def test_make_trace(self):
"""
Test if the ten first samples of the waveform are read correctly
and if the output is a Trace object.
"""
with open(THREE_CHAN_FCNT, 'rb') as fi:
trace_3 = rc._make_trace(fi, 288, False, False, False)
trace_z = rc._make_trace(fi, 241648, False, True, False)
expected = np.array([-0.18864873, -0.30852857, -0.35189095,
-0.22547323, -0.12023376, -0.14336781,
-0.11712314, 0.04060567, 0.18024819,
0.17769636])
all_close = np.allclose(trace_3.data[:len(expected)], expected)
self.assertTrue(all_close)
self.assertIsInstance(trace_3, obspy.core.trace.Trace)
expected = np.array([-0.673309, -0.71590775, -0.54966664, -0.33980238,
-0.29999766, -0.3031269, -0.12762846, 0.08782373,
0.11377038, 0.09888785])
all_close = np.allclose(trace_z.data[:len(expected)], expected)
self.assertTrue(all_close)
def test_make_trace(self):
"""
Test if the ten first samples of the waveform are read correctly
and if the output is a Trace object.
"""
with open(THREE_CHAN_FCNT, 'rb') as fi:
trace_3 = rc._make_trace(fi, 288, False, False, False)
trace_z = rc._make_trace(fi, 241648, False, True, False)
expected = np.array([
-0.18864873, -0.30852857, -0.35189095, -0.22547323, -0.12023376,
-0.14336781, -0.11712314, 0.04060567, 0.18024819, 0.17769636
])
all_close = np.allclose(trace_3.data[:len(expected)], expected)
self.assertTrue(all_close)
self.assertIsInstance(trace_3, obspy.core.trace.Trace)
expected = np.array([
-0.673309, -0.71590775, -0.54966664, -0.33980238, -0.29999766,
-0.3031269, -0.12762846, 0.08782373, 0.11377038, 0.09888785
])
all_close = np.allclose(trace_z.data[:len(expected)], expected)
self.assertTrue(all_close)