gyulavics@gyulavics-Precision-T1500:/mnt/radar/GyI_radar/GAMMA_bugs$ S1_coreg_TOPS 20160607.SLC_tab 20160607 20160911.SLC_tab 20160911 20160911.RSLC_tab geocoding/20160607.hgt 20 4 - - 0.8 0.001 0.8 1 1 S1_coreg_TOPS: Script to coregister a Sentinel-1 TOPS mode burst SLC to a reference burst SLC v1.5 21-Nov-2016 uw LAT program poly_math is available LAT program mask_class is available raster image file extension from get_GAMMA_RASTER: bmp test if required input/output files and directories exist using the height file (geocoding/20160607.hgt) no polygon poly1 indicated no polygon poly2 indicated required input files exist SLC_mosaic_S1_TOPS 20160607.SLC_tab 20160607.rslc 20160607.rslc.par 20 4 *** Calculate SLC mosaic of Sentinel-1 TOPS burst SLC data *** *** Copyright 2016, Gamma Remote Sensing v3.5 23-August-2016 clw/awi *** SLC_tab: 20160607.SLC_tab output SLC mosaic: 20160607.rslc file number: 5 range looks used to determine burst data window: 20 azimuth looks used to determine burst data window: 4 output SLC mosaic image: 20160607.rslc output SLC mosaic parameter file: 20160607.rslc.par NOTE: using previously calculated burst window parameters if available number of input SLC images: 3 S1 TOPS SLC file: 20160607.IW1.slc SLC parameter file: 20160607.IW1.slc.par S1 TOPS burst parameter file: 20160607.IW1.slc.TOPS_par r0 (m): 800353.913 r2 (m): 851522.742 nr: 21966 rpix (m): 2.329562 t0 (s): 17105.440382 t2 (s): 17130.594225 nlines: 13518 time_per_line (s): 2.055556e-03 S1 TOPS SLC file: 20160607.IW2.slc SLC parameter file: 20160607.IW2.slc.par S1 TOPS burst parameter file: 20160607.IW2.slc.TOPS_par r0 (m): 846754.131 r2 (m): 906901.093 nr: 25820 rpix (m): 2.329562 t0 (s): 17103.625326 t2 (s): 17131.560336 nlines: 15140 time_per_line (s): 2.055556e-03 S1 TOPS SLC file: 20160607.IW3.slc SLC parameter file: 20160607.IW3.slc.par S1 TOPS burst parameter file: 20160607.IW3.slc.TOPS_par r0 (m): 902295.551 r2 (m): 960269.031 nr: 24887 rpix (m): 2.329562 t0 (s): 17104.583215 t2 (s): 17129.769947 nlines: 13671 time_per_line (s): 2.055556e-03 SLC mosaic date year: 2016 month: 06 day: 07 SLC mosaic when not resampled to reference SLC range samples: 68647 lines: 13591 SLC input data format: SCOMPLEX bytes/sample: 4 SLC mosaic data format: SCOMPLEX SLC mosaic range sample spacing (m): 2.32956 SLC mosaic azimuth sample spacing (m): 13.93500 SLC mosaic range samples: 68647 SLC mosaic azimuth lines: 13591 SLC mosaic file size (bytes): 3731925508 Mb: 3559.042 maximum number of bursts in an SLC: 10 burst_win(), bytes/sample: 4 SLC 1 r0: 800353.9130 r1: 825938.3277 r2: 851522.7423 fvs: 858 lvs: 21264 r_fvs: 802352.6772 r_lvs: 849889.7194 SLC 2 r0: 846754.1312 r1: 876827.6118 r2: 906901.0925 fvs: 783 lvs: 25160 r_fvs: 848578.1782 r_lvs: 905365.9111 r_ovlp: 4768.6111 rvs_ovlp: 1311.5411 SLC 3 r0: 902295.5511 r1: 931282.2911 r2: 960269.0311 fvs: 692 lvs: 24292 r_fvs: 903907.6080 r_lvs: 958885.2712 r_ovlp: 4605.5414 rvs_ovlp: 1458.3031 SLC: 1 burst: 1 az_time: 17105.4404 lstart: 0.000 SLC: 1 burst: 2 az_time: 17108.1969 dtb (s): 2.75650 az_ovlp (s): 0.33094 az_ovlp (lines): 161.00000 lstart: 1502.000 nlb: 1502.000 SLC: 1 burst: 3 az_time: 17110.9575 dtb (s): 2.76061 az_ovlp (s): 0.32683 az_ovlp (lines): 159.00005 lstart: 3004.000 nlb: 1502.000 SLC: 1 burst: 4 az_time: 17113.7161 dtb (s): 2.75856 az_ovlp (s): 0.32889 az_ovlp (lines): 160.00027 lstart: 4506.000 nlb: 1502.000 SLC: 1 burst: 5 az_time: 17116.4746 dtb (s): 2.75856 az_ovlp (s): 0.32889 az_ovlp (lines): 159.99978 lstart: 6008.000 nlb: 1502.000 SLC: 1 burst: 6 az_time: 17119.2311 dtb (s): 2.75650 az_ovlp (s): 0.33094 az_ovlp (lines): 161.00000 lstart: 7510.000 nlb: 1502.000 SLC: 1 burst: 7 az_time: 17121.9917 dtb (s): 2.76061 az_ovlp (s): 0.32683 az_ovlp (lines): 159.00005 lstart: 9012.000 nlb: 1502.000 SLC: 1 burst: 8 az_time: 17124.7482 dtb (s): 2.75650 az_ovlp (s): 0.33094 az_ovlp (lines): 161.00000 lstart: 10514.000 nlb: 1502.000 SLC: 1 burst: 9 az_time: 17127.5088 dtb (s): 2.76061 az_ovlp (s): 0.32683 az_ovlp (lines): 159.00005 lstart: 12016.000 nlb: 1502.000 SLC: 2 burst: 1 az_time: 17103.6253 lstart: 0.000 SLC: 2 burst: 2 az_time: 17106.3818 dtb (s): 2.75650 az_ovlp (s): 0.35561 az_ovlp (lines): 173.00000 lstart: 1514.000 nlb: 1514.000 SLC: 2 burst: 3 az_time: 17109.1404 dtb (s): 2.75856 az_ovlp (s): 0.35356 az_ovlp (lines): 171.99978 lstart: 3028.000 nlb: 1514.000 SLC: 2 burst: 4 az_time: 17111.8989 dtb (s): 2.75856 az_ovlp (s): 0.35356 az_ovlp (lines): 172.00027 lstart: 4542.000 nlb: 1514.000 SLC: 2 burst: 5 az_time: 17114.6575 dtb (s): 2.75856 az_ovlp (s): 0.35356 az_ovlp (lines): 171.99978 lstart: 6056.000 nlb: 1514.000 SLC: 2 burst: 6 az_time: 17117.4161 dtb (s): 2.75856 az_ovlp (s): 0.35356 az_ovlp (lines): 172.00027 lstart: 7570.000 nlb: 1514.000 SLC: 2 burst: 7 az_time: 17120.1726 dtb (s): 2.75650 az_ovlp (s): 0.35561 az_ovlp (lines): 173.00000 lstart: 9084.000 nlb: 1514.000 SLC: 2 burst: 8 az_time: 17122.9332 dtb (s): 2.76061 az_ovlp (s): 0.35150 az_ovlp (lines): 171.00005 lstart: 10598.000 nlb: 1514.000 SLC: 2 burst: 9 az_time: 17125.6917 dtb (s): 2.75856 az_ovlp (s): 0.35356 az_ovlp (lines): 171.99978 lstart: 12112.000 nlb: 1514.000 SLC: 2 burst: 10 az_time: 17128.4503 dtb (s): 2.75856 az_ovlp (s): 0.35356 az_ovlp (lines): 172.00027 lstart: 13626.000 nlb: 1514.000 SLC: 3 burst: 1 az_time: 17104.5832 lstart: 0.000 SLC: 3 burst: 2 az_time: 17107.3397 dtb (s): 2.75650 az_ovlp (s): 0.36589 az_ovlp (lines): 178.00000 lstart: 1519.000 nlb: 1519.000 SLC: 3 burst: 3 az_time: 17110.0962 dtb (s): 2.75650 az_ovlp (s): 0.36589 az_ovlp (lines): 178.00000 lstart: 3038.000 nlb: 1519.000 SLC: 3 burst: 4 az_time: 17112.8548 dtb (s): 2.75856 az_ovlp (s): 0.36383 az_ovlp (lines): 176.99978 lstart: 4557.000 nlb: 1519.000 SLC: 3 burst: 5 az_time: 17115.6154 dtb (s): 2.76061 az_ovlp (s): 0.36178 az_ovlp (lines): 176.00005 lstart: 6076.000 nlb: 1519.000 SLC: 3 burst: 6 az_time: 17118.3739 dtb (s): 2.75856 az_ovlp (s): 0.36383 az_ovlp (lines): 177.00027 lstart: 7595.000 nlb: 1519.000 SLC: 3 burst: 7 az_time: 17121.1325 dtb (s): 2.75856 az_ovlp (s): 0.36383 az_ovlp (lines): 176.99978 lstart: 9114.000 nlb: 1519.000 SLC: 3 burst: 8 az_time: 17123.8890 dtb (s): 2.75650 az_ovlp (s): 0.36589 az_ovlp (lines): 178.00000 lstart: 10633.000 nlb: 1519.000 SLC: 3 burst: 9 az_time: 17126.6496 dtb (s): 2.76061 az_ovlp (s): 0.36178 az_ovlp (lines): 176.00005 lstart: 12152.000 nlb: 1519.000 SLC: 1 burst: 1 burst_t0: 17105.4404 t2: 17108.5258 win_t0: 17105.4424 iaz0: 1 naz: 1420 win_t2: 17108.3593 loff:880 SLC: 1 burst: 2 burst_t0: 17108.1969 t2: 17111.2823 win_t0: 17108.3613 iaz0: 80 naz: 1340 win_t2: 17111.1137 SLC: 1 burst: 3 burst_t0: 17110.9575 t2: 17114.0429 win_t0: 17111.1158 iaz0: 77 naz: 1344 win_t2: 17113.8764 SLC: 1 burst: 4 burst_t0: 17113.7161 t2: 17116.8014 win_t0: 17113.8784 iaz0: 79 naz: 1344 win_t2: 17116.6391 SLC: 1 burst: 5 burst_t0: 17116.4746 t2: 17119.5600 win_t0: 17116.6411 iaz0: 81 naz: 1340 win_t2: 17119.3935 SLC: 1 burst: 6 burst_t0: 17119.2311 t2: 17122.3165 win_t0: 17119.3956 iaz0: 80 naz: 1340 win_t2: 17122.1479 SLC: 1 burst: 7 burst_t0: 17121.9917 t2: 17125.0771 win_t0: 17122.1500 iaz0: 77 naz: 1344 win_t2: 17124.9106 SLC: 1 burst: 8 burst_t0: 17124.7482 t2: 17127.8336 win_t0: 17124.9127 iaz0: 80 naz: 1340 win_t2: 17127.6651 SLC: 1 burst: 9 burst_t0: 17127.5088 t2: 17130.5942 win_t0: 17127.6671 iaz0: 77 naz: 1424 win_t2: 17130.5922 SLC: 2 burst: 1 burst_t0: 17103.6253 t2: 17106.7354 win_t0: 17103.6253 iaz0: 0 naz: 1428 win_t2: 17106.5586 loff:0 SLC: 2 burst: 2 burst_t0: 17106.3818 t2: 17109.4919 win_t0: 17106.5607 iaz0: 87 naz: 1340 win_t2: 17109.3131 SLC: 2 burst: 3 burst_t0: 17109.1404 t2: 17112.2504 win_t0: 17109.3151 iaz0: 85 naz: 1344 win_t2: 17112.0757 SLC: 2 burst: 4 burst_t0: 17111.8989 t2: 17115.0090 win_t0: 17112.0778 iaz0: 87 naz: 1340 win_t2: 17114.8302 SLC: 2 burst: 5 burst_t0: 17114.6575 t2: 17117.7676 win_t0: 17114.8322 iaz0: 85 naz: 1344 win_t2: 17117.5928 SLC: 2 burst: 6 burst_t0: 17117.4161 t2: 17120.5261 win_t0: 17117.5949 iaz0: 87 naz: 1340 win_t2: 17120.3473 SLC: 2 burst: 7 burst_t0: 17120.1726 t2: 17123.2826 win_t0: 17120.3493 iaz0: 86 naz: 1340 win_t2: 17123.1017 SLC: 2 burst: 8 burst_t0: 17122.9332 t2: 17126.0432 win_t0: 17123.1038 iaz0: 83 naz: 1344 win_t2: 17125.8644 SLC: 2 burst: 9 burst_t0: 17125.6917 t2: 17128.8018 win_t0: 17125.8664 iaz0: 85 naz: 1340 win_t2: 17128.6188 SLC: 2 burst: 10 burst_t0: 17128.4503 t2: 17131.5603 win_t0: 17128.6209 iaz0: 83 naz: 1428 win_t2: 17131.5542 SLC: 3 burst: 1 burst_t0: 17104.5832 t2: 17107.7036 win_t0: 17104.5873 iaz0: 2 naz: 1428 win_t2: 17107.5206 loff:464 SLC: 3 burst: 2 burst_t0: 17107.3397 t2: 17110.4601 win_t0: 17107.5227 iaz0: 89 naz: 1340 win_t2: 17110.2751 SLC: 3 burst: 3 burst_t0: 17110.0962 t2: 17113.2166 win_t0: 17110.2771 iaz0: 88 naz: 1344 win_t2: 17113.0377 SLC: 3 burst: 4 