public Scene(Accessors accessors)
{
SceneRoot = new GameObject("root", 0);
SceneRoot.Name = "SceneRoot";
sceneObjects = new List <GameObject>();
this.accessors = accessors;
}
public GameEngine()
{
settings = new ApplicationSettings();
settings.Load();
int width = settings.WindowWidth;
int height = settings.WindowHeight;
int render_width = settings.RenderWidth;
int render_height = settings.RenderHeight;
resourceManager = new Resources.ResourceManager("data/");
effectHandler = new Rendering.PostProcessing.PostEffectHandler();
window = new Rendering.Window("Testing", width, height, settings.Resizeable);
deviceResources = new Rendering.DeviceResources(window.GetHandle(), render_width, render_height, 60);
// Load basic resources included in engine.
// Some resources are required for renderer to function.
InitializeEngineResources();
PostResourceLoadInitialization();
input = new Input();
gameTime = new GameTime();
accessors = new Accessors(
gameTime.Accessor,
input.Acessor
);
stateMachine = new States.GameStateMachine(accessors);
States.GameState testState = new States._TestState(accessors);
stateMachine.Attach(testState);
stateMachine.AddToStack("TestState");
testState.Load(resourceManager, deviceResources.Device);
testState.Init(resourceManager);
light = new GameObject("light", 0);
light.SetScale(new Vector3(0.1f, 0.1f, 0.1f));
light.SetPosition(new Vector3(-5, 0, -5));
// TODO: Work this out.
// Renderer must be created after state has loaded resources.
// Need to make CubemapRenderer play nice with Renderer.
renderer = new Rendering.Renderer(window, deviceResources, render_width, render_height, 60, effectHandler);
Logger.Write(LogType.Info, "Engine Initialized");
}
