Warning
This package is experimental, and under development.
An experimental package for quickly exploring exoplanets transits and associated resources.
Install package from the git repository:
$ pip install git+https://github.com/nunorc/exotx@masterRetrieve and process some light curves.
import exotx
# define the arguments for the object of interest
args = exotx.Args(target='kepler-210', quarters=[1, 2], cadence='long', pdc=True)
# retrieve the associated light curves
lcs = exotx.retrieve(args)
# detrend and normalize all light curves
lcs = [exotx.detrend(i) for i in lcs]
lcs = [exotx.normalize(i) for i in lcs]
# combine into a single light curve
lc = exotx.combine(lcs)
# plot the final result
exotx.plot_lc(lc)Yielding the following plot.
Folding a light curve:
# define parameteres for a known planet
params = exotx.Params(p=2.4532, t0=134.092)
# create a list of folds
folds = exotx.fold(lc, params)
# plot the folded light curve
exotx.plot_folds(folds)Yielding the following plot.
Thank you to the authors of the lightkurve, batman-package , emcee , and upstream packages.
Thank you to Susana Barros and Olivier Demangeon for the discussions that helped improve this package.