/// <summary>
/// The entry point of the program, where the program control starts and ends.
/// </summary>
/// <param name="args">The command-line arguments.</param>
public static void Main (string[] args)
{
Application.Instance = new Application ("No Way Out", args);
Application.Instance.Init ();
Application.Instance.Load ();
Application.Instance.AudioManager.LoadSound ("main_menu_Sound", "Content/Audio/main_menu.ogg");
MainMenuMusic = Application.Instance.AudioManager.CreateSource ("main_menu_SoundSource", "main_menu_Sound");
MainMenuMusic.Loop = true;
MainMenuMusic.Gain = 0.6f;
MainMenuMusic.Play ();
MazeTest maze = null;
if (!Application.Instance.IsCommandLineInterface)
{
Content.Game game = Application.Instance.Game;
var rc = Application.Instance.RendererContext;
var messageManager = Application.Instance.MessageManager;
var objmnr = Application.Instance.ObjectManager;
var compositor = new BasicCompositor (objmnr, rc);
var sceneNode = new CompositorNodeScene (rc, messageManager);
var outputNode = new CompositorNodeOutput (rc, messageManager);
var colorCorrectionNode = new CompositorColorCorrectionNode (rc, messageManager);
var healthOverlayNode = new CompositorImageOverlayNode (rc, messageManager);
var warpingNode = new CompositorWarpingNode (rc, messageManager);
compositor.AddNode (sceneNode);
compositor.AddNode (outputNode);
compositor.AddNode (healthOverlayNode);
compositor.AddNode (colorCorrectionNode);
compositor.AddNode (warpingNode);
compositor.AddConnection (sceneNode, healthOverlayNode, 0, 0);
compositor.AddConnection (healthOverlayNode, colorCorrectionNode, 0, 0);
compositor.AddConnection (colorCorrectionNode, warpingNode, 0, 0);
compositor.AddConnection (warpingNode, outputNode, 0, 0);
rc.Compositor = compositor;
new MainMenu(Application.Instance, () => {
outputNode.EnableUI = false;
maze = new MazeTest(messageManager, objmnr, rc, game, Application.Instance, sceneNode,
healthOverlayNode, colorCorrectionNode, outputNode, warpingNode);
outputNode.EnableUI = true;
maze.Generate();
}, colorCorrectionNode);
}
Application.Instance.Run ();
if (maze != null)
maze.Destroy ();
Application.Instance.Destroy ();
}
/// <summary>
/// Initializes a new instance of the <see cref="FreezingArcher.Content.Game"/> class.
/// </summary>
/// <param name="name">Name.</param>
/// <param name="objmnr">Object Manager.</param>
/// <param name="messageProvider">Message Manager.</param>
public Game (string name, ObjectManager objmnr, MessageProvider messageProvider, CompositorNodeScene scenenode, RendererContext rendererContext)
{
Logger.Log.AddLogEntry (LogLevel.Info, ClassName, "Creating new game '{0}'", name);
Name = name;
MessageProvider = messageProvider;
RendererContext = rendererContext;
SceneNode = scenenode;
GameStateGraph = objmnr.CreateOrRecycle<DirectedWeightedGraph<GameState, GameStateTransition>>();
GameStateGraph.Init();
}
/// <summary>
/// Initializes a new instance of the <see cref="FreezingArcher.Game.MazeTest"/> class.
