void TransitionToIntermission()
{
// Copy over the Race Session Data to the Intermission State so the previous race's leaderboard and timer
// is shown while players wait for the next race.
RaceSessionData raceSessionDataForIntermission = new RaceSessionData(
raceSessionData.raceStartTime,
CurrentRaceDuration,
raceSessionData.PlayersInRace,
raceSessionData.FinishedPlayers
);
ServerStateMachine.Singleton.ChangeState(StateEnum.Intermission, raceSessionDataForIntermission);
}
IEnumerator IntermissionTimerAndTrackGeneration()
{
intermissionSecondsRemaining = intermissionSecondsTotal;
while (intermissionSecondsRemaining > 0)
{
yield return(new WaitForSeconds(1));
intermissionSecondsRemaining--;
// Destroy previous track and generate new track for next race when halfway in intermission
if (intermissionSecondsRemaining == intermissionSecondsTotal / 2)
{
raceSessionData = new RaceSessionData(0);
TrackGenerator.Singleton.DestroyIfRequired();
// Spawn/despawn required AI players
int numToSpawn = minPlayersOnServer - ServerStateMachine.Singleton.ReadyPlayers.Count;
if (numToSpawn > 0)
{
ServerManager.singleton.ConnectAIPlayers(numToSpawn);
}
else
{
ServerManager.singleton.DisconnectAIPlayers(-numToSpawn);
}
List <Player> shuffledReadyPlayers = ServerStateMachine.Singleton.ReadyPlayers.OrderBy(_ => Guid.NewGuid()).ToList();
TrackGenerator.Singleton.GenerateIfRequired(shuffledReadyPlayers);
}
}
// Intermission Timer fully finished - now we transition to states based on whether or not there are players.
if (ServerStateMachine.Singleton.ReadyPlayers.Any(player => !player.IsAI))
{
// Only transition to race if track is generated
while (!TrackGenerator.Singleton.IsTrackGenerated)
{
yield return(null);
}
TransitionToRace();
}
else
{
TransitionToIdle();
}
}
public override void Enter(object optionalData = null)
{
raceSessionData = new RaceSessionData(NetworkTime.time);
raceFinishTime = NetworkTime.time + maxRaceDuration;
EnableAllPlayerCarControllers();
}
