Flocking test with 3D models fork mod
forked from Flocking test with 3D models (diff: 750)
Introducing SkinClonesContainer to support draw-call batching with animated skins! By using a lower-LOD skeleton (eg. 10 rendered joints instead of 20+ joints in this example), draw calls can be reduced to 25% of the original. This works great for quickly batching any organic skin (eg. birds, sharks, etc.) without having to manually set up custom joints per clone. Currently, the fully-polygoned model is used without any LOD, only LOD for bones. W-S-A-D to move around. Currently, the flocking is brute force approach. That's why hav to limit the total amount of flockers.
ActionScript3 source code
/**
* Copyright Glidias ( http://wonderfl.net/user/Glidias )
* MIT License ( http://www.opensource.org/licenses/mit-license.php )
* Downloaded from: http://wonderfl.net/c/xuse
*/
// forked from Glidias's Flocking test with 3D models
package
{
import alternativa.engine3d.animation.AnimationClip;
import alternativa.engine3d.animation.keys.Track;
import alternativa.engine3d.core.Object3D;
import alternativa.engine3d.loaders.ParserA3D;
import alternativa.engine3d.materials.FillMaterial;
import alternativa.engine3d.materials.StandardMaterial;
import alternativa.engine3d.materials.TextureMaterial;
import alternativa.engine3d.objects.Joint;
import alternativa.engine3d.objects.Skin;
import alternativa.engine3d.primitives.Plane;
import alternativa.engine3d.resources.BitmapTextureResource;
import com.greensock.events.LoaderEvent;
import com.greensock.loading.BinaryDataLoader;
import com.greensock.loading.ImageLoader;
import com.greensock.loading.LoaderMax;
import flash.display.Bitmap;
import flash.display.BitmapData;
import flash.display.Loader;
import flash.events.IEventDispatcher;
import flash.events.KeyboardEvent;
import flash.events.MouseEvent;
import flash.net.URLRequest;
import flash.system.ApplicationDomain;
import flash.system.LoaderContext;
import flash.system.Security;
import flash.system.SecurityDomain;
import flash.text.TextField;
import flash.ui.Keyboard;
import flash.utils.ByteArray;
import flash.utils.Dictionary;
import flash.display.DisplayObject;
import flash.display.MovieClip;
import flash.display.Sprite;
import flash.events.Event;
import flash.geom.Vector3D;
import alternativa.engine3d.alternativa3d;
use namespace alternativa3d;
/**
* ...
* @author Glenn Ko
*/
[SWF(frameRate="60", backgroundColor="0xddddff")]
public class TestFlocking3D extends MovieClip
{
public var engine:Engine;
public var ticker:FrameTickProvider;
public static const WORLD_SCALE:Number = 2;
public static const TEST_FLOCKING:Boolean = true;
public static const G_WORLD_SIZE_MULT:Number = 1;
private var WORLD_WIDTH:Number = 1200*WORLD_SCALE*G_WORLD_SIZE_MULT;
private var WORLD_HEIGHT:Number = 800 * WORLD_SCALE*G_WORLD_SIZE_MULT;
private static const NUMBOIDS:int = 100 * 3 * G_WORLD_SIZE_MULT;
static public const MIN_SPEED:Number = 24*WORLD_SCALE;
static public const MAX_SPEED:Number = 66*WORLD_SCALE;
static public const TURN_RATIO:Number = 0.9;
static public const MIN_DIST:Number = 65*WORLD_SCALE;
static public const SENSE_DIST:Number = 200*WORLD_SCALE;
static public const DEFAULT_ROT_X:Number = Math.PI * .5; // for boid
private var _skin:Skin;
private var _animManager:AnimationManager;
private var rootContainer:Object3D = new Object3D();
public var myAssets:Assets;
private var loadingField:TextField;
public function TestFlocking3D()
{
super();
Wonderfl.disable_capture();
ReflectUtil.registerComponents([Pos,Rot,Vel,Flocking,Object3D,IAnimatable]);
myAssets = new Assets();
if (myAssets.MECH_SKIN != null) {
init();
}
else {
// myAssets.addEventListener(Event.COMPLETE, init);
var domain:SecurityDomain = loaderInfo.url.indexOf("file://") >= 0 ? null : SecurityDomain.currentDomain;
if (domain != null) {
Security.loadPolicyFile("http://glidias.github.io/crossdomain.xml");
}
myAssets.addEventListener(Event.COMPLETE, loadQueueComplete);
myAssets.load("http://glidias.github.io/Asharena/assets/skins/mech/bundle.swf", "tests.flocking", new LoaderContext(true, null, domain));
loadingField = new TextField();
addChild(loadingField);
// loadingField.text = "LOADING...";
/*
LoaderMax.defaultContext = new LoaderContext(true, null, domain);
var loadQueue:LoaderMax = new LoaderMax();
loadQueue.addEventListener(LoaderEvent.SECURITY_ERROR, onError);
loadQueue.addEventListener(LoaderEvent.ERROR, onError);
loadQueue.addEventListener(LoaderEvent.IO_ERROR, onError);
loadQueue.addEventListener(LoaderEvent.COMPLETE, loadQueueComplete);
loadQueue.append( new BinaryDataLoader("http://glidias.github.io/Asharena/assets/skins/gladiator/animations.ani", { name:"anim" } ));
loadQueue.append( skinbmpLoader=new ImageLoader("http://glidias.github.io/Asharena/assets/skins/gladiator/samnite/samnite_skin.png",{ name:"skinbmp" } ));
loadQueue.append( new BinaryDataLoader("http://glidias.github.io/Asharena/assets/skins/gladiator/samnite/samnite_lowpolyanim.a3d", { name:"skin" } ));
loadQueue.load();
// */
}
}
private function onError(e:LoaderEvent):void
{
throw new Error(e + ", "+e.data);
}
private function loadTest():void {
var loader:Loader = new Loader();
loader.contentLoaderInfo.addEventListener(Event.COMPLETE, onLoadComplete);
loader.load( new URLRequest("http://glidias.github.io/Asharena/assets/skins/gladiator/samnite/samnite_skin.png"), LoaderMax.defaultContext);
// new ImageLoader("http://glidias.github.io/Asharena/assets/skins/gladiator/samnite/samnite_skin.png", { name:"skinbmp", onComplete:function(e:Event):void { throw new Error("LOAD DOE:"+e.target.rawContent.content); } } ).load();
}
private function onLoadComplete(e:Event):void
{
throw new Error(e.currentTarget.content);
}
private function loadQueueComplete(e:Event):void
{
removeChild(loadingField);
//loadTest();
init();
// onReady3D( null, LoaderMax.getLoader("skin").content, LoaderMax.getLoader("skinbmp").rawContent.bitmapData, LoaderMax.getLoader("anim").content);
}
private function init(e:Event=null):void {
engine = new Engine();
if (TEST_FLOCKING) engine.addSystem( new FlockingSystem(), 0 );
engine.addSystem( new AnimationSystem(), 1 );
//engine.addSystem( new DisplayObjectRenderingSystem(this), 1);
ticker = new FrameTickProvider(stage);
ticker.add(tick);
stage.addEventListener(KeyboardEvent.KEY_DOWN, onKeyDown);
MechStance.RANGE = 1 / MAX_SPEED;
addChild( _template3d = new Template());
_template3d.settings.cameraSpeed *= 4;
_template3d.settings.viewBackgroundColor = 0xBBBBBB;
_template3d.settings.cameraSpeedMultiplier *= 2;
_template3d.addEventListener(Template.VIEW_CREATE, onReady3D);
}
private var _template3d:Template;
private function onReady3D(e:Event, skinData:ByteArray=null, skinBmpData:BitmapData=null, animData:ByteArray=null):void
{
if (e != null) (e.currentTarget as IEventDispatcher).removeEventListener(e.type, onReady3D);
if (loadingField) {
if (LoaderMax.getLoader("skin")) {
skinData = LoaderMax.getLoader("skin").content;
var skinBmpDataRawContent:* = skinbmpLoader.rawContent;
if (skinBmpDataRawContent == null) throw new Error("Failed to load skinbmp:"+LoaderMax.getLoader("skinbmp") + ", "+skinData + ", "+animData );
skinBmpData = skinBmpDataRawContent.bitmapData;
animData = LoaderMax.getLoader("anim").content
}
}
engine.addSystem( new RenderingSystem(rootContainer), 2 );
var child:Object3D = _template3d.scene.addChild( new Plane( 1e4, 1e4, 1, 1, false, false, null, new FillMaterial(0x445544, 1) ) );
child.x += WORLD_WIDTH * .5;
child.y += WORLD_HEIGHT * .5;
child.z -= 72*.5;
//rootContainer.rotationZ = Math.PI;
var parser:ParserA3D = new ParserA3D();
parser.parse(skinData || new myAssets.MECH_KAYRATH());
var skin:Skin = findSkin(parser.objects);
skin.divide(1000);
// skin.calculateBindingMatrices();
//throw new Error(skin.surfaceJoints.length + "::: " + skin.surfaceJoints[0].length);
skin.renderedJoints = skin.surfaceJoints[0];
var standardMaterial:StandardMaterial = new StandardMaterial( new BitmapTextureResource(skinBmpData || (new myAssets.MECH_SKIN().bitmapData)), _template3d.normalResource);
skin.geometry.calculateNormals();
skin.geometry.calculateTangents(0);
skin.rotationX = Math.PI * .5;
skin.rotationZ = Math.PI*.5;
standardMaterial.specularPower = 0;
skin.boundBox = null;
skin.setMaterialToAllSurfaces(standardMaterial);
//_template3d.scene.addChild(skin);
_skin = skin;
skinClonesCont = new SkinClonesContainer(skin, 0, SkinClone);
rootContainer.addChild(skinClonesCont);
_animManager = new AnimationManager();
var animBytes:ByteArray = animData || new myAssets.MECH_ANIMS();
animBytes.uncompress();
_animManager.readExternal(animBytes );
postProcessAnimManager();
_template3d.cameraController.setObjectPos(new Vector3D(WORLD_WIDTH * .5, WORLD_HEIGHT * .5, 100));
//_template3d.camera.transformChanged = true;
//_template3d.cameraController.update();
//throw new Error(_animManager.animClips[0].name);
_template3d.scene.addChild(rootContainer);
_template3d.uploadResources(_template3d.scene.getResources(true));
_template3d.uploadResources(skin.getResources());
startGame();
}
private function postProcessAnimManager():void {
/*
var len:int = _animManager.animClips.length;
for (var i:int = 0; i < len; i++) {
removeAnimationTrack(_animManager, _animManager.animClips[i].name ,"Bip01");
}
*/
removeAnimationTrack(_animManager, "jog" ,"Bip01");
//
}
private function removeAnimationTrack(animManager:AnimationManager, animName:String, boneName:String):void
{
var anim:AnimationClip = animManager.getAnimationByName(animName);
var len:int = anim.numTracks;
for (var i:int = 0; i < len ; i++) {
var t:Track = anim.getTrackAt(i);
if (t.object === boneName) {
anim.removeTrack(t);
return;
}
}
}
private function startGame():void
{
createBoids();
ticker.start();
}
private function findSkin(objects:Vector.<Object3D>):Skin {
for each(var obj:Object3D in objects) {
if (obj is Skin) return obj as Skin;
}
throw new Error("Could not find skin:");
return null;
}
private var playing:Boolean = true;
private function onKeyDown(e:KeyboardEvent):void
{
var kc:uint = e.keyCode;
if (kc === Keyboard.P) {
playing = !playing;
if (playing) ticker.start()
else ticker.stop();
}
else if (kc === Keyboard.F6) {
_template3d.takeScreenshot(screenieMethod);
}
else if (kc === Keyboard.F7) {
_scrnie=_template3d.takeScreenshot(screenieMethod2);
}
}
private function screenieMethod():Boolean
{
Wonderfl.capture(); //
return true;
}
private function screenieMethod2():Boolean
{
stage.addEventListener(MouseEvent.CLICK, removeScreenie);
return false;
}
private var _scrnie:Bitmap;
private var skinClonesCont:SkinClonesContainer;
private var skinbmpLoader:ImageLoader;
private function removeScreenie(e:Event=null):void {
if (_scrnie == null) return;
stage.removeEventListener(MouseEvent.CLICK, removeScreenie);
_scrnie.parent.removeChild(_scrnie);
_scrnie = null;
}
private function tick(time:Number):void
{
engine.update(time);
_template3d.cameraController.update();
_template3d.camera.render(_template3d.stage3D); // onRenderTick();
}
private function createBoids():void
{
var tmp:Number = 2.0 * Math.PI / NUMBOIDS;
var tmpw:int = WORLD_WIDTH / 2 , tmph:int = WORLD_HEIGHT / 2;
var flockSettings:FlockSettings = Flocking.createFlockSettings(MIN_DIST,SENSE_DIST,0,0,tmpw*2, tmph*2, MIN_SPEED, MAX_SPEED, TURN_RATIO);
for (var i:int = 0; i < NUMBOIDS; ++i) {
const ph:Number = i * tmp;
var pos:Pos = new Pos( tmpw + ((i % 4) * 0.2 + 0.3) * tmpw * Math.cos(ph), tmph + ((i % 4) * 0.2 + 0.3) * tmph * Math.sin(ph));
var vel:Vel = new Vel( ((i%4)*(-4) + 16) * Math.cos(ph + Math.PI / 6 * (1+i%4) * (Math.random() - 0.5)), ((i%4)*(-4) + 16) * Math.sin(ph + Math.PI / 6 * (1+i%4) * (Math.random() - 0.5)));
var rot:Rot = new Rot(0, 0, Math.random() * 2 * Math.PI);
var entity:Entity = new Entity().add(pos).add(rot).add(vel).add( new Flocking().setup(flockSettings )) ;
//entity.add( new BoidGraphic(), DisplayObject);
///*
var obj:Object3D;// = new Object3D();
var skinClone:SkinClone = skinClonesCont.createClone();
var skin:Object3D =skinClone.root ;// _skin.clone() as Skin;
//obj.addChild(skin);
obj = skin;
skinClonesCont.addClone(skinClone);
entity.add( new MechStance( _animManager.cloneFor(skin.childrenList), vel, skinClone.renderedJoints, !TEST_FLOCKING ), IAnimatable).add(obj, Object3D);
//*/
/*
var obj:Object3D= new Object3D();
var skin:Object3D =_skin.clone() as Skin;
obj.addChild(skin);
//obj = skin;
rootContainer.addChild(obj);
entity.add( new MechStance( _animManager.cloneFor(skin), vel, (skin as Skin).renderedJoints ), IAnimatable).add(obj, Object3D);
*/
engine.addEntity(entity);
}
}
}
}
/**
* ...
* @author Glenn Ko
*/
import alternativa.engine3d.alternativa3d;
import alternativa.engine3d.primitives.GeoSphere;
import alternativa.engine3d.controllers.SimpleObjectController;
import alternativa.engine3d.core.Camera3D;
import alternativa.engine3d.core.Object3D;
import alternativa.engine3d.core.Resource;
import alternativa.engine3d.core.View;
import alternativa.engine3d.core.VertexAttributes;
import alternativa.engine3d.core.Transform3D;
import alternativa.engine3d.resources.BitmapTextureResource;
import flash.display.Bitmap;
import flash.display.BitmapData;
import alternativa.engine3d.objects.Mesh;
import alternativa.engine3d.objects.Surface;
import alternativa.engine3d.objects.Joint;
import alternativa.engine3d.lights.AmbientLight;
import alternativa.engine3d.lights.DirectionalLight;
import alternativa.engine3d.resources.Geometry;
import flash.display.Sprite;
import flash.display.Stage3D;
import flash.display.StageAlign;
import flash.display.StageQuality;
import flash.display.StageScaleMode;
import flash.events.Event;
import flash.utils.Dictionary;
import flash.geom.Vector3D;
import flash.utils.Dictionary;
import flash.geom.*;
class Template extends Sprite {
public static const VIEW_CREATE:String = 'view_create'
public var stage3D:Stage3D
public var camera:Camera3D
public var scene:Object3D
public var cameraController:SimpleObjectController;
public var objectController:SimpleObjectController;
public var controlObject:Object3D;
protected var directionalLight:DirectionalLight;
protected var ambientLight:AmbientLight;
public var bitmapResource:BitmapTextureResource;
public var normalResource:BitmapTextureResource;
public var settings:TemplateSettings = new TemplateSettings();
public var renderId:int = 0;
public function Template() {
addEventListener(Event.ADDED_TO_STAGE, init);
}
protected function init(e:Event = null):void
{
var diffuseMap:BitmapData = new BitmapData(16, 16, false, 0xFF6666);
var normalMap:BitmapData = new BitmapData(16, 16, false, 0x8080FF);
bitmapResource = new BitmapTextureResource(diffuseMap);
normalResource = new BitmapTextureResource(normalMap);
removeEventListener(Event.ADDED_TO_STAGE, init);
stage.scaleMode = StageScaleMode.NO_SCALE;
stage.align = StageAlign.TOP_LEFT;
stage.quality = StageQuality.HIGH;
//Stage3Dを用意
stage3D = stage.stage3Ds[0];
//Context3Dの生成、呼び出し、初期化
stage3D.addEventListener(Event.CONTEXT3D_CREATE, onContextCreate);
stage3D.requestContext3D();
}
public function takeScreenshot( method:Function=null) : Bitmap //width:int, height:int,
{
var view:View = camera.view;
view.renderToBitmap = true;
camera.render(stage3D);
var canvas:BitmapData = view.canvas.clone();
// var bitmapData:BitmapData = view.canvas.clone();
view.renderToBitmap = false;
// view.width = oldWidth;
// view.height = oldHeight;
var child:Bitmap = new Bitmap(canvas);
stage.addChildAt( child,0 );
// take screenshot here
if (method!= null && method() ) {
stage.removeChild(child);
}
return child;
}
private function onContextCreate(e:Event):void {
stage3D.removeEventListener(Event.CONTEXT3D_CREATE, onContextCreate);
//View3D(表示エリア)の作成
var view:View = new View(stage.stageWidth, stage.stageHeight);
view.antiAlias = 4
addChild(view);
//Scene（コンテナ）の作成
scene = new Object3D();
//Camera（カメラ）の作成
camera = new Camera3D(1, 100000);
camera.view = view;
scene.addChild(camera)
camera.diagram
addChild(camera.diagram);
camera.view.backgroundColor = settings.viewBackgroundColor;
//Cameraをコントロールする場合は、CameraControlerの作成
cameraController = new SimpleObjectController(stage, camera, settings.cameraSpeed, settings.cameraSpeedMultiplier, settings.cameraSensitivity);
//cameraController.mouseSensitivity = 0;
//cameraController.unbindAll();
//Cameraの位置調整
cameraController.setObjectPosXYZ(0, -300, 0);
cameraController.lookAtXYZ(0, 0, 0);
//Lightを追加
ambientLight = new AmbientLight(0xFFFFFF);
ambientLight.intensity = 0.5;
scene.addChild(ambientLight);
//Lightを追加
directionalLight = new DirectionalLight(0xFFFFFF);
//手前右上から中央へ向けた指向性light
directionalLight.x = 0;
directionalLight.y = -100;
directionalLight.z = -100;
directionalLight.lookAt(0, 0, 0);
scene.addChild(directionalLight);
//directionalLight.visible = false;
//コントロールオブジェクトの作成
controlObject = new Object3D()
scene.addChild(controlObject);
dispatchEvent(new Event(VIEW_CREATE));
stage.addEventListener(Event.RESIZE, onStageResize);
}
private function onStageResize(e:Event):void
{
camera.view.width = stage.stageWidth;
camera.view.height = stage.stageHeight;
}
public function startRendering():void {
uploadResources ( scene.getResources(true) );
//オブジェクト用のコントローラー（マウス操作）
objectController = new SimpleObjectController(stage, controlObject, 100);
objectController.mouseSensitivity = 0.2;
//レンダリング
camera.render(stage3D);
addEventListener(Event.ENTER_FRAME, onRenderTick);
}
public function uploadResources(vec:Vector.<Resource>):void {
for each (var resource:Resource in vec) {
//trace(resource)
resource.upload(stage3D.context3D);
}
}
public function onRenderTick(e:Event):void {
cameraController.update()
camera.render(stage3D);
}
}
class TemplateSettings {
public var cameraSpeedMultiplier:Number = 3;
public var cameraSpeed:Number = 100;
public var cameraSensitivity:Number = 1;
public var viewBackgroundColor:uint;
public function TemplateSettings() {
}
}
import flash.display.Loader;
import flash.display.Sprite;
import flash.events.Event;
import flash.events.EventDispatcher;
import flash.events.IEventDispatcher;
import flash.system.LoaderContext;
import flash.utils.describeType;
import flash.utils.getDefinitionByName;
/**
* ...
* @author Glenn Ko
*/
class Assets extends Sprite
{
//[Embed(source = "../../../bin/skins/mech/animations.ani", mimeType = "application/octet-stream")]
public var MECH_ANIMS:Class;
//[Embed(source = "../../../bin/skins/mech/mech_kayrath.a3d", mimeType = "application/octet-stream")]
public var MECH_KAYRATH:Class;
//[Embed(source = "../../../bin/skins/mech/skin.jpg")]
public var MECH_SKIN:Class;
public function Assets()
{
}
private var _loader:ClassLoader;
private var packagePrefix:String;
public function load(url:String, packagePath:String, context:LoaderContext):void {
_loader = new ClassLoader();
if (packagePath != "") {
packagePrefix = packagePath+ "::";
}
else packagePrefix = null;
_loader.addEventListener(ClassLoader.CLASS_LOADED, onLoadComplete);
_loader.load(url, context);
}
private function onLoadComplete(e:Event):void {
(e.currentTarget as IEventDispatcher).removeEventListener(e.type, onLoadComplete);
var me:Object = Object(this);
var variables : XMLList = describeType( me.constructor ).factory.variable;
var classe:Class = _loader.getClass( packagePrefix + "Assets");
var refer:Object = new classe();
for each ( var atom:XML in variables )
{
var componentClass : Class = refer[atom.@name.toString()];
me[atom.@name.toString()] = componentClass;
}
dispatchEvent( new Event(Event.COMPLETE));
}
}
// written by @9re
// MIT License, see http://www.opensource.org/licenses/mit-license.php
import flash.display.Loader;
import flash.errors.IllegalOperationError;
import flash.events.Event;
import flash.events.EventDispatcher;
import flash.events.IOErrorEvent;
import flash.events.ProgressEvent;
import flash.events.SecurityErrorEvent;
import flash.net.URLRequest;
import flash.system.ApplicationDomain;
import flash.system.LoaderContext;
class ClassLoader extends EventDispatcher {
public static var CLASS_LOADED:String = "classLoaded";
public static var LOAD_ERROR:String = "loadError";
private var loader:Loader;
private var swfLib:String;
private var request:URLRequest;
private var loadedClass:Class;
public function ClassLoader() {
loader = new Loader();
loader.contentLoaderInfo.addEventListener(Event.COMPLETE, completeHandler);
loader.contentLoaderInfo.addEventListener(IOErrorEvent.IO_ERROR, ioErrorHandler);
loader.contentLoaderInfo.addEventListener(SecurityErrorEvent.SECURITY_ERROR, securityErrorHandler);
}
public function load(lib:String, context:LoaderContext):void {
swfLib = lib;
request = new URLRequest(swfLib);
loader.load(request, context);
}
public function getClass(className:String):Class {
try {
var c:Class = loader.contentLoaderInfo.applicationDomain.getDefinition(className) as Class;
return c;
}
catch(e:Error) {
throw new IllegalOperationError(e + className + " definition not found in " + swfLib);
}
return null;
}
private function completeHandler(e:Event):void {
dispatchEvent(new Event(ClassLoader.CLASS_LOADED));
}
private function ioErrorHandler(e:Event):void {
dispatchEvent(new Event(ClassLoader.LOAD_ERROR));
}
private function securityErrorHandler(e:Event):void {
dispatchEvent(new Event(ClassLoader.LOAD_ERROR));
}
}
//}//package {
//import Engine;
//import Node;
//import NodeList;
//import System;
//}
//package {
//import ash.signals.Signal2;
import flash.utils.Dictionary;
import flash.utils.getQualifiedClassName;
/*public*/ class Entity
{
private static var nameCount : int = 0;
private var _name : String;
public var componentAdded : Signal2;
public var componentRemoved : Signal2;
public var nameChanged : Signal2;
public var previous : Entity;
public var next : Entity;
public var components : Dictionary;
public function Entity( name : String = "" )
{
componentAdded = new Signal2( Entity, Class );
componentRemoved = new Signal2( Entity, Class );
nameChanged = new Signal2( Entity, String );
components = new Dictionary();
if( name )
{
_name = name;
}
else
{
_name = "_entity" + (++nameCount);
}
}
public function get name() : String
{
return _name;
}
public function set name( value : String ) : void
{
if( _name != value )
{
var previous : String = _name;
_name = value;
nameChanged.dispatch( this, previous );
}
}
public function add( component : Object, componentClass : Class = null ) : Entity
{
if ( !componentClass )
{
componentClass = Class( component.constructor );
}
if ( components[ componentClass ] )
{
remove( componentClass );
}
components[ componentClass ] = component;
componentAdded.dispatch( this, componentClass );
return this;
}
public function remove( componentClass : Class ) : *
{
var component : * = components[ componentClass ];
if ( component )
{
delete components[ componentClass ];
componentRemoved.dispatch( this, componentClass );
return component;
}
return null;
}
public function get( componentClass : Class ) : *
{
return components[ componentClass ];
}
public function getAll() : Array
{
var componentArray : Array = new Array();
for each( var component : * in components )
{
componentArray.push( component );
}
return componentArray;
}
public function has( componentClass : Class ) : Boolean
{
return components[ componentClass ] != null;
}
}
//}
//package {
/*public*/ class System
{
public var previous : System;
public var next : System;
public var priority : int = 0;
public function addToEngine( engine : Engine ) : void
{
}
public function removeFromEngine( engine : Engine ) : void
{
}
public function update( time : Number ) : void
{
}
}
//}
//package {
/*public*/ class Node
{
public var entity : Entity;
public var previous : *;
public var next : *;
}
//}
//}
class ListenerNodePool
{
private var tail : ListenerNode;
private var cacheTail : ListenerNode;
public function get():ListenerNode
{
if( tail )
{
var node : ListenerNode = tail;
tail = tail.previous;
node.previous = null;
return node;
}
else
{
return new ListenerNode();
}
}
public function dispose( node : ListenerNode ):void
{
node.listener = null;
node.once = false;
node.next = null;
node.previous = tail;
tail = node;
}
public function cache( node : ListenerNode ) : void
{
node.listener = null;
node.previous = cacheTail;
cacheTail = node;
}
public function releaseCache() : void
{
while( cacheTail )
{
var node : ListenerNode = cacheTail;
cacheTail = node.previous;
node.next = null;
node.previous = tail;
tail = node;
}
}
}
class ListenerNode
{
public var previous : ListenerNode;
public var next : ListenerNode;
public var listener : Function;
public var once : Boolean;
}
/*public*/ class ListIteratingSystem extends System
{
protected var nodeList : NodeList;
protected var nodeClass : Class;
protected var nodeUpdateFunction : Function;
protected var nodeAddedFunction : Function;
protected var nodeRemovedFunction : Function;
public function ListIteratingSystem( nodeClass : Class, nodeUpdateFunction : Function, nodeAddedFunction : Function = null, nodeRemovedFunction : Function = null )
{
this.nodeClass = nodeClass;
this.nodeUpdateFunction = nodeUpdateFunction;
this.nodeAddedFunction = nodeAddedFunction;
this.nodeRemovedFunction = nodeRemovedFunction;
}
override public function addToEngine( engine : Engine ) : void
{
nodeList = engine.getNodeList( nodeClass );
if( nodeAddedFunction != null )
{
for( var node : Node = nodeList.head; node; node = node.next )
{
nodeAddedFunction( node );
}
nodeList.nodeAdded.add( nodeAddedFunction );
}
if( nodeRemovedFunction != null )
{
nodeList.nodeRemoved.add( nodeRemovedFunction );
}
}
override public function removeFromEngine( engine : Engine ) : void
{
if( nodeAddedFunction != null )
{
nodeList.nodeAdded.remove( nodeAddedFunction );
}
if( nodeRemovedFunction != null )
{
nodeList.nodeRemoved.remove( nodeRemovedFunction );
}
nodeList = null;
}
override public function update( time : Number ) : void
{
for( var node : Node = nodeList.head; node; node = node.next )
{
nodeUpdateFunction( node, time );
}
}
}
//}
//package {
//import ash.signals.Signal1;
/*public*/ class NodeList
{
public var head : *;
public var tail : *;
public var nodeAdded : Signal1;
public var nodeRemoved : Signal1;
public function NodeList()
{
nodeAdded = new Signal1( Node );
nodeRemoved = new Signal1( Node );
}
public function add( node : Node ) : void
{
if( ! head )
{
head = tail = node;
node.next = node.previous = null;
}
else
{
tail.next = node;
node.previous = tail;
node.next = null;
tail = node;
}
nodeAdded.dispatch( node );
}
public function remove( node : Node ) : void
{
if ( head == node)
{
head = head.next;
}
if ( tail == node)
{
tail = tail.previous;
}
if (node.previous)
{
node.previous.next = node.next;
}
if (node.next)
{
node.next.previous = node.previous;
}
nodeRemoved.dispatch( node );
}
public function removeAll() : void
{
while( head )
{
var node : Node = head;
head = node.next;
node.previous = null;
node.next = null;
nodeRemoved.dispatch( node );
}
tail = null;
}
public function get empty() : Boolean
{
return head == null;
}
public function swap( node1 : Node, node2 : Node ) : void
{
if( node1.previous == node2 )
{
node1.previous = node2.previous;
node2.previous = node1;
node2.next = node1.next;
node1.next = node2;
}
else if( node2.previous == node1 )
{
node2.previous = node1.previous;
node1.previous = node2;
node1.next = node2.next;
node2.next = node1;
}
else
{
var temp : Node = node1.previous;
node1.previous = node2.previous;
node2.previous = temp;
temp = node1.next;
node1.next = node2.next;
node2.next = temp;
}
if( head == node1 )
{
head = node2;
}
else if( head == node2 )
{
head = node1;
}
if( tail == node1 )
{
tail = node2;
}
else if( tail == node2 )
{
tail = node1;
}
if( node1.previous )
{
node1.previous.next = node1;
}
if( node2.previous )
{
node2.previous.next = node2;
}
if( node1.next )
{
node1.next.previous = node1;
}
if( node2.next )
{
node2.next.previous = node2;
}
}
public function insertionSort( sortFunction : Function ) : void
{
if( head == tail )
{
return;
}
var remains : Node = head.next;
for( var node : Node = remains; node; node = remains )
{
remains = node.next;
for( var other : Node = node.previous; other; other = other.previous )