burst_t0: 17112.8548 t2: 17115.9751 win_t0: 17113.0398 iaz0: 90 naz: 1340 win_t2: 17115.7922 SLC: 3 burst: 5 burst_t0: 17115.6154 t2: 17118.7357 win_t0: 17115.7942 iaz0: 87 naz: 1344 win_t2: 17118.5548 SLC: 3 burst: 6 burst_t0: 17118.3739 t2: 17121.4943 win_t0: 17118.5569 iaz0: 89 naz: 1340 win_t2: 17121.3093 SLC: 3 burst: 7 burst_t0: 17121.1325 t2: 17124.2528 win_t0: 17121.3113 iaz0: 87 naz: 1344 win_t2: 17124.0719 SLC: 3 burst: 8 burst_t0: 17123.8890 t2: 17127.0093 win_t0: 17124.0740 iaz0: 90 naz: 1340 win_t2: 17126.8264 SLC: 3 burst: 9 burst_t0: 17126.6496 t2: 17129.7699 win_t0: 17126.8284 iaz0: 87 naz: 1428 win_t2: 17129.7617 NOTE: using existing S1 TOPS burst window parameters contained in the TOPS_par files listed in the SLC_tab SLC: 1 S1 TOPS file size (bytes): 1187745552 S1 TOPS SLC number of records: 13518 S1 TOPS number of records per burst: 1502 S1 TOPS number of bursts: 9 S1 TOPS range samples/line: 21966 S1 TOPS SLC samples/burst: 32992932 SLC: 2 S1 TOPS file size (bytes): 1563659200 S1 TOPS SLC number of records: 15140 S1 TOPS number of records per burst: 1514 S1 TOPS number of bursts: 10 S1 TOPS range samples/line: 25820 S1 TOPS SLC samples/burst: 39091480 SLC: 3 S1 TOPS file size (bytes): 1360920708 S1 TOPS SLC number of records: 13671 S1 TOPS number of records per burst: 1519 S1 TOPS number of bursts: 9 S1 TOPS range samples/line: 24887 S1 TOPS SLC samples/burst: 37803353 number of lines in the SLC mosaic: 13591 number of lines/block: 4506 number of blocks: 4 SLC output buffer size lines: 4506 samples/line: 68647 (samples): 309323382 output SLC block: 1 line offset: 0 SLC: 1 burst: 1 burst window: 800353.9130 849225.7942 17105.44244 17108.35927 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 1 bw.naz: 1420 SLC: 1 burst: 2 burst window: 800353.9130 849225.7942 17108.36133 17111.11372 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 3 burst window: 800353.9130 849225.7942 17111.11577 17113.87638 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1344 SLC: 1 burst: 4 burst window: 800353.9130 849225.7942 17113.87844 17116.63905 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 79 bw.naz: 1344 SLC: 1 burst: 5 burst window: 800353.9130 849225.7942 17116.64111 17119.39350 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 81 bw.naz: 1340 SLC: 1 burst: 6 burst window: 800353.9130 849225.7942 17119.39555 17122.14794 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 7 burst window: 800353.9130 849225.7942 17122.15000 17124.91061 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1344 SLC: 1 burst: 8 burst window: 800353.9130 849225.7942 17124.91267 17127.66506 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 9 burst window: 800353.9130 849225.7942 17127.66711 17130.59217 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1424 SLC: 2 burst: 1 burst window: 849228.1238 904622.7786 17103.62533 17106.55860 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 0 bw.naz: 1428 SLC: 2 burst: 2 burst window: 849228.1238 904622.7786 17106.56066 17109.31305 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 3 burst window: 849228.1238 904622.7786 17109.31511 17112.07572 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1344 SLC: 2 burst: 4 burst window: 849228.1238 904622.7786 17112.07777 17114.83016 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 5 burst window: 849228.1238 904622.7786 17114.83222 17117.59283 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1344 SLC: 2 burst: 6 burst window: 849228.1238 904622.7786 17117.59489 17120.34728 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 7 burst window: 849228.1238 904622.7786 17120.34933 17123.10172 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 86 bw.naz: 1340 SLC: 2 burst: 8 burst window: 849228.1238 904622.7786 17123.10378 17125.86439 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 83 bw.naz: 1344 SLC: 2 burst: 9 burst window: 849228.1238 904622.7786 17125.86644 17128.61884 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1340 SLC: 2 burst: 10 burst window: 849228.1238 904622.7786 17128.62089 17131.55417 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 83 bw.naz: 1428 SLC: 3 burst: 1 burst window: 904625.1081 960252.7191 17104.58733 17107.52061 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 2 bw.naz: 1428 SLC: 3 burst: 2 burst window: 904625.1081 960252.7191 17107.52266 17110.27505 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 89 bw.naz: 1340 SLC: 3 burst: 3 burst window: 904625.1081 960252.7191 17110.27711 17113.03772 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 88 bw.naz: 1344 SLC: 3 burst: 4 burst window: 904625.1081 960252.7191 17113.03977 17115.79216 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 90 bw.naz: 1340 SLC: 3 burst: 5 burst window: 904625.1081 960252.7191 17115.79422 17118.55483 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1344 SLC: 3 burst: 6 burst window: 904625.1081 960252.7191 17118.55689 17121.30928 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 89 bw.naz: 1340 SLC: 3 burst: 7 burst window: 904625.1081 960252.7191 17121.31133 17124.07194 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1344 SLC: 3 burst: 8 burst window: 904625.1081 960252.7191 17124.07400 17126.82639 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 90 bw.naz: 1340 SLC: 3 burst: 9 burst window: 904625.1081 960252.7191 17126.82845 17129.76172 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1428 writing output SLC buffer: 1 lines: 4506 width: 68647 samples: 309323382 output SLC block: 2 line offset: 4506 SLC: 1 burst: 1 burst window: 800353.9130 849225.7942 17105.44244 17108.35927 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 1 bw.naz: 1420 SLC: 1 burst: 2 burst window: 800353.9130 849225.7942 17108.36133 17111.11372 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 3 burst window: 800353.9130 849225.7942 17111.11577 17113.87638 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1344 SLC: 1 burst: 4 burst window: 800353.9130 849225.7942 17113.87844 17116.63905 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 79 bw.naz: 1344 SLC: 1 burst: 5 burst window: 800353.9130 849225.7942 17116.64111 17119.39350 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 81 bw.naz: 1340 SLC: 1 burst: 6 burst window: 800353.9130 849225.7942 17119.39555 17122.14794 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 7 burst window: 800353.9130 849225.7942 17122.15000 17124.91061 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1344 SLC: 1 burst: 8 burst window: 800353.9130 849225.7942 17124.91267 17127.66506 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 9 burst window: 800353.9130 849225.7942 17127.66711 17130.59217 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1424 SLC: 2 burst: 1 burst window: 849228.1238 904622.7786 17103.62533 17106.55860 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 0 bw.naz: 1428 SLC: 2 burst: 2 burst window: 849228.1238 904622.7786 17106.56066 17109.31305 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 3 burst window: 849228.1238 904622.7786 17109.31511 17112.07572 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1344 SLC: 2 burst: 4 burst window: 849228.1238 904622.7786 17112.07777 17114.83016 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 5 burst window: 849228.1238 904622.7786 17114.83222 17117.59283 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1344 SLC: 2 burst: 6 burst window: 849228.1238 904622.7786 17117.59489 17120.34728 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 7 burst window: 849228.1238 904622.7786 17120.34933 17123.10172 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 86 bw.naz: 1340 SLC: 2 burst: 8 burst window: 849228.1238 904622.7786 17123.10378 17125.86439 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 83 bw.naz: 1344 SLC: 2 burst: 9 burst window: 849228.1238 904622.7786 17125.86644 17128.61884 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1340 SLC: 2 burst: 10 burst window: 849228.1238 904622.7786 17128.62089 17131.55417 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 83 bw.naz: 1428 SLC: 3 burst: 1 burst window: 904625.1081 960252.7191 17104.58733 17107.52061 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 2 bw.naz: 1428 SLC: 3 burst: 2 burst window: 904625.1081 960252.7191 17107.52266 17110.27505 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 89 bw.naz: 1340 SLC: 3 burst: 3 burst window: 904625.1081 960252.7191 17110.27711 17113.03772 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 88 bw.naz: 1344 SLC: 3 burst: 4 burst window: 904625.1081 960252.7191 17113.03977 17115.79216 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 90 bw.naz: 1340 SLC: 3 burst: 5 burst window: 904625.1081 960252.7191 17115.79422 17118.55483 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1344 SLC: 3 