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The M3G API also has a built-in helper class to give you information about where 3D objects collide with each other: RayIntersection It looks a little confusing at first, but it s pretty simple to use and quite powerful To compute a collision, the first thing you do is create a default instance of RayIntersection and use the pick method from the Group class to fill it with all of the details about the collision There are two versions of the pick method: one that helps you determine whether random objects in your scene are colliding with one another, and one that is optimized for use with a Camera to tell you what is in the Camera s viewing range Both versions of the pick method start with the scope as their first argument The scope allows you to filter the objects you re checking for collisions with.

Clicking the button causes the onsubmit event to be triggered, which results in the State Navigation pattern implementation on the client side to call the server by using the XMLHttpRequest object The call generates a request that is illustrated as follows: POST /ajax/chap07/linkToPage2xml HTTP/11 Accept: application/xml Accept-Language: en-ca Accept-Encoding: gzip, deflate Content-Type: application/xml Content-Length: 364 Connection: Keep-Alive Cache-Control: no-cache X-Page-Original-Url: /ajax/chap07/page1 X-Page-Window-Name: window-2005-10-03-10-10-10-1245 X-Page-State: 11.

<s:HTTPService id="service"

url="http://www.google.com/base/feeds/snippets" resultFormat="e4x" result="resultHandler(event); " fault="faultHandler(event); ">

In the example, the request is an HTTP POST that posts to the static file linkToPage2xml What is odd is that an HTTP POST has been made to a document that cannot process the post because the file is obviously not a script This is the uniqueness of the State Navigation pattern in that when data is posted, the result does not have to be another page that is viewed by the web browser Normally, when executing an HTTP POST, a server-side script will process the request and generate some output Unlike an HTTP GET, where data is retrieved, the HTTP POST expects data to be sent before it is retrieved When creating a workflow application, HTML pages are tied to each other For example, if the resource /ajax/chap07/page1 contains a POST to /ajax/ chap07/page2, only page1 can call page2, because page2 expects data arriving from page1.

For example, if your game has a bunch of ghosts floating around that can go through walls and through each other but will possess game characters they come into contact with, then you can set the game characters scope to something other than the default scope (-1) and then only check for collisions with nodes of that scope Note that scopes are grouped using bitwise operations: two scopes are considered the same if you get a nonzero result by performing a bitwise & on them So you can do some bitwise arithmetic to check for several different types of objects at once A simple technique is to give each type of object a scope that is a power of 2 (for example: walls 1, ghosts 2, player characters 4, treasures 8), then check for collisions by combining them (to check for collisions with walls or treasures, pick scope 9).

Handle the response for a successful connection:

private function resultHandler(event:ResultEvent):void { var title:String; var publish:String; var content:String; var author:String; var image:String; var price:String; for each (var property:XML in event.result.entry) { title = property.title; publish = property.published; content = property.content; author = property.author.name; image = property.image_link; price = property.price; dataProvider.addItem({label: title, publish: publish, content: content, author: author, icon: image, price: price}); } }

Of course, the developer could write within the script of page2 a decision block to test how the script is being called and what it should do Nevertheless, this makes for messy coding What is different with the State Navigation pattern is that the sending of the data and retrieving of the next content are separated The State Navigation posts to a URL that may or may not process the posted content The State Navigation would capture the request, store the state, and pass the request to another processor on the HTTP server Another processor would intercept the request, process the state, and let the HTTP server send the data to the client The state that is sent to the server can be stored or processed and is the discretion of the web server application.

Attach the results to a UI component. Notice that the item will be formatted renderers.TileListItemRenderer, a common practice in dealing with List type component.