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Figure 11-8. Axes values for the left and right analog sticks One surprising aspect of Figure 11-8 is that the y- and rz- axes are reversed from their usual orientations. Also, when a stick isn t being used, the axes values are close to 0.0f, but not exactly zero (as shown in Figure 11-7). Hat positions are reported as float constants, as summarized by Figure 11-9.

The database designer must strive to design a database architecture that protects the integrity of its data. Although it is possible to create applications that enforce referential integrity through application code, such a strategy is not as stable as integrity enforced through the database itself. As a database designer, you should work closely with application developers to create the best of both worlds: an application that has database-level integrity and application code that respects, and indeed flourishes using, the database s rules of relationships.

The example derived game object classes that we have looked at all declared additional properties to define their custom behavior (the downward movement speed for the box, the x and y axis velocities, and wobble for the ball) and used them in their Update methods to set their properties to affect how they are drawn. In many cases, this will be the most appropriate way to control the presentation of the object, but there is an alternative mechanism that in other cases might result in simpler code.

All the basic properties in the SpriteObject class are defined as being virtual. This covers the sprite s texture, position coordinates, origin coordinates, angle, scale values, source rectangle, color and layer depth, but excludes the Vector2-typed properties (Position, Origin, and Scale) because they are just based around the underlying float values. By default, they simply store and return the provided value. Because they are virtual, however, the properties can be overridden in the derived classes, and the way that they work can be modified. For example, we could create a moon object that orbited a planet object, and override its PositionX and PositionY properties to allow them to calculate their positions on demand, based on the position of the planet and its rotation angle instead of having to calculate this in the Update method. Overriding the properties in this way guarantees that the position is up to date and accurate, even if the planet s position has changed since the moon s last Update call. This scenario is demonstrated in the OrbitingSprites example project, an image from which is shown in Figure 3 7. It defines two sprite object classes, PlanetObject and MoonObject, and then creates a couple of planet instances with some moons orbiting them. Just to demonstrate the flexibility of this environment, it also creates a moon that orbits around one of the other moons. This scenario might be physically unlikely in the real universe but it works well for demonstration purposes!

1. See http://dev.mysql.com/doc/mysql/en/InnoDB_foreign_key_constraints.html for more information about foreign key constraints. 2. LAMP is the combination of Linux/Apache/MySQL and PHP/Perl/Python.

The hat consists of four buttons positioned on its left, right, top and bottom. They correspond to the constants LEFT, RIGHT, UP, and DOWN; the other constants are generated by holding down adjacent buttons. For example, DOWN+LEFT is reported when the LEFT and DOWN buttons are pressed at the same time. The float values for these constants are given in the Component.POV class documentation.

Figure 3 7. Planets and orbiting moons in the OrbitingSprites project Within PlanetObject we just set up a simple horizontal bounce movement pattern so that the planets gradually move back and forth across the screen. (You have already seen this code in earlier parts of this chapter.) MoonObject is where the interesting code resides. Its constructor includes parameters to define the moon s target object (around which it will orbit), its orbital speed, the distance at which it will orbit its target, and its size. The target object, speed, and distance are stored in variables defined for the moon, whereas the rest of the properties are passed through to the base class. The moon class has no Update code at all. Instead, its movement relies on the position of the target object and on the UpdateCount property implemented within the GameObjectBase class. The position of the moon is calculated on demand when its PositionX and PositionY properties are queried. The implementation is shown in Listing 3 23.