burst: 6 burst window: 904625.1081 960252.7191 17118.55689 17121.30928 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 89 bw.naz: 1340 SLC: 3 burst: 7 burst window: 904625.1081 960252.7191 17121.31133 17124.07194 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1344 SLC: 3 burst: 8 burst window: 904625.1081 960252.7191 17124.07400 17126.82639 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 90 bw.naz: 1340 SLC: 3 burst: 9 burst window: 904625.1081 960252.7191 17126.82845 17129.76172 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1428 writing output SLC buffer: 2 lines: 4506 width: 68647 samples: 309323382 output SLC block: 3 line offset: 9012 SLC: 1 burst: 1 burst window: 800353.9130 849225.7942 17105.44244 17108.35927 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 1 bw.naz: 1420 SLC: 1 burst: 2 burst window: 800353.9130 849225.7942 17108.36133 17111.11372 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 3 burst window: 800353.9130 849225.7942 17111.11577 17113.87638 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1344 SLC: 1 burst: 4 burst window: 800353.9130 849225.7942 17113.87844 17116.63905 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 79 bw.naz: 1344 SLC: 1 burst: 5 burst window: 800353.9130 849225.7942 17116.64111 17119.39350 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 81 bw.naz: 1340 SLC: 1 burst: 6 burst window: 800353.9130 849225.7942 17119.39555 17122.14794 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 7 burst window: 800353.9130 849225.7942 17122.15000 17124.91061 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1344 SLC: 1 burst: 8 burst window: 800353.9130 849225.7942 17124.91267 17127.66506 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 9 burst window: 800353.9130 849225.7942 17127.66711 17130.59217 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1424 SLC: 2 burst: 1 burst window: 849228.1238 904622.7786 17103.62533 17106.55860 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 0 bw.naz: 1428 SLC: 2 burst: 2 burst window: 849228.1238 904622.7786 17106.56066 17109.31305 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 3 burst window: 849228.1238 904622.7786 17109.31511 17112.07572 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1344 SLC: 2 burst: 4 burst window: 849228.1238 904622.7786 17112.07777 17114.83016 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 5 burst window: 849228.1238 904622.7786 17114.83222 17117.59283 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1344 SLC: 2 burst: 6 burst window: 849228.1238 904622.7786 17117.59489 17120.34728 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 7 burst window: 849228.1238 904622.7786 17120.34933 17123.10172 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 86 bw.naz: 1340 SLC: 2 burst: 8 burst window: 849228.1238 904622.7786 17123.10378 17125.86439 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 83 bw.naz: 1344 SLC: 2 burst: 9 burst window: 849228.1238 904622.7786 17125.86644 17128.61884 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1340 SLC: 2 burst: 10 burst window: 849228.1238 904622.7786 17128.62089 17131.55417 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 83 bw.naz: 1428 SLC: 3 burst: 1 burst window: 904625.1081 960252.7191 17104.58733 17107.52061 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 2 bw.naz: 1428 SLC: 3 burst: 2 burst window: 904625.1081 960252.7191 17107.52266 17110.27505 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 89 bw.naz: 1340 SLC: 3 burst: 3 burst window: 904625.1081 960252.7191 17110.27711 17113.03772 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 88 bw.naz: 1344 SLC: 3 burst: 4 burst window: 904625.1081 960252.7191 17113.03977 17115.79216 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 90 bw.naz: 1340 SLC: 3 burst: 5 burst window: 904625.1081 960252.7191 17115.79422 17118.55483 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1344 SLC: 3 burst: 6 burst window: 904625.1081 960252.7191 17118.55689 17121.30928 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 89 bw.naz: 1340 SLC: 3 burst: 7 burst window: 904625.1081 960252.7191 17121.31133 17124.07194 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1344 SLC: 3 burst: 8 burst window: 904625.1081 960252.7191 17124.07400 17126.82639 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 90 bw.naz: 1340 SLC: 3 burst: 9 burst window: 904625.1081 960252.7191 17126.82845 17129.76172 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1428 writing output SLC buffer: 3 lines: 4506 width: 68647 samples: 309323382 output SLC block: 4 line offset: 13518 SLC: 1 burst: 1 burst window: 800353.9130 849225.7942 17105.44244 17108.35927 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 1 bw.naz: 1420 SLC: 1 burst: 2 burst window: 800353.9130 849225.7942 17108.36133 17111.11372 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 3 burst window: 800353.9130 849225.7942 17111.11577 17113.87638 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1344 SLC: 1 burst: 4 burst window: 800353.9130 849225.7942 17113.87844 17116.63905 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 79 bw.naz: 1344 SLC: 1 burst: 5 burst window: 800353.9130 849225.7942 17116.64111 17119.39350 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 81 bw.naz: 1340 SLC: 1 burst: 6 burst window: 800353.9130 849225.7942 17119.39555 17122.14794 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 7 burst window: 800353.9130 849225.7942 17122.15000 17124.91061 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1344 SLC: 1 burst: 8 burst window: 800353.9130 849225.7942 17124.91267 17127.66506 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 80 bw.naz: 1340 SLC: 1 burst: 9 burst window: 800353.9130 849225.7942 17127.66711 17130.59217 bw.ir0: 0 bw.nrs: 20980 bw.iaz0: 77 bw.naz: 1424 SLC: 2 burst: 1 burst window: 849228.1238 904622.7786 17103.62533 17106.55860 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 0 bw.naz: 1428 SLC: 2 burst: 2 burst window: 849228.1238 904622.7786 17106.56066 17109.31305 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 3 burst window: 849228.1238 904622.7786 17109.31511 17112.07572 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1344 SLC: 2 burst: 4 burst window: 849228.1238 904622.7786 17112.07777 17114.83016 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 5 burst window: 849228.1238 904622.7786 17114.83222 17117.59283 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1344 SLC: 2 burst: 6 burst window: 849228.1238 904622.7786 17117.59489 17120.34728 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 87 bw.naz: 1340 SLC: 2 burst: 7 burst window: 849228.1238 904622.7786 17120.34933 17123.10172 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 86 bw.naz: 1340 SLC: 2 burst: 8 burst window: 849228.1238 904622.7786 17123.10378 17125.86439 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 83 bw.naz: 1344 SLC: 2 burst: 9 burst window: 849228.1238 904622.7786 17125.86644 17128.61884 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 85 bw.naz: 1340 SLC: 2 burst: 10 burst window: 849228.1238 904622.7786 17128.62089 17131.55417 bw.ir0: 1062 bw.nrs: 23780 bw.iaz0: 83 bw.naz: 1428 SLC: 3 burst: 1 burst window: 904625.1081 960252.7191 17104.58733 17107.52061 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 2 bw.naz: 1428 SLC: 3 burst: 2 burst window: 904625.1081 960252.7191 17107.52266 17110.27505 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 89 bw.naz: 1340 SLC: 3 burst: 3 burst window: 904625.1081 960252.7191 17110.27711 17113.03772 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 88 bw.naz: 1344 SLC: 3 burst: 4 burst window: 904625.1081 960252.7191 17113.03977 17115.79216 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 90 bw.naz: 1340 SLC: 3 burst: 5 burst window: 904625.1081 960252.7191 17115.79422 17118.55483 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1344 SLC: 3 burst: 6 burst window: 904625.1081 960252.7191 17118.55689 17121.30928 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 89 bw.naz: 1340 SLC: 3 burst: 7 burst window: 904625.1081 960252.7191 17121.31133 17124.07194 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1344 SLC: 3 burst: 8 burst window: 904625.1081 960252.7191 17124.07400 17126.82639 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 90 bw.naz: 1340 SLC: 3 burst: 9 burst window: 904625.1081 960252.7191 17126.82845 17129.76172 bw.ir0: 1000 bw.nrs: 23880 bw.iaz0: 87 bw.naz: 1428 writing output SLC buffer: 4 lines: 73 width: 68647 samples: 5011231 output SLC range samples: 68647 azimuth lines: 13591 output SLC mosaic image: 20160607.rslc output SLC parameter file: 20160607.rslc.par user time (s): 17.340 system time (s): 4.360 elapsed time (s): 80.340 *** Calculate a multi-look intensity (MLI) image from an