processor job
 /u/sartor0/airops/OPS/data_proc/                  
  ******************************************************
  *                                                    *
  *             Integrated AIRSAR Processor            *
  *              Script Generator Program              *
  *                                                    *
  *  This program generates all the scripts necessary  *
  *  to run the command file generator for the AIRSAR  *
  *  processor for SGI.                                *
  *                                                    *
  ******************************************************
 =========================================================
 Long-Strip I/P Disks:/u/air12/airops(def), /u/air13/airops
 Long-Strip O/P Disks:/u/air14/airops(40km),16(60km),15 & 17
 =========================================================
 Enter the RAW data disk:/u/air12/airops/xxxx or
                         /u/air13/airops/xxxx:> 
 raw data disk:/mnt/air118/airops/1381                                     
  Enter the C-band output disk name (def:/u/air16/airops) : 
 C-band output data disk:
 /mnt/air119/airops/1381                                     
  Enter the L-band output disk name (def:/u/air16/airops) : 
 L-band output data disk:
 /mnt/air119/airops/1381                                     
  Enter the P-band output disk name (def:/u/air16/airops) : 
 P-band output data disk:
 /mnt/air119/airops/1381                                     
  How many bytes offset in range (def=0)? 
  Which year was data taken (def=95)? 
 year:           0
  Is this taken in 98 spring (def=95)? 
  Enter HDDT number:
 HDDT #:         104
  Enter the IDR number:
  Enter an image title of no more than 28 characters:
  Enter the TS number(upto 4-digit) for this scene:
 TS #:ts1381
  What is the # of lines of download tape (def=40960)?
 # of lines for download:      120000
 # of lines for download:      120000
  Do you want to specify the processing altitude (def=n)?
 user desired altitude:  -1.000000    
  Is there a DEM to use in calibration (def=y)? 
  Is DEM in pingpong mode (def=y)? 

  Enter number of frequencies to process (def=3): 
  Enter  process mode (def=0): 
  Enter the frequency (C, L or P)
  Enter the radar mode, 0=POLSAR, 1=TOPSAR, 2=PINGPONG 3=POLTOP (def=0): 
 cm/ts #:ts1381
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH            9           5          40          10
 raw disk:/mnt/air118/airops/1381
 creating c_hh.com
 creating c_hv.com
 creating c_vh.com
 creating c_vv.com
  Enter the frequency (C, L or P)
  Enter the radar mode, 0=POLSAR, 1=TOPSAR, 2=PINGPONG 3=POLTOP (def=0): 
 cm/ts #:ts1381
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH            9           5          40          10
 raw disk:/mnt/air118/airops/1381
 creating l_hh.com
 creating l_hv.com
 creating l_vh.com
 creating l_vv.com
  Enter the frequency (C, L or P)
  Enter the radar mode, 0=POLSAR, 1=TOPSAR, 2=PINGPONG 3=POLTOP (def=0): 
 cm/ts #:ts1381
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH           18          10          20          10
 raw disk:/mnt/air118/airops/1381
 creating p_hh.com
 creating p_hv.com
 creating p_vh.com
 creating p_vv.com

 ***** Please run "gencom_all" now!
 /u/sartor0/airops/OPS/data_proc/                  
  ******************************************************
  *                                                    *
  *             Integrated AIRSAR Processor            *
  *       C-Band Command File Generator Program        *
  *                                                    *
  *  This program genetares all the command files      *
  *  needed to run the C-band processor to produce     *
  *  the four output files.                            *
  *                                                    *
  ******************************************************
  Enter the flag for 98 P-band 20 mhz with fs=90

  Enter the frequency (P, L or C)
  Enter the name of the disk with the raw data (def=data1): 
  Enter the disk for the undeskewed data (def=data3): 
  Enter the hh and hv deskewed data disk (def=data9): 
  Enter the vh and vv deskewed data disk (def=data10): 
  Enter the final output disk (def=data11): 
  Enter a six character name for the scene: 
  How many bytes offset in range (def=0)? 
  Which year was data taken? (eg 93)
  Please enter HDDT number.
  Enter the IDR number.
  Enter an image title of no more than 28 characters.
  Enter the TS number for this scene.
  Enter the number of looks (def=18): 
  What is the desired post spacing (def=10)?
  What is the # of lines i/p (def=40960):
 # of lines:      120000
  Do you want to specify the processing altitude?
  Is there a DEM to use in calibration and projection? (y/n)
 Enter BW:
 Enter p_deskew:
 Enter ocean_flag:
 Enter pulse width:
 xdelay 40 Mhz: -0.5025000    
 nbytes:        6144
 line1:           1
 nlines      236000
 lgt_az        2586
 nlines      120000
  year 2000 bw=40           0   40.00000    
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 nlines       60000
  Wrote the HDR.CMD file.
  Wrote the HDR_PROC_C.COM file.
  Wrote SPLIT_MOCOMP_C.COM file.
  Wrote GLOBAL_LINE.COM file.
  Wrote CAL_C_DATAIN file.
  Wrote PATCHES_C.COM file.
  Wrote PROCESSOR_CHH.COM file.
  Wrote PROCESSOR_CHV.COM file.
  Wrote PROCESSOR_CVH.COM file.
  Wrote PROCESSOR_CVV.COM file.
  Write DESKEW_CHH.COM file.
  Write DESKEW_CHV.COM file.
  Write DESKEW_CVH.COM file.
  Wrote BYTECORR.COM file for long baseline pair
  Wrote BYTECORR.COM file for short baseline pair
  Wrote BYTECORR.COM file for zero baseline pair
  Wrote GENINTF.COM file.
  Wrote GENINTF.COM file for long baseline pair
  Wrote GENINTF.COM file for long baseline pair
  Wrote GENINTF.COM file for short baseline pair
  Wrote GENINTF.COM file for short baseline pair
  Wrote GENINTF.COM file for zero baseline pair
  Wrote GENPHASE.COM file for long baseline pair
  Wrote GENPHASE.COM file for short baseline pair
  Wrote GENPHASE.COM file for zero baseline pair
  Wrote GENLOC_cal2.COM file.
  Wrote GENLOC_cal1.COM file.
  Wrote DEM2INCSCA.COM file for short baseline pair
  Wrote MULTILOOK_SNGLC.COM file.
  Wrote RADIOMETRIC_SNGLC.COM file
  Wrote PROJECT_DEMC.COM file
  Wrote PROJECT_DEM.COM file.
  Wrote PROJECT_SNGL.COM file.
  Wrote PROJECT_COR.COM file.
  Wrote PROJECT_INC.COM file.
  Wrote s0c0 COM file.
  Wrote DEMFORMAT.COM file.
  Wrote CVVFORMAT.COM file.
 ts #:        13811381
  Wrote C_PIC.COM file
  Wrote get_hp_cp.COM file.
  Wrote HD.COM file
 /u/sartor0/airops/OPS/data_proc/                  
  ******************************************************
  *                                                    *
  *             Integrated AIRSAR Processor            *
  *       C-Band Command File Generator Program        *
  *                                                    *
  *  This program genetares all the command files      *
  *  needed to run the C-band processor to produce     *
  *  the four output files.                            *
  *                                                    *
  ******************************************************
  Enter the flag for 98 P-band 20 mhz with fs=90

  Enter the frequency (P, L or C)
  Enter the name of the disk with the raw data (def=data1): 
  Enter the disk for the undeskewed data (def=data3): 
  Enter the hh and hv deskewed data disk (def=data9): 
  Enter the vh and vv deskewed data disk (def=data10): 
  Enter the final output disk (def=data11): 
  Enter a six character name for the scene: 
  How many bytes offset in range (def=0)? 
  Which year was data taken? (eg 93)
  Please enter HDDT number.
  Enter the IDR number.
  Enter an image title of no more than 28 characters.
  Enter the TS number for this scene.
  Enter the number of looks (def=18): 
  What is the desired post spacing (def=10)?
  What is the # of lines i/p (def=40960):
 # of lines:      120000
  Do you want to specify the processing altitude?
  Is there a DEM to use in calibration and projection? (y/n)
 Enter BW:
 Enter p_deskew:
 Enter ocean_flag:
 Enter pulse width:
 xdelay 40 Mhz: -0.5025000    
 nbytes:        6144
 line1:           1
 nlines      236000
 lgt_az        2586
 nlines      120000
  year 2000 bw=40           0   40.00000    
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 nlines       60000
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 nlines       60000
  Wrote the HDR.CMD file.
  Wrote the HDR_PROC_C.COM file.
  Wrote SPLIT_MOCOMP_L.COM file.
  Wrote GLOBAL_LINE.COM file.
  Wrote CAL_L_DATAIN file.
  Wrote PATCHES_L.COM file.
  Wrote PROCESSOR_LHH.COM file.
  Wrote PROCESSOR_LHV.COM file.
  Wrote PROCESSOR_LVH.COM file.
  Wrote PROCESSOR_LVV.COM file.
  Write DESKEW_LHH.COM file.
  Write DESKEW_LHV.COM file.
  Write DESKEW_LVH.COM file.
  Wrote BYTECORR.COM file for long baseline pair
  Wrote BYTECORR.COM file for short baseline pair
  Wrote BYTECORR.COM file for zero baseline pair
  Wrote GENINTF.COM file.
  Wrote GENINTF.COM file for long baseline pair
  Wrote GENINTF.COM file for long baseline pair
  Wrote GENINTF.COM file for short baseline pair
  Wrote GENINTF.COM file for short baseline pair
  Wrote GENINTF.COM file for zero baseline pair
  Wrote GENPHASE.COM file for long baseline pair
  Wrote GENPHASE.COM file for short baseline pair
  Wrote GENPHASE.COM file for zero baseline pair
  Wrote GENLOC_cal2.COM file.
  Wrote GENLOC_cal1.COM file.
  Wrote DEM2INCSCA.COM file for short baseline pair
  Wrote MULTILOOK_SNGLL.COM file.
  Wrote RADIOMETRIC_SNGLL.COM file
  Wrote PROJECT_DEML.COM file
  Wrote PROJECT_DEM.COM file.
  Wrote PROJECT_SNGL.COM file.
  Wrote PROJECT_COR.COM file.
  Wrote PROJECT_INC.COM file.
  Wrote s0c0 COM file.
  Wrote DEMFORMAT.COM file.
  Wrote CVVFORMAT.COM file.
 ts #:        13811381
  Wrote L_PIC.COM file
  Wrote get_hp_cp.COM file.
  ******************************************************
  *                                                    *
  *             Integrated AIRSAR Processor            *
  *       C-Band Command File Generator Program        *
  *                                                    *
  *  This program genetares all the command files      *
  *  needed to run the C-band processor to produce     *
  *  the four output files.                            *
  *                                                    *
  ******************************************************
  Enter the flag for 98 P-band 20 mhz with fs=90
  Enter the frequency (P, L or C)
  Enter the name of the disk with the raw data (def=data1): 
  Enter the disk for the undeskewed data (def=data3): 
  Enter the hh and hv deskewed data disk (def=data9): 
  Enter the vh and vv deskewed data disk (def=data10): 
  Enter the final output disk (def=data11): 
  Enter a six character name for the scene: 
  How many bytes offset in range (def=0)? 
  Which year was data taken? (eg 93)
 year:           0
  Please enter HDDT number.
  Enter the IDR number.
  Enter an image title of no more than 28 characters.
  Enter the TS number for this scene.
  Enter the number of looks (def=18): 
  What is the desired post spacing (def=10)?
  What is the # of lines, (def=40960):
  Do you want to specify the processing altitude?
  Is there a DEM to use in calibration and projection? (y/n)
  Is DEM in pingpong mode (def=y)? 
 Enter BW:
 Enter p_deskew:
 Enter ocean_flag:
 Enter pulse width:
 /u/sartor0/airops/OPS/AIPT_pfa/
 xdelay 20 Mhz:  -1.027807    
 proc_mode           4
 nbytes:        6144
 line1:           1
 nlines      236000
 lgt_az        2586
 sensor_out/mnt/air118/airops/1381/sensor.inu                          
 nbytes: update sensor        6144
 line1:           1
 nlines       60000
 lgt_az        2586
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        2584
 sensor_out/mnt/air118/airops/1381/sensor.cp_2000                      
 nbytes: update sensor        6144
 line1:           1
 nlines       60000
 lgt_az        2584
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 sensor_out/mnt/air118/airops/1381/sensor.lp_2000                      
 nbytes: update sensor        6144
 line1:           1
 nlines       60000
 lgt_az        4700
 nbytes:        6144
 line1:           1
 nlines       21000
 lgt_az        4700
 sensor_out/mnt/air118/airops/1381/sensor.pp_2000                      
 nbytes: update sensor        6144
 line1:           1
 nlines       60000
 lgt_az        4700
 Sensor 2000 hddt:          104
  Wrote the HDR.CMD file.
  Wrote the HDR_PROC_C.COM file.
  Wrote SPLIT_MOCOMP_P.COM file.
  Wrote GLOBAL_LINE.COM file.
  Wrote CAL_P_DATAIN file.
  Wrote PATCHES_P.COM file.
  Wrote PROCESSOR_PHH.COM file.
  Wrote PROCESSOR_PHV.COM file.
  Wrote PROCESSOR_PVH.COM file.
  Wrote PROCESSOR_PVV.COM file.
  Write DESKEW_PHH.COM file.
  Write DESKEW_PHV.COM file.
  Write DESKEW_PVH.COM file.
  Write DESKEW_PVV.COM file.
  Wrote MLOOK_LINESP.COM file.
  Wrote MULTILOOK_P.COM file.
  Wrote RADIOMETRIC_P.COM file
  Wrote COMPRESS_P.COM file
  Wrote PROJECT_NNP.COM file
 cctid:1381
  Wrote P_PIC.COM file
 p_flag =            0

