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// everything but "opts" is somewhat irrelevant in the context of an // explicitly parented window RenderWindow *window = renderSystem->createRenderWindow( "WindowName", 800, 600, false, &opts); This code will allow you to embed the Ogre render window in an existing windowing system window of your choice. Keep in mind that when you do this, the Ogre window message processing functionality is bypassed, and you have to take care of cleaning up the Ogre render window when the user clicks the Close button, etc., things that otherwise are done for you by Ogre.

For example, if you add a new field to the Account class, you potentially have to add that same field to all the subtype database tables of Account In general, the table per concrete class pattern is useful when your relationships are not complex and you are looking for a quick solution..

The class-level variables required by BenchmarkObject //------------------------------------------------------------------------------------// Class variables private double _lastUpdateMilliseconds; private int _drawCount; private int _lastDrawCount; private int _lastUpdateCount; This gives us everything we need to measure the frame rate First, the Draw method is overridden to update the draw count The frame rate calculation is then performed in the Update method, as shown in Listing 3 27..

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Listing 3 27. The BenchmarkObject Update method override void Update(GameTime gameTime) { StringBuilder message = new StringBuilder(); int newDrawCount; int newUpdateCount; double newElapsedTime; // Allow the base class to do its stuff base.Update(gameTime); // Has 1 second passed since we last updated the text if (gameTime.TotalGameTime.TotalMilliseconds > _lastUpdateMilliseconds + 1000) { // Find how many frames have been drawn within the last second newDrawCount = _drawCount - _lastDrawCount; // Find how many updates have taken place within the last second newUpdateCount = UpdateCount - _lastUpdateCount; // Find out exactly how much time has passed newElapsedTime = gameTime.TotalGameTime.TotalMilliseconds _lastUpdateMilliseconds; // Build a message to display the details and set it into the Text property message.AppendLine("Object count: " + Game.GameObjects.Count.ToString()); message.AppendLine("Frames per second: " + ((float)newDrawCount / newElapsedTime * 1000).ToString("0.0")); message.AppendLine("Updates per second: " + ((float)newUpdateCount / newElapsedTime * 1000).ToString("0.0")); Text = message.ToString(); // Update the counters for use the next time we calculate _lastUpdateMilliseconds = gameTime.TotalGameTime.TotalMilliseconds; _lastDrawCount = _drawCount; _lastUpdateCount = UpdateCount; } } The code refreshes the frame rate only once per second, detected by comparing the current total game time s elapsed milliseconds against the value stored in _lastUpdateMilliseconds. If a second has elapsed, the number of new calls to the Draw and Update methods are determined, the exact amount of time elapsed is calculated, and everything is built into a string for display onscreen. All the current values are then stored in the class variables for use the next time the frame rate is updated.

Figure 2-10. Table per concrete class (accounts) Table per Class As you have probably already guessed, the table per class approach is similar to the table per concrete class approach, with the addition of tables representing the base class. This is the most typical approach to building an inheritance structure into your application. As evidenced in Figure 2-11, the table per class approach has expanded again in our model. However, this time you are adding more tables and foreign-key relationships to represent the class hierarchy in your domain model.

I have refrained thus far from talking too much about these two classes, using just enough of their functionality to demonstrate other classes However, these two classes actually are responsible for rendering your scene Scene Manager I want to avoid getting too deep into the topic of the scene manager in Ogre, since it is covered in far greater detail in the next chapter However, for purposes of completeness in this chapter (since I have mentioned it so many times), I figured that you should know at least the basics of creating a scene manager for use in your application Before you can use a scene manager instance, you must create one SceneManager* sceneMgr = root->createSceneManager(ST_GENERIC, "MySceneManager"); When Ogre loads its plug-ins, among those plug-ins can be various scene manager implementations, as discussed previously.

BenchmarkObject can easily be used in any project by simply adding an instance of it to the GameObjects collection. Its constructor expects a font, position, and text color to be provided, but because it is derived from TextObject it can also be scaled or rotated if needed. The Benchmark example project shows this in action, and its output can be seen in Figure 3 8. The example, which is based on the same game objects as in the OrbitingSprites example from earlier in this chapter, is initially set to draw ten planets, each of which has a moon.

Figure 3 8. The text displayed by BenchmarkObject As Figure 3 8 shows, there are 21 game objects (10 planets, 10 moons, and the benchmark object), and the game is achieving 28.3 drawn frames per second and 30.3 updates per second.

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