/// <summary>
/// Create horizontal split screen with n segments. The number of segments is controlled by the number of cameraControllers passed in.
/// This should only be called once (it is not possible to change the split screen config at runtime, at least, not right now.
/// If called twice or more, all but the first method calls are ignored.
/// </summary>
/// <param name="game">The game this DisplayController belongs to</param>
/// <param name="cameraControllers">The cameras to place in the split screen, in order</param>
/// <param name="totalFOV">The total FOV of the screen</param>
public static void CreateHorizontalScreens(Game game, List <CameraController> cameraControllers, float totalFOV)
{
if (displayController_ == null)
{
displayController_ = new DisplayController(game, cameraControllers, totalFOV);
}
}
/// <summary>
/// Create horizontal split screen with n segments. The number of segments is controlled by the number of cameraControllers passed in.
/// This should only be called once (it is not possible to change the split screen config at runtime, at least, not right now.
/// If called twice or more, all but the first method calls are ignored.
/// </summary>
/// <param name="game">The game this DisplayController belongs to</param>
/// <param name="cameraControllers">The cameras to place in the split screen, in order</param>
/// <param name="totalFOV">The total FOV of the screen</param>
public static void CreateHorizontalScreens(Game game, List<CameraController> cameraControllers, float totalFOV)
{
if (displayController_ == null) displayController_ = new DisplayController(game, cameraControllers, totalFOV);
}
// private constructor: use factory methods instead
private Engine(Game game, List <GamerProfile> sortedProfiles,
List <KeyConfig> localPlayerInputConfigs, out Dictionary <byte, LinkedList <CarActor> > idCarActorMap)
{
this.game = game;
// create a physics system:
world = new defaultPhysicsSystem();
// set it as the current
Engine.currentWorld = world;
// setup lists for components, cameras and for networking:
Components = new List <GameComponent>();
DrawableComponents = new List <DrawableGameComponent>();
LateDrawComponents = new List <DrawableGameComponent>();
OverlayComponents = new List <DrawableGameComponent>();
carActors = new List <CarActor>();
cameraControllerList = new List <CameraController>();
idCarActorMap = new Dictionary <byte, LinkedList <CarActor> >();
// create the track
int totalCars = 0;
foreach (GamerProfile gp in sortedProfiles)
{
totalCars += gp.numCars;
}
track = TrackManager.CreateTrack(game, totalCars);
this.AddComponent(track);
// create the car Actors & players
int carCount = 0;
foreach (GamerProfile profile in sortedProfiles)
{
LinkedList <CarActor> cars = new LinkedList <CarActor>();
// create the carActors
for (int i = 0; i < profile.numCars; i++)
{
// create the carRenderer
CarModelRenderer carModelRenderer = new DefaultCarModelRenderer(game, (DefaultCarModelRenderer.TextureColourScheme)(carCount + 2 % (int)(DefaultCarModelRenderer.TextureColourScheme.Count)));
// add the car to the list
CarActor carActor = new defaultCarActor(game, carModelRenderer, Matrix.Identity); // all start off at origin. Moved at Initialize
carActors.Add(carActor);
cars.AddLast(carActor);
AddComponent(carActor);
carCount++;
// decorate the carActor with a particle system
AddComponent(new ParticleController(game, carActor));
//add HUD for player
//HUD hud = new HUD(game, carActor);
//OverlayComponents.Add(hud);
//Components.Add(hud);
// if player is local, setup the local cameras and input schemes:
if (profile.isLocal)
{
CameraController c = new CameraController(game, carActor);
this.AddComponent(c);
//if (cameraControllerList.Count == 0)
cameraControllerList.Add(c);
CarSoundManager soundManager = new CarSoundManager(carActor, c, game);
AddComponent(new Player(game, carActor, localPlayerInputConfigs[i], c));
AddComponent(soundManager);
}
}
// register gamer into map
idCarActorMap.Add(profile.gamerId, cars);
}
// setup split screen
DisplayController.CreateHorizontalScreens(game, cameraControllerList, MathHelper.PiOver4);
AddComponent(DisplayController.Display);
// draw skybox, then bloom, then fps on top
LateDrawComponents.Add(new SkyBoxActor(game));
//FrameRateCounter fpsDisplay = new FrameRateCounter(game);
//OverlayComponents.Add(fpsDisplay);
//Components.Add(fpsDisplay);
}