I'll be going on vacation for a couple of weeks. Before I do, here's my latest work on the subject: <http://groups.yahoo.com/group/boost/files/mpl_math.zip> I've provided the remaining big_integral operations (divide, modulus, gcd, and lcm) as well as an absolute-value operation. I've had to split the example program up, however, because the compilers I'm using choke if I don't. In fact, only MSVC 7.1, which is optimized for Windows, succeeds with the single example lcm operation. AFAICT the only way I can improve the performance of the operations is by using more efficient algorithms than the schoolbook ones I'm currently using. --- Aleksey Gurtovoy <agurtovoy@meta-comm.com> wrote:
Within the wrapper struct, in form of a conversion operator, so we can write something like
typedef float_<2,718281828> e; std::cout << e;
I've gotten the syntax down to: typedef rational_c<int,positive_sign,4,5,8>::type shoe_size; std::cout << shoe_size(); This is also true for fraction_c and big_integral. --- I wrote:
BTW, how and where should I provide MPL lambda support, if at all? Admittedly I have no idea how that works.
Okay, I now remember what my Lisp teacher told me about lambda expressions, and from delving deeper into the source I have a better idea how MPL lambda works. I should be back from vacation right after the new version of MPL becomes available. Cromwell Enage __________________________________ Do you Yahoo!? Yahoo! Mail - 50x more storage than other providers! http://promotions.yahoo.com/new_mail