edges_analysis.beams.Beam

class edges_analysis.beams.Beam(*, beam: ndarray, frequency: Quantity, elevation, azimuth, simulator=None, instrument=None, raw_file=None)

Methods

__init__(*, beam, frequency, elevation, azimuth)	Method generated by attrs for class Beam.
angular_interpolator(freq_indx[, interp_kind])	Return a callable function that interpolates the beam.
at_freq(freq[, model])	Interpolate the beam to a new set of frequencies.
between_freqs([low, high])	Return a new Beam object restricted to a given frequency range.
from_cst(file_name_prefix[, f_low, f_high, ...])	Read a CST beam file.
from_feko(path[, az_antenna_axis])	Read a FEKO beam file.
from_feko_raw(file_name_prefix[, ext, ...])	Read a FEKO beam file.
from_file(band[, simulator, beam_file, ...])	Read a beam from file.
from_hfss(path, frequency[, linear, ...])	Create a Beam object from a HFSS file.
from_ideal([delta_f, f_low, f_high, ...])	Create an ideal beam that is completely unity.
from_wipld(path[, az_antenna_axis])	Read a WIPL-D beam.
get_beam_path(band[, kind])	Get a standard path to a beam file.
get_beam_solid_angle()	Calculate the integrated beam solid angle.
resolve_file(path[, band, configuration, ...])	Resolve a file path to a standard location.
select_freqs(indx)	Select a subset of frequencies.
shift_beam_maps(az_antenna_axis, beam_maps)	Rotate beam maps around an axis.
smoothed([model])	Smoothes the beam within its same set of frequencies.

Attributes

beam
frequency
elevation
azimuth
simulator
instrument
raw_file