def stack(in_, out):
print 'loading files for stacking...'
st_sum = Stream()
st1 = read(in_)
print 'stack traces...'
for station in ProgressBar()('PB01 PB02 PB03 PB04 PB05 PB06 PB07 PB08 PB09 PB10 PB11 PB12 PB13 PB14 PB15 HMBCX MNMCX PATCX PSGCX'.split()):
#st2 = st1.select(station=station, expr='st.event.rms_ratio > 1.5 and st.sampling_rate>40 and -25<st.event.lat<-18 and -67.8<st.event.lon<-66.0')
st2 = st1.select(station=station, expr='st.event.rms_ratio > 1.5 and st.sampling_rate>40')
if len(st2) == 0:
print 'No traces for station %s' % station
continue
tr = st2.simpleStack()
tr.stats.label = station
st_sum += tr
st_sum.write(out, 'Q')
def profile(stations, expr=None):
""" plots summation trace for all stations """
log.info('***** Create profile plots')
util.setRootLogger(logdebugfile=data.rf_results_dir + 'a_log_profile.txt')
filename = 'sum_%s_%s' % (stations, expr)
file_ = data.rf_results_dir + filename
try:
sum_stream = read(file_ + '.QHD')
except:
stream = read_rf()
sum_stream = Stream()
for station in stations.split():
temp = stream.select(station=station, component='Q', expr=expr)
sum_stream += temp.simpleStack()
sum_stream.write(file_, 'Q')
plot = sum_stream.plotProfile(-2, 21, scale=5)
plot.fig.savefig(plotdir + filename + '.eps')
plot.fig.savefig(plotdir + filename + '.png')
plt.close(plot.fig)
def stack(in_, out):
print 'loading files for stacking...'
st_sum = Stream()
st1 = read(in_)
print 'stack traces...'
for station in ProgressBar(
)('PB01 PB02 PB03 PB04 PB05 PB06 PB07 PB08 PB09 PB10 PB11 PB12 PB13 PB14 PB15 HMBCX MNMCX PATCX PSGCX'
.split()):
#st2 = st1.select(station=station, expr='st.event.rms_ratio > 1.5 and st.sampling_rate>40 and -25<st.event.lat<-18 and -67.8<st.event.lon<-66.0')
st2 = st1.select(
station=station,
expr='st.event.rms_ratio > 1.5 and st.sampling_rate>40')
if len(st2) == 0:
print 'No traces for station %s' % station
continue
tr = st2.simpleStack()
tr.stats.label = station
st_sum += tr
st_sum.write(out, 'Q')
def profile(stations, expr=None):
""" plots summation trace for all stations """
log.info('***** Create profile plots')
util.setRootLogger(logdebugfile=data.rf_results_dir + 'a_log_profile.txt')
filename = 'sum_%s_%s' % (stations, expr)
file_ = data.rf_results_dir + filename
try:
sum_stream = read(file_ + '.QHD')
except:
stream = read_rf()
sum_stream = Stream()
for station in stations.split():
temp = stream.select(station=station, component='Q', expr=expr)
sum_stream += temp.simpleStack()
sum_stream.write(file_, 'Q')
plot = sum_stream.plotProfile(-2, 21, scale=5)
plot.fig.savefig(plotdir + filename + '.eps')
plot.fig.savefig(plotdir + filename + '.png')
plt.close(plot.fig)
def cut_events(in_, out):
print 'read events...'
catalog = readEvents(in_, 'QUAKEML')
print 'cut events...'