{
if( sortFunction( node, other ) >= 0 )
{
if( node != other.next )
{
if ( tail == node)
{
tail = node.previous;
}
node.previous.next = node.next;
if (node.next)
{
node.next.previous = node.previous;
}
node.next = other.next;
node.previous = other;
node.next.previous = node;
other.next = node;
}
break;
}
}
if( !other )
{
if ( tail == node)
{
tail = node.previous;
}
node.previous.next = node.next;
if (node.next)
{
node.next.previous = node.previous;
}
node.next = head;
head.previous = node;
node.previous = null;
head = node;
}
}
}
public function mergeSort( sortFunction : Function ) : void
{
if( head == tail )
{
return;
}
var lists : Vector.<Node> = new Vector.<Node>;
var start : Node = head;
var end : Node;
while( start )
{
end = start;
while( end.next && sortFunction( end, end.next ) <= 0 )
{
end = end.next;
}
var next : Node = end.next;
start.previous = end.next = null;
lists.push( start );
start = next;
}
while( lists.length > 1 )
{
lists.push( merge( lists.shift(), lists.shift(), sortFunction ) );
}
tail = head = lists[0];
while( tail.next )
{
tail = tail.next;
}
}
private function merge( head1 : Node, head2 : Node, sortFunction : Function ) : Node
{
var node : Node;
var head : Node;
if( sortFunction( head1, head2 ) <= 0 )
{
head = node = head1;
head1 = head1.next;
}
else
{
head = node = head2;
head2 = head2.next;
}
while( head1 && head2 )
{
if( sortFunction( head1, head2 ) <= 0 )
{
node.next = head1;
head1.previous = node;
node = head1;
head1 = head1.next;
}
else
{
node.next = head2;
head2.previous = node;
node = head2;
head2 = head2.next;
}
}
if( head1 )
{
node.next = head1;
head1.previous = node;
}
else
{
node.next = head2;
head2.previous = node;
}
return head;
}
}
//}
//package {
import flash.utils.Dictionary;
/*public*/ class SignalBase
{
public var head : ListenerNode;
public var tail : ListenerNode;
private var nodes : Dictionary;
private var listenerNodePool : ListenerNodePool;
private var toAddHead : ListenerNode;
private var toAddTail : ListenerNode;
private var dispatching : Boolean;
private var _numListeners : int = 0;
public function SignalBase()
{
nodes = new Dictionary( true );
listenerNodePool = new ListenerNodePool();
}
protected function startDispatch() : void
{
dispatching = true;
}
protected function endDispatch() : void
{
dispatching = false;
if( toAddHead )
{
if( !head )
{
head = toAddHead;
tail = toAddTail;
}
else
{
tail.next = toAddHead;
toAddHead.previous = tail;
tail = toAddTail;
}
toAddHead = null;
toAddTail = null;
}
listenerNodePool.releaseCache();
}
public function get numListeners() : int
{
return _numListeners;
}
public function add( listener : Function ) : void
{
if( nodes[ listener ] )
{
return;
}
var node : ListenerNode = listenerNodePool.get();
node.listener = listener;
nodes[ listener ] = node;
addNode( node );
}
public function addOnce( listener : Function ) : void
{
if( nodes[ listener ] )
{
return;
}
var node : ListenerNode = listenerNodePool.get();
node.listener = listener;
node.once = true;
nodes[ listener ] = node;
addNode( node );
}
protected function addNode( node : ListenerNode ) : void
{
if( dispatching )
{
if( !toAddHead )
{
toAddHead = toAddTail = node;
}
else
{
toAddTail.next = node;
node.previous = toAddTail;
toAddTail = node;
}
}
else
{
if ( !head )
{
head = tail = node;
}
else
{
tail.next = node;
node.previous = tail;
tail = node;
}
}
_numListeners++;
}
public function remove( listener : Function ) : void
{
var node : ListenerNode = nodes[ listener ];
if ( node )
{
if ( head == node)
{
head = head.next;
}
if ( tail == node)
{
tail = tail.previous;
}
if ( toAddHead == node)
{
toAddHead = toAddHead.next;
}
if ( toAddTail == node)
{
toAddTail = toAddTail.previous;
}
if (node.previous)
{
node.previous.next = node.next;
}
if (node.next)
{
node.next.previous = node.previous;
}
delete nodes[ listener ];
if( dispatching )
{
listenerNodePool.cache( node );
}
else
{
listenerNodePool.dispose( node );
}
_numListeners--;
}
}
public function removeAll() : void
{
while( head )
{
var node : ListenerNode = head;
head = head.next;
delete nodes[ node.listener ];
listenerNodePool.dispose( node );
node.previous = null;
node.next = null;
}
tail = null;
toAddHead = null;
toAddTail = null;
_numListeners = 0;
}
}
//}
//package {
//import ash.signals.Signal0;
import flash.utils.Dictionary;
/*public*/ class Engine
{
private var entityNames : Dictionary;
private var entityList : EntityList;
private var systemList : SystemList;
private var families : Dictionary;
public var updating : Boolean;
public var updateComplete : Signal0;
public var familyClass : Class = ComponentMatchingFamily;
public function Engine()
{
entityList = new EntityList();
entityNames = new Dictionary();
systemList = new SystemList();
families = new Dictionary();
updateComplete = new Signal0();
}
public function addEntity( entity : Entity ) : void
{
if( entityNames[ entity.name ] )
{
throw new Error( "The entity name " + entity.name + " is already in use by another entity." );
}
entityList.add( entity );
entityNames[ entity.name ] = entity;
entity.componentAdded.add( componentAdded );
entity.componentRemoved.add( componentRemoved );
entity.nameChanged.add( entityNameChanged );
for each( var family : IFamily in families )
{
family.newEntity( entity );
}
}
public function removeEntity( entity : Entity ) : void
{
entity.componentAdded.remove( componentAdded );
entity.componentRemoved.remove( componentRemoved );
entity.nameChanged.remove( entityNameChanged );
for each( var family : IFamily in families )
{
family.removeEntity( entity );
}
delete entityNames[ entity.name ];
entityList.remove( entity );
}
private function entityNameChanged( entity : Entity, oldName : String ) : void
{
if( entityNames[ oldName ] == entity )
{
delete entityNames[ oldName ];
entityNames[ entity.name ] = entity;
}
}
public function getEntityByName( name : String ) : Entity
{
return entityNames[ name ];
}
public function removeAllEntities() : void
{
while( entityList.head )
{
removeEntity( entityList.head );
}
}
public function get entities() : Vector.<Entity>
{
var entities : Vector.<Entity> = new Vector.<Entity>();
for( var entity : Entity = entityList.head; entity; entity = entity.next )
{
entities.push( entity );
}
return entities;
}
private function componentAdded( entity : Entity, componentClass : Class ) : void
{
for each( var family : IFamily in families )
{
family.componentAddedToEntity( entity, componentClass );
}
}
private function componentRemoved( entity : Entity, componentClass : Class ) : void
{
for each( var family : IFamily in families )
{
family.componentRemovedFromEntity( entity, componentClass );
}
}
public function getNodeList( nodeClass : Class ) : NodeList
{
if( families[nodeClass] )
{
return IFamily( families[nodeClass] ).nodeList;
}
var family : IFamily = new familyClass( nodeClass, this );
families[nodeClass] = family;
for( var entity : Entity = entityList.head; entity; entity = entity.next )
{
family.newEntity( entity );
}
return family.nodeList;
}
public function releaseNodeList( nodeClass : Class ) : void
{
if( families[nodeClass] )
{
families[nodeClass].cleanUp();
}
delete families[nodeClass];
}
public function addSystem( system : System, priority : int ) : void
{
system.priority = priority;
system.addToEngine( this );
systemList.add( system );
}
public function getSystem( type : Class ) : System
{
return systemList.get( type );
}
public function get systems() : Vector.<System>
{
var systems : Vector.<System> = new Vector.<System>();
for( var system : System = systemList.head; system; system = system.next )
{
systems.push( system );
}
return systems;
}
public function removeSystem( system : System ) : void
{
systemList.remove( system );
system.removeFromEngine( this );
}
public function removeAllSystems() : void
{
while( systemList.head )
{
removeSystem( systemList.head );
}
}
public function update( time : Number ) : void
{
updating = true;
for( var system : System = systemList.head; system; system = system.next )
{
system.update( time );
}
updating = false;
updateComplete.dispatch();
}
}
//package {
/*public*/ class Signal0 extends SignalBase
{
public function Signal0()
{
}
public function dispatch() : void
{
startDispatch();
var node : ListenerNode;
for ( node = head; node; node = node.next )
{
node.listener();
if( node.once )
{
remove( node.listener );
}
}
endDispatch();
}
}
//}
class ReflectUtil {
private static var CACHE:Dictionary = new Dictionary();
public static var HACHE_COMPONENTS:Dictionary = new Dictionary();
public static function registerComponents(arrClasses:Array):void {
var i:int = arrClasses.length;
while (--i > -1) {
HACHE_COMPONENTS[getQualifiedClassName(arrClasses[i])] = arrClasses[i];
}
}
public static function getFields(nodeClass:Class, arrOfClasses:Array):Dictionary {
if (CACHE[nodeClass]) return CACHE[nodeClass];
var variables : XMLList = describeType( nodeClass ).factory.variable;
var components:Dictionary = new Dictionary();
var i:int = arrOfClasses.length;
var hash:Object = { };
while (--i > -1) {
hash[ getQualifiedClassName(arrOfClasses[i]) ] = arrOfClasses[i];
}
for each ( var atom:XML in variables )
{
if ( atom.@name != "entity" && atom.@name != "previous" && atom.@name != "next" )
{
var componentClass : Class = hash[ atom.@type.toString()] || HACHE_COMPONENTS[atom.@type.toString()];
if (componentClass == null) throw new Error("Could not find component class>" + atom.@type + ", for "+nodeClass);
components[componentClass] = atom.@name.toString();
}
}
CACHE[nodeClass] = components;
return components;
}
}
//package {
import flash.utils.Dictionary;
import flash.utils.describeType;
import flash.utils.getDefinitionByName;
/*public*/ class ComponentMatchingFamily implements IFamily
{
private var nodes : NodeList;
private var entities : Dictionary;
private var nodeClass : Class;
private var components : Dictionary;
private var nodePool : NodePool;
private var engine : Engine;
public function ComponentMatchingFamily( nodeClass : Class, engine : Engine )
{
this.nodeClass = nodeClass;
this.engine = engine;
init();
}
private function init() : void
{
nodes = new NodeList();
entities = new Dictionary();
components = new Dictionary();
nodePool = new NodePool( nodeClass, components );
nodePool.dispose( nodePool.get() );
try {
var dict:Dictionary = nodeClass["_getFields"]();
}
catch (e:Error) {
var variables : XMLList = describeType( nodeClass ).factory.variable;
for each ( var atom:XML in variables )
{
if ( atom.@name != "entity" && atom.@name != "previous" && atom.@name != "next" )
{
var componentClass : Class = ReflectUtil.HACHE_COMPONENTS[ atom.@type.toString()];
if (componentClass == null) throw new Error("Component class is undefined! "+atom.@type);
components[componentClass] = atom.@name.toString();
}
}
dict = new Dictionary();
}
for each(var key:* in dict) {
components[key] = dict[key];
}
}
public function get nodeList() : NodeList
{
return nodes;
}
public function newEntity( entity : Entity ) : void
{
addIfMatch( entity );
}
public function componentAddedToEntity( entity : Entity, componentClass : Class ) : void
{
addIfMatch( entity );
}
public function componentRemovedFromEntity( entity : Entity, componentClass : Class ) : void
{
if( components[componentClass] )
{
removeIfMatch( entity );
}
}
public function removeEntity( entity : Entity ) : void
{
removeIfMatch( entity );
}
private function addIfMatch( entity : Entity ) : void
{
if( !entities[entity] )
{
var componentClass : *;
for ( componentClass in components )
{
if ( !entity.has( componentClass ) )
{
return;
}
}
var node : Node = nodePool.get();
node.entity = entity;
for ( componentClass in components )
{
node[components[componentClass]] = entity.get( componentClass );
}
entities[entity] = node;
nodes.add( node );
}
}
private function removeIfMatch( entity : Entity ) : void
{
if( entities[entity] )
{
var node : Node = entities[entity];
delete entities[entity];
nodes.remove( node );
if( engine.updating )
{
nodePool.cache( node );
engine.updateComplete.add( releaseNodePoolCache );
}
else
{
nodePool.dispose( node );
}
}
}
private function releaseNodePoolCache() : void
{
engine.updateComplete.remove( releaseNodePoolCache );
nodePool.releaseCache();
}
public function cleanUp() : void
{
for( var node : Node = nodes.head; node; node = node.next )
{
delete entities[node.entity];
}
nodes.removeAll();
}
}
//}
//package {
/*public*/ class Signal2 extends SignalBase
{
private var type1 : Class;
private var type2 : Class;
public function Signal2( type1 : Class, type2 : Class )
{
this.type1 = type1;
this.type2 = type2;
}
public function dispatch( object1 : *, object2 : * ) : void
{
startDispatch();
var node : ListenerNode;
for ( node = head; node; node = node.next )
{
node.listener( object1, object2 );
if( node.once )
{
remove( node.listener );
}
}
endDispatch();
}
}
//}
/*
* Based on ideas used in Robert Penner's AS3-signals - https://github.com/robertpenner/as3-signals
*/
class Signal3 extends SignalBase
{
private var type1 : Class;
private var type2 : Class;
private var type3 : Class;
public function Signal3( type1 : Class, type2 : Class, type3 : Class )
{
this.type1 = type1;
this.type2 = type2;
this.type3 = type3;
}
public function dispatch( object1 : *, object2 : *, object3 : * ) : void
{
startDispatch();
var node : ListenerNode;
for ( node = head; node; node = node.next )
{
node.listener( object1, object2, object3 );
if( node.once )
{
remove( node.listener );
}
}
endDispatch();
}
}
class SignalAny extends SignalBase
{
protected var classes : Array;
public function SignalAny( ...classes )
{
this.classes = classes;
}
public function dispatch( ...objects ) : void
{
startDispatch();
var node : ListenerNode;
for ( node = head; node; node = node.next )
{
node.listener.apply( null, objects );
if( node.once )
{
remove( node.listener );
}
}
endDispatch();
}
}
//package {
/*public*/ class Signal1 extends SignalBase
{
private var type : Class;
public function Signal1( type : Class )
{
this.type = type;
}
public function dispatch( object : * ) : void
{
startDispatch();
var node : ListenerNode;
for ( node = head; node; node = node.next )
{
node.listener( object );
if( node.once )
{
remove( node.listener );
}
}
endDispatch();
}
}
//}
interface IFamily {
function get nodeList() : NodeList;
function newEntity( entity : Entity ) : void;
function removeEntity( entity : Entity ) : void;
function componentAddedToEntity( entity : Entity, componentClass : Class ) : void;
function componentRemovedFromEntity( entity : Entity, componentClass : Class ) : void;
function cleanUp() : void;
}
interface ITickProvider
{
function get playing() : Boolean;
function add( listener : Function ) : void;
function remove( listener : Function ) : void;
function start() : void;
function stop() : void;
}
class EntityList
{
public var head : Entity;
public var tail : Entity;
public function add( entity : Entity ) : void
{
if( ! head )
{
head = tail = entity;
entity.next = entity.previous = null;
}
else
{
tail.next = entity;
entity.previous = tail;
entity.next = null;
tail = entity;
}
}
public function remove( entity : Entity ) : void
{
if ( head == entity)
{
head = head.next;
}
if ( tail == entity)
{
tail = tail.previous;
}
if (entity.previous)
{
entity.previous.next = entity.next;
}
if (entity.next)
{
entity.next.previous = entity.previous;
}
// N.B. Don't set node.next and node.previous to null because that will break the list iteration if node is the current node in the iteration.
