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This was added so that multiple XMLHttpRequest instances could be used with GetIt. The variables xmlhttp1 and xmlhttp2 represent two different instances of XMLHttpRequest, and assigned to each instance is the data member myState. To make two separate HTTP requests, GetIt is called twice with different XMLHttpRequest instances and different URLs. When the asynchronous XMLHttpRequest returns, the function AsyncUpdateEvent is called. The function AsyncUpdateEvent is assigned to the instance of either xmlhttp1 or xmlhttp2, and therefore in the implementation of the function, the this keyword should work. What happens is that the this.myState reference in the function is undefined, and therefore AsyncUpdateEvent has no idea to which XMLHttpRequest instance it is assigned. A solution would be to create two callback functions, AsyncUpdateEvent and AsyncUpdateEvent2, and assign them individually to the instances xmlhttp1 and xmlhttp2. The function GetIt would be updated to include an additional parameter that represents the callback where the request results are processed. Creating two callback functions would work but is not elegant because for three independent requests you would need three callbacks. The real context of this problem is that JavaScript in this instance has lost its object-oriented features. What needs to be solved is the association of an XMLHttpRequest instance with a callback, and that is solved in the next section.

( _sourceBitmapData, sourceRectangle, destinationPoint ); } //Fade the explosion out if the animation has //run for more than 100 frames _fadeCounter--; if(_fadeCounter < 0) { this.alpha -= 0.10; if(this.alpha <= 0) { dispatchEvent(new Event("explosionFinished")); } } } private function removedFromStageHandler(event:Event):void { _animationTimer.removeEventListener (TimerEvent.TIMER, animationEventHandler); removeEventListener (Event.REMOVED_FROM_STAGE, removedFromStageHandler); } } } As you can see, this is just a mixture of the earlier BitmapExplosion with the new blitting techniques. The entire explosion fades out after it has run for 100 frames. The _fadeCounter is initialized to 100 and is decreased by one each frame. When it reaches zero, the explosion s alpha is decreased in steps of 0.10. When the alpha reaches zero, an "explosionFinished" event is fired. _fadeCounter--; if(_fadeCounter < 0) { this.alpha -= 0.10; if(this.alpha <= 0) { dispatchEvent(new Event("explosionFinished")); } } This code will be a good starting point for you to create your own custom particle explosions and effects using blitting.

Locates the configuration information for a module Contains functionality for handling virtual paths and URLs Registers and returns rules for a specific URL Provides access to the System.Web.HttpContext.Current.Session instance Provides access to the System.Web.HttpContext.Current instance Loads modules Finds module information from Web.config files for a given website Finds the composition container for a given module

There are two big bottlenecks in particle explosions that slow things down: Displaying the particles on the stage Calculating vectors and velocities We ve largely solved the first problem with blitting. We can solve the second one by using lookup tables. Lookup tables are just arrays containing values. The values are precalculated and copied into the arrays while the game is being initialized. This means that the game will take slightly longer to initialize, but won t suffer any slowdowns due to the CPU trying to do complex math while it s running. Lookup tables save the game from needing to suddenly start doing a lot of calculations while trying to clip along at 60 frames per second. Instead of performing calculations, all it needs to do is read the values that are precalculated in the array.