/// </summary>
/// <param name="messageProvider">The message provider for this instance.</param>
/// <param name="objmnr">The object manager for this instance.</param>
/// <param name="rendererContext">The renderer context for the maze scenes.</param>
/// <param name="game">The game the maze should be generated in.</param>
public MazeTest (MessageProvider messageProvider, ObjectManager objmnr, RendererContext rendererContext,
Content.Game game, Application app, CompositorNodeScene sceneNode,
CompositorImageOverlayNode healthOverlayNode, CompositorColorCorrectionNode colorCorrectionNode,
CompositorNodeOutput outputNode, CompositorWarpingNode warpingNode)
{
ValidMessages = new[] {
(int) MessageId.Input,
(int) MessageId.Update,
(int) MessageId.HealthChanged,
(int) MessageId.CollisionDetected,
(int) MessageId.StaminaChanged,
(int) MessageId.ItemUse,
(int) MessageId.FlashlightToggled
};
messageProvider += this;
mazeGenerator = new MazeGenerator (objmnr);
MazeSceneNode = sceneNode;
HealthOverlayNode = healthOverlayNode;
ColorCorrectionNode = colorCorrectionNode;
OutputNode = outputNode;
WarpingNode = warpingNode;
this.game = game;
application = app;
FPS_Text = new Gwen.ControlInternal.Text (app.RendererContext.Canvas);
FPS_Text.String = "0 FPS";
FPS_Text.Font = new Gwen.Font (app.RendererContext.GwenRenderer);
FPS_Text.SetPosition (5, 5);
FPS_Text.Font.Size = 15;
FPS_Text.Hide ();
HealthOverlayNode.OverlayTexture = rendererContext.CreateTexture2D ("bloodsplatter", true, "Content/bloodsplatter.png");
HealthOverlayNode.Factor = 0;
HealthOverlayNode.Blending = OverlayBlendMode.Multiply;
warpingNode.WarpTexture = rendererContext.CreateTexture2D ("warp", true, "Content/warp.jpg");
game.SceneNode = MazeSceneNode;
game.AddGameState ("maze_overworld", Content.Environment.Default, null);
var state = game.GetGameState ("maze_overworld");
state.Scene = new CoreScene (rendererContext, messageProvider);
state.Scene.SceneName = "MazeOverworld";
state.Scene.Active = false;
state.Scene.BackgroundColor = Color4.Fuchsia;
state.Scene.DistanceFogIntensity = 0.07f;
state.Scene.AmbientColor = Color4.White;
state.Scene.AmbientIntensity = 0.3f;
state.Scene.MaxRenderingDistance = 1000.0f;
state.AudioContext = new AudioContext (state.MessageProxy);
state.MessageProxy.StartProcessing ();
loadingScreen = new LoadingScreen (application, messageProvider, "Content/loading.png",
"MazeLoadingScreen",
new[] { new Tuple<string, GameStateTransition> ("main_menu", GameStateTransition.DefaultTransition) },
new[] { new Tuple<string, GameStateTransition> (state.Name, new GameStateTransition (0)) });
endScreen = new EndScreen (application, rendererContext, new Tuple<string, GameStateTransition>[] {
new Tuple<string, GameStateTransition> ("maze_overworld", GameStateTransition.DefaultTransition),
new Tuple<string, GameStateTransition> ("maze_underworld", GameStateTransition.DefaultTransition)
});
game.SwitchToGameState ("MazeLoadingScreen");
Player = EntityFactory.Instance.CreateWith ("player", state.MessageProxy, new[] {
typeof(HealthComponent),
typeof(StaminaComponent)
}, new[] {
typeof(MovementSystem),
typeof(KeyboardControllerSystem),
typeof(MouseControllerSystem),
typeof(SkyboxSystem),
typeof(PhysicsSystem)
});
inventoryGui = new InventoryGUI (app, state, Player, messageProvider, warpingNode);
var inventory = new Inventory (messageProvider, state, Player, new Vector2i (5, 7), 9);
inventoryGui.Init (rendererContext.Canvas, inventory);
PauseMenu = new PauseMenu (application, ColorCorrectionNode, rendererContext.Canvas,
() => maze [currentMaze].AIManager.StartThinking (), () => maze [currentMaze].AIManager.StopThinking ());
AddAudio (state);
// embed new maze into game state logic and create a MoveEntityToScene
SkyboxSystem.CreateSkybox (state.Scene, Player);
Player.GetComponent<TransformComponent> ().Position = new Vector3 (0, 1.85f, 0);
var maze_cam_entity = EntityFactory.Instance.CreateWith ("maze_cam_transform", state.MessageProxy, new[] { typeof(TransformComponent) });
var maze_cam_transform = maze_cam_entity.GetComponent<TransformComponent> ();
var maze_cam = new BaseCamera (maze_cam_entity, state.MessageProxy, orthographic: true);
state.Scene.CameraManager.AddCamera (maze_cam, "maze");
maze_cam_transform.Position = new Vector3 (115, 240, 110);
maze_cam_transform.Rotation = Quaternion.FromAxisAngle (Vector3.UnitX, MathHelper.PiOver2);
