Hi guys, For a programming class (Visualization in Science and Engineering), I need to write a Mathematica module that will essentially be a guided exploration to implement a specifc algorithim in Mathematica. I want to do something bioinformatics-related, so I was wondering what algorithim lends itself to a simple, but non-trivial, exploration. Mathematica can do some pretty intense mathematical stuff (That's what it was made for, duh), but it's also great at visualization. This project is meant to be for students in a variety of science and engineering fields, so shouldn't rely on more than high school biology. It should be a derivation of the algorithim from first principles for a special case and then a generalization. Check out http://www.owlnet.rice.edu/~comp260/ for some examples of the kind of stuff he wants us to write (You need Mathematica to view them). Does any body have any ideas as to what algorithim I might use? I haven't done much in bioinformatics, so I'll need an explanation of the algorithim or a reference to a book or journal article. Thanks for the help, -- -> -\-=-=-=-=-=-=-=-=-=-/^\-=-=-=<*><*>=-=-=-/^\-=-=-=-=-=-=-=-=-=-/- <- -> -/-=-=-=-=-=-=-=-=-=/ { Rahul -<>- Jain } \=-=-=-=-=-=-=-=-=-\- <- -> -\- "I never could get the hang of Thursdays." - HHGTTG by DNA -/- <- -> -/- http://photino.sid.rice.edu/ -=- mailto:rahul-jain at usa.net -\- <- |--|--------|--------------|----|-------------|------|---------|-----|-| -----BEGIN GEEK CODE BLOCK----- Version: 3.1 GED/S/CS/MD/M/P/O/U/! d->-- s:-(--) a--->? C++(+++)$ UL++++$ P+++$>++++ L+++$>++++ !E--(----)? W++$>+++ N+(--) o>++++$ K? !w---()>? !O? M+ !V--? !PS+? PE+() Y+(++) PGP>+ t !5-->? !X-- R>+ !tv-(+) b+>++ DI+(+++)>++++ D++@>$ G e(*)>++++>+++++>$ h-()>++ r? y? ------END GEEK CODE BLOCK------ See also: http://www.hewgill.com/ogr/ http://www.douglasadams.com Version 11.423.999.210000101.23.50110101.042 (c)1996-1999, All rights reserved. Disclaimer available upon request.