cschwan

3 ms·

1.
by cschwan 11y ago
Compile time is the most efficient way (IMO) to deal with all the types that can appear (also in intermediate steps of a calculation). I found this idea first realized in this implementation: https://github.com/JaapSuter&#x2
2.
by cschwan 11y ago
German here. I got addicted to it when, as a teenager, I saw them in our local library. The 3D covers of the "silver books" really got my attention! Inside they had, in addition to the story, extremely detailed cross sections of t
3.
by cschwan 11y ago
This is a really great book! It covers a lot of physics and gives plenty of insight on the relation of geometry and physics. It even made me program this library: https://github.com/cschwan/hep-ga (shameless self-adver
4.
by cschwan 11y ago
I guess this could be related to my question I asked some time ago on SO: http://stackoverflow.com/questions/25668600/is-1-0-a-valid-o...
5.
by cschwan 12y ago
Did anyone find the authors commits in glibc's repository? Would be nice to know what he really changed and when.
6.
by cschwan 12y ago
Thanks for the pointer!
7.
by cschwan 12y ago
How would concepts simplify this?
8.
by cschwan 12y ago
"Relaxed requirements for constexpr" is an item that I wish would have gone into C++11. Once have you multiple code paths and need to loop over variables constexpr functions get really unreadable. One thing the C++ standard librar
9.
by cschwan 12y ago
The techniques he used are very similar to "Expression templates". If you are a C++ programmer and haven't heard of it, look it up. There are not many libraries actually making use of it, but Boost uBLAS is an example. I thin