public void TestAStar()
{
Map map = new Map();
map.LoadMap(Path.Combine("Resources/Maps", "small.map"));
Simulation sim = new ClientSimulation(map);
Unit u = new UnitTrooper(new ObjectID(1, 1), GlobalSettings.Wrapper.Troopers[0], new Position(0, 0), map, sim);
map.Units[0, 1].AddFirst(u);
map.Units[1, 1].AddFirst(u);
map.Units[2, 1].AddFirst(u);
map.Units[3, 0].AddFirst(u);
map.Units[4, 1].AddFirst(u);
map.Units[3, 2].AddFirst(u);
map.Units[4, 2].AddFirst(u);
map.Units[3, 3].AddFirst(u);
MapInput mi = new MapInput(map);
mi.IsMoveable += new MapInput.MoveCheckDelegate(IsMoveable);
mi.Start = new Position(0, 0);
mi.Goal = new Position(15, 17);
Queue <Position> path = AStar.Search <Position>(mi);
if (path.Count != 0)
{
Console.WriteLine("OK");
}
}
public void TestSimulaton()
{
Simulation sim;
Map map = new Map();
map.LoadMap(Path.Combine("Resources/Maps", "test.map"));
sim = new ClientSimulation(map);
sim.onTurnEnd += new SimulationHandler(sim_onTurnEnd);
sim.StartSimulation();
int msgCount = 0;
while (msgCount < 1000)
{
GameMessage gm = generate();
gm.IdTurn = sim.CurrentTurn + 1 + rnd.Next(2 * sim.Delta);
sim.AddGameMessage(gm);
Thread.Sleep(rnd.Next(200));
if (rnd.Next(4) == 0)
{
s.WaitOne();
sim.DoTurn(1);
}
msgCount++;
}
}
protected override void TearDownGameScene()
{
base.TearDownGameScene();
if (simulation != null)
{
simulation = null;
}
}
private void HandleJoinAccepted(NetCommand.JoinAccepted cmd)
{
Debug.Log("Server join successful!");
// Create our player object and attach client-specific components.
Debug.Log("Local player network ID is " + cmd.YourPlayerState.NetworkObjectState.NetworkId);
localPlayer = AddPlayerFromInitialServerState(cmd.YourPlayerState, false);
InitializeLocalPlayer();
// Initialize simulation.
simulation = new ClientSimulation(
localPlayer, playerManager, networkObjectManager, this, bestServerLatency, cmd.WorldTick);
// Create player objects for existing clients.
foreach (var state in cmd.ExistingPlayerStates)
{
AddPlayerFromInitialServerState(state, true);
}
}
public void Rollback()
{
const float deltaTime = 1f / 10f; // Running 10 FPS
const float fixedDeltaTime = 1f / 5f; // Fixed tick at 5 FPS
var world = new World(EcsConfig.Default);
var inputSystem = new PlayerInputSystem();
var movementSystem = new MovementSystem();
var config = SimulationConfig.Default;
config.FixedTick = fixedDeltaTime;
var simulation = new ClientSimulation <SingletonInputComponent>(
config: config,
world: world,
update:
new Systems(world)
.Add(inputSystem),
fixedUpdate:
new Systems(world)
.Add(movementSystem));
simulation.Create();
var testDriver = new SimulationManagerTestDriver <SingletonInputComponent>(
simulation,
fixedDeltaTime);
// Singleton input entity
var entityInput = world.NewEntity();
// Singleton player entity.
var entityPlayer = world.NewEntity();
entityPlayer.GetComponent <SingletonPlayerComponent>();
ref var movement = ref entityPlayer.GetComponent <MovementComponent>();
public GameClient(
ILogger logger,
IJsonSerializer jsonSerializer,
IClientConfig config)
{
this._logger = logger ?? throw new ArgumentNullException(nameof(logger));
this._jitterBuffer = new PacketJitterBuffer(this._logger, config.Jitter.Capacity);
this._entityServerToClientMap = new NetworkEntityMap(config.Ecs.InitialEntityPoolCapacity);
this._world = new World(config.Ecs);
this._physicsWorld = new VolatilePhysicsWorld(historyLength: config.Simulation.SnapShotCount);
this._systems = new Systems(this._world);
this._fixedSystems =
new Systems(this._world)
.Add(new ClientEntityReplicationSystem())
.Add(new PhysicsSystem())
.Inject(this._world)
.Inject(this._physicsWorld)
.Inject(this._jitterBuffer)
.Inject(this._entityServerToClientMap);
this._simulation = new ClientSimulation <InputComponent>(
config.Simulation,
this._world,
this._systems,
this._fixedSystems);
this._simulation.Create();
this._server = new GameServerClient(
this._logger,
jsonSerializer,
this._jitterBuffer,
config.NetworkTransport);
}