def geocode_dem(datadir, masterdate, dem_width):
mli = os.path.join(datadir, 'SLC', masterdate, masterdate + '.mli')
geodir = os.path.join(datadir, 'Geo')
res = grep('range_samples', '{mli}.par'.format(mli=mli))
width = np.int32(res.split(':')[1].strip())
res = grep('nlines', '{gd}/{md}.dem.par'.format(gd=geodir, md=masterdate))
dem_length = np.int32(res.split(':')[1].strip())
res = grep('azimuth_lines', '{mli}.par'.format(mli=mli))
length = np.int32(res.split(':')[1].strip())
exe_str = 'geocode_back {mli} {w} {gd}/{md}.lut_fine '.format(
mli=mli, w=width, gd=geodir, md=masterdate)
exe_str += '{gd}/DEM.{md}.mli {dw} {dl} 2 0'.format(gd=geodir,
md=masterdate,
dw=dem_width,
dl=dem_length)
os.system(exe_str)
exe_str = 'geocode {gd}/{md}.lut_fine {gd}/{md}.dem '.format(gd=geodir,
md=masterdate)
exe_str += '{wd} {gd}/{md}.hgt {w} {l} 2 0'.format(wd=dem_width,
gd=geodir,
md=masterdate,
w=width,
l=length)
os.system(exe_str)
exe_str = 'rashgt {gd}/{md}.hgt {mli} {w} - - - - - 500'.format(
gd=geodir, md=masterdate, mli=mli, w=width)
os.system(exe_str)
exe_str = 'rashgt {gd}/{md}.dem {gd}/DEM.{md}.mli {wd} - - - - - 500'.format(
gd=geodir, md=masterdate, wd=dem_width)
os.system(exe_str)
def geocode_dem(datadir,masterdate,dem_width):
mli = os.path.join(datadir,'SLC',masterdate,masterdate+'.mli')
geodir=os.path.join(datadir,'Geo')
res = grep('range_samples','{mli}.par'.format(mli=mli))
width = np.int32(res.split(':')[1].strip())
res = grep('nlines','{gd}/{md}.dem.par'.format(gd=geodir,md=masterdate))
dem_length = np.int32(res.split(':')[1].strip())
res = grep('azimuth_lines','{mli}.par'.format(mli=mli))
length = np.int32(res.split(':')[1].strip())
exe_str = 'geocode_back {mli} {w} {gd}/{md}.lut_fine '.format(mli=mli,
w=width,
gd=geodir,
md=masterdate)
exe_str += '{gd}/DEM.{md}.mli {dw} {dl} 2 0'.format(gd=geodir,
md=masterdate,
dw=dem_width,
dl=dem_length)
os.system(exe_str)
exe_str = 'geocode {gd}/{md}.lut_fine {gd}/{md}.dem '.format(gd=geodir,
md=masterdate)
exe_str += '{wd} {gd}/{md}.hgt {w} {l} 2 0'.format(wd=dem_width,
gd=geodir,
md=masterdate,
w=width,
l=length)
os.system(exe_str)
exe_str = 'rashgt {gd}/{md}.hgt {mli} {w} - - - - - 500'.format(gd=geodir,
md=masterdate,
mli=mli,
w=width)
os.system(exe_str)
exe_str = 'rashgt {gd}/{md}.dem {gd}/DEM.{md}.mli {wd} - - - - - 500'.format(gd=geodir,
md=masterdate,
wd=dem_width)
os.system(exe_str)
def calc_fine_dem_lut(datadir,masterdate):
mli = os.path.join(datadir,'SLC',masterdate,masterdate+'.mli')
geodir=os.path.join(datadir,'Geo')
res = grep('width','{gd}/{md}.dem.par'.format(gd=geodir,md=masterdate))
dem_width = np.int32(res.split(':')[1].strip())
exe_str = 'gc_map_fine {gd}/{md}.lut {dw} '.format(gd=geodir,
md=masterdate,
dw=dem_width)
exe_str += '{gd}/{md}.diff.par {gd}/{md}.lut_fine 1'.format(gd=geodir,
md=masterdate)
os.system(exe_str)
return dem_width
def calc_fine_dem_lut(datadir, masterdate):
mli = os.path.join(datadir, 'SLC', masterdate, masterdate + '.mli')
geodir = os.path.join(datadir, 'Geo')
res = grep('width', '{gd}/{md}.dem.par'.format(gd=geodir, md=masterdate))
dem_width = np.int32(res.split(':')[1].strip())
exe_str = 'gc_map_fine {gd}/{md}.lut {dw} '.format(gd=geodir,
md=masterdate,
dw=dem_width)
exe_str += '{gd}/{md}.diff.par {gd}/{md}.lut_fine 1'.format(gd=geodir,
md=masterdate)
os.system(exe_str)
return dem_width
