tmin=util.str_to_time(d['start'], format='%Y-%m-%dT%H:%M:%S'),
tmax=dummy_aware_str_to_time(d['end']),
lat=float(d['latitude']),
lon=float(d['longitude']),
elevation=float(d['elevation']),
depth=float(d['depth']),
dip=float(d['dip']),
azimuth=float(d['azimuth']),
input_unit=d['input unit'],
output_unit=d['output unit'],
response=response)
except:
raise EnhancedSacPzError('cannot get all required information')
iload_filename, iload_dirname, iload_glob, iload = util.make_iload_family(
iload_fh, 'SACPZ', ':py:class:`EnhancedSacPzResponse`')
def make_stationxml(responses, inconsistencies='warn'):
'''
Create stationxml from "enhanced" SACPZ information.
:param responses: iterable yielding
:py:class:`EnhancedSacPzResponse` objects
:returns: :py:class:`pyrocko.fdsn.station.FDSNStationXML` object
'''
networks = {}
stations = {}
station_coords = defaultdict(list)
frequency=totalgain.frequency,
input_units=stages[0].input_units,
output_units=stages[-1].output_units),
stage_list=stages)
yield ChannelResponse(
codes=nslc,
start_date=tmin,
end_date=tmax,
response=resp)
else:
raise RespError('incomplete response information')
iload_filename, iload_dirname, iload_glob, iload = util.make_iload_family(
iload_fh, 'RESP', ':py:class:`ChannelResponse`')
def make_stationxml(pyrocko_stations, channel_responses):
'''Create stationxml from pyrocko station list and RESP information.
:param pyrocko_stations: list of :py:class:`pyrocko.model.Station` objects
:param channel_responses: iterable yielding :py:class:`ChannelResponse`
objects
:returns: :py:class:`pyrocko.fdsn.station.FDSNStationXML` object with
merged information
If no station information is available for any response information, it
is skipped and a warning is emitted.
'''
pstations = dict((s.nsl(), s) for s in pyrocko_stations)
value=totalgain.value,
frequency=totalgain.frequency,
input_units=stages[0].input_units,
output_units=stages[-1].output_units),
stage_list=stages)
yield ChannelResponse(codes=nslc,
start_date=tmin,
end_date=tmax,
response=resp)
else:
raise RespError('incomplete response information')
iload_filename, iload_dirname, iload_glob, iload = util.make_iload_family(
iload_fh, 'RESP', ':py:class:`ChannelResponse`')
def make_stationxml(pyrocko_stations, channel_responses):
'''Create stationxml from pyrocko station list and RESP information.
:param pyrocko_stations: list of :py:class:`pyrocko.model.Station` objects
:param channel_responses: iterable yielding :py:class:`ChannelResponse`
objects
:returns: :py:class:`pyrocko.fdsn.station.FDSNStationXML` object with
merged information
If no station information is available for any response information, it
is skipped and a warning is emitted.
'''
pstations = dict((s.nsl(), s) for s in pyrocko_stations)
tmax=dummy_aware_str_to_time(d['end']),
lat=float(d['latitude']),
lon=float(d['longitude']),
elevation=float(d['elevation']),
depth=float(d['depth']),
dip=float(d['dip']),
azimuth=float(d['azimuth']),
input_unit=d['input unit'],
output_unit=d['output unit'],
response=response)
except KeyError as e:
raise EnhancedSacPzError(
'cannot get all required information "%s"' % e.args[0])
iload_filename, iload_dirname, iload_glob, iload = util.make_iload_family(
iload_fh, 'SACPZ', ':py:class:`EnhancedSacPzResponse`')
def make_stationxml(responses, inconsistencies='warn'):
'''
Create stationxml from "enhanced" SACPZ information.
:param responses: iterable yielding
:py:class:`EnhancedSacPzResponse` objects
:returns: :py:class:`pyrocko.fdsn.station.FDSNStationXML` object
'''
networks = {}
stations = {}
station_coords = defaultdict(list)
