def test_size_of_trace_maximum(self):
with warnings.catch_warnings():
warnings.simplefilter("ignore", category=UserWarning)
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
max_pos = dps.trace_maximum()
nsegs = int(self.lc.tseg / dps.segment_size)
assert len(max_pos) == nsegs
def test_trace_maximum_with_boundaries(self):
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
minfreq = 21
maxfreq = 24
max_pos = dps.trace_maximum(min_freq=minfreq, max_freq=maxfreq)
assert np.max(dps.freq[max_pos]) <= maxfreq
assert np.min(dps.freq[max_pos]) >= minfreq
def test_trace_maximum_without_boundaries(self):
with warnings.catch_warnings():
warnings.simplefilter("ignore", category=UserWarning)
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
max_pos = dps.trace_maximum()
assert np.max(dps.freq[max_pos]) <= 1 / self.lc.dt
assert np.min(dps.freq[max_pos]) >= 1 / dps.segment_size
def test_trace_maximum_with_boundaries(self):
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
minfreq = 21
maxfreq = 24
max_pos = dps.trace_maximum(min_freq=minfreq, max_freq=maxfreq)
assert np.max(dps.freq[max_pos]) <= maxfreq
assert np.min(dps.freq[max_pos]) >= minfreq
def test_trace_maximum_with_boundaries(self):
with warnings.catch_warnings():
warnings.simplefilter("ignore", category=UserWarning)
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
minfreq = 21
maxfreq = 24
max_pos = dps.trace_maximum(min_freq=minfreq, max_freq=maxfreq)
assert np.max(dps.freq[max_pos]) <= maxfreq
assert np.min(dps.freq[max_pos]) >= minfreq
def test_size_of_trace_maximum(self):
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
max_pos = dps.trace_maximum()
nsegs = int(self.lc.tseg / dps.segment_size)
assert len(max_pos) == nsegs
def test_trace_maximum_without_boundaries(self):
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
max_pos = dps.trace_maximum()
assert np.max(dps.freq[max_pos]) <= 1 / self.lc.dt
assert np.min(dps.freq[max_pos]) >= 1 / dps.segment_size
def test_size_of_trace_maximum(self):
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
max_pos = dps.trace_maximum()
nsegs = int(self.lc.tseg / dps.segment_size)
assert len(max_pos) == nsegs
def test_trace_maximum_without_boundaries(self):
dps = DynamicalPowerspectrum(self.lc, segment_size=3)
max_pos = dps.trace_maximum()
assert np.max(dps.freq[max_pos]) <= 1 / self.lc.dt
assert np.min(dps.freq[max_pos]) >= 1 / dps.segment_size
