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The MyISAM bitmap record header for fixed-length records is composed of the following bits, in this order: One bit representing whether the record has been deleted (0 means the row is deleted) One bit for each field in the MyISAM table that can be NULL If the record contains a NULL value in the field, the bit is equal to 1, else 0 One or more filler bits set to 1 up to the byte mark The total size of the record header bitmap subsequently depends on the number of nullable fields the table contains If the table contains zero to seven nullable fields, the header bitmap will be 1 byte; eight to fifteen nullable fields, it will be 2 bytes; and so on.

Cos(Angle)); // Scale down and add to the velocity _velocity += shipFacing / 10; } The _velocity is applied in the SpaceshipObjectUpdate code, just as it has been for the bullets and rocks Note that we don t apply any kind of friction to the spaceship; it is floating in a vacuum after all, so once the player has started moving it is quite a challenge to stop again!.

public void stopGlove() { glove.close(); setEnable(false); } The call to setEnable() switches off the behavior so it can t be triggered again.

Therefore, although it is advisable to have as few NULL fields as possible in your schema design, there will be no practical effect on the size of the MYD file unless your table contains more than seven nullable fields After each record header, the values of the record s fields, in order of the columns defined in the table creation, will follow, consuming as much space as the data type requires..

An important feature to remember when using lights is that they are observed only at the moment at which an object is rendered. After an object render has been called, the lights that were active can be reconfigured, moved, enabled, or disabled in whatever way you want for the next object, and these changes will have no effect at all on those objects already rendered. Lights do not need to affect all objects in the game world as lights in the real world would; they can be configured to apply only to specific game objects if needed.

If you ve been reading these chapters in order, you may be wondering if JInput could be utilized with the P5 glove. (JInput is a Java API for the discovery and polling of input devices described in s 11 and 12.) When the P5 is plugged in to the PC s USB port, DirectInput sees it as a USB device, as shown by dxdiag in Figure 14-12.

Since it can rely on the length of the row data being static for fixed-format records, the MyISAM table cache (see 4) will contain information about the maximum length of each row of data. With this information available, when row data is sequentially read (scanned) by the separate MyISAM access requests, there is no need to calculate the next record s offset in the record buffer. Instead, it will always be x bytes forward in the buffer, where x is the maximum row length plus the size of the header bitmap. Additionally, when seeking for a specific data record through the key cache, the MyISAM engine can very quickly locate the needed row data by simply multiplying the sum of the record length and header bitmap size by the row s internal record number (which starts at zero). This allows for faster access to tables with fixed-length records, but can lead to increased actual storage space on disk.

TIP Also remember that you can switch the entire lighting feature on and off partway through rendering if you want. It is quite acceptable to draw a series of objects with lighting enabled, disable lighting, and draw further objects without any lighting effects at all so that vertex colors can be used.

Figure 14-12. Part of the dxdiag input tab The ListControllers application from 11 supplies slightly more information: > runJI ListControllers Executing ListControllers with JInput... JInput version: 2.0.0-b01 0. Mouse, Mouse 1. Keyboard, Keyboard 2. P5 USB, Stick The P5 controller is classified as a joystick. Details about the controller are available by calling ControllerDetails (also from 11): > runJI ControllerDetails 2 Executing ControllerDetails with JInput... Details for: P5 USB, Stick, Unknown No Components No Rumblers No subcontrollers This output shows that the P5 is barely sending any information to DirectX, which means that JInput can t observe its components. This isn t really surprising since the P5 relies on generic USB support in Windows rather than employing a DirectInput driver. JInput is capable of seeing all of the P5 s components but requires someone to write a JInput plug-in for the glove. According to JInput experts, most of the code needed for such a plug-in is already available in Kenner s API.