Data interface for connection interactions of the strong force and beyond to experiments.
Interested in the physics? Take a look at the about page.
This project aims at providing an open-source module for the systematic mapping of BSM-quark-gluon interactions over BSM-nuclear interactions to experimental observables. The primary BSM candidate for the module is mapping DM structures—though different processes like searches for 0𝜈ββ decays are of interested as well. The module is intended to allow setting parameters at the SM-BSM scale to obtain all relevant operators (combined chiral and BSM parameter expansion) in the desired basis to be used in many-nucleon computations. Furthermore, it is intended to collect and connect existing computations to implemented operators. This module is expected to benefit the experimental community in translating measurements to fundamental constraints and helps the high-energy theory community provide input for many-nucleon computations. Systematic improvements in intermediate results, like improvements in the computation of related SM parameters, are intended to be incorporated in a database such that continuous progress will be shared.
This project is work in progress (early alpha). As such, the initial data provided is incomplete. While interest, feedback, and help in any form are appreciated, we emphasize that details may change and advise you not to base your computations on the current state, yet.
This module is pip installable.
pip install [--user] -e .
The -e
option symlinks the install against this folder and is relevant for now.
This installs the strops
command line interface into your Python bin.
The fastest route is copying
cp app/db-config-example.yaml app/db-config.yaml
And change the NAME
value to an absolute path (it does not matter where; the absolute path is crucial if you want to run the CLI from any folder.)
For more advanced options, see also the EspressoDB manual.
Once done, you install tables in the DB by running
strops migrate
To account for changing data structures, this module makes uses of JSONFields
which are enabled through Django's ORM with version 3.1 (currently alpha).
If you want to use a SQLite database as a backend, make sure it has enabled the JSON1 extension.
To inspect the data in the admin interface, you first need to create a superuser
strops createsuperuser
This information is stored in the DB you have specified above.
Initial data is load-in by running
strops initdata
And that's it.
You can launch a server locally by running
strops runserver
Thanks for your interest in contributing! There are many ways to contribute to this project. For now, helping by providing data is of particular interest. In case you want to know more, get started here.
BSD 3-Clause License. See also the LICENSE file.