On Dec 4, 2006, at 9:56 PM, Schrom, Brian T wrote:
I'm interested in it. Also check out the example in the MDC in the vault. _______________________________________________ Unsubscribe & other changes: http://lists.boost.org/mailman/ listinfo.cgi/boost
Hi, Which examples are you referring to? Since there is some (minor) interest in such a library I uploaded a small example of the implementation I use. It does not contain all the integration routines, especially romberg and Monte-Carlo. Before including those, I'd like to get feedback on how people would like to be able to call such a library. Right now it's tuned for my own usage, that's why I used template classes and not just template functions. The main design objective was to be able to use it on any functor inheriting from std::unary_function and any predicate to decide when the required quadrature precision is achieved. There are undoubtedly a lot of room for improvements, but it should perform slightly better than a typical numerical recipes in C algorithm while being a lot more generic (and not involving static local variables ;-) ). Here is the URL http://www.thp.uni-koeln.de/~franck/quadrature.tar.gz Feedback is most welcome, as I'd really love to have a unified, coherent approach to achieving quadrature in C++. Best Regards, Franck