tundeakins

academic-kickstart

Easily create a beautiful website using Academic and Hugo

allesfitter

allesfitter is a convenient wrapper around the packages ellc (light curve and RV models), dynesty (static and dynamic nested sampling) emcee (Markov Chain Monte Carlo sampling) and celerite (Gaussian Process models).

Ariel-Machine-Learning-Training-Module-for-Exoplanets

Create your Machine Learning Neural Network to reduce the noise in exoplanet observations. (Ariel Telescope Data Simulation)

astroML

Machine learning, statistics, and data mining for astronomy and astrophysics

astroNN

Deep Learning for Astronomers with Tensorflow

babatundeakinsanmi.github.io

batman

Fast transit light curves models in Python.

Machine_Learning4Astronomy

A brief practical introduction to machine learning methods in astronomy

Nature_latex

Nature latex template

Planet_tools

Functions to perform everyday conversions and calculations in exoplanetary research

tundeakins/Machine_Learning4Astronomy

A brief practical introduction to machine learning methods in astronomy

tundeakins/Planet_tools

Functions to perform everyday conversions and calculations in exoplanetary research

tundeakins/academic-kickstart

Easily create a beautiful website using Academic and Hugo

tundeakins/allesfitter

allesfitter is a convenient wrapper around the packages ellc (light curve and RV models), dynesty (static and dynamic nested sampling) emcee (Markov Chain Monte Carlo sampling) and celerite (Gaussian Process models).

tundeakins/babatundeakinsanmi.github.io

tundeakins/batman

Fast transit light curves models in Python.

tundeakins/Building_detection

Automatic detection of buildings in satellite images

tundeakins/codeastro

Course Material for the Code/Astro Workshop

tundeakins/Coding

Data Structures and Algorithms (DSA) Preparation sheet

tundeakins/ellc

Light curve model for transiting exoplanets and eclipsing binary stars

tundeakins/ExoMDN

Rapid characterization of exoplanet interiors with Mixture Density Networks

tundeakins/Exoplanet-Light-Curve-Analysis

A python package for modeling exoplanet light curves with nested sampling.

tundeakins/ExoTiC-LD

Limb-darkening package to calculate the coefficients for specific instruments, stars, and wavelength ranges

tundeakins/Iraclis

Analysis pipeline for HST/WFC3 spectroscopic observations of exoplanet transits and eclipses

tundeakins/JexoSim

JexoSim (JWST Exoplanet Observation Simulator) 2.0, is a time-domain simulator of JWST exoplanet transit observations.

tundeakins/juliet

A versatile modelling tool for transiting and non-transiting (single and multiple) exoplanetary systems

tundeakins/LDCU

Limb-darkening coefficients and uncertainties

tundeakins/ldtk

Python toolkit for calculating stellar limb darkening profiles and model-specific coefficients using the stellar atmosphere spectrum library by Husser et al. (2013). Described in Parviainen & Aigrain, MNRAS 453, 3821–3826 (2015).

tundeakins/limb-darkening

Codes to generate limb-darkening coefficients using arbitrary response functions as explained in Espinoza & Jordan (2015)

tundeakins/nuance

A Python package to detect exoplanetary transits in the presence of correlated noise (e.g. instrumental systematics and stellar variability)

tundeakins/PLD-TESS

Get PLD-corrected lightcurves directly from the TESS TPF

tundeakins/POET

POET pipeline for reduction of Spitzer data

tundeakins/pryngles-public

PlanetaRY spanGLES - Gallery

tundeakins/pycheops

Python module for the analysis of light curves from the ESA Cheops mission

tundeakins/PythonDataScienceHandbook

Python Data Science Handbook: full text in Jupyter Notebooks

tundeakins/radvel

General Toolkit for Modeling Radial Velocity Data

tundeakins/test_git

something

tundeakins/thesis_notebooks

Notebooks for plots and code from my thesis

tundeakins/tidef

Code to generate phase curves of tidally deformed planets

tundeakins/WhirlwindTourOfPython

The Jupyter Notebooks behind my OReilly report, "A Whirlwind Tour of Python"