Star#

class stellarphot.io.Star(table, id_num)[source]#

A class for storing photometry for a single star.

Parameters:

Attributes:

airmassastropy.units.Quantity: Airmass at the time of observation.
bjd_tdbastropy.units.Quantity: Midpoint of the exposure as barycentric Julian date in Barycentric Dynamical Time.
countsastropy.units.Quantity: Net counts in the aperture.
decastropy.units.Quantity: Declination of the star.
errorastropy.units.Quantity: Error in the net counts.
exposureastropy.units.Quantity: Exposure time of the observation.
idint: ID number of the star.
jd_utc_startastropy.units.Quantity: Julian date of the start of the observation.
magnitudeastropy.units.Quantity: Magnitude of the star.
magnitude_errorastropy.units.Quantity: Error in the magnitude of the star.
mjd_startastropy.units.Quantity: Modified Julian date of the start of the observation.
peakastropy.units.Quantity: Peak counts in the aperture.
raastropy.units.Quantity: Right ascension of the star.
sky_per_pixelastropy.units.Quantity: Sky brightness per pixel.
snrastropy.units.Quantity: Signal-to-noise ratio of the star.

Attributes Summary

`airmass`	Airmass at the time of observation.
`bjd_tdb`	Midpoint of the exposure as barycentric Julian date in Barycentric Dynamical Time.
`counts`	Net counts in the aperture.
`dec`	Declination of the star.
`error`	Error in the net counts.
`exposure`	Exposure time of the observation.
`jd_utc_start`	Julian date of the start of the observation.
`magnitude`	Magnitude of the star.
`magnitude_error`	Error in the magnitude of the star.
`mjd_start`	Modified Julian date of the start of the observation.
`peak`	Peak counts in the aperture.
`ra`	Right ascension of the star.
`sky_per_pixel`	Sky brightness per pixel.
`snr`	Signal-to-noise ratio of the star.

Attributes Documentation

bjd_tdb#: Midpoint of the exposure as barycentric Julian date in Barycentric Dynamical Time.