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In this chapter, I m going to walk you through the process of building a tile-based game engine from scratch. I ll show you some focused examples that document each important step in building the game world. We re going to build a classic tile-based platform game, and then use those same techniques to build a car-racing game prototype with the same engine. In addition, I ll show you how to create a dynamic collision map for broad-phase collision detection. I m also going to use this chapter as an opportunity to demonstrate how to create a game entirely using the blit technique, which is the fastest game-display method. Blitting combined with a tilebased game engine is a match made in heaven. If you re a bit hazy about how blitting works, review the coverage of it in 6 before continuing here.

As in previous examples, a variable of type Asynchronous is instantiated. The button is wired to make an asynchronous method call with the URL /chap03/chunkjs04.js. When the request receives the JavaScript chunk, it is executed via the eval statement. After the eval statement has returned, the method dynamicFiller.MakeCall is made. The call to the method dynamicFiller. MakeCall is a general piece of code. In the implementation of the dynamicFiller.MakeCall method is the specific code managed by the server. Referencing the dynamicFiller.MakeCall method is done using an incomplete variable; that is, the initial script includes no definition of the variable dynamicFilter. Of course, a loaded and processed script cannot reference an incomplete variable because that would generate an exception. But what a script can do is load the implementation just before an incomplete variable is used. That is what the example HTML page has illustrated. For those wondering, there is no definition of dynamicFilter in the files factory.js or asynchronous.js. Incomplete variables, types, and functions are possible in JavaScript, allowing a script to be loaded and processed without generating an exception. The following source code implements the incomplete dynamicFiller variable: var dynamicFiller = { generatedAsync : new Asynchronous(), reference : null, complete : function(status, statusText, responseText, responseXML) { dynamicFiller.reference.innerHTML = responseText; }, makeCall : function(destination) { dynamicFiller.reference = destination; dynamicFiller.generatedAsync.complete = dynamicFiller.complete; dynamicFiller.generatedAsync.call('/chap03/chunkjs05.html'); } }

Custom filters implement the ILogFilter interface. This requires that the new class have a Filter method and a Name property. The purpose of the Filter method is to test if the message that the custom filter receives meets that criteria to be processed. Follow these steps to create a sample custom filter: 1. Add a new class to the project that is extending the Logging Application Block and name it SeverityFilter. 2. Add the following using statements: using using using using Microsoft.Practices.EnterpriseLibrary.Logging Microsoft.Practices.EnterpriseLibrary.Logging.Filters Microsoft.Practices.EnterpriseLibrary.Logging.Configuration Microsoft.Practices.EnterpriseLibrary.Common.Configuration

Tile-based systems for building games are so widely used that they ve become the de facto standard approach for building games not just with Flash, but most other game-design technologies. This is true not only for 2D games, but 3D as well. Odds are that any professional games you ve played have used a tile-based system, and by the time you ve finished reading this chapter, you might find that most of the games you make will, too. The tile-based system is popular because it automatically solves a number of problems that are very complex to solve by other means. Here are some of its advantages: Array storage: In tile-based games, game levels are stored in arrays. Once your tile-based engine is in place, you can add limitless numbers of new game levels quickly, just by creating new arrays to describe the levels. You can test and tweak your level design without touching the underlying game engine code, and also create visual tools for players to create their own levels. Extremely efficient collision detection: Objects check for collisions only with other objects in their immediate vicinity. This means that there s very little unnecessary checking going on, and that s a big performance savings. Simplified AI: In a tile-based world, game objects are aware of their surroundings. They can make decisions based on simple rules about what to do when their environment changes. Intricate AI behavior can often be created with code that is no more complex than one if statement. Pathfinding (the subject of the next chapter) is also a breeze to implement in a tile-based game world. Efficient use of graphics: Tile-based games make very efficient use of graphics by reusing as much artwork as possible. This results in small file sizes, low memory usage, and quick processing.

3. Inherit the new class from ILogFilter. 4. Add the ConfigurationElementType attribute to the class. 5. Implement the Filter method and Name property. Listing 9-17 shows the implementation of the SeverityFilter class. Listing 9-17. Custom Severity Filter Implementation using Microsoft.Practices.EnterpriseLibrary.Logging.Filters; using Microsoft.Practices.EnterpriseLibrary.Logging.Configuration; using Microsoft.Practices.EnterpriseLibrary.Common.Configuration; [ConfigurationElementType(typeof(CustomLogFilterData))] public class SeverityFilter : ILogFilter { private int severity = 0; public SeverityFilter(NameValueCollection attributes) { severity = Convert.ToInt32(attributes.Get("Severity")); } public bool Filter(LogEntry log) { // Add code here to verify that the log entry can be processed // based on the Severity property return Convert.ToInt32(log.Severity) < severity; } public string Name { get { return "Severity Filter"; } } }