Welcome to the repository for the modified version of CRT. This page includes instructions for installation and running the code. A full description of the analysis that uses this code is available in this GAP note (GAP2016_012). Please note development is in early stages, and things are in a state of flux.
The code has been developed and tested on systems running Ubuntu 15 and Debian 8. Assuming one has the necessary dependencies on a Windows or Mac machine, it should run. However, we won't be able to offer any support.
Before we download and compile, please ensure you have the following libraries/packages:
- GNU scientific library
sudo apt-get install libgsl0-dev- Python 3
- SciPy
We've attempted to make use of Python's built in packages as much as possible.
The CRT backend is written in C++ and needs to be compiled. We've been able to do this using g++ without any issues.
makein the root directory.
Some minimal setup is required by the user. In order to generate Monte Carlo samples of potential galactic entry positions, the program must be given observed:
- Auger event ID
- Arrival directions
- Energies
in a columnated text file. The MC.py script is expecting