public void EnqueueInput(NetCommand.PlayerInputCommand command, Player player, uint serverWorldTick)
{
// Monitoring.
DebugUI.ShowValue("sv stale inputs", staleInputs);
// Calculate the last tick in the incoming command.
uint maxTick = command.StartWorldTick + (uint)command.Inputs.Length - 1;
// Scan for inputs which haven't been handled yet.
if (maxTick >= serverWorldTick)
{
uint start = serverWorldTick > command.StartWorldTick
? serverWorldTick - command.StartWorldTick : 0;
for (int i = (int)start; i < command.Inputs.Length; ++i)
{
// Apply inputs to the associated player controller and simulate the world.
var worldTick = command.StartWorldTick + i;
var tickInput = new TickInput {
WorldTick = (uint)worldTick,
RemoteViewTick = (uint)(worldTick - command.ClientWorldTickDeltas[i]),
Player = player,
Inputs = command.Inputs[i],
};
queue.Enqueue(tickInput, worldTick);
// Store the latest input in case the simulation needs to repeat missed frames.
latestPlayerInput[player.Id] = tickInput;
}
}
else
{
staleInputs++;
}
}
// Process a single world tick update.
protected override void Tick(float dt)
{
// Grab inputs.
var sampled = handler.SampleInputs();
PlayerInputs inputs = sampled.HasValue ? sampled.Value : new PlayerInputs();
// If the oldest server state is too stale, freeze the player.
if (Settings.FreezeClientOnStaleServer &&
WorldTick - lastServerWorldTick >= Settings.MaxStaleServerStateTicks)
{
Debug.Log("Server state is too old (is the network connection dead?)");
inputs = new PlayerInputs();
}
// Update our snapshot buffers.
uint bufidx = WorldTick % 1024;
localPlayerInputsSnapshots[bufidx] = inputs;
localPlayerStateSnapshots[bufidx] = localPlayer.Controller.ToNetworkState();
localPlayerWorldTickSnapshots[bufidx] = lastServerWorldTick;
// Send a command for all inputs not yet acknowledged from the server.
var unackedInputs = new List <PlayerInputs>();
var clientWorldTickDeltas = new List <short>();
// TODO: lastServerWorldTick is technically not the same as lastAckedInputTick, fix this.
for (uint tick = lastServerWorldTick; tick <= WorldTick; ++tick)
{
unackedInputs.Add(localPlayerInputsSnapshots[tick % 1024]);
clientWorldTickDeltas.Add((short)(tick - localPlayerWorldTickSnapshots[tick % 1024]));
}
var command = new NetCommand.PlayerInputCommand {
StartWorldTick = lastServerWorldTick,
Inputs = unackedInputs.ToArray(),
ClientWorldTickDeltas = clientWorldTickDeltas.ToArray(),
};
handler.SendInputs(command);
// Prediction - Apply inputs to the associated player controller and simulate the world.
localPlayer.Controller.SetPlayerInputs(inputs);
SimulateWorld(dt);
++WorldTick;
// Notify camera.
// TODO: Fix this - This is needed because the camera is not hooked into the same
// world simulation "Simulate()" fixed loop, it can only used its own FixedUpdate, and so
// it needs to be synced up a bit better.
// Need some interface for entities that participate.
GameObject.FindObjectOfType <CPMCameraController>().PlayerPositionUpdated();
// Process a world state frame from the server if we have it.
ProcessServerWorldState();
}
private void HandlePlayerInput(NetCommand.PlayerInputCommand cmd, NetPeer peer)
{
if (cmd.Inputs == null)
{
Debug.LogError("Shouldnt be null here");
}
simulation.EnqueuePlayerInput(
new WithPeer <NetCommand.PlayerInputCommand> {
Peer = peer, Value = cmd
});
}
public void SendInputs(NetCommand.PlayerInputCommand command)
{
netChannel.SendNSCommand(serverPeer, command);
}
