def test_efsearch(self):
evfile = self.dum
main_efsearch([evfile, '-f', '9.85', '-F', '9.95', '-n', '64',
'--fit-candidates'])
outfile = 'events_EF' + HEN_FILE_EXTENSION
assert os.path.exists(outfile)
plot_folding([outfile], ylog=True)
efperiod = load_folding(outfile)
assert np.isclose(efperiod.peaks[0], self.pulse_frequency,
atol=1/25.25)
os.unlink(outfile)
def test_zsearch(self):
evfile = self.dum
main_zsearch([evfile, '-f', '9.85', '-F', '9.95', '-n', '64',
'--fit-candidates', '--fit-frequency',
str(self.pulse_frequency),
'--dynstep', '5'])
outfile = 'events_Z2n' + HEN_FILE_EXTENSION
assert os.path.exists(outfile)
plot_folding([outfile], ylog=True)
efperiod = load_folding(outfile)
assert np.isclose(efperiod.peaks[0], self.pulse_frequency,
atol=1/25.25)
# Defaults to 2 harmonics
assert efperiod.N == 2
os.unlink(outfile)
def test_zsearch_fdots(self):
evfile = self.dum
main_zsearch([evfile, '-f', '9.85', '-F', '9.95', '-n', '64',
'--fdotmin', ' -0.1', '--fdotmax', '0.1',
'--fit-candidates', '--fit-frequency',
str(self.pulse_frequency)])
outfile = 'events_Z2n' + HEN_FILE_EXTENSION
assert os.path.exists(outfile)
plot_folding([outfile], ylog=True, output_data_file='bla.qdp')
efperiod = load_folding(outfile)
assert np.isclose(efperiod.peaks[0], self.pulse_frequency,
atol=1/25.25)
# Defaults to 2 harmonics
assert len(efperiod.fdots) > 1
assert efperiod.N == 2