 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay: -0.5025000    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/c.hdr                                                   
  Which frequency? (C,L or P) 
 frq:C
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:        6144
 total # of lines transferred: 
 total lines:       60000
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_c.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   22.50000    
 alt used in processor:   600.0000    
 idelay,chrp_delay,xdelay          85   32.45000     -0.5025000    
 near range delr windelay:   7952.369       3.331027               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   40.00000       43.59375    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   7952.370798972740      3.2450000000000003E-05
  
 >> start range =  7952.3708
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    7952.370798972740               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
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 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
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 Problem with Honeywell data msg_1          33
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 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
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 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
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 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
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 Problem with Honeywell data msg_1          33
 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76299       93.57056       94.17480     0.1325191      0
 trc             90.63744      -43.73261       91.06374     0.4165300      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70752        0.57678        0.85693     0.0669599      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20000638    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323687      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/c.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117248
 gmt sec s e =    25520562.43200000       25520702.00020684    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596471480569725    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596471509975031    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_c.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                -6.1429059228952664E-04
 Standard deviation of difference =   2.6131363370560204E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3955.138143396356    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage


 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay: -0.5025000    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/l.hdr                                                   
  Which frequency? (C,L or P) 
 frq:L
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:        6144
 total # of lines transferred: 
 total lines:       60000
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_l.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   22.50000    
 alt used in processor:   600.0000    
 idelay,chrp_delay,xdelay          85   32.45000     -0.5025000    
 near range delr windelay:   7952.369       3.331027               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   40.00000       43.59375    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   7952.370798972740      3.2450000000000003E-05
  
 >> start range =  7952.3708
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    7952.370798972740               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
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 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76302       93.57056       98.00354     0.1330836      0
 trc             90.63856       90.43887       91.06374     0.1515085      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70709      -50.19653        0.85693     0.1615192      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20225194    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323688      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/l.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117246
 gmt sec s e =    25520562.43200000       25520702.00007160    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596515814679627    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596515844085435    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_l.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 5.2892609708467633E-04
 Standard deviation of difference =   9.6251765806763822E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3955.138143396356    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage


 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay:  -1.027807    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/p.hdr                                                   
  Which frequency? (C,L or P) 
 frq:P
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:           0
 total # of lines transferred: 
 total lines:       60000
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_p.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   11.25000    
 alt used in processor:   600.0000    
  gen_par_aipt P-band fs ntapeid:   45.00000             104
 idelay,chrp_delay,xdelay          85   32.45000      -1.027807    
 near range delr windelay:   8031.111       6.662055               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   20.00000       21.44531    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   8031.112352849635      3.2450000000000003E-05
  
 >> start range =  8031.1124
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    8031.112352849635               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
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 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76299       93.57056       94.17480     0.1325191      0
 trc             90.63808       32.41976       91.06374     0.2263069      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70752        0.57678        0.85693     0.0669599      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20125879    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323687      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/p.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117247
 gmt sec s e =    25520562.43200000       25520702.00026885    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596493647435429    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596493676840986    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_p.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 3.8662989679022535E-04
 Standard deviation of difference =   2.9256191674929919E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           8031.112352849635    
 Start ground range =    4111.165532192598    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage

Mon Apr 15 14:56:40 PDT 2002

 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay: -0.5025000    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/c.hdr                                                   
  Which frequency? (C,L or P) 
 frq:C
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:        6144
 total # of lines transferred: 
 total lines:       10240
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_c.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   22.50000    
 alt used in processor:   600.0000    
 idelay,chrp_delay,xdelay          85   32.45000     -0.5025000    
 near range delr windelay:   7952.369       3.331027               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   40.00000       43.59375    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   7952.370798972740      3.2450000000000003E-05
  
 >> start range =  7952.3708
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    7952.370798972740               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
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 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76299       93.57056       94.17480     0.1325191      0
 trc             90.63744      -43.73261       91.06374     0.4165300      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70752        0.57678        0.85693     0.0669599      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20000638    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323687      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/c.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117248
 gmt sec s e =    25520562.43200000       25520702.00020684    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596471480569725    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596471509975031    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_c.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                -6.1429059228952664E-04
 Standard deviation of difference =   2.6131363370560204E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3955.138143396356    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage

 If a POLTOP mode then...:
 .mocomp  -> .mocomph & .mocompv
 .mocomph -> .mocomphU & .mocompvU
 .mocompv -> .mocomphL & .mocompvL
 Enter the name of the motion compensation file.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
 Name of the H-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_c.mocomph                    
 Name of the V-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_c.mocompv                   
 How many lines per polarization?
        10240
 +           1
 +       10001
 +       20001

  *********************************************
  *                                           *
  *         AIRSAR INTEGRATED PROCESSOR       *
  *                                           *
  *              CALTONE ESTIMATOR            *
  *                                           *
  *  This program estimates the CALTONE amp-  *
  *  litude and phase and writes the result   *
  *  into the parameter header.               *
  *                                           *
  *********************************************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 CHH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_c.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/c_hh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_c_hh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_c_hh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_c_hh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_c_hh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-79.43283,0.0000000E+00) (174.7522,0.0000000E+00)
 (-103.2627,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9594086E+09
 plot_x:         159
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   96.96522    Power RMS:  6.9877125E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   70511.73    Amp.  RMS:   81.58431    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -144.3990    Phase RMS:  0.1822172    
 Incoherent PH 1st:  -144.3574    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.96458    
 CalTone Power Coherently dB  :   96.96522    
 Incoherent PW  - Coherent PW : -6.3323975E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   70504.28    
 CalTone Amplitude Coherently   :   70511.73    
 Incoherent Amp.- Coherent Amp. :  -7.445313    
       ------------ *** ------------
 running time (sec):      4.51
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 CHV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_c.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/c_hv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_c_hv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_c_hv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_c_hv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_c_hv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-47.65970,0.0000000E+00) (158.8657,0.0000000E+00)
 (23.82985,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  5.6549181E+09
 plot_x:         159
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   97.53329    Power RMS:  6.9877125E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   75277.68    Amp.  RMS:   78.38367    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -108.3284    Phase RMS:  0.1288470    
 Incoherent PH 1st:  -108.3532    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   97.52719    
 CalTone Power Coherently dB  :   97.53329    
 Incoherent PW  - Coherent PW : -6.1035156E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   75665.70    
 CalTone Amplitude Coherently   :   75277.68    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   388.0156    
       ------------ *** ------------
 running time (sec):      3.73
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 CVH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_c.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/c_vh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_c_vh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_c_vh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_c_vh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_c_vh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-150.9224,0.0000000E+00) (55.60298,0.0000000E+00)
 (47.65970,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9849477E+09
 plot_x:         159
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   96.97308    Power RMS:  4.4194173E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   70575.46    Amp.  RMS:   87.63561    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -144.6494    Phase RMS:  0.1169268    
 Incoherent PH 1st:  -144.6029    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.97813    
 CalTone Power Coherently dB  :   96.97308    
 Incoherent PW  - Coherent PW :  5.0506592E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   71089.65    
 CalTone Amplitude Coherently   :   70575.46    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   514.1875    
       ------------ *** ------------
 running time (sec):      3.72
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 CVV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_c.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/c_vv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_c_vv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_c_vv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_c_vv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_c_vv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-7.943283,0.0000000E+00) (15.88657,0.0000000E+00)
 (31.77313,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  5.6408330E+09
 plot_x:         159
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   97.50669    Power RMS:  6.2500000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   75047.41    Amp.  RMS:   93.29523    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -108.3167    Phase RMS:  0.1169268    
 Incoherent PH 1st:  -108.2494    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   97.50636    
 CalTone Power Coherently dB  :   97.50669    
 Incoherent PW  - Coherent PW : -3.2806396E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   75488.74    
 CalTone Amplitude Coherently   :   75047.41    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   441.3281    
       ------------ *** ------------
 running time (sec):      3.72
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            0

  ***************************************************
  *                                                 *
  *          AIRSAR INTEGRATED PROCESSOR            *
  *                                                 *
  *             Global Line Generator               *
  *                                                 *
  *  This program generates the global line to use  *
  *  in the single-look processors to resample the  *
  *  data.                                          *
  *                                                 *
  ***************************************************

  Please enter the name of the sensor file.
  Enter the name of the parameter file.
  Please enter the name of the mocomp file.
  Reading motion compensation data

 Global reference line calculation results:

  y fit: constant and linear terms: 
   -13.73315     -1.3658557E-04
  z fit: constant and linear terms: 
   4.4517247E-03 -2.7148863E-05
  y and z standard deviations (meters)  3.8800407E-02  5.7088107E-02
  Enter the name of the global line file.
  Enter the name of the motion compensation file.
 Enter the number of lines in the mocomp file & first one.
  Enter the patch size and the max reference fnc length.
  Enter the maximum Doppler error.
  Enter the doppler file name.
  Enter the wavelength and nominal azimuth pixel spacing
  Initial guess at number of patches =            5
  Step size =         1512
  PATCH NUMER            1
 First line =           1
  Averages =   0.7597104      0.7682161      0.7699499      0.7655444    
 Differences =  -6.1448812E-03  2.3608208E-03  4.0946007E-03 -3.1089783E-04
  PATCH NUMER            2
 First line =        1513
  Averages =   0.7698007      0.7681285      0.7650387      0.7650555    
 Differences =   2.7948022E-03  1.1225343E-03 -1.9672513E-03 -1.9503832E-03
  PATCH NUMER            3
 First line =        3025
  Averages =   0.7658759      0.7652712      0.7628081      0.7551437    
 Differences =   3.6011338E-03  2.9964447E-03  5.3340197E-04 -7.1310401E-03
  PATCH NUMER            4
 First line =        4537
  Averages =   0.7650945      0.7585979      0.7546704      0.7551892    
 Differences =   6.7067146E-03  2.1004677E-04 -3.7173629E-03 -3.1985641E-03
  PATCH NUMER            5
 First line =        6049
  Averages =   0.7552923      0.7551556      0.7550928      0.7501020    
 Differences =   1.3816357E-03  1.2449622E-03  1.1821389E-03 -3.8086772E-03
  PATCH NUMER            6
 First line =        7561
 last black mod_64:          41       10240        7561        4096
  Averages =   0.7551832      0.7533030      0.7516507      0.7501020    
 Differences =   2.6235580E-03  7.4332952E-04 -9.0897083E-04 -2.4576783E-03

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            0
 AZ patch size:        4096
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.hh00c                  