}
public function removeAll() : void
{
while( head )
{
var entity : Entity = head;
head = head.next;
entity.previous = null;
entity.next = null;
}
tail = null;
}
}
class SystemList
{
public var head : System;
public var tail : System;
public function add( system : System ) : void
{
if( ! head )
{
head = tail = system;
system.next = system.previous = null;
}
else
{
for( var node : System = tail; node; node = node.previous )
{
if( node.priority <= system.priority )
{
break;
}
}
if( node == tail )
{
tail.next = system;
system.previous = tail;
system.next = null;
tail = system;
}
else if( !node )
{
system.next = head;
system.previous = null;
head.previous = system;
head = system;
}
else
{
system.next = node.next;
system.previous = node;
node.next.previous = system;
node.next = system;
}
}
}
public function remove( system : System ) : void
{
if ( head == system)
{
head = head.next;
}
if ( tail == system)
{
tail = tail.previous;
}
if (system.previous)
{
system.previous.next = system.next;
}
if (system.next)
{
system.next.previous = system.previous;
}
// N.B. Don't set system.next and system.previous to null because that will break the list iteration if node is the current node in the iteration.
}
public function removeAll() : void
{
while( head )
{
var system : System = head;
head = head.next;
system.previous = null;
system.next = null;
}
tail = null;
}
public function get( type : Class ) : System
{
for( var system : System = head; system; system = system.next )
{
if ( system is type )
{
return system;
}
}
return null;
}
}
//package
//{
import flash.utils.Dictionary;
class NodePool
{
private var tail : Node;
private var nodeClass : Class;
private var cacheTail : Node;
private var components : Dictionary;
/**
* Creates a pool for the given node class.
*/
public function NodePool( nodeClass : Class, components : Dictionary )
{
this.nodeClass = nodeClass;
this.components = components;
}
/**
* Fetches a node from the pool.
*/
internal function get() : Node
{
if ( tail )
{
var node : Node = tail;
tail = tail.previous;
node.previous = null;
return node;
}
else
{
return new nodeClass();
}
}
/**
* Adds a node to the pool.
*/
internal function dispose( node : Node ) : void
{
for each( var componentName : String in components )
{
node[ componentName ] = null;
}
node.entity = null;
node.next = null;
node.previous = tail;
tail = node;
}
/**
* Adds a node to the cache
*/
internal function cache( node : Node ) : void
{
node.previous = cacheTail;
cacheTail = node;
}
/**
* Releases all nodes from the cache into the pool
*/
internal function releaseCache() : void
{
while( cacheTail )
{
var node : Node = cacheTail;
cacheTail = node.previous;
dispose( node );
}
}
}
//}
//package {
//import ash.signals.Signal1;
import flash.display.DisplayObject;
import flash.events.Event;
import flash.utils.getTimer;
/*public*/ class FrameTickProvider extends Signal1 implements ITickProvider
{
private var displayObject : DisplayObject;
private var previousTime : Number;
private var maximumFrameTime : Number;
private var isPlaying : Boolean = false;
public var timeAdjustment : Number = 1;
public function FrameTickProvider( displayObject : DisplayObject, maximumFrameTime : Number = Number.MAX_VALUE )
{
super( Number );
this.displayObject = displayObject;
this.maximumFrameTime = maximumFrameTime;
}
public function start() : void
{
previousTime = getTimer();
displayObject.addEventListener( Event.ENTER_FRAME, dispatchTick );
isPlaying = true;
}
public function stop() : void
{
isPlaying = false;
displayObject.removeEventListener( Event.ENTER_FRAME, dispatchTick );
}
private function dispatchTick( event : Event ) : void
{
var temp : Number = previousTime;
previousTime = getTimer();
var frameTime : Number = ( previousTime - temp ) / 1000;
if( frameTime > maximumFrameTime )
{
frameTime = maximumFrameTime;
}
dispatch( frameTime * timeAdjustment );
}
public function get playing() : Boolean
{
return isPlaying;
}
}
//}
//package ash.tick
//{
import flash.display.DisplayObject;
import flash.events.Event;
//public
class FixedTickProvider extends Signal1 implements ITickProvider
{
private var displayObject : DisplayObject;
private var frameTime : Number;
private var isPlaying : Boolean = false;
public var timeAdjustment : Number = 1;
public function FixedTickProvider( displayObject : DisplayObject, frameTime : Number )
{
super( Number );
this.displayObject = displayObject;
this.frameTime = frameTime;
}
public function start() : void
{
displayObject.addEventListener( Event.ENTER_FRAME, dispatchTick );
isPlaying = true;
}
public function stop() : void
{
isPlaying = false;
displayObject.removeEventListener( Event.ENTER_FRAME, dispatchTick );
}
private function dispatchTick( event : Event ) : void
{
dispatch( frameTime * timeAdjustment );
}
public function get playing() : Boolean
{
return isPlaying;
}
}
//}
// -- Ash framework ends here
interface IAnimatable {
function animate(time : Number) : void ;
}
class AnimationSystem extends ListIteratingSystem {
public function AnimationSystem() : void {
super(AnimationNode,this.updateNode);
}
public function updateNode(node : AnimationNode,time : Number) : void {
node.animatable.animate(time);
}
}
class AnimationNode extends Node {
public function AnimationNode() : void {
}
public var animatable : IAnimatable;
}
interface IRenderable {
function render() : void ;
}
class RenderSystem extends System {
public function RenderSystem() : void {
super();
}
public function onRemovedNode(node : RenderNode) : void {
}
public function onAddedNode(node : RenderNode) : void {
}
public override function addToEngine(engine : Engine) : void {
this.nodeList = engine.getNodeList(RenderNode);
this.nodeList.nodeAdded.add(this.onAddedNode);
this.nodeList.nodeRemoved.add(this.onRemovedNode);
}
public var renderEngine : IRenderable;
public var nodeList : NodeList;
}
import alternativa.engine3d.core.Object3D;
class RenderNode extends Node {
public function RenderNode() : void {
}
public var rot : Rot;
public var pos : Pos;
public var object : Object3D;
}
import alternativa.engine3d.core.Object3D;
import alternativa.engine3d.alternativa3d;
use namespace alternativa3d;
/**
* ...
* @author Glenn Ko
*/
class RenderingSystem extends RenderSystem
{
private var scene:Object3D;
public function RenderingSystem(scene:Object3D, renderingSystem:IRenderable=null)
{
this.scene = scene;
this.renderEngine = renderingSystem;
}
override public function onAddedNode(node:RenderNode):void {
if (node.object._parent == null) scene.addChild( node.object );
}
override public function onRemovedNode(node:RenderNode):void {
if (node.object._parent === scene) scene.removeChild( node.object);
}
override public function update(time:Number):void {
for (var r:RenderNode = nodeList.head as RenderNode; r != null; r = r.next as RenderNode) {
r.object._x = r.pos.x;
r.object._y = r.pos.y;
r.object._z = r.pos.z;
r.object._rotationX = r.rot.x;
r.object._rotationY = r.rot.y;
r.object._rotationZ = r.rot.z;
r.object.transformChanged = true;
}
if (renderEngine != null) renderEngine.render();
}
}
// --- Ash-compiled classes
import flash.display.Graphics;
import flash.display.Shape;
import flash.display.Sprite;
import flash.display.DisplayObject;
import flash.display.DisplayObjectContainer;
import flash.events.Event;
class DisplayObjectRenderingSystem extends System {
private var scene:DisplayObjectContainer;
private var nodeList:NodeList;
public function DisplayObjectRenderingSystem(scene:DisplayObjectContainer):void {
this.scene = scene;
}
public function onAddedNode(node:DisplayNode):void {
scene.addChild( node.object );
}
override public function addToEngine(engine:Engine ):void {
super.addToEngine(engine);
nodeList = engine.getNodeList(DisplayNode);
nodeList.nodeAdded.add(onAddedNode);
nodeList.nodeRemoved.add(onRemovedNode);
}
public function onRemovedNode(node:DisplayNode):void {
scene.removeChild( node.object);
}
override public function update(time:Number):void {
const RAD_TO_DEG:Number = 180 / Math.PI;
for (var r:DisplayNode = nodeList.head as DisplayNode; r != null; r = r.next as DisplayNode) {
r.object.x = r.pos.x;
r.object.y = r.pos.y;
r.object.rotation = r.rot.z * RAD_TO_DEG;
}
//if (renderEngine != null) renderEngine.render();
}
}
class DisplayNode extends Node {
public var object:DisplayObject;
public var pos:Pos;
public var rot:Rot;
public function DisplayNode() {
}
}
class Vec3 {
public function Vec3(x : Number = 0,y : Number = 0,z : Number = 0) : void {
this.x = x;
this.y = y;
this.z = z;
}
public function toString() : String {
return "Vec3(" + this.x + ", " + this.y + ", " + this.z + ")";
}
public function distanceTo(v : Vec3) : Number {
var dx : Number = this.x - v.x;
var dy : Number = this.y - v.y;
var dz : Number = this.z - v.z;
return Math.sqrt(dx * dx + dy * dy + dz * dz);
}
public function removeComponent(axis : Vec3) : void {
var scalar : Number = this.dotProduct(axis);
this.x = this.x - axis.x * scalar;
this.y = this.y - axis.y * scalar;
this.z = this.z - axis.z * scalar;
}
public function setLength(val : Number) : void {
var k : Number = val / this.length();
this.x *= k;
this.y *= k;
this.z *= k;
}
protected function normalizeWithSquared(squaredLength : Number) : void {
this.scale(1 / Math.sqrt(squaredLength));
}
public function normalize() : void {
this.scale(1 / this.length());
}
public function assignAddition(v1 : Vec3,v2 : Vec3) : void {
this.x = v1.x + v2.x;
this.y = v1.y + v2.y;
this.z = v1.z + v2.z;
}
public function copyFrom(source : Vec3) : void {
this.x = source.x;
this.y = source.y;
this.z = source.z;
}
public function saveTo(result : Vec3) : void {
result.x = this.x;
result.y = this.y;
result.z = this.z;
}
public function set(param1 : Number,param2 : Number,param3 : Number) : void {
this.x = param1;
this.y = param2;
this.z = param3;
}
public function reset() : void {
this.x = this.y = this.z = 0;
}
public function transformTransposed3(m : Mat3) : void {
this.x = m.a * this.x + m.e * this.y + m.i * this.z;
this.y = m.b * this.x + m.f * this.y + m.j * this.z;
this.z = m.c * this.x + m.g * this.y + m.k * this.z;
}
public function transform3(m : Mat3) : void {
this.x = m.a * this.x + m.b * this.y + m.c * this.z;
this.y = m.e * this.x + m.f * this.y + m.g * this.z;
this.z = m.i * this.x + m.j * this.y + m.k * this.z;
}
public function reverse() : void {
this.x = -this.x;
this.y = -this.y;
this.z = -this.z;
}
public function scale(k : Number) : void {
this.x *= k;
this.y *= k;
this.z *= k;
}
public function diff(a : Vec3,b : Vec3) : void {
this.x = a.x - b.x;
this.y = a.y - b.y;
this.z = a.z - b.z;
}
public function sum(a : Vec3,b : Vec3) : void {
this.x = a.x + b.x;
this.y = a.y + b.y;
this.z = a.z + b.z;
}
public function subtract(v : Vec3) : void {
this.x -= v.x;
this.y -= v.y;
this.z -= v.z;
}
public function addScaled(k : Number,v : Vec3) : void {
this.x += k * v.x;
this.y += k * v.y;
this.z += k * v.z;
}
public function add(v : Vec3) : void {
this.x += v.x;
this.y += v.y;
this.z += v.z;
}
public function crossProductSet(v : Vec3) : void {
this.x = this.y * v.z - this.z * v.y;
this.y = this.z * v.x - this.x * v.z;
this.z = this.x * v.y - this.y * v.x;
}
public function isZeroVector() : Boolean {
return this.lengthSqr() == 0;
}
public function clone() : Vec3 {
return new Vec3(this.x,this.y,this.z);
}
public function crossProduct(v : Vec3) : Vec3 {
return new Vec3(this.y * v.z - this.z * v.y,this.z * v.x - this.x * v.z,this.x * v.y - this.y * v.x);
}
public function dotProduct(v : Vec3) : Number {
return this.x * v.x + this.y * v.y + this.z * v.z;
}
public function lengthSqr() : Number {
return this.x * this.x + this.y * this.y + this.z * this.z;
}
public function length() : Number {
return Math.sqrt(this.x * this.x + this.y * this.y + this.z * this.z);
}
public var z : Number;
public var y : Number;
public var x : Number;
static public var ZERO : Vec3 = new Vec3(0,0,0);
static public var X_AXIS : Vec3 = new Vec3(1,0,0);
static public var Y_AXIS : Vec3 = new Vec3(0,1,0);
static public var Z_AXIS : Vec3 = new Vec3(0,0,1);
static public var RIGHT : Vec3 = new Vec3(1,0,0);
static public var LEFT : Vec3 = new Vec3(-1,0,0);
static public var FORWARD : Vec3 = new Vec3(0,1,0);
static public var BACK : Vec3 = new Vec3(0,-1,0);
static public var UP : Vec3 = new Vec3(0,0,1);
static public var DOWN : Vec3 = new Vec3(0,0,-1);
static public function copy(v : Vec3) : Vec3 {
return new Vec3(v.x,v.y,v.z);
}
static public function createCross(v1 : Vec3,v2 : Vec3) : Vec3 {
return new Vec3(v1.y * v2.z - v1.z * v2.y,v1.z * v2.x - v1.x * v2.z,v1.x * v2.y - v1.y * v2.x);
}
static public function createAdd(v1 : Vec3,v2 : Vec3) : Vec3 {
