def pf_2_cfg(pf, config_file):
"""
Convert an Antelope .pf parameter file to a generic Python .cfg
configuration file.
Arguments:
pf - Path to parameter file or None. If pf is None, the $PFPATH is searched
for a parameter file named pyloceq.pf.
config_file - Desired path to output configuration file.
Returns:
0 - Success
Behaviour:
This method will read in a parameter file, convert all parameters
to .cfg configuration file format equivalent and write out a .cfg
file.
Example:
In [1]: from anfseistools.ant import pf_2_cfg
In [2]: pf_2_cfg(None, 'test_pf_2_cfg')
Out[2]: 0
In [3]: pf_2_cfg('/Users/mcwhite/src/3DSeisTools/location/pyloceq',
'test_pf_2_cfg')
Out[3]: 0
"""
import ConfigParser
from antelope.stock import pfin,\
pfread
config_file = '%s.cfg' % config_file
if os.path.isfile(config_file):
try:
os.remove(config_file)
except OSError:
print 'Could not remove potentially stale configuration file - %s.'\
'\nPlease remove and try again.' % config_file
sys.exit(-1)
config = ConfigParser.RawConfigParser()
config.add_section('misc')
if pf:
if os.path.splitext(pf)[1] == '.pf':
pf = pfin(pf)
else:
pf = pfin('%s.pf' % pf)
else: pf = pfread('pyloceq')
for key1 in pf.keys():
if isinstance(pf[key1], dict):
config.add_section(key1)
for key2 in pf[key1]:
config.set(key1, key2, pf[key1][key2])
else:
config.set('misc', key1, pf[key1])
with open(config_file, 'w') as config_file:
config.write(config_file)
return 0
def pfile_2_cfg(pfile, config_file):
'''
Convert an Antelope .pf parameter file to a generic Python .cfg
configuration file.
Arguments:
pfile - Path to parameter file or None. If pfile is None, the $PFPATH is searched
for a parameter file named 3Dreloc.pf.
config_file - Desired path to output configuration file.
Returns:
0 - Success
Behaviour:
This method will read in a parameter file, convert all parameters
to .cfg configuration file format equivalent and write out a .cfg
file.
Example:
In [1]: from loctools3D.ant import pfile_2_cfg
In [2]: pfile_2_cfg(None, 'test_pfile_2_cfg')
Out[2]: 0
In [3]: pfile_2_cfg('/Users/mcwhite/src/3DSeisTools/location/pyloceq',
'test_pfile_2_cfg')
Out[3]: 0
'''
import ConfigParser
from antelope.stock import pfin,\
pfread
config_file = '%s.cfg' % config_file
if os.path.isfile(config_file):
try:
os.remove(config_file)
except OSError:
print 'Could not remove potentially stale configuration file - %s.'\
'\nPlease remove and try again.' % config_file
sys.exit(-1)
config = ConfigParser.RawConfigParser()
config.add_section('misc')
if pfile:
if os.path.splitext(pfile)[1] != '.pf':
pfile = '%s.pf' %pfile
pfile = pfin(pfile)
else:
pfile = pfread('3Drelocate')
for key1 in pfile.keys():
if isinstance(pfile[key1], dict):
config.add_section(key1)
for key2 in pfile[key1]:
config.set(key1, key2, pfile[key1][key2])
else:
config.set('misc', key1, pfile[key1])
config_file = open(config_file, 'w')
config.write(config_file)
config_file.close()
return 0
def pfile_2_cfg(pfile, config_file):
"""
Convert an Antelope .pf parameter file to a generic Python .cfg
configuration file.
Arguments:
pfile - Path to parameter file or None. If pfile is None, the $PFPATH is searched
for a parameter file named 3Dreloc.pf.
config_file - Desired path to output configuration file.
Returns:
0 - Success
Behaviour:
This method will read in a parameter file, convert all parameters
to .cfg configuration file format equivalent and write out a .cfg
file.
Example:
In [1]: from loctools3D.ant import pfile_2_cfg
In [2]: pfile_2_cfg(None, 'test_pfile_2_cfg')
Out[2]: 0
In [3]: pfile_2_cfg('/Users/mcwhite/src/3DSeisTools/location/pyloceq',
'test_pfile_2_cfg')
Out[3]: 0
"""
import ConfigParser
from antelope.stock import pfin, pfread
config_file = "%s.cfg" % config_file
if os.path.isfile(config_file):
try:
os.remove(config_file)
except OSError:
print "Could not remove potentially stale configuration file - %s." "\nPlease remove and try again." % config_file
sys.exit(-1)
config = ConfigParser.RawConfigParser()
config.add_section("misc")
if pfile:
if os.path.splitext(pfile)[1] != ".pf":
pfile = "%s.pf" % pfile
pfile = pfin(pfile)
else:
pfile = pfread("3Dreloc")
for key1 in pfile.keys():
if isinstance(pfile[key1], dict):
config.add_section(key1)
for key2 in pfile[key1]:
config.set(key1, key2, pfile[key1][key2])
else:
config.set("misc", key1, pfile[key1])
config_file = open(config_file, "w")
config.write(config_file)
config_file.close()
return 0
def pf_2_cfg(pf, config_file):
import ConfigParser
config_file = '%s.cfg' % config_file
pf = '%s.pf' % pf
if os.path.isfile(config_file):
try:
os.remove(config_file)
except Exception:
print 'Could not remove potentially stale configuration file - %s.\n'\
'Please remove and try again.' % config_file
sys.exit(-1)
config = ConfigParser.RawConfigParser()
config.add_section('misc')
pf = pfin('%s' % pf)
for key1 in pf.keys():
if isinstance(pf[key1], dict):
config.add_section(key1)
for key2 in pf[key1]:
config.set(key1, key2, pf[key1][key2])
else:
config.set('misc', key1, pf[key1])
with open(config_file, 'w') as config_file:
config.write(config_file)
import misc_tools
from mtools import *
from numpy import arange, asarray
from antelope.stock import pfread, pfin
from antelope.datascope import closing, dbopen
params = pfin('eqloc3d.pf')
loc_params = params['location_parameters']
#These should go in parameter file.
