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things that may take some time. When this happens, the main form s status bar should show text telling the user what is going on, and the mouse cursor should change to indicate that the application is busy. It is not good to write code in every user control to handle the details of the Documents menu. This code must detect login/logout activity, avoid duplicate documents, and display status to the user. That is all plumbing code that should be written once and reused by user controls. Although my intent with this chapter isn t to create a full-blown Windows Forms UI framework, these issues must be addressed for a basically decent user experience.

The previous code shows you how to construct the tangentToWorld matrix, so each pixel can transform its normal vector from tangent space to world space. This is required before it can be dotted with the light direction, which is also defined in world space. You can also do things the other way around: you can transform your light direction from world space to tangent space and dot it with the normal in tangent space. This becomes extra interesting because the light direction is the same for each pixel, which makes it possible to transform the light direction in the vertex shader and send the result to the pixel shader. This way, your pixel shader can immediately perform the dot product and no longer has to calculate any kind of transformation!

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You want to start coding a new XNA 2.0 game. In addition, the default startup code already contains a few methods, so you want to know what these are for and how they help make your life easier.

always supply the same value for successive calls. This is not the case with the charging state, which changes constantly. Implementing StateOfCharge as a method was to clarify that calling the method twice might not return the same value. However, Microsoft does not always adhere to this rule, as you can see with System.DateTime.Now, which returns the current time. This property has existed, however, since the first version of the .NET Framework, when this rule did not exist yet. For backward compatibility reasons, the rule will not be changed again. Now, enough details about the Design Guidelines.

d:DesignHeight="600" d:DesignWidth="600"> <Canvas x:Name="LayoutRoot" Height="600" Width="600" > <Canvas.Background> <RadialGradientBrush> <GradientStop Color="White" Offset="0" /> <GradientStop Color="#FF479BFC" Offset="1" /> </RadialGradientBrush> </Canvas.Background> </Canvas > </UserControl> The code-behind of this control is where we put all the required logic of creating instances of bubbles and attaching them to dynamically-created animations and storyboards. We use the Random class object to create differently-sized bubbles on the fly, and thus we need to define it at the class level, as follows: private Random rnd = new Random(); We also need to remove the bubbles that have finished moving from the bottom to the top of the canvas. For that, we need to track information about each bubble. To achieve this, we use a simple Dictionary object that will store the Bubble instance with the associated storyboard, as shown here: private Dictionary<Storyboard, Bubble> BubblesTracker = new Dictionary<Storyboard, Bubble>(); Now create a central method CreateBubble of the project, as shown next. This method will create instances of Bubble user control and apply random sizes and randomly chosen colors with transparency to them. Here we also create goUpBubble and swayBubble animations, both of type DoubleAnimation. The swayBubble animation will animate bubbles sideways while they float to the top. To do so, we will use the ElasticEase easing function. The following code snippet contains proper comments to explain various areas. private void CreateBubble() { Duration duration; //Random size for new bubble double sizeFactor = (double)(rnd.Next(100, 1000)) / 1000; // New color for each bubble using random variable and fromargb method Color color = Color.FromArgb((byte)(255 - (byte)(100 * sizeFactor)), (byte)(rnd.Next(0, 255)), (byte)(rnd.Next(0, 255)), (byte)(rnd.Next(0, 255))); //bubble transparency by setting Alpha channel of the color color.A = (byte)(255 - (byte)(100 * sizeFactor)); // create a new bubble Bubble bubble = new Bubble(); //Apply size and color created above

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