TITLE: microsak NAME: Andre Kaempfer COUNTRY: Germany EMAIL: schm_hen@studm.hrz.uni-siegen.de TOPIC: Math & Science COPYRIGHT: I submit to the standard raytracing competition copyright JPGFILE: microsak.jpg ZIPFILE: microsak.zip RENDERER USED: PoV-Ray 3.0 TOOLS USED: Moray 2.5, FractInt 18.2 RENDER TIME: eta. 2 hrs,40 min HARDWARE USED: Pentium-133 with 32 Megs IMAGE DESCRIPTION: Microscope with Mandelbrot Fractal Description of how this scene was created : - There is nothing special to say, I used the modeller Moray 2.5 to create the whole scene (That's much easier than typing all these statements and parameters word-by-word.) But nevertheless, that's quite a lot of work for a beginner like me. I took the image (The Microscope, not the Fractal) from a book-cover, and therefore had a good impression of what the whole thing should look like. I didn't calculate any coordinate or vector in the whole scene. I just scaled and trans- lated in such manner, so that it would fit together (or at least seem to fit...). I took the Mandelbrot-fractal from FractInt 18.2 in order to create a small heightfield. Scaling was not as easy as described, because small changes of the "water_level" -parameters tended to cut off too much of my heightfield. Finally I had to fix the Mandelbrot image-map (also done with FractInt) to a sheet of paper (done by using a bezier-patch), but that took quite some time (and patience, I can tell you...). The damn thing was cut off at the edges and some kind of rotated. Translating and scaling helped a bit, but it wouldn't be mapped completely onto the patch yet. Then I changed the image itself, scaling down and centering the Fractal. Now that helped... the scene was finally complete. You see, the whole thing isn't perfect at all, but then again, I'm just a beginner. I have nothing to "teach" other amateurs, except that using a modeller like Moray is a real benefit for all who like using PoV-Ray. Thanks for this great program, and also thanks to you, for creating PoV-Ray...