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_c.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.200000    
  Radar wavelength (m)                 =   5.6699999E-02
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =   -1.087600    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.872000      0.6771000    
  -0.3541000    
  Receive leverarm x,y,z              =    1.872000      0.6771000    
  -0.3541000    



  Name of raw data file?
 /mnt/air118/airops/1381/c_hh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_c.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_c                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_c.hh_j                       
 *** ipol itop:           1           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ch                           
 WAYNE init fft, calc slant range, load unpack, interpo   9.8650008E-03
 reading motion compensation data
 WAYNE read motion compen   0.1844000    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1380970    
 start range comp, time =      0.403

 WAYNE PREV  0.3417260    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            7 to            6 by #            6
 ==w out           7        -942
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            7 to            6 by #            7
 ==w out           7        -942
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1410500E-02  1.2900600E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     0.615 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    16.95781004428864    
 ATTN ifrq ipol ln           8           1        4096   18.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991394    
  shift in azimuth *fractional pixel=  -0.4991394       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.4659376144409180E-03
 TESTING  0.0000000E+00  -13.71605     -0.4429821    
 WAYNE Motion comp. added to patch, time =    6.061915040016174    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8519163131713867E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.71605     -0.4429821    
 HEY,dt,fract,ye,pe  -0.4991394       1.000000      5.1410500E-02
   1.2900600E-02
 WAYNE Azimuth compression done, time =    60.51840901374817    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5260779857635498    
 ==w out           1           0         945                    0
 WAYNE PROCESS   84.07160496711731    
 ==w out           2        2211
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            6 to            6 by #            5

 Processing block number            6
 WAYNE PATCHES:         6144        10239 patch#            6
  reference line:  8191     0.645 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.14015495777130    
 ATTN ifrq ipol ln           8           1       10239   18.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4991716    
  shift in azimuth *fractional pixel=  -0.4991716       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.5230388641357422E-03
 WAYNE Motion comp. added to patch, time =    6.002353906631470    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9279718399047852E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    60.48685598373413    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5132780075073242    
 ==w out           6           0         945                    0
 WAYNE PROCESS   84.15004301071167    
 ==w out           7        2211
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            4 to            4 by #            3

 Processing block number            4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584     0.635 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.20721304416656    
 ATTN ifrq ipol ln           8           1        8632   18.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4991831    
  shift in azimuth *fractional pixel=  -0.4991831       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7489404678344727E-03
 WAYNE Motion comp. added to patch, time =    6.135048985481262    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9179582595825195E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.62165606021881    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3834189176559448    
 ==w out           4           0         945                    0
 WAYNE PROCESS   97.35503196716309    
 ==w out           5        2211
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560     0.625 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.11826407909393    
 ATTN ifrq ipol ln           8           1        5608   18.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991515    
  shift in azimuth *fractional pixel=  -0.4991515       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6910047531127930E-03
 WAYNE Motion comp. added to patch, time =    6.157279014587402    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.9019842147827148E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.23151993751526    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5728529691696167    
 ==w out           2           0         945                    0
 WAYNE PROCESS   98.08749198913574    
 ==w out           3        2211
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            5 to            5 by #            4

 Processing block number            5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096     0.640 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.30164504051208    
 ATTN ifrq ipol ln           8           1       10144   18.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4991716    
  shift in azimuth *fractional pixel=  -0.4991716       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.8390626907348633E-03
 WAYNE Motion comp. added to patch, time =    6.150410056114197    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.0279884338378906E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.12980508804321    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4952489137649536    
 ==w out           5           0         945                    0
 WAYNE PROCESS   98.08511590957642    
 ==w out           6        2211
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            3 by #            2

 Processing block number            3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072     0.630 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.12642896175385    
 ATTN ifrq ipol ln           8           1        7120   18.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4991659    
  shift in azimuth *fractional pixel=  -0.4991659       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7199726104736328E-03
 WAYNE Motion comp. added to patch, time =    6.147446036338806    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.0179748535156250E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.30725002288818    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5873259305953979    
 ==w out           3           0         945                    0
 WAYNE PROCESS   98.17611896991730    
 ==w out           4        2211
            1     1612837           0
            2     1612530           0
            3     1612691           0
            4     1612790           0
            5     1612176           0
            6     1613059           0
            7     1612462           0
            8     1612958           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       13248kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             1
 gather image from processor #            3
             1
 gather image from processor #            4
             1
 gather image from processor #            5
             1
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    4.7249794006347656E-03
 WAYNE LOOP TIME:     106.6516129970551    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_c.hh_j                       
 /mnt/air119/airops/1381/ts1381_c.mocomph                    
 /mnt/air119/airops/1381/ts1381_c.dop                        
 /mnt/air119/airops/1381/ts1381_c.glb                                2560
        13248
 update intf hdr ha:   6899.100    
 UPDATE:        2560       13248   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_c.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_c.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_c.glb                        
 /mnt/air119/airops/1381/ts1381_c.glb                                  36
 deskew line ra ha trc:   292.2784             568   7952.423    
    6899.100       90.98126    
  after deskew line ra ha trc:   292.2784             568   7952.423    
    6899.100       90.98126    
 lat1 lon1:         568   63.75608      -144.9816           13248
 last ra n_ns ns:   7952.423               0           1       13815
        13248
 lati loni:       13815   63.75611      -144.8306           13815           1
 center ra n_ns ns:   12212.77            1279        1279        7191
        13248
 lati loni:        7191   63.79451      -144.9013            7191        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_c.hh_j                       
 WAYNE FINAL PROCESS   107.0704470872879    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_c.hh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_c.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ch                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_c.BB                         
  Name of the line output file?
 /mnt/air119/airops/1381/c_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.248082995414734    

  Deskewing            6 patches
 Processing block number            1
 DEBUG          568   567.6711       1669.148     -0.4991394     -0.4991394    
 patch iptc,sj,dgj,dgi,id:           1           1         568         568
            0
  half line dmj dgc:           0         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           0        1104
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        1105           0        1104
 patch iptc,sj,dgj,dgi,id:           1        1105         568         568
         1104
  half line dmj dgc:           1         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           1        2208
   Writing data negflag .eq. 0
 sj>s1:        1105           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1104

 Processing block number            2
 DEBUG          569   568.9562       1669.892     -0.4991515     -0.4991515    
         1105        1514           1         408
 patch iptc,sj,dgj,dgi,id:           2        1514         569         568
          408
  half line dmj dgc:           0        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1514        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1513

         1514        2618           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2618         569         569
         1104
  half line dmj dgc:           1        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2618        1514
   Zeroing lines in arrays 
  Total # of output lines =            2        2617

 Processing block number            3
 DEBUG          565   565.1439       1660.643     -0.4991659     -0.4991659    
         2618        3022          -4         408
 patch iptc,sj,dgj,dgi,id:           3        3022         565         569
          408
  half line dmj dgc:           0        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3022        2618
   Zeroing lines in arrays 
  Total # of output lines =            3        3021

         3022        4126           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4126         565         565
         1104
  half line dmj dgc:           1        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4126        3022
   Zeroing lines in arrays 
  Total # of output lines =            3        4125

 Processing block number            4
 DEBUG          561   560.8725       1657.643     -0.4991831     -0.4991831    
         4126        4530          -4         408
 patch iptc,sj,dgj,dgi,id:           4        4530         561         565
          408
  half line dmj dgc:           0        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4530        4126
   Zeroing lines in arrays 
  Total # of output lines =            4        4529

         4530        5634           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5634         561         561
         1104
  half line dmj dgc:           1        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5634        4530
   Zeroing lines in arrays 
  Total # of output lines =            4        5633

 Processing block number            5
 DEBUG          556   555.9617       1654.265     -0.4991716     -0.4991716    
         5634        6037          -5         408
 patch iptc,sj,dgj,dgi,id:           5        6037         556         561
          408
  half line dmj dgc:           0        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6037        5634
   Zeroing lines in arrays 
  Total # of output lines =            5        6036

         6037        7141           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7141         556         556
         1104
  half line dmj dgc:           1        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7141        6037
   Zeroing lines in arrays 
  Total # of output lines =            5        7140

 Processing block number            6
 DEBUG          554   554.2001       1654.467     -0.4991716     -0.4991716    
         7141        6130          -2       -1009
 patch iptc,sj,dgj,dgi,id:           6        6130         554         556
        -1009
  half line dmj dgc:           0        7088        1654         568
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Zeroing lines in arrays 
  Total # of output lines =            6        7140

         7141        7234           0        1104
 patch iptc,sj,dgj,dgi,id:           6        7234         554         554
         1104
  half line dmj dgc:           1        7088        1654         568
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        7234        7141
   Zeroing lines in arrays 
  Total # of output lines =            6        7233

 ia dmi dgi:        7234        1654         554
   Writing the last         2204 lines
 last half sj>s1        9438        7234        7233
 WAYNE done patche    20.85551500320435    
  Total # of output lines =         9437

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    9437
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    20.97360098361969    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            0
 AZ patch size:        4096
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.hv00c                  

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_c.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.200000    
  Radar wavelength (m)                 =   5.6699999E-02
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.5438000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.872000      0.6771000    
  -0.3541000    
  Receive leverarm x,y,z              =    1.889000       1.726800    
    1.912000    



  Name of raw data file?
 /mnt/air118/airops/1381/c_hv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_c.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_c                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_c.hv_j                       
 *** ipol itop:           2           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ch                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0137003E-02
 reading motion compensation data
 WAYNE read motion compen   0.1857030    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1376630    
 start range comp, time =      0.338

 WAYNE PREV  0.3432410    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            7 to            6 by #            6
 ==w out           7        -942
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            7 to            6 by #            7
 ==w out           7        -942
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1410500E-02  1.2900600E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     0.523 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    16.92265796661377    
 ATTN ifrq ipol ln           8           2        4096   18.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991394    
  shift in azimuth *fractional pixel=  -0.4991394       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.4040679931640625E-03
 TESTING  8.5000396E-03  -13.19120      0.6900679    
 WAYNE Motion comp. added to patch, time =    5.909950971603394    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8600225448608398E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  8.5000396E-03  -13.19120      0.6900679    
 HEY,dt,fract,ye,pe  -0.4991394       1.000000      5.1410500E-02
   1.2900600E-02
 WAYNE Azimuth compression done, time =    60.68406295776367    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5074830055236816    
 ==w out           1           0         945                    0
 WAYNE PROCESS   84.03139305114746    
 ==w out           2        2211
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            6 to            6 by #            5

 Processing block number            6
 WAYNE PATCHES:         6144        10239 patch#            6
  reference line:  8191     0.563 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.05637896060944    
 ATTN ifrq ipol ln           8           2       10239   18.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4991716    
  shift in azimuth *fractional pixel=  -0.4991716       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.4900178909301758E-03
 WAYNE Motion comp. added to patch, time =    5.934267997741699    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8759965896606445E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    60.76942598819733    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5001139640808105    
 ==w out           6           0         945                    0
 WAYNE PROCESS   84.26761305332184    
 ==w out           7        2211
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            5 to            5 by #            4

 Processing block number            5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096     0.555 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.10517895221710    
 ATTN ifrq ipol ln           8           2       10144   18.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4991716    
  shift in azimuth *fractional pixel=  -0.4991716       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7820806503295898E-03
 WAYNE Motion comp. added to patch, time =    6.035695075988770    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9459724426269531E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.11775898933411    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5351439714431763    
 ==w out           5           0         945                    0
 WAYNE PROCESS   97.80157995223999    
 ==w out           6        2211
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            3 by #            2

 Processing block number            3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072     0.542 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.95989894866943    
 ATTN ifrq ipol ln           8           2        7120   18.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4991659    
  shift in azimuth *fractional pixel=  -0.4991659       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6200752258300781E-03
 WAYNE Motion comp. added to patch, time =    6.123168945312500    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8970966339111328E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.18304097652435    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6263010501861572    
 ==w out           3           0         945                    0
 WAYNE PROCESS   97.89987301826477    
 ==w out           4        2211
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560     0.536 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.97219598293304    
 ATTN ifrq ipol ln           8           2        5608   18.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991515    
  shift in azimuth *fractional pixel=  -0.4991515       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7990083694458008E-03
 WAYNE Motion comp. added to patch, time =    6.133321046829224    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.0780563354492188E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.25632393360138    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6240370273590088    
 ==w out           2           0         945                    0
 WAYNE PROCESS   97.99398207664490    
 ==w out           3        2211
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            4 to            4 by #            3

