sys.stderr.write("\nSomething went wrong ... \n\n")
sys.stderr.write("%s\n\n" % e)
sys.stderr.write(" ... better try again.\n")
sys.exit(2)
print "Updating site `" + site + "' (" + log.site_name() + ")"
###----------------------
#+#Connect to GIPSY sta_info database
###----------------------
sta_info = sif.sta_info_interface()
sta_info.connect()
#Update STA ID TABLE
if not sta_info.got_sta_id(log.site()):
sta_info.add_sta_id(log.site(), log.site_number(),
log.site_full_name())
# sta_info.dump_sta_id()
#Update SVEC TABLE
sta_info.update_svec(log.site(), log.antennas())
# sta_info.dump_svec()
#Update POS TABLE
sta_info.add_pos(log.site(), log.first_installed(), log.XPos(), log.YPos(),
log.ZPos(), log.XVel(), log.YVel(), log.ZVel())
sta_info.dump_sta_pos()
sta_info.close()
log.loc_state(),
log.loc_country()
]
station_name = [s for s in station_name if s is not None]
print " %.4s %6d %.60s" % \
(
log.site().upper(),
log.sta_number(),
", ".join(station_name)
)
#print site vector and antenna type for all entries
if gipsy_svec:
#get all antenna records
antennas = log.antennas()
svec_string = []
prev_antenna_installed = None
#start putting them together starting from the newest
for antenna in reversed(antennas):
dt = prev_antenna_installed - antenna[
'installed'] if prev_antenna_installed is not None else DT.timedelta(
seconds=946080000.00)
svec_string.append(
" %.4s %.4s %.4d %.2d %.2d %.2d %.2d %5.2f %12.2f %-9.9s %11.4f %10.4f %10.4f %10.4f %.1s %-60.60s"
% (log.site().upper(), log.site().upper(),
antenna['installed'].year, antenna['installed'].month,
antenna['installed'].day, antenna['installed'].hour,
if gipsy_sta_id:
#some of these may not exist and hence return None
station_name = [log.site_name(), log.loc_city(), log.loc_state(), log.loc_country()]
station_name = [s for s in station_name if s is not None]
print " %.4s %6d %.60s" % \
(
log.site().upper(),
log.sta_number(),
", ".join(station_name)
)
#print site vector and antenna type for all entries
if gipsy_svec:
#get all antenna records
antennas = log.antennas()
svec_string = []
prev_antenna_installed = None
#start putting them together starting from the newest
for antenna in reversed(antennas):
dt = prev_antenna_installed - antenna['installed'] if prev_antenna_installed is not None else DT.timedelta(seconds=946080000.00)
svec_string.append( " %.4s %.4s %.4d %.2d %.2d %.2d %.2d %5.2f %12.2f %-9.9s %11.4f %10.4f %10.4f %10.4f %.1s %-60.60s" %
(log.site().upper(), log.site().upper(),
antenna['installed'].year, antenna['installed'].month, antenna['installed'].day,
antenna['installed'].hour, antenna['installed'].minute, antenna['installed'].second,
(dt.days*86400+dt.seconds+dt.microseconds/1000.0), antenna['type'][:9],
antenna['arp_vec_east'], antenna['arp_vec_north'], antenna['arp_vec_up'],
0.0, 'l', log.local_log())
#I guess we're doomed!
sys.stderr.write("\nSomething went wrong ... \n\n")
sys.stderr.write("%s\n\n" % e)
sys.stderr.write(" ... better try again.\n")
sys.exit(2)
print "Updating site `"+site+"' ("+log.site_name()+")"
###----------------------
#+#Connect to GIPSY sta_info database
###----------------------
sta_info = sif.sta_info_interface()
sta_info.connect()
#Update STA ID TABLE
if not sta_info.got_sta_id(log.site()):
sta_info.add_sta_id(log.site(), log.site_number(), log.site_full_name())
# sta_info.dump_sta_id()
#Update SVEC TABLE
sta_info.update_svec(log.site(), log.antennas())
# sta_info.dump_svec()
#Update POS TABLE
sta_info.add_pos(log.site(), log.first_installed(), log.XPos(), log.YPos(), log.ZPos(), log.XVel(), log.YVel(), log.ZVel())
sta_info.dump_sta_pos()
sta_info.close()
