aces.fov.beam_model_utility

A set of utility routines for various beam modelling exercises

Module Contents

Classes

pafmap

Functions

airy(x)
airy1d(xgrid, xc[, wid])
airy2d(xgrid, xc, yc[, wid])
gauss1d(M, dxy, xc[, wid])
gauss2d(xgrid, xc, yc[, wid])
empirical_fwhm(freq)
get_grid(M, w)
make_beams(xgrid, offsets, fwhm)
calc_cov(abeams)
apodize_paf_0(xgrid[, centre, unit])
apodize_paf_posang_0(xgrid[, centre, unit])
polyval2d(x, y, m)
fnc(x, a, e)
design_mat_2(X, Y, b)
apodize_paf(xgrid[, centre, posang, unit])
draw_apod([grid_wid, levels, plot_grid])
make_paf_map(cov, beams[, sefds])
make_paf_map2(C0, beams)
make_circle(rad, x0, y0)
draw_footprint(fp, beam_wid, grid_wid[, labels])
draw_footprint_il(fp, beam_wid, grid_wid[, labels])

Attributes

__author__
root2
pi

aces.fov.beam_model_utility.__author__ = 'Dave McConnell <david.mcconnell@csiro.au>'

aces.fov.beam_model_utility.root2

aces.fov.beam_model_utility.pi

aces.fov.beam_model_utility.airy(x)

aces.fov.beam_model_utility.airy1d(xgrid, xc, wid=1.0)

aces.fov.beam_model_utility.airy2d(xgrid, xc, yc, wid=1.0)

aces.fov.beam_model_utility.gauss1d(M, dxy, xc, wid=1.0)

aces.fov.beam_model_utility.gauss2d(xgrid, xc, yc, wid=1.0)

aces.fov.beam_model_utility.empirical_fwhm(freq)

aces.fov.beam_model_utility.get_grid(M, w)

aces.fov.beam_model_utility.make_beams(xgrid, offsets, fwhm)

aces.fov.beam_model_utility.calc_cov(abeams)

aces.fov.beam_model_utility.apodize_paf_0(xgrid, centre=None, unit=False)

aces.fov.beam_model_utility.apodize_paf_posang_0(xgrid, centre=None, unit=False)

aces.fov.beam_model_utility.polyval2d(x, y, m)

aces.fov.beam_model_utility.fnc(x, a, e)

aces.fov.beam_model_utility.design_mat_2(X, Y, b)

aces.fov.beam_model_utility.apodize_paf(xgrid, centre=None, posang=0.0, unit=False)

aces.fov.beam_model_utility.draw_apod(grid_wid=3.0, levels=None, plot_grid=False)

aces.fov.beam_model_utility.make_paf_map(cov, beams, sefds=None)

aces.fov.beam_model_utility.make_paf_map2(C0, beams)

class aces.fov.beam_model_utility.pafmap(xgrid, fwhm, fpname, pitch, freq)

Bases: object

addmap(var, offsets)

make_lin_mos()

get_ripple()

get_survey_speed(sigma=0.0001, bandwidth=300000000.0, num_antennas=30, npol=2)

get_cont_area()

_calc_centroid(var)

static _find_peak(var)

aces.fov.beam_model_utility.make_circle(rad, x0, y0)

aces.fov.beam_model_utility.draw_footprint(fp, beam_wid, grid_wid, labels=None)

aces.fov.beam_model_utility.draw_footprint_il(fp, beam_wid, grid_wid, labels=None)