 Processing block number            4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584     0.548 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.19584596157074    
 ATTN ifrq ipol ln           8           2        8632   18.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4991831    
  shift in azimuth *fractional pixel=  -0.4991831       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6250820159912109E-03
 WAYNE Motion comp. added to patch, time =    6.053435921669006    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1259784698486328E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.47837698459625    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4770120382308960    
 ==w out           4           0         945                    0
 WAYNE PROCESS   98.21256494522095    
 ==w out           5        2211
            1     1612851           0
            2     1612847           0
            3     1612818           0
            4     1612823           0
            5     1612557           0
            6     1612560           0
            7     1612728           0
            8     1612430           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       13248kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             1
 gather image from processor #            3
             1
 gather image from processor #            4
             1
 gather image from processor #            5
             1
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    6.0569047927856445E-03
 WAYNE LOOP TIME:     106.5806949138641    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_c.hv_j                       
 /mnt/air119/airops/1381/ts1381_c.mocomph                    
 /mnt/air119/airops/1381/ts1381_c.dop                        
 /mnt/air119/airops/1381/ts1381_c.glb                                2560
        13248
 update intf hdr ha:   6899.100    
 UPDATE:        2560       13248   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_c.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_c.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_c.glb                        
 /mnt/air119/airops/1381/ts1381_c.glb                                  36
 deskew line ra ha trc:   292.2784             568   7952.423    
    6899.100       90.98126    
  after deskew line ra ha trc:   292.2784             568   7952.423    
    6899.100       90.98126    
 lat1 lon1:         568   63.75608      -144.9816           13248
 last ra n_ns ns:   7952.423               0           1       13815
        13248
 lati loni:       13815   63.75611      -144.8306           13815           1
 center ra n_ns ns:   12212.77            1279        1279        7191
        13248
 lati loni:        7191   63.79451      -144.9013            7191        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_c.hv_j                       
 WAYNE FINAL PROCESS   106.9434660673141    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_c.hv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_c.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ch                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_c.BT                         
  Name of the line output file?
 /mnt/air119/airops/1381/c_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.312137961387634    

  Deskewing            6 patches
 Processing block number            1
 DEBUG          568   567.6546       1669.132     -0.4991394     -0.4991394    
 patch iptc,sj,dgj,dgi,id:           1           1         568         568
            0
  half line dmj dgc:           0         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           0        1104
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        1105           0        1104
 patch iptc,sj,dgj,dgi,id:           1        1105         568         568
         1104
  half line dmj dgc:           1         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           1        2208
   Writing data negflag .eq. 0
 sj>s1:        1105           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1104

 Processing block number            2
 DEBUG          569   568.9397       1669.875     -0.4991515     -0.4991515    
         1105        1514           1         408
 patch iptc,sj,dgj,dgi,id:           2        1514         569         568
          408
  half line dmj dgc:           0        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1514        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1513

         1514        2618           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2618         569         569
         1104
  half line dmj dgc:           1        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2618        1514
   Zeroing lines in arrays 
  Total # of output lines =            2        2617

 Processing block number            3
 DEBUG          565   565.1274       1660.626     -0.4991659     -0.4991659    
         2618        3022          -4         408
 patch iptc,sj,dgj,dgi,id:           3        3022         565         569
          408
  half line dmj dgc:           0        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3022        2618
   Zeroing lines in arrays 
  Total # of output lines =            3        3021

         3022        4126           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4126         565         565
         1104
  half line dmj dgc:           1        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4126        3022
   Zeroing lines in arrays 
  Total # of output lines =            3        4125

 Processing block number            4
 DEBUG          561   560.8560       1657.627     -0.4991831     -0.4991831    
         4126        4530          -4         408
 patch iptc,sj,dgj,dgi,id:           4        4530         561         565
          408
  half line dmj dgc:           0        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4530        4126
   Zeroing lines in arrays 
  Total # of output lines =            4        4529

         4530        5634           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5634         561         561
         1104
  half line dmj dgc:           1        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5634        4530
   Zeroing lines in arrays 
  Total # of output lines =            4        5633

 Processing block number            5
 DEBUG          556   555.9451       1654.249     -0.4991716     -0.4991716    
         5634        6037          -5         408
 patch iptc,sj,dgj,dgi,id:           5        6037         556         561
          408
  half line dmj dgc:           0        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6037        5634
   Zeroing lines in arrays 
  Total # of output lines =            5        6036

         6037        7141           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7141         556         556
         1104
  half line dmj dgc:           1        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7141        6037
   Zeroing lines in arrays 
  Total # of output lines =            5        7140

 Processing block number            6
 DEBUG          554   554.1835       1654.450     -0.4991716     -0.4991716    
         7141        6130          -2       -1009
 patch iptc,sj,dgj,dgi,id:           6        6130         554         556
        -1009
  half line dmj dgc:           0        7088        1654         568
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Zeroing lines in arrays 
  Total # of output lines =            6        7140

         7141        7234           0        1104
 patch iptc,sj,dgj,dgi,id:           6        7234         554         554
         1104
  half line dmj dgc:           1        7088        1654         568
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        7234        7141
   Zeroing lines in arrays 
  Total # of output lines =            6        7233

 ia dmi dgi:        7234        1654         554
   Writing the last         2204 lines
 last half sj>s1        9438        7234        7233
 WAYNE done patche    20.94552195072174    
  Total # of output lines =         9437

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    9437
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    21.10171997547150    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            0
 AZ patch size:        4096
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.vh00c                  

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_c.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.200000    
  Radar wavelength (m)                 =   5.6699999E-02
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.5438000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.889000       1.726800    
    1.912000    
  Receive leverarm x,y,z              =    1.872000      0.6771000    
  -0.3541000    



  Name of raw data file?
 /mnt/air118/airops/1381/c_vh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_c.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_c                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_c.vh_j                       
 *** ipol itop:           3           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.cv                           
 WAYNE init fft, calc slant range, load unpack, interpo   9.3679987E-03
 reading motion compensation data
 WAYNE read motion compen   0.1825490    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1366750    
 start range comp, time =      0.355

 WAYNE PREV  0.3377890    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            7 to            6 by #            6
 ==w out           7        -942
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            7 to            6 by #            7
 ==w out           7        -942
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            6 to            6 by #            5

 Processing block number            6
 WAYNE PATCHES:         6144        10239 patch#            6
  reference line:  8191     0.594 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.01533901691437    
 ATTN ifrq ipol ln           8           3       10239   18.00000    
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   4.5059919357299805E-03
 WAYNE Motion comp. added to patch, time =    5.928408980369568    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9099712371826172E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    60.81580197811127    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4810789823532104    
 ==w out           6           0         945                    0
 WAYNE PROCESS   84.24812400341034    
 ==w out           7        2211
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1410500E-02  1.2900600E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     0.545 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    16.99571299552917    
 ATTN ifrq ipol ln           8           3        4096   18.00000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   4.3489933013916016E-03
 TESTING -8.5000396E-03  -13.17645      0.6826864    
 WAYNE Motion comp. added to patch, time =    5.974923968315125    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8661022186279297E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10 -8.5000396E-03  -13.17645      0.6826864    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1410500E-02
   1.2900600E-02
 WAYNE Azimuth compression done, time =    60.92820596694946    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4853709936141968    
 ==w out           1           0         945                    0
 WAYNE PROCESS   84.39127206802368    
 ==w out           2        2211
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            5 to            5 by #            4

 Processing block number            5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096     0.583 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.07931900024414    
 ATTN ifrq ipol ln           8           3       10144   18.00000    
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   4.6379566192626953E-03
 WAYNE Motion comp. added to patch, time =    6.071256041526794    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9439458847045898E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.90488803386688    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5573730468750000    
 ==w out           5           0         945                    0
 WAYNE PROCESS   97.62041997909546    
 ==w out           6        2211
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            4 to            4 by #            3

 Processing block number            4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584     0.573 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.11871004104614    
 ATTN ifrq ipol ln           8           3        8632   18.00000    
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   4.6960115432739258E-03
 WAYNE Motion comp. added to patch, time =    6.074163913726807    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1430253982543945E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.99460697174072    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5854569673538208    
 ==w out           4           0         945                    0
 WAYNE PROCESS   97.78076994419098    
 ==w out           5        2211
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            3 by #            2

 Processing block number            3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072     0.562 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.97315001487732    
 ATTN ifrq ipol ln           8           3        7120   18.00000    
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   4.5800209045410156E-03
 WAYNE Motion comp. added to patch, time =    6.092648983001709    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0890235900878906E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.36782705783844    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6263570785522461    
 ==w out           3           0         945                    0
 WAYNE PROCESS   98.06764304637909    
 ==w out           4        2211
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560     0.557 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.95649600028992    
 ATTN ifrq ipol ln           8           3        5608   18.00000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   4.6889781951904297E-03
 WAYNE Motion comp. added to patch, time =    6.098706960678101    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9160509109497070E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.39798605442047    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6272850036621094    
 ==w out           2           0         945                    0
 WAYNE PROCESS   98.08822000026703    
 ==w out           3        2211
            1     1612729           0
            2     1612533           0
            3     1612956           0
            4     1612904           0
            5     1612783           0
            6     1605253           0
            7     1613044           0
            8     1612724           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       13248kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             1
 gather image from processor #            3
             1
 gather image from processor #            4
             1
 gather image from processor #            5
             1
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    1.4929890632629395E-02
 WAYNE LOOP TIME:     106.5743819475174    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_c.vh_j                       
 /mnt/air119/airops/1381/ts1381_c.mocompv                    
 /mnt/air119/airops/1381/ts1381_c.dop                        
 /mnt/air119/airops/1381/ts1381_c.glb                                2560
        13248
 update intf hdr ha:   6899.100    
 UPDATE:        2560       13248   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_c.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_c.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_c.glb                        
 /mnt/air119/airops/1381/ts1381_c.glb                                  36
 deskew line ra ha trc:   292.2784             568   7952.423    
    6899.100       90.98126    
  after deskew line ra ha trc:   292.2784             568   7952.423    
    6899.100       90.98126    
 lat1 lon1:         568   63.75608      -144.9816           13248
 last ra n_ns ns:   7952.423               0           1       13815
        13248
 lati loni:       13815   63.75611      -144.8306           13815           1
 center ra n_ns ns:   12212.77            1279        1279        7191
        13248
 lati loni:        7191   63.79451      -144.9013            7191        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_c.vh_j                       
 WAYNE FINAL PROCESS   106.9370009899139    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_c.vh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_c.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.cv                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_c.TB                         
  Name of the line output file?
 /mnt/air119/airops/1381/c_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.284209966659546    

  Deskewing            6 patches
 Processing block number            1
 DEBUG          568   568.1868       1669.664      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         568         568
            0
  half line dmj dgc:           0         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           0        1104
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        1105           0        1104
 patch iptc,sj,dgj,dgi,id:           1        1105         568         568
         1104
  half line dmj dgc:           1         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           1        2208
   Writing data negflag .eq. 0
 sj>s1:        1105           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1104

 Processing block number            2
 DEBUG          569   569.4719       1670.408      0.0000000E+00  0.0000000E+00
         1105        1514           1         408
 patch iptc,sj,dgj,dgi,id:           2        1514         569         568
          408
  half line dmj dgc:           0        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1514        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1513

         1514        2618           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2618         569         569
         1104
  half line dmj dgc:           1        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2618        1514
   Zeroing lines in arrays 
  Total # of output lines =            2        2617

 Processing block number            3
 DEBUG          565   565.6596       1661.158      0.0000000E+00  0.0000000E+00
         2618        3022          -4         408
 patch iptc,sj,dgj,dgi,id:           3        3022         565         569
          408
  half line dmj dgc:           0        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3022        2618
   Zeroing lines in arrays 
  Total # of output lines =            3        3021

         3022        4126           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4126         565         565
         1104
  half line dmj dgc:           1        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4126        3022
   Zeroing lines in arrays 
  Total # of output lines =            3        4125

