def test_panstarrs():
#Test dependency
try:
from astroquery.vizier import Vizier
except ImportError:
assert True
return
#Test get_catalog
coord = SkyCoord(0, 0, unit="deg")
search_r = 30 * units.arcsec
ps_survey = survey_utils.load_survey_by_name('Pan-STARRS', coord, search_r)
ps_table = ps_survey.get_catalog()
assert isinstance(ps_table, Table)
assert len(ps_table) == 25
#Test get_cutout
cutout, = ps_survey.get_cutout()
assert isinstance(cutout, Image.Image)
assert cutout.size == (120, 120)
#Test get_image
imghdu = ps_survey.get_image()
assert isinstance(imghdu, PrimaryHDU)
assert imghdu.data.shape == (120, 120)
def getjpg(coord, imsize, dss_only=False):
"""
Grab an SDSS or DSS image
Args:
coord (SkyCoord):
imsize (Angle or Quantity):
image size
dss_only (bool, optional):
Only pull from DSS
Returns:
PIL, bool: Image, flag indicating if the image is B&W
"""
sdss = survey_utils.load_survey_by_name('SDSS', coord, 0.02 * units.deg)
# Dummy call to see if SDSS covers it
if dss_only:
cat = None
else:
cat = sdss.get_catalog()
# Pull from DSS?
if cat is None:
print("No SDSS Image; Querying DSS")
BW = True
url = dsshttp(coord, imsize) # DSS
img = images.grab_from_url(url)
else:
BW = False
img, _ = sdss.get_cutout(imsize)
# Return
return img, BW
def test_decals():
coord = SkyCoord('J081240.68+320809', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
decal_srvy = survey_utils.load_survey_by_name('DECaL', coord, search_r)
decal_tbl = decal_srvy.get_catalog(print_query=True)
#
assert isinstance(decal_tbl, Table)
assert len(decal_tbl) == 2
def test_first():
coord = SkyCoord('J081240.68+320809', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
#
first_srvy = survey_utils.load_survey_by_name('FIRST', coord, search_r)
first_tbl = first_srvy.get_catalog()
#
assert isinstance(first_tbl, Table)
assert len(first_tbl) == 1
def test_wise():
coord = SkyCoord('J081240.68+320809', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
wise_srvy = survey_utils.load_survey_by_name('WISE', coord, search_r)
wise_tbl = wise_srvy.get_catalog()
#
assert isinstance(wise_tbl, Table)
assert len(wise_tbl) == 1
def test_sdss():
coord = SkyCoord('J081240.68+320809', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
#
sdss_srvy = survey_utils.load_survey_by_name('SDSS', coord, search_r)
sdss_tbl = sdss_srvy.get_catalog()
#
assert isinstance(sdss_tbl, Table)
assert len(sdss_tbl) == 2
def test_des():
# Catalog
coord = SkyCoord('J214425.25-403400.81', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
des_srvy = survey_utils.load_survey_by_name('DES', coord, search_r)
des_tbl = des_srvy.get_catalog(print_query=True)
#
assert isinstance(des_tbl, Table)
assert len(des_tbl) == 1
def test_psrcat():
# Catalog
coord = SkyCoord('J000604.8+183459', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
psrcat_srvy = survey_utils.load_survey_by_name('PSRCAT', coord, search_r)
pulsars = psrcat_srvy.get_catalog()
#
assert isinstance(pulsars, Table)
assert len(pulsars) == 1
def test_first():
try:
from dl import queryClient as qc, authClient as ac, helpers
except ImportError:
assert True
return
coord = SkyCoord('J081240.68+320809', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
#
first_srvy = survey_utils.load_survey_by_name('FIRST', coord, search_r)
first_tbl = first_srvy.get_catalog()
#
assert isinstance(first_tbl, Table)
assert len(first_tbl) == 1
def test_decals():
try:
from dl import queryClient as qc, authClient as ac, helpers
except ImportError:
assert True
return
coord = SkyCoord('J081240.68+320809', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
decal_srvy = survey_utils.load_survey_by_name('DECaL', coord, search_r)
decal_tbl = decal_srvy.get_catalog(print_query=True)
