BufferedImage cat = SourceOperations.fileSource(exampleImgs + "cat_simple_background.jpg").FileToImg().img();
SourceOperations.generateIntListOp(0, 600, x->x+10) //Generate the different parameters to use
	.monitor(x->System.out.println(x)) //Status update - print out the parameter that is being used
	.map(num->
			SourceOperations.imgSource(cat)
			.maskComposite(
					SourceOperations.imgSource(cat)
					.detectEdges(1, 600-num)
					.img()
					) //Maps the parameter to the actual image
			.img()
			)
	.consume(x->GifUtil.generateGif(x, "example.gif", 25));  //Generates the gif off over the list of images

 
Consumer<List<Object>> r = (arr)->SourceOperations.fileSource(exampleImgs + "BookV1.jpg")
	.FileToImg()  
    	.simpleSharpen() 
    	.tolerancePixelize((int)arr.get(0), (int)arr.get(1)) 
    	.showImage();
//This Control Panel sets up a panel to use for input values to the consumer. The strings are a very basic configuration for the panel controls 
new ControlPanel(r, "Slider Tolerance 1 255", "Slider Pix 1 1100");
	

 SourceOperations.fileSource(exampleImgs + "cat_simple_background.jpg")
	.FileToImg()
	.detectEdges(65, 150) //Use Canny Edge Detection
	.aside(x->x.showImage()) //Show the edges image but continue the operation
	.kernelPixelOperation(4, 4, group->{
		int hits = group.pixels.stream().mapToInt(p->{
			if(p.getColor().equals(Color.black))
				return 0;
			return 1;
		})
		.sum();
		group.pixels.stream().forEach(p->p.setColor(Color.black));
		if(hits>6) {
			 group.getPixels().get(8).setColor(Color.white);
		}
		return group;
	}) //Split the Image into 4x4 kernels and if a kernal contains more than 6 white pixels then mark it as white and make all other black
	.toPixelList()
	.aside(lst->lst.buildOperation(OperationBuilders.PixelListToImage()).showImage()) // Show the image with the condensed points for the edges
	.filter(p->p.color==Color.WHITE.getRGB())
	.map((Function<Pixel,imageOp.Point>)(p->new imageOp.Point(p.x, p.y))) //Convert the white pixels to geometric points
	.buildOperation(points -> new ListOperation(Geometry.delanyTriangulationV2(points))) //Use Delauney triangulation to convert the points to triangles
	.map(t->(IDrawable)t)
	.buildOperation(OperationBuilders.GeometryToImage(474, 842)) //Build the shapes into an image
	.showImage();