void ResetQuery()
{
Debug.LogWarning("called reset");
var query = Query.HasComponent <ClientConnection>().ReturnOnlyEntityIds();
Debug.LogWarning("queryied");
SpatialOS.Commands.SendQuery(StatusWriter, query)
.OnSuccess(result => {
Debug.LogWarning("Found " + result.EntityCount + " nearby entities with a health component");
if (result.EntityCount < 1)
{
return;
}
Map <EntityId, Entity> resultMap = result.Entities;
foreach (EntityId id in resultMap.Keys)
{
Entity entity = SpatialOS.GetLocalEntity(id);
if (entity != null)
{
Debug.LogWarning("entity found");
SpatialOS.Commands.SendCommand(StatusWriter, Status.Commands.GameWon.Descriptor, new Winner(PlayerDataReader.Data.name), id)
.OnSuccess(OnGameWinSuccess)
.OnFailure(OnGameWinFailure);
//StatusWriter.Send(new Status.Update().AddGameWon(new Win(gameObject.EntityId().ToString())));
}
}
})
.OnFailure(errorDetails => Debug.LogWarning("Query failed with error: " + errorDetails));
}
private void OnApplicationQuit()
{
if (SpatialOS.IsConnected)
{
SpatialOS.Disconnect();
}
}
// Called when the Play button is pressed in Unity.
public void Start()
{
Configuration.Networking.LinkProtocol = NetworkConnectionType.Tcp;
Configuration.Networking.TcpMultiplexLevel = 1;
SpatialOS.ApplyConfiguration(Configuration);
Time.fixedDeltaTime = 1.0f / SimulationSettings.FixedFramerate;
// Distinguishes between when the Unity is running as a client or a server.
switch (SpatialOS.Configuration.WorkerPlatform)
{
case WorkerPlatform.UnityWorker:
Application.targetFrameRate = SimulationSettings.TargetServerFramerate;
SpatialOS.OnDisconnected += reason => Application.Quit();
SpatialOS.Connect(gameObject);
break;
case WorkerPlatform.UnityClient:
Application.targetFrameRate = SimulationSettings.TargetClientFramerate;
SpatialOS.OnConnected += CreatePlayer;
SceneManager.LoadSceneAsync(BuildSettings.SplashScreenScene, LoadSceneMode.Additive);
break;
}
// Enable communication with the SpatialOS layer of the simulation.
SpatialOS.Connect(gameObject);
}
private void Start()
{
List <string> assetsToPreCache = new List <string> {
SimulationSettings.PlayerPrefabName,
SimulationSettings.NPCPrefabName,
SimulationSettings.NPCWizardPrefabName,
SimulationSettings.HQPrefabName,
SimulationSettings.TreePrefabName,
SimulationSettings.BarracksPrefabName,
SimulationSettings.PlayerSpawnerPrefabName
};
SpatialOS.AssetsToPrecache = assetsToPreCache;
SpatialOS.ApplyConfiguration(Configuration);
Time.fixedDeltaTime = 1.0f / SimulationSettings.FixedFramerate;
switch (SpatialOS.Configuration.WorkerPlatform)
{
case WorkerPlatform.UnityWorker:
Application.targetFrameRate = SimulationSettings.TargetFramerateUnityWorker;
SpatialOS.OnDisconnected += reason => Application.Quit();
SpatialOS.Connect(gameObject);
break;
case WorkerPlatform.UnityClient:
SceneManager.LoadScene(SimulationSettings.SplashScreenScene, LoadSceneMode.Additive);
Application.targetFrameRate = SimulationSettings.TargetFramerate;
SpatialOS.OnConnected += ClientPlayerSpawner.SpawnPlayer;
break;
}
}
private void ConnectionTimeout()
{
if (SpatialOS.IsConnected)
{
SpatialOS.Disconnect();
}
instance.NotReadyWarning.SetActive(true);
EnableConnectButtons();
}
private void OnApplicationQuit()
{
if (SpatialOS.IsConnected)
{
SpatialOS.Commands.DeleteEntity(clientAuthorityCheck, gameObject.EntityId())
.OnFailure(OnDeleteFailure);
SpatialOS.Disconnect();
}
}
private void ConnectionTimeout()
{
if (SpatialOS.IsConnected)
{
SpatialOS.Disconnect();
}
ConnectButton.interactable = true;
}
private void OnApplicationQuit()
{
if (SpatialOS.IsConnected)
{
