antenna_attributes.py File Reference

main() shows how to use read_MI_antenna_geometry() and read_MI_antenna_geometry(). More...

Go to the source code of this file.

Functions
pl.DataFrame	read_global_channel_mapping ()
	Generates a Polars DataFrame from map.dat in the pueo-data repository.
pl.DataFrame	read_antenna_geometry (Path qrh_dot_dat, ant_type='MI')
	Reads in antenna positions (Cartesian coordinates, meters) and attitudes (degrees) from qrh.dat in the pueo-data repository.
pl.DataFrame	get_nominal_phase_center (pl.DataFrame face_centers, str coordinates=None, ant_type='MI')
	Takes the antenna face centers and returns the (nominal) antenna phase centers

Variables
tuple	ALL_PUEO_ANTENNA_NAMES
	All possible AntNums.
	ANTENNA_POLARIZATION_TYPE = pl.Enum(["H", "V"])
	Enum that specifies either the horizontally or the vertically polarized channel.
	PUEO_ANTENNA_TYPE = pl.Enum(["MI", "LF"])
	Can be either the main instrument (MI) or the low frequency instrument (LF)
int	NUM_PHI_SECTORS = 24
	Number of azimuthal angle ( \(\phi\)) groups.
int	ASSUMED_PHI_SECTOR_APERTURE_WIDTH = 50
	How "wide" an antenna can see in degrees.

Detailed Description

main() shows how to use read_MI_antenna_geometry() and read_MI_antenna_geometry().

Definition in file antenna_attributes.py.