def METHOD_NAME():
    # Test edge cases close to borders, using B1875.0 coordinates
    # Look for HMS / DMS roundoff-to-decimal issues from Roman (1987) data,
    # and misuse of PrecessedGeocentric, as documented in
    # https://github.com/astropy/astropy/issues/9855
    # Define eight test points.
    # The first four cross the boundary at 06h14m30 == 6.2416666666666... hours
    # with Monoceros on the west side of Orion at Dec +3.0.
    ras = [6.24100, 6.24160, 6.24166, 6.24171]
    # aka ['6h14m27.6s' '6h14m29.76s' '6h14m29.976s' '6h14m30.156s']
    decs = [3.0, 3.0, 3.0, 3.0]
    # Correct constellations for given RA/Dec coordinates
    shortnames = ["Ori", "Ori", "Ori", "Mon"]
    # The second four sample northward along RA 22 hours, crossing the boundary
    # at 86° 10' == 86.1666... degrees between Cepheus and Ursa Minor
    decs += [86.16, 86.1666, 86.16668, 86.1668]
    ras += [22.0, 22.0, 22.0, 22.0]
    shortnames += ["Cep", "Cep", "Umi", "Umi"]
    testcoos = FK5(ras * u.hour, decs * u.deg, equinox="B1875")
    npt.assert_equal(
        get_constellation(testcoos, short_name=True),
        shortnames,
        "get_constellation() error: misusing Roman approximations, vs IAU boundaries"
        " from Delporte?",
    )
    # TODO: When that's fixed, add other tests with coords that are in different constellations
    # depending on equinox