Blue by Byteland
----------------------------------------------------------------------------- ___ __ _ ____ ╠ª »»ª_ ╠ªª ªª ____ªªª_ _ª»ª_ ªª _ª»»ª_ _ª» ªª ªª»ª_ ªªª ╠ªªªª ╠ªª »»ªª ╠ªª ╠ªªªª ╠ªª ªª ªª ªª╠ªª ªª ªªª ªª »ªª_ ªª ╠ªª ªª _ ªªª »» _ªª ╠ªª ╠ªª ªª ╠ªª ╠ªª»»ª_ __ »»ªª ╠ªª ªª»»ª ªªª _ª»»ªª ªªª ªª╠ªª ╠ªª ªªª ╠ªªªª ªª ╠ªª ªª __ ╠ªª ╠ªª ╠ªª╠ªª ╠ªª╠ªª ╠ªª ╠ªª ªª ╠ªª ªª ªª ╠ªª ╠ªªªª ___ ╠ªª ╠ªª╠ªª ╠ªª ªª ªª »ª__ª» »ª_ª» ªª ªª ªª »ªªª»»» »ª__ª»ª ªª ªª╠ªª_ª» ª» »»» »<genom>»»» ----------------------------------------------------------------------------- =-AbOuT '.blue.'-= ----------------------------------------------------------------------------- It's my first 4kB ever and it looks quite fine. It took me over 2 months to finish it because I'm quite lazy and prefer to do nothing that to code :-) You can say: "Two months? It's just ridiculous!". Well, I have to say that when I started I hadn't had any contact with assembler before. So I was doing two big things together: learning asm and coding this intro. But soon it turned out that asm is a very powerfull tool and it isn't very hard to learn it. So, here it is... As you have probably noticed I managed to put several effects in ".blue.". What you have here is: - roto-zoomer, - environment mapping, - voxel julia for f(z)=z^2+c and - voxel julia for f(z)=z^3+c. I think it's not bad. Notice that there's a very big difference between z^2 and z^3 when z is a complex number. So both Julia fractals aren't similar when you have to code the main alghoritm. Just try to do it by yourself and you will see that it isn't simple. If you'd like to contact me for some technical info about .blue. you can mail or e-mail me. ----------------------------------------------------------------------------- My addy: Fugaz/ByteLanD Wiktor Zychla ul.Meczennikow Oswiecimskich 21/14 68-200 Zary POLAND wzychla@gate.math2.us.edu.pl -----------------------------------------------------------------------------
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