def _create_origin_quality(ser):
""" create origing quality/error and attach to origin """
origin = get_object(ser.orid)
ser = ser[ser > 0] # remove unfilled values
# create origin quality object
oq = oe.OriginQuality(standard_error=ser.get('sdobs'), )
origin.quality = oq
def _get_origin_quality():
return ev.OriginQuality(
associate_phase_count=1,
used_phase_count=1,
associated_station_count=1,
used_station_count=1,
depth_phase_count=1,
standard_error=.02,
azimuthal_gap=.12,
ground_truth_level='GT0',
)
def _get_origin_quality_info(self, origin, out):
"""Get information from quality info."""
quality_attrs = (
("standard_error", np.NaN),
("associated_phase_count", out.get("associated_phase_count", 0)),
("azimuthal_gap", np.NaN),
("used_phase_count", out.get("used_phase_count", 0)),
)
quality = getattr(origin, "quality", ev.OriginQuality())
for (attr, default) in quality_attrs:
out[attr] = getattr(quality, attr, None) or default
def events_with_origin_quality(self, bingham_dataset):
""" Return events with an overridden origin quality """
cat = bingham_dataset.event_client.get_events().copy()
oq = ev.OriginQuality(
associated_phase_count=42,
used_phase_count=10,
associated_station_count=21,
used_station_count=5,
)
for event in cat:
origin = event.preferred_origin()
origin.quality = oq
return cat