return new Vec3(v1.x + v2.x,v1.y + v2.y,v1.z + v2.z);
}
static public function createSubtract(v1 : Vec3,v2 : Vec3) : Vec3 {
return new Vec3(v1.x - v2.x,v1.y - v2.y,v1.z - v2.z);
}
static public function createScale(v : Vec3,scaleAmt : *) : Vec3 {
return new Vec3(v.x * scaleAmt,v.y * scaleAmt,v.z * scaleAmt);
}
static public function createProjection(v : Vec3,axis : Vec3) : Vec3 {
var scalar : Number = Vec3.dot(v,axis);
return new Vec3(v.x - axis.x * scalar,v.y - axis.y * scalar,v.z - axis.z * scalar);
}
static public function dot(v1 : Vec3,v2 : Vec3) : Number {
return v1.x * v2.x + v1.y * v2.y + v1.z * v2.z;
}
static public function lengthOf(v : Vec3) : Number {
return Math.sqrt(Vec3.squareLengthOf(v));
}
static public function squareLengthOf(v : Vec3) : Number {
return v.x * v.x + v.y * v.y + v.z * v.z;
}
static public function writeCross(v1 : Vec3,v2 : Vec3,output : Vec3) : void {
output.x = v1.y * v2.z - v1.z * v2.y;
output.y = v1.z * v2.x - v2.z * v1.x;
output.z = v1.x * v2.y - v1.y * v2.x;
}
static public function writeProjection(v : Vec3,axis : Vec3,output : Vec3) : void {
var scalar : Number = Vec3.dot(v,axis);
output.x = v.x - axis.x * scalar;
output.y = v.y - axis.y * scalar;
output.z = v.z - axis.z * scalar;
}
static public function writeSubtract(output : Vec3,input : Vec3) : void {
output.x -= input.x;
output.y -= input.y;
output.z -= input.z;
}
static public function writeAdd(output : Vec3,input : Vec3) : void {
output.x += input.x;
output.y += input.y;
output.z += input.z;
}
static public function writeScale(output : Vec3,scaleAmt : Number) : void {
output.x *= scaleAmt;
output.y *= scaleAmt;
output.z *= scaleAmt;
}
}
//package {
/*public*/ class FlockingNode extends Node {
public var vel : Vel;
public var rot : Rot;
public var pos : Pos;
public var f : Flocking;
}
//}
//package {
import flash.geom.Vector3D;
/*public*/ class Vec3Utils {
static public function copy(v : Vec3) : Vec3 {
return new Vec3(v.x,v.y,v.z);
}
static public function createCross(v1 : Vec3,v2 : Vec3) : Vec3 {
return new Vec3(v1.y * v2.z - v1.z * v2.y,v1.z * v2.x - v1.x * v2.z,v1.x * v2.y - v1.y * v2.x);
}
static public function createAdd(v1 : Vec3,v2 : Vec3) : Vec3 {
return new Vec3(v1.x + v2.x,v1.y + v2.y,v1.z + v2.z);
}
static public function createSubtract(v1 : Vec3,v2 : Vec3) : Vec3 {
return new Vec3(v1.x - v2.x,v1.y - v2.y,v1.z - v2.z);
}
static public function createScale(v : Vec3,scaleAmt : Number) : Vec3 {
return new Vec3(v.x * scaleAmt,v.y * scaleAmt,v.z * scaleAmt);
}
static public function createProjection(v : Vec3,axis : Vec3) : Vec3 {
var scalar : Number = Vec3Utils.dot(v,axis);
return new Vec3(v.x - axis.x * scalar,v.y - axis.y * scalar,v.z - axis.z * scalar);
}
static public function matchValues(output : Vec3,withValue : Vec3) : void {
output.x = withValue.x;
output.y = withValue.y;
output.z = withValue.z;
}
static public function matchValuesVector3D(output : Vec3,withValue : flash.geom.Vector3D) : void {
output.x = withValue.x;
output.y = withValue.y;
output.z = withValue.z;
}
static public function dot(v1 : Vec3,v2 : Vec3) : Number {
return v1.x * v2.x + v1.y * v2.y + v1.z * v2.z;
}
static public function writeCross(v1 : Vec3,v2 : Vec3,output : Vec3) : void {
output.x = v1.y * v2.z - v1.z * v2.y;
output.y = v1.z * v2.x - v2.z * v1.x;
output.z = v1.x * v2.y - v1.y * v2.x;
}
static public function writeProjection(v : Vec3,axis : Vec3,output : Vec3) : void {
var scalar : Number = Vec3Utils.dot(v,axis);
output.x = v.x - axis.x * scalar;
output.y = v.y - axis.y * scalar;
output.z = v.z - axis.z * scalar;
}
static public function normalize(v : Vec3) : void {
var sc : Number = 1 / Math.sqrt(v.x * v.x + v.y * v.y + v.z * v.z);
v.x *= sc;
v.y *= sc;
v.z *= sc;
}
static public function subtract(output : Vec3,input : Vec3) : void {
output.x -= input.x;
output.y -= input.y;
output.z -= input.z;
}
static public function add(output : Vec3,input : Vec3) : void {
output.x += input.x;
output.y += input.y;
output.z += input.z;
}
static public function scale(output : Vec3,scaleAmt : Number) : void {
output.x *= scaleAmt;
output.y *= scaleAmt;
output.z *= scaleAmt;
}
static public function writeSubtract(output : Vec3,v1 : Vec3,v2 : Vec3) : void {
output.x = v1.x - v2.x;
output.y = v1.y - v2.y;
output.z = v1.z - v2.z;
}
static public function getLength(v : Vec3) : Number {
return Math.sqrt(v.x * v.x + v.y * v.y + v.z * v.z);
}
}
//}
//package {
/*public*/ class Mat3 {
public function Mat3(a : Number = 1,b : Number = 0,c : Number = 0,e : Number = 0,f : Number = 1,g : Number = 0,i : Number = 0,j : Number = 0,k : Number = 1) : void {
this.a = a;
this.b = b;
this.c = c;
this.e = e;
this.f = f;
this.g = g;
this.i = i;
this.j = j;
this.k = k;
}
public function toString() : String {
return "[Mat3 (" + this.a + ", " + this.b + ", " + this.c + "), (" + this.e + ", " + this.f + ", " + this.g + "), (" + this.i + ", " + this.j + ", " + this.k + ")]";
}
public function setFromAxisAngle(axis : Vec3,angle : Number) : void {
var c1 : Number = Math.cos(angle);
var s : Number = Math.sin(angle);
var t : Number = 1 - c1;
var x : Number = axis.x;
var y : Number = axis.y;
var z : Number = axis.z;
this.a = t * x * x + c1;
this.b = t * x * y - z * s;
this.c = t * x * z + y * s;
this.e = t * x * y + z * s;
this.f = t * y * y + c1;
this.g = t * y * z - x * s;
this.i = t * x * z - y * s;
this.j = t * y * z + x * s;
this.k = t * z * z + c1;
}
public function setRotation(rx : Number,ry : Number,rz : Number) : void {
var cosX : Number = Math.cos(rx);
var sinX : Number = Math.sin(rx);
var cosY : Number = Math.cos(ry);
var sinY : Number = Math.sin(ry);
var cosZ : Number = Math.cos(rz);
var sinZ : Number = Math.sin(rz);
var cosZsinY : Number = cosZ * sinY;
var sinZsinY : Number = sinZ * sinY;
this.a = cosZ * cosY;
this.b = cosZsinY * sinX - sinZ * cosX;
this.c = cosZsinY * cosX + sinZ * sinX;
this.e = sinZ * cosY;
this.f = sinZsinY * sinX + cosZ * cosX;
this.g = sinZsinY * cosX - cosZ * sinX;
this.i = -sinY;
this.j = cosY * sinX;
this.k = cosY * cosX;
}
public function writeToEulerAngles(angles : Vec3) : void {
if(-1 < this.i && this.i < 1) {
angles.x = Math.atan2(this.j,this.k);
angles.y = -Math.asin(this.i);
angles.z = Math.atan2(this.e,this.a);
}
else {
angles.x = 0;
angles.y = ((this.i <= -1)?Math.PI:-Math.PI);
angles.y *= 0.5;
angles.z = Math.atan2(-this.b,this.f);
}
}
public function copyFrom(m : Mat3) : void {
this.a = m.a;
this.b = m.b;
this.c = m.c;
this.e = m.e;
this.f = m.f;
this.g = m.g;
this.i = m.i;
this.j = m.j;
this.k = m.k;
}
public function toSkewSymmetric(v : Vec3) : void {
this.a = this.f = this.k = 0;
this.b = -v.z;
this.c = v.y;
this.e = v.z;
this.g = -v.x;
this.i = -v.y;
this.j = v.x;
}
public function transpose() : void {
var tmp : Number = this.b;
this.b = this.e;
this.e = tmp;
tmp = this.c;
this.c = this.i;
this.i = tmp;
tmp = this.g;
this.g = this.j;
this.j = tmp;
}
public function subtract(m : Mat3) : void {
this.a -= m.a;
this.b -= m.b;
this.c -= m.c;
this.e -= m.e;
this.f -= m.f;
this.g -= m.g;
this.i -= m.i;
this.j -= m.j;
this.k -= m.k;
}
public function add(m : Mat3) : void {
this.a += m.a;
this.b += m.b;
this.c += m.c;
this.e += m.e;
this.f += m.f;
this.g += m.g;
this.i += m.i;
this.j += m.j;
this.k += m.k;
}
public function prependTransposed(m : Mat3) : void {
this.a = this.a * m.a + this.b * m.b + this.c * m.c;
this.b = this.a * m.e + this.b * m.f + this.c * m.g;
this.c = this.a * m.i + this.b * m.j + this.c * m.k;
this.e = this.e * m.a + this.f * m.b + this.g * m.c;
this.f = this.e * m.e + this.f * m.f + this.g * m.g;
this.g = this.e * m.i + this.f * m.j + this.g * m.k;
this.i = this.i * m.a + this.j * m.b + this.k * m.c;
this.j = this.i * m.e + this.j * m.f + this.k * m.g;
this.k = this.i * m.i + this.j * m.j + this.k * m.k;
}
public function prepend(m : Mat3) : void {
this.a = this.a * m.a + this.b * m.e + this.c * m.i;
this.b = this.a * m.b + this.b * m.f + this.c * m.j;
this.c = this.a * m.c + this.b * m.g + this.c * m.k;
this.e = this.e * m.a + this.f * m.e + this.g * m.i;
this.f = this.e * m.b + this.f * m.f + this.g * m.j;
this.g = this.e * m.c + this.f * m.g + this.g * m.k;
this.i = this.i * m.a + this.j * m.e + this.k * m.i;
this.j = this.i * m.b + this.j * m.f + this.k * m.j;
this.k = this.i * m.c + this.j * m.g + this.k * m.k;
}
public function append(m : Mat3) : void {
this.a = m.a * this.a + m.b * this.e + m.c * this.i;
this.b = m.a * this.b + m.b * this.f + m.c * this.j;
this.c = m.a * this.c + m.b * this.g + m.c * this.k;
this.e = m.e * this.a + m.f * this.e + m.g * this.i;
this.f = m.e * this.b + m.f * this.f + m.g * this.j;
this.g = m.e * this.c + m.f * this.g + m.g * this.k;
this.i = m.i * this.a + m.j * this.e + m.k * this.i;
this.j = m.i * this.b + m.j * this.f + m.k * this.j;
this.k = m.i * this.c + m.j * this.g + m.k * this.k;
}
public function invert_with_determinant(det : Number) : void {
this.a = (this.f * this.k - this.g * this.j) * det;
this.b = (this.c * this.g - this.b * this.k) * det;
this.c = (this.b * this.g - this.c * this.f) * det;
this.e = (this.g * this.i - this.e * this.k) * det;
this.f = (this.a * this.k - this.c * this.i) * det;
this.g = (this.c * this.e - this.a * this.g) * det;
this.i = (this.e * this.j - this.f * this.i) * det;
this.j = (this.b * this.i - this.a * this.j) * det;
this.k = (this.a * this.f - this.b * this.e) * det;
}
public function invert() : void {
this.invert_with_determinant(this.determinant());
}
public function transformVec3To3D(vin : Vec3,vout : Vec3) : void {
vout.x = this.a * vin.x + this.b * vin.y + this.c * vin.z;
vout.y = this.e * vin.x + this.f * vin.y + this.g * vin.z;
vout.z = this.i * vin.x + this.j * vin.y + this.k * vin.z;
}
public function transformVectorTransposed(vin : Vec3,vout : Vec3) : void {
vout.x = this.a * vin.x + this.e * vin.y + this.i * vin.z;
vout.y = this.b * vin.x + this.f * vin.y + this.j * vin.z;
vout.z = this.c * vin.x + this.g * vin.y + this.k * vin.z;
}
public function transformVector(vin : Vec3,vout : Vec3) : void {
vout.x = this.a * vin.x + this.b * vin.y + this.c * vin.z;
vout.y = this.e * vin.x + this.f * vin.y + this.g * vin.z;
vout.z = this.i * vin.x + this.j * vin.y + this.k * vin.z;
}
public function clone() : Mat3 {
return new Mat3(this.a,this.b,this.c,this.e,this.f,this.g,this.i,this.j,this.k);
}
public function identity() : void {
this.a = this.f = this.k = 1;
this.b = this.c = this.e = this.g = this.i = this.j = 0;
}
public function determinant() : Number {
return 1 / (-this.c * this.f * this.i + this.b * this.g * this.i + this.c * this.e * this.j - this.a * this.g * this.j - this.b * this.e * this.k + this.a * this.f * this.k);
}
public var k : Number;
public var j : Number;
public var i : Number;
public var g : Number;
public var f : Number;
public var e : Number;
public var c : Number;
public var b : Number;
public var a : Number;
static public var IDENTITY : Mat3 = new Mat3();
static public var ZERO : Mat3 = new Mat3(0,0,0,0,0,0,0,0,0);
}
//}
//package {
/*public*/ class FlockingSystem extends System {
public function FlockingSystem() : void {
super();
this.relP = new Vec3();
this.relV = new Vec3();
this.dist = new Vec3();
this.hispos = new Vec3();
this.mypos = new Vec3();
this.hispos = new Vec3();
this.collision = new Vec3();
}
protected function predictTime(cur : FlockingNode,other : FlockingNode) : Number {
Vec3Utils.writeSubtract(this.relP,cur.pos,other.pos);
Vec3Utils.writeSubtract(this.relV,other.vel,cur.vel);
return this.relV.dotProduct(this.relP) / this.relV.lengthSqr();
}
protected function angleBetween(me : Vec3,v : Vec3) : Number {
var result : Number = Math.atan2(me.y,me.x) - Math.atan2(v.y,v.x);
if(result < -Math.PI) result += Math.PI * 2;
if(result > Math.PI) result -= Math.PI * 2;
return result;
}
protected function isAlmostZero(a : Vec3,min : Number = 0.15999) : Boolean {
return a.lengthSqr() < min;
}
protected function getAngle(vec : Vec3) : Number {
return Math.atan2(vec.y,vec.x);
}
protected function sign(arg : Number) : Number {
return ((arg > 0)?1:((arg < 0)?-1:0));
}
public override function update(sec : Number) : void {
var count : int;
var count2 : int;
var cur : FlockingNode = this.nodeList.head;
var time : Number;
var collisionLen : Number;
var curF : Flocking;
var curS : FlockSettings;
while(cur != null) {
count = 0;
count2 = 0;
curF = cur.f;
curS = curF.settings;
var minTime : Number = curF.minTime;
var other : FlockingNode;
curF.separation.reset();
curF.alignment.reset();
curF.cohesion.reset();
curF._aold.copyFrom(curF._a);
curF._a.reset();
other = cur.previous;
while(other != null) {
Vec3Utils.writeSubtract(this.dist,other.pos,cur.pos);
time = this.predictTime(cur,other);
