private void FixedUpdate()
{
if (_isConnected)
{
ReadLatencySelection();
_playerInput.Read();
if (_playerInput.HasInputsToSend())
{
SendInputEvent();
}
_playerInput.AccumCooldown += Time.fixedDeltaTime;
if (_playerInput.Shooting)
{
Shoot();
}
_playerInput.DiscardShootsByTimeout(Time.fixedDeltaTime);
if (_playerInput.HasShootsToSend())
{
SendHits();
}
// if (_playerInput.CurrentInput.IsPressingSomething())
// {
// HandleInputThroughPrediction();
// }
HandleInputThroughPrediction();
_timeFromLastSnapshotInterpolation += Time.fixedDeltaTime;
if (_snapshotBuffer.Count >= InterpolationBufferSize)
{
_currentSnapshot = _snapshotBuffer.Dequeue();
if (_currentSnapshot.Contains(_id))
{
Logger.Log("ACK = " + _currentSnapshot.GetLastInputIdProcessed(_id), false, "magenta");
}
_timeFromLastSnapshotInterpolation = 0f;
foreach (var player in _players.Values)
{
player.RefreshLastSnapshotTransform();
}
}
if (_currentSnapshot != null)
{
InterpolateSnapshots();
if (_currentSnapshot.Contains(_id))
{
var lastInputIdProcessedByServer = _currentSnapshot.GetLastInputIdProcessed(_id);
_playerInput.DiscardInputsAlreadyProcessedByServer(lastInputIdProcessedByServer);
if (_lastInputUsedAsBaseForConciliation < lastInputIdProcessedByServer)
{
//Conciliate(); //TODO: Fixme!!!
}
}
}
}
}
private void Conciliate()
{
_conciliationObject.transform.position = _currentSnapshot.GetPosition(_id);
_conciliationObject.transform.rotation = _currentSnapshot.GetRotation(_id);
Logger.Log("C: Transform took from #" + _currentSnapshot.GetLastInputIdProcessed(_id)
+ ", P = " + Printer.V3(_conciliationObject.transform.position)
+ ", R = " + Printer.Q4(_conciliationObject.transform.rotation), false, "orange");
foreach (var input in _playerInput.GetInputsNotProcessedByServer())
{
Logger.Log("C: Before Executing #" + input.Key
+ ", P = " + Printer.V3(_conciliationObject.transform.position)
+ ", R = " + Printer.Q4(_conciliationObject.transform.rotation), false, "yellow");
var(mov, rot) = PlayerManager.ProcessInput(input.Value, _conciliationObject, "C", "orange");
Logger.Log("C: After Executing #" + input.Key
+ ", mM = " + Printer.V3(mov)
+ ", mR = " + Printer.V3(rot)
+ ", P = " + Printer.V3(_conciliationObject.transform.position)
+ ", R = " + Printer.Q4(_conciliationObject.transform.rotation), false, "yellow");
}
Logger.Log("Conciliation: Finished"
+ ", P = " + Printer.V3(_conciliationObject.transform.position)
+ ", R = " + Printer.Q4(_conciliationObject.transform.rotation), false, "orange");
_players[_id].GameObject.transform.position = _conciliationObject.transform.position;
_players[_id].GameObject.transform.rotation = _conciliationObject.transform.rotation;
_lastInputUsedAsBaseForConciliation = _currentSnapshot.GetLastInputIdProcessed(_id);
}
private void HandleInputThroughPrediction()
{
if (_playerInput.CurrentInput.IsPressingSomething())
{
var player = _players[_id].GameObject;
Logger.Log("P: Before Executing #" + _playerInput.BiggestInputIdQueuedToSend
+ ", P = " + Printer.V3(player.transform.position)
+ ", R = " + Printer.Q4(player.transform.rotation), false, "cyan");
var(mov, rot) = PlayerManager.ProcessInput(_playerInput.CurrentInput, player, "P", "grey");
Logger.Log("P: After Executing #" + _playerInput.BiggestInputIdQueuedToSend
+ ", mM = " + Printer.V3(mov)
+ ", mR = " + Printer.V3(rot)
+ ", P = " + Printer.V3(player.transform.position)
+ ", R = " + Printer.Q4(player.transform.rotation), false, "cyan");
