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Replacing this effect with a VisualBrush is easy. First you need to create another element that fills itself using a VisualBrush. That VisualBrush must draw its visual from the element you want to animate (which, in this example, is the border named element). <Rectangle Name="rectangle"> <Rectangle.Fill> <VisualBrush Visual="{Binding ElementName=element}"> </VisualBrush> </Rectangle.Fill> <Rectangle.RenderTransform> <TransformGroup> <ScaleTransform></ScaleTransform> <RotateTransform></RotateTransform> </TransformGroup> </Rectangle.RenderTransform> </Rectangle> To place the rectangle into the same position as the original element, you can place them both into the same cell of a Grid. The cell is sized to fit the original element (the border), and the rectangle is stretched to match. Another option is to overlay a Canvas on top of your real application layout container. (You could then bind your animation properties to the ActualWidth and ActualHeight properties of the real element underneath to make sure it lines up.) Once you ve added the rectangle, you simply need to adjust your animations to animate its transforms. The final step is to hide the rectangle when the animations are complete: private void storyboardCompleted(object sender, EventArgs e) { rectangle.Visibility = Visibility.Collapsed; }

Figure 3 1. MVVM layers with arrows depicting the dependency direction The view has no knowledge of the model. Instead, it acquires everything it needs from the ViewModel. In turn, the ViewModel acquires everything it needs from the model, decorating the data and operations with interfaces that the view can understand and utilize. Changes in the view are entirely irrelevant to the model, which has no concept of the existence of the view. Changes in the model are mitigated by the ViewModel, which the view uses exclusively. Ideally, the view assembly will not even include a reference to the model assembly, such is the separation afforded by the ViewModel.

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ManagedCardCreationRequests = new List<ManagedCardCreationRequest>(); } 9. Add a Code activity to the workflow. 10. Name the activity codeDetermineTemplateName, and specify the ExecuteCode property as populateTemplateWithClaimValues_Execute: private void codeDetermineTemplateName_ ExecuteCode(object sender, EventArgs e) { this.loadManagedCardTemplate1.TemplateName = ManagedCardCreationRequests[0].TemplateName; } 11. Add a LoadManagedCardTemplate activity, and set the TemplateDirectory property to C:\BeginningCardspace\12\Templates. 12. Click the blue circle next to the TemplateName property, and bind the property to ManagedCardCreationRequests[0].TemplateName. The properties for this activity should resemble Figure 12-9.

In 14, you learned about pixel shaders low-level routines that can apply bitmap-style effects such as blurs, glows, and warps to any element. On their own, pixel shaders are an interesting but only occasionally useful tool. But combined with animation, they become much more versatile. You can use them to design eye-catching transitions (for example, by blurring one control out, hiding it, and then blurring another one in). Or, you can use them to create impressive user-interactivity effects (for example, by increasing the glow on a button when the user moves the mouse over it). Best of all, you can animate the properties of a pixel shader just as easily as you animate anything else. Figure 16-6 shows a page that s based on the rotating button example shown earlier. It contains a sequence of buttons, and when the user moves the mouse over one of the buttons, an animation is attached and started. The difference is that the animation in this example doesn t rotate the button instead, it reduces the blur radius to 0. The result is that as you move the mouse, the nearest control slides sharply and briskly into focus.

The code is the same as in the rotating button example. You need to give each button a BlurEffect instead of a RotateTransform: <Button Content="A Button"> <Button.Effect> <BlurEffect Radius="10"></BlurEffect> </Button.Effect> </Button> You also need to change the animation accordingly: <EventTrigger RoutedEvent="Button.MouseEnter"> <EventTrigger.Actions> <BeginStoryboard> <Storyboard> <DoubleAnimation Storyboard.TargetProperty="Effect.Radius" To="0" Duration="0:0:0.4"></DoubleAnimation> </Storyboard> </BeginStoryboard> </EventTrigger.Actions> </EventTrigger> <EventTrigger RoutedEvent="Button.MouseLeave"> <EventTrigger.Actions> <BeginStoryboard> <Storyboard> <DoubleAnimation Storyboard.TargetProperty="Effect.Radius" To="10" Duration="0:0:0.2"></DoubleAnimation> </Storyboard> </BeginStoryboard> </EventTrigger.Actions> </EventTrigger>

You could use the same approach in reverse to highlight a button. For example, you could use a pixel shader that applies a glow effect to highlight the moused-over button. And if you re interested in using pixel shaders to animate page transitions, check out the WPF Shader Effects Library at http://codeplex.com/wpffx. It includes a range of eye-popping pixel shaders and a set of helper classes for performing transitions with them.

Note In this demo, you will be creating only one card, and you will use the path from the first request. If you are using templates stored in multiple directories, you can add an Invoke event to the activity and assign it dynamically each time it is run.

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