SLC image *** *** Copyright 2017, Gamma Remote Sensing, v4.2 18-Nov-2017 clw/uw/cm *** OPENMP: number of physically available processors: 8 OPENMP: max. number of threads (program defined): 6 OPENMP: max. number of available threads, (environment variable OMP_NUM_THREADS): 8 OPENMP: number of threads that will be used: 6 SLC image file: 20160607.rslc SLC image parameter file: 20160607.rslc.par MLI image file: 20160607.rmli MLI image parameter file: 20160607.rmli.par radar sensor: S1A IW IW1 VV NOTE: retaining incidence angle at image center for entire SLC image frame NOTE: retaining doppler parameters for entire SLC image frame SLC format: scomplex (pairs of 2-byte integer (re,im)) range looks: 20 azimuth looks: 4 offset to starting line: 0 number of lines: 13591 relative output scale factor: 1.000000 output exponent: 1.000000 SLC title: s1a-iw1-slc-vv-20160607t044505-20160607t044530-011600-011bad-004.tiff S1A-IW-IW1-VV-11600 (software: Sentinel-1 IPF 002.71) input line header size (bytes): 0 SLC range sample spacing (m): 2.32956 SLC azimuth sample spacing (m): 13.93500 SLC image range samples: 68647 SLC image azimuth lines: 13591 MLI range sample spacing (m): 46.59124 MLI azimuth sample spacing (m): 55.74000 MLI image range samples: 3432 MLI image azimuth lines: 3397 multi-look output line: 3000 output MLI file: 20160607.rmli width: 3432 lines: 3397 user time (s): 27.180 system time (s): 0.810 elapsed time (s): 4.700 *** DISP Program raspwr *** *** Copyright 2017, Gamma Remote Sensing, v3.2 4-Sep-2017 clw/cm *** *** Generate 8-bit greyscale raster image of intensity data *** OPENMP: number of physically available processors: 8 OPENMP: max. number of threads (program defined): 4 OPENMP: max. number of available threads, (environment variable OMP_NUM_THREADS): 8 OPENMP: number of threads that will be used: 4 FLOAT data: 20160607.rmli input image width: 3432 height: 3397 range looks: 1 azimuth looks: 1 output image width: 3432 height: 3397 relative scale factor: 1.000 exponent: 0.350 file: 20160607.rmli ave. intensity: 9.77977e+04 average: 5.26526e+01 scale factor: 2.27909e+00 line 0 line 2000 output image: 20160607.rmli.bmp lines: 3397 width: 3432 user time (s): 1.550 system time (s): 0.040 elapsed time (s): 0.540 using existing SLC mosaic of slave: 20160911.slc, 20160911.slc.par using existing MLI mosaic of slave: 20160911.mli, 20160911.mli.par using existing rasterfile of MLI mosaic of slave: 20160911.mli.bmp rdc_trans 20160607.rmli.par geocoding/20160607.hgt 20160911.mli.par 20160911.mli.lt *** Derive lookup table for SLC/MLI coregistration (considering terrain heights) *** *** Copyright 2017, Gamma Remote Sensing, v1.8 9-Oct-2017 clw/uw *** OPENMP: number of physically available processors: 8 OPENMP: max. number of threads (program defined): 4 OPENMP: max. number of available threads, (environment variable OMP_NUM_THREADS): 8 OPENMP: number of threads that will be used: 4 DEM in range-Doppler coordinates: geocoding/20160607.hgt reference SLC/MLI ISP image parameter file: 20160607.rmli.par reference SLC/MLI slant range pixel spacing (m): 46.591240 reference SLC/MLI azimuth pixel spacing (m): 55.740000 reference SLC/MLI radar center frequency (Hz): 5.40500e+09 reference SLC/MLI PRF (Hz): 486.4863 reference SLC/MLI Doppler centroid (Hz): -19.076 reference SLC/MLI center swath inc. angle (deg.): 33.618 reference SLC/MLI number of range samples: 3432 reference SLC/MLI number of azimuth lines: 3397 reference SLC/MLI azimuth angle: 90.0000 (right looking) SLC/MLI 2 ISP image parameter file: 20160911.mli.par SLC/MLI 2 slant range pixel spacing (m): 46.591240 SLC/MLI 2 azimuth pixel spacing (m): 55.739840 SLC/MLI 2 radar center frequency (Hz): 5.40500e+09 SLC/MLI 2 PRF (Hz): 486.4863 SLC/MLI 2 Doppler centroid (Hz): 59.230 SLC/MLI 2 center swath inc. angle (deg.): 33.616 SLC/MLI 2 number of range samples: 3432 SLC/MLI 2 number of azimuth lines: 3280 SLC/MLI 2 deskew ON: 1 SLC/MLI 2 azimuth angle: 90.0000 (right looking) *** TCN matrix *** 7.436126e-01 1.052882e-01 -6.602687e-01 2.865606e-01 -9.424134e-01 1.724526e-01 -6.040888e-01 -3.174450e-01 -7.309620e-01 center time of the reference MLI (s): 17117.58975 center time of MLI-2 (s): 17122.10351 image center slant range (m): 880326.612 Doppler frequency (Hz): 59.228 MLI-1 center lat (deg.): 48.1108259 lon: (deg.) 21.1728778 earth radius (m): 6366330.2547 altitude (m): 702785.3779 MLI-1 radar velocity (m/s): 7590.817185 approx. SAR focus velocity (m/s): 7203.616286 MLI-1 position vector (image center) (m) 4.27037386e+06 2.24405507e+06 5.16725457e+06 MLI-1 SAR velocity vector (image center) (m/s) 5.65031256e+03 8.02212959e+02 -5.00509020e+03 error threshold for geocoding along track: 0.0001 samples 2.056e-07 sec. azimuth line: 3000 output lookup table: 20160911.mli.lt width: 3432 lines: 3397 user time (s): 63.170 system time (s): 0.080 elapsed time (s): 15.980 rstep, azstep: 1072, 212 *** Create and update ISP offset and interferogram parameter files *** *** Copyright 2015 Gamma Remote Sensing v5.3 clw/uw 10-Nov-2015 *** SLC-1 title: s1a-iw1-slc-vv-20160607t044505-20160607t044530-011600-011bad-004.tiff S1A-IW-IW1-VV-11600 (software: Sentinel-1 IPF 002.71) SLC-1 Doppler centroid at center swath (Hz): -19.076 SLC-1 number of range samples: 68647 SLC-1 number of image lines: 13591 SLC-1 slant range pixel spacing (m): 2.329562 SLC-1 azimuth sample spacing (m): 13.935000 SLC-2 title: s1a-iw1-slc-vv-20160911t044510-20160911t044535-013000-014951-004.tiff S1A-IW-IW1-VV-13000 (software: Sentinel-1 IPF 002.72) SLC-2 Doppler centroid at center swath (Hz): 59.230 SLC-2 number of range samples: 68647 SLC-2 number of lines: 13121 SLC-2 slant range pixel spacing (m): 2.329562 SLC-2 azimuth sample spacing (m): 13.934960 OFFSET ALGORITHM: intensity cross-correlation number of offset locations range: 32 azimuth: 64 patch size range: 64 azimuth: 64 offset correlation threshold: 0.100 Interferogram Parameters ************************ range looks: 20 azimuth looks: 4 range width pixels: 3432 azimuth lines: 3397 range pixel spacing (m): 46.59124 azimuth line spacing (m): 55.74000 output OFF_par file: 20160607_20160911.off user time (s): 0.010 system time (s): 0.000 elapsed time (s): 0.050 offset refinement using matching iteration 1 SLC_interp_lt_S1_TOPS 20160911.SLC_tab 20160911.slc.par 20160607.SLC_tab 20160607.rslc.par 20160911.mli.lt.masked 20160607.rmli.par 20160911.mli.par 20160607_20160911.off.start 20160911.RSLC_tab 20160911.rslc 20160911.rslc.par > SLC_interp_lt_S1_TOPS.1.out WARNING m2burst(): specified burst 9 outside of valid range 0 ->8 create_offset 20160607.rslc.par 20160911.slc.par 20160607_20160911.doff 1 20 4 0 *** Create and update ISP offset and interferogram parameter files *** *** Copyright 2015 Gamma Remote Sensing v5.3 clw/uw 10-Nov-2015 *** SLC-1 title: s1a-iw1-slc-vv-20160607t044505-20160607t044530-011600-011bad-004.tiff S1A-IW-IW1-VV-11600 (software: Sentinel-1 IPF 002.71) SLC-1 Doppler centroid at center swath (Hz): -19.076 SLC-1 number of range samples: 68647 SLC-1 number of image lines: 13591 SLC-1 slant range pixel spacing (m): 2.329562 SLC-1 azimuth sample spacing (m): 13.935000 SLC-2 title: s1a-iw1-slc-vv-20160911t044510-20160911t044535-013000-014951-004.tiff S1A-IW-IW1-VV-13000 (software: Sentinel-1 IPF 002.72) SLC-2 Doppler centroid at center swath (Hz): 59.230 SLC-2 number of range samples: 68647 SLC-2 number of lines: 13121 SLC-2 slant range pixel spacing (m): 2.329562 SLC-2 azimuth sample spacing (m): 13.934960 OFFSET ALGORITHM: intensity cross-correlation number of offset locations range: 32 azimuth: 64 patch size range: 64 azimuth: 64 offset correlation threshold: 0.100 Interferogram Parameters ************************ range looks: 20 azimuth looks: 4 range width pixels: 3432 azimuth lines: 3397 range pixel spacing (m): 46.59124 azimuth line spacing (m): 55.74000 output OFF_par file: 20160607_20160911.doff user time (s): 0.000 system time (s): 0.000 elapsed time (s): 0.000 offset_pwr_tracking 20160607.rslc 20160911.rslc 20160607.rslc.par 20160911.rslc.par 20160607_20160911.doff 20160607_20160911.offs 20160607_20160911.snr 128 64 - 1 0.2 1072 212 0 68647 0 13591 *** Offset tracking between SLC images using intensity cross-correlation *** *** Copyright 2017, Gamma Remote Sensing, v5.7 clw/cm 17-Nov-2017 *** OPENMP: number of physically available processors: 8 OPENMP: max. number of threads (program defined): 8 OPENMP: max. number of available threads, (environment variable OMP_NUM_THREADS): 8 OPENMP: number of threads that will be used: 8 offset_pwr_tracking compiled with GCC version: 5.4.0 WARNING: subroutine rd_str, keyword not found: title WARNING: subroutine rd_str, keyword not found: sensor WARNING: subroutine rd_str, keyword not found: date WARNING: subroutine rd_dbl, keyword not found: start_time WARNING: subroutine rd_dbl, keyword not