if(this.dist.lengthSqr() < curS.mydistSquared) {
curF.angle = Math.abs(this.angleBetween(cur.vel,this.dist));
if(curF.angle < 2 / 3 * Math.PI) {
this.dist.scale(curS.mydist / this.dist.lengthSqr());
curF.separation.subtract(this.dist);
curF.alignment.add(other.vel);
++count;
curF.angle = Math.abs(this.angleBetween(cur.vel,other.vel));
if(curF.angle < Math.PI / 2) {
curF.cohesion.add(other.pos);
++count2;
}
}
}
if(!(time < 0. || time >= minTime)) {
this.mypos.copyFrom(cur.vel);
this.mypos.scale(time);
this.mypos.add(cur.pos);
this.hispos.copyFrom(other.vel);
this.hispos.scale(time);
this.hispos.add(other.pos);
Vec3Utils.writeSubtract(this.collision,this.mypos,this.hispos);
collisionLen = this.collision.lengthSqr();
if(!(collisionLen >= curS.mindistSquared)) {
minTime = time;
collisionLen = 1 / Math.sqrt(collisionLen);
this.collision.scale(collisionLen);
curF._a.copyFrom(this.collision);
}
}
other = other.previous;
}
other = cur.next;
while(other != null) {
Vec3Utils.writeSubtract(this.dist,other.pos,cur.pos);
time = this.predictTime(cur,other);
if(this.dist.lengthSqr() < curS.mindistSquared) {
curF.angle = Math.abs(this.angleBetween(cur.vel,this.dist));
if(curF.angle < 2 / 3 * Math.PI) {
this.dist.scale(curS.mydist / this.dist.lengthSqr());
curF.separation.subtract(this.dist);
curF.alignment.add(other.vel);
++count;
curF.angle = Math.abs(this.angleBetween(cur.vel,other.vel));
if(curF.angle < Math.PI / 2) {
curF.cohesion.add(other.pos);
++count2;
}
}
}
if(!(time < 0. || time >= minTime)) {
this.mypos.copyFrom(cur.vel);
this.mypos.scale(time);
this.mypos.add(cur.pos);
this.hispos.copyFrom(other.vel);
this.hispos.scale(time);
this.hispos.add(other.pos);
Vec3Utils.writeSubtract(this.collision,this.mypos,this.hispos);
collisionLen = this.collision.lengthSqr();
if(!(collisionLen >= curS.mindistSquared)) {
minTime = time;
collisionLen = 1 / Math.sqrt(collisionLen);
this.collision.scale(collisionLen);
curF._a.copyFrom(this.collision);
}
}
other = other.next;
}
var _a : Vec3 = curF._a;
if(this.isAlmostZero(_a)) {
curF.separation.scale(.5);
_a.add(curF.separation);
if(count > 0) {
curF.alignment.scale(1 / count);
curF.alignment.subtract(cur.vel);
curF.alignment.scale(1 / (curS.maxspeed * 2));
curF.alignment.scale(2);
_a.add(curF.alignment);
}
if(count2 > 0) {
curF.cohesion.scale(1 / count2);
curF.cohesion.subtract(cur.pos);
curF.cohesion.scale(1 / curS.mydist);
curF.cohesion.scale(8);
_a.add(curF.cohesion);
}
}
if(this.isAlmostZero(_a) && count == 0) {
curF.rangle += this.sign(Math.random() - 0.5) * Math.PI / 36;
_a.addScaled(0.44 / Vec3Utils.getLength(cur.vel),cur.vel);
_a.x += 0.45 * Math.sin(curF.rangle);
_a.y += 0.45 * Math.cos(curF.rangle);
}
else curF.rangle = this.getAngle(_a);
if(cur.pos.x < curS.minx) _a.x += 0.4;
else if(cur.pos.x > curS.maxx) _a.x -= 0.4;
if(cur.pos.y < curS.miny) _a.y += 0.4;
else if(cur.pos.y > curS.maxy) _a.y -= 0.4;
if(curS.turnAccelRatio > 0) {
_a.subtract(curF._aold);
var t : Number = _a.length();
if(t > 0.0001) _a.scale(curS.turnAccelRatio);
if(t >= curS.turnAccelRatio) _a.scale(curS.turnAccelRatio / t);
_a.add(curF._aold);
}
cur = cur.next;
}
cur = this.nodeList.head;
while(cur != null) {
curF = cur.f;
curS = curF.settings;
Vec3Utils.add(cur.vel,curF._a);
Vec3Utils.scale(cur.vel,1. / 12);
cur.rot.z = this.getAngle(cur.vel);
Vec3Utils.add(cur.pos,cur.vel);
Vec3Utils.scale(cur.vel,12.);
var v : Number = Vec3Utils.getLength(cur.vel);
if(v > curS.maxspeed) Vec3Utils.scale(cur.vel,curS.maxspeed / v);
else if(v < curS.minspeed) Vec3Utils.scale(cur.vel,curS.minspeed / v);
else Vec3Utils.scale(cur.vel,0.99);
cur = cur.next;
}
}
public override function addToEngine(engine : Engine) : void {
this.nodeList = engine.getNodeList(FlockingNode);
}
protected var collision : Vec3;
protected var mypos : Vec3;
protected var hispos : Vec3;
protected var dist : Vec3;
protected var relV : Vec3;
protected var relP : Vec3;
protected var nodeList : NodeList;
static protected var myr : Number = 2 / 3 * Math.PI;
static protected var scalerSpeed : Number = 1. / 12;
}
//}
//package {
/*public*/ class Pos extends Vec3 {
public function Pos(x : Number = 0,y : Number = 0,z : Number = 0) : void {
super(x,y,z);
}
}
//}
//package {
/*public*/ class Flocking {
public function Flocking() : void {
}
public function setup(flockSettings : FlockSettings) : Flocking {
this.settings = flockSettings;
this.rangle = Math.random() * 2 * Math.PI;
this.minTime = 10.0 / 3;
this.separation = new Vec3();
this.alignment = new Vec3();
this.cohesion = new Vec3();
this._a = new Vec3();
this._aold = new Vec3();
return this;
}
public var settings : FlockSettings;
public var rangle : Number;
public var minTime : Number;
public var angle : Number;
public var _aold : Vec3;
public var _a : Vec3;
public var cohesion : Vec3;
public var alignment : Vec3;
public var separation : Vec3;
static public function createFlockSettings(minDist : Number,senseDistance : Number,minx : Number = 0,miny : Number = 0,maxx2 : Number = 400,maxy2 : Number = 400,minspeed : Number = 8,maxspeed : Number = 32,turnAccelRatio : Number = 0) : FlockSettings {
var me : FlockSettings = new FlockSettings();
me.minspeed = minspeed;
me.maxspeed = maxspeed;
me.turnAccelRatio = turnAccelRatio;
me.mydist = senseDistance;
me.mydistSquared = senseDistance * senseDistance;
me.mindistSquared = minDist * minDist;
me.maxx = maxx2 - senseDistance;
me.maxy = maxy2 - senseDistance;
me.minx = senseDistance;
me.miny = senseDistance;
return me;
}
}
//}
//package {
/*public*/ class Rot extends Vec3 {
public function Rot(x : Number = 0,y : Number = 0,z : Number = 0) : void {
super(x,y,z);
}
}
//}
//package {
/*public*/ class Vel extends Vec3 {
public function Vel(x : Number = 0,y : Number = 0,z : Number = 0) : void {
super(x,y,z);
}
}
//}
//package {
/*public*/ class FlockSettings {
public function FlockSettings() : void {
}
public var turnAccelRatio : Number;
public var minspeed : Number;
public var maxspeed : Number;
public var mydist : Number;
public var mydistSquared : Number;
public var mindistSquared : Number;
public var miny : Number;
public var minx : Number;
public var maxy : Number;
public var maxx : Number;
}
//}
import alternativa.engine3d.animation.AnimationClip;
import alternativa.engine3d.animation.AnimationController;
import alternativa.engine3d.animation.AnimationCouple;
import alternativa.engine3d.objects.Joint;
import alternativa.engine3d.objects.Skin;
import alternativa.engine3d.alternativa3d;
use namespace alternativa3d;
/**
* ...
* @author Glenn Ko
*/
class MechStance implements IAnimatable
{
private var animManager:AnimationManager;
private var anim_walk:AnimationClip;
private var vel:Vel;
private var controller:AnimationController;
private var couple:AnimationCouple;
private var _turretJoint:Joint;
public function MechStance(animManager:AnimationManager, vel:Vel, jointList:Vector.<Joint>, randAnim:Boolean=false)
{
this.animManager = animManager;
this.vel = vel;
var index:int = randAnim ? Math.random() * animManager.animClips.length : animManager.getAnimationIndexByName("jog");
if (index < 0) index = 0;
anim_walk = animManager.animClips[index];
controller = new AnimationController();
anim_walk.time = Math.random()*anim_walk.length;
couple = new AnimationCouple();
controller.root = couple;
couple.left = anim_walk;
couple.right = new AnimationClip();
_turretJoint = findJointByName(jointList, "Bip01 Spine3");
}
private function findJointByName(joints:Vector.<Joint>, str:String):Joint {
var i:int = joints.length;
while (--i > -1) {
if (joints[i].name === str) return joints[i];
}
return null;
}
/* INTERFACE systems.animation.IAnimatable */
public static var RANGE:Number = 1/44;
public function animate(time:Number):void
{
var d:Number = Math.sqrt(vel.x * vel.x + vel.y * vel.y + vel.z * vel.z);
couple.balance = 1 - d * RANGE * 1;
controller.update();
// anim_walk.update(time, 1);
//_turretJoint._rotationY += .05;
//_turretJoint.transformChanged = true;
}
}
import alternativa.engine3d.animation.AnimationClip;
import alternativa.engine3d.animation.AnimationNotify;
import alternativa.engine3d.animation.AnimationSwitcher;
import alternativa.engine3d.animation.events.NotifyEvent;
import alternativa.engine3d.animation.keys.Keyframe;
import alternativa.engine3d.animation.keys.NumberKey;
import alternativa.engine3d.animation.keys.NumberTrack;
import alternativa.engine3d.animation.keys.Track;
import alternativa.engine3d.animation.keys.TransformKey;
import alternativa.engine3d.animation.keys.TransformTrack;
import alternativa.engine3d.core.Object3D;
import flash.geom.Matrix3D;
import flash.geom.Vector3D;
import flash.utils.Dictionary;
import flash.utils.IDataInput;
import flash.utils.IDataOutput;
import flash.utils.IExternalizable;
import alternativa.engine3d.alternativa3d;
use namespace alternativa3d;
/**
* A model blueprint / switcher for animation state
* @author Glidias
*/
class AnimationManager implements IExternalizable
{
public var animClips:Vector.<AnimationClip>;
private var animGroups:Vector.<Vector.<int>>;
private var switcher:AnimationSwitcher;
private var _fixed:Boolean;
public function AnimationManager(animClips:Vector.<AnimationClip>=null, animGroups:Vector.<Vector.<int>>=null, fixed:Boolean=true, animEndLoops:Dictionary=null)
{
animEndLoops = animEndLoops || new Dictionary();
if (animClips != null) init(animClips, animGroups, fixed);
}
private function init(animClips:Vector.<AnimationClip>, animGroups:Vector.<Vector.<int>>=null, fixed:Boolean=true):void {
this.animClips = animClips;
this.animGroups = animGroups;
// initSwitcher
var len:int = animClips.length;
switcher = new AnimationSwitcher();
for (var i:int = 0; i < len; i++) {
switcher.addAnimation(animClips[i]);
}
_fixed = fixed;
}
/* INTERFACE flash.utils.IExternalizable */
public function writeExternal(output:IDataOutput):void
{
output.writeBoolean( _fixed);
var i:int;
var len:int = animClips.length;
output.writeByte(len);
for (i = 0; i < len; i++) {
writeAnimationClip( animClips[i] , output);
}
output.writeBoolean( animGroups != null);
if (animGroups != null) writeAnimationGroups(output);
}
private function writeAnimationGroups(output:IDataOutput):void {
var len:int = animGroups.length;
output.writeByte(len);
for (var i:int = 0; i < len; i++) {
var anims:Vector.<int> = animGroups[i];
if (anims == null) {
output.writeByte(0);
continue;
}
var uLen:int = anims.length;
output.writeByte(uLen);
for (var u:int=0; u < uLen; u++) {
output.writeByte(anims[u]);
}
}
}
private function readAnimationGroups(input:IDataInput, fixed:Boolean):Vector.<Vector.<int>> {
var len:int = input.readByte();
var animGroups:Vector.<Vector.<int>> = new Vector.<Vector.<int>>(len, fixed);
for (var i:int = 0; i < len; i++) {
var uLen:int = input.readByte();
if (uLen <= 0) continue;
var anims:Vector.<int> = new Vector.<int>(uLen, fixed);
animGroups[i] = anims;
for (var u:int=0; u < uLen; u++) {
anims[u] = input.readByte();
}
}
return animGroups;
}
public function readExternal(input:IDataInput):void
{
var fixed:Boolean = input.readBoolean();
var len:int = input.readByte();
animClips = new Vector.<AnimationClip>(len);
for (var i:int = 0; i < len; i++) {
animClips[i] = readAnimationClip(input);
}
animGroups = input.readBoolean() ? readAnimationGroups(input, fixed) : null;
init(animClips, animGroups, fixed );
}
// Parse from XML
public static function fromAnimationAndXML(animation:AnimationClip, animXML:XML, animFPS:int=0, tableLookup:Vector.<String>=null):AnimationManager {
var animManager:AnimationManager;
var animList:XMLList = animXML..a;
if (animFPS == 0) animFPS = animXML.@fps != undefined ? Number(animXML.@fps) || 24 : 24;
var useAnimLoop:Boolean = animXML.@loop == "true" || animXML.@loop == "false" ? animXML.@loop == "true" : animation.loop;
var len:int;
var i:int;
var animations:Vector.<AnimationClip> = new Vector.<AnimationClip>();
len = animList.length()
for (i = 0; i < len; i++) {
var xml:XML = animList[i];
var sa:Array = xml.@f.split("-");
var sa_1:Number = Number(sa[0]);
var sa_2:Number = Number(sa[1]);
var newAnim:AnimationClip = animation.slice( (sa_1 <= 1 ? 0 : sa_1) / animFPS, sa_2 / animFPS);
var notifyList:XMLList = xml.n;
var uLen:int = notifyList.length();
for (var u:int = 0; u < uLen; u++) {
var uXML:XML = notifyList[u];
newAnim.addNotify((Number(uXML)-sa_1)/animFPS , uXML.@id);
}
// var useFPS:Number = xml.@fps != undefined ? Number(xml.@fps) : animFPS;
newAnim.speed = 1;// Math.round(newAnim.length * animFPS) / useFPS;
newAnim.name = xml.@id;
newAnim.loop = xml.@loop == "true" || xml.@loop == "false" ? xml.@loop == "true" : useAnimLoop;
//if (newAnim.loop && uLen > 0) new AnimEndLoop(newAnim); // todo: determine context from which..