 Processing block number            4
 DEBUG          561   561.3882       1658.159      0.0000000E+00  0.0000000E+00
         4126        4530          -4         408
 patch iptc,sj,dgj,dgi,id:           4        4530         561         565
          408
  half line dmj dgc:           0        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4530        4126
   Zeroing lines in arrays 
  Total # of output lines =            4        4529

         4530        5634           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5634         561         561
         1104
  half line dmj dgc:           1        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5634        4530
   Zeroing lines in arrays 
  Total # of output lines =            4        5633

 Processing block number            5
 DEBUG          556   556.4774       1654.781      0.0000000E+00  0.0000000E+00
         5634        6037          -5         408
 patch iptc,sj,dgj,dgi,id:           5        6037         556         561
          408
  half line dmj dgc:           0        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6037        5634
   Zeroing lines in arrays 
  Total # of output lines =            5        6036

         6037        7141           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7141         556         556
         1104
  half line dmj dgc:           1        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7141        6037
   Zeroing lines in arrays 
  Total # of output lines =            5        7140

 Processing block number            6
 DEBUG          554   554.7158       1654.983      0.0000000E+00  0.0000000E+00
         7141        6130          -2       -1009
 patch iptc,sj,dgj,dgi,id:           6        6130         554         556
        -1009
  half line dmj dgc:           0        7088        1654         568
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Zeroing lines in arrays 
  Total # of output lines =            6        7140

         7141        7234           0        1104
 patch iptc,sj,dgj,dgi,id:           6        7234         554         554
         1104
  half line dmj dgc:           1        7088        1654         568
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        7234        7141
   Zeroing lines in arrays 
  Total # of output lines =            6        7233

 ia dmi dgi:        7234        1654         554
   Writing the last         2204 lines
 last half sj>s1        9438        7234        7233
 WAYNE done patche    25.06102800369263    
  Total # of output lines =         9437

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    9437
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    25.18430399894714    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            0
 AZ patch size:        4096
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.vv00c                  

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_c.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.200000    
  Radar wavelength (m)                 =   5.6699999E-02
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.889000       1.726800    
    1.912000    
  Receive leverarm x,y,z              =    1.889000       1.726800    
    1.912000    



  Name of raw data file?
 /mnt/air118/airops/1381/c_vv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_c.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_c                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_c.vv_j                       
 *** ipol itop:           4           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.cv                           
 WAYNE init fft, calc slant range, load unpack, interpo   9.9520013E-03
 reading motion compensation data
 WAYNE read motion compen   0.1850770    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1377030    
 start range comp, time =      0.350

 WAYNE PREV  0.3425340    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            7 to            6 by #            6
 ==w out           7        -942
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            7 to            6 by #            7
 ==w out           7        -942
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            6 to            6 by #            5

 Processing block number            6
 WAYNE PATCHES:         6144        10239 patch#            6
  reference line:  8191     0.575 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.12314605712891    
 ATTN ifrq ipol ln           8           4       10239   18.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   4.5440196990966797E-03
 WAYNE Motion comp. added to patch, time =    5.948959946632385    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9069910049438477E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    60.60111200809479    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4780089855194092    
 ==w out           6           0         945                    0
 WAYNE PROCESS   84.15880894660950    
 ==w out           7        2211
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1410500E-02  1.2900600E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     0.532 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    16.92851495742798    
 ATTN ifrq ipol ln           8           4        4096   18.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   4.3169260025024414E-03
 TESTING  0.0000000E+00  -12.65160       1.815736    
 WAYNE Motion comp. added to patch, time =    5.934584021568298    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8169879913330078E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -12.65160       1.815736    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1410500E-02
   1.2900600E-02
 WAYNE Azimuth compression done, time =    60.85687291622162    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4769830703735352    
 ==w out           1           0         945                    0
 WAYNE PROCESS   84.20395803451538    
 ==w out           2        2211
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560     0.539 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.94462895393372    
 ATTN ifrq ipol ln           8           4        5608   18.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   4.7340393066406250E-03
 WAYNE Motion comp. added to patch, time =    6.027334928512573    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8949508666992188E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.17907798290253    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5831450223922729    
 ==w out           2           0         945                    0
 WAYNE PROCESS   97.74186301231384    
 ==w out           3        2211
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            3 by #            2

 Processing block number            3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072     0.544 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.93721497058868    
 ATTN ifrq ipol ln           8           4        7120   18.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   4.5950412750244141E-03
 WAYNE Motion comp. added to patch, time =    6.031028032302856    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9900798797607422E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.25039994716644    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6067199707031250    
 ==w out           3           0         945                    0
 WAYNE PROCESS   97.83296203613281    
 ==w out           4        2211
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            4 to            4 by #            3

 Processing block number            4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584     0.555 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.04638910293579    
 ATTN ifrq ipol ln           8           4        8632   18.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   4.6409368515014648E-03
 WAYNE Motion comp. added to patch, time =    6.045549988746643    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8800497055053711E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.35243797302246    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6209099292755127    
 ==w out           4           0         945                    0
 WAYNE PROCESS   98.07289993762970    
 ==w out           5        2211
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            5 to            5 by #            4

 Processing block number            5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096     0.561 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.04811596870422    
 ATTN ifrq ipol ln           8           4       10144   18.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   4.6510696411132813E-03
 WAYNE Motion comp. added to patch, time =    6.023994088172913    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9088983535766602E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.39543700218201    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6126838922500610    
 ==w out           5           0         945                    0
 WAYNE PROCESS   98.08780992031097    
 ==w out           6        2211
            1     1612826           0
            2     1613054           0
            3     1612663           0
            4     1612737           0
            5     1612541           0
            6     1612874           0
            7     1613005           0
            8     1612896           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       13248kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             1
 gather image from processor #            3
             1
 gather image from processor #            4
             1
 gather image from processor #            5
             1
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    6.1149597167968750E-03
 WAYNE LOOP TIME:     107.0591869354248    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_c.vv_j                       
 /mnt/air119/airops/1381/ts1381_c.mocompv                    
 /mnt/air119/airops/1381/ts1381_c.dop                        
 /mnt/air119/airops/1381/ts1381_c.glb                                2560
        13248
 update intf hdr ha:   6899.100    
 UPDATE:        2560       13248   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_c.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_c.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_c.glb                        
 /mnt/air119/airops/1381/ts1381_c.glb                                  36
 deskew line ra ha trc:   292.2784             568   7952.423    
    6899.100       90.98126    
  after deskew line ra ha trc:   292.2784             568   7952.423    
    6899.100       90.98126    
 lat1 lon1:         568   63.75608      -144.9816           13248
 last ra n_ns ns:   7952.423               0           1       13815
        13248
 lati loni:       13815   63.75611      -144.8306           13815           1
 center ra n_ns ns:   12212.77            1279        1279        7191
        13248
 lati loni:        7191   63.79451      -144.9013            7191        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_c.vv_j                       
 WAYNE FINAL PROCESS   107.4161889553070    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_c.vv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_c.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.cv                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_c.TT                         
  Name of the line output file?
 /mnt/air119/airops/1381/c_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.263183951377869    

  Deskewing            6 patches
 Processing block number            1
 DEBUG          568   568.1703       1669.648      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         568         568
            0
  half line dmj dgc:           0         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           0        1104
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        1105           0        1104
 patch iptc,sj,dgj,dgi,id:           1        1105         568         568
         1104
  half line dmj dgc:           1         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           1        2208
   Writing data negflag .eq. 0
 sj>s1:        1105           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1104

 Processing block number            2
 DEBUG          569   569.4554       1670.391      0.0000000E+00  0.0000000E+00
         1105        1514           1         408
 patch iptc,sj,dgj,dgi,id:           2        1514         569         568
          408
  half line dmj dgc:           0        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1514        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1513

         1514        2618           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2618         569         569
         1104
  half line dmj dgc:           1        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2618        1514
   Zeroing lines in arrays 
  Total # of output lines =            2        2617

 Processing block number            3
 DEBUG          565   565.6431       1661.142      0.0000000E+00  0.0000000E+00
         2618        3022          -4         408
 patch iptc,sj,dgj,dgi,id:           3        3022         565         569
          408
  half line dmj dgc:           0        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3022        2618
   Zeroing lines in arrays 
  Total # of output lines =            3        3021

         3022        4126           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4126         565         565
         1104
  half line dmj dgc:           1        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4126        3022
   Zeroing lines in arrays 
  Total # of output lines =            3        4125

 Processing block number            4
 DEBUG          561   561.3717       1658.142      0.0000000E+00  0.0000000E+00
         4126        4530          -4         408
 patch iptc,sj,dgj,dgi,id:           4        4530         561         565
          408
  half line dmj dgc:           0        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4530        4126
   Zeroing lines in arrays 
  Total # of output lines =            4        4529

         4530        5634           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5634         561         561
         1104
  half line dmj dgc:           1        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5634        4530
   Zeroing lines in arrays 
  Total # of output lines =            4        5633

 Processing block number            5
 DEBUG          556   556.4608       1654.764      0.0000000E+00  0.0000000E+00
         5634        6037          -5         408
 patch iptc,sj,dgj,dgi,id:           5        6037         556         561
          408
  half line dmj dgc:           0        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6037        5634
   Zeroing lines in arrays 
  Total # of output lines =            5        6036

         6037        7141           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7141         556         556
         1104
  half line dmj dgc:           1        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7141        6037
   Zeroing lines in arrays 
  Total # of output lines =            5        7140

 Processing block number            6
 DEBUG          554   554.6992       1654.966      0.0000000E+00  0.0000000E+00
         7141        6130          -2       -1009
 patch iptc,sj,dgj,dgi,id:           6        6130         554         556
        -1009
  half line dmj dgc:           0        7088        1654         568
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Zeroing lines in arrays 
  Total # of output lines =            6        7140

         7141        7234           0        1104
 patch iptc,sj,dgj,dgi,id:           6        7234         554         554
         1104
  half line dmj dgc:           1        7088        1654         568
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        7234        7141
   Zeroing lines in arrays 
  Total # of output lines =            6        7233

 ia dmi dgi:        7234        1654         554
   Writing the last         2204 lines
 last half sj>s1        9438        7234        7233
 WAYNE done patche    21.25111591815948    
  Total # of output lines =         9437

