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Finally there is the GameHelper class, a place into which generally useful functions can be added (similar to XNA s own MathHelper class). The class is declared as static, so it cannot be instantiated. For the moment, the class just contains a number of functions relating to random numbers. It hosts an instance of a Random object and exposes several overloads of a function called RandomNext, each of which returns a random number. There are two reasons for having these functions: They provide our game code with immediate access to random numbers (a common requirement for game development) without needing to instantiate its own Random instance. They add some useful overloads that return random float values, either between zero and a specified upper limit, or between an arbitrary lower and upper limit. They can be extremely useful when randomizing game objects because they use float variables for nearly all their properties.

We will add further functionality to this class (and indeed to the whole framework) as we progress through the following chapters.

Again, the point here is a higher-level architectural concept as opposed to an implementation-specific detail Continuing with the automobile example, suppose your automobile informs you when it is time to change your oil This service requires the evaluation of a series of domain objects and thresholds to determine that it is time for an oil change Although the service is expressed by using your Automobile entity (technically an aggregate), it wouldn t make sense to encapsulate it as that object This service interface needs to be outside the entity and value to keep it reusable After all, you need the ability to evaluate your spouse s automobile, because he or she may forget to change the oil or perform maintenance.

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The MultipleGameObjects example project shows a simple example of using the game framework to display a number of moving sprites on the screen with minimal code required in the derived Game class. The project creates a number of colored box objects that move toward the bottom of the screen while rotating, a number of colored ball objects that bounce around the screen (and squash against the edges when they hit), and a text object that displays a message in the middle of the screen. An image of the project can be seen in Figure 3 4.

You may find it odd to see the render systems included with the plug-ins They are, however, just that: plug-ins True to the Ogre design, they implement an abstract API and are plugged into Ogre using the same mechanism as all of the other plug-ins..

Figure 3 4. The results of the MultipleGameObjects example project Let s take a look at how the project has been put together.

I don t plan to spend too much time on service design and development because some excellent books on service orientation are currently available (see Further Reading at the end of this chapter) However, it is important for you to understand that there are different implementation layers of services (for example, application, domain, infrastructure) in your architecture I like to think of these layers as front, middle, and back, but you can throw whatever tier names you want on them The point is to make sure that you understand what you are trying to achieve,.

Before the game framework classes can be accessed, we need to add a reference to the GameFramework project from the main game project. Assuming that the GameFramework project is already part of the current Solution, this is simply a matter of right-clicking the main game project node in Solution Explorer, selecting Add Reference, and then picking the GameFramework project from the Projects tab of the Add Reference dialog, as shown in Figure 3 5.

Ogre needs to have a render system loaded in order for it to be available for use. You do this with the same loadPlugin() API you already saw: // create a new Root without config files Root *root = new Root("", ""); root->loadPlugin("RenderSystem_Direct3D9"); root->loadPlugin("RenderSystem_GL"); This will load and make available both of the supported render systems (assuming the proper hardware drivers are installed and operational). Root provides a means to find out which render systems are loaded and available, via the getAvailableRenderers() method:

If the GameFramework project is not a part of your solution, you can either add it or add a reference to GameFramework.dll by using the Browse tab in the Add Reference window.

build in as much reusability as possible, and encapsulate outside the implementation of your value and entity objects.

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