//Comprueba si el coche está yendo marcha atrás, y establece el punto al que se ha de colocar al jugador en caso de que vuelque.
public void UpdateRaceCarState(PlayerInfo player, SetupPlayer setupPlayer)
{
Vector3 carPos = player.transform.position;
Vector3 carFwd = player.transform.forward;
int segIdx;
float carDist;
Vector3 carProj;
float minArcL =
this.m_CircuitController.ComputeClosestPointArcLength(carPos, out segIdx, out carProj, out carDist);
//Se actualizan los datos de recuperación de choques del jugador
setupPlayer.CmdChangeLastSafePosition(carProj);
setupPlayer.CmdChangeCrashRecoverForward(m_CircuitController.GetSegment(segIdx));
//Comprobación de si va hacia atrás (según el ángulo entre el forward del coche y la dirección del circuito)
float ang = Vector3.Angle(m_CircuitController.GetSegment(segIdx), carFwd);
bool goingBackwards = ang > goingBackwardsThreshold;
if (goingBackwards != player.goingBackwards)
{
setupPlayer.CmdChangeGoingBackwards(goingBackwards);
}
}
/// <summary>
/// Called before start, setup the events from the networkplayer here, as NetworkStart is called before regular Start.
/// Hook up all the RPC event the shoot system needs
/// </summary>
void Awake()
{
np = GetComponent <NetworkedPlayer>();
np.NetworkStartEvent += NetworkStart;
np.ShootEvent += RPCShoot;
np.SwitchWeaponEvent += RPCSwitchWeapon;
setupPlayer = GetComponent <SetupPlayer>();
}
/// <summary>
/// Called before start, setup the events from the networkplayer here, as NetworkStart is called before regular Start.
/// Hook up all the RPC events the health system needs
/// </summary>
void Awake()
{
np = GetComponent <NetworkedPlayer>();
np.NetworkStartEvent += NetworkStart;
np.DieEvent += RPCDie;
np.TakeDamageEvent += RPCTakeDamage;
setupPlayer = GetComponent <SetupPlayer>();
}
/* OnPlayerMessage(SetupPlayer player, string message): recibe el player y el mensaje, lo muestra de colores distintos según sea el local o no.
*/
private void OnPlayerMessage(SetupPlayer player, string message)
{
string prettyMessage = player.isLocalPlayer ?
$"<color=red>{player.m_PlayerInfo.Name}: </color> {message}" :
$"<color=blue>{player.m_PlayerInfo.Name}: </color> {message}";
AppendMessage(prettyMessage);
//Debug.Log(message);
}
/* OnSend(): envía el mensaje si tiene contenido, pasándolo al servidor mediante un Command. Reinicia el valor de la variable chatMessage
*/
public void OnSend()
{
if (chatMessage.text.Trim() == "")
{
return;
}
SetupPlayer player = NetworkClient.connection.identity.GetComponent <SetupPlayer>();
player.CmdSend(chatMessage.text.Trim());
chatMessage.text = "";
}
private void Awake()
{
setupPlayer = GetComponent <SetupPlayer>();
playerInfo = GetComponent <PlayerInfo>();
playerController = GetComponent <PlayerController>();
mirrorManager = GetComponent <MirrorManager>();
checkPointController = GetComponent <CheckpointController>();
//Si esto da problemas, llevarlo al Start
//polePositionManager = FindObjectOfType<PolePositionManager>();
//networkController = FindObjectOfType<NetworkController>();
//UIManager = FindObjectOfType<UIManager>();
print("ScriptManager SETUP");
}
//Se ha implementado un sistema de checkpoints para asegurar que las vueltas al circuito se realizan correctamente
//Cuando un jugador local toca un checkpoint, se activa el siguiente, hasta llegar a la meta.
//Cuando el jugador ha pasado por todos los checkpoints y toca la meta se contabiliza una vuelta
private void OnTriggerEnter(Collider other)
{
if (other.tag == "Player" && other.GetComponent <SetupPlayer>().isLocalPlayer)
{
PlayerInfo playerInfo = other.GetComponent <PlayerInfo>();
SetupPlayer setupPlayer = other.GetComponent <SetupPlayer>();
RaceTimer raceTimer = other.GetComponent <RaceTimer>();
if (isGoal)
{
setupPlayer.CmdChangeCurrentLap(playerInfo.CurrentLap + 1);
raceTimer.ResetLapTime();
}
nextCheckpoint.gameObject.SetActive(true);
gameObject.SetActive(false);
}
}