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    9437
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    21.36102700233459    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9220330       428.6381    
     146     0.063    3046     0.156  428.63812   0.000036   0.000031  -0.000002
 r_peak,r_snr =   0.9203511       92.97861    
     246     0.031    3046     0.125   92.97861   0.000041   0.000034  -0.000003
 r_peak,r_snr =   0.9280418       367.2962    
     346     0.031    3046     0.125  367.29620   0.000034   0.000030  -0.000002
 r_peak,r_snr =   0.9053320       408.0385    
     446     0.063    3046     0.125  408.03854   0.000046   0.000040  -0.000004
 r_peak,r_snr =   0.9346214       466.6367    
     546     0.031    3046     0.094  466.63672   0.000029   0.000025  -0.000002
 r_peak,r_snr =   0.9424648       477.4273    
     646     0.031    3046     0.094  477.42728   0.000025   0.000022  -0.000002
 r_peak,r_snr =   0.9418102       522.7371    
     746     0.031    3046     0.063  522.73706   0.000025   0.000021  -0.000002
 r_peak,r_snr =   0.9250635       374.3134    
     846     0.031    3046     0.063  374.31339   0.000034   0.000030  -0.000003
 r_peak,r_snr =   0.9378065       271.2012    
     946     0.031    3046     0.063  271.20117   0.000029   0.000028  -0.000003
 r_peak,r_snr =   0.9344867       287.7719    
    1046     0.031    3046     0.063  287.77191   0.000032   0.000030  -0.000002
 r_peak,r_snr =   0.9269405       262.1816    
    1146     0.031    3046     0.063  262.18158   0.000035   0.000032  -0.000003
 r_peak,r_snr =   0.9258780       273.7989    
    1246     0.031    3046     0.063  273.79886   0.000036   0.000032  -0.000003
 r_peak,r_snr =   0.9206468       298.1132    
    1346     0.031    3046     0.063  298.11316   0.000039   0.000037  -0.000003
 r_peak,r_snr =   0.9058331       388.7162    
    1446     0.031    3046     0.063  388.71625   0.000044   0.000039  -0.000003
 r_peak,r_snr =   0.9120712       403.6424    
    1546     0.031    3046     0.063  403.64243   0.000040   0.000037  -0.000004
 r_peak,r_snr =   0.8989655       162.1006    
    1646     0.031    3046     0.031  162.10065   0.000054   0.000046  -0.000004
 r_peak,r_snr =   0.8695353       387.4807    
    1746     0.031    3046     0.063  387.48071   0.000061   0.000054  -0.000006
 r_peak,r_snr =   0.7758580       267.3916    
    1846     0.000    3046     0.031  267.39160   0.000133   0.000111  -0.000011
 r_peak,r_snr =   0.7674342       516.9622    
    1946     0.000    3046     0.031  516.96222   0.000128   0.000110  -0.000012
 r_peak,r_snr =   0.7506433       470.6712    
    2046     0.031    3046     0.031  470.67120   0.000144   0.000125  -0.000011
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9387272       26.28679    
     146     0.063    3446     0.156   26.28679   0.000040   0.000036  -0.000002
 r_peak,r_snr =   0.9111605       319.8858    
     246     0.063    3446     0.125  319.88580   0.000042   0.000036  -0.000003
 r_peak,r_snr =   0.9258357       462.8575    
     346     0.063    3446     0.125  462.85751   0.000033   0.000029  -0.000002
 r_peak,r_snr =   0.9417167       373.3612    
     446     0.063    3446     0.125  373.36124   0.000027   0.000024  -0.000002
 r_peak,r_snr =   0.9392913       141.0775    
     546     0.031    3446     0.094  141.07745   0.000030   0.000025  -0.000003
 r_peak,r_snr =   0.9353318       554.1857    
     646     0.063    3446     0.094  554.18573   0.000029   0.000023  -0.000002
 r_peak,r_snr =   0.9387199       371.6027    
     746     0.031    3446     0.094  371.60266   0.000028   0.000023  -0.000002
 r_peak,r_snr =   0.9326913       363.5135    
     846     0.031    3446     0.094  363.51349   0.000030   0.000026  -0.000002
 r_peak,r_snr =   0.9377002       292.0446    
     946     0.031    3446     0.094  292.04465   0.000029   0.000027  -0.000002
 r_peak,r_snr =   0.9306203       353.6554    
    1046     0.031    3446     0.063  353.65543   0.000032   0.000029  -0.000003
 r_peak,r_snr =   0.9481351       80.44369    
    1146     0.031    3446     0.063   80.44369   0.000030   0.000027  -0.000003
 r_peak,r_snr =   0.9170232       412.6271    
    1246     0.031    3446     0.063  412.62711   0.000039   0.000033  -0.000003
 r_peak,r_snr =   0.9348313       94.66911    
    1346     0.031    3446     0.063   94.66911   0.000036   0.000035  -0.000004
 r_peak,r_snr =   0.9076961       349.7700    
    1446     0.031    3446     0.063  349.76996   0.000044   0.000042  -0.000004
 r_peak,r_snr =   0.9098809       301.3949    
    1546     0.031    3446     0.063  301.39487   0.000043   0.000041  -0.000004
 r_peak,r_snr =   0.9045958       169.1212    
    1646     0.031    3446     0.031  169.12115   0.000048   0.000045  -0.000004
 r_peak,r_snr =   0.8249190       453.0565    
    1746     0.031    3446     0.031  453.05649   0.000091   0.000076  -0.000006
 r_peak,r_snr =   0.7554736       314.7174    
    1846     0.031    3446     0.063  314.71738   0.000145   0.000125  -0.000015
 r_peak,r_snr =   0.7422849       489.7079    
    1946     0.031    3446     0.031  489.70786   0.000153   0.000123  -0.000010
 r_peak,r_snr =   0.7067667       436.3795    
    2046     0.031    3446     0.031  436.37952   0.000178   0.000149  -0.000014
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9130543       394.8391    
     146     0.063    3846     0.156  394.83905   0.000041   0.000035  -0.000002
 r_peak,r_snr =   0.9426784       49.05561    
     246     0.063    3846     0.125   49.05561   0.000034   0.000027  -0.000003
 r_peak,r_snr =   0.9225958       555.6047    
     346     0.063    3846     0.125  555.60468   0.000034   0.000029  -0.000002
 r_peak,r_snr =   0.9304022       415.5391    
     446     0.063    3846     0.094  415.53906   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9335622       467.5044    
     546     0.063    3846     0.125  467.50439   0.000029   0.000025  -0.000002
 r_peak,r_snr =   0.9318576       347.9434    
     646     0.031    3846     0.094  347.94342   0.000032   0.000028  -0.000003
 r_peak,r_snr =   0.9411134       280.9444    
     746     0.031    3846     0.094  280.94443   0.000027   0.000023  -0.000002
 r_peak,r_snr =   0.9338360       212.5914    
     846     0.031    3846     0.063  212.59145   0.000031   0.000026  -0.000002
 r_peak,r_snr =   0.9318194       289.7290    
     946     0.031    3846     0.094  289.72903   0.000033   0.000030  -0.000002
 r_peak,r_snr =   0.9307855       285.9369    
    1046     0.031    3846     0.063  285.93689   0.000033   0.000031  -0.000002
 r_peak,r_snr =   0.9293924       134.3405    
    1146     0.000    3846     0.063  134.34048   0.000038   0.000035  -0.000004
 r_peak,r_snr =   0.9188092       491.8393    
    1246     0.031    3846     0.063  491.83929   0.000036   0.000031  -0.000003
 r_peak,r_snr =   0.9082848       388.8834    
    1346     0.031    3846     0.063  388.88336   0.000041   0.000038  -0.000004
 r_peak,r_snr =   0.9246283       254.3081    
    1446     0.031    3846     0.063  254.30814   0.000038   0.000035  -0.000004
 r_peak,r_snr =   0.9054210       262.0496    
    1546     0.031    3846     0.063  262.04956   0.000046   0.000041  -0.000004
 r_peak,r_snr =   0.8954037       317.5237    
    1646     0.031    3846     0.063  317.52368   0.000051   0.000046  -0.000005
 r_peak,r_snr =   0.8429173       90.88236    
    1746     0.031    3846     0.063   90.88236   0.000088   0.000075  -0.000005
 r_peak,r_snr =   0.7357248       527.6309    
    1846     0.031    3846     0.031  527.63086   0.000150   0.000129  -0.000009
 r_peak,r_snr =   0.7102152       323.9688    
    1946     0.063    3846     0.094  323.96875   0.000186   0.000150  -0.000014
 r_peak,r_snr =   0.7323028       386.2162    
    2046     0.031    3846     0.031  386.21616   0.000163   0.000139  -0.000011
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9194078       271.0618    
     146     0.063    4246     0.156  271.06180   0.000039   0.000034  -0.000003
 r_peak,r_snr =   0.9319450       55.58809    
     246     0.063    4246     0.156   55.58809   0.000035   0.000031  -0.000002
 r_peak,r_snr =   0.9292237       387.9304    
     346     0.063    4246     0.125  387.93042   0.000032   0.000029  -0.000002
 r_peak,r_snr =   0.9295691       202.3745    
     446     0.063    4246     0.125  202.37451   0.000035   0.000032  -0.000003
 r_peak,r_snr =   0.9369980       458.2495    
     546     0.031    4246     0.094  458.24945   0.000027   0.000025  -0.000002
 r_peak,r_snr =   0.9288173       288.0301    
     646     0.031    4246     0.094  288.03009   0.000032   0.000028  -0.000002
 r_peak,r_snr =   0.9344859       366.8645    
     746     0.031    4246     0.094  366.86453   0.000029   0.000026  -0.000002
 r_peak,r_snr =   0.9335091       210.6735    
     846     0.031    4246     0.094  210.67352   0.000032   0.000028  -0.000002
 r_peak,r_snr =   0.9305519       170.7430    
     946     0.031    4246     0.063  170.74295   0.000035   0.000032  -0.000004
 r_peak,r_snr =   0.9316721       182.6789    
    1046     0.031    4246     0.063  182.67892   0.000035   0.000031  -0.000002
 r_peak,r_snr =   0.9256565       353.9296    
    1146     0.031    4246     0.063  353.92963   0.000034   0.000032  -0.000002
 r_peak,r_snr =   0.9092867       382.6118    
    1246     0.031    4246     0.063  382.61179   0.000044   0.000037  -0.000003
 r_peak,r_snr =   0.9168864       355.9978    
    1346     0.031    4246     0.063  355.99783   0.000041   0.000032  -0.000003
 r_peak,r_snr =   0.9235192       44.82526    
    1446     0.031    4246     0.031   44.82526   0.000046   0.000041  -0.000004
 r_peak,r_snr =   0.9128217       120.9378    
    1546     0.031    4246     0.063  120.93784   0.000047   0.000047  -0.000004
 r_peak,r_snr =   0.9026873       165.6958    
    1646     0.031    4246     0.063  165.69585   0.000051   0.000048  -0.000005
 r_peak,r_snr =   0.8454949       407.2590    
    1746     0.031    4246     0.063  407.25903   0.000078   0.000065  -0.000007
 r_peak,r_snr =   0.8538391       412.1236    
    1846     0.031    4246     0.063  412.12363   0.000074   0.000066  -0.000006
 r_peak,r_snr =   0.8508923       438.5827    
    1946     0.031    4246     0.063  438.58267   0.000073   0.000071  -0.000006
 r_peak,r_snr =   0.8277115       460.0712    
    2046     0.000    4246     0.031  460.07120   0.000088   0.000078  -0.000007
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9260878       527.2987    
     146     0.063    4646     0.156  527.29871   0.000034   0.000027  -0.000002
 r_peak,r_snr =   0.9213101       292.3742    
     246     0.031    4646     0.125  292.37421   0.000038   0.000029  -0.000003
 r_peak,r_snr =   0.9375693       221.1062    
     346     0.063    4646     0.125  221.10625   0.000030   0.000026  -0.000003
 r_peak,r_snr =   0.9290938       257.6980    
     446     0.063    4646     0.125  257.69797   0.000034   0.000030  -0.000002
 r_peak,r_snr =   0.9420817       394.6575    
     546     0.031    4646     0.094  394.65753   0.000026   0.000023  -0.000002
 r_peak,r_snr =   0.9290785       416.8770    
     646     0.031    4646     0.094  416.87701   0.000032   0.000027  -0.000003
 r_peak,r_snr =   0.9261971       375.5440    
     746     0.031    4646     0.063  375.54404   0.000036   0.000029  -0.000003
