- libamtrack provides computational routines for the prediction of detector response and radiobiological efficiency in heavy charged particle beams.
- libamtrack is designed for research in proton and ion dosimetry and radiotherapy.
- libamtrack also provides many auxiliary routines for the work with proton and ion beams.
- libamtrack is a program library.
- libamtrack works both under Linux, Windows, and Mac OS.
- libamtrack is written in ANSI C.
- libamtrack is free, open-source software under GNU GPL licence.
- libamtrack is intended to facilitate the comparison of and the communication on amorphous track models for particle beam research.
libamtrack is a program library and cannot be run as a single executable. A number of interfaces is provided with different complexities depending on your needs and experience. They are given below in order of complexity. Please be aware that for option (iv)-(vi) the GNU Scientific Library (GSL) has to be installed on your system. Refer to README_DEVELOPERS on how to do that.
The web interface covers a subset of libamtrack functions for easy access and can be found on libamtrack's website: https://libamtrack.github.io/web/. The sources can be found at (/distributions/JavaScript). The interface development was started by Christoph Kolb within his Bachelor thesis and consolidated by Leszek Grzanka.
To access (almost any) function of libamtrack, we recommend to use the R environment. libamtrack is a contributed package (http://cran.r-project.org/web/packages/libamtrack) on the Comprehensive R Archive Network (CRAN, http://cran.r-project.org) and can easily be installed and used from within R. It comes with documentation.
libamtrack comes with a collection of wrappers for Python and Matlab (/distributions/Python, /distributions/Matlab).
If you want to use libamtrack in your own code, please try to use the precompiled binaries (incl. headers) for your OS (Win, Mac OS X) are found on libamtrack's website. In case you are running Linux (or some exotic OS) you will have to compile and install libamtrack using autotools. But in the future, rpm/deb packages will be provided.
If you want to compile it on your own latest source code of libamtrack, please use this to build and install according to your OS.
Requirements:
- git
- gcc
- libtool
- gfortran
- libgsl-dev
- cmake
Get the latest source code of the libamtrack:
git clone https://github.com/libamtrack/library.git
Go to library
directory and then create build
directory:
cd library && mkdir build
Generate build files for the libamtrack:
cmake -S . -B build
Build the libamtrack:
cmake --build build --parallel
Install the libamtrack:
cmake --install build
Get first the MSYS2 and please follow the installation guide.
Requirements:
- git
- gcc
- libtool
- mingw-w64-x86_64-gcc-libgfortran
- mingw-w64-x86_64-gsl
- cmake
Get the latest source code of the libamtrack:
git clone https://github.com/libamtrack/library.git
Go to library
directory and then create build
directory:
cd library && mkdir build
Generate build files for the libamtrack:
cmake -S . -B build
Build the libamtrack:
cmake --build build --parallel
Install the libamtrack:
cmake --install build
Get first the Homebrew to install the required packages.
Requirements:
- git
- gcc
- libtool
- gsl
- cmake
Get the latest source code of the libamtrack:
git clone https://github.com/libamtrack/library.git
Go to library
directory and then create build
directory:
cd library && mkdir build
Generate build files for the libamtrack:
cmake -S . -B build
Build the libamtrack:
cmake --build build --parallel
Install the libamtrack:
cmake --install build
Everybody is welcome to read, use and modify (preferably to improve) the code according to GNU GPL 3.
- The libamtrack manual is found here: /docs/libamtrackManual.pdf