found: center_time WARNING: subroutine rd_dbl, keyword not found: end_time WARNING: subroutine rd_int, keyword not found: line_header_size WARNING: subroutine rd_int, keyword not found: range_samples WARNING: subroutine rd_int, keyword not found: azimuth_lines WARNING: subroutine rd_int, keyword not found: range_looks WARNING: subroutine rd_int, keyword not found: azimuth_looks WARNING: subroutine rd_str, keyword not found: image_format WARNING: image_format parameter of SLC parameter file set to default: SCOMPLEX WARNING: subroutine rd_dbl, keyword not found: range_scale_factor WARNING: missing range pixel spacing scale factor is set to 1.0 WARNING: subroutine rd_dbl, keyword not found: azimuth_scale_factor WARNING: missing azimuth pixel spacing scale factor is set to 1.0 WARNING: subroutine rd_dbl, keyword not found: center_latitude WARNING: subroutine rd_dbl, keyword not found: center_longitude WARNING: subroutine rd_dbl, keyword not found: heading WARNING: subroutine rd_dbl, keyword not found: range_pixel_spacing WARNING: subroutine rd_dbl, keyword not found: azimuth_pixel_spacing WARNING: subroutine rd_dbl, keyword not found: near_range_slc WARNING: subroutine rd_dbl, keyword not found: center_range_slc WARNING: subroutine rd_dbl, keyword not found: far_range_slc WARNING: subroutine rd_dbl, keyword not found: incidence_angle WARNING: subroutine rd_str, keyword not found: azimuth_deskew WARNING: subroutine rd_dbl, keyword not found: azimuth_angle WARNING: subroutine rd_dbl, keyword not found: radar_frequency WARNING: subroutine rd_dbl, keyword not found: adc_sampling_rate WARNING: subroutine rd_dbl, keyword not found: chirp_bandwidth WARNING: subroutine rd_dbl, keyword not found: prf WARNING: subroutine rd_dbl, keyword not found: azimuth_proc_bandwidth WARNING: subroutine rd_vec, keyword not found: doppler_polynomial WARNING: subroutine rd_vec, keyword not found: doppler_poly_dot WARNING: subroutine rd_vec, keyword not found: doppler_poly_ddot WARNING: subroutine rd_dbl, keyword not found: receiver_gain WARNING: subroutine rd_dbl, keyword not found: calibration_gain WARNING: subroutine rd_dbl, keyword not found: sar_to_earth_center WARNING: subroutine rd_dbl, keyword not found: earth_radius_below_sensor WARNING: subroutine rd_dbl, keyword not found: earth_semi_major_axis WARNING: subroutine rd_dbl, keyword not found: earth_semi_minor_axis WARNING: subroutine rd_int, keyword not found: number_of_state_vectors WARNING: subroutine rd_str, keyword not found: image_geometry WARNING: missing image_geometry parameter in parameter file set to: GROUND_RANGE WARNING: subroutine rd_dbl, keyword not found: azimuth_line_time WARNING: missing azimuth line time calculated from start time, end time, and number of lines: -0.000000e+00 WARNING: subroutine rd_vec, keyword not found: first_slant_range_polynomial WARNING: subroutine rd_vec, keyword not found: center_slant_range_polynomial WARNING: subroutine rd_vec, keyword not found: last_slant_range_polynomial SLC-1 image: 20160607.rslc SLC-2 image: 20160911.rslc SLC-1 ISP image parameter file: 20160607.rslc.par SLC-2 ISP image parameter file: 20160911.rslc.par ISP interferogram/offset parameter file: 20160607_20160911.doff default cross-correlation coherence threshold for acceptance of offsets: 0.100 cross-correlation offset measurements: 20160607_20160911.offs cross-correlation peak data file: 20160607_20160911.snr SLC format: SCOMPLEX (pairs of 2-byte integer (re,im)) SLC oversampling factor: 1 Lanczos interpolation coefficients order: 5 steps: 32768 Bandwidth fraction: 1.000000 initial offset estimate (range, azimuth): 0 0 SLC offset search window sizes (range, azimuth pixels): 128 64 oversampled SLC window sizes (range, azimuth pixels): 128 64 rstart, rstep, nr: 0 1072 64 azstart, azstep, naz: 0 212 64 number of offset estimates: 4096 correlation function window size range: 32 azimuth: 32 cross-correlation coherence threshold for acceptance of offset: 0.200 plot flag: 0 ERROR: calloc_2d: number of columns <= 0: 0 offset_fit 20160607_20160911.offs 20160607_20160911.snr 20160607_20160911.doff - - 0.2 1 0 > 20160607_20160911.off.out.1 daz10000: 0 daz_mli: 0.000000 dr_mli: 0.000000 daz_mli: 0.000000 *** Create DIFF/GEO parameter file for geocoding and differential interferometry *** *** Copyright 2016, Gamma Remote Sensing, v3.2 21-Apr-2016 clw/uw *** PAR_type 1: (ISP image parameter files) ISP SLC/MLI parameter file 1: 20160607.rmli.par ISP SLC/MLI parameter file 2: 20160607.rmli.par output DIFF/GEO parameter file: 20160607_20160911.diff_par number of offsets range: 32 azimuth: 32 patch size range: 256 azimuth: 256 cross-correlation threshold: 0.150 user time (s): 0.000 system time (s): 0.000 elapsed time (s): 0.010 *** Update keyword:value in text parameter files *** *** Copyright 2006, Gamma Remote Sensing, v1.4 20-Nov-2006 clw *** keyword found: range_offset_polynomial current value: 0.00000 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 new value: 0.000000 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 *** Update keyword:value in text parameter files *** *** Copyright 2006, Gamma Remote Sensing, v1.4 20-Nov-2006 clw *** keyword found: azimuth_offset_polynomial current value: 0.00000 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 new value: 0.000000 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 *** Geocoding lookup table refinement using DIFF_par offset polynomials *** *** Copyright 2011, Gamma Remote Sensing, v2.1 8-Apr-2011 clw/uw *** NOTE: simulated SAR image is reference input lookup table width: 3432 range offset polynomial: a0 + a1*r + a2*az+ a3*r*az + a4*r*r + a5*az*az range offset polynomial coeff.: 0.0000 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 azimuth offset polynomial: b0 + b1*r + b2*az+ b3*r*az + b4*r*r + b5*az*az azimuth offset polynomial coeff.: 0.0000 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 input lookup table width: 3432 lines: 3397 processing line: 3000 user time (s): 0.280 system time (s): 0.070 elapsed time (s): 0.970 S1_poly_overlap 20160607.SLC_tab 20 4 20160607.az_ovr.poly 1 S1_poly_overlap: Script to determine polygons for overlap regions in Sentinel-1 TOPS data v1.3 28-Nov-2016 uw generate polygons for azimuth overlaps 20160607.SLC_tab nrows: 3 ncols: 3 RSLC1_IW1: 20160607.IW1.slc 20160607.IW1.slc.par 20160607.IW1.slc.TOPS_par RSLC1_IW2: 20160607.IW2.slc 20160607.IW2.slc.par 20160607.IW2.slc.TOPS_par RSLC1_IW3: 20160607.IW3.slc 20160607.IW3.slc.par 20160607.IW3.slc.TOPS_par azimuth_line_time: 2.0555563e-03 range_pixel_spacing: 2.329562 start_time: 17103.6253260 IW1_valid_lines 226 to 592 IW1_valid_samples: 43 to 1063 IW1_rows_offset: 335.250000 IW2_valid_lines 6 to 373 IW2_valid_samples: 1035 to 2254 IW2_rows_offset: 335.250000 IW3_valid_lines 124 to 490 IW3_valid_samples: 2223 to 3403 IW3_rows_offset: 335.250000 determine burst overlap regions within each sub-swath i,j: 1,1 mli_cols: 43 to 1063 mli_rows: 561 to 592 i,j: 2,1 mli_cols: 43 to 1063 mli_rows: 897 to 927 i,j: 3,1 mli_cols: 43 to 1063 mli_rows: 1232 to 1263 i,j: 4,1 mli_cols: 43 to 1063 mli_rows: 1567 to 1598 i,j: 5,1 mli_cols: 43 to 1063 mli_rows: 1902 to 1933 i,j: 6,1 mli_cols: 43 to 1063 mli_rows: 2238 to 2268 i,j: 7,1 mli_cols: 43 to 1063 mli_rows: 2573 to 2604 i,j: 8,1 mli_cols: 43 to 1063 mli_rows: 2908 to 2939 i,j: 1,2 mli_cols: 1035 to 2254 mli_rows: 341 to 373 i,j: 2,2 mli_cols: 1035 to 2254 mli_rows: 677 to 708 i,j: 3,2 mli_cols: 1035 to 2254 mli_rows: 1012 to 1044 i,j: 4,2 mli_cols: 1035 to 2254 mli_rows: 1347 to 1379 i,j: 5,2 mli_cols: 1035 to 2254 mli_rows: 1682 to 1714 i,j: 6,2 mli_cols: 1035 to 2254 mli_rows: 2018 to 2049 i,j: 7,2 mli_cols: 1035 to 2254 mli_rows: 2353 to 2385 i,j: 8,2 mli_cols: 1035 to 2254 mli_rows: 2688 to 2720 i,j: 9,2 mli_cols: 1035 to 2254 mli_rows: 3023 to 3055 i,j: 1,3 mli_cols: 2223 to 3403 mli_rows: 459 to 490 i,j: 2,3 mli_cols: 2223 to 3403 mli_rows: 795 to 825 i,j: 3,3 mli_cols: 2223 to 3403 mli_rows: 1130 to 1161 i,j: 4,3 mli_cols: 2223 to 3403 mli_rows: 1465 to 1496 i,j: 5,3 mli_cols: 2223 to 3403 mli_rows: 1800 to 1831 i,j: 6,3 mli_cols: 2223 to 3403 mli_rows: 2136 to 2166 i,j: 7,3 mli_cols: 2223 to 3403 mli_rows: 2471 to 2502 i,j: 8,3 mli_cols: 2223 to 3403 mli_rows: 2806 to 2837 azimuth overlap polygon file: 20160607.az_ovr.poly *** Land Application Tools: Program poly_math *** *** Copyright 2016, Gamma Remote Sensing, v1.2 26-Feb-2016 clw/uw *** *** Mathematical operations on polygonal regions (float data) *** using command line values for offset and scale for all polygons copying only data within polygons to output file offset applied to data within all polygons: 0.00000e+00 scale factor applied to data within all polygons: 1.00000e+00 data lines in the input file: 3397 reading input data... polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 polygon number: 0 