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Note that in here we use q(kl-) and p(kl-) as basis vectors. Previously [Shin, 1984; Tsang et al. 1985], the representation of A (1) (kl-) was made differently using qi and Pi as basis vectors. The present set of basis vectors simplifies subsequent calculations. We find it more convenient to use q and Pas defined by the scattered directions. Substituting (1.1.33) and (1.1.27) into (1.1.30) gives two equations in which the dot product of e( -kz ) with the squarebracketed terms in (1.1.30) gives zero and the dot product of h( -k z ) with the square-bracketed terms in (1.1.30) also gives zero. From (1.1.33) and (1.1.30) the dot product of e( -k z ) with the squarebracketed terms gives

The result is that the Silverlight application creates a Web page similar to the one in Figure 11.3. When the StartGame button is clicked, a Sudoku game page is dynamically rendered.

A~l)(kl-)

+ a10)Pi] F(kl- -

kil-)

IronRuby is an implementation of the Ruby programming language that is currently being developed by Microsoft. Using IronRuby, developers can implement Ruby code as the client-side language for Silverlight applications. Using Ruby to code Silverlight applications allows developers to use already existing Ruby applications to provide rich functionality to the Silverlight application. The first step in creating an IronRuby Silverlight application is to create a folder for the application. Inside that folder, you need to create a Web page similar to the one in Listing 11.1 to host the application.

(1.1.34)

~ A11) (kl-) =

~ A~l)(kl-) -

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In your application folder, you need to create a subfolder named app. In the app subfolder, create the XAML file containing the visual layout for the IronRuby Silverlight application. We recommend using the UserControl as the root visual element for the XAML file.

ikzh( -k z)

[a~O)qi + a10)Pi] F(kl- -

kd ) (1.1.35)

Listing 11.6 shows an example XAML file that can be used to implement an IronRuby Silverlight application. The code in Listing 11.6 implements a TextBlock control named titleBlock, a Button control named myButton, and a Canvas control named rubyForm. Throughout this section we refer to these controls as we describe how to implement an IronRuby application to interact with them.

Thus the two components A~1) and A11) depend on the projection of the polarizations e( -k z ) and h( -k z ) on the incident polarizations as projected on the x-y plane. Substituting (1.1.35) into (1.1.34) and using (1.1.22) gives 1 the explicit expressions for A~1) (/e l-) and A1 \kl-) :

A~1) (kl-) = iF(kl- - ka)A~1) (kl-)

(1.1.36a) (1.1.36b) (1.1.36c) (1.1.36d)

<UserControl x:Class= System.Windows.Controls.UserControl xmlns= http://schemas.microsoft.com/client/2007 xmlns:x= http://schemas.microsoft.com/winfx/2006/xaml x:Name= Page > <Grid x:Name= LayoutRoot Background= LightGray > <TextBlock x:Name= titleBlock HorizontalAlignment= Center FontSize= 30 /> <Button x:Name= myButton Content= Populate Height= 20 Width= 80 VerticalAlignment= Bottom HorizontalAlignment= Center Margin= 15 /> <Canvas x:Name= rubyForm Background= White Height= 300 Width= 400 > </Canvas> </Grid> </UserControl>

A11)(kl-)

iF(kl- - ka)A~1)(kl-)

Note that i, is the eigenvalue [l] of the single-variable system given by the ordinary differential equation (IV.2.3). This may be solved by a finite difference equation of the general multistep form:

A~1) (kl-)

With the XAML file in place, you should create an XML file named AppManifest.xml. Although this file is created automatically by Chiron, Chiron does not automatically add all of the assembly libraries you need. Listing 11.7 shows an example of an AppManifest.xml file for an IronRuby Silverlight application. This manifest file includes the standard Silverlight assemblies, the assemblies for IronRuby, and the assemblies to implement the Silverlight 2 controls.

-kz [a~O) cos(<Pk - <Pi)

+ a1 ) sin( <Pk - <pd]

k + k~zipa~O)

<Deployment xmlns= http://schemas.microsoft.com/client/2007/deployment xmlns:x= http://schemas.microsoft.com/winfx/2006/xaml RuntimeVersion= 2.0.30226.00 EntryPointAssembly= Microsoft.Scripting.Silverlight EntryPointType= Microsoft.Scripting.Silverlight.DynamicApplication > <Deployment.Parts> <AssemblyPart Name= Microsoft.Scripting.Silverlight Source= Microsoft.Scripting.Silverlight.dll /> <AssemblyPart Source= Microsoft.Scripting.dll /> <AssemblyPart Source= IronRuby.dll /> <AssemblyPart Source= IronRuby.Libraries.dll /> <AssemblyPart Name= System.Windows.Controls Source= System.Windows.Controls.dll /> <AssemblyPart Name= System.Windows.Controls.Extended Source= System.Windows.Controls.Extended.dll /> </Deployment.Parts> </Deployment>

a~O) sm(<pk - <Pi) - a1 ) COS(<pk - <Pi) ]

For TE excitation, a~O)

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