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How to use test_read_event method in keyboard

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test_core.py

Source:test_core.py

1import numpy as np2import quakeio3def test_mul():4    from .test_csmip import test_read_event5    event = test_read_event()6def test_rotate():7    # pick an arbitrary time8    time = 239    angle = 21/7/310    rotation = np.array([11        [ np.cos(angle), np.sin(angle)],12        [-np.sin(angle), np.cos(angle)]13    ])14    # read event15    from .test_csmip import test_read_event16    event = test_read_event()17    assert type(event) == quakeio.core.QuakeCollection18    mot = event.motions["bent_4_north_column_grnd_level"]19    assert type(mot) == quakeio.core.QuakeMotion20    a_long, a_tran = mot.long.accel.data[time], mot.tran.accel.data[time]21    22    # Apply rotation to record23    mot.rotate(angle) 24    A_long_rot, A_tran_rot = mot.long.accel, mot.tran.accel25    # Ensure that rotation does not alter object types26    assert type(A_long_rot) == quakeio.core.QuakeSeries27    assert type(A_tran_rot) == quakeio.core.QuakeSeries28    # manually calculate values 29    a_calc_long, a_calc_tran = rotation @ np.array([[a_long],[a_tran]])30    # Assert rotation matches manual calc31    assert np.isclose(float(A_long_rot.data[time]), float(a_calc_long))32    assert np.isclose(float(A_tran_rot.data[time]), float(a_calc_tran))33def test_rotate_displ():34    # pick an arbitrary time35    time = 2336    angle = 21/7/337    rotation = np.array([38        [ np.cos(angle), np.sin(angle)],39        [-np.sin(angle), np.cos(angle)]40    ])41    # read event42    from .test_csmip import test_read_event43    event = test_read_event()44    assert type(event) == quakeio.core.QuakeCollection45    mot = event.motions["bent_4_north_column_grnd_level"]46    assert type(mot) == quakeio.core.QuakeMotion47    a_long, a_tran = mot.long.displ.data[time], mot.tran.displ.data[time]48    49    # Apply rotation to record50    mot.rotate(angle) 51    D_long_rot, D_tran_rot = mot.long.displ, mot.tran.displ52    # Ensure that rotation does not alter object types53    assert type(D_long_rot) == quakeio.core.QuakeSeries54    assert type(D_tran_rot) == quakeio.core.QuakeSeries55    # manually calculate values 56    a_calc_long, a_calc_tran = rotation @ np.array([[a_long],[a_tran]])57    # Assert rotation matches manual calc...

test_csmip.py

Source:test_csmip.py

...4csmip_dir = Path("dat/58658_007_20210426_10.09.54.P/")5#----------------------------------------------------------------------6# Record (.v2)7#----------------------------------------------------------------------8def test_read_event():9    return quakeio.csmip.read_event(csmip_archive)10def test_unique():11    event = test_read_event()12    all_components = [c for m in event.motions.values() for c in m.components]13    #all_components = [m for m in event.motions]# for c in m.components]14    assert len(all_components) == 2015#----------------------------------------------------------------------16# Record (.v2)17#----------------------------------------------------------------------18def test_2():19    csmip_record = quakeio.csmip.read_record(csmip_dir / "chan001.v2")20    quakeio.write("-", csmip_record, "json")21def test_read():22    csmip_record = quakeio.read(csmip_dir / "chan001.v2")23    quakeio.write("-", csmip_record, "yaml", summarize=True)24    return csmip_record25def test_peak():...

test_read_event.py

Source:test_read_event.py

1import brownie2def test_read_event(usdt, alice):3    value = 1000*10**18;4    aliceBeforeBalance = usdt.balanceOf(alice)5    assert aliceBeforeBalance == 06    tx = usdt._mint_for_testing(alice, value)7    assert tx.events[0].name == 'Transfer'8    assert tx.events['Transfer']['_value'] == value9    assert tx.events['Transfer']['_from'] == '0x0000000000000000000000000000000000000000'10    assert tx.events['Transfer']['_to'] == alice11    aliceAfterBalance = usdt.balanceOf(alice)...

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