The R3BRoot software is based on the FairRoot framework and can be used to perform Monte Carlo simulations and experimental data analysis of the R3B (Reactions with Relativistic Radioactive Beams) nuclear physics experiments at the FAIR research center (Facility for Antiproton and Ion Research).
This repository contains all the parameters, ROOT geometries and input files needed by R3BRoot for the simulation and data analysis of the different experiments.
For the software-related user support you can post a new topic on our forum.
R3BParams_workshop is distributed under the terms of the GNU General Public Licence version 3 (GPLv3).
git clone https://github.com/R3BRootGroup/R3BParams_workshop.git
cd R3BParams_workshopFirst, fork the main repository of parameters from the GitHub account and then download it as follows
git clone https://github.com/user_name/R3BParams_workshop.git
cd R3BParams_workshopNow when your origin points to your fork. You need to add the main repo to your remotes as well. You should have "origin --> you fork" and "mainrepo --> the main repo".
git remote add mainrepo git@github.com:R3BRootGroup/R3BParams_workshop.git
git fetch mainrepoSync your feature branch
As often as possible sync your feature branch with the central dev.
Sync:
git fetch mainrepo
git checkout feature_branch
git rebase mainrepo/dev-
Resolve conflicts if any.
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Stage each modified file "git add <file_name>" after conflicts are resolved.
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You can also use "git checkout --theirs/--ours " to help to resolve conflicts.
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Use "git rebase --continue" to continue rebasing.
Push to your remote clone:
git push originBefore running your analysis macros, load the path to parameter files using the config.sh script:
source config.sh Please ask your questions, request features, and report issues by creating a github issue.
- detector_geo_v$.par ($=version number)
- detector_mapping_v$.par
- detector_cal_v$.par
- detector_hit_v$.par