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Figure 2-9 Table per class hierarchy (accounts) Although many people write the table per class hierarchy technique off as simplistic and lacking scalability, it is one of the fastest approaches when it comes to inheritance structures and ORM The reasons are simple: you don t have to write a lot of complex joins or queries to get your data out of the database, and everything is stored in a single location, making polymorphism a snap Unfortunately, this approach also has significant drawbacks First, if you have more than a couple of types in your class model, this approach can become very complex very quickly because of the single-table structure and lack of foreign-key relationships Second, as your schema expands, your database has the potential to become nothing more than a glorified flat file and your table size can grow very large.

MoonObject also uses the same technique, but overrides the Angle property to make each moon slowly rotate as it orbits around its target sprite. The game objects are added to the game in the LoadContent method, as shown in Listing 3 24. First a planet is instantiated and added to the GameObjects collection. A moon is then created and passed to the planet as its target object. This is then repeated for the second planet, which is given three moons. The last of those moons gets its own moon, too; because the moon can orbit any object, it doesn t matter whether it is a planet or another moon that it targets (and indeed, this moon-of-a-moon could itself be given a moon, and so on). With this object configuration in place, the simulation runs and produces this comparatively complex set of object movements with an extremely small amount of game code required.

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Listing 3 24. Initializing the objects for the OrbitingSprites project protected override void LoadContent() { PlanetObject planet; MoonObject moon; // Create a new SpriteBatch, which can be used to draw textures. _spriteBatch = new SpriteBatch(GraphicsDevice); Textures.Add("Planet", Content.Load<Texture2D>("Planet")); Textures.Add("Moon", Content.Load<Texture2D>("Moon")); // Add a planet... planet = new PlanetObject(this, new Vector2(150, 200), Textures["Planet"], 0.7f); GameObjects.Add(planet); // ...and give it a moon GameObjects.Add(new MoonObject(this, Textures["Moon"], planet, 0.02f, 60, 0.3f, Color.White)); // Add another planet... planet = new PlanetObject(this, new Vector2(300, 500), Textures["Planet"], 1.0f); GameObjects.Add(planet); // ...and give it some moons GameObjects.Add(new MoonObject(this, Textures["Moon"], planet, 0.04f, 90, 0.2f, Color.OrangeRed)); GameObjects.Add(new MoonObject(this, Textures["Moon"], planet, 0.025f,130, 0.4f, Color.PaleGreen)); moon = new MoonObject(this, Textures["Moon"], planet, 0.01f, 180, 0.25f, Color.Silver); GameObjects.Add(moon); // Add a moon to the moon GameObjects.Add(new MoonObject(this, Textures["Moon"], moon, 0.1f, 25, 0.15f, Color.White)); }

This code will create a render window named MainWindow that sets up in the upperleft corner of the screen, with the title Alternate Window Title. At this time, Ogre has no elegant method of reinitializing a render window or render system. For example, if your user wishes to switch from Direct3D rendering to OpenGL rendering while your application is running, obviously you would have to shut down the D3D renderer and initialize the OpenGL renderer. Less obvious is that you have to do this for the render window as well. You can adjust the size of the window (height and width) and move it around the screen, but the only way to change other settings (such as FSAA or full screen) is to destroy the existing window and create a new one. As mentioned earlier, you may have multiple render windows open and running. This is often useful for tools such as level editors that provide multiple views of your scene. This is different from multiple viewports in that viewports are contained fully within a render window, while render windows are top-level windows. You may also embed Ogre render windows inside windows of most window and widget systems (such as Qt and wxWidgets). The getCustomAttribute() method on RenderWindow enables you to obtain the system-dependent window handle for the render window. You can also supply Ogre with the parent window you would like to use for embedding the Ogre render window. For example: // hWnd is a handle to an existing Win32 window // renderSystem points to an existing, initialized instance of D3D9RenderSystem NameValuePairList opts; opts["parentWindowHandle"] =

Finally, did I mention that this approach has the possibility of creating a single data structure I m all for building robust object models and removing much of the onus from the database, but relational databases are meant to store relational data This means multiple tables with indexes, keys, Declarative Referential Integrity (DRI), and all those other functions that relational databases are specifically designed and tuned to handle The bottom line: this approach works great in simple applications and can be beneficial to enterprise applications that have tight control over their object model and database schema, yet it also has several drawbacks, so it is not ideal for every situation Table per Concrete Class The table per concrete class is probably the most common approach to handling inheritance with an ORM, mostly because it is the easiest to build into the ORM engine.

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