def getDelayDict(opts):
'Get dtdict'
if not opts.multinet:
dtdict = readPickle(opts.ifilename)
print('Read delay time dict from '+opts.ifilename)
else:
nets = opts.nets
print('Read delay time dicts for nets: {:s} {:s} {:s}'.format(nets[0], nets[1], nets[2]))
dtdict = {}
for net in nets:
ddict = readPickle(net+'-'+opts.ifilename)
for evid in ddict.keys():
dtdict[evid] = ddict[evid]
return dtdict
def test_saveData(self):
if os.path.isfile('test-save-data.bhz.pkl'):
os.remove('test-save-data.bhz.pkl')
self.assertFalse(os.path.isfile('test-save-data.bhz.pkl'))
opts = Opts('test-save-data.bhz.pkl','pkl',None)
gsac1 = readPickle('20120124.00520523.bhz.pkl', None)
saveData(gsac1, opts)
self.assertTrue(os.path.isfile('test-save-data.bhz.pkl'))
# load again to make sure its saved properly
gsac2 = readPickle('test-save-data.bhz.pkl', None)
self.assertEqual(len(gsac2.selist), len(gsac1.selist))
self.assertEqual(len(gsac2.delist), len(gsac1.delist))
self.assertEqual(len(gsac2.saclist), len(gsac1.saclist))
def test_pkl2sac(self):
pkfile = '20120109.04071467.bhz.pkl'
zipmode = None
gsac = readPickle(pkfile, zipmode)
sacdh = gsac.saclist[0]
dirarr = sacdh.filename.split('/')
dirname = dirarr[0] + '/' + dirarr[1]
pkl2sac(pkfile, zipmode)
#sac is default folder name for sacfiles to be put to
self.assertTrue(os.path.isdir(dirarr[0]))
self.assertTrue(os.path.isdir(dirname))
def test_pkl2sac(self):
pkfile = '20120109.04071467.bhz.pkl'
zipmode = None
gsac = readPickle(pkfile, zipmode)
sacdh = gsac.saclist[0]
dirarr = sacdh.filename.split('/')
dirname = dirarr[0]+'/'+dirarr[1]
pkl2sac(pkfile, zipmode)
#sac is default folder name for sacfiles to be put to
self.assertTrue(os.path.isdir(dirarr[0]))
self.assertTrue(os.path.isdir(dirname))
def getDicts(opts):
'Get dtdicts'
dtdicts = {}
if opts.ofilename:
for tfile in ifiles:
dtag = tfile.split('/')[-1].split('.')[-1]
dtdicts[dtag] = readFile(tfile, opts.arrtime)
writePickle(dtdicts, opts.ofilename)
print('Write to file :'+ opts.ofilename)
else:
print('Read file: '+opts.ifilename)
dtdicts = readPickle(opts.ifilename)
return dtdicts
def getIncDict(opts):
'Calculate incidence/take-off angles and save to dict'
if opts.ofilename:
stadict = readStation(opts.locsta)
dtdict = getDelayDict(opts)
getModel(opts)
if opts.taup:
dtidict = getIncTauP(dtdict, stadict, opts)
else:
dtidict = getIncTTimes(dtdict, stadict, opts)
else:
print('Read file: '+opts.ifilename)
dtidict = readPickle(opts.ifilename)
return dtidict
class sacpickleModel(unittest.TestCase):
def test_saveData(self):
if os.path.isfile('test-save-data.bhz.pkl'):
os.remove('test-save-data.bhz.pkl')
self.assertFalse(os.path.isfile('test-save-data.bhz.pkl'))
opts = Opts('test-save-data.bhz.pkl','pkl',None)
gsac1 = readPickle('20120124.00520523.bhz.pkl', None)
saveData(gsac1, opts)
self.assertTrue(os.path.isfile('test-save-data.bhz.pkl'))
# load again to make sure its saved properly
gsac2 = readPickle('test-save-data.bhz.pkl', None)
self.assertEqual(len(gsac2.selist), len(gsac1.selist))
self.assertEqual(len(gsac2.delist), len(gsac1.delist))
self.assertEqual(len(gsac2.saclist), len(gsac1.saclist))
def test_fileZipMode(self):
filemode1, zipmode1 = fileZipMode('20120115.13401954.bhz.pkl')
self.assertEqual(filemode1, 'pkl')
self.assertEqual(zipmode1, None)
filemode2, zipmode2 = fileZipMode('20120115.13401954.bhz.pkl.gz')
self.assertEqual(filemode2, 'pkl')
self.assertEqual(zipmode2, 'gz')
filemode3, zipmode3 = fileZipMode('TA.SAC')
self.assertEqual(filemode3, 'sac')
self.assertEqual(zipmode3, None)
def test_pkl2sac(self):
pkfile = '20120109.04071467.bhz.pkl'
zipmode = None
gsac = readPickle(pkfile, zipmode)
sacdh = gsac.saclist[0]
dirarr = sacdh.filename.split('/')
dirname = dirarr[0]+'/'+dirarr[1]
pkl2sac(pkfile, zipmode)
opts.tbins = [linspace(pmin,pmax,21), linspace(smin,smax,21)]
#opts.ticks = [linspace(pmin,pmax,11), linspace(smin,smax,11)]
opts.majorLocators = MultipleLocator(1), MultipleLocator(3)
opts.minorLocators = MultipleLocator(.5), MultipleLocator(1)
if nbin == 2:
opts.figsize = (12, 10)
#os.system('rm -rf '+hfile)
if opts.incstats:
dtidict = getIncDict(opts)
incStats(dtidict)
opts.figsize = (12, 12)
if opts.histogram:
if not os.path.isfile(hfile):
dtidict = getIncDict(opts) # calculate incidences
stawest = readStation(fwest)
staeast = readStation(feast)
stadicts = [stawest, staeast]
ewdicts = incBinDelay(dtidict, stadicts, opts)
writePickle(ewdicts, hfile)
else:
print('Read file: '+hfile)
ewdicts = readPickle(hfile)
# 2-column
#opts.bins = linspace(-8,8,81)
#plotHist2(ewdicts, opts)
plotHist1(ewdicts, opts)
