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Again, using e4x and XMLBuddy you can easily access the attribute:feeds.entry[0].title. (see Figure 10-14).

Figure 10-14. Atom.xml tree view Here s the complete code:

So it s a fun challenge to learn it, and once you ve got a feel for how to use the 3D API, you have a valuable skill because even the simple stuff is tricky enough that even a skilled engineer is unlikely to get a handle on it in one sitting In this chapter, I m going to focus on the fundamentals of the coordinate systems, rendering, and M3G file structure I ll give an overview of the advanced features that are available, but the bells and whistles are easier to learn from the JavaDoc once you have a thorough grasp of the basics..

decipher the state. The point of the Representation Morphing pattern is to enable individual representations to decipher the state to something that is useful for their context. Additionally, embedding the state in the representation itself ensures that state is not lost when it exists temporarily in the context of an executing JavaScript document.

< xml version="1.0" encoding="utf-8" > <s:Application xmlns:fx=" http://ns.adobe.com/mxml/2009" xmlns:s="library://ns.adobe.com/flex/spark" xmlns:mx="library://ns.adobe.com/flex/mx" minWidth="1024" minHeight="768" initialize="service.send();"> <fx:Script> <![CDATA[ import import import import mx.controls.Alert; mx.rpc.http.HTTPService; mx.rpc.events.ResultEvent; mx.rpc.events.FaultEvent;

// Define and use atom namespace. private namespace atom = " http://www.w3.org/2005/Atom"; use namespace atom;

private function resultHandler(event:ResultEvent):void { var feeds:XML = event.result as XML; trace(feeds.entry[0].title);

Considering the basic theory of the Representation Morphing pattern, you might question how the pattern is different from a component. The purpose of the component and the pattern are identical in that they provide multiple representations of the data. Previously I discussed traditional components. Now, after having explained a bit of the pattern s architecture, I will define the attributes of the Representation Morphing pattern implementation: The representation and state are combined as a single piece of content. The guts of the component are exposed and can be manipulated by other representations. Transferring the representation means transferring a work space that is self-contained and allows for a later reinstantiation. A representation can be combined with other representations that evolve over time, and can create new pieces of functionality that the developers of the web application had not previously considered.

A complete three-dimensional scene is a complex object, but it ultimately comes down to sets of coordinates. Understanding how the different coordinate systems work together is the key to navigating your 3D scene with ease.

} private function faultHandler(event:FaultEvent):void { service.removeEventListener(FaultEvent.FAULT, faultHandler); Alert.show(event.fault.message, "Could not load XML"); } ]]> </fx:Script> <fx:Declarations> <s:HTTPService id="service" url="assets/xml/Atom.xml" resultFormat="e4x" result="resultHandler(event);" fault="faultHandler(event);"/> </fx:Declarations> </s:Application>

Notice how you define the namespace and use it as shown previously:

The logic associated with the representation is used to manipulate state, and not keep state (for example, a JavaScript variable instance is not used to keep state). In a nutshell, the big difference between most user interface based components is that when the component is instantiated, it has no state. However, when a representation that implements the Representation Morphing pattern is instantiated, there is a state. The result is that potentially two instantiations of functionally identical representations will contain two entirely different states. What the Representation Morphing pattern implements is one of the concepts made possible with dynamic programming. The entire architecture of the Representation Morphing pattern rests on the capabilities of dynamic languages and the Dynamic HTML object model. Dynamic languages2 are known to some people as scripting languages. What makes a dynamic language unique is its ability to define, add, or delete functions, modules, or class types during the execution of the language and to have the ability to persist those changes as a work space for later execution. Languages such as Java and C# cannot do that, or at least not as simply as dynamic languages. Consider the following example, which illustrates how a dynamic language operates: function createTypeAndProperty() { var obj = new Object(); obj.prop = 12345; return obj; }

private namespace atom = "http://www.w3.org/2005/Atom"; use namespace atom;

The most basic object is an array of simple values sitting inside a VertexArray, which gives information about how to divide the array into vertices. You would normally expect each vertex would have three coordinates, but there are cases where a vertex may be defined by two or four coordinates, and the VertexArray stores that information.

Then you use the HTTPService to load the XML and once you receive the result you can retrieve elements.