easchersim 0.4.post1

A Simulator for Cherenkov photon production and atmopheric transport for Extensive Air Showers

EASCherSim

This is the release of EASCherSim!

This tool simulates the cherenkov light emission for extensive airshowers with trajectories below and above the limb as a full Monte Carlo simulation. As a result it provides the photon spatial, time and angular distribution at the detection plane. The tool has the option to take the effect of a magnetic field into account. Various plots can be automatically produced and the results can be saved into root format.

Installation

EASCherSim is available through pip or conda.

python3 -m pip install EASCherSim
conda install EASCherSim (not done yet)

Note: We recommand the conda install as this option will also install the root which is as of now the only implemeted output format.

Usage

Create a configuration file

The command line simulator uses store simulation settings in an ini file (read by configparser). To generate a configuration file run the following, with your choice of file name. All option can be specified via argument as well (see help menu for details).

easchersim make-config my_config_file.ini

Run cherenkov simulation

Simulate cherenkov photons at detection plane

easchersim run my_config_file.ini

Documentation

The sphinx documentation is available at GitLab

Help Documentation

Use the -h flag for documentation.

$ easchersim --help
usage: easchersim [OPTIONS] COMMAND [ARGS]

OPTIONS:
  -h, --help         show this help message and exit

COMMANDS:
  {run,make-config}
    run              run easchersim for settings from configuration file
    make-config      Produce configuration file from default and/or given parameters.

Help documentation is also available for the commands (run and make-config).

$ easchersim make-config -h
$ easchersim run -h

Uninstall

python3 -m pip uninstall easchersim
conda uninstall easchersim

Download & Build

Clone the Repository (for development)

1. git clone https://gitlab.com/c4341/easchersim.git
2. cd easchersim
3. python3 -m pip install -e .