#nr = int(loc_params['nr'])
#nlat = int(loc_params['nlat'])
#nlon = int(loc_params['nlon'])
#nx, ny, nz = nlon, nlat, nr
earth_rad = 6371
#Load events
print 'Reading db'
with closing(dbopen('/Users/mcwhite/staging/dbs/anza_sub/anza')) as db:
tbl_event = db.schema_tables['event']
tbl_event = tbl_event.join('origin')
tbl_event = tbl_event.subset('time >= _2013319 00:00:00_')
tbl_event = tbl_event.separate('event')
event_list = misc_tools.create_event_list(tbl_event, 'CSS3.0')
print 'Done reading db'
for ev in event_list:
origin = ev.preferred_origin
if origin.lon < -117 or origin.lon > -116 or origin.lat < 33.0 or origin.lat > 34.0:
continue
misc_tools.locate_eq(origin)
sys.exit()
import misc_tools
from mtools import *
from numpy import arange,asarray
from antelope.stock import pfread, pfin
params=pfin('eqloc3d.pf')
loc_params = params['location_parameters']
#These should go in parameter file.
#nr = int(loc_params['nr'])
#nlat = int(loc_params['nlat'])
#nlon = int(loc_params['nlon'])
#nx, ny, nz = nlon, nlat, nr
earth_rad=6371
#Load events
fnam='pha.phase_210to9_july2011.dat'
pha=Phalist(fnam,'scedc')
for ev in pha:
if ev.lon<-117 or ev.lon>-116 or ev.lat<33.0 or ev.lat>34.0:
continue
misc_tools.locate_eq(ev)
def locate_eq(ev):
#Locate an earthquake based on the arrivals in ev, traveltime files which are already saved
from antelope.stock import pfread, pfin
from mtools import Phalist,Stalist
params=pfin('eqloc3d.pf')
loc_params = params['location_parameters']
prop_params= params['propagation_grid']
earth_rad=6371.0
#Get Propagation grid paramters
nlat=int(prop_params['nlat'])
nlon=int(prop_params['nlon'])
nz=int(prop_params['nr'])
li = Linear_index(nlon, nlat, nz)
olon=float(prop_params['minlon'])
olat=float(prop_params['minlat'])
oz=float(prop_params['minz'])
dlon=float(prop_params['dlon'])
dlat=float(prop_params['dlat'])
dz= float(prop_params['dr'])
#Build vectors of geographic coordinates
qlon = arange(olon, dlon * nlon + olon, dlon)
qlat = arange(olat, dlat * nlat + olat, dlat)
qdep = arange(earth_rad-dz*nz,earth_rad,dz)+oz+dz
#Grid search for best location
start_time=time.time()
absvec=[]
arrvec=[]
arrsta=[] #a list of station names
for arrival in ev.arrivals:
if arrival.phase is 'P':
arrvec.append(arrival.time - ev.time)
absvec.append(arrival.time)
arrsta.append(arrival.sta)
if not os.path.isfile(arrival.sta+'traveltime'):
continue
if len(arrvec)<6: #About this many phases are needed to get a decent result
return None
absvec=asarray(absvec)
arrvec=asarray(arrvec)
#print 'Number of phases used: ',len(arrvec)
#Search coarsely
#dstep should go in parameter file.
dstep = int(loc_params['dstep2'])
dx, dy, dz = nlon / dstep, nlat / dstep, nz / dstep
#dx, dy, dz = 1,1,1 #Remove this later
qx, qy, qz = range(1, nlon, dx), range(1, nlat, dy), range(1, nz, dz);
minx, miny, minz, orgmin = grid_search_traveltimes_origin(arrsta, qx, qy,
qz, absvec, li)
#minx, miny, minz, orgmin = exp_grid_search(arrsta,qx,qy,qz, absvec, li,ev.time)
#Finer search
# minx, miny, minz = grid_search_traveltimes_rms(arrsta, qx, qy, qz,
# arrvec,li)
buff = int(loc_params['buff2'])
qx = range(minx - buff, minx + buff)
qy = range(miny - buff, miny + buff)
qz = range(minz - buff, minz + buff);
qx = fix_boundary_search(qx, li.nx)
qy = fix_boundary_search(qy, li.ny)
qz = fix_boundary_search(qz, li.nz)
minx, miny, minz, orgmin = grid_search_traveltimes_origin(arrsta, qx, qy,
qz, absvec, li)
#minx, miny, minz, orgmin = exp_grid_search(arrsta,qx,qy,qz, absvec, li,ev.time)
# minx, miny, minz = grid_search_traveltimes_rms(arrsta, qx, qy, qz,
# arrvec,li)
orgmin=0
#Find the best subgrid location
c,resid=get_subgrid_loc(minx,miny,minz,arrvec,arrsta,li)
delta_x=qlon[1]-qlon[0]
delta_y=qlat[1]-qlat[0]
delta_z=qdep[1]-qdep[0]
loc_change=c*[delta_x,delta_y,delta_z] #Subgrid location change in lon/lat/depth
#Find the best-fit source location in geographic coordinates
newloc=[newlon,newlat,newz]=[ qlon[minx],qlat[miny],qdep[minz] ] #+loc_change
elapsed_time=time.time()-start_time
print ev.orid,len(arrvec),newlon,newlat,earth_rad-newz,ev.lon,ev.lat,ev.depth,ev.time-orgmin,elapsed_time,resid