Debug.Log("Bootstrap disconnecting from SpatialOS.");
SpatialOS.OnConnected -= OnConnected;
SpatialOS.Disconnect();
}
}
private void ConnectionTimeout()
{
if (SpatialOS.IsConnected)
{
SpatialOS.Disconnect();
}
NotReadyWarning.SetActive(true);
ConnectButton.interactable = true;
}
private void FetchAndCachePlatformBounds(EntityId entityId)
{
var PlatformBoundsComponent = SpatialOS.GetLocalEntityComponent <PlatformBounds>(entityId);
if (PlatformBoundsComponent == null)
{
Debug.LogError("Unable to find platform bounds component for entity: " + entityId.Id);
}
_cachedPlatformBoundsData = PlatformBoundsComponent.Get().Value;
}
private void OnApplicationQuit()
{
if (SpatialOS.IsConnected)
{
if (SpatialOS.Configuration.EnginePlatform == EnginePlatform.Client)
{
ClientPlayerSpawner.DeletePlayer();
}
SpatialOS.Disconnect();
}
}
void DroneMapPrune()
{
if (!ControllerWriter.Data.initialised)
{
return;
}
DeliveryInfo deliveryInfo;
List <EntityId> toPrune = new List <EntityId>();
foreach (EntityId droneId in deliveriesMap.Keys)
{
if (deliveriesMap.TryGetValue(droneId, out deliveryInfo))
{
if (Time.time > deliveryInfo.latestCheckinTime)
{
Debug.LogErrorFormat("Pruning Drone for taking too long. Drone {0} Delivered: {1}", droneId, deliveryInfo.returning);
toPrune.Add(droneId);
if (deliveryInfo.returning)
{
++failedReturns;
}
else
{
++failedDeliveries;
penalties += SimulationSettings.FailedDeliveryPenalty;
}
}
}
}
foreach (EntityId droneId in toPrune)
{
Improbable.Worker.IComponentData <Position> positionData = SpatialOS.GetLocalEntityComponent <Position>(droneId);
if (positionData != null)
{
Coordinates coords = positionData.Get().Value.coords;
coords.y = 0;
DroneRetrieval(coords.ToUnityVector());
}
DestroyDrone(droneId);
}
MetricsWriter.Send(new ControllerMetrics.Update()
.SetFailedReturns(failedReturns)
.SetFailedDeliveries(failedDeliveries)
.SetPenalties(penalties)
.SetCosts(costs));
UpdateDroneSlotsAndMap();
}
public void AttackPlayer(EntityId playerEntityId)
{
EntityId playerId = gameObject.EntityId();
EntityId killerId = SpatialOS.GetLocalEntityComponent <PlayerCreation>(new EntityId(1)).Get().Value.killerId;
// long playerEntityIdCopy = playerEntityId.Id;
SpatialOS.Commands.SendCommand(HealthWriter, Health.Commands.TakeDamage.Descriptor, new DamageRequest(1000), playerEntityId)
.OnSuccess(response => {
if (playerId != killerId && playerEntityId != killerId)
{
HealthWriter.Send(new Health.Update().SetCurrentHealth(-10));
}
})
.OnFailure(OnDamageRequestFailure);
}
private void Start()
{
SpatialOS.ApplyConfiguration(Configuration);
Application.targetFrameRate = SimulationSettings.TargetFramerate;
Time.fixedDeltaTime = 1.0f / SimulationSettings.FixedFramerate;
switch (SpatialOS.Configuration.EnginePlatform)
{
case EnginePlatform.FSim:
SpatialOS.OnDisconnected += reason => Application.Quit();
break;
case EnginePlatform.Client:
SpatialOS.OnConnected += ClientPlayerSpawner.SpawnPlayer;
break;
}
SpatialOS.Connect(gameObject);
}
public void Start()
{
SpatialOS.ApplyConfiguration(Configuration);
Time.fixedDeltaTime = 1.0f / SimulationSettings.FixedFramerate;
switch (SpatialOS.Configuration.WorkerPlatform)
{
case WorkerPlatform.UnityWorker:
Application.targetFrameRate = SimulationSettings.TargetServerFramerate;
SpatialOS.OnDisconnected += reason => Application.Quit();
SpatialOS.Connect(gameObject);
break;
case WorkerPlatform.UnityClient:
Application.targetFrameRate = SimulationSettings.TargetClientFramerate;
SpatialOS.OnConnected += CreatePlayer;
break;
}
}
// Called when the Play button is pressed in Unity.