for event in ProgressBar()(catalog):
oid = get_event_id(event.origins[0].resource_id.getQuakeMLURI())
ori = event.origins[0]
etime = ori.time
#print 'Select', event
st = Stream()
for arrival in ori.arrivals:
arrival.pick_id.convertIDToQuakeMLURI()
pick = arrival.pick_id.getReferredObject()
if not pick:
print 'FAIL to get pick from arrival'
continue
ptime = pick.time
seed_id = pick.waveform_id.getSEEDString()
try:
st1 = Stream(data.client.getWaveform(*(seed_id.split('.') + [ptime - 50, ptime + 250])))
except Exception as ex:
print '%s for %s' % (ex, seed_id)
continue
st1.merge()
#print 'load %s %s %.1f' % (seed_id, pick.phase_hint, ptime - etime)
st1[0].stats['event'] = AttribDict(
id=event.resource_id.resource_id,
origin_id=oid,
etime=etime, ptime=ptime,
lat=ori.latitude, lon=ori.longitude,
depth=ori.depth, rms=ori.quality.standard_error,
mag=event.magnitudes[0].mag)
st += st1
st.write(out % oid, 'Q')
def onpress(event):
if not event.inaxes or event.key != "shift":
return
lon, lat = map(event.xdata, event.ydata, inverse=True)
dlon = 0.05
dlat = 0.05
filter = "%f < latitude < %f and %f < longitude < %f" % (lat - dlat, lat + dlat, lon - dlon, lon + dlon)
ev = catalog.filter2(filter)
if len(ev) == 0:
print "No event picked"
return
from sito import Stream
st = Stream()
print "Selcet", ev
for arrival in ev[0].origins[0].arrivals:
arrival.pick_id.convertIDToQuakeMLURI()
pick = arrival.pick_id.getReferredObject()
if not pick:
print "FAIL"
return
time = pick.time
seed_id = pick.waveform_id.getSEEDString()
try:
st1 = Stream(client.getWaveform(*(seed_id.split(".") + [time - 50, time + 250])))
except Exception as ex:
print "%s for %s" % (ex, seed_id)
continue
st1.merge()
print "load %s %s %.1f" % (seed_id, pick.phase_hint, time - ev[0].origins[0].time)
st1[0].stats["label"] = "%s %s %.1f" % (seed_id, pick.phase_hint, time - ev[0].origins[0].time)
st += st1
st.setHI("filter", "")
st.filter2(2, None)
# st.plot(automerge=False, method='fast', type='relative')
im = st.plot_()
plt.show()
def cut_events(in_, out):
print 'read events...'
catalog = readEvents(in_, 'QUAKEML')
print 'cut events...'
for event in ProgressBar()(catalog):
oid = get_event_id(event.origins[0].resource_id.getQuakeMLURI())
ori = event.origins[0]
etime = ori.time
#print 'Select', event
st = Stream()
for arrival in ori.arrivals:
arrival.pick_id.convertIDToQuakeMLURI()
pick = arrival.pick_id.getReferredObject()
if not pick:
print 'FAIL to get pick from arrival'
continue
ptime = pick.time
seed_id = pick.waveform_id.getSEEDString()
try:
st1 = Stream(
data.client.getWaveform(*(seed_id.split('.') +
[ptime - 50, ptime + 250])))
except Exception as ex:
print '%s for %s' % (ex, seed_id)
continue
st1.merge()
#print 'load %s %s %.1f' % (seed_id, pick.phase_hint, ptime - etime)
st1[0].stats['event'] = AttribDict(
id=event.resource_id.resource_id,
origin_id=oid,
etime=etime,
ptime=ptime,
lat=ori.latitude,
lon=ori.longitude,
depth=ori.depth,
rms=ori.quality.standard_error,
mag=event.magnitudes[0].mag)
st += st1
st.write(out % oid, 'Q')
def onpress(event):
if not event.inaxes or event.key != 'shift':
return
lon, lat = map(event.xdata, event.ydata, inverse=True)
dlon = 0.05
dlat = 0.05
filter = ('%f < latitude < %f and %f < longitude < %f' %
(lat - dlat, lat + dlat, lon - dlon, lon + dlon))
ev = catalog.filter2(filter)
if len(ev) == 0:
print 'No event picked'
return
from sito import Stream
st = Stream()
print 'Selcet', ev
for arrival in ev[0].origins[0].arrivals:
arrival.pick_id.convertIDToQuakeMLURI()
pick = arrival.pick_id.getReferredObject()
if not pick:
print 'FAIL'
return
time = pick.time
seed_id = pick.waveform_id.getSEEDString()
try:
st1 = Stream(
client.getWaveform(*(seed_id.split('.') +
[time - 50, time + 250])))
except Exception as ex:
print '%s for %s' % (ex, seed_id)
continue
st1.merge()
print 'load %s %s %.1f' % (seed_id, pick.phase_hint,
time - ev[0].origins[0].time)
st1[0].stats['label'] = '%s %s %.1f' % (
seed_id, pick.phase_hint, time - ev[0].origins[0].time)
st += st1
st.setHI('filter', '')
st.filter2(2, None)
#st.plot(automerge=False, method='fast', type='relative')
im = st.plot_()
plt.show()