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GNU Scientific Library Reference Manual - Third Edition 3rd Revised ed. Edition
- ISBN-100954612078
- ISBN-13978-0954612078
- Edition3rd Revised ed.
- PublisherNetwork Theory Ltd.
- Publication dateJanuary 1, 2009
- LanguageEnglish
- Dimensions5.98 x 1.32 x 9.02 inches
- Print length592 pages
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Product details
- Publisher : Network Theory Ltd.; 3rd Revised ed. edition (January 1, 2009)
- Language : English
- Paperback : 592 pages
- ISBN-10 : 0954612078
- ISBN-13 : 978-0954612078
- Item Weight : 1.81 pounds
- Dimensions : 5.98 x 1.32 x 9.02 inches
- Best Sellers Rank: #4,249,756 in Books (See Top 100 in Books)
- #801 in Mathematics Reference (Books)
- #820 in C Programming Language
- #1,737 in Mathematical & Statistical Software
- Customer Reviews:
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Basically, the library is worthless for me because the license demands that any project in which the library is used must carry the same license -- it must become open source. If I had done my research ahead of time, I'd have discovered that fact and not wasted money on a book that will go on the shelf and never be used.
Looks like I'm back to writing my own numerical routines.
Galassi et al have provided many examples to illustrate generic uses for library functions. Knowlege of C-programming is required, especially pointers and structures. The manual is available for free on the web, but the printed edition is bound and convenient to read. Plus, GSL is free and open-source, and buying this manual throws some cash the developers' way.
It's unlikely that the manual will be outdated anytime soon, as GSL developers are satisfied with the library and don't plan to make any major changes (or so they say on their website) apart from minor bugfixes.
Among a few issues with GSL are that GSL's handling of complex datatypes is a little clumsy IMHO, and their matrix diagonalization routines are not so great, and only work for hermitian matrices. Of course, you can use LAPACK for non-hermitian matrices. Also, they should provide some tips and tricks used to simplify programs using GSL.
I've tried out their BLAS stuff, their ODE integrators (they have rk4 & 5, Prince Dormand, Gaussian integration stuff and Bulirsch-Stoer), their special functions and their quadrature stuff. The libraries seem pretty thread safe (as they say) as I'm running them on SMP systems and haven't have any problems yet.
Overall, fine work.