def geocode_mli(datadir,masterdate,dem_width):
geodir = os.path.join(datadir,'Geo')
dempar = os.path.join(geodir,masterdate+'.dem.par')
res = grep('corner_lat',dempar)
demlat = np.float32(res.split(':')[1].strip().split(' ')[0])
res = grep('corner_lon',dempar)
demlon = np.float32(res.split(':')[1].strip().split(' ')[0])
res = grep('post_lat',dempar)
latstep = np.float32(res.split(':')[1].strip().split(' ')[0])
res = grep('post_lon',dempar)
lonstep = np.float32(res.split(':')[1].strip().split(' ')[0])
res = grep('nlines',dempar)
dem_length = np.int32(res.split(':')[1].strip())
mlipar = os.path.join(datadir,'SLC',masterdate,masterdate+'.mli.par')
res = grep('range_samples',mlipar)
mliwidth = np.int32(res.split(':')[1].strip())
res = grep('azimuth_lines',mlipar)
mlilength = np.int32(res.split(':')[1].strip())
lat = np.arange(demlat,demlat+dem_length*latstep,latstep)
lat = lat[:dem_length]
lon = np.arange(demlon,demlon+dem_width*lonstep,lonstep)
lon = lon[:dem_width]
LON,LAT = np.meshgrid(lon,lat)
np.float32(LON).byteswap().tofile(geodir+'/lon_dem')
np.float32(LAT).byteswap().tofile(geodir+'/lat_dem')
exe_str = 'geocode {0}/{1}.lut_fine {0}/lon_dem {2} {0}/lon_mli {3} {4}'.format(geodir,
masterdate,
dem_width,
mliwidth,
mlilength)
os.system(exe_str)
exe_str = 'geocode {0}/{1}.lut_fine {0}/lat_dem {2} {0}/lat_mli {3} {4}'.format(geodir,
masterdate,
dem_width,
mliwidth,
mlilength)
os.system(exe_str)
return mliwidth, mlilength
def geocode_mli(datadir, masterdate, dem_width):
geodir = os.path.join(datadir, 'Geo')
dempar = os.path.join(geodir, masterdate + '.dem.par')
res = grep('corner_lat', dempar)
demlat = np.float32(res.split(':')[1].strip().split(' ')[0])
res = grep('corner_lon', dempar)
demlon = np.float32(res.split(':')[1].strip().split(' ')[0])
res = grep('post_lat', dempar)
latstep = np.float32(res.split(':')[1].strip().split(' ')[0])
res = grep('post_lon', dempar)
lonstep = np.float32(res.split(':')[1].strip().split(' ')[0])
res = grep('nlines', dempar)
dem_length = np.int32(res.split(':')[1].strip())
mlipar = os.path.join(datadir, 'SLC', masterdate, masterdate + '.mli.par')
res = grep('range_samples', mlipar)
mliwidth = np.int32(res.split(':')[1].strip())
res = grep('azimuth_lines', mlipar)
mlilength = np.int32(res.split(':')[1].strip())
lat = np.arange(demlat, demlat + dem_length * latstep, latstep)
lat = lat[:dem_length]
lon = np.arange(demlon, demlon + dem_width * lonstep, lonstep)
lon = lon[:dem_width]
LON, LAT = np.meshgrid(lon, lat)
np.float32(LON).byteswap().tofile(geodir + '/lon_dem')
np.float32(LAT).byteswap().tofile(geodir + '/lat_dem')
exe_str = 'geocode {0}/{1}.lut_fine {0}/lon_dem {2} {0}/lon_mli {3} {4}'.format(
geodir, masterdate, dem_width, mliwidth, mlilength)
os.system(exe_str)
exe_str = 'geocode {0}/{1}.lut_fine {0}/lat_dem {2} {0}/lat_mli {3} {4}'.format(
geodir, masterdate, dem_width, mliwidth, mlilength)
os.system(exe_str)
return mliwidth, mlilength
dt.datetime(int(l[:4]), int(l[4:6]), int(l[6:])))
else:
for l in os.listdir(os.path.join(datadir, 'SLC')):
if l != str(masterdate) and l[0] == '2':
slavelist.append(
dt.datetime(int(l[:4]), int(l[4:6]), int(l[6:])))
masterdate = dt.datetime(int(str(masterdate)[:4]),
int(str(masterdate)[4:6]),
int(str(masterdate)[6:]))
tempbaseline = [abs(masterdate - sd) for sd in slavelist]
sortix = np.argsort(tempbaseline)
