Support for linear algebra, pseudorandom numbers, and complex mathematical constants.
Most Boost libraries are , meaning they consist of templates and inline functions that do not require separate compilation.
Using Boost allows you to use "future" C++ features today, easing the transition when you eventually upgrade to newer C++ standards. 4. Essential Resources
Simply extract the archive and add the Boost directory to your compiler's include path.
The | Boost C Libraries
Support for linear algebra, pseudorandom numbers, and complex mathematical constants.
Most Boost libraries are , meaning they consist of templates and inline functions that do not require separate compilation.
Using Boost allows you to use "future" C++ features today, easing the transition when you eventually upgrade to newer C++ standards. 4. Essential Resources
Simply extract the archive and add the Boost directory to your compiler's include path.
