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define an image that is applied as a brush. You can apply them to the properties of Silverlight controls the same way that the SolidColorBrush is applied. To apply an ImageBrush to a Silverlight control, you need to define the ImageBrush element and set the ImageSource property to an image that has been added to the project. You will likely want to set the Stretch property so that the image appears appropriately in the control. As an example, the following code applies an ImageBrush as the Background property of a TextBox control, as shown in Figure 3.29:

The formal perturbation expansion of (5.1.29) is Gs = -

(5.1.29)

(5.1.30)

<TextBox Text= Image TextBox Foreground= Black Height= 200 Width= 300 > <TextBox.Background> <ImageBrush ImageSource= image.jpg Stretch= Fill /> </TextBox.Background> </TextBox>

Using (5.1.31) in (5.1.30),

+ ...)

(5.1.31)

VideoBrush elements are very similar to the ImageBrush. Instead of an image, they define a video MediaElement that is applied as a brush. You can apply them to the properties of Silverlight controls the same way that the ImageBrush is applied.

(5.1.32) From (5.1.31), it also follows that the transition operator T satisfies the equation (5.1.33) Equation (5.1.33) is known as the Lippmann-Schwinger equation. From (5.1.33), the operator T can be formally written as

(5.1.34) to have (5.1.35)

11) to the right of (5.1.32)

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To apply a VideoBrush to a Silverlight control, you need to define the VideoBrush element just as you do with an ImageBrush. However, different from an ImageBrush, you need to set a SourceName property that points to the x:Name of the MediaElement. Therefore, you also

Identifying (5.1.36) as the electric field and identifying (5.1.37) as the incident field, we have (5.1.38)

We note. that (5.1.39) is the scattered field of a single scatterer. To relate the scattering dyad F to the transition operator, we follow a procedure similar to that of 3, Section 2 and let the incident field state be given by a momentum eigenstate

(5.1.40)

need to define a MediaElement separate from the Silverlight control. If you do not want the video to be displayed outside of the Silverlight control, set the Opacity property of the MediaElement to 0.

(-ITI-') p p -

(5.1.41)

Then from (5.1.39), on inserting unit operators in coordinate and momentum representations, we have

You will also likely want to set the Stretch property so that the video appears appropriately in the control. As an example, the following code applies a VideoBrush as the Fill property of a Path control, as shown in Figure 3.30:

Es(r)

= (rIE s) =

dr'Go(r,r')

<MediaElement x:Name= movie Source = video.wmv Opacity= 0 /> <Path Data= M210,210 C135,399 16,193 148,62 C100,150 200,80 210,210 Stroke= Black > <Path.Fill> <VideoBrush SourceName= movie Stretch= UniformToFill /> </Path.Fill> </Path>

J(:::';3

(5.1.42)

(bjt ).

Es(r) =

Animations are implemented in Silverlight through the use of Storyboard controls that contain one or more child animation controls. The Storyboard acts similar to a MediaElement with the ability to play, pause, and stop the animation. When the Storyboard is played back, the animation controls modify the size, shape, and look of Silverlight controls. Animations are used for a wide variety of purposes: from animating mouse actions on buttons to implementing complex games. This section introduces you to some of the basic concepts. You can use these concepts to implement some pretty cool features in your applications. Silverlight supports the following types of animation controls for animating Silverlight controls using From/To or Key Frame methods described in the following sections: n Color: The ColorAnimation and ColorAnimationUsingKeyFrames controls allow you to animate properties of Silverlight controls that are based on color; for example, a SolidColorBrush or GradientStop. n Double: The DoubleAnimation and DoubleAnimationUsingKeyFrames controls allow you to animate properties of Silverlight controls that are based on integers or doubles; for example, the Opacity, Height, or Width.

e ikr = -F(J,~s, ];;i) .

(5.1.43)

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