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The programmable passes are performed only for one light (usually the first light in the scene). The vertex program is supplied with three automatically populated parameters: light position, eye position, and the current world-view-projection matrix (the three uniform parameters supplied to main_vp). The tangent data is supplied as an element in the vertex data (encoded in 3D UVW texture data), along with the vertex position, normal, and standard decal UV coordinate; these elements are the first four parameters to the vertex program. Tangent data typically is generated during an offline step, such as mesh export or during XML conversion, but you can build tangent vectors at runtime (for example, when creating mesh dynamically) with Mesh::buildTangentVectors(). main_vp provides its corresponding fragment program with five output parameters: the vertex position and four texture coordinate sets (the typical decal UV coordinates, and light, eye, and half 3-vectors in tangent space). Ogre provides the fragment programs automatically with the diffuse and specular light colors, and your application can supply the height scale and bias data packed into a 4-vector (default values are supplied and used if it does not). The fragment program in either case takes as additional input (from the vertex program outputs earlier in the pipeline) the per-instance parameters defined in the pass, as well as the texture units defined in the pass and the output of the corresponding vertex program (the parameters marked out in main_vp in Listing 6-10). The fragment program then outputs the calculated pixel color, which is stored in the framebuffer.

Accompanying this chapter is an example project named CameraMovement, which provides a simple example of using the camera within a game. It creates a simple scene consisting of a square of ground on top of which a number of houses have been placed. The camera then rotates around the scene, allowing it to be seen from different angles. All the objects within the scene are completely stationary except for the camera. To allow the scene to better fit within the display, this project has been implemented to use landscape orientations, so you will need to rotate your device or the emulator accordingly. An image from the project can be seen in Figure 8 10.

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Figure 8 10. The CameraMovement project The project s ResetGame function adds the objects for the ground and the houses into the GameObjects collection and then creates a camera object and sets this into the Camera property. The camera object is implemented using a custom derived class named CameraObject in order to move the camera around the scene. Within its Update function, you will see two different blocks of code for positioning the camera: one using matrix transformations and the other directly setting the Position property. One of these is initially commented out, but try swapping out the two approaches and experiment with each to see how they work. You can also try experimenting with the LookAtTarget property so that the camera looks in different directions as it moves around the scene.

Tip In Listing 1-1, I am taking advantage of one of the new C# 3.0 language features, automatic properties. As you can see, the code is much cleaner because you do not have to explicitly declare a private field for the property; the compiler does it for you. I use the new language features throughout the text, and they are called out in Tip boxes like this one.

Static images aren t too interesting, so let s make the graphic move At the moment, we are specifying its position within the Draw procedure by passing a Vector2 structure initialized with the values 100 and 100 These two values are the x and y positions at which the graphic will be drawn, and represent its top-left corner This position is known as a coordinate When coordinates are written down, they are enclosed within parentheses inside which the two values are placed, separated by a comma The first value is the x coordinate, and the second is the y coordinate For example, (20, 50) represents a coordinate with an x position of 20 and a y position of 50 The coordinate system used by XNA sprites starts from (0, 0) at the top-left corner of the screen.

The ASM and Cg fragment programs perform the same work; the reason that the PS 1.4 version is written in assembly instead of Cg has to do with limitations in earlier Pixel Shader versions; these earlier versions could not support dependent texture reads, where texture coordinates can be adjusted based on what was read from another texture. Adding this fragment program for PS 1.4 support allows this programmable technique to run on DirectX 8.1 level hardware (Radeon 8500 and up, for example).

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