render method

	//this is a hack till we put level generator into an assetManager loader
	private void firstFrame(){

		LG = new LevelGenerator(game, entities, this);
		hero = new Hero(game,rayHandler,"data/Entities/Gruddsheet.png",2,1,1, camera.viewportHeight / 2,1f,1f);

		entities.add(this.hero);
		entities.add(new backgroundobject(game, "data/SCARYCASTLE.png",5f,0f,0f));


		LG.createNewLevel();
		entities.addAll(LG.levelPass);


        sun = new DirectionalLight(rayHandler, Gdx.graphics.getHeight(), new Color(1f,1f,1f,SUN_INTENSITY), -90f);
        firstframed = true;
	}


	@Override
	public void render(float delta) {
		if(endgame == true){
			EndGame();
		}

		if(!firstframed){
			firstFrame();
		}



		accumulator += delta;
		int ticks = 0;
		while(accumulator>1/TIMESTEP){
			ticks += 1;
			entities.addAll(spawnqueue);
			for(Entity e : deathrow){
				e.dispose();
			}
			entities.removeAll(deathrow);
			spawnqueue = new ArrayList<Entity>();
			deathrow = new ArrayList<Entity>();



			if(LEVEL_MAINTENANCE_TICK == 0f ||(new Random()).nextFloat() < LEVEL_MAINTENANCE_TICK){

				//Note: Using dst2 for calculating this distance causes the stasis field to be circular
				//which can cause some weird effects in our world of axis aligned bounding boxes
				//if you can be bothered, changing this to absolute distances on both axes would probably
				//reduce the occurrence of events like objects falling through each other at the edge of
				//the stasis field
				int killLimit = MAX_STASIS_SHIFTS_PER_TICK;
				Vector2 hPos = new Vector2(hero.bound.x,hero.bound.y);
				for(Entity e : entities){
					Vector2 ePos = new Vector2(e.bound.x,e.bound.y);
					if(e instanceof SpriteBody){

						if(ePos.dst2(hPos)>STASIS_DISTANCE){
							if (((SpriteBody) e).body != null) {
								((SpriteBody)e).storeBody();
								world.destroyBody(((SpriteBody)e).body);
							}else{
								@SuppressWarnings("unused")
								String alert = "wtf";
							}
							stasis.add(e);
							killLimit -=1;
							if(killLimit <= 0){
								break;
							}
						}
					}

				}
				entities.removeAll(stasis);
				killLimit = MAX_STASIS_SHIFTS_PER_TICK;
				for(Entity e : stasis){

					Vector2 ePos = new Vector2(e.bound.x,e.bound.y);
					if(e instanceof SpriteBody){
						if(ePos.dst2(hPos)<STASIS_DISTANCE){
							entities.add(e);
							if (e.destroyBody == false) {
								((SpriteBody)e).loadBody(world);
							}

							killLimit -=1;
							if(killLimit <= 0){
								break;
							}
						}
					}
				}
				stasis.removeAll(entities);
				//END CLOSENESS


				Collections.sort(entities,new EntityZComparator());

				System.out.println("FPS:"+1/delta);

			}




			for(Entity e : entities){
				e.update(this, delta);
			}

			sun.setPosition(hero.body.getPosition());


			world.step(1/TIMESTEP, 6, 2);
			if(startgame){
				accumulator -= 1/TIMESTEP;
			}else{
				accumulator = 0f;
			}



		}







		camera.position.set(camPos.x,camPos.y,0f);
		camera.update();

		batch.setProjectionMatrix(camera.combined);

		rayHandler.setCombinedMatrix(camera.combined);
		Gdx.gl.glClearColor(0.12156f,0.23529f,0.44140f,1);
		Gdx.gl.glClear(GL10.GL_COLOR_BUFFER_BIT);




		batch.begin();
		   for(Entity e : entities){
					e.draw(batch);
			}


		batch.end();


        m_fbo = new FrameBuffer(Format.Alpha, (int)((width)*CAMERA_SCALE*SHADOW_RESOLUTION), (int)((height)*CAMERA_SCALE*SHADOW_RESOLUTION), true);
        m_fboRegion = new TextureRegion(m_fbo.getColorBufferTexture());
        m_fboRegion.flip(false, true);


        m_fbo.begin();

        batch.begin();
		   for(Entity e : entities){
				if(!(e instanceof backgroundobject)){
					e.draw(batch);
				}
			}
	        batch.end();
	    m_fbo.end();


		rayHandler.mask = m_fboRegion.getTexture();
		rayHandler.updateAndRender();
		renderer.render(world, camera.combined);
		startgame = true;





	}