newAnim.name = animList[i].@id;
animations[i] = newAnim;
}
animManager = new AnimationManager(animations, null, true);
animManager.setupAnimGroups(animXML, tableLookup);
return animManager;
}
public function cloneAnimation(toClone:AnimationClip):AnimationClip {
var newAnim:AnimationClip = toClone.clone();
newAnim.loop = toClone.loop;
newAnim.speed = toClone.speed;
newAnim.time = 0;
return newAnim;
}
public function switchAnim(animation:AnimationClip, time:Number) : void {
_currentAnim = animation;
switcher.activate(animation, time);
}
public function switchAndRestartAnim(animation:AnimationClip, time:Number):void {
_currentAnim = animation;
animation.time = 0;
switcher.activate(animation, time);
}
public function setupAnimGroups(xml:XML, tableLookup:Vector.<String>=null):void {
var xmlList:XMLList = xml..a.(hasOwnProperty("@g"));
var len:int = xmlList.length();
if (len == 0) return;
var dict:Dictionary = new Dictionary();
var i:int;
animGroups = tableLookup != null ? new Vector.<Vector.<int>>(tableLookup.length) : new Vector.<Vector.<int>>();
var intList:Vector.<int>;
for (i = 0; i < len; i++) {
xml = xmlList[i];
var prop:String = xml.@g != undefined ? xml.@g : null;
if (prop == null) continue;
intList = dict[prop];
if (intList == null) {
intList = new Vector.<int>();
dict[prop] = intList;
if (tableLookup == null) animGroups.push(intList)
else animGroups[tableLookup.indexOf(prop)] = intList;
}
intList.push(getAnimationIndexByName(xml.@id));
}
len = animGroups.length;
for (i = 0; i < len; i++ ) {
intList = animGroups[i];
if (intList == null) {
//animGroups[i] = intList = new <int>[0];
}
else intList.fixed = _fixed;
}
animGroups.fixed = _fixed;
}
private var _alreadySetup:Boolean = false;
public function setupFor(target:Object):void {
if (_alreadySetup) return;
_alreadySetup = true;
var len:int = animClips.length;
for (var i:int = 0; i < len; i++) {
var oldAnim:AnimationClip = animClips[i];
oldAnim.attach(target, true);
}
}
public function cloneFor(target:Object):AnimationManager {
var len:int = animClips.length;
var newClips:Vector.<AnimationClip> = new Vector.<AnimationClip>(len);
var dictEndLoops:Dictionary = new Dictionary();
var newC:AnimationClip;
for (var i:int = 0; i < len; i++) {
var oldAnim:AnimationClip = animClips[i];
newClips[i] = newC = oldAnim.clone();
//if (newC.loop != oldAnim.loop) throw new Error("LOOP MISMATCH!");
newC.loop = oldAnim.loop;
//if (newC.speed != oldAnim.speed) throw new Error("SPEED MISMATCH!");
newC.speed = oldAnim.speed;
var chkNotifiers:Vector.<AnimationNotify> = oldAnim.notifiers;
var nLen:int = chkNotifiers.length;
for (var n:int = 0; n < nLen; n++) {
var notifier:AnimationNotify = chkNotifiers[n];
newC.addNotify( notifier.time, notifier.name);
}
if (newC.loop && nLen > 0 ) dictEndLoops[newC.name] = new AnimEndLoop(newC);
newC.time = 0;
//newC.speed
newC.attach(target, true);
}
return new AnimationManager(newClips, animGroups, _fixed, dictEndLoops);
}
public static var MANAGERS:Dictionary = new Dictionary();
public var _currentAnim:AnimationClip;
public static function getAnimManagerByKey(key:*):AnimationManager {
return MANAGERS[key] || (new AnimationManager(new <AnimationClip>[],null,false));
}
public static function registerAnimManager(key:*, rootInstance:AnimationManager):void {
MANAGERS[key] = rootInstance;
}
/**
* Plays a certain random animation from a group category
* @param index Category index
* @param time The time to transition to animation
* @return True if animation is found, or False if no animation found
*/
public function playGroup(index:int, time:Number):AnimationClip {
if (animGroups == null) return null;
var anim:AnimationClip = getAnimationFromGroup(index);
if (anim == null) return null;
_currentAnim = anim;
switcher.activate(anim , time);
return anim;
}
public function getAnimationFromGroup(index:int):AnimationClip {
//if (animGroups == null) throw new Error("IS NULL!");
var listAnims:Vector.<int> = animGroups[index];
return listAnims!= null ? animClips[ listAnims[int(Math.random() * listAnims.length)] ] : null;
}
public function getAnimationGroup(index:int):Vector.<int> {
if (animGroups == null || (index >=animGroups.length)) return null;
return animGroups[index];
}
public function getAnimationsByGroup(index:int):Vector.<AnimationClip> {
var vec:Vector.<AnimationClip> = new Vector.<AnimationClip>();
var animGroups:Vector.<int> = getAnimationGroup(index);
if (animGroups == null) return vec;
var len:int = animGroups.length;
for (var i:int = i; i < len; i++) {
vec[i] = animClips[animGroups[i]];
}
vec.fixed = _fixed;
return vec;
}
public function getAnimationByName(name:String):AnimationClip {
var i:int = animClips.length;
while (--i > -1) {
var animClip:AnimationClip = animClips[i];
if (animClip.name === name) return animClip;
}
throw new Error("FAILED TO GET ANIMATION!"+name);
return null;
}
public function getAnimationIndexByName(name:String):int {
var i:int = animClips.length;
while (--i > -1) {
if (animClips[i].name === name) return i;
}
return -1;
}
public function getSwitcher():AnimationSwitcher
{
return switcher;
}
public function get fixed():Boolean
{
return _fixed;
}
public function get currentAnim():AnimationClip
{
return _currentAnim;
}
// --Serialization helpers
private function writeNotifiers(vec:Vector.<AnimationNotify>, output:IDataOutput):void {
var len:int = vec.length;
output.writeByte(len);
for (var i:int = 0; i < len; i++) {
var anim:AnimationNotify = vec[i];
output.writeFloat(anim.time);
output.writeObject(anim.name != null ? anim.name : "0");
};
}
private function readNotifiers(input:IDataInput, clip:AnimationClip):void {
var len:int = input.readByte();
if (len == 0 ) return;
for (var i:int = 0; i < len; i++) {
var time:Number = input.readFloat();
clip.addNotify(time, input.readObject() );
};
if (clip.loop) new AnimEndLoop(clip);
}
private function writeAnimationClip(anim:AnimationClip, output:IDataOutput):void {
var uLen:int;
output.writeObject(anim.name);
output.writeBoolean(anim.loop);
//output.writeFloat(anim.length); // speed
uLen = anim.numTracks;
output.writeShort(uLen);
for (var u:int = 0; u < uLen; u++) {
var track:Track = anim.getTrackAt(u); // is't the case, could be NUmberTrack or various other trakc types
output.writeBoolean( track is TransformTrack );
if (track is TransformTrack) {
writeTransformTrack(track as TransformTrack, output);
}
else if (track is NumberTrack) {
writeNumberTrack(track as NumberTrack, output);
}
else {
throw new Error("Could not resolve track type!");
}
}
var notifiers:Vector.<AnimationNotify> = anim.notifiers;
if (notifiers != null) {
writeNotifiers(notifiers, output);
}
else output.writeByte(0);
}
private function readAnimationClip(input:IDataInput):AnimationClip {
var anim:AnimationClip;
anim = new AnimationClip( input.readObject() );
anim.loop = input.readBoolean();
//anim.length = input.readFloat(); // speed
var uLen:int = input.readShort();
for (var u:int = 0; u < uLen; u++) {
anim.addTrack( input.readBoolean() ? readTransformTrack(input) : readNumberTrack(input) );
}
readNotifiers(input, anim);
return anim;
}
private function writeNumberTrack(numberTrack:NumberTrack, output:IDataOutput):void
{
output.writeObject( numberTrack.object );
output.writeObject( numberTrack.property );
var key:NumberKey;
var count:int = 0;
for (key = numberTrack.keyList; key != null; key = key.next) {
count++;
}
output.writeShort(count);
for ( key = numberTrack.keyList; key != null; key = key.next) {
output.writeFloat(key._time);
output.writeFloat(key._value);
}
}
private function readNumberTrack(input:IDataInput):NumberTrack {
var track:NumberTrack = new NumberTrack(input.readObject(), input.readObject() );
var len:int = input.readShort();
for (var i:int = 0; i < len; i++) {
track.addKey(input.readFloat(), input.readFloat() );
}
return track;
}
private function writeTransformTrack(transformTrack:TransformTrack, output:IDataOutput):void
{
output.writeObject(transformTrack.object);
var keys:Vector.<Keyframe> = transformTrack.keys;
if (keys == null) throw new Error("COuld not find keys!");
var len:int = keys.length;
output.writeShort(len);
for (var i:int = 0; i < len; i++) {
var tKey:TransformKey = keys[i] as TransformKey;
if (tKey == null) throw new Error("COudl not find TransformKey:" + tKey);
var matrix3D:Matrix3D = tKey.value as Matrix3D;
if (matrix3D == null) throw new Error("Could not find matrix!");
output.writeFloat( tKey._time);
//writeMatrix3D( matrix3D, output);
writeComponentsFromMatrix3D(matrix3D, output);
//writeKeyComponents(tKey, output);
}
}
private function writeKeyComponents(transformKey:TransformKey, output:IDataOutput):void {
output.writeFloat(transformKey.x);
output.writeFloat(transformKey.y);
output.writeFloat(transformKey.z);
output.writeFloat(transformKey.rotation.x);
output.writeFloat(transformKey.rotation.y);
output.writeFloat(transformKey.rotation.z);
}
private function writeMatrix3D(matrix:Matrix3D, output:IDataOutput):void {
var data:Vector.<Number> = matrix.rawData;
output.writeFloat(data[0]);
output.writeFloat(data[1]);
output.writeFloat(data[2]);
output.writeFloat(data[3]);
output.writeFloat(data[4]);
output.writeFloat(data[5]);
output.writeFloat(data[6]);
output.writeFloat(data[7]);
output.writeFloat(data[8]);
output.writeFloat(data[9]);
output.writeFloat(data[10]);
output.writeFloat(data[11]);
output.writeFloat(data[12]);
output.writeFloat(data[13]);
output.writeFloat(data[14]);
output.writeFloat(data[15]);
}
public function writeComponentsFromMatrix3D(matrix:Matrix3D, output:IDataOutput):void {
// hmm.. may need to transpose.
var vec:Vector.<Vector3D> = matrix.decompose();
var v:Vector3D;
v = vec[0];
output.writeFloat(v.x);
output.writeFloat(v.y);
output.writeFloat(v.z);
v = vec[1];
output.writeFloat(v.x);
output.writeFloat(v.y);
output.writeFloat(v.z);
}
public function getAnimGroups():Vector.<Vector.<int>>
{
return animGroups;
}
private function readMatrix3D(input:IDataInput):Matrix3D {
var data:Vector.<Number> = new Vector.<Number>(16, true);
data[0] = input.readFloat();
data[1] = input.readFloat();
data[2] = input.readFloat();
data[3] = input.readFloat();
data[4] = input.readFloat();
data[5] = input.readFloat();
data[6] = input.readFloat();
data[7] = input.readFloat();
data[8] = input.readFloat();
data[9] = input.readFloat();
data[10] = input.readFloat();
data[11] = input.readFloat();
data[12] = input.readFloat();
data[13] = input.readFloat();
data[14] = input.readFloat();
data[15] = input.readFloat();
return new Matrix3D(data);
}
private function readTransformTrack(input:IDataInput):TransformTrack {
var track:TransformTrack = new TransformTrack(input.readObject());
var len:int = input.readShort();
for (var i:int = 0; i < len; i++) {
//track.addKey(input.readFloat(), readMatrix3D(input) );
track.addKeyComponents(input.readFloat(), input.readFloat(), input.readFloat(), input.readFloat(), input.readFloat(), input.readFloat(), input.readFloat());
}
return track;
}
}
import alternativa.engine3d.animation.AnimationClip;
import alternativa.engine3d.animation.AnimationNotify;
import alternativa.engine3d.animation.events.NotifyEvent;
import flash.events.Event;
/**
* ...
* @author Glidias
*/
class AnimEndLoop
{
private var anim:AnimationClip;
private var notifier:AnimationNotify;
public function AnimEndLoop(anim:AnimationClip)
{
this.anim = anim;
anim.loop = false;
notifier = anim.addNotifyAtEnd();
notifier.addEventListener(NotifyEvent.NOTIFY, resetAnimTime);
}
private function resetAnimTime(e:NotifyEvent):void {
anim.time = 0;
}
public function destroy():void {
notifier.removeEventListener(NotifyEvent.NOTIFY, resetAnimTime);
}
}
import alternativa.engine3d.alternativa3d;
import alternativa.engine3d.core.Camera3D;
import alternativa.engine3d.core.DrawUnit;
import alternativa.engine3d.core.Light3D;
import alternativa.engine3d.core.Object3D;
import alternativa.engine3d.core.VertexAttributes;
import alternativa.engine3d.materials.compiler.Linker;
import alternativa.engine3d.materials.compiler.Procedure;
import alternativa.engine3d.materials.compiler.VariableType;
import flash.utils.ByteArray;
import flash.utils.Dictionary;
import flash.utils.Endian;
use namespace alternativa3d;
/**
* ...
