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After you ve gone through the ten steps, you ll want to add the two custom classes you need in this chapter: the Terrain class containing the code of recipe 5-8 and the TerrainContent class containing all the data required to create a Terrain object from You can add the first class by importing the class file in your content pipeline project You will define this last class yourself; for now, add this empty class to your content pipeline project (you ll be adding stuff throughout this recipe): public class TerrainContent { public TerrainContent() { } } With a custom class defined, you need to define a TypeWriter capable of serializing objects of your custom class to a binary file.

Add this TypeWriter class to your pipeline project: [ContentTypeWriter] public class CPTerrainTypeWriter : ContentTypeWriter<TerrainContent> { protected override void Write(ContentWriter output, TerrainContent value) { } public override string GetRuntimeReader(TargetPlatform targetPlatform) { return typeof(TerrainTypeReader)AssemblyQualifiedName; } } The first line indicates this class will be a TypeWriter, capable of serializing a TerrainContent object to file In your Write method, you will define how this should be done The GetRuntimeReader is called at runtime and informs XNA which TypeReader should be called to deserialize the binary data However, unlike in recipes 4-15 and 4-16 and as explained in the introduction to this recipe, this time you do not want the binary data to be deserialized into a TerrainContent object but into an object of the Terrain class! You can inform XNA of this by overriding the GetRuntimeType method in your TypeWriter class as well: public override string GetRuntimeType(TargetPlatform targetPlatform) { return typeof(Terrain).

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The term control panel is common, so don t confuse it with the Zope Management Interface (ZMI) control panel that shows the low-level ZMI options. Actually, we could describe the Plone control panel as a more user-friendly interface for some of the functions provided in the ZMI; it s shown in Figure 4-2.

For example, in the following code, each using statement allocates and uses two resources. static void Main() { using (TextWriter tw1 = File.CreateText("Lincoln.txt"), tw2 = File.CreateText("Franklin.txt")) { tw1.WriteLine("Four score and seven years ago, ..."); tw2.WriteLine("Early to bed; Early to rise ..."); } using (TextReader tr1 = File.OpenText("Lincoln.txt"), tr2 = File.OpenText("Franklin.txt")) { string InputString; while (null != (InputString = tr1.ReadLine())) Console.WriteLine(InputString); while (null != (InputString = tr2.ReadLine())) Console.WriteLine(InputString); } } Another characteristic of using statements is that they can be nested. For example, in the following code, there are two things to notice besides the nesting of the using statements, also note that it is not necessary to use a block with the second using statement because it consists of only a single, simple statement. using (TextWriter tw1 = File.CreateText("Lincoln.txt")) { tw1.WriteLine("Four score and seven years ago, ..."); using( TextWriter tw2 = File.CreateText("Franklin.txt")) // Nested tw2.WriteLine("Early to bed; Early to rise ..."); // Single }

AssemblyQualifiedName; } This informs XNA that any data that was serialized from the TerrainContent object should be used to generate a Terrain object at runtime You are responsible for making your TerrainContent object serialize enough data so a Terrain object can be constructed from it..

With the body of the content pipeline defined, you re ready to update the processor. It is responsible for calculating all the data you want to be stored in the TerrainContent object, starting from a TextureContent object. Change the Process method to this so it calculates all height data, vertices, and indices for the terrain: public override TerrainContent Process(TextureContent input, ContentProcessorContext context) { TextureContent usualImage = context.Convert<TextureContent, TextureContent>(input, "TextureProcessor"); usualImage.ConvertBitmapType(typeof(PixelBitmapContent<Color>)); PixelBitmapContent<Color> image = (PixelBitmapContent<Color>)usualImage.Faces[0][0]; float[,] heightData = HeightMapToArray(image); VertexPositionNormalTexture[] vertices = CreateTerrainVertices(heightData); int[] indices = CreateTerrainIndices(heightData); vertices = GenerateNormalsForTriangleStrip(vertices, indices); }

Figure 4 2. The Plone control panel, where you can access all the configuration panels to set up the different aspects of your web site As usual, to make things easier, Plone includes some gray text with all the site setup sections and fields to indicate what the section or the field is for and how it works, so take advantage of this help. Also, underneath the title of each panel is a link that allows you to go back to the previous section you were in, to help you navigate the Plone control panel. The Site Setup section, as Figure 4-2 shows you, is divided into three different parts: Plone Configuration: This section provides a set of options to customize your Plone site. Add-on Product Configuration: You won t see this part if there are no add-on products installed in your site. It allows you to configure the add-on products settings. Plone Version Overview: This gives you some information about the software versions you are using to work with your Plone site.

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