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gre is not limited to rendering to the display device; to Ogre, the framebuffer that holds the color data that eventually makes its way to your LCD or CRT display is simply another render target. The render target in Ogre is an abstraction of an area in shared AGP or video memory that holds the two-dimensional result of a render of all or part of your scene. The most common render target is of course the primary render window. This is your application s main window, the one that you can resize and minimize and Alt+Tab to and from. You do not need to do anything special to use this render target; just start up Ogre as described in earlier chapters, and it is created for you. However, most interesting applications and games benefit from the ability to render all or part of the scene (even parts of the scene that are not visible) into a texture that can then be applied to polygons in the scene. Some examples of this include a rear-view mirror on a car in a racing game; a security monitor simulation that shows another part of your world on a quad near your player-character; reflections in a mirror or on the surface of water; precomputed data used as a lookup table in a later rendering pass; full-scene renders for use in a later postprocessing pass (such as for motion-blur effects). These are just a few examples of the utility of the render-to-texture (RTT) capability that multiple render targets provide. Note that while you certainly can render to a buffer that does not ultimately end up as a texture, the most common nondirectly displayed render is to a texture. This chapter will focus primarily on the render-to-texture aspect and usage of render targets.

We have nearly finished our journey through XNA s matrix-based rendering now, but there is one final topic to cover: mixing rendering from sprites and from matrix-based graphics together at the same time. There are obvious uses to rendering sprites and matrices together: 3D games will frequently need to display text, for example, and it is likely that 2D status overlays (energy bars, number of lives left, and so on) might be useful, too. XNA allows us to achieve this by rendering sprites and 3D objects together into the same scene. Simply draw the 3D objects first and then draw the sprites afterward. Both will render exactly as you would expect, with the sprites appearing on top of any 3D objects that have already been rendered onscreen. XNA s sprite renderer does, however, make some changes to the state of the rendering engine, and they will most likely need some minor additional changes to your code to compensate. When XNA begins rendering sprites, it reconfigures the environment as follows:

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GraphicsDevice.BlendState is set to BlendState.AlphaBlend. You will probably want to set it back to BlendState.Opaque, or whatever other blend state you require. GraphicsDevice.DepthStencilState is set to DepthStencilState.None, disabling the depth buffer (remember that sprites handle depth purely through the LayerDepth value on each rendered sprite). You will almost certainly need to set this back to DepthStencilState.Default. GraphicsDevice.RasterizerState is set to RasterizerState.CullCounterClockwise. This is its default value, anyway, so might not have any impact on your code. GraphicsDevice.SamplerState[0] is set to SamplerState.LinearClamp. This will prevent tiling of textures on your 3D objects, so you might want to revert this back to SamplerState.LinearWrap.

The term Adapters is taken from Design Patterns: Elements of Reusable Object-Oriented Software by Erich Gamma, Richard Helm, Ralph Johnson, and John Vlissides (Addison-Wesley Professional, 1994) and is defined as the conversion of the interface of a class into another interface that clients expect Although the examples simply portrayed the inherent mismatch between fine- and coarse-grained objects, inheritance, and polymorphism, I can tell you that encapsulation, abstraction, and the other fundamentals of objectoriented programming don t fare much better The bottom line: vendors or languages and databases have never addressed the impedance mismatch between object and data, and so ORM continues to thrive..

The target hardware buffer (framebuffer or otherwise) is abstracted in Ogre as a render target. The physical manifestation of the render target can be your application s main rendering window, or it can be a secondary window (perhaps used to show a different view of the scene or a view with different rendering properties enabled). As mentioned, the nonvisible manifestation of a render target can be a texture target: a texture, after all, is just a 2D surface like a rendering window s framebuffer. Render targets are event sources as well. If your application registers to receive such events, Ogre will notify it at pre- and postrender times, providing your application an opportunity to alter, on a per-target basis, render settings, object visibility, and so on. It can also notify your application pre- and postrender at the viewport level, as well as when viewports are added and removed.

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