state.Scene.CameraManager.AddCamera (new BaseCamera (Player, state.MessageProxy), "player");
RigidBody playerBody = new RigidBody (new SphereShape (1f));
playerBody.Position = Player.GetComponent<TransformComponent> ().Position.ToJitterVector ();
playerBody.AllowDeactivation = false;
playerBody.Material.StaticFriction = 0f;
playerBody.Material.KineticFriction = 0f;
playerBody.Material.Restitution = 0.1f;
//playerBody.Mass = 1000000.0f;
playerBody.Update ();
Player.GetComponent<PhysicsComponent> ().RigidBody = playerBody;
Player.GetComponent<PhysicsComponent> ().World = state.PhysicsManager.World;
Player.GetComponent<PhysicsComponent> ().PhysicsApplying = AffectedByPhysics.Position;
#if PRESENTATION
Player.GetComponent<HealthComponent>().MaximumHealth = 500;
Player.GetComponent<HealthComponent>().Health = 500;
#endif
state.PhysicsManager.World.AddBody (playerBody);
int seed = new FastRandom ().Next ();
var rand = new FastRandom (seed);
Logger.Log.AddLogEntry (LogLevel.Debug, "MazeTest", "Seed: {0}", seed);
#if PRESENTATION
maze [0] = mazeGenerator.CreateMaze<OverworldMazeTheme> (rand.Next (), state.MessageProxy, state.PhysicsManager, app.AudioManager, 10, 10);
#else
maze [0] = mazeGenerator.CreateMaze<OverworldMazeTheme> (rand.Next (), state.MessageProxy, state.PhysicsManager, app.AudioManager, 30, 30);
#endif
maze [0].PlayerPosition += Player.GetComponent<TransformComponent> ().Position;
maze [0].AIManager.RegisterEntity (Player);
for (int i = 0; i < OverworldScobisCount; i++)
{
ScobisInstances.Add (new Scobis (state, maze [0].AIManager, rendererContext));
}
for (int i = 0; i < OverworldCaligoCount; i++)
{
CaligoInstances.Add (new Caligo (state, maze [0].AIManager, rendererContext, warpingNode));
}
for (int i = 0; i < OverworldViridionCount; i++)
{
ViridionInstances.Add (new Viridion (state, maze [0].AIManager, rendererContext, ColorCorrectionNode));
}
for (int i = 0; i < OverworldGhostCount; i++)
{
GhostInstances.Add (new Ghost (state, maze [0].AIManager, rendererContext, ColorCorrectionNode));
}
game.AddGameState ("maze_underworld", Content.Environment.Default,
new[] { new Tuple<string, GameStateTransition> ("maze_overworld", new GameStateTransition (0)) },
new[] { new Tuple<string, GameStateTransition> ("maze_overworld", new GameStateTransition (0)),
new Tuple<string, GameStateTransition> ("endscreen_state", new GameStateTransition (0))
});
state = game.GetGameState ("maze_underworld");
state.Scene = new CoreScene (rendererContext, messageProvider);
state.Scene.SceneName = "MazeUnderworld";
state.Scene.Active = false;
state.Scene.BackgroundColor = Color4.AliceBlue;
state.Scene.DistanceFogIntensity = 0.07f;
state.Scene.AmbientColor = Color4.White;
state.Scene.AmbientIntensity = 0.3f;
state.Scene.MaxRenderingDistance = 1000.0f;
state.AudioContext = new AudioContext (state.MessageProxy);
AddAudio (state);
state.Scene.CameraManager.AddCamera (new BaseCamera (Player, state.MessageProxy), "player");
#if PRESENTATION
maze [1] = mazeGenerator.CreateMaze<UnderworldMazeTheme> (rand.Next (), state.MessageProxy, state.PhysicsManager, app.AudioManager, 10, 10);
#else
maze [1] = mazeGenerator.CreateMaze<UnderworldMazeTheme> (rand.Next (), state.MessageProxy, state.PhysicsManager, app.AudioManager, 30, 30);
#endif
maze [1].PlayerPosition += Player.GetComponent<TransformComponent> ().Position;
maze [1].AIManager.RegisterEntity (Player);
Func<int, int, bool> containsPortalFunc = (x, y) =>
{
foreach (var m in maze)
{
var cell = m.entities [x, y].GetComponent<PhysicsComponent> ().RigidBody.Tag as MazeCell;
if (cell != null && cell.IsPortal)
{
return true;
}
}
return false;
};
mazeWallMover = new MazeWallMover (maze [0], maze [1], game.GetGameState ("maze_overworld"), containsPortalFunc);
state.MessageProxy.StopProcessing ();
//game.SwitchToGameState("maze_overworld");
for (int i = 0; i < UnderworldCaligoCount; i++)
{
CaligoInstances.Add (new Caligo (state, maze [1].AIManager, rendererContext, warpingNode));
}
for (int i = 0; i < UnderworldPassusCount; i++)
{
PassusInstances.Add (new Passus (ColorCorrectionNode, state, maze [1].AIManager, rendererContext));
}
for (int i = 0; i < UnderworldRoachesCount; i++)
{
RoachesInstances.Add(new Roaches (state, maze [0].AIManager, rendererContext));
}
for (int i = 0; i < UnderworldFenFireCount; i++)
{
FenFireInstances.Add (new FenFire (state, maze [1].AIManager, rendererContext));
}
}