def generate_sta_locations(db, mtype, deploytype, year, month, verbose=False, debug=False):
"""Generate station locations for specific
periods in time and write out to xy files
suitable for GMT
"""
start_time, end_time = generate_times(year, month)
# Get the networks
snetptr = antdb.dbopen(db, 'r')
snetptr = antdb.dbprocess(snetptr,
['dbopen site',
'dbjoin snetsta',
'dbjoin deployment'])
snetptr = antdb.dbsort(snetptr,'snet', unique=True)
usnets = []
try:
for i in range(antdb.dbquery(snetptr, antdb.dbRECORD_COUNT )):
snetptr['record'] = i
mysnet = antdb.dbgetv(snetptr,'snet')[0]
usnets.append(mysnet)
antdb.dbclose(snetptr)
except Exception, e:
print "generate_sta_locations(): Exception occurred: %s" % e
)
# Add the DECOM by hand as it is a manufactured
# file, not a snet per se. Call it _DECOM to force
# it to plot first
file_list['1_DECOM'] = infra_tmp_decom[1]
counter['decom'] = 0
try:
infraptr_grp = antdb.dbgroup(infraptr, 'sta')
except Exception,e:
print " - generate_inframet_locations(): Dbgroup failed with exception: %s" % e
else:
# Get values into a easily digestible dict
for i in range(antdb.dbquery(infraptr_grp, antdb.dbRECORD_COUNT)):
infraptr_grp[3] = i
sta, [db, view, end_rec, start_rec] = \
antdb.dbgetv(infraptr_grp, 'sta', 'bundle')
all_stations[sta] = {'sensors': {'MEMS':False, 'NCPA':False,
'SETRA':False},
'location': {'lat':0, 'lon':0}}
for j in range(start_rec, end_rec):
infraptr[3] = j
# Cannot use time or endtime as that applies to the station, not to the inframet sensor
ondate, offdate, chan, lat, lon = \
antdb.dbgetv(infraptr, 'ondate', 'offdate', 'chan', 'lat', 'lon')
all_stations[sta]['location']['lat'] = lat
all_stations[sta]['location']['lon'] = lon
ondate = epoch(ondate)
if offdate > 0:
offdate = epoch(offdate)