 r_peak,r_snr =   0.9378383       215.3754    
     846     0.031    4646     0.094  215.37541   0.000030   0.000028  -0.000002
 r_peak,r_snr =   0.9272091       323.1227    
     946     0.031    4646     0.063  323.12274   0.000035   0.000030  -0.000002
 r_peak,r_snr =   0.9208661       314.9105    
    1046     0.031    4646     0.063  314.91046   0.000037   0.000035  -0.000002
 r_peak,r_snr =   0.9315670       283.5745    
    1146     0.031    4646     0.063  283.57446   0.000032   0.000031  -0.000002
 r_peak,r_snr =   0.9243019       65.21577    
    1246     0.031    4646     0.063   65.21577   0.000043   0.000041  -0.000005
 r_peak,r_snr =   0.9327593       175.6097    
    1346     0.031    4646     0.063  175.60971   0.000033   0.000029  -0.000003
 r_peak,r_snr =   0.8994656       463.7048    
    1446     0.031    4646     0.031  463.70477   0.000045   0.000040  -0.000003
 r_peak,r_snr =   0.9224647       67.29913    
    1546     0.031    4646     0.031   67.29913   0.000046   0.000042  -0.000004
 r_peak,r_snr =   0.9051693       253.7692    
    1646     0.031    4646     0.063  253.76924   0.000049   0.000044  -0.000004
 r_peak,r_snr =   0.8969180       346.8856    
    1746     0.031    4646     0.063  346.88559   0.000051   0.000047  -0.000005
 r_peak,r_snr =   0.8742791       382.5658    
    1846     0.063    4646     0.063  382.56583   0.000066   0.000056  -0.000005
 r_peak,r_snr =   0.8543619       329.9721    
    1946     0.031    4646     0.063  329.97214   0.000076   0.000067  -0.000007
 r_peak,r_snr =   0.8453260       411.1927    
    2046     0.031    4646     0.031  411.19275   0.000077   0.000073  -0.000006
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9228152       197.3126    
     146     0.063    5046     0.156  197.31258   0.000037   0.000030  -0.000002
 r_peak,r_snr =   0.9258466       243.6994    
     246     0.063    5046     0.156  243.69943   0.000034   0.000030  -0.000003
 r_peak,r_snr =   0.9294292       315.0837    
     346     0.063    5046     0.125  315.08371   0.000035   0.000029  -0.000002
 r_peak,r_snr =   0.9347077       448.6168    
     446     0.063    5046     0.125  448.61682   0.000029   0.000025  -0.000002
 r_peak,r_snr =   0.9294789       352.8702    
     546     0.063    5046     0.125  352.87018   0.000033   0.000028  -0.000002
 r_peak,r_snr =   0.9382527       403.1372    
     646     0.063    5046     0.094  403.13721   0.000027   0.000025  -0.000002
 r_peak,r_snr =   0.9274260       431.2770    
     746     0.031    5046     0.094  431.27698   0.000032   0.000030  -0.000002
 r_peak,r_snr =   0.9303026       296.6616    
     846     0.031    5046     0.063  296.66162   0.000034   0.000029  -0.000003
 r_peak,r_snr =   0.9209325       389.7262    
     946     0.031    5046     0.094  389.72623   0.000037   0.000032  -0.000003
 r_peak,r_snr =   0.9378114       237.7481    
    1046     0.063    5046     0.094  237.74814   0.000031   0.000029  -0.000002
 r_peak,r_snr =   0.9427785       201.7957    
    1146     0.031    5046     0.063  201.79575   0.000028   0.000026  -0.000002
 r_peak,r_snr =   0.9246519       337.5982    
    1246     0.031    5046     0.063  337.59824   0.000035   0.000033  -0.000003
 r_peak,r_snr =   0.9245628       207.3674    
    1346     0.031    5046     0.063  207.36737   0.000039   0.000035  -0.000003
 r_peak,r_snr =   0.9240392       270.2301    
    1446     0.031    5046     0.063  270.23013   0.000036   0.000033  -0.000003
 r_peak,r_snr =   0.9713289       31.75766    
    1546     0.000    5046     0.031   31.75766   0.000022   0.000022  -0.000001
 r_peak,r_snr =   0.8891805       57.57857    
    1646     0.031    5046     0.063   57.57857   0.000069   0.000057  -0.000005
 r_peak,r_snr =   0.8774360       315.9344    
    1746     0.031    5046     0.031  315.93436   0.000064   0.000055  -0.000005
 r_peak,r_snr =   0.8880429       274.8149    
    1846     0.031    5046     0.063  274.81491   0.000059   0.000053  -0.000005
 r_peak,r_snr =   0.8843268       355.7911    
    1946     0.031    5046     0.063  355.79114   0.000059   0.000053  -0.000005
 r_peak,r_snr =   0.8926150       131.9823    
    2046     0.031    5046     0.031  131.98233   0.000070   0.000065  -0.000006
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9397736       120.8750    
     146     0.031    5446     0.125  120.87503   0.000032   0.000025  -0.000002
 r_peak,r_snr =   0.9279612       520.1249    
     246     0.031    5446     0.125  520.12494   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9558979       9.946275    
     346     0.063    5446     0.125    9.94627   0.000041   0.000035  -0.000002
 r_peak,r_snr =   0.9302619       444.1191    
     446     0.063    5446     0.125  444.11911   0.000032   0.000027  -0.000003
 r_peak,r_snr =   0.9300295       385.3860    
     546     0.031    5446     0.094  385.38605   0.000033   0.000027  -0.000002
 r_peak,r_snr =   0.9461868       257.8753    
     646     0.063    5446     0.125  257.87527   0.000027   0.000023  -0.000003
 r_peak,r_snr =   0.9299144       350.7317    
     746     0.031    5446     0.094  350.73166   0.000032   0.000028  -0.000002
 r_peak,r_snr =   0.9281856       284.8979    
     846     0.031    5446     0.063  284.89795   0.000035   0.000029  -0.000002
 r_peak,r_snr =   0.9092852       340.8073    
     946     0.031    5446     0.094  340.80734   0.000041   0.000037  -0.000003
 r_peak,r_snr =   0.9219269       294.0948    
    1046     0.031    5446     0.063  294.09479   0.000038   0.000034  -0.000003
 r_peak,r_snr =   0.9383906       285.2231    
    1146     0.031    5446     0.094  285.22308   0.000029   0.000028  -0.000003
 r_peak,r_snr =   0.9128010       519.6097    
    1246     0.031    5446     0.063  519.60974   0.000040   0.000033  -0.000003
 r_peak,r_snr =   0.9174492       215.0887    
    1346     0.031    5446     0.063  215.08868   0.000043   0.000038  -0.000004
 r_peak,r_snr =   0.9270445       279.3792    
    1446     0.031    5446     0.063  279.37918   0.000033   0.000032  -0.000003
 r_peak,r_snr =   0.9400202       66.98016    
    1546     0.031    5446     0.063   66.98016   0.000034   0.000030  -0.000003
 r_peak,r_snr =   0.9267432       88.96948    
    1646     0.031    5446     0.063   88.96948   0.000040   0.000037  -0.000003
 r_peak,r_snr =   0.8560059       102.5575    
    1746     0.031    5446     0.063  102.55755   0.000087   0.000073  -0.000006
 r_peak,r_snr =   0.8324554       454.0318    
    1846     0.031    5446     0.031  454.03180   0.000087   0.000071  -0.000007
 r_peak,r_snr =   0.8168725       339.6342    
    1946     0.031    5446     0.063  339.63416   0.000102   0.000084  -0.000009
 r_peak,r_snr =   0.8713904       253.2655    
    2046     0.031    5446     0.031  253.26550   0.000068   0.000064  -0.000005
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9184387       263.6176    
     146     0.063    5846     0.156  263.61765   0.000039   0.000033  -0.000003
 r_peak,r_snr =   0.9567090       4.381034    
     246     0.031    5846     0.125    4.38103   0.000039   0.000033  -0.000003
 r_peak,r_snr =   0.9545270       4.288610    
     346     0.063    5846     0.125    4.28861   0.000052   0.000045  -0.000003
 r_peak,r_snr =   0.9358505       377.6127    
     446     0.063    5846     0.125  377.61267   0.000029   0.000025  -0.000002
 r_peak,r_snr =   0.9405383       91.92408    
     546     0.063    5846     0.094   91.92408   0.000032   0.000028  -0.000003
 r_peak,r_snr =   0.9328970       378.2751    
     646     0.031    5846     0.094  378.27505   0.000032   0.000026  -0.000002
 r_peak,r_snr =   0.9389975       375.2045    
     746     0.031    5846     0.094  375.20453   0.000028   0.000023  -0.000002
 r_peak,r_snr =   0.9315081       267.3217    
     846     0.031    5846     0.094  267.32166   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9273802       443.5522    
     946     0.031    5846     0.063  443.55219   0.000034   0.000027  -0.000002
 r_peak,r_snr =   0.9341617       366.6711    
    1046     0.063    5846     0.094  366.67114   0.000030   0.000028  -0.000002
 r_peak,r_snr =   0.9321410       324.8446    
    1146     0.031    5846     0.094  324.84464   0.000033   0.000031  -0.000003
 r_peak,r_snr =   0.9240890       383.4366    
    1246     0.031    5846     0.063  383.43665   0.000035   0.000031  -0.000003
 r_peak,r_snr =   0.9162635       355.2513    
    1346     0.031    5846     0.063  355.25131   0.000040   0.000035  -0.000003
 r_peak,r_snr =   0.9347774       77.26847    
    1446     0.031    5846     0.063   77.26847   0.000040   0.000036  -0.000003
 r_peak,r_snr =   0.9180555       79.69896    
    1546     0.063    5846     0.063   79.69896   0.000049   0.000050  -0.000004
 r_peak,r_snr =   0.8817489       278.5534    
    1646     0.031    5846     0.063  278.55344   0.000056   0.000052  -0.000005
 r_peak,r_snr =   0.8525019       168.2304    
    1746     0.063    5846     0.031  168.23038   0.000087   0.000071  -0.000008
 r_peak,r_snr =   0.8332344       240.5538    
    1846     0.031    5846     0.063  240.55382   0.000092   0.000076  -0.000006
 r_peak,r_snr =   0.8251038       192.4679    
    1946     0.031    5846     0.094  192.46793   0.000099   0.000088  -0.000010
 r_peak,r_snr =   0.7464467       289.1593    
    2046     0.000    5846     0.031  289.15930   0.000161   0.000131  -0.000012
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.8269151       324.3983    
     146    -0.094    3046    -0.250  324.39825   0.000094   0.000084  -0.000007
 r_peak,r_snr =   0.8366485       90.03945    
     246    -0.094    3046    -0.250   90.03945   0.000095   0.000082  -0.000009
 r_peak,r_snr =   0.8566971       318.2841    
     346    -0.125    3046    -0.250  318.28409   0.000077   0.000069  -0.000006
 r_peak,r_snr =   0.7609237       319.1534    
     446    -0.156    3046    -0.219  319.15341   0.000148   0.000131  -0.000016
 r_peak,r_snr =   0.8367903       375.8284    
     546    -0.125    3046    -0.188  375.82843   0.000084   0.000075  -0.000006
 r_peak,r_snr =   0.8530040       381.9783    
     646    -0.125    3046    -0.188  381.97833   0.000072   0.000069  -0.000006
 r_peak,r_snr =   0.8626983       429.9928    
     746    -0.125    3046    -0.188  429.99280   0.000069   0.000059  -0.000006
 r_peak,r_snr =   0.8632968       320.5643    
     846    -0.125    3046    -0.156  320.56430   0.000069   0.000062  -0.000006
 r_peak,r_snr =   0.8515118       232.7732    
     946    -0.094    3046    -0.156  232.77319   0.000081   0.000080  -0.000008
 r_peak,r_snr =   0.8601553       261.8226    
    1046    -0.094    3046    -0.125  261.82260   0.000077   0.000073  -0.000006
 r_peak,r_snr =   0.8728934       225.0636    
    1146    -0.094    3046    -0.156  225.06355   0.000068   0.000065  -0.000006
 r_peak,r_snr =   0.8724546       245.5447    
    1246    -0.125    3046    -0.156  245.54472   0.000068   0.000062  -0.000007
 r_peak,r_snr =   0.8559018       277.0526    
    1346    -0.094    3046    -0.125  277.05258   0.000078   0.000077  -0.000008
 r_peak,r_snr =   0.8480105       341.3038    
    1446    -0.094    3046    -0.125  341.30383   0.000078   0.000072  -0.000006
 r_peak,r_snr =   0.8507456       353.5569    
    1546    -0.125    3046    -0.125  353.55685   0.000076   0.000072  -0.000008
