private TidesFlatlandPresenter(Flatland.Canvas canvas)
{
orbMoon = new DrawOrb(canvas, colorMoon);
orbSun = new DrawOrb(canvas, colorSun);
segment = new DrawSegment(canvas);
earth = new DrawEarth(canvas);
}
public override void LoadContent()
{
mScene = new Scene();
mActorMan = new ActorManager(mViews);
GameResources.ActorManager = mActorMan;
LevelManifest manifest;
using (ContentManager manifestLoader = new ContentManager(SharedResources.Game.Services, "Content"))
{
manifest = manifestLoader.Load<LevelManifest>(mRequest.LevelName);
manifestLoader.Unload(); // a LevelManifest does not use any Disposable resources, so this is ok.
}
// The IScreenHoncho tells this gameplay screen how to set up the PlayerViews and DrawSegments required to play this level
IScreenHoncho screenHoncho = Activator.CreateInstance(Type.GetType(manifest.ScreenHonchoTypeName)) as IScreenHoncho;
mViewContentLoader = new ContentManager(SharedResources.Game.Services, "Content");
foreach (PlayerInfo player in GameResources.PlaySession.Players)
{
mViews.Add(PlayerViewFactory.Create(player,
mRequest.CharacterSelections[player.PlayerId],
screenHoncho,
mViewContentLoader));
}
// Determine screen layout and create DrawSegments
if (screenHoncho.PlayersUseSeparateViewports)
{
switch (GameResources.PlaySession.LocalPlayers.Count)
{
case 1:
mScreenLayout = ViewportLayout.FullScreen;
break;
case 2:
mScreenLayout = GameOptions.PreferHorizontalSplit ? ViewportLayout.HorizontalSplit : ViewportLayout.VerticalSplit;
break;
case 3:
case 4:
mScreenLayout = ViewportLayout.FourWaySplit;
break;
default:
throw new InvalidOperationException("Unsupported number of local players.");
}
foreach (int playerId in GameResources.PlaySession.LocalPlayers.Keys)
{
HumanView playerView = mViews.Single(v => v.PlayerId == playerId) as HumanView;
ICameraProvider cameraPlayerView = playerView as ICameraProvider;
if (cameraPlayerView == null)
throw new LevelManifestException("When IScreenHoncho.PlayersUseSeparateViewports is true, HumanViews must implement the ICameraProvider interface.");
DrawSegment ds = new DrawSegment(mScene, cameraPlayerView.Camera);
mDrawSegments.Add(ds);
playerView.DrawSegment = ds;
}
}
else
{
mScreenLayout = ViewportLayout.FullScreen;
DrawSegment ds = new DrawSegment(mScene);
mDrawSegments.Add(ds);
foreach (int playerId in GameResources.PlaySession.LocalPlayers.Keys)
{
HumanView playerView = mViews.Single(v => v.PlayerId == playerId) as HumanView;
playerView.DrawSegment = ds;
}
}
// TODO: P3: Make sure all non-local players are connected
mScene.Load();
mActorMan.LoadContent(manifest);
// TODO: P3: Make sure all remote clients have loaded their game.
foreach (PlayerView view in mViews)
{
view.Load();
}
GameResources.LoadNewLevelDelegate = LoadNewLevel;
SharedResources.Game.GraphicsDevice.DeviceLost += DeviceLostHandler;
SharedResources.Game.GraphicsDevice.DeviceResetting += DeviceResettingHandler;
SharedResources.Game.GraphicsDevice.DeviceReset += DeviceResetHandler;
}
public override void LoadContent()
{
mScene = new Scene();
mActorMan = new ActorManager(mViews);
GameResources.ActorManager = mActorMan;
LevelManifest manifest;
using (ContentManager manifestLoader = new ContentManager(SharedResources.Game.Services, "Content"))
{
manifest = manifestLoader.Load <LevelManifest>(mRequest.LevelName);
manifestLoader.Unload(); // a LevelManifest does not use any Disposable resources, so this is ok.
}
// The IScreenHoncho tells this gameplay screen how to set up the PlayerViews and DrawSegments required to play this level
IScreenHoncho screenHoncho = Activator.CreateInstance(Type.GetType(manifest.ScreenHonchoTypeName)) as IScreenHoncho;
mViewContentLoader = new ContentManager(SharedResources.Game.Services, "Content");
foreach (PlayerInfo player in GameResources.PlaySession.Players)
{
mViews.Add(PlayerViewFactory.Create(player,
mRequest.CharacterSelections[player.PlayerId],
screenHoncho,
mViewContentLoader));
}
// Determine screen layout and create DrawSegments
if (screenHoncho.PlayersUseSeparateViewports)
{
switch (GameResources.PlaySession.LocalPlayers.Count)
{
case 1:
mScreenLayout = ViewportLayout.FullScreen;
break;
case 2:
mScreenLayout = GameOptions.PreferHorizontalSplit ? ViewportLayout.HorizontalSplit : ViewportLayout.VerticalSplit;
break;
case 3:
case 4:
mScreenLayout = ViewportLayout.FourWaySplit;
break;
default:
throw new InvalidOperationException("Unsupported number of local players.");
}
foreach (int playerId in GameResources.PlaySession.LocalPlayers.Keys)
{
HumanView playerView = mViews.Single(v => v.PlayerId == playerId) as HumanView;
ICameraProvider cameraPlayerView = playerView as ICameraProvider;
if (cameraPlayerView == null)
{
throw new LevelManifestException("When IScreenHoncho.PlayersUseSeparateViewports is true, HumanViews must implement the ICameraProvider interface.");
}
DrawSegment ds = new DrawSegment(mScene, cameraPlayerView.Camera);
mDrawSegments.Add(ds);
playerView.DrawSegment = ds;
}
}
else
{
mScreenLayout = ViewportLayout.FullScreen;
DrawSegment ds = new DrawSegment(mScene);
mDrawSegments.Add(ds);
foreach (int playerId in GameResources.PlaySession.LocalPlayers.Keys)
{
HumanView playerView = mViews.Single(v => v.PlayerId == playerId) as HumanView;
playerView.DrawSegment = ds;
}
}
// TODO: P3: Make sure all non-local players are connected
mScene.Load();
mActorMan.LoadContent(manifest);
// TODO: P3: Make sure all remote clients have loaded their game.
foreach (PlayerView view in mViews)
{
view.Load();
}
GameResources.LoadNewLevelDelegate = LoadNewLevel;
SharedResources.Game.GraphicsDevice.DeviceLost += DeviceLostHandler;
SharedResources.Game.GraphicsDevice.DeviceResetting += DeviceResettingHandler;
SharedResources.Game.GraphicsDevice.DeviceReset += DeviceResetHandler;
}
