Hi Its the 'C library for numerical analysis' guy again.
I've tested the differential equation solver for Ocatve (lsode) vs my own with these results: executing an ode solver 1000 times on my P4 1.8: 22 seconds for Ocatve (i think euler method) 8 seconds for my library's euler method 12 seconds for my library's runge kutta order 2 22 seconds for my library's runge kutta order 4 so my estimation is that my library is at least twice as fast as octave which makes it at least as fast as Matlab (which is also twice as fast as Octave). I'll also tell the Octave team maybe they will want to link up. about the packaging: deb, rpm, key, signature? I pretty much gave up. I'll leave it up to someone else. If anyone's interested my projects homepage is: http://numerical.port5.com Sourceforge are taking their time activating my project. __________________________________ Do you Yahoo!? Yahoo! Photos: High-quality 4x6 digital prints for 25ยข http://photos.yahoo.com/ph/print_splash
