def test_inspiral_range_psd(psd):
"""Test for :func:`gwpy.astro.inspiral_range_psd`
"""
r = astro.inspiral_range_psd(psd)
assert isinstance(r, FrequencySeries)
utils.assert_quantity_almost_equal(r.max(),
TEST_RESULTS['inspiral_range_psd'])
def test_inspiral_range_psd(psd):
"""Test for :func:`gwpy.astro.inspiral_range_psd`
"""
r = astro.inspiral_range_psd(psd[1:]) # avoid DC
assert isinstance(r, FrequencySeries)
utils.assert_quantity_almost_equal(r.max(),
TEST_RESULTS['inspiral_range_psd'])
def test_epoch(self):
"""Test `gwpy.timeseries.TimeSeriesBase.epoch`
"""
# check basic conversion from t0 -> epoch
a = self.create(t0=1126259462)
assert a.epoch == Time('2015-09-14 09:50:45', format='iso')
# test that we can't delete epoch
with pytest.raises(AttributeError):
del a.epoch
# check None gets preserved
a.epoch = None
with pytest.raises(AttributeError):
a._t0
# check other types
a.epoch = Time('2015-09-14 09:50:45', format='iso')
utils.assert_quantity_almost_equal(a.t0,
units.Quantity(1126259462, 's'))
def test_burst_range(psd):
"""Test for :func:`gwpy.astro.burst_range`
"""
r = astro.burst_range(psd[psd.frequencies.value < 1000])
utils.assert_quantity_almost_equal(r, TEST_RESULTS['burst_range'])
def test_inspiral_range(psd):
"""Test for :func:`gwpy.astro.inspiral_range_psd`
"""
r = astro.inspiral_range(psd, fmin=40)
utils.assert_quantity_almost_equal(r, TEST_RESULTS['inspiral_range'])
def test_burst_range(psd):
"""Test for :func:`gwpy.astro.burst_range`
"""
r = astro.burst_range(psd.crop(None, 1000)[1:])
utils.assert_quantity_almost_equal(r, TEST_RESULTS['burst_range'])
def test_inspiral_range(psd):
"""Test for :func:`gwpy.astro.inspiral_range_psd`
"""
r = astro.inspiral_range(psd, fmin=40)
utils.assert_quantity_almost_equal(r, TEST_RESULTS['inspiral_range'])