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touch point is made), drag the objects and add their deltas to the movement queue (when an existing touch point is moved), and calculate the average and process the object flick (when a touch point is released). Listing 4 18. The update code for selecting, dragging, and flicking objects using raw touch data // Get the raw touch input TouchCollection touches = TouchPanel.GetState(); // Is there a touch if (touches.Count > 0) { // What is the state of the first touch point switch (touches[0].State) { case TouchLocationState.Pressed: // New touch so select the objects at this position. // First clear all existing selections DeselectAllObjects(); // The select all touched sprites SelectAllMatches(touches[0].Position); // Clear the movement queue ClearMovementQueue(); break; case TouchLocationState.Moved: // Drag the objects. Make sure we have a previous position TouchLocation previousPosition; if (touches[0].TryGetPreviousLocation(out previousPosition)) { // Calculate the movement delta Vector2 delta = touches[0].Position - previousPosition.Position; ProcessDrag(delta); // Add the delta to the movement queue AddDeltaToMovementQueue(delta); } break; case TouchLocationState.Released: // Flick the objects by the average queue delta ProcessFlick(GetAverageMovementDelta()); break; } } Try flicking the objects in each of the two DragAndFlick projects. The behavior of this operation is much more consistent between the two than it was for dragging. Also try experimenting with different friction values and see how this affects the motion of the objects when they are flicked.

The definition of the MYSQL_LOG class Definitions of the various Log_event class and subclasses The implementation of Log_event subclasses The implementation of the MYSQL_LOG class The InnoDB-specific log implementation (covered in the next chapter)

Glove s update() method calls the update() method in CP5DLL.P5State: public void update() { gloveState.update(); } The get methods in Glove read the public variables exposed by CP5DLL.P5State. For instance, getFPos() and getFOrient() return the filtered position and orientation data from CP5DLL.P5State: public float[] getFPos() // filtered (x,y,z) position { return new float[]{gloveState.filterPos[0], gloveState.filterPos[1], gloveState.filterPos[2]};

When designing the input mechanisms for your game, always be aware that people will use their fingers to control things. Unlike stylus input that was commonly used on earlier generations of mobile devices, fingers are inherently inaccurate when it comes to selecting from small areas on the screen. With a little planning, you can help the user to have a comfortable experience despite this limitation; without any planning, you can turn your game into an exercise in frustration! If you have

Note that this separation of the logging subsystem allows for a variety of system activities from startup, to multistatement transactions, to auto-increment value changes to be logged via the subclass implementations of the Log_event::write() method. For instance, the Intvar_log_event subclass handles the logging of AUTO_INCREMENT values and partly implements its logging in the Intvar_log_event::write() method.

public float[] getFOrient() // filtered (pitch,yaw,roll) { return new float[] {gloveState.filterPitch, gloveState.filterYaw, gloveState.filterRoll};

lots of objects that can be selected in a small area, give some thought to how you can help the user to select the object they actually desire rather than having them continually miss their target. One option is to allow users to hold their finger on the screen and slide around to select an object rather than simply tapping an object. As they slide their finger, a representation of the selected object can be displayed nearby to highlight the current selection (which, of course, will be obscured by the finger). Once users have reached the correct place, they can release contact, happy that they have picked the object they desired. Another possibility is to magnify the area of the screen surrounding the touch point, making all the objects appear larger. Users can then easily select the object they want, at which point the magnified area disappears. Finger-friendly input options don t need to involve a lot of additional work, especially if they are planned and implemented early in a game s development, and it is definitely a good idea to avoid putting off your target audience with fiddly and unpredictable input mechanisms wherever possible.

You can consider the query parsing, optimization, and execution subsystem to be the brains behind the MySQL database server. It is responsible for taking the commands brought in on the user s thread and deconstructing the requested statements into a variety of data structures that the database server then uses to determine the best path to execute the requested statement.