* @author Glenn Ko
*/
class SkinClonesContainer extends Skin
{
public static var CLONE_CLASS:Class = SkinClone;
alternativa3d var cloneClass:Class;
public static const JOINTS_PER_SURFACE:uint = 40;
private var jointsPerSurface:uint;
private var _minClonesPerBatch:int;
private var _numJoints:int;
alternativa3d var clones:Vector.<SkinClone> = new Vector.<SkinClone>();
alternativa3d var visibleClones:Vector.<SkinClone>;
alternativa3d var numClones:int = 0;
private static var _transformProcedures:Dictionary = new Dictionary();
private var _curCloneIndex:int;
private var _curBatchCount:int;
private var outputSurface:Surface;
private var flags:int;
private var _sample:Skin;
private var protoNumTriangles:int; // Note this will be deciated to surfaceNumTriangles[] in the future
public var objectRenderPriority:int = -1;
public static const FLAG_GLOBAL_PROCEDURE:int = 1;
// Cashing of procedures on number of influence
//private static var _deltaTransformProcedures:Vector.<Procedure> = new Vector.<Procedure>(9);
public function SkinClonesContainer(sample:Skin, jointsPerSurface:uint = 0, cloneClass:Class = null, flags:int=0)
{
this.flags = flags;
this.cloneClass = cloneClass || CLONE_CLASS;
this.jointsPerSurface = jointsPerSurface != 0 ? jointsPerSurface : JOINTS_PER_SURFACE;
super(sample.maxInfluences);
this.clonePropertiesFrom(sample);
sample.geometry = null;
_sample = sample;
_x = 0;
_y = 0;
_z = 0;
_rotationX = 0;
_rotationY = 0;
_rotationZ = 0;
_scaleX = 1;
_scaleY = 1;
_scaleZ = 1;
if (numSurfaces > 1) throw new Error("Sorry, we don't support >1 material surface for SkinClones at the moment!!");
_numJoints = surfaceJoints[0].length;
outputSurface = new Surface();
outputSurface.object = this;
outputSurface.indexBegin = 0;
outputSurface.material = _surfaces[0].material;
duplicateGeometry();
boundBox = null;
}
private function duplicateGeometry():void
{
///*
var totalAllowedFloored:int = jointsPerSurface / _numJoints;
if (totalAllowedFloored <= 0) totalAllowedFloored = 1;
_minClonesPerBatch = totalAllowedFloored;
setupDuplicateGeometry(totalAllowedFloored);
//*/
/*
var totalAllowedCeil:int = Math.ceil( jointsPerSurface / _numJoints);
_minClonesPerBatch = totalAllowedCeil;
setupDuplicateGeometry(totalAllowedCeil);
*/
}
private function setupDuplicateGeometry(total:int):void {
if (total <= 1) return;
///*
var cap:int = total * _numJoints;
if (cap > jointsPerSurface) {
cap = jointsPerSurface;
}
//*/
protoNumTriangles = geometry.numTriangles;
// stick to 1 global transform procedure based off jointsPerSurface setting ?
transformProcedure = calculateTransformProcedure(maxInfluences, (flags & FLAG_GLOBAL_PROCEDURE ? jointsPerSurface : cap) );
// deltaTransformProcedure = calculateDeltaTransformProcedure(maxInfluences);
// /*
var bytes:ByteArray;
//throw new Error(geometry.getAttributeValues(VertexAttributes.POSITION))
// get samples
// var protoJointIndices:Vector.<Number> = geometry.getAttributeValues(ATTRIBUTE);
var protoNumVertices:int = geometry.numVertices;
//_numVertices = protoNumVertices;
var protoByteArrayStreams:Vector.<ByteArray> = new Vector.<ByteArray>();
var len:int = geometry._vertexStreams.length;
// copy all geometry bytearray data samples for all vertex streams
for (var i:int = 0; i < len; i++) {
protoByteArrayStreams[i] = bytes = new ByteArray();
bytes.endian = Endian.LITTLE_ENDIAN;
for (var u:int = 0; u < total; u++) {
bytes.writeBytes( geometry._vertexStreams[i].data );
}
}
// TODO: Test shouldn't i start at 1 instead....because geometry is already filled?
// paste geometry data for all the vertex streams
for (i = 0; i < len; i++) {
bytes = protoByteArrayStreams[i];
var data:ByteArray = geometry._vertexStreams[i].data;
for (u = 1; u < total; u++) {
data.position = data.length;
data.writeBytes(bytes, data.length);
}
}
// set number of vertices to match new vertex data size
geometry._numVertices = protoNumVertices * total;
var indices:Vector.<uint> = geometry.indices;
// duplicate indices with offsets
len = indices.length;
for (i = 1; i < total; i++) {
var indexOffset:int = i * protoNumVertices;
for (u = 0; u < len; u++) {
indices.push(indexOffset+ indices[u]);
}
}
geometry.indices = indices;
// paste joint attribute values with offsets
// /*
//len = maxInfluences;
for (var k:int = 0; k < maxInfluences; k += 2) {
/*
if (!geometry.hasAttribute(VertexAttributes.JOINTS[k>>1])) {
// throw new Error(k);
break;
}
*/
var jointIndices:Vector.<Number> = geometry.getAttributeValues(VertexAttributes.JOINTS[k>>1]);
var stride:int = VertexAttributes.getAttributeStride(VertexAttributes.JOINTS[k>>1]);
//throw new Error(jointIndices);
///*
len = protoNumVertices * stride;
var addDupMult:Number = _numJoints * 3;
var duplicateMultiplier:Number =addDupMult;
var totalLen:int = jointIndices.length;
for (i = len; i < totalLen; i += len) {
for (u = i; u < i+len; u+=stride) {
jointIndices[u] += duplicateMultiplier;
jointIndices[u+2] += duplicateMultiplier;
}
duplicateMultiplier+= addDupMult;
}
//*/
geometry.setAttributeValues(VertexAttributes.JOINTS[k>>1], jointIndices);
// throw new Error( getJointIndices( jointIndices.slice( jointIndices.length / 4, jointIndices.length/4+jointIndices.length/4) , -10) );
}
// */
//throw new Error( geometry.getAttributeValues(VertexAttributes.POSITION).slice(protoNumVertices * 3, protoNumVertices * 3 + protoNumVertices*3) );
}
private function getJointIndices(values:Vector.<Number>, offset:int=0):Vector.<int> {
var stuff:Vector.<int> = new Vector.<int>();
var len:int = values.length;
for (var i:int = 0; i < len; i += 4) {
stuff.push( values[i] / 3 + offset);
}
return stuff;
}
public function createClone():SkinClone {
var cloneItem:SkinClone = new cloneClass();
cloneItem.root = new Joint();
cloneItem.root._parent = this;
cloneItem.index = -1;
var skin:Skin = _sample.clone() as Skin; // lazy method to grab new set of surfaceJoints, original cloned skin is wasted away
var skinJoint:Joint = new Joint();
skinJoint.x = skin._x;
skinJoint.y = skin._y;
skinJoint.z = skin._z;
skinJoint._scaleX = skin._scaleX;
skinJoint._scaleY = skin._scaleY;
skinJoint._scaleZ = skin._scaleZ;
skinJoint._rotationX = skin._rotationX;
skinJoint._rotationY = skin._rotationY;
skinJoint._rotationZ = skin._rotationZ;
skinJoint.transformChanged = true;
// throw new Error(skinJoint.rotationZ);
cloneItem.root.addChild(skinJoint);
var c:Object3D;
for (c = skin.childrenList; c != null; c = c.next) {
skinJoint.addChild(c);
}
cloneItem.renderedJoints = skin.surfaceJoints[0];
return cloneItem;
}
public function addClone(cloneItem:SkinClone):SkinClone {
//if (cloneItem.index >= 0) throw new Error("Clone item seems to already belong to a container or wasn't freshly created/removed!!");
cloneItem.index = numClones;
clones[numClones++] = cloneItem;
return cloneItem;
}
/*
public function addCloneWithCuller(cloneItem:SkinClone):void {
(culler is IMeshSetClonesContainer) ? (culler as IMeshSetClonesContainer).addClone(cloneItem) : addClone(cloneItem);
}
public function removeCloneWithCuller(cloneItem:SkinClone):void {
(culler is IMeshSetClonesContainer) ? (culler as IMeshSetClonesContainer).removeClone(cloneItem) : removeClone(cloneItem);
}
*/
public function removeClone(cloneItem:SkinClone):void {
// if (cloneItem.index < 0) throw new Error("Clone item seems to already be removed!");
numClones--;
//if (clones[cloneItem.index] !== cloneItem) throw new Error("Mismatch! " + clones[cloneItem.index].index + ", " + cloneItem.index);
var tail:SkinClone = clones[numClones];
clones[numClones] = null;
if (tail!=cloneItem) { // popback
clones[cloneItem.index] = tail;
tail.index = cloneItem.index;
}
cloneItem.index = -1;
}
/* // rip from MeshSetClonesContainer, to edit for SkinClonesContainer
alternativa3d override function calculateVisibility(camera:Camera3D):void {
super.alternativa3d::calculateVisibility(camera);
numVisibleClones = culler != null ? culler.cull(numClones, clones, visibleClonesCollection, camera, this) : numClones;
visibleClones = culler != null ? visibleClonesCollection : clones;
var i:int = numVisibleClones;
while (--i > -1) {
var root:Object3D = visibleClones[i].root;
if (root.transformChanged) root.composeTransforms();
if (root._parent == null) root.localToGlobalTransform.copy(root.transform);
else {
if (root._parent.transformChanged) root._parent.composeTransforms();
root.localToGlobalTransform.combine(root._parent.transform, root.transform);
}
calculateMeshesTransforms(root);
}
}
*/
override alternativa3d function setTransformConstants(drawUnit:DrawUnit, surface:Surface, vertexShader:Linker, camera:Camera3D):void {
var i:int, count:int;
for (i = 0; i < maxInfluences; i += 2) {
var attribute:int = VertexAttributes.JOINTS[i >> 1];
drawUnit.setVertexBufferAt(vertexShader.getVariableIndex("joint" + i.toString()), geometry.getVertexBuffer(attribute), geometry._attributesOffsets[attribute], VertexAttributes.FORMATS[attribute]);
}
var limit:int = _curCloneIndex + _curBatchCount;
count = 0;
// var triCount:int = 0;
for (i = _curCloneIndex; i < limit; i++) {
var joints:Vector.<Joint> = visibleClones[i].renderedJoints;
var jointsLen:int = joints.length;
var baseI:int = count * _numJoints * 3;
for (var j:int = 0; j < jointsLen; j++) {
var joint:Joint = joints[j];
drawUnit.setVertexConstantsFromTransform(baseI+j*3 , joint.jointTransform);
}
count++;
//triCount += protoNumTriangles;
}
// surface.numTriangles = triCount;
}
/**
* @private
*/
override alternativa3d function collectDraws(camera:Camera3D, lights:Vector.<Light3D>, lightsLength:int, useShadow:Boolean):void {
if (geometry == null) return;
//// Calculate joints matrices // this could already done in calculateVisibility? .. later on when implementing ICuller support for clones
/*
for (var child:Object3D = childrenList; child != null; child = child.next) {
if (child.transformChanged) child.composeTransforms();
// Write transformToSkin matrix to localToGlobalTransform property
child.localToGlobalTransform.copy(child.transform);
if (child is Joint) {
Joint(child).calculateTransform();
}
calculateJointsTransforms(child);
}
*/
var totalClones:int = numClones; //numVisibleClones;
visibleClones = clones;
if (totalClones == 0) return;
var minClonesPerBatch:int = _minClonesPerBatch;
var i:int = totalClones;
while (--i > -1) { // later this can be transfered to calculateVisibility phase for pre-culling
var root:Joint = clones[i].root;
if (root.transformChanged) root.composeTransforms();
root.localToGlobalTransform.copy(root.transform);
root.calculateTransform();
calculateJointsTransforms(root);
}
// Now only support 1 surface because usually this is the common case for batching skins anyway
//transformProcedure = surfaceTransformProcedures[0]; // already pre-calculated earlier as highest
//deltaTransformProcedure = surfaceDeltaTransformProcedures[0];
// throw new Error(deltaTransformProcedure);
var surface:Surface = _surfaces[0];
//for (i = 0; i < _surfacesLength; i++) {
//var surface:Surface = _surfaces[i];
// Mouse events (i dun need this so i comment i taway)
//if (listening) camera.view.addSurfaceToMouseEvents(surface, geometry, transformProcedure);
for (var c:int = 0; c < totalClones; c += minClonesPerBatch) {
//count++;
_curCloneIndex = c;
_curBatchCount = totalClones - c;
_curBatchCount = _curBatchCount > minClonesPerBatch ? minClonesPerBatch : _curBatchCount;
//if (_curBatchCount == 0) throw new Error("AWTAW");
outputSurface.numTriangles = surface.numTriangles *_curBatchCount; // surface.numTriangles * _curBatchCount - lastNumAddTriangles + addNumTriangles;
outputSurface.material.collectDraws(camera, outputSurface, geometry, lights, lightsLength, useShadow, objectRenderPriority);
// traceStr += "\n"+ (surfaceMeshesLen * _curBatchCount-_offsetNumMeshes) + "," + addNumMeshes + " , " + _offsetNumMeshes + ": "+ _curCloneIndex + ", "+_curBatchCount + " | "+outputSurface.indexBegin + " + "+outputSurface.numTriangles + ", "+surface.numTriangles + " >> " +addNumTriangles;
/*
lastNumAddTriangles = addNumTriangles;
spillOverMeshes = gotRemainder ? surfaceMeshesLen - addNumMeshes : 0;
_offsetNumMeshes = addNumMeshes;
*/
// Uncomment this if you relying on mouse events!
// if (listening) camera.view.addSurfaceToMouseEvents(outputSurface, geometry, transformProcedure);
}
//}
}
// duplicate from skin.as
private function calculateTransformProcedure(maxInfluences:int, numJoints:int):Procedure {
var res:Procedure = _transformProcedures[maxInfluences | (numJoints << 16)];
if (res != null) return res;
res = _transformProcedures[maxInfluences | (numJoints << 16)] = new Procedure(null, "SkinTransformProcedure");
var array:Array = [];
var j:int = 0;
for (var i:int = 0; i < maxInfluences; i ++) {
var joint:int = int(i/2);
if (i%2 == 0) {
if (i == 0) {
array[j++] = "m34 t0.xyz, i0, c[a" + joint + ".x]";
array[j++] = "mul o0, t0.xyz, a" + joint + ".y";
} else {
array[j++] = "m34 t0.xyz, i0, c[a" + joint + ".x]";
array[j++] = "mul t0.xyz, t0.xyz, a" + joint + ".y";
array[j++] = "add o0, o0, t0.xyz";
}
} else {
array[j++] = "m34 t0.xyz, i0, c[a" + joint + ".z]";
array[j++] = "mul t0.xyz, t0.xyz, a" + joint + ".w";
array[j++] = "add o0, o0, t0.xyz";
}
}
array[j++] = "mov o0.w, i0.w";
res.compileFromArray(array);
res.assignConstantsArray(numJoints*3 );
for (i = 0; i < maxInfluences; i += 2) {
res.assignVariableName(VariableType.ATTRIBUTE, int(i/2), "joint" + i);
}
return res;
}
/*
private function calculateDeltaTransformProcedure(maxInfluences:int):Procedure {
var res:Procedure = _deltaTransformProcedures[maxInfluences];
if (res != null) return res;
res = new Procedure(null, "SkinDeltaTransformProcedure");
_deltaTransformProcedures[maxInfluences] = res;
var array:Array = [];
var j:int = 0;
for (var i:int = 0; i < maxInfluences; i ++) {
var joint:int = int(i/2);
if (i%2 == 0) {
if (i == 0) {
array[j++] = "m33 t0.xyz, i0, c[a" + joint + ".x]";
array[j++] = "mul o0, t0.xyz, a" + joint + ".y";
} else {
array[j++] = "m33 t0.xyz, i0, c[a" + joint + ".x]";
array[j++] = "mul t0.xyz, t0.xyz, a" + joint + ".y";
array[j++] = "add o0, o0, t0.xyz";
}
} else {
array[j++] = "m33 t0.xyz, i0, c[a" + joint + ".z]";
array[j++] = "mul t0.xyz, t0.xyz, a" + joint + ".w";
array[j++] = "add o0, o0, t0.xyz";
}
}
array[j++] = "mov o0.w, i0.w";
array[j++] = "nrm o0.xyz, o0.xyz";
res.compileFromArray(array);
for (i = 0; i < maxInfluences; i += 2) {
res.assignVariableName(VariableType.ATTRIBUTE, int(i/2), "joint" + i);
}
return res;
}
*/
}
import alternativa.engine3d.alternativa3d;
import alternativa.engine3d.core.Object3D;
use namespace alternativa3d;
/**
* ...
* @author Glenn Ko
*/
class SkinClone
{
public var root:Joint;
public var renderedJoints:Vector.<Joint>;
alternativa3d var index:int;
public function SkinClone()
{
}
}