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Open Source Tools
As part of our ongoing commitment to open science, CSED has launched an initiative to publish its research software open source. Large software frameworks such as the TauREx3 exoplanet modelling suite are already publicly available to the community: For instance, the TauREx3 exoplanet modelling suite had ~70,000 downloads in two years and led to 150+ peer-reviewed publications in the field to date!
Our in-house software are all available for free on the ucl-exoplanets GitHub and Exomol site with permissible licenses (MIT, BSD, GPL), and we welcome all contributions from the community.
If these tools were helpful to you, please make sure to cite the relevant papers found in their respective repositories.
An exoplanet transit modelling package for deep learning applications in Pytorch.
A library for interpolating and detrending transit light curves with LSTMs.
Python wrappers for the ExoCross opacity calculator package
Analysis pipeline for HST/WFC3 spectroscopic observations of exoplanet transits and eclipses.
An open-source, fast and dynamic exoplanet atmopshere modelling and retrieval package.
A python package for modeling and analysing transit light-curves.
Theoretical ROVibrational Energies: A variational program for accurate nuclear motion calculations.
Duo is a diatomic code for solving a fully coupled rovibronic Schroedinger equation.
Fortran 2003 code to generate molecular cross-sections using line lists in the ExoMol format.
HOPS - A user-friendly software for single-object photometry and exoplanet light-curve modelling