Examples of com.jme3.export.binary.BinaryExporter

com.jme3.effect.EmitterSphereShape
Exports to the jME Binary Format. Format descriptor: (each numbered item denotes a series of bytes that follows sequentially one after the next.)
1. "number of classes" - four bytes - int value representing the number of entries in the class lookup table.

CLASS TABLE: There will be X blocks each consisting of numbers 2 thru 9, where X = the number read in 1.

2. "class alias" - 1...X bytes, where X = ((int) FastMath.log(aliasCount, 256) + 1) - an alias used when writing object data to match an object to its appropriate object class type.

3. "full class name size" - four bytes - int value representing number of bytes to read in for next field.

4. "full class name" - 1...X bytes representing a String value, where X = the number read in 3. The String is the fully qualified class name of the Savable class, eg "com.jme.math.Vector3f"

5. "number of fields" - four bytes - int value representing number of blocks to read in next (numbers 6 - 9), where each block represents a field in this class.

6. "field alias" - 1 byte - the alias used when writing out fields in a class. Because it is a single byte, a single class can not save out more than a total of 256 fields.

7. "field type" - 1 byte - a value representing the type of data a field contains. This value is taken from the static fields of com.jme.util.export.binary.BinaryClassField.

8. "field name size" - 4 bytes - int value representing the size of the next field.

9. "field name" - 1...X bytes representing a String value, where X = the number read in 8. The String is the full String value used when writing the current field.

10. "number of unique objects" - four bytes - int value representing the number of data entries in this file.

DATA LOOKUP TABLE: There will be X blocks each consisting of numbers 11 and 12, where X = the number read in 10.

11. "data id" - four bytes - int value identifying a single unique object that was saved in this data file.

12. "data location" - four bytes - int value representing the offset in the object data portion of this file where the object identified in 11 is located.

13. "future use" - four bytes - hardcoded int value 1.

14. "root id" - four bytes - int value identifying the top level object.

OBJECT DATA SECTION: There will be X blocks each consisting of numbers 15 thru 19, where X = the number of unique location values named in 12.
15. "class alias" - see 2.

16. "data length" - four bytes - int value representing the length in bytes of data stored in fields 17 and 18 for this object.

FIELD ENTRY: There will be X blocks each consisting of numbers 18 and 19

17. "field alias" - see 6.

18. "field data" - 1...X bytes representing the field data. The data length is dependent on the field type and contents.
@author Joshua Slack

  public static void startApp(){
    app.startCanvas();
    app.enqueue(new Callable<Void>(){
      public Void call(){
        if (app instanceof SimpleApplication){
          SimpleApplication simpleApp = (SimpleApplication) app;
          simpleApp.getFlyByCamera().setDragToRotate(true);
          String assdir =  new File(workspace).getAbsolutePath();
          app.setAssetsPath(assdir);
        }
        return null;
      }

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     * Attaches Statistics View to guiNode and displays it on the screen
     * above FPS statistics line.
     *
     */
    public void loadStatsView() {
        statsView = new StatsView("Statistics View", assetManager, renderer.getStatistics());
//         move it up so it appears above fps text
        statsView.setLocalTranslation(0, fpsText.getLineHeight(), 0);
        guiNode.attachChild(statsView);
    }

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        listener = new Listener();
        ar.setListener(listener);
        
        // init StateManager ----------------------------
        stateManager = new AppStateManager(this);
        
        // simple Init ----------------------------------
        guiNode.setQueueBucket(Bucket.Gui);
        guiNode.setCullHint(CullHint.Never);
        //loadFPSText();

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    private void setColor(Node node, ColorRGBA color){
  for(int i = 0; i < node.getQuantity(); i++){
      Spatial spatial = node.getChild(i);
      if(spatial instanceof Geometry){
                //Material material = new Material();
                AssetManager assetManager = JmeSystem.newAssetManager(Thread.currentThread().getContextClassLoader().getResource("com/jme3/asset/Desktop.cfg"));
                Material material = new Material(assetManager, "Common/MatDefs/Misc/SolidColor.j3md");
                material.setColor("m_Color",color);
                //Material geomMaterial = ((Geometry)spatial).getMaterial();
                spatial.setMaterial(material);
                System.out.println("Spatial: "+spatial.getName());

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     * Sets the color of the geometries of the children and home.
     * Note, this is a recursive method.
     * @param node the node that contains children
     **/
    private void setColor(Geometry geometry, ColorRGBA color){
        AssetManager assetManager = JmeSystem.newAssetManager(Thread.currentThread().getContextClassLoader().getResource("com/jme3/asset/Desktop.cfg"));
        Material material = new Material(assetManager, "Common/MatDefs/Misc/SolidColor.j3md");
        material.setColor("m_Color",color);
        geometry.setMaterial(material);
        System.out.println("Spatial: "+geometry.getName());
    }

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    //bgNode.attachChild(sky);


    sphere.updateModelBound();
    sphere.setQueueBucket(Bucket.Sky);
    Material sky = new Material(assetManager, "Common/MatDefs/Misc/Sky.j3md");
    TextureKey key = new TextureKey("Textures/Sky/Stars.dds", true);
    key.setGenerateMips(true);
    key.setAsCube(true);
    Texture tex = assetManager.loadTexture(key);
    sky.setTexture("m_Texture", tex);
    sky.setVector3("m_NormalScale", Vector3f.UNIT_XYZ);
    sphere.setMaterial(sky);
    sphere.setCullHint(Spatial.CullHint.Never);

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        // init Audio ----------------------------------
        // edited by floh -- 31/10/2011
        ar = JmeSystem.newAudioRenderer(settings);
        ar.initialize();


        listener = new Listener();
        ar.setListener(listener);
        
        // init StateManager ----------------------------
        stateManager = new AppStateManager(this);

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            Spatial spatial = assetManager.loadModel(obj);
            //Material mat = new Material(assetManager, "Common/MatDefs/Misc/ShowNormals.j3md");
            //spatial.setMaterial(mat);
            node.attachChild(spatial);


      node.setModelBound(new BoundingSphere());
      node.updateModelBound();
  } catch (Exception e) {
            e.printStackTrace();
      //logger.logp(Level.SEVERE, this.getClass().toString(),"loadNode()", "Exception", e);
      node = null;

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    entities.add(entity);
    mapNode.attachChild(entity);
  }
  
  public CollisionResults getCollisions(Ray ray) {
    CollisionResults results = new CollisionResults();
    mapNode.collideWith(ray, results);
    return results;
  }

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        flame.setSelectRandomImage(true);
        flame.setStartColor(new ColorRGBA(1f, 0.4f, 0.05f, 1f));
        flame.setEndColor(new ColorRGBA(.4f, .22f, .12f, 0f));
        flame.setStartSize(1.3f);
        flame.setEndSize(2f);
        flame.setShape(new EmitterSphereShape(Vector3f.ZERO, 1f));
        flame.setParticlesPerSec(0);
        flame.setGravity(-5f);
        flame.setLowLife(1f);
        flame.setHighLife(1f);
        flame.setInitialVelocity(new Vector3f(0, 7, 0));

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