A Python library to analyse correlated and autocorrelated data generated from (Markov Chain) Monte Carlo simulations.
The code is publicly hosted on GitHub and the documentation can be found here. To install the library simply type
pip install git+https://github.com/mbruno46/pyobs.git@master#egg=pyobsor download the latest release.
A file format which combines the portability of JSON with the performance of binary IO.
At the moment we offer support (read/write) only for Python. The documentation can be found here.
A Mathematica library to compute the running of the Wilson coefficients for the Weak Hamiltonian.
The software is hosted on github.
A minimalistic static website generator based on Node.js.
The documentation can be found here. It requires Node.js (and npm) to be installed on the computer and it creates a static
website from a single JSON input file.
Several themes, taken from the Bootswatch project, are supported. It can be used both locally or as a GitHub action.
A lightweight and intuitive TeX editor for the everyday physicist. Documentation and software is hosted on github.
A lightweight and intuitive TeX editor for the everyday physicist. tomino is built using Vue3, Vite and Tauri, and supersedes its older predecessor ToM.
A python measurement interface for Grid.
GPT is a Python measurement toolkit built on Grid data parallelism (MPI, OpenMP, SIMD, and SIMT). It provides a physics library for lattice QCD and related theories as well as a QIS module including a digital quantum computing simulator. The code is publicly hosted by C. Lehner.