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With the object movement under our control, it is sometimes useful to allow the user to flick or throw them across the screen. This is often known as kinetic movement, and it consists of retaining the velocity at which the object is moving when the touch point is released and continuing to move the object in the same direction, gradually decreasing the speed to simulate friction. To control the movement of the object, some new code has been added to the SelectableSpriteObject class. This code consists of a new Vector2 property called KineticVelocity, which tracks the direction and speed of movement; a float property called KineticFriction, which controls how strong the friction effect is (as a value between 0 and 1), and an Update override that applies the movement and the friction. The Update code simply adds the velocity to the position, and then multiplies the velocity by the friction value. This function is shown in Listing 4 14. Notice how it uses the MathHelper.Clamp function to ensure that the friction is always kept between 0 and 1 (values outside of this range would cause the object to accelerate, which is probably undesirable, though perhaps it might be useful in one of your games!).

Listing 3-3. The DataContext Class: The Main Channel for Interacting with the Database using using using using using using using using using System.Data.Linq; System.Data.Linq.Mapping; System.Data; System.Collections.Generic; System.Reflection; System.Linq; System.Linq.Expressions; System.ComponentModel; System;

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Listing 4 14 Updating the SelectableSpriteObject to allow it to observe kinetic movement public override void Update(GameTime gameTime) { baseUpdate(gameTime); // Is the movement vector non-zero if (KineticVelocity != Vector2Zero) { // Yes, so add the vector to the position Position += KineticVelocity; // Ensure that the friction value is within range KineticFriction = MathHelperClamp(KineticFriction, 0, 1); // Apply 'friction' to the vector so that movement slows and stops KineticVelocity *= KineticFriction; } } With the help of this code, the objects can respond to being flicked, so now we need to establish how to provide them with an initial KineticVelocity in response to the user flicking them The example projects both contain a function called ProcessFlick, which accepts a delta vector as a parameter and provides it to all the selected objects To calculate this flick delta using the gesture input system is very easy.

It is far simpler to show how the Compositor framework works than to try to describe it. Figure 12-3 is a screenshot of the Demo_Compositor base scene, and Figure 12-4 is the same scene with the HDR Compositor applied.

We have already looked at the Flick gesture and seen how to translate its pixels-per-second Delta value into pixels-per-update We can do this now and provide the resulting Vector2 value to the ProcessFlick function, as shown in Listing 4 15 Listing 4 15 Initiating object flicking using gesture inputs while (TouchPanelIsGestureAvailable) { GestureSample gesture = TouchPanelReadGesture(); switch (gestureGestureType) { case GestureTypeFlick: // The object has been flicked ProcessFlick(gestureDelta * (float)TargetElapsedTimeTotalSeconds); break; [.. handle other gestures here ..] } } Unfortunately, using raw input is a little more work If we calculate the delta of just the final movement, we end up with a fairly unpredictable delta value because people tend to involuntarily alter their finger movement speed as they release contact with the screen.

[System.Data.Linq.Mapping.DatabaseAttribute(Name="AdventureWorks")] public partial class AdventureWorksDataContext : System.Data.Linq.DataContext { private static System.Data.Linq.Mapping.MappingSource mappingSource = new AttributeMappingSource (); #region Extensibility Method Definitions partial void OnCreated(); partial void InsertDepartment(Department instance); partial void UpdateDepartment(Department instance); partial void DeleteDepartment(Department instance); #endregion static AdventureWorksDataContext() { } public AdventureWorksDataContext(string connection) : base(connection, mappingSource) { OnCreated(); } public AdventureWorksDataContext(System.Data.IDbConnection connection) : base(connection, mappingSource) { OnCreated(); }

This is coupled with the fact that the Released state always reports the same position as the final Moved state, meaning that it alone doesn t provide us with any delta information at all To more accurately monitor the movement delta, we will build an array containing a small number of delta vectors (five is sufficient), and will add to the end of this array each time we process a Moved touch state At the point of touch release, we can then calculate the average across the whole array and use it as our final movement delta This is implemented using three functions: ClearMovementQueue, AddDeltaToMovementQueue, and GetAverageMovementDelta The first of these clears the array by setting all its elements to have.

Figure 12-3. Demo_Compositor base scene (shiny gold-shaded torus spinning in the streets of a European village)

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