}
_players[_id].GameObject.GetComponent <CharacterController>().Move(Physics.gravity * Time.fixedDeltaTime);
foreach (var uiObject in FindObjectsOfType <Text>())
{
if (uiObject.CompareTag("LifeText"))
{
uiObject.text = _players[_id].Health + "%";
}
else if (uiObject.CompareTag("ScoreText"))
{
uiObject.text = "Score: " + _players[_id].Score;
}
}
}
private void HandleHit(Packet hitPacket)
{
Logger.Log("C: Receiving hit response", false, "cyan");
var buffer = hitPacket.Buffer;
var lastShootIdProcessed = buffer.GetInt();
_players[_id].IncrementScore(_playerInput.DiscardShootsAlreadyProcessedByServer(lastShootIdProcessed));
}
private void SendHitResponsePacket(int shooter)
{
Logger.Log("S: Sending las processed = " + _clients[shooter].ClientInput.LastShootProcessed, false, "lime");
var packet = Packet.Obtain();
var buffer = packet.Buffer;
EventSerializer.SerializeIntoBuffer(buffer, Event.Hit);
buffer.PutInt(_clients[shooter].ClientInput.LastShootProcessed);
buffer.Flush();
_channel.Send(packet, _clients[shooter].EndPoint);
packet.Free();
}
private void Shoot()
{
Logger.Log("C: Shooting!", false);
var origin = _players[_id].GameObject.transform.position + Vector3.up * 1.5f;
var forward = _players[_id].GameObject.transform.forward;
var hitted = Physics.Raycast(origin, forward, out var hit);
if (hitted && hit.collider.gameObject.CompareTag("Player"))
{
Logger.Log("C: Player hitted", false, "blue");
var shoot = new Shoot(_id, hit.collider.gameObject.GetComponent <Info>().Id);
_playerInput.AddShoot(shoot);
}
}
private void SendHits()
{
var packet = Packet.Obtain();
EventSerializer.SerializeIntoBuffer(packet.Buffer, Event.Hit);
var shoots = _playerInput.GetShootsNotProcessedByServer();
packet.Buffer.PutInt(_id);
packet.Buffer.PutInt(shoots.Count);
foreach (var shoot in shoots)
{
packet.Buffer.PutInt(shoot.Key);
packet.Buffer.PutInt(shoot.Value.Hitted);
}
packet.Buffer.Flush();
Logger.Log("C: Sending hits", false, "cyan");
StartCoroutine(SendPacketAddingLatency(packet));
}
private void HandleHitEvent(Packet hitPacket)
{
Logger.Log("S: Receiving hits", false, "lime");
var buffer = hitPacket.Buffer;
var shooter = buffer.GetInt();
for (var shootsToProcess = buffer.GetInt(); shootsToProcess > 0; shootsToProcess--)
{
var shootId = buffer.GetInt();
var hitted = buffer.GetInt();
if (!_clients[shooter].ClientInput.ShootWasAlreadyProcessed(shootId))
{
Logger.Log("Server: Client #" + shooter + " hitted Client #" + hitted + " in Shoot #" + shootId, false);
_clients[hitted].DecreaseHealth();
_clients[shooter].ClientInput.UpdateLastProcessedShoot(shootId);
}
}
SendHitResponsePacket(shooter);
}
private void HandleClientMovement()
{
foreach (var client in _clients)
{
while (client.ClientInput.NextInput())
{
Logger.Log("S: Before Executing #" + client.ClientInput.CurrentInputId
+ ", P = " + Printer.V3(client.Entity.transform.position)
+ ", R = " + Printer.Q4(client.Entity.transform.rotation), false, "lime");
var(mov, rot) = PlayerManager.ProcessInput(client.ClientInput.CurrentInput, client.Entity, "S", "green");
Logger.Log("S: After Executing #" + client.ClientInput.CurrentInputId
+ ", mM = " + Printer.V3(mov)
+ ", mR = " + Printer.V3(rot)
+ ", P = " + Printer.V3(client.Entity.transform.position)
+ ", R = " + Printer.Q4(client.Entity.transform.rotation), false, "lime");
}
client.Entity.GetComponent <CharacterController>().Move(Physics.gravity * Time.fixedDeltaTime);
}
}
