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All the animations you ve seen so far have used linear interpolation to move from a starting point to an ending point. But what if you need to create an animation that has multiple segments and moves less regularly For example, you might want to create an animation that slides an element into view quickly and then slowly moves it the rest of the way into place. You could achieve this effect by creating a sequence of two animations and using the BeginTime property to start the second animation after the first one. However, there s an easier approach you can use a key frame animation. A key frame animation is an animation that s made up of many short segments. Each segment represents an initial, final, or intermediary value in the animation. When you run the animation, it moves smoothly from one value to another. For example, consider the Point animation that allowed you to move the center point of a RadialGradientBrush from one spot to another: <PointAnimation Storyboard.TargetName="ellipse" Storyboard.TargetProperty="Fill.GradientOrigin" From="0.7,0.3" To="0.3,0.7" Duration="0:0:10" AutoReverse="True" RepeatBehavior="Forever"> </PointAnimation> You can replace this PointAnimation object with an equivalent PointAnimationUsingKeyFrames object, as shown here: <PointAnimationUsingKeyFrames Storyboard.TargetName="ellipse" Storyboard.TargetProperty="Fill.GradientOrigin" AutoReverse="True" RepeatBehavior="Forever" > <LinearPointKeyFrame Value="0.7,0.3" KeyTime="0:0:0"></LinearPointKeyFrame> <LinearPointKeyFrame Value="0.3,0.7" KeyTime="0:0:10"></LinearPointKeyFrame> </PointAnimationUsingKeyFrames> This animation includes two key frames. The first sets the Point value when the animation first starts. (If you want to use the current value that s set in the RadialGradientBrush, you can leave out this key frame.) The second key frame defines the end value, which is reached after ten seconds. The PointAnimationUsingKeyFrames object performs linear interpolation to move smoothly from the first key frame value to the second, just as the PointAnimation does with the From and To values.

Note Every key frame animation uses its own key frame animation object (like LinearPointKeyFrame). For the

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Assemblies form natural boundaries around code. They neatly encapsulate a subsystem of interrelated classes and are easily reused. While it is viable to use a single assembly for an application, this can lead to a confusing mixture of code types. In a WPF or Silverlight application, mixing XAML files with code (.cs or .vb) files is indicative of an underlying structural problem. It is often more advisable to split the functionality of an application into more manageable pieces and decide where the dependencies occur. In order to replicate the MVVM layers in Figure 3 1, start up Visual Studio 2010 and create a new solution with a WPF application or Silverlight application as the project type. Then add two class libraries: one called Model and one called ViewModel. The result should look something like Figure 3 2 in Solution Explorer.

most point, these classes are the same they include a Value property that stores the target value and a KeyTime property that indicates when the frame reaches the target value. The only difference is the data type of the Value property. In a LinearPointKeyFrame it s a Point, in a DoubleKeyFrame it s a double, and so on.

The LinearGradientBrush is part of the WPF set of namespaces, so you can keep using the default XML namespace for your tags. However, it s not enough to simply create the LinearGradientBrush you also need to specify the colors in that gradient. You do this by filling the LinearGradientBrush.GradientStops property with a collection of GradientStop objects. Once again, the GradientStops property is too complex to be set with an attribute value alone. Instead, you need to rely on the property-element syntax: <Grid Name="grid1"> <Grid.Background> <LinearGradientBrush> <LinearGradientBrush.GradientStops> </LinearGradientBrush.GradientStops> </LinearGradientBrush> </Grid.Background> ... </Grid> Finally, you can fill the GradientStops collection with a series of GradientStop objects. Each GradientStop object has an Offset and Color property. You can supply these two values using the ordinary property-attribute syntax: <Grid Name="grid1"> <Grid.Background> <LinearGradientBrush> <LinearGradientBrush.GradientStops> <GradientStop Offset="0.00" Color="Red" /> <GradientStop Offset="0.50" Color="Indigo" /> <GradientStop Offset="1.00" Color="Violet" /> </LinearGradientBrush.GradientStops> </LinearGradientBrush> </Grid.Background> ... </Grid>

13. Add another Code activity to the workflow. 14. Name the activity codePopulateTemplateWithClaimValues, and specify the ExecuteCode property as codePopulateTemplateWithClaimValues_Execute:

Note You can use property-element syntax for any property. But usually you ll use the simpler propertyattribute approach if the property has a suitable type converter. Doing so results in more compact code.

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