def __init__(self, tstart, tstop, msids, recent_source="maude",
filter_bad=False, stat='5min', user=None, password=None,
get_states=True, state_keys=None):
msids = ensure_list(msids)
tstart = get_time(tstart, fmt='secs')
tstop = get_time(tstop, fmt='secs')
tmid = 1.0e99
for msid in msids:
tm = fetch.get_time_range(msid, format="secs")[-1]
tmid = min(tmid, tm)
tmid = get_time(tmid, fmt='secs')
if tmid < tstop:
msids1 = MSIDs.from_database(msids, tstart, tstop=tmid,
filter_bad=filter_bad, stat=stat)
if recent_source == "maude":
msids2 = MSIDs.from_maude(msids, tmid, tstop=tstop, user=user,
password=password)
elif recent_source == "tracelog":
msids2 = _parse_tracelogs(tmid, tstop,
["/data/acis/eng_plots/acis_eng_10day.tl",
"/data/acis/eng_plots/acis_dea_10day.tl"],
None)
msids = ConcatenatedMSIDs(msids1, msids2)
else:
msids = MSIDs.from_database(msids, tstart, tstop=tstop,
filter_bad=filter_bad, stat=stat)
if get_states:
states = States.from_kadi_states(tstart, tstop,
state_keys=state_keys)
else:
states = EmptyTimeSeries()
model = EmptyTimeSeries()
super(TelemData, self).__init__(msids, states, model)
def from_kadi(cls, name, tstart, tstop, T_init, get_msids=True, dt=328.0,
model_spec=None, mask_bad_times=False, ephem_file=None,
no_eclipse=False, compute_model=None):
tstart = get_time(tstart)
tstop = get_time(tstop)
states = States.from_kadi_states(tstart, tstop)
return cls(name, tstart, tstop, states=states, T_init=T_init, dt=dt,
model_spec=model_spec, mask_bad_times=mask_bad_times,
ephem_file=ephem_file, get_msids=get_msids, no_eclipse=no_eclipse,
compute_model=compute_model)
def __init__(self, filenames, tbegin=None, tend=None,
other_msids=None, get_states=True, state_keys=None):
msids = _parse_tracelogs(tbegin, tend, filenames, other_msids)
tmin = 1.0e55
tmax = -1.0e55
for v in msids.values():
tmin = min(v.times[0].value, tmin)
tmax = max(v.times[-1].value, tmax)
if get_states:
states = States.from_kadi_states(tmin, tmax,
state_keys=state_keys)
else:
states = EmptyTimeSeries()
model = EmptyTimeSeries()
super(TracelogData, self).__init__(msids, states, model)
def __init__(self, tstart, tstop, msids, get_states=True,
filter_bad=False, stat='5min', state_keys=None,
interpolate=None, interpolate_times=None):
tstart = get_time(tstart)
tstop = get_time(tstop)
msids = MSIDs.from_database(msids, tstart, tstop=tstop,
filter_bad=filter_bad, stat=stat,
interpolate=interpolate,
interpolate_times=interpolate_times)
if get_states:
states = States.from_kadi_states(tstart, tstop,
state_keys=state_keys)
else:
states = EmptyTimeSeries()
model = EmptyTimeSeries()
super(EngArchiveData, self).__init__(msids, states, model)
def __init__(self, tstart, tstop, msids, get_states=True,
user=None, password=None, other_msids=None,
state_keys=None):
tstart = get_time(tstart)
tstop = get_time(tstop)
msids = MSIDs.from_maude(msids, tstart, tstop=tstop, user=user,
password=password)
if other_msids is not None:
msids2 = MSIDs.from_database(other_msids, tstart, tstop)
msids = CombinedMSIDs([msids, msids2])
if get_states:
states = States.from_kadi_states(tstart, tstop,
state_keys=state_keys)
else:
states = EmptyTimeSeries()
model = EmptyTimeSeries()
super(MaudeData, self).__init__(msids, states, model)