def test_named():
frb121102 = FRB('FRB121102',
'J053158.7+330852.5',
558.1 * units.pc / units.cm**3,
z_frb=0.19273)
# Error ellipse
frb121102.set_ee(0.1, 0.1, 0., 95.)
assert isinstance(frb121102.eellipse, dict)
# Pulse -- These are made up
frb121102.set_pulse(1 * units.GHz,
time_res=0.054 * units.ms,
t0=0.66 * units.ms,
Wi=1.1 * units.ms,
tscatt=0.041 * units.ms,
tscatt_err=0.002 * units.ms,
scatt_index=-3.84,
scatt_index_err=0.77)
assert np.isclose(frb121102.pulse['freq'].value, 1.)
# Test writing
frb121102.write_to_json()
assert np.isclose(frb121102.pulse['freq'].value, 1.)
# Test load
tst = FRB.from_json('FRB121102.json')
assert np.isclose(tst.pulse['freq'].value, 1.)
def test_named():
frb121102 = FRB('FRB121102',
'J053158.7+330852.5',
558.1 * units.pc / units.cm**3,
z_frb=0.19273)
# Error ellipse
frb121102.set_ee(0.1, 0.1, 0., 95.)
assert isinstance(frb121102.eellipse, dict)
# Test writing
frb121102.write_to_json()
# Test load
tst = FRB.from_json('FRB121102.json')
# By name
tst = FRB.by_name('FRB121102')
def run(frb_input: pandas.core.series.Series,
lit_refs: str = None,
override: bool = False,
out_path: str = None,
outfile: str = None):
"""Main method for generating a Host JSON file
Args:
frb_input (pandas.core.series.Series): Row of the CVS file
providing the frb items
lit_refs (str, optional): File of literature references. Defaults to None.
override (bool, optional): Attempt to over-ride errors.
Mainly for time-outs of public data. Defaults to False.
outfile (str, optional): Over-ride default outfile [not recommended; mainly for testing]
out_path (str, optional): Over-ride default outfile [not recommended; mainly for testing]
Raises:
e: [description]
ValueError: [description]
"""
print("--------------------------------------")
print(f"Building FRB JSON file for {frb_input.Name}")
# Instantiate
ifrb = FRB(frb_input.Name, (frb_input.ra, frb_input.dec),
frb_input.DM * units.pc / units.cm**3,
z_frb=frb_input.z if np.isfinite(frb_input.z) else None,
repeater=frb_input.repeater)
# DM_err
if np.isfinite(frb_input['DM_err']):
ifrb.DM_err = frb_input.DM_err * units.pc / units.cm**3
# RM
for key in ['RM', 'RM_err']:
if np.isfinite(frb_input[key]):
setattr(ifrb, key, frb_input[key] * units.rad / units.m**2)
# Fluence
for key in ['fluence', 'fluence_err']:
if np.isfinite(frb_input[key]):
setattr(ifrb, key, frb_input[key] * units.Jy * units.ms)
# Error ellipse
ifrb.set_ee(a=frb_input.ee_a,
b=frb_input.ee_b,
theta=frb_input.ee_theta,
cl=68.)
if np.isfinite(frb_input.ee_a_sys):
ifrb.set_ee(a=frb_input.ee_a_sys,
b=frb_input.ee_b_sys,
theta=frb_input.ee_theta,
cl=68.,
stat=False)
# Add DM_ISM from NE2001
ifrb.set_DMISM()
# Refs
ifrb.refs = frb_input.refs.split(',')
# Pulses
path = os.path.join(resource_filename('frb', 'data'), 'FRBs')
tbl_file = os.path.join(path, 'FRB_pulses.csv')
frb_pulses = pandas.read_csv(tbl_file)
idx = np.where(frb_pulses.Name == frb_input.Name)[0]
if len(idx) == 1:
frb_pulse = frb_pulses.iloc[idx[0]]
# Pulse properties
pulse_dict = {}
# Width and scattering
for key in ['Wi', 'Wi_err', 'tscatt', 'tscatt_err']:
if np.isfinite(frb_pulse[key]):
pulse_dict[key] = frb_pulse[key] * units.ms
ifrb.set_pulse(frb_pulse.freq * units.GHz, **pulse_dict)
# References
prefs = frb_pulse.refs.split(',')
for pref in prefs:
if pref not in ifrb.refs:
ifrb.refs.append(pref)
# Write
if out_path is None:
out_path = os.path.join(resource_filename('frb', 'data'), 'FRBs')
ifrb.write_to_json(
path=out_path
) #'/home/xavier/Projects/FRB_Software/FRB/frb/tests/files')