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Working through your E-R diagrams or other models, begin to create the schema to the database Some modeling programs may actually be able to perform the creation of your database schema based on models you have built This can be an excellent timesaver, but when the program finishes creating the initial schema, take the time to go through each table to examine the schema closely Use what you will learn in 5 to adjust the storage engine and data types of your tables and columns After settling on data types for each of your columns, use your E-R diagram as a guide in creating the primary keys for your tables Next, ensure that the relationships in your models are translated into your database schema in the form of foreign keys and constraints.

JScreenSaver is a Windows screensaver loader that can execute Java programs. It was written by Yoshinori Watanabe, and is available at http://homepage2.nifty.com/igat/igapyon/soft/ jssaver.html and http://sourceforge.net/projects/jssaver/.

DrawSprites(gameTime, _spriteBatch, Textures["BackgroundTexture"]); _spriteBatch.End(); RestoreStateAfterSprites(); // Draw all 3D objects DrawObjects(gameTime, _effect); // Draw foreground sprites StoreStateBeforeSprites(); _spriteBatch.Begin(SpriteSortMode.BackToFront, BlendState.AlphaBlend); DrawSprites(gameTime, _spriteBatch, Textures["ForegroundTexture"]); _spriteBatch.End(); RestoreStateAfterSprites();

Finally, create an index plan for tables based on your knowledge of the types of queries that will be run against your database While index placement can and should be adjusted throughout the lifetime of an application (see 2), you have to start somewhere, right Look through your class diagrams for operations that likely will query the database for information Note the parameters for those operations, or the attributes for the class, and add indexes where they seem most appropriate Another helpful step that some designers and administrators take during baseline modeling is to populate the tables with some sample data that closely models the data a production model would contain Populating a sample data set can help you more accurately predict storage requirements.

CHAPTER 2 s GET A LIFE (IN 3D)

The gaming opportunities with 3D graphics are immense, and I hope that you now feel armed and prepared to go and conquer them. It is a complex environment to work with, and sometimes things won t work or look exactly the way you expect them to. Experimentation is key, however, so use the knowledge that you have gained to create test projects and try things out. With a little practice, you should find that things start to feel much more natural and manageable. While we ve covered a lot of XNA s functionality, it is a very rich and flexible environment and there s a great deal more that you can learn about it if you want to extend your knowledge further. The MSDN App Hub web site at http://create.msdn.com is probably the best learning resource. The Education and Resources sections have enormous volumes of information that you can use to further your abilities, and the Community section has a highly active set of forums into which you can post for help if you need it. The community is always grateful for any help that you can provide, so please help to share your knowledge to others if you can! The next chapter steps back from 3D rendering and looks at some useful functions that you can add to your games to enhance their features.

Once you ve inserted a sample data set, you can do a quick show table status from your_database_name to find the average row lengths of your tables (sizes are in bytes, so divide by 1,024 to get kilobytes) Taking the product of the average row length of a table and the number of records you can expect given a certain time period (see your use cases and modeling) can give you a rough estimate of storage requirements and growth over a month Check the Index_length value for each table as well, to get an idea of the index size in comparison to the table size Determine the percentage of the table s size that an index takes up by dividing the Data_length column by the Index_length column.

There are many different styles and varieties of games, and they can be diverse in the ways that they play and function. Some game features are useful in many different games, though, and in this chapter, we ll examine a couple of useful pieces of functionality that fall into this category. These game enhancements will be created to be easily reusable so that they can be quickly and easily dropped into any game that would benefit from them. The enhancements that we will create are as follows: A settings class, allowing us to easily set and retrieve configuration values, and save them to files so that they can be retrieved the next time the game is executed. A high score table, providing a very easy mechanism for adding and displaying scores that the player has achieved.