def express_zne():
'''
get z,n,e components
'''
stz = obspy.read('*BHZ*filtered')
stz = filter.gimp_filter(stz)
stn = obspy.read('*BHN*filtered')
stn = filter.gimp_filter(stn)
ste = obspy.read('*BHE*filtered')
ste = filter.gimp_filter(ste)
stz.normalize()
stn.normalize()
ste.normalize()
stz = data.align_on_phase(stz)
stn = data.align_on_phase(stn)
ste = data.align_on_phase(ste)
return stz, stn, ste
def express_zne():
'''
get z,n,e components
'''
stz = obspy.read('*BHZ*filtered')
stz = filter.gimp_filter(stz)
stn = obspy.read('*BHN*filtered')
stn = filter.gimp_filter(stn)
ste = obspy.read('*BHE*filtered')
ste = filter.gimp_filter(ste)
stz.normalize()
stn.normalize()
ste.normalize()
stz = data.align_on_phase(stz)
stn = data.align_on_phase(stn)
ste = data.align_on_phase(ste)
return stz, stn, ste
def express_rt():
'''
get r and t
'''
stn = obspy.read('*BHN*filtered')
ste = obspy.read('*BHE*filtered')
stz = obspy.read('*BHZ*filtered')
stn = filter.gimp_filter(stn)
ste = filter.gimp_filter(ste)
stz = filter.gimp_filter(stz)
stn_name_list = []
ste_name_list = []
stz_name_list = []
for tr in stn:
tr.stats.full_name = tr.stats.network+'.'+tr.stats.station
stn_name_list.append(tr.stats.network+'.'+tr.stats.station)
for tr in ste:
tr.stats.full_name = tr.stats.network+'.'+tr.stats.station
ste_name_list.append(tr.stats.network+'.'+tr.stats.station)
for tr in stz:
tr.stats.full_name = tr.stats.network+'.'+tr.stats.station
stz_name_list.append(tr.stats.network+'.'+tr.stats.station)
common_name = set(stn_name_list) & set(ste_name_list) & set(stz_name_list)
for tr in stn:
if tr.stats.full_name not in common_name:
stn.remove(tr)
for tr in ste:
if tr.stats.full_name not in common_name:
ste.remove(tr)
for tr in stz:
if tr.stats.full_name not in common_name:
stz.remove(tr)
stz.sort(['full_name'])
ste.sort(['full_name'])
stn.sort(['full_name'])
str, stt = rotate_st(stn,ste)
return str, stt, stz
def express_rt():
'''
get r and t
'''
stn = obspy.read('*BHN*filtered')
ste = obspy.read('*BHE*filtered')
stz = obspy.read('*BHZ*filtered')
stn = filter.gimp_filter(stn)
ste = filter.gimp_filter(ste)
stz = filter.gimp_filter(stz)
stn_name_list = []
ste_name_list = []
stz_name_list = []
for tr in stn:
tr.stats.full_name = tr.stats.network + '.' + tr.stats.station
stn_name_list.append(tr.stats.network + '.' + tr.stats.station)
for tr in ste:
tr.stats.full_name = tr.stats.network + '.' + tr.stats.station
ste_name_list.append(tr.stats.network + '.' + tr.stats.station)
for tr in stz:
tr.stats.full_name = tr.stats.network + '.' + tr.stats.station
stz_name_list.append(tr.stats.network + '.' + tr.stats.station)
common_name = set(stn_name_list) & set(ste_name_list) & set(stz_name_list)
for tr in stn:
if tr.stats.full_name not in common_name:
stn.remove(tr)
for tr in ste:
if tr.stats.full_name not in common_name:
ste.remove(tr)
for tr in stz:
if tr.stats.full_name not in common_name:
stz.remove(tr)
stz.sort(['full_name'])
ste.sort(['full_name'])
stn.sort(['full_name'])
str, stt = rotate_st(stn, ste)
return str, stt, stz
def express_all():
'''
get r and t z n e
'''
stn = obspy.read('*BHN*filtered')
ste = obspy.read('*BHE*filtered')
stz = obspy.read('*BHZ*filtered')
stn_name_list = []
ste_name_list = []
stz_name_list = []
stn = filter.gimp_filter(stn)
ste = filter.gimp_filter(ste)
stz = filter.gimp_filter(stz)
for tr in stn:
tr.stats.full_name = tr.stats.network + '.' + tr.stats.station + '.'