// public void Start()
// {
// SpatialOS.ApplyConfiguration(Configuration);
//
// Time.fixedDeltaTime = 1.0f / SimulationSettings.FixedFramerate;
//
// // Distinguishes between when the Unity is running as a client or a server.
// switch (SpatialOS.Configuration.WorkerPlatform)
// {
// case WorkerPlatform.UnityWorker:
// Application.targetFrameRate = SimulationSettings.TargetServerFramerate;
// SpatialOS.OnDisconnected += reason => Application.Quit();
// break;
// case WorkerPlatform.UnityClient:
// Application.targetFrameRate = SimulationSettings.TargetClientFramerate;
// SpatialOS.OnConnected += CreatePlayer;
// break;
// }
//
// // Enable communication with the SpatialOS layer of the simulation.
//// SpatialOS.Connect(gameObject);
// }
public void Start()
{
SpatialOS.ApplyConfiguration(Configuration);
//
Time.fixedDeltaTime = 1.0f / SimulationSettings.FixedFramerate;
switch (SpatialOS.Configuration.WorkerPlatform)
{
case WorkerPlatform.UnityWorker:
Application.targetFrameRate = SimulationSettings.TargetServerFramerate;
SpatialOS.OnDisconnected += reason => Application.Quit();
SpatialOS.Connect(gameObject);
break;
case WorkerPlatform.UnityClient:
Application.targetFrameRate = SimulationSettings.TargetClientFramerate;
SpatialOS.OnConnected += CreatePlayer;
SpatialOS.OnDisconnected += reason => HandlePlayerDisconnect();
SceneManager.LoadSceneAsync(BuildSettings.SplashScreenScene, LoadSceneMode.Additive);
break;
}
}
private void Start()
{
SpatialOS.ApplyConfiguration(Configuration);
Time.fixedDeltaTime = 1.0f / SimulationSettings.FixedFramerate;
// Distinguishes between when the Unity is running as a client or a server.
switch (SpatialOS.Configuration.WorkerPlatform)
{
case WorkerPlatform.UnityWorker:
Application.targetFrameRate = SimulationSettings.TargetServerFramerate;
SpatialOS.OnDisconnected += reason => Application.Quit();
break;
case WorkerPlatform.UnityClient:
Application.targetFrameRate = SimulationSettings.TargetClientFramerate;
SpatialOS.OnConnected += OnSpatialOsConnection;
break;
}
SpatialOS.Connect(gameObject);
}
public void Start()
{
SpatialOS.ApplyConfiguration(Configuration);
switch (SpatialOS.Configuration.EnginePlatform)
{
case EnginePlatform.FSim:
SpatialOS.OnDisconnected += reason => Application.Quit();
var targetFramerate = 120;
var fixedFramerate = 20;
Application.targetFrameRate = targetFramerate;
Time.fixedDeltaTime = 1.0f / fixedFramerate;
break;
case EnginePlatform.Client:
SpatialOS.OnConnected += OnConnected;
break;
}
SpatialOS.Connect(gameObject);
}
private void OnEnable()
{
SpatialOS.ApplyConfiguration(Configuration);
Application.targetFrameRate = _targetFramerate;
switch (SpatialOS.Configuration.EnginePlatform)
{
case EnginePlatform.FSim:
{
Time.fixedDeltaTime = 1.0f / _fixedFramerate;
SpatialOS.OnDisconnected += reason => Application.Quit();
break;
}
case EnginePlatform.Client:
{
SpatialOS.OnConnected += OnConnected;
break;
}
}
SpatialOS.Connect(this.gameObject);
}
// Called when the Play button is pressed in Unity.
public void Start()
{
SceneManager.LoadScene(BuildSettings.SplashScreenScene, LoadSceneMode.Additive);
SpatialOS.ApplyConfiguration(Configuration);
Time.fixedDeltaTime = 1.0f / SimulationSettings.FixedFramerate;
// Distinguishes between when the Unity is running as a client or a server.