#
assert isinstance(decal_tbl, Table)
assert len(decal_tbl) == 2
def test_des():
try:
from dl import queryClient as qc, authClient as ac, helpers
except ImportError:
assert True
return
# Catalog
coord = SkyCoord('J214425.25-403400.81', unit=(units.hourangle, units.deg))
search_r = 10 * units.arcsec
des_srvy = survey_utils.load_survey_by_name('DES', coord, search_r)
des_tbl = des_srvy.get_catalog(print_query=True)
#
assert isinstance(des_tbl, Table)
assert len(des_tbl) == 1
def test_panstarrs():
#Test get_catalog
coord = SkyCoord(0, 0, unit="deg")
search_r = 30 * units.arcsec
ps_survey = survey_utils.load_survey_by_name('Pan-STARRS', coord, search_r)
ps_table = ps_survey.get_catalog()
assert isinstance(ps_table, Table)
assert len(ps_table) == 25
#Test get_cutout
cutout, = ps_survey.get_cutout()
assert isinstance(cutout, Image.Image)
assert cutout.size == (120, 120)
#Test get_image
imghdu = ps_survey.get_image()
assert isinstance(imghdu, PrimaryHDU)
assert imghdu.data.shape == (120, 120)
def main(pargs):
""" Run
Parameters
----------
pargs
Returns
-------
"""
import warnings
from frb.surveys import survey_utils
from rf_meta_query import frb_cand
from rf_meta_query import meta_io
from rf_meta_query import dm
from rf_meta_query import survey_defs
from rf_meta_query import catalog_utils
# ADD HERE
survey_names = ['SDSS', 'NVSS', 'FIRST', 'WENSS', 'DES', 'DECaL', 'PSRCAT']
# FRB Candidate object
ra, dec = pargs.radec.split(',')
frbc = frb_cand.build_frb_cand(ra, dec, 11111)
# Load surveys
surveys = {}
for survey_name in survey_names:
radius = survey_defs.realfast_params[survey_name]['radius']
surveys[survey_name] = survey_utils.load_survey_by_name(
survey_name, frbc['coord'], radius)
summary_list = [
'----------------------------------------------------------------'
]
summary_list += [
'FRB Candidate ID-{:d} towards {:s}'.format(frbc['id'],
frb_cand.jname(frbc))
]
# Meta dir
meta_dir = meta_io.meta_dir(frbc, create=pargs.write_meta)
# Load catalog and generate simple summary
for survey_name in surveys.keys():
# Generate catalog (as possible)
survey = surveys[survey_name]
_ = survey.get_catalog()
# Summarize
summary_list += catalog_utils.summarize_catalog(
frbc, survey.catalog,
survey_defs.realfast_params[survey_name]['summary_radius'],
survey_defs.realfast_params[survey_name]['phot_clm'],
survey_defs.realfast_params[survey_name]['phot_mag'])
# Write catalog?
if pargs.write_meta and (len(survey.catalog) > 0):
survey.write_catalog(out_dir=meta_dir)
# DM? -- SDSS only for now
if 'SDSS' in surveys.keys():
survey = surveys['SDSS']
if len(survey.catalog) > 0:
# Closest within 5" ?
if survey.catalog['separation'][0] < (5. / 60):
# Valid value?
if survey.catalog['photo_z'][0] > -9000.:
frbc['z'] = survey.catalog['photo_z'][0]
DM = dm.best_dm_from_z(frbc)
summary_list += [
'DM: Using the photo_z of the closest galaxy within 5", DM={:0.1f}'
.format(DM)
]
# Cut-out
cutout_order = ['DES', 'SDSS', 'FIRST', 'NVSS']
if pargs.write_meta:
for corder in cutout_order: # Loop until we generate one
survey = surveys[corder]
# Query if the catalog exists. If empty, assume a cut-out cannot be made
if len(survey.catalog) == 0:
print(
"Survey {0} catalog query found no sources. Not getting cutout."
.format(corder))
continue
else:
print("Getting cutout for survey {0}.".format(corder))
# Generate
_ = survey.get_cutout(
survey_defs.realfast_params[corder]['cutout_size'])
# Write
survey.write_cutout(output_dir=meta_dir)
# Finish by writing the FRB candidate object too
if pargs.write_meta:
meta_io.write_frbc(frbc, meta_dir)
# Print me
summary_list += [
'----------------------------------------------------------------'
]
for item in summary_list:
print(item)