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For the light itself, this code is all that is required to light up the objects within our scene. However, we haven t done anything to set the normals for our objects yet. Continuing to use the cube from our previous examples, we first modify the class to use the VertexPositionNormalTexture structure for its vertices. After setting the vertex positions as we always have, we now need to set the normal for each vertex. For a cube, the normals all point directly along the x, y, or z axis and so it is easy to set these up manually. Listing 7 18 shows the beginning of the code to perform this task, taken from the Lighting project s CubeObject class. Listing 7 18. Setting the cube s vertex normals // Set the vertex normals i = 0; // Front face... _vertices[i++].Normal = new Vector3(0, 0, 1); _vertices[i++].Normal = new Vector3(0, 0, 1); _vertices[i++].Normal = new Vector3(0, 0, 1); _vertices[i++].Normal = new Vector3(0, 0, 1); _vertices[i++].Normal = new Vector3(0, 0, 1); _vertices[i++].Normal = new Vector3(0, 0, 1); // Back face... _vertices[i++].Normal = new Vector3(0, 0, -1); _vertices[i++].Normal = new Vector3(0, 0, -1); _vertices[i++].Normal = new Vector3(0, 0, -1); _vertices[i++].Normal = new Vector3(0, 0, -1); _vertices[i++].Normal = new Vector3(0, 0, -1); _vertices[i++].Normal = new Vector3(0, 0, -1); // ... and so on for the remaining faces ... The cube s class is otherwise unchanged. Running the project displays a cube as shown in Figure 7 27. You can see that each face of the cube has its own color, determined by the light calculation that we have already explored.

Figure 6-5. The Ogre Demo_EnvMapping sample application, demonstrating the blending of the environment map with the rusty-steel texture

Figure 7 27. A cube lit using a directional light Try experimenting with the light and material colors to see how they interact. The light color is set in the project s Initialize function (refer to Listing 7 17), whereas the object material is set against each individual object in its ObjectColor property. The cube in the example project is added by the ResetGame function, and its color can be modified here.

One powerful aspect of LTS is that when you query through the LTS plumbing code (for example, in Listing 4-34), you can still take advantage of the object-tracking functionality built into LTS. For example, in Listing 4-36 I have modified the code from the previous example so the word _expired is appended to the LoginID property.

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As additional lights are enabled, XNA has additional work to do to calculate the light for each vertex within the rendered objects. For this reason it is important to disable lights when they are not required. Lighting is a relatively inexpensive calculation, so feel free to get your lights set up exactly how you need them for your game.

To use an ambient light, simply set the BasicEffect.AmbientLight property to the required color. All the objects rendered will take the ambient light into account.

What if we wanted to reuse Examples/EnvMappedRustySteel in Listing 6-3 with different textures (perhaps a version with hardware-supported compressed textures) We do not have to copy the entire material script; we can just inherit the existing script and redefine the texture references in the texture units The Ogre code and documentation calls this material copying, since it is not true inheritance in the object-oriented sense of the term However, you can create new materials, using existing materials as a sort of base class All of the attributes of a material will be copied into the new material, and you can make slight adjustments by changing only the properties that are different from the original material This can save a considerable amount of effort in large material libraries, or with complex or lengthy material declarations.

Listing 4-36 Working with Live Objects from Your Custom Query foreach (Employee emp in dbGetEmployeesByManagerID(3)) { empLoginID = empLoginID + "_expired"; } dbSubmitChanges(); As you can see in Listing 4-37, by changing the LoginID property and calling SubmitChanges() on your DataContext, an update query is being generated In this particular example, multiple update queries are executed, but they all look like Listing 4-37, only with different parameters Listing 4-37 Update SQL from the Customer Query exec sp_executesql N'UPDATE [HumanResources].

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