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Pipeline Operations Planner (POP) plugin for POPPy framework

Astronomical library to access planetary ephemeris files

cookiecutter template for obspm exoplanetary template

This project contains a series of Python scripts that reads in a Equation of State (EoS) table from the CompOSE web-site, and creates analytical fits to the data using the Pearson et al. 2018 prescription (https://doi.org/10.1093/mnras/sty2413).

NOTE: This is a mirrored copy from https://gitlab.in2p3.fr/eos-for-virgo/eos-fits. All develop work must be carried out from this location.

Implementation in FORTRAN of the NASA Breakup Model from the paper of Johnson et al. (2001) NASA's new breakup model of EVOLVE 4.0.

Kraken Monitor GUI's frontend components using QtQuick/QML

Server to display the data of exodisk spectra obtained by simulation (the simulation itself is not done in this project, it only uses the output of these simulations)

Private copy of nenufar-tf and nenufar-raw development versions.

Releases are published on: https://svn.obs-nancay.fr/svn/NenuFar/trunk/recepteur_LANewBa/trunk/doc/serveurs/nenufar-tf/

PIpeline mapPER (PIPER) plugin for POPPy framework

Crash course of Deep Learning for the Earth Data Science module given at IPGP.

Implement and test a "Radio Source Tracker" function for an orbiting radio interferometer. Equivalent of a Startracker but with full sky radio interferometric imaging