gwpopulation_pipe.vt_helper.VTData

class VTData(prior: numpy.ndarray, total_generated: int, analysis_time: float, mass_1: numpy.ndarray = None, mass_1_detector: numpy.ndarray = None, mass_ratio: numpy.ndarray = None, a_1: numpy.ndarray = None, a_2: numpy.ndarray = None, cos_tilt_1: numpy.ndarray = None, cos_tilt_2: numpy.ndarray = None, redshift: numpy.ndarray = None, luminosity_distance: numpy.ndarray = None, mass_2: numpy.ndarray = None, mass_2_detector: numpy.ndarray = None)[source]

Bases: object

__init__(prior: ndarray, total_generated: int, analysis_time: float, mass_1: ndarray | None = None, mass_1_detector: ndarray | None = None, mass_ratio: ndarray | None = None, a_1: ndarray | None = None, a_2: ndarray | None = None, cos_tilt_1: ndarray | None = None, cos_tilt_2: ndarray | None = None, redshift: ndarray | None = None, luminosity_distance: ndarray | None = None, mass_2: ndarray | None = None, mass_2_detector: ndarray | None = None) → None

__call__(*args, **kwargs): Call self as a function.

Methods

`__init__`(prior, total_generated, analysis_time)
`append`(other)
`get`(key, alt)
`items`()
`keys`()
`to_dict`([keys])

Attributes

`a_1`
`a_2`
`cos_tilt_1`
`cos_tilt_2`
`luminosity_distance`
`mass_1`
`mass_1_detector`
`mass_2`
`mass_2_detector`
`mass_ratio`
`redshift`
`prior`
`total_generated`
`analysis_time`