def add_RXM_SFRB(self, msg):
"""add some RXM_SFRB subframe data"""
ion = ephemeris.IonosphericData(msg)
if ion.valid:
if msg.svid in self.ionospheric:
old_ion = self.ionospheric[msg.svid]
else:
old_ion = None
self.ionospheric[msg.svid] = ion
if old_ion is None or old_ion != ion:
util.saveObject('ionospheric.dat', self.ionospheric)
def add_AID_EPH(self, msg):
"""add some AID_EPH ephemeris data"""
eph = ephemeris.EphemerisData(msg)
if eph.valid:
if eph.svid in self.ephemeris:
old_eph = self.ephemeris[eph.svid]
else:
old_eph = None
self.ephemeris[eph.svid] = eph
if old_eph is None or old_eph != eph:
self.smooth.reset(eph.svid)
util.saveObject('ephemeris.dat', self.ephemeris)
t += t_wrap
t_last = t
for s in msg.recs:
if not s.flags & 1: # ignore svs not used in soln
continue
sat_el[t - t_first, s.svid] = s.elev
sat_az[t - t_first, s.svid] = s.azim
if opts.satlog is None:
sat_res[t - t_first, s.svid] = s.prRes / 100. # Resid in cm
if opts.save_pos is not None:
util.saveObject(opts.save_pos, (sat_el, sat_az, sat_res))
util.saveObject(opts.save_pos + '.stamp', t_first)
print("Saved OK")
p_err = []
dg_err = []
with open(opts.errlog, mode='r') as f:
f.readline()
for l in f:
n, d, nxy, dxy = l.split()
p_err.append(float(n))
dg_err.append(float(d))
# trim off the last element of each array which may contain incomplete
t_wrap = t_last
t += t_wrap
t_last = t
for s in msg.recs:
if not s.flags & 1: # ignore svs not used in soln
continue
sat_el[t - t_first, s.svid] = s.elev
sat_az[t - t_first, s.svid] = s.azim
sat_res[t - t_first, s.svid] = s.prRes / 100. # Resid in cm
if opts.save_pos is not None:
util.saveObject(opts.save_pos, (sat_el, sat_az, sat_res))
util.saveObject(opts.save_pos + '.stamp', t_first)
print("Saved OK")
p_err = []
dg_err = []
with open(opts.errlog, mode='r') as f:
f.readline()
for l in f:
n, d, nxy, dxy = l.split()
p_err.append(float(n))
dg_err.append(float(d))
