The Team will provide links to relevant and useful software/data analysis tools used for assessing and mitigating the impact of stellar activity variations on exoplanet radial velocity follow-up work.

Orbital fitting packages:

DACE: Data and Analysis Center for Exoplanets.

allesfitter: for modelling photometric and RV data – see Günther & Daylan, in prep

PYANETI: a multi-planet radial velocity and transit fit software – see Barragán et al. (2019)

EXO-NAILER: EXOplanet traNsits and rAdIal veLocity fittER – see Espinoza (2018)

Kima: exoplanet detection in radial velocities – see Faria et al. (2018)

Agatha: disentangling periodic signals from correlated noise in a periodogram framework – see Feng et al. (2017)

SME: Spectroscopy Made Easy – see Piskunov et al. (2017)

PyORBIT: exoplanet orbital parameters and stellar activity – see Malavolta et al. (2016)

PHOEBE: PHysics Of Eclipsing BinariEs – see Prša et al. (2016)

The rvfit code: a detailed adaptive simulated annealing code for fitting binaries and exoplanets radial velocities – see Iglesias-Marzoa et al. (2015)

TRADES: TRAnsits and Dynamics of Exoplanetary Systems – see Borsato et al. (2014)

PlanetPack: radial velocity and transits analysis tool for exoplanets – see Baluev (2013)

EXOFAST: a fast exoplanetary fitting suite in IDL – see Eastman et al. (2013)

BOOTTRAN: Error Bars for Keplerian Orbital Parameters – see Wang et al. (2012)

RVLIN: Fitting Keplerian curves to radial velocity data – see Wright et al. (2012)

Systemic: a testbed for characterizing the detection of extrasolar planets – see Meschiari et al. (2009)

Forward modelling packages:

PSOAP: Precision Spectroscopic Orbits A-Parametrically – see Czekala et al. (2017)

SOAP2.0: Spot Oscillation And Planet 2.0 – see Dumusque et al. (2014)

SOAP-T: an improved version of SOAP (Spot Oscillation And Planet) – see Oshagh et al. (2013)

Paper on modelling tools

Deeg et al. 2018 – Tools for Transit and Radial Velocity Modeling and Analysis