lcviz#
lcviz is a light curve visualization and analysis tool within the Jupyter environment (lab or
notebook), built on top of Jdaviz and lightkurve:
from lcviz import LCviz
from lightkurve import search_lightcurve
lc = search_lightcurve("HAT-P-11", mission="Kepler",
cadence="long", quarter=10).download()
lcviz = LCviz()
lcviz.load_data(lc)
lcviz.show()
It aims to provide tools for the analysis of periodic and semi-periodic variability from stationary sources (exoplanets, eclipsing binaries, ellipsoidal variables, pulsating stars, rotating stars, etc) in high-cadence photometric data sets, specifically - but not limited to - Kepler, K2, and TESS.
Although lcviz implements convenient UI access to functionality from the lightkurve python
package, it does not aim to be a complete lightkurve UI, nor is it limited to only features
supported by lightkurve.