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Figure 5-6. (a) Parent and child nodes before translating the child node, and (b) parent and child nodes after translating the child node by ( 1, 1, 1) in parent space In Figure 5-6(a), the parent node exists at (5,5,0) in world space. The parent node has not been rotated, so its axes are aligned with the world-space axes. The child node exists at (2, 1,0) in parent space; when the parent node s world-space transform is applied to the child node, it results in a world-space position of (7,4,0) for the child node (for only translation and position, it is easiest to think of the transform as simple vector addition). In Figure 5-6(b), the child node has been moved by ( 1, 1, 1) in parent space, resulting in a new world-space position of (6,3, 1), since the translation was performed relative to the node s previous position.

Table 3-1. DBML Mapping Options (Continued)

We can easily use this approach to look for individual keys or can loop through the array returned from GetPressedKeys in order to look for all keys that were pressed or released since the last update Listing 4 20 shows how details of all pressed and released keys can be printed to the Debug window This code can also be found within the KeyboardInput example project Listing 4 20 Checking for pressed and released keys // Read the current keyboard state currentKeyState = KeyboardGetState(); // Check for pressed/released keys // Loop for each possible pressed key (those that are pressed this update) Keys[] keys = currentKeyStateGetPressedKeys(); for (int i = 0; i < keysLength; i++) { // Was this key up during the last update if (_lastKeyStateIsKeyUp(keys[i])) { // Yes, so this key has been pressed SystemDiagnosticsDebugWriteLine("Pressed: " + keys[i].

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ToString()); } } // Loop for each possible released key (those that were pressed last update) keys = _lastKeyStateGetPressedKeys(); for (int i = 0; i < keysLength; i++) { // Is this key now up if (currentKeyStateIsKeyUp(keys[i])) { // Yes, so this key has been released SystemDiagnosticsDebugWriteLine("Released: " + keys[i]ToString()); } } // Store the state for the next loop _lastKeyState = currentKeyState;.

Caution Keep in mind the difference between performing a translation in Ogre and setting a position.

The Type element contains the details about your class, and is the parent node for the Column and Association elements.

There are two important things to remember when monitoring for pressed and released keys. First, you must check them during every single update if you want to avoid missing key state updates. Second, you should query the keyboard state only once per update and should store this retrieved state data away for use during the next update. Without following this approach, the state might change between the individual calls to GetState resulting in key state changes being overwritten and lost.

The Keyboard object provides a simple way to read the keyboard for controlling a game, but if you want your user to enter text it is generally not the best approach. The two main reasons are that it takes quite a lot of code to process all the keyboard state changes to build up the user s text string, and (more importantly) that users without keyboards will be completely unable to enter any text at all. We can prompt the user to enter text using the SIP, which resolves both of the issues with reading the keyboard directly: the code is simple to develop and use, and the onscreen keyboard means that users relying on the touch screen for text entry can still continue to play your game. An example of this input dialog can be found in the SoftInputPanel example project. To initiate text entry, we use the XNA Guide class and call its static BeginShowKeyboardInput method. This will cause the screen to be taken over by a text input box with the SIP displayed for touch screen users. We can provide a title for the input dialog, a message for the user, and a default value to display within the text input area. A screenshot of the input screen can be seen in Figure 4 8.

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