#str(tr.stats.calib)
if tr.stats.full_name in stn_name_list:
stn.remove(tr)
stn_name_list.append(tr.stats.full_name)
for tr in ste:
tr.stats.full_name = tr.stats.network + '.' + tr.stats.station + '.'
#str(tr.stats.calib)
if tr.stats.full_name in ste_name_list:
ste.remove(tr)
ste_name_list.append(tr.stats.full_name)
for tr in stz:
tr.stats.full_name = tr.stats.network + '.' + tr.stats.station + '.'
#str(tr.stats.calib)
if tr.stats.full_name in stz_name_list:
stz.remove(tr)
stz_name_list.append(tr.stats.full_name)
#common_name = set(stn_name_list)|set(ste_name_list)|set(stz_name_list)
#full_name = set(stz_name_list+ste_name_list+stn_name_list)
#common_list = min(len(set(stn_name_list)),len(set(stz_name_list)),len(set(ste_name_list)))
#return common_name,full_name
common_name = set(stn_name_list) & set(ste_name_list) & set(stz_name_list)
for tr in stn:
if tr.stats.full_name not in common_name:
stn.remove(tr)
for tr in ste:
if tr.stats.full_name not in common_name:
ste.remove(tr)
for tr in stz:
if tr.stats.full_name not in common_name:
stz.remove(tr)
stz.sort(['full_name'])
ste.sort(['full_name'])
stn.sort(['full_name'])
print len(stn), len(ste), len(stz)
if (len(stn[0].data) == len(ste[0].data) == len(stz[0].data)) == False:
new_len = min(len(stn[0].data), len(ste[0].data), len(stz[0].data))
for idx, tr in enumerate(stn):
tr.data = tr.data[0:new_len - 1]
ste[idx].data = ste[idx].data[0:new_len - 1]
stz[idx].data = stz[idx].data[0:new_len - 1]
strad, stt = rotate_st(stn, ste)
#return common_name
return strad, stt, stz, ste, stn
def express_all():
"""
get r and t z n e
"""
stn = obspy.read("*BHN*filtered")
ste = obspy.read("*BHE*filtered")
stz = obspy.read("*BHZ*filtered")
stn_name_list = []
ste_name_list = []
stz_name_list = []
stn = filter.gimp_filter(stn)
ste = filter.gimp_filter(ste)
stz = filter.gimp_filter(stz)
for tr in stn:
tr.stats.full_name = tr.stats.network + "." + tr.stats.station + "."
# str(tr.stats.calib)
if tr.stats.full_name in stn_name_list:
stn.remove(tr)
stn_name_list.append(tr.stats.full_name)
for tr in ste:
tr.stats.full_name = tr.stats.network + "." + tr.stats.station + "."
# str(tr.stats.calib)
if tr.stats.full_name in ste_name_list:
ste.remove(tr)
ste_name_list.append(tr.stats.full_name)
for tr in stz:
tr.stats.full_name = tr.stats.network + "." + tr.stats.station + "."
# str(tr.stats.calib)
if tr.stats.full_name in stz_name_list:
stz.remove(tr)
stz_name_list.append(tr.stats.full_name)
# common_name = set(stn_name_list)|set(ste_name_list)|set(stz_name_list)
# full_name = set(stz_name_list+ste_name_list+stn_name_list)
# common_list = min(len(set(stn_name_list)),len(set(stz_name_list)),len(set(ste_name_list)))
# return common_name,full_name
common_name = set(stn_name_list) & set(ste_name_list) & set(stz_name_list)
for tr in stn:
if tr.stats.full_name not in common_name:
stn.remove(tr)
for tr in ste:
if tr.stats.full_name not in common_name:
ste.remove(tr)
for tr in stz:
if tr.stats.full_name not in common_name:
stz.remove(tr)
stz.sort(["full_name"])
ste.sort(["full_name"])
stn.sort(["full_name"])
print len(stn), len(ste), len(stz)
if (len(stn[0].data) == len(ste[0].data) == len(stz[0].data)) == False:
new_len = min(len(stn[0].data), len(ste[0].data), len(stz[0].data))
for idx, tr in enumerate(stn):
tr.data = tr.data[0 : new_len - 1]
ste[idx].data = ste[idx].data[0 : new_len - 1]
stz[idx].data = stz[idx].data[0 : new_len - 1]
strad, stt = rotate_st(stn, ste)
# return common_name
return strad, stt, stz, ste, stn