swathlist, pol = get_swath_pol(datadir, masterdate.strftime('%Y%m%d'))
res = grep(
'range_samples',
os.path.join(datadir, 'SLC', masterdate.strftime('%Y%m%d'),
'{md}.mli.par'.format(md=masterdate.strftime('%Y%m%d'))))
mliwidth = np.int32(res.split(':')[1].strip())
for i in sortix:
process_slave(datadir, masterdate.strftime('%Y%m%d'),
slavelist[i].strftime('%Y%m%d'), tempbaseline[i],
swathlist, pol, mliwidth)
def process_slave(datadir, masterdate, slavedate, masterbaseline, swathlist,
pol, mliwidth):
derive_lut(datadir, masterdate, slavedate, swathlist, pol)
calc_offset(datadir, masterdate, slavedate, '')
calc_offset(datadir, masterdate, slavedate, 1)
if masterbaseline <= dt.timedelta(days=60):
c.execute(query)
res = c.fetchall()
slavedate_dt = dt.datetime(int(slavedate[:4]),int(slavedate[4:6]),int(slavedate[6:]))
if res:
for procdir in res[0]:
with open(os.path.join(procdir,'burstid.list')) as f:
burstidlist = f.read().strip().split('\n')
make_image(procdir,burstidlist,slavedate,c,orbitdbfilename)
for f in os.listdir(os.path.join(procdir,'Geo')):
if f[-4:] == '.dem' and f[0] == '2':
masterdate = f.split('.')[0]
masterdate_dt = dt.datetime(int(masterdate[:4]),int(masterdate[4:6]),int(masterdate[6:]))
break
masterbaseline = abs(masterdate_dt-slavedate_dt)
swathlist, pol = get_swath_pol(procdir,masterdate)
res = grep('range_samples',os.path.join(procdir,'SLC',masterdate,'{md}.mli.par'.format(md=masterdate)))
mliwidth = np.int32(res.split(':')[1].strip())
process_slave(procdir,masterdate,slavedate,masterbaseline,swathlist,pol,mliwidth)
conn.close()
def distribute_data(datadir,hopperdir,c,conn):
datalist = os.listdir(hopperdir)
tracklist = []
datelist = []
for d in datalist:
if os.path.isdir(os.path.join(hopperdir,d)) and d[-5:] == '.SAFE':
orbnumber = get_orbit(os.path.join(hopperdir,d))
orbdir = os.path.join(datadir,'T'+orbnumber)
if not os.path.exists(orbdir):
os.mkdir(orbdir)
if not os.path.exists(os.path.join(orbdir,d)):
if slavelistname:
with open(slavelistname) as f:
for l in f:
if l.strip() != str(masterdate) and len(l) > 0:
slavelist.append(dt.datetime(int(l[:4]),int(l[4:6]),int(l[6:])))
else:
for l in os.listdir(os.path.join(datadir,'SLC')):
if l != str(masterdate) and l[0] == '2':
slavelist.append(dt.datetime(int(l[:4]),int(l[4:6]),int(l[6:])))
masterdate = dt.datetime(int(str(masterdate)[:4]),int(str(masterdate)[4:6]),int(str(masterdate)[6:]))
tempbaseline = [abs(masterdate-sd) for sd in slavelist]
sortix = np.argsort(tempbaseline)
swathlist, pol = get_swath_pol(datadir,masterdate.strftime('%Y%m%d'))
res = grep('range_samples',os.path.join(datadir,'SLC',masterdate.strftime('%Y%m%d'),'{md}.mli.par'.format(md=masterdate.strftime('%Y%m%d'))))
mliwidth = np.int32(res.split(':')[1].strip())
for i in sortix:
process_slave(datadir,masterdate.strftime('%Y%m%d'),slavelist[i].strftime('%Y%m%d'),tempbaseline[i],swathlist,pol,mliwidth)
def process_slave(datadir,masterdate,slavedate,masterbaseline,swathlist,pol,mliwidth):
derive_lut(datadir,masterdate,slavedate,swathlist,pol)
calc_offset(datadir,masterdate,slavedate,'')
calc_offset(datadir,masterdate,slavedate,1)
if masterbaseline <= dt.timedelta(days=60):
#No auxiliary image used if tempbaseline is less than 60 days
coreg_overlap(datadir,masterdate,slavedate,[],1)
coreg_overlap(datadir,masterdate,slavedate,[],2)
else:
