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public TerrainContent(VertexPositionNormalTexture[] vertices, int[] indices, TextureContent grass) { vbc = new VertexBufferContent(); vbc.Write<VertexPositionNormalTexture>(0, VertexPositionNormalTexture.SizeInBytes, vertices); ic = new IndexCollection(); ic.AddRange(indices); bmc = new BasicMaterialContent(); this.grass = grass; } } Adjust the line in your Process method so it provides the constructor with the correct data: TerrainContent tc = new TerrainContent(vertices, indices, grass); Right now, you re still serializing only the VertexBufferContent of your TerrainContent object. You ll have to adjust the TypeWriter for the TerrainContent object so it also serializes the other necessary data. Make your TypeWriter look like this: protected override void Write(ContentWriter output, TerrainContent value) { output.WriteObject<VertexBufferContent>(value.VertexBufferCont); output.WriteObject<IndexCollection>(value.IndexCollection); output.WriteObject<BasicMaterialContent>(value.BasicMaterialCont); output.WriteObject<TextureContent>(value.GrassTexture); } At runtime, the TypeReader will read in the data and create more useful objects from this data: protected override Terrain Read(ContentReader input, Terrain existingInstance) { VertexBuffer vb = input.ReadObject<VertexBuffer>(); IndexBuffer ib = input.ReadObject<IndexBuffer>(); BasicEffect bEffect = input.ReadObject<BasicEffect>(); Texture2D grass = input.ReadObject<Texture2D>(); } The serialized VertexBufferContent is deserialized into a valid VertexBuffer, the IndexCollection into an IndexBuffer, the BasicEffectContent into a BasicEffect, and the TextureContent into a Texture2D!

Note Short names have to be created with specific rules. If you are not sure that all your site members

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In 1, you took a high-level look at the compilation process. You saw that the compiler takes the source code file and produces an output file called an assembly. In this chapter, you will take a closer look at assemblies and how they are produced and deployed. You will also look at how namespaces help organize types. All the programs you ve seen so far have, for the most part, declared and used their own classes. In many projects, however, you will want to use classes or types from other assemblies. These other assemblies might come from the BCL, a third-party vendor, or you might have created them yourself. These are called class libraries, and the names of their assembly files generally end with the .dll extension rather than the .exe extension. For example, suppose that you want to create a class library that contains classes and types that can be used by other assemblies. The source code for a simple library is shown in the following example and is contained in a file called SuperLib.cs. The library contains a single public class called SquareWidget. Figure 10-1 illustrates the production of the DLL. public class SquareWidget { public double SideLength = 0; public double Area { get { return SideLength * SideLength; } } }

Note Again, make sure that the order in which you read objects from the binary file is the same in which

You almost have all the data you need to create a fully working Terrain object To allow for precise height querying on the Terrain as shown in recipe 5-9, the Terrain also needs a 2D array of floats Add a variable together with its getter method to your TerrainContent class so it is capable of storing and providing this data: float[,] heightData; public float[,] HeightData { get { return heightData; } } Adjust the constructor of the class so this variable gets filled (look at the full code in The Code to see the full TerrainContent class) In your processor, you have this 2D height array readily available, so pass it to the constructor of the TerrainContent object: TerrainContent tc = new TerrainContent(vertices, indices, grass, heightData); At this point, the TerrainContent object you created will have the array stored, but it will not yet serialize the data.

The Enable link integrity checks option is checked by default. This means that when you delete an item in your site, the system will show you a warning message if this item is internally linked to some other content (Figure 4-6 shows you an example).

Suppose also that you are writing a program called MyWidgets, and you want to use the SquareWidget class. The code for the program is in a file called MyWidgets.cs and is shown in the following example. The code simply creates an object of type SquareWidget and uses the object s members. using System; class WidgetsProgram { static void Main( ) { SquareWidget sq = new SquareWidget(); Not declared in this assembly sq.SideLength = 5.0; Console.WriteLine(sq.Area); } } Not declared in this assembly

Therefore, add this code to the TypeWriter: int width = valueHeightDataGetLength(0); int height = valueHeightDataGetLength(1); outputWriteObject<int>(width); outputWriteObject<int>(height); for (int x = 0; x < width; x++) for (int y = 0; y < height; y++) outputWriteObject<float>(valueHeightData[x, y]); A 2D array of floats can be serialized by first storing the number of rows and columns of the array and then storing all floats inside the array to the binary file When it comes to deserializing the 2D array at runtime, you first retrieve the number of rows and columns, so you first can create an empty 2D array of the correct dimensions Next, you load the floats one after each other into the array This is done in the TypeReader: int width = inputReadObject<int>(); int height = input.

ReadObject<int>(); float[,] heightData = new float[width, height]; for (int x = 0; x < width; x++) for (int y = 0; y < height; y++) heightData[x, y] = inputReadObject<float>();.

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