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Wow, that looks ridiculously difficult... That'd be interesting to try
and code up, though! Did you end up with a working solution?
Michael Stegeman
Undergraduate Student
University of Missouri-Columbia
816-786-4858
EMAIL:PROTECTED
Stephen Montgomery-Smith wrote:
Michael Stegeman wrote:
Hey, not sure if any of you will find this at all useful or
interesting, but I wrote a program that solves the N-queens problem
using a simulated annealing algorithm very, very quickly. I solved a
100x100 problem in just over 5 minutes, running at 1.83 GHz. If you
download, open up the source file and change "#define N 20" to
whatever number you'd like. Let me know what you think!
I was once involved in a programming competition related to this problem:
http://www.recmath.org/contest/AttackingQueens/Description.html
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