switch (SpatialOS.Configuration.WorkerPlatform)
{
case WorkerPlatform.UnityWorker:
Application.targetFrameRate = SimulationSettings.TargetServerFramerate;
SpatialOS.OnDisconnected += reason => Application.Quit();
SpatialOS.Connect(gameObject);
break;
case WorkerPlatform.UnityClient:
Application.targetFrameRate = SimulationSettings.TargetClientFramerate;
SpatialOS.OnConnected += CreatePlayer;
break;
}
}
private bool SetOnPlatform(EntityId entityId)
{
var metaComponent = SpatialOS.GetLocalEntityComponent <Metadata>(entityId);
if (metaComponent == null)
{
Debug.Log("Local entities not available, no metadata component...");
return(false);
}
else
{
Debug.Log("Got platform metadata component!");
string platformType = metaComponent.Get().Value.entityType;
if (platformType == SimulationSettings.IslandTagName)
{
_currentPlatform = new OnIsland
{
IslandId = entityId,
};
}
else if (platformType == SimulationSettings.ShipTagName)
{
_currentPlatform = new OnShip
{
ShipId = entityId,
IsPilot = false,
};
}
else
{
throw new Exception("Invalid component state, platform neither island nor ship");
}
return(true);
}
}
public void AttemptToConnectSpectatorClient()
{
playerCreationType = PlayerType.SPECTATORPLAYER;
SpatialOS.Connect(gameObject);
}
public void AttemptToConnectVrClient()
{
playerCreationType = PlayerType.VRPLAYER;
SpatialOS.Connect(gameObject);
}
// Called when pressing Connect from the splash screen.
public void ConnectToClient()
{
Debug.LogWarning("Connect to client");
SpatialOS.Connect(gameObject);
}
public void ConnectToClient()
{
SpatialOS.Connect(gameObject);
}
private void ApplySwarmMechanics()
{
int groupSize = 0;
float groupSpeed = 0.0f;
//Goal's current position (from SwarmGoal entity)
Vector3 goalPos = Vector3.zero;
//Vectors that need to be calculated
//Vector that points towards the center of the flock
Vector3 vCenter = Vector3.zero;
//Vector that avoids other fish
Vector3 vAvoid = Vector3.zero;
//Setup query to find all other boids within a radius
var query = Query.And(
Query.HasComponent <FishParameters>(),
Query.InSphere(transform.position.x, transform.position.y, transform.position.z, neighborDistance)
).ReturnOnlyEntityIds();
SpatialOS.Commands.SendQuery(WorldTransformWriter, query, result => {
if (result.StatusCode != StatusCode.Success)
{
Debug.LogError("Query for nearby fish failed with error: " + result.ErrorMessage);
return;
}
//Debug.Log("Found " + result.Response.Count + " nearby entities");
if (result.Response.Count < 1)
{
return; //No fish in range
}
Map <EntityId, Entity> resultMap = result.Response.Value.Entities;
foreach (var item in resultMap)
{
EntityId idRef = item.Key;
/*if (idRef.Id == numFish) //i.e. == goal
* continue;
*/
//GameObject otherFish = SpatialOS.Universe.Get(idRef).UnderlyingGameObject; // this works also
Vector3 otherFishPos = SpatialOS.GetLocalEntityComponent <WorldTransform>(idRef).Get().Value.position.ToVector3();
float otherSpeed = SpatialOS.GetLocalEntityComponent <WorldTransform>(idRef).Get().Value.speed;
vCenter += otherFishPos;
float otherDistance = Vector3.Distance(this.transform.position, otherFishPos);
if (otherDistance <= collisionDistance)
{
vAvoid -= this.transform.position - otherFishPos;
}
groupSpeed += otherSpeed;
groupSize++;
}
if (groupSize > 0)
{
//EntityId id = new EntityId (1003);
if (goalObj == null)
{
Debug.LogError("Goal OBJ missing!");
return;
}
goalPos = goalObj.transform.position;
vCenter = (vCenter / groupSize) + (goalPos - this.transform.position);
speed = groupSpeed / groupSize;
Debug.Log("Fish #" + gameObject.EntityId().Id + " : Goal Pos : " + goalPos + " Center " + vCenter + " GroupSize: " + groupSize + " Speed: " + speed);
//Clamp max speed, in case it spirals out of control
speed = Mathf.Clamp(speed, 0.0f, maxSpeed);
//Set it's orientation
//Relative Position (or direction) = Target position (i.e. vCenter - vAvoid) minus current position
//example : https://docs.unity3d.com/ScriptReference/Quaternion.LookRotation.html
//Vector3 direction = (vCenter + vAvoid) - this.transform.position;
Vector3 direction = (vCenter - vAvoid) - this.transform.position;
//Slowly turn in that direction
transform.rotation = Quaternion.Slerp(this.transform.rotation,
Quaternion.LookRotation(direction),
angularSpeed * Time.deltaTime);
}
});
}
