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Exactly the same function applies to the y axis The calculation is illustrated in Figure 3 6..

For complex image processing, I like ImageJ (http://rsb.info.nih.gov/ij/), which can be utilized either as a stand-alone application or as an image processing library. ImageJ supports standard image processing functions, such as contrast manipulation, sharpening, smoothing, edge detection, and median filtering. It also offers geometric transformations, such as scaling, rotation, and flips. Its analysis capabilities include the calculation of area and pixel value statistics for userdefined selections, and it can create density histograms and line profile plots. ImageJ can be easily extended with macros and plug-ins; there are hundreds available at the ImageJ web site.

6. Although it is possible to control the type of lock placed on a resource, if you don t specify a lock type, MySQL s storage engines will choose the most appropriate lock level for you.

Up to this point, all the colors used in our examples have been directly specified within our program code. This gives us a high level of control over the appearance of the graphics, but leads to a flat and cartoony look to the graphics. To add a further degree of realism to the objects that we render, we can use XNA s lighting features. This section examines the lighting capabilities and explores how they can be used within our games.

Two books on image processing, using Java as an implementation language include Digital Image Processing: A Practical Introduction Using Java by Nick Efford (Addison Wesley, 2000) and Image Processing in Java by Douglas A. Lyon (Prentice Hall, 1999). Both texts use the standard Java libraries (e.g., Java 2D); they don t utilize JAI or ImageJ.

of the lock and does not allow any other read locks to access the resource; instead, it tells these processes to wait until the writing process has finished. If the counter is greater than zero, the state of the lock is changed, preventing any new processes from accessing the resource, and the database server makes the write process wait until all read requests have finished accessing the resource and decrementing the internal counter. When the counter reaches zero, the database server lets the write request proceed.

XNA offers the facility to place up to three different lights into the game world and use these to illuminate the objects that are rendered. When lighting is switched on, the way in which objects are colored is altered from the behavior we have seen so far. XNA applies lighting to our objects by calculating the amount and color of light that falls onto each vertex and actually adjusts the vertex colors based on the result of this. The outcome is that we can generate highly dynamic and realistic-looking shading on our objects. The minor downside is that because XNA implements lighting by taking control of coloring the object vertices, we can t specify vertex colors ourselves. We can still apply textures to our objects just as before, but vertex colors cannot be used. Although we are no longer able to directly color vertices, we can still use different colors within a texture to provide coloring to different sections of our objects, so this is not necessarily as big a problem as it might at first sound. Additionally, the DiffuseColor property can still be used to change the overall color of the objects being rendered. This is also known as the material color as it defines the color of the object. This works alongside the colors of lights that we place within the scene, allowing colors of lights and objects to be set independently. This provides a fair degree of flexibility with regard to how our objects are lit. The following sections will discuss how lights and materials can be used within our game worlds.

Summary