A software package that provides a completely pythonic workflow for the analysis of spectropolarimetric observations of astronomical sources (for example, data aquired using instruments such as ESPaDOnS at CFHT, Narval at TBL, etc). It is designed to provide a single, user-friendly pipeline from telescope to science product. More information here.
GitHub repository and documentation (still work in progress)
A package for the reduction of spectroscopic data obtained with the spectrographs of the SARA Observatory
GitHub repository and documentation (still work in progress)
Video tutorials for reduction and for detailed observing procedure (still work in progress)
3D field extrapolation, ADM/RRM magnetospheric structure, and radiative transfer tools.
With documentation, tutorials, python post-processing tools, and X-ray expansion by V. Petit and C. Russell
GitHub repository and documentation (still work in progress)
Pedagogical description of force-free field extrapolation (with source radius) and field line tracing. Includes lecture notes.
GitHub repository and documentation (still work in progress)
Set of codes from Petit & Wade 2011 that were used in Petit+2019 for the upper limits for the MiMeS sample of O-type stars
GitHub repository and documentation (still work in progress)
Some tools to batch process NICER data (with nicerl2 and xselect), and analyze the background contamination.
GitHub repository and documentation (still work in progress)
Set up a gitHub repository with Sphinx documentation (API from docstring and jupyter notebook tutorials) hosted on gitHub pages: https://github.com/veropetit/gradTutorial
Work in progress...