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package com.friendsofed.gameElements.primitives { import flash.events.Event; import flash.events.EventDispatcher; //ABSTRACT CLASS - Do not instantiate public class AVerletModel extends EventDispatcher { //Properties that don't require validation public var previousX:Number = 0; public var previousY:Number = 0; public var temporaryX:Number = 0; public var temporaryY:Number = 0; public var rotationSpeed:Number = 0; public var acceleration_X:Number = 0; public var acceleration_Y:Number = 0; public var acceleration:Number = 0; public var frictionConstant:Number = 0.96; //Global friction public var friction:Number = frictionConstant; public var friction_Vx:Number = 0; public var friction_Vy:Number = 0; public var width:uint = 1; public var height:uint = 1; public var gravity_Vx:Number = 0; public var gravity_Vy:Number = 0; public var color:uint = 0x999999; //Properties that require validation //by getters and setters private var _xPos:Number = 0; private var _yPos:Number = 0; private var _angle:Number = 0; private var _visible:Boolean = true; private var _rotationValue:Number = 0; public function AVerletModel():void { } public function update():void { temporaryX = xPos; temporaryY = yPos; vx += acceleration_X; vy += acceleration_Y;

If you find that your application needs the ability to encrypt and decrypt data, you have to consider which methods will meet your needs and yet still perform well. The .NET Framework offers many options for handling the encryption and decryption of data; you can also create your own custom implementations or use third-party implementations if they meet your needs. The important thing you need to do is provide a consistent common interface for your cryptography needs in your application, thus allowing simplified maintenance and ensuring best-practice implementations.

After the HTML page has been implemented and the state has been loaded and saved on the client side, the remaining responsibility lies with the server.The server will receive the state and store it somewhere, and send the state when it is asked for. However, the general pattern implementation on the server does not attempt to interpret the state, because doing so would add processing that is not necessary. The exception occurs when the processing of the state is application related. The state is processed on the server side by using HTTP handlers.

vx *= friction; vy *= friction; //Optional: speed trap /* if((Math.abs(vx) < 0.05) && (Math.abs(vy) < 0.05)) { _acceleration_X = 0; _acceleration_Y = 0; } */ xPos += vx + friction_Vx + gravity_Vx; yPos += vy + friction_Vy + gravity_Vy; previousX = temporaryX; previousY = temporaryY; //Listen for optional "update" events if you need to //synchronize any code with this object's frame updates dispatchEvent(new Event("update")); } //angle public function get angle():Number { return _angle; } public function set angle(value:Number):void { _angle = value; dispatchEvent(new Event(Event.CHANGE)); } //vx public function get vx():Number { return _xPos - previousX; } public function set vx(value:Number):void { previousX = _xPos - value; }

The AuthorizationFactory class works in the same way as the other factories throughout the Enterprise Library application blocks. It allows for an AuthorizationProvider class to be defined in the application s configuration and loaded at runtime. This particular factory has one main method, GetAuthorizationProvider, which comes in two variations. When it is called without any parameters, the default provider defined in the application configuration file will be instantiated. The other variation takes a string parameter to return a named instance of a provider.

//vy public function get vy():Number { return _yPos - previousY; } public function set vy(value:Number):void { previousY = _yPos - value; } //xPos public function get xPos():Number { return _xPos; } public function set xPos(value:Number):void { _xPos = value; dispatchEvent(new Event(Event.CHANGE)); } //yPos public function get yPos():Number { return _yPos; } public function set yPos(value:Number):void { _yPos = value; dispatchEvent(new Event(Event.CHANGE)); } //setX public function set setX(value:Number):void { previousX = value - vx; xPos = value; } //setY public function set setY(value:Number):void { previousY = value - vy; yPos = value; }