Extra credit item #1, 2 points look up a different (cxmin,cymin),(cxmax,cymax) bbox (bounding box), with SMALLER values than (-2,-1) and (1,1), and compute a different fractal this is how very pretty zooms are created Eg. this image [from www.nahee.com] lists 9 different (cxmin,cymin) pairs [you need to add a small step, eg. 0.001, to (cxmin,cymin) to get (cxmax,cymax), you can pick one of them and modify the values slightly and arrive ata bbox that produces a nice image. You can Google search for similar pages that list more such interesting areas to explore. For this extra credit, you need to pick just one new region, and use it to create one new image that is different from the (-2,-1).(1,1) one shown above. Extra credit item #1, 2 points look up a different (cxmin,cymin),(cxmax,cymax) bbox (bounding box), with SMALLER values than (-2,-1) and (1,1), and compute a different fractal this is how very pretty zooms are created Eg. this image [from www.nahee.com] lists 9 different (cxmin,cymin) pairs [you need to add a small step, eg. 0.001, to (cxmin,cymin) to get (cxmax,cymax), you can pick one of them and modify the values slightly and arrive ata bbox that produces a nice image. You can Google search for similar pages that list more such interesting areas to explore. For this extra credit, you need to pick just one new region, and use it to create one new image that is different from the (-2,-1).(1,1) one shown above