offset: 0.00000e+00 scale: 1.00000e+00 user time (s): 0.050 system time (s): 0.060 elapsed time (s): 0.150 *** DISP Program raspwr *** *** Copyright 2017, Gamma Remote Sensing, v3.2 4-Sep-2017 clw/cm *** *** Generate 8-bit greyscale raster image of intensity data *** OPENMP: number of physically available processors: 8 OPENMP: max. number of threads (program defined): 4 OPENMP: max. number of available threads, (environment variable OMP_NUM_THREADS): 8 OPENMP: number of threads that will be used: 4 FLOAT data: 20160607.rmli.az_ovr input image width: 3432 height: 3397 range looks: 1 azimuth looks: 1 output image width: 3432 height: 3397 relative scale factor: 1.000 exponent: 0.350 file: 20160607.rmli.az_ovr ave. intensity: 9.50798e+04 average: 5.24982e+01 scale factor: 2.28579e+00 line 0 line 2000 output image: 20160607.rmli.az_ovr.bmp lines: 3397 width: 3432 user time (s): 0.740 system time (s): 0.060 elapsed time (s): 0.340 *** Land Application Tools: Program mask_class.c *** *** Copyright 2015, Gamma Remote Sensing, v4.7 8-Dec-2015 uw/clw *** *** Set image data values belonging to a single class or set of classes or the complement to a user-defined value *** input class file: 20160607.rmli.az_ovr.bmp width: 3432 height: 3397 NOTE: make certain that the input and output files have the same width as the class map file MODE: Setting pixels belonging to the selected class or classes to null_value class 1 value: 0 input data filename: 20160911.mli.lt output data filename: 20160911.mli.lt.az_ovr input/output data format: floating point complex (32-bit real, 32-bit complex) complex (32-bit real,imaginary) null value: 0.00000e+00 0.00000e+00 line: 3000 total output lines: 3397 user time (s): 0.200 system time (s): 0.070 elapsed time (s): 0.500 offset refinement using spectral diversity in azimuth overlap region iteration 1 SLC_interp_lt_S1_TOPS 20160911.SLC_tab 20160911.slc.par 20160607.SLC_tab 20160607.rslc.par 20160911.mli.lt.az_ovr 20160607.rmli.par 20160911.mli.par 20160607_20160911.off.start 20160911.RSLC_tab 20160911.rslc 20160911.rslc.par WARNING m2burst(): specified burst 9 outside of valid range 0 ->8 S1_coreg_overlap 20160607.SLC_tab 20160911.RSLC_tab 20160607_20160911 20160607_20160911.off.start 20160607_20160911.off 0.8 0.001 0.8 1 > 20160607_20160911.off.az_ovr.1.out awk: cmd. line:1: (FILENAME=- FNR=1) fatal: division by zero attempted awk: cmd. line:1: (FILENAME=- FNR=1) fatal: division by zero attempted awk: fatal: cannot open file `20160911.IW3.rslc.par' for reading (No such file or directory) awk: fatal: cannot open file `20160911.IW3.rslc.TOPS_par' for reading (No such file or directory) awk: fatal: cannot open file `20160911.IW3.rslc.TOPS_par' for reading (No such file or directory) awk: cmd. line:1: (FILENAME=- FNR=1) fatal: division by zero attempted awk: cmd. line:1: (FILENAME=- FNR=1) fatal: division by zero attempted ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.1.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.1.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.1.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.1.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.1.diff awk: fatal: cannot open file `20160607_20160911.IW3.1.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.1.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.1.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.1.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.1.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.1.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.1.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.1.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.1.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.2.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.2.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.2.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.2.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.2.diff awk: fatal: cannot open file `20160607_20160911.IW3.2.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.2.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.2.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.2.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.2.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.2.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.2.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.2.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.2.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.3.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.3.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.3.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.3.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.3.diff awk: fatal: cannot open file `20160607_20160911.IW3.3.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.3.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.3.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.3.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.3.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.3.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.3.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.3.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.3.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.4.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.4.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.4.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.4.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.4.diff awk: fatal: cannot open file `20160607_20160911.IW3.4.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.4.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.4.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.4.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.4.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.4.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.4.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.4.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.4.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.5.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.5.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.5.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.5.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.5.diff awk: fatal: cannot open file `20160607_20160911.IW3.5.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.5.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.5.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.5.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.5.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.5.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.5.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.5.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.5.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.6.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.6.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.6.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.6.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.6.diff awk: fatal: cannot open file `20160607_20160911.IW3.6.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.6.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.6.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.6.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.6.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.6.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.6.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.6.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.6.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.7.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.7.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.7.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.7.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.7.diff awk: fatal: cannot open file `20160607_20160911.IW3.7.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.7.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.7.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.7.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.7.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.7.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.7.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.7.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.7.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.8.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.8.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.8.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.8.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.8.diff awk: fatal: cannot open file `20160607_20160911.IW3.8.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.8.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.8.