.. _astroquery.exoplanet_orbit_database: **************************************************************** Exoplanet Orbit Database (`astroquery.exoplanet_orbit_database`) **************************************************************** Accessing the planet table ========================== You can access the complete tables from each table source, with units assigned to columns wherever possible. .. doctest-remote-data:: >>> from astroquery.exoplanet_orbit_database import ExoplanetOrbitDatabase >>> eod_table = ExoplanetOrbitDatabase.get_table() >>> eod_table[:2] A AUPPER ... NAME_LOWERCASE sky_coord AU AU ... deg,deg float64 float64 ... str19 SkyCoord --------- ----------- ... -------------- ----------------------------------- 0.0780099 0.00130017 ... kepler-107d 297.0282083332539,48.20861111111111 0.0344721 0.000675924 ... kepler-1049b 287.3467499971389,47.7729444445504 You can query for the row from each table corresponding to one exoplanet: .. doctest-remote-data:: >>> from astroquery.exoplanet_orbit_database import ExoplanetOrbitDatabase >>> hatp11b = ExoplanetOrbitDatabase.query_planet('HAT-P-11 b') Properties of a particular planet ================================= The properties of each planet are stored in a table, with `columns defined by the Exoplanet Orbit Database `_. There is also a special column of sky coordinates for each target, named ``sky_coord``. .. doctest-remote-data:: >>> from astroquery.exoplanet_orbit_database import ExoplanetOrbitDatabase >>> hatp11b = ExoplanetOrbitDatabase.query_planet('HAT-P-11 b') >>> hatp11b['PER'] # Planet period >>> hatp11b['R'] # Planet radius >>> hatp11b['sky_coord'] # Position of host star Reference/API ============= .. automodapi:: astroquery.exoplanet_orbit_database :no-inheritance-diagram: