private void Awake()
{
VRView.viewerPivot.parent = transform; // Parent the camera pivot under EditorVR
if (VRSettings.loadedDeviceName == "OpenVR")
{
// Steam's reference position should be at the feet and not at the head as we do with Oculus
VRView.viewerPivot.localPosition = Vector3.zero;
}
InitializePlayerHandle();
CreateDefaultActionMapInputs();
CreateAllProxies();
CreateDeviceDataForInputDevices();
CreateEventSystem();
m_PixelRaycastModule = U.Object.AddComponent <PixelRaycastModule>(gameObject);
m_PixelRaycastModule.ignoreRoot = transform;
m_HighlightModule = U.Object.AddComponent <HighlightModule>(gameObject);
m_ObjectPlacementModule = U.Object.AddComponent <ObjectPlacementModule>(gameObject);
m_AllTools = U.Object.GetImplementationsOfInterface(typeof(ITool));
m_AllWorkspaceTypes = U.Object.GetExtensionsOfClass(typeof(Workspace));
// TODO: Only show tools in the menu for the input devices in the action map that match the devices present in the system.
// This is why we're collecting all the action maps. Additionally, if the action map only has a single hand specified,
// then only show it in that hand's menu.
// CollectToolActionMaps(m_AllTools);
}
void Start()
{
stateInformation = new StateInformation();
interfaceManager = InterfaceManager.GetInstance();
prefabsManager = PrefabsManager.GetInstance();
levelController = LevelController.instance;
levelDataManager = LevelDataManager.GetInstance();
startupModule = (IStartupModule)StartupModule.GetInstance();
objectDeletionModule = (IObjectDeletionModule)ObjectDeletionModule.GetInstance();
objectPlacementModule = (IObjectPlacementModule)ObjectPlacementModule.GetInstance();
objectEditingModule = (IObjectEditingModule)ObjectEditingModule.GetInstance();
objectInformationModule = (IObjectInformationModule)ObjectInformationModule.GetInstance();
GameObject leftMouseButtonObject = Instantiate(mouseButtonPrefab, transform);
leftMouseButton = leftMouseButtonObject.GetComponent <MouseButton>();
GameObject rightMouseButtonObject = Instantiate(mouseButtonPrefab, transform);
rightMouseButton = rightMouseButtonObject.GetComponent <MouseButton>();
leftMouseButton.Setup(0, mouseButtonLeftPressedTime);
rightMouseButton.Setup(1, cameraDragTime);
prefabsManager.AddPrefabs();
interfaceManager.SetupUI(prefabsManager.GetPrefabTable());
InitializeLevel(initialLevelWidth, initialLevelHeight);
SetupLevel();
}
IEnumerator Start()
{
// Delay until at least one proxy initializes
bool proxyActive = false;
while (!proxyActive)
{
foreach (var proxy in m_Proxies)
{
if (proxy.active)
{
proxyActive = true;
break;
}
}
yield return(null);
}
m_ControllersReady = true;
if (m_ProxyExtras)
{
var extraData = m_ProxyExtras.data;
ForEachRayOrigin((proxy, pair, device, deviceData) =>
{
List <GameObject> prefabs;
if (extraData.TryGetValue(pair.Key, out prefabs))
{
foreach (var prefab in prefabs)
{
var go = InstantiateUI(prefab);
go.transform.SetParent(pair.Value, false);
}
}
});
}
CreateSpatialSystem();
m_ObjectPlacementModule = U.Object.AddComponent <ObjectPlacementModule>(gameObject);
ConnectInterfaces(m_ObjectPlacementModule);
SpawnActions();
SpawnDefaultTools();
AddPlayerModel();
PrewarmAssets();
// In case we have anything selected at start, set up manipulators, inspector, etc.
EditorApplication.delayCall += OnSelectionChanged;
// This will be the first call to update the player handle (input) maps, sorted by priority
UpdatePlayerHandleMaps();
}
void Awake()
{
instance = this;
}
