Somewhere in the E.U., le 15/06/2004 Bonjour In article <20040602235400.88511.qmail@web50401.mail.yahoo.com>, Tom Brinkman <reportbase@yahoo.com> wrote:
What is the current status of all Boost mathmatical, statistical and econometric libraries currently in development?
I am still desperately trying to find time to work on special functions. As things look now, the first time slot I have available for this is the last week of July. I *will* work on them, however.
The collection of boost math libraries that are currently included in the library are world-class and provide a wonderful foundation to build-upon.
[collective blush]
However, many areas of advanced statistical and mathmatical inference are not currently being addressed by any of the boost libraries.
Is there currently a way for those boost developers with a background in mathmatics to coordinate their efforts. If not, why not? Lets get such a discussion started.
The main problem is time (see above). Then there are genuine field-specific difficulties, as evidenced by the math constants proposalS.
A continued and regular dialog of mathmatics as it relates to boost library development would be of great use, primaryily to avoid overaping our efforts.
If your a mathmetician and agree with me that boost is a great foundation to build-upon, let the group/me know.
Points for Discussion:
1) We should keep a seperate list of boost::math libraries that are currently under development and provide a forum for advanced discussions. How can we do this?
The usual procedure for all Boost libraries work very well here as well. Several proposals are floated on this list. Usually, when we get to the nitty-gritty, personal E-mails are best, and then the review process is by far the best honing tool before release. Then it's user feedback, and the next iteration.
2) We need a way to attract the best mathmaticians in the world. How can we make the boost libraries an even more attractive development platform for the mathemiticians?
Develop and they will come :-) .
3) We should create a list of mathmatical algorithims and libraries that are needed.
These sporadically appear here. Perhaps a more permanent (if of varying content) document in the Boost distribution would be beneficial?
4) We need some very basic boost specific math-tutorials for our future mathemiticans and potential library writers.
Everybody is welcome to contribute. Even though I have (still) not had the time to look at this, perhaps the wiki could be levered?
5) We need to advertise to the development community about how strong of a foundation boost is for mathmatical library development.
In short, lets tell the world that this is the premiere place for advanced mathmatical library development, as I believe that it could be.
Comments?
Regards, Tom Brinkman
There *are* issues with math development in C++. Some deal with efficiency, and are pointed out in other components of this thread. Others that apparently have not been, requires language support. For instance default template parameters are sadly limited in kind (has this been fixed while I was in Limbo?). Another one (which evades me at the moment, sorry, really need some vacation) involves template functions (but not classes) and either default parameters or overloading. Hubert Holin