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.8.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.8.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.8.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.8.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.8.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.8.diff20.phase': No such file or directory /bin/rm: No match. /bin/rm: No match. /bin/rm: No match. /bin/rm: No match. /bin/rm: No match. /bin/rm: No match. daz10000: 27 offset refinement using spectral diversity in azimuth overlap region iteration 2 SLC_interp_lt_S1_TOPS 20160911.SLC_tab 20160911.slc.par 20160607.SLC_tab 20160607.rslc.par 20160911.mli.lt.az_ovr 20160607.rmli.par 20160911.mli.par 20160607_20160911.off.start 20160911.RSLC_tab 20160911.rslc 20160911.rslc.par WARNING m2burst(): specified burst 9 outside of valid range 0 ->8 S1_coreg_overlap 20160607.SLC_tab 20160911.RSLC_tab 20160607_20160911 20160607_20160911.off.start 20160607_20160911.off 0.8 0.001 0.8 1 > 20160607_20160911.off.az_ovr.2.out awk: cmd. line:1: (FILENAME=- FNR=1) fatal: division by zero attempted awk: cmd. line:1: (FILENAME=- FNR=1) fatal: division by zero attempted awk: fatal: cannot open file `20160911.IW3.rslc.par' for reading (No such file or directory) awk: fatal: cannot open file `20160911.IW3.rslc.TOPS_par' for reading (No such file or directory) awk: fatal: cannot open file `20160911.IW3.rslc.TOPS_par' for reading (No such file or directory) awk: cmd. line:1: (FILENAME=- FNR=1) fatal: division by zero attempted awk: cmd. line:1: (FILENAME=- FNR=1) fatal: division by zero attempted ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.1.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.1.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.1.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.1.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.1.diff awk: fatal: cannot open file `20160607_20160911.IW3.1.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.1.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.1.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.1.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.1.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.1.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.1.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.1.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.1.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.2.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.2.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.2.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.2.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.2.diff awk: fatal: cannot open file `20160607_20160911.IW3.2.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.2.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.2.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.2.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.2.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.2.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.2.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.2.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.2.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.3.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.3.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.3.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.3.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.3.diff awk: fatal: cannot open file `20160607_20160911.IW3.3.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.3.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.3.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.3.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.3.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.3.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.3.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.3.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.3.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.4.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.4.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.4.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.4.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.4.diff awk: fatal: cannot open file `20160607_20160911.IW3.4.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.4.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.4.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.4.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.4.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.4.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.4.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.4.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.4.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.5.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.5.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.5.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.5.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.5.diff awk: fatal: cannot open file `20160607_20160911.IW3.5.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.5.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.5.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.5.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.5.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.5.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.5.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.5.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.5.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.6.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.6.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.6.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.6.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.6.diff awk: fatal: cannot open file `20160607_20160911.IW3.6.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.6.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.6.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.6.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.6.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.6.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.6.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.6.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.6.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.7.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.7.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.7.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.7.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.7.diff awk: fatal: cannot open file `20160607_20160911.IW3.7.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.7.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.7.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.7.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.7.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.7.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.7.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.7.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.7.diff20.phase': No such file or directory ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open input SLC data file: 20160911.IW3.rslc ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.8.1 ERROR: cannot open SLC-2R file: 20160911.IW3.rslc.8.2 ERROR: cannot open input fcomplex data file: 20160607_20160911.IW3.8.int1 ERROR: cannot open interferogram 1: 20160607_20160911.IW3.8.int2 ERROR: cannot open input interferogram file: 20160607_20160911.IW3.8.diff awk: fatal: cannot open file `20160607_20160911.IW3.8.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.8.