root/as3/AS3D/samples/sample01/Sample01.as

package
{
        import as3d.camera.Camera3D;
        import as3d.display.*;
        import as3d.display.primitive.*;
        import as3d.geom.*;
        import flash.display.*;
        import flash.events.*;
        import mx.core.BitmapAsset;
        
        [SWF(width=300, height=300, backgroundColor=0x000000, frameRate=30)]
        public class Sample01 extends Sprite
        {
                [Embed(source="images/texture01.gif")]
                private var Texture:Class;
                
                public function Sample01():void
                {
                        var viewPort:ViewPort3D =
                                new ViewPort3D(0, 0, stage.stageWidth, stage.stageHeight);
                        var scene:Scene3D = Scene3D(addChild(new Scene3D(viewPort)));
                        scene.startRendering();
                        
                        var plane:Plane = Plane(scene.addChild3D(new Plane()));
                        
                        var cone:Cone = Cone(scene.addChild3D(new Cone(100, 50)));
                        cone.shadingType = ShadingType.FLAT;
                        
                        var torus:Torus = Torus(scene.addChild3D(new Torus(20, 40)));
                        torus.shadingType = ShadingType.GOURAUD;
                        torus.texture = BitmapAsset(new Texture()).bitmapData;
                        
                        var camera:Camera3D = scene.camera;
                        camera.lookAt = torus.position;
                        
                        var dld:Vector3D = scene.directionalLight.direction;
                        
                        var angle:Number = 0;
                        
                        addEventListener(Event.ENTER_FRAME, function ():void
                        {
                                torus.rotationX += 2;
                                torus.rotationZ += 4;
                                
                                torus.x = Math.cos(angle    ) * 200;
                                torus.y = Math.sin(angle / 2) * 100 + 150;
                                torus.z = Math.sin(angle    ) * 100;
                                
                                camera.x = Math.cos(-angle / 2) * 400;
                                camera.y = Math.sin(-angle / 4) * 200 + 300;
                                camera.z = Math.sin(-angle / 2) * 200;
                                
                                dld.x = Math.cos(angle);
                                dld.z = Math.sin(angle);
                                
                                angle += 0.05;
                        });
                }
        }
}