Exoplanet#

class stellarphot.settings.Exoplanet(*arg, epoch: Annotated[Time, AstropyValidator] | None = None, period: Annotated[Quantity, _UnitQuantTypePydanticAnnotation, WithPhysicalType(physical_type=time)] | None = None, identifier: str, coordinate: Annotated[SkyCoord, AstropyValidator], depth: float | None = None, duration: Annotated[Quantity, _UnitQuantTypePydanticAnnotation, WithPhysicalType(physical_type=time)] | None = None)[source]#

Bases: BaseModelWithTableRep

Create an object representing an Exoplanet.

Parameters:

epochastropy.time.Time, optional: Epoch of the exoplanet.
periodastropy.units.Quantity, optional: Period of the exoplanet.
Identifierstr: Identifier of the exoplanet.
coordinateastropy.coordinates.SkyCoord: Coordinates of the exoplanet.
depthfloat: Depth of the exoplanet.
durationastropy.units.Quantity, optional: Duration of the exoplanet transit.

Examples

To create an Exoplanet object, you can pass in the epoch,: period, identifier, coordinate, depth, and duration as keyword arguments:

>>> from astropy.time import Time
>>> from astropy.coordinates import SkyCoord
>>> from astropy import units as u
>>> planet  = Exoplanet(epoch=Time(2455909.29280, format="jd"),
...                     period=1.21749 * u.day,
...                     identifier="KELT-1b",
...                     coordinate=SkyCoord(ra="00:01:26.9169",
...                                         dec="+39:23:01.7821",
...                                         frame="icrs",
...                                         unit=("hour", "degree")),
...                     depth=0.006,
...                     duration=120 * u.min)

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.