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.8.off20' for reading (No such file or directory) awk: fatal: cannot open file `20160607_20160911.IW3.8.off20' for reading (No such file or directory) ERROR: cannot open interferogram file: 20160607_20160911.IW3.8.diff20 ERROR: cannot open correlation data file: 20160607_20160911.IW3.8.diff20.cc ERROR: cannot open input data file: 20160607_20160911.IW3.8.diff20 ERROR: cannot open complex interferogram file: 20160607_20160911.IW3.8.diff20.adf /bin/ls: cannot access '20160607_20160911.IW3.8.diff20.phase': No such file or directory /bin/rm: No match. /bin/rm: No match. /bin/rm: No match. /bin/rm: No match. /bin/rm: No match. /bin/rm: No match. daz10000: 1 SLC_interp_lt_S1_TOPS 20160911.SLC_tab 20160911.slc.par 20160607.SLC_tab 20160607.rslc.par 20160911.mli.lt 20160607.rmli.par 20160911.mli.par 20160607_20160911.off 20160911.RSLC_tab 20160911.rslc 20160911.rslc.par > SLC_interp_lt_S1_TOPS.3.out WARNING m2burst(): specified burst 9 outside of valid range 0 ->8 phase_sim_orb 20160607.rslc.par 20160911.slc.par 20160607_20160911.off geocoding/20160607.hgt 20160607_20160911.sim_unw 20160607.rslc.par - - 1 1 *** Simulate unwrapped interferometric phase using DEM height and deformation rate using orbit state vectors *** *** Copyright 2017, Gamma Remote Sensing, v2.4 12-Jun-2017 clw *** OPENMP: number of physically available processors: 8 OPENMP: max. number of threads (program defined): 4 OPENMP: max. number of available threads, (environment variable OMP_NUM_THREADS): 8 OPENMP: number of threads that will be used: 4 SLC-1 image parameter file: 20160607.rslc.par SLC-2R image parameter file: 20160911.slc.par int_mode = 1: repeat-pass interferometric mode (default) ISP interferogram/offset parameter file: 20160607_20160911.off height map file: geocoding/20160607.hgt output simulated interferometric phase: 20160607_20160911.sim_unw geometric reference SLC parameter file: 20160607.rslc.par NOTE: no deformation rate file entered: deformation rate set to 0.0 interferogram lines: 3397 range samples: 3432 SLC-1 wavevector (rad/m): -226.560868 SLC-2 wavevector (rad/m): -226.560868 interf. slant range pixel (m): 46.591240 interf. azimuth pixel (m): 55.740000 SLC slant range pixel (m): 2.329562 SLC azimuth pixel (m): 13.935000 effective PRF (Hz): 486.486 Doppler centroid (Hz): -19.076 SLC data are deskewed: zero Doppler is used for baseline estimation SAR antenna azimuth angle (deg.): 90.00 (right looking) NOTE: using geometric reference SLC parameters: 20160607.rslc.par ph_mode 1: subtracting a multiple of 2PI from the absolute phase -2k(R1 - R2) simulated phase at image center (radians): 17250.5821 phase constant to subtract (radians): 17253.6269 multiples of 2PI: 2746 output line: 0 SLC-1 azimuth line: 2.0 output line: 1000 SLC-1 azimuth line: 4002.0 output line: 2000 SLC-1 azimuth line: 8002.0 output line: 3000 SLC-1 azimuth line: 12002.0 simulated unwrapped phase: 20160607_20160911.sim_unw width: 3432 lines: 3397 user time (s): 158.840 system time (s): 0.100 elapsed time (s): 41.110 SLC_diff_intf 20160607.rslc 20160911.rslc 20160607.rslc.par 20160911.rslc.par 20160607_20160911.off 20160607_20160911.sim_unw 20160607_20160911.diff 20 4 1 0 0.2 1 1 *** Differential interferogram generation from co-registered SLCs and a simulated interferogram *** *** Copyright 2017, Gamma Remote Sensing, v3.5 clw/uw/cm 11-Oct-2017 *** OPENMP: number of physically available processors: 8 OPENMP: max. number of threads (program defined): 5 OPENMP: max. number of available threads, (environment variable OMP_NUM_THREADS): 8 OPENMP: number of threads that will be used: 5 WARNING: subroutine rd_str, keyword not found: title WARNING: subroutine rd_str, keyword not found: sensor WARNING: subroutine rd_str, keyword not found: date WARNING: subroutine rd_dbl, keyword not found: start_time WARNING: subroutine rd_dbl, keyword not found: center_time WARNING: subroutine rd_dbl, keyword not found: end_time WARNING: subroutine rd_int, keyword not found: line_header_size WARNING: subroutine rd_int, keyword not found: range_samples WARNING: subroutine rd_int, keyword not found: azimuth_lines WARNING: subroutine rd_int, keyword not found: range_looks WARNING: subroutine rd_int, keyword not found: azimuth_looks WARNING: subroutine rd_str, keyword not found: image_format WARNING: image_format parameter of SLC parameter file set to default: SCOMPLEX WARNING: subroutine rd_dbl, keyword not found: range_scale_factor WARNING: missing range pixel spacing scale factor is set to 1.0 WARNING: subroutine rd_dbl, keyword not found: azimuth_scale_factor WARNING: missing azimuth pixel spacing scale factor is set to 1.0 WARNING: subroutine rd_dbl, keyword not found: center_latitude WARNING: subroutine rd_dbl, keyword not found: center_longitude WARNING: subroutine rd_dbl, keyword not found: heading WARNING: subroutine rd_dbl, keyword not found: range_pixel_spacing WARNING: subroutine rd_dbl, keyword not found: azimuth_pixel_spacing WARNING: subroutine rd_dbl, keyword not found: near_range_slc WARNING: subroutine rd_dbl, keyword not found: center_range_slc WARNING: subroutine rd_dbl, keyword not found: far_range_slc WARNING: subroutine rd_dbl, keyword not found: incidence_angle WARNING: subroutine rd_str, keyword not found: azimuth_deskew WARNING: subroutine rd_dbl, keyword not found: azimuth_angle WARNING: subroutine rd_dbl, keyword not found: radar_frequency WARNING: subroutine rd_dbl, keyword not found: adc_sampling_rate WARNING: subroutine rd_dbl, keyword not found: chirp_bandwidth WARNING: subroutine rd_dbl, keyword not found: prf WARNING: subroutine rd_dbl, keyword not found: azimuth_proc_bandwidth WARNING: subroutine rd_vec, keyword not found: doppler_polynomial WARNING: subroutine rd_vec, keyword not found: doppler_poly_dot WARNING: subroutine rd_vec, keyword not found: doppler_poly_ddot WARNING: subroutine rd_dbl, keyword not found: receiver_gain WARNING: subroutine rd_dbl, keyword not found: calibration_gain WARNING: subroutine rd_dbl, keyword not found: sar_to_earth_center WARNING: subroutine rd_dbl, keyword not found: earth_radius_below_sensor WARNING: subroutine rd_dbl, keyword not found: earth_semi_major_axis WARNING: subroutine rd_dbl, keyword not found: earth_semi_minor_axis WARNING: subroutine rd_int, keyword not found: number_of_state_vectors WARNING: subroutine rd_str, keyword not found: image_geometry WARNING: missing image_geometry parameter in parameter file set to: GROUND_RANGE WARNING: subroutine rd_dbl, keyword not found: azimuth_line_time WARNING: missing azimuth line time calculated from start time, end time, and number of lines: -0.000000e+00 WARNING: subroutine rd_vec, keyword not found: first_slant_range_polynomial WARNING: subroutine rd_vec, keyword not found: center_slant_range_polynomial WARNING: subroutine rd_vec, keyword not found: last_slant_range_polynomial WARNING: SLC widths differ SLC-1: 68647 SLC-2: 0 NOTE: applying common range spectrum filtering NOTE: not applying azimuth common band filter SLC-1 phase: reference function center SLC-2R phase: reference function center lines in the simulated interferogram file: 3397 **** WARNING: Using different SLC carrier frequencies (ASAR with ERS) is experimental **** IMAGE/OFFSET PARAMETERS: line offset relative to start of SLC-1: 0 number of lines to process SLC-1: 13588 SLC-1 range samples: 68647 SLC-1 azimuth samples (along-track): 13591 SLC-1 line header size (bytes) 0 SLC-1 range pixel size (m): 2.32956 SLC-1 azimuth pixel size (m): 13.93500 SLC-2 range samples: 0 SLC-2 azimuth samples (along-track): 0 SLC-2 line header size (bytes) 0 range_offset_polynomial: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 azimuth_offset_polynomial: 2.9410e-03 0.0000e+00 0.0000e+00 0.0000e+00 number of lines in the simulated interferogram: 3397 resampled SLC-2R width (samples): 68647 interferogram range looks: 20 interferogram azimuth looks: 4 interferogram range pixel spacing (m): 46.59124 interferogram azimuth pixel spacing (m): 55.74000 interferogram width (samples): 3432 number of azimuth common band filters: 138 number of lines/input SLC data block: 1024 filtered lines/input SLC data block: 959 output lines/input SLC data block: 239 block: 0 output line: 0 SLC l_start: 0 SLC l_end: 0 overlap_save start line: -32 SLC-1 phase gradients (rad/sample) range: 0.000000 azimuth: 0.000000 range spectrum phase gradiant: 0.0000 number of range segments: 275 ERROR p_interp(): time outside of range: 0.00000 min:-3392066109967834111425218181018587001345005761823926058717636523864734056820634165388606317548730231730627091848418983613586088632971486540151454995740992324049574582221774706019928656586875451277673974256355922488199129107347984837463190157955269606225094856786089932260427212871235759242034565611520.00000 max:-3392066109967834111425218181018587001345005761823926058717636523864734056820634165388606317548730231730627091848418983613586088632971486540151454995740992324049574582221774706019928656586875451277673974256355922488199129107347984837463190157955269606225094856786089932260427212871235759242034565611520.00000 *** DISP Program rasmph_pwr24 *** *** Copyright 2017, Gamma Remote Sensing, v2.1 20-Sep-2017 clw/cm *** *** Generate 24-bit raster graphics image of interferogram phase + intensity data *** OPENMP maximum available threads : 8 OPENMP: setting number of theads: 4 input complex image filename: 20160607_20160911.diff input complex image width: 3432 height: 0 input intensity image filename: 20160607.rmli input intensity image width: 3432 height: 3397 range looks: 1 azimuth looks: 1 output image width: 3432 height: 0 WARNING: sum of sampled points = 0.0, setting average to 1.0 relative scale factor: 1.000 exponent: 0.350 average: 1.00000e+00 scale factor: 7.00000e-01 WARNING: BMP format image height out of valid range (1->32767): 0 output image: 20160607_20160911.diff.bmp lines: 0 width: 3432 user time (s): 0.000 system time (s): 0.000 elapsed time (s): 0.010 /bin/rm: No match. /bin/rm: No match.