181 lines
6.2 KiB
Python
181 lines
6.2 KiB
Python
#! /usr/bin/env python
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#################################################################
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### This program is part of PyINT v2.1 ###
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### Copy Right (c): 2017-2019, Yunmeng Cao ###
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### Author: Yunmeng Cao ###
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### Contact : ymcmrs@gmail.com ###
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#################################################################
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import numpy as np
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import os
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import sys
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import subprocess
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import getopt
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import time
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import glob
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import argparse
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from pyint import _utils as ut
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def get_s1_date(raw_file):
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file0 = os.path.basename(raw_file)
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date = file0[17:25]
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return date
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def get_satellite(raw_file):
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if 'S1A_IW_SLC_' in raw_file:
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s0 = 'A'
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else:
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s0 = 'B'
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return s0
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def cmdLineParse():
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parser = argparse.ArgumentParser(description='Generate SLC from Sentinel-1 raw data with orbit correction using GAMMA.',\
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formatter_class=argparse.RawTextHelpFormatter,\
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epilog=INTRODUCTION+'\n'+EXAMPLE)
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parser.add_argument('s1_raw', help='raw Sentinel-1 file. e.g., S1A*.zip')
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parser.add_argument('root_path',help='root path for saving the SLC files')
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inps = parser.parse_args()
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return inps
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INTRODUCTION = '''
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-------------------------------------------------------------------
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Generate SLC from Sentinel-1 raw data with orbit correction using GAMMA.
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[Precise orbit data will be downloaded automatically]
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'''
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EXAMPLE = """Usage:
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down2slc_sen.py S1A_IW_SLC_XXXX.zip /Yunmeng/S1_test
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-------------------------------------------------------------------
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"""
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def main(argv):
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inps = cmdLineParse()
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raw_file = inps.s1_raw
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root_dir = inps.root_path
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satellite = get_satellite(raw_file)
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date = get_s1_date(raw_file)
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if not os.path.isdir(root_dir):
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os.mkdir(root_dir)
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slc_dir = root_dir + '/' + date
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if not os.path.isdir(slc_dir):
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os.mkdir(slc_dir)
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if len(os.path.dirname(raw_file))==0:
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raw_file_dir = os.getcwd()
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else:
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raw_file_dir = os.path.dirname(raw_file)
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raw_dir = raw_file.replace('.zip','.SAFE')
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# MEASURE = glob.glob(measureDir + '/*vv*tiff')
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# ANNOTAT = glob.glob(annotatDir + '/*vv*xml' )
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# CALIBRA = glob.glob(calibraDir+'/calibration*vv*')
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# NOISE = glob.glob(calibraDir+'/noise*vv*')
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SLC_Tab = slc_dir + '/' + date+'_SLC_Tab'
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TEST = slc_dir + '/' + date + '.IW3.slc.par'
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k0 = 0
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if os.path.isfile(TEST):
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if os.path.getsize(TEST) > 0:
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k0 = 1
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if k0==0:
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if not os.path.isdir(raw_dir):
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call_str = 'unzip ' + raw_file + ' -d ' + raw_file_dir
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os.system(call_str)
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measureDir = raw_dir + '/measurement'
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annotatDir = raw_dir + '/annotation'
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calibraDir = raw_dir + '/annotation/calibration'
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MM = glob.glob(measureDir + '/*vv*tiff')
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if os.path.isfile(SLC_Tab):
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os.remove(SLC_Tab)
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for kk in range(len(MM)):
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SLC = slc_dir + '/' + date + '.IW' + str(kk+1)+'.slc'
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SLCPar = slc_dir + '/' + date + '.IW' + str(kk+1)+'.slc.par'
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TOPPar = slc_dir + '/' + date + '.IW' + str(kk+1)+'.slc.TOPS_par'
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BURST = slc_dir + '/' + date + '.IW' + str(kk+1)+'.burst.par'
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if os.path.isfile(BURST):
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os.remove(BURST)
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call_str = 'echo ' + SLC + ' ' + SLCPar + ' ' + TOPPar + ' >> ' + SLC_Tab
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os.system(call_str)
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MEASURE = glob.glob(measureDir + '/*iw' + str(kk+1) + '*vv*tiff')
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ANNOTAT = glob.glob(annotatDir + '/*iw' + str(kk+1) + '*vv*xml' )
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CALIBRA = glob.glob(calibraDir+'/calibration*'+ 'iw' + str(kk+1) + '*vv*')
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NOISE = glob.glob(calibraDir+'/noise*' + 'iw' + str(kk+1) + '*vv*')
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#call_str = 'S1_burstloc ' + ANNOTAT[0] + '> ' +BURST
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#os.system(call_str)
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if not os.path.isfile(NOISE[0]):
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call_str = 'par_S1_SLC ' + MEASURE[0] + ' ' + ANNOTAT[0] + ' ' + CALIBRA[0] + ' - ' + SLCPar + ' ' + SLC + ' ' + TOPPar
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else:
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call_str = 'par_S1_SLC ' + MEASURE[0] + ' ' + ANNOTAT[0] + ' ' + CALIBRA[0] + ' ' + NOISE[0] + ' ' + SLCPar + ' ' + SLC + ' ' + TOPPar
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#if int(date) > 180311:
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# call_str = 'par_S1_SLC ' + MEASURE[0] + ' ' + ANNOTAT[0] + ' ' + CALIBRA[0] + ' - ' + SLCPar + ' ' + SLC + ' ' + TOPPar
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#else:
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# call_str = 'par_S1_SLC ' + MEASURE[0] + ' ' + ANNOTAT[0] + ' ' + CALIBRA[0] + ' ' + NOISE[0] + ' ' + SLCPar + ' ' + SLC + ' ' + TOPPar
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os.system(call_str)
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call_str = 'SLC_burst_corners ' + SLCPar + ' ' + TOPPar + ' > ' +BURST
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os.system(call_str)
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# orbit correction
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slc_pars = glob.glob(slc_dir + '/*.IW*.slc.par')
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orbit_file0 = ut.download_s1_orbit(date,slc_dir,satellite=satellite)
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orbit_file = slc_dir + '/' + orbit_file0
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for i in range(len(slc_pars)):
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call_str = 'S1_OPOD_vec ' + slc_pars[i] + ' ' + orbit_file
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os.system(call_str)
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# generate amp file for check image quality
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#TSLC = slc_dir + '/' + date + '.slc'
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#TSLCPar = slc_dir + '/' + date + '.slc.par'
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#TMLI = slc_dir + '/' + date + '_40rlks.amp'
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#TMLIPar = slc_dir + '/' + date + '_40rlks.amp.par'
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#call_str = 'SLC_mosaic_S1_TOPS ' + SLC_Tab + ' ' + TSLC + ' ' + TSLCPar + ' 10 2'
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#os.system(call_str)
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#call_str = 'multi_look ' + TSLC + ' ' + TSLCPar + ' ' + TMLI + ' ' + TMLIPar + ' 40 8'
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#os.system(call_str)
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#nWidth = ut.read_gamma_par(TMLIPar, 'read','range_samples:')
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#call_str = 'raspwr ' + TMLI + ' ' + nWidth + ' - - - - - - - '
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#os.system(call_str)
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if os.path.isdir(raw_dir):
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call_str = 'rm -rf ' + raw_dir
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os.system(call_str)
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print("Down to SLC for %s is done! " % date)
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sys.exit(1)
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if __name__ == '__main__':
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main(sys.argv[:])
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