package

{

   import flash.display.Sprite;

   import flash.events.*;

   import sandy.core.Scene3D;

   import sandy.core.data.*;

   import sandy.core.scenegraph.*;

   import sandy.materials.*;

   import sandy.materials.attributes.*;

   import sandy.primitive.*;

   import sandy.parser.*;

 

   public class tea3d extends Sprite

   {

      private var scene:Scene3D;

      private var camera:Camera3D;

      private var pot:Shape3D;

 

      public function tea3d()

      {

        var parser:IParser = Parser.create("forMenu.ASE",Parser.ASE );

 

        parser.addEventListener( ParserEvent.FAIL, onError );

        parser.addEventListener( ParserEvent.INIT, createScene );

        parser.parse();

      }

 

      private function onError( pEvt:ParserEvent ):void

      {

            trace("there is an error il loading you stuff");

      }

 

 

      // Create the scene graph based on the root Group of the scene

      private function createScene(p_eEvent:ParserEvent ):void

      {

         camera = new Camera3D( 300, 300 );

         camera.y = 30;

         camera.z = -200;

 

         // Create the root Group

         var g:Group = Group( p_eEvent.group);

 

         pot = g.getChildFromId(1) as Shape3D;

         pot.x = 0;

 

         var materialAttr:MaterialAttributes = new MaterialAttributes(new LightAttributes( true, 0.2 ) );

         var material:Material = new ColorMaterial( 0xE0F87E, 0.9, materialAttr);

         material.lightingEnable = true;

         var app:Appearance = new Appearance( material);

 

         pot.appearance = app;

 

         scene = new Scene3D( "scene", this, camera, g );

 

         // Listen to the heart beat and render the scene

         addEventListener( Event.ENTER_FRAME, enterFrameHandler );

      }

 

      // The Event.ENTER_FRAME event handler tells the world to render

      private function enterFrameHandler( event : Event ) : void

      {

         pot.pan +=3;

         scene.render();

      }

   }

}

pot = g.getChildFromId(1) as Shape3D;