libballistics

Looking for an efficient and reliable external ballistics library? Look no further than libballistics! This C-based library is completely free and offers top-of-the-line performance. Originally developed by Derek Yates, the library has undergone a complete rewrite and is now known as libballistics.

Built on a foundation of widely-accepted mathematical formulas, libballistics is capable of calculating bullet path for any given projectile. The library comes loaded with a variety of functions to adjust for environmental conditions, conversions, and even support stepped ballistic coefficients.

And the best part? libballistics has been designed with efficiency in mind. The library uses autoconf and is incredibly CPU and memory efficient, which means it runs seamlessly on any platform, including mobile devices.

With support for standard drag models (G1-G8) and calculations for most common forms of output, libballistics is the perfect choice for any software developer looking for a powerful and versatile ballistics library. The solution method employed by libballistics is based on the common "3 degrees of freedom" analysis found in many commercial tools....and remember, libballistics is developed and licensed under the terms of the GNU Lesser General Public License!