cglynnhr

cglynnhr's Stars

• dfm/peerless

  Single transit events in Kepler

  Language:Jupyter Notebook44

• savvytruffle/keblat

  Language:Python43

• automeris-io/WebPlotDigitizer

  Computer vision assisted tool to extract numerical data from plot images.

  Language:JavaScript2.6k362

• segasai/astrolibpy

  Sergey Koposov's repository of codes, converted from IDL astrolib. Some are mimicking the IDL interface, some are new. Some are obsolete given the existence of astropy

  Language:Python3117

• mdwarfgeek/eb

  Eclipsing binary models

  Language:C111

• jasonfrowe/Kepler

  Source code to Find, Model and manipulate Planetary Transits

  Language:Fortran91

• josephgodoy/lightcurves

  My sophomore year observational astronomy work: scripts for slicing time-series photometry data and fitting them to inverted Gaussians to find eclipse times.

  Language:Python2

• lucaborsato/trades

  Fortran90 code for the orbital simulation of exoplanetary system with simultaneous fit of Transit Times and Radial Velocities.

  Language:Jupyter Notebook82

• lightkurve/lightkurve

  A friendly package for Kepler & TESS time series analysis in Python.

  Language:Python414166

• aprsa/dips

  dips: detrending periodic signals in timeseries.

  Language:Python71

• pavolgaj/OCFit

  Python package for fitting of O-C diagrams.

  Language:Python53

• barentsen/dave

  Discovery And Vetting of K2 Exoplanets

  Language:Python63

• exoclam/orbital-stability

  Using neural nets to predict orbital stability for circumbinary planets

  Language:Python96

• oscaribv/pyaneti

  A multi-planet Radial Velocity and Transit modelling software

  Language:Jupyter Notebook4211

• nespinoza/exonailer

  Tools for fitting transiting exoplanet lightcurves and radial velocities

  Language:Python1910

• stefano-meschiari/Systemic2

  Systemic is a C library for modeling exoplanetary radial velocities, with an R binding and a full GUI IDE.

  Language:C5417

• fbartolic/master_thesis

  A collection of code and Jupyter notebooks used to generate results in my master's thesis in circumbinary planet dynamics.

  Language:Jupyter Notebook1