Player.CircuitState state1 = p1.GetCircuitState();
Player.CircuitState state2 = p2.GetCircuitState();
//Debug.Print("Laps " + state1.iLaps + ", " + state2.iLaps);
if (state1.iLaps > state2.iLaps)
{
//Debug.Print("Laps: Player " + p1.GetName() + " before than " + p2.GetName());
return -1;
}
else if (state1.iLaps == state2.iLaps)
{
//Debug.Print("CP: " + state1.iCheckPoint + ", " + state2.iCheckPoint);
if (state1.iCheckPoint > state2.iCheckPoint)
{
//Debug.Print("CP: Player " + p1.GetName() + " before than " + p2.GetName());
return -1;
}
else if (state1.iCheckPoint == state2.iCheckPoint)
{
//Debug.Print("Dist: " + state1.fSqCheckpointDist + ", " + state2.fSqCheckpointDist);
if (state1.fSqCheckpointDist <= state2.fSqCheckpointDist)
{
//Debug.Print("Dist: Player " + p1.GetName() + " before than " + p2.GetName());
return -1;
}
}
}
//Debug.Print("Player " + p2.GetName() + " before than " + p1.GetName());
return 1;
}
public void OnPlayerBackwardCheckpoint(Player p, CheckPoint cp)
{
Player.CircuitState PlayerState = p.GetCircuitState();
int iTotalCP = m_CheckPointList.Count;
int iLastPlayerCP = PlayerState.iCheckPoint;
int iCurrCP = cp.GetIndex();
if (iCurrCP != iLastPlayerCP)
{
int iNextCP = (iCurrCP + 1) % iTotalCP;
// The player is going on the wrong direction (backwards)
PlayerState.iCheckPoint = iCurrCP;
}
}