// Update is called once per frame
void Update()
{
//We create a new Translation and Rotation from the transform of the GameObject
//The GameObject Translation and Rotation is updated by the pose driver
var arTranslation = new Translation {
Value = transform.position
};
var arRotation = new Rotation {
Value = transform.rotation
};
//Now we update our ARPoseComponent with the updated Pose Driver data
var arPose = new ARPoseComponent {
translation = arTranslation,
rotation = arRotation
};
m_ClientSimGroup.SetSingleton <ARPoseComponent>(arPose);
//If the player was spawned, we will move the AR camera to behind the spawn location
if (!m_SpawnPositionQuery.IsEmptyIgnoreFilter)
{
//We grab the component from the Singleton
var spawnPosition = m_ClientSimGroup.GetSingleton <SpawnPositionForARComponent>();
// Debug.Log("spawn position is: " + spawnPosition.spawnTranslation.ToString());
//We set the new pose to behind the player (0, 2, -10) (this is the same value the player is put in front of the pose in InputResponseMovementSystem)
var newPoseTranslation = (spawnPosition.spawnTranslation) + (math.mul(spawnPosition.spawnRotation, new float3(0, 2, 0)).xyz) - (math.mul(spawnPosition.spawnRotation, new float3(0, 0, 10)).xyz);
//The rotation will be the same
var newPoseRotation = (spawnPosition.spawnRotation);
// Debug.Log("calculated camera position is: " + newPoseTranslation.ToString());
//MakeContentAppearAt requires a transform even though it is never used so we create a dummy transform
Transform dummyTransform = new GameObject().transform;
//First we will undo our last MakeContentAppearAt to go back to "normal"
m_ARSessionOrigin.MakeContentAppearAt(dummyTransform, -1f * m_LastTranslation, Quaternion.Inverse(m_LastRotation));
//Now we will update our LastTranslation and LastRotations to the values we are about to use
//Because of how MakeContentAppearAt works we must do the inverse to move our camera where we want it
m_LastTranslation = -1f * newPoseTranslation;
m_LastRotation = Quaternion.Inverse(newPoseRotation);
//Now that we have set the variables we will use them to adjust the AR pose
m_ARSessionOrigin.MakeContentAppearAt(dummyTransform, m_LastTranslation, m_LastRotation);
// Debug.Log("transform after MakeContentAppearAt: " + transform.position.ToString());
//Now we delete the entity so this only runs during an initial spawn
m_ClientWorld.EntityManager.DestroyEntity(m_ClientSimGroup.GetSingletonEntity <SpawnPositionForARComponent>());
}
}
//This function will navigate us to NavigationScene and connected with the clients/server about leaving
void ClickedQuitGame()
{
//As a client if we were able to create an NCE we must add a request disconnect
if (!m_ClientNetworkIdComponentQuery.IsEmptyIgnoreFilter)
{
var clientNCE = m_ClientSimulationSystemGroup.GetSingletonEntity <NetworkIdComponent>();
m_ClientWorld.EntityManager.AddComponentData(clientNCE, new NetworkStreamRequestDisconnect());
}
//As a server if we were able to create an NCE we must add a request disconnect to all NCEs
//We must to see if this was a host build
if (m_ServerWorld != null)
{
//First we grab the array of NCEs
var nceArray = m_ServerNetworkIdComponentQuery.ToEntityArray(Allocator.TempJob);
for (int i = 0; i < nceArray.Length; i++)
{
//Then we add our NetworkStreamDisconnect component to tell the clients we are leaving
m_ServerWorld.EntityManager.AddComponentData(nceArray[i], new NetworkStreamRequestDisconnect());
}
//Then we dispose of our array
nceArray.Dispose();
}
#if UNITY_EDITOR
if (Application.isPlaying)
#endif
SceneManager.LoadSceneAsync("NavigationScene");
#if UNITY_EDITOR
else
{
Debug.Log("Loading: " + "NavigationScene");
}
#endif
if (ClientServerInfo.IsServer)
{
m_ServerWorld.GetExistingSystem <GhostDistancePartitioningSystem>().Enabled = false;
}
}