Python vso_attribute_parse Examples

Example #1

File: test_hek2vso.py Project: Hypnus1803/sunpy

def test_vso_attribute_parse():
    """Make sure that Parsing of VSO attributes from HEK queries is accurate"""
    h = hek.HEKClient()
    hek_query = h.search(hekTime, hekEvent)
    vso_query = hek2vso.vso_attribute_parse(hek_query[0])

    # Checking Time
    # TODO

    # Checking Observatory
    assert vso_query[1].value == hek_query[0]['obs_observatory']

    # Checking Instrument
    assert vso_query[2].value == hek_query[0]['obs_instrument']

    # Checking Wavelength
    assert vso_query[3].min == hek_query[0]['obs_meanwavel'] * u.Unit(hek_query[0]['obs_wavelunit'])
    assert vso_query[3].max == hek_query[0]['obs_meanwavel'] * u.Unit( hek_query[0]['obs_wavelunit'])
    assert vso_query[3].unit == u.Unit('Angstrom')

Example #2

def test_vso_attribute_parse():
    """Make sure that Parsing of VSO attributes from HEK queries is accurate"""
    h = hek.HEKClient()
    hek_query = h.query(hekTime, hekEvent)
    vso_query = hek2vso.vso_attribute_parse(hek_query[0])

    # Cheking Time
    # TODO

    # Checking Observatory
    assert vso_query[1].value == hek_query[0]['obs_observatory']

    # Checking Instrument
    assert vso_query[2].value == hek_query[0]['obs_instrument']

    # Checking Wavelength
    assert vso_query[3].min == hek_query[0]['obs_meanwavel'] * u.Unit(
        hek_query[0]['obs_wavelunit'])
    assert vso_query[3].max == hek_query[0]['obs_meanwavel'] * u.Unit(
        hek_query[0]['obs_wavelunit'])
    assert vso_query[3].unit == u.Unit('Angstrom')

Example #3

File: test_hek2vso.py Project: shanmukh98/sunpy

def test_vso_attribute_parse(hek_client):
    """Make sure that Parsing of VSO attributes from HEK queries is accurate"""
    h = hek_client
    hek_query = h.search(hekTime, hekEvent)
    vso_query = hek2vso.vso_attribute_parse(hek_query[0])

    # Checking Time
    assert vso_query[0].start == parse_time(hek_query[0]["event_starttime"])
    assert vso_query[0].end == parse_time(hek_query[0]["event_endtime"])

    # Checking Observatory
    assert vso_query[1].value == hek_query[0]["obs_observatory"]

    # Checking Instrument
    assert vso_query[2].value == hek_query[0]["obs_instrument"]

    # Checking Wavelength
    assert vso_query[3].min == hek_query[0]["obs_meanwavel"] * u.Unit(
        hek_query[0]["obs_wavelunit"])
    assert vso_query[3].max == hek_query[0]["obs_meanwavel"] * u.Unit(
        hek_query[0]["obs_wavelunit"])
    assert vso_query[3].unit == u.Unit("Angstrom")

Example #4

File: test_hek2vso.py Project: Cadair/sunpy

def test_vso_attribute_parse(hek_client):
    """Make sure that Parsing of VSO attributes from HEK queries is accurate"""
    h = hek_client
    hek_query = h.search(hekTime, hekEvent)
    vso_query = hek2vso.vso_attribute_parse(hek_query[0])

    # Checking Time
    assert vso_query[0].start == parse_time(hek_query[0]["event_starttime"])
    assert vso_query[0].end == parse_time(hek_query[0]["event_endtime"])

    # Checking Observatory
    assert vso_query[1].value == hek_query[0]["obs_observatory"]

    # Checking Instrument
    assert vso_query[2].value == hek_query[0]["obs_instrument"]

    # Checking Wavelength
    assert vso_query[3].min == hek_query[0]["obs_meanwavel"] * u.Unit(
        hek_query[0]["obs_wavelunit"]
    )
    assert vso_query[3].max == hek_query[0]["obs_meanwavel"] * u.Unit(
        hek_query[0]["obs_wavelunit"]
    )
    assert vso_query[3].unit == u.Unit("Angstrom")