 r_peak,r_snr =   0.8286042       135.4586    
    1646    -0.125    3046    -0.125  135.45865   0.000105   0.000096  -0.000009
 r_peak,r_snr =   0.8140426       343.9934    
    1746    -0.094    3046    -0.125  343.99341   0.000098   0.000090  -0.000011
 r_peak,r_snr =   0.7123183       201.4381    
    1846    -0.125    3046    -0.125  201.43808   0.000205   0.000181  -0.000022
 r_peak,r_snr =   0.6929252       378.3992    
    1946    -0.125    3046    -0.156  378.39923   0.000200   0.000181  -0.000024
 r_peak,r_snr =   0.6762304       340.8510    
    2046    -0.156    3046    -0.156  340.85104   0.000228   0.000221  -0.000026
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.8727587       22.25037    
     146    -0.094    3446    -0.250   22.25037   0.000098   0.000089  -0.000007
 r_peak,r_snr =   0.8040002       268.5388    
     246    -0.125    3446    -0.250  268.53885   0.000109   0.000098  -0.000010
 r_peak,r_snr =   0.8535351       379.3908    
     346    -0.125    3446    -0.219  379.39084   0.000073   0.000065  -0.000006
 r_peak,r_snr =   0.8455731       309.8782    
     446    -0.125    3446    -0.219  309.87817   0.000084   0.000079  -0.000009
 r_peak,r_snr =   0.8551665       121.5028    
     546    -0.125    3446    -0.219  121.50276   0.000084   0.000070  -0.000008
 r_peak,r_snr =   0.8373491       442.4254    
     646    -0.125    3446    -0.219  442.42542   0.000085   0.000073  -0.000008
 r_peak,r_snr =   0.8792404       322.3166    
     746    -0.094    3446    -0.156  322.31659   0.000061   0.000052  -0.000005
 r_peak,r_snr =   0.8612708       313.2409    
     846    -0.094    3446    -0.156  313.24091   0.000070   0.000062  -0.000007
 r_peak,r_snr =   0.8528695       246.8535    
     946    -0.094    3446    -0.156  246.85350   0.000080   0.000078  -0.000007
 r_peak,r_snr =   0.8472707       292.6474    
    1046    -0.094    3446    -0.125  292.64740   0.000082   0.000077  -0.000008
 r_peak,r_snr =   0.8933257       68.24880    
    1146    -0.094    3446    -0.156   68.24880   0.000069   0.000064  -0.000008
 r_peak,r_snr =   0.8485231       343.9770    
    1246    -0.125    3446    -0.156  343.97702   0.000082   0.000070  -0.000007
 r_peak,r_snr =   0.8897613       87.17056    
    1346    -0.094    3446    -0.125   87.17056   0.000067   0.000065  -0.000008
 r_peak,r_snr =   0.8432408       304.8018    
    1446    -0.094    3446    -0.094  304.80179   0.000085   0.000081  -0.000008
 r_peak,r_snr =   0.8561807       255.1753    
    1546    -0.125    3446    -0.125  255.17526   0.000077   0.000076  -0.000008
 r_peak,r_snr =   0.8482109       149.5526    
    1646    -0.094    3446    -0.094  149.55261   0.000083   0.000085  -0.000009
 r_peak,r_snr =   0.7521503       356.3328    
    1746    -0.125    3446    -0.125  356.33279   0.000149   0.000131  -0.000015
 r_peak,r_snr =   0.6888084       271.4685    
    1846    -0.156    3446    -0.125  271.46848   0.000215   0.000199  -0.000030
 r_peak,r_snr =   0.6459929       387.2327    
    1946    -0.125    3446    -0.125  387.23267   0.000252   0.000236  -0.000028
 r_peak,r_snr =   0.6131489       316.0847    
    2046    -0.156    3446    -0.156  316.08469   0.000286   0.000291  -0.000036
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.8305514       324.4531    
     146    -0.125    3846    -0.281  324.45313   0.000092   0.000081  -0.000007
 r_peak,r_snr =   0.8638129       39.87666    
     246    -0.125    3846    -0.250   39.87666   0.000094   0.000080  -0.000011
 r_peak,r_snr =   0.8616250       464.8285    
     346    -0.125    3846    -0.219  464.82846   0.000068   0.000057  -0.000005
 r_peak,r_snr =   0.8282573       327.3103    
     446    -0.125    3846    -0.219  327.31030   0.000095   0.000081  -0.000008
 r_peak,r_snr =   0.8564899       387.4817    
     546    -0.125    3846    -0.188  387.48166   0.000072   0.000062  -0.000007
 r_peak,r_snr =   0.8736503       294.5033    
     646    -0.125    3846    -0.188  294.50330   0.000066   0.000059  -0.000006
 r_peak,r_snr =   0.8636601       234.0174    
     746    -0.125    3846    -0.188  234.01744   0.000071   0.000062  -0.000006
 r_peak,r_snr =   0.8670229       192.5133    
     846    -0.125    3846    -0.156  192.51326   0.000069   0.000058  -0.000006
 r_peak,r_snr =   0.8619039       247.2984    
     946    -0.094    3846    -0.156  247.29837   0.000076   0.000070  -0.000006
 r_peak,r_snr =   0.8486647       239.5555    
    1046    -0.094    3846    -0.125  239.55550   0.000086   0.000082  -0.000007
 r_peak,r_snr =   0.8610683       114.9229    
    1146    -0.094    3846    -0.125  114.92285   0.000086   0.000083  -0.000010
 r_peak,r_snr =   0.8479338       402.6024    
    1246    -0.094    3846    -0.125  402.60245   0.000075   0.000070  -0.000007
 r_peak,r_snr =   0.8397967       330.4796    
    1346    -0.094    3846    -0.125  330.47961   0.000081   0.000081  -0.000009
 r_peak,r_snr =   0.8586096       207.6301    
    1446    -0.094    3846    -0.125  207.63014   0.000080   0.000077  -0.000010
 r_peak,r_snr =   0.8437902       226.1994    
    1546    -0.125    3846    -0.125  226.19937   0.000084   0.000077  -0.000008
 r_peak,r_snr =   0.8647710       296.6273    
    1646    -0.094    3846    -0.094  296.62735   0.000069   0.000064  -0.000008
 r_peak,r_snr =   0.8032585       74.86146    
    1746    -0.094    3846    -0.094   74.86146   0.000120   0.000108  -0.000010
 r_peak,r_snr =   0.6934338       394.5248    
    1846    -0.156    3846    -0.125  394.52478   0.000197   0.000181  -0.000019
 r_peak,r_snr =   0.6581514       316.2253    
    1946    -0.156    3846    -0.156  316.22531   0.000245   0.000211  -0.000025
 r_peak,r_snr =   0.6550506       288.6154    
    2046    -0.125    3846    -0.094  288.61536   0.000258   0.000228  -0.000027
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.8243246       217.4815    
     146    -0.125    4246    -0.281  217.48152   0.000099   0.000089  -0.000008
 r_peak,r_snr =   0.8600938       48.42719    
     246    -0.094    4246    -0.250   48.42719   0.000081   0.000075  -0.000006
 r_peak,r_snr =   0.8611316       358.5280    
     346    -0.125    4246    -0.219  358.52805   0.000069   0.000064  -0.000006
 r_peak,r_snr =   0.8253308       160.2908    
     446    -0.156    4246    -0.250  160.29077   0.000106   0.000101  -0.000010
 r_peak,r_snr =   0.8246796       364.3785    
     546    -0.125    4246    -0.219  364.37848   0.000091   0.000086  -0.000007
 r_peak,r_snr =   0.8790856       256.2710    
     646    -0.125    4246    -0.188  256.27100   0.000059   0.000052  -0.000005
 r_peak,r_snr =   0.8895472       298.3705    
     746    -0.094    4246    -0.156  298.37054   0.000054   0.000048  -0.000004
 r_peak,r_snr =   0.8829095       198.6863    
     846    -0.094    4246    -0.156  198.68629   0.000062   0.000054  -0.000005
 r_peak,r_snr =   0.8693337       154.4443    
     946    -0.094    4246    -0.125  154.44431   0.000074   0.000070  -0.000008
 r_peak,r_snr =   0.8505711       157.8900    
    1046    -0.094    4246    -0.125  157.89005   0.000089   0.000082  -0.000007
 r_peak,r_snr =   0.8377609       294.3145    
    1146    -0.094    4246    -0.125  294.31454   0.000086   0.000084  -0.000007
 r_peak,r_snr =   0.8477289       327.6885    
    1246    -0.125    4246    -0.125  327.68854   0.000083   0.000072  -0.000007
 r_peak,r_snr =   0.8522696       291.7673    
    1346    -0.094    4246    -0.125  291.76730   0.000081   0.000069  -0.000007
 r_peak,r_snr =   0.8556446       38.86774    
    1446    -0.094    4246    -0.094   38.86774   0.000100   0.000091  -0.000009
 r_peak,r_snr =   0.8486110       99.47157    
    1546    -0.125    4246    -0.125   99.47157   0.000094   0.000095  -0.000009
 r_peak,r_snr =   0.8489860       149.8172    
    1646    -0.094    4246    -0.125  149.81723   0.000090   0.000084  -0.000009
 r_peak,r_snr =   0.7881017       327.6307    
    1746    -0.094    4246    -0.094  327.63074   0.000119   0.000105  -0.000013
 r_peak,r_snr =   0.8051631       368.6606    
    1846    -0.125    4246    -0.094  368.66064   0.000108   0.000098  -0.000010
 r_peak,r_snr =   0.8267985       379.9720    
    1946    -0.125    4246    -0.125  379.97205   0.000090   0.000089  -0.000009
 r_peak,r_snr =   0.8043054       413.9036    
    2046    -0.063    4246    -0.094  413.90356   0.000105   0.000095  -0.000009
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.8320088       409.3896    
     146    -0.125    4646    -0.281  409.38956   0.000089   0.000073  -0.000007
 r_peak,r_snr =   0.8447163       263.9327    
     246    -0.125    4646    -0.250  263.93274   0.000085   0.000067  -0.000008
 r_peak,r_snr =   0.8631696       194.6883    
     346    -0.125    4646    -0.250  194.68826   0.000075   0.000066  -0.000007
 r_peak,r_snr =   0.8434291       208.1354    
     446    -0.125    4646    -0.219  208.13541   0.000087   0.000077  -0.000008
 r_peak,r_snr =   0.8563018       334.7478    
     546    -0.125    4646    -0.219  334.74777   0.000074   0.000068  -0.000006
 r_peak,r_snr =   0.8786661       364.3587    
     646    -0.094    4646    -0.156  364.35873   0.000060   0.000051  -0.000005
 r_peak,r_snr =   0.8941675       353.0994    
     746    -0.094    4646    -0.156  353.09943   0.000054   0.000043  -0.000004
 r_peak,r_snr =   0.9072582       199.7041    
     846    -0.094    4646    -0.125  199.70410   0.000047   0.000044  -0.000004
 r_peak,r_snr =   0.8721775       275.0995    
     946    -0.094    4646    -0.125  275.09955   0.000068   0.000058  -0.000004
 r_peak,r_snr =   0.8375140       276.7843    
    1046    -0.094    4646    -0.156  276.78433   0.000088   0.000084  -0.000007
 r_peak,r_snr =   0.8535490       255.2614    
    1146    -0.094    4646    -0.156  255.26138   0.000078   0.000077  -0.000006
 r_peak,r_snr =   0.8558816       54.30822    
    1246    -0.094    4646    -0.125   54.30822   0.000095   0.000093  -0.000012
 r_peak,r_snr =   0.8934369       159.5869    
    1346    -0.094    4646    -0.125  159.58694   0.000057   0.000050  -0.000006
 r_peak,r_snr =   0.8341051       350.2757    
    1446    -0.125    4646    -0.125  350.27567   0.000084   0.000080  -0.000008
 r_peak,r_snr =   0.8606693       58.21194    
    1546    -0.125    4646    -0.156   58.21194   0.000095   0.000095  -0.000011
 r_peak,r_snr =   0.8237238       226.1112    
    1646    -0.094    4646    -0.094  226.11124   0.000108   0.000096  -0.000009
 r_peak,r_snr =   0.8535744       317.4619    
    1746    -0.094    4646    -0.094  317.46185   0.000078   0.000075  -0.000008
 r_peak,r_snr =   0.8275415       338.7976    
    1846    -0.125    4646    -0.094  338.79761   0.000098   0.000085  -0.000009
 r_peak,r_snr =   0.8067698       299.0475    
    1946    -0.094    4646    -0.125  299.04752   0.000109   0.000100  -0.000011
 r_peak,r_snr =   0.8079878       352.5186    
    2046    -0.094    4646    -0.094  352.51862   0.000103   0.000102  -0.000010
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.8156490       160.8893    
     146    -0.125    5046    -0.281  160.88928   0.000103   0.000087  -0.000008
 r_peak,r_snr =   0.8516646       238.3775    
     246    -0.125    5046    -0.250  238.37746   0.000077   0.000069  -0.000007
 r_peak,r_snr =   0.8115302       250.9724    
     346    -0.094    5046    -0.219  250.97238   0.000114   0.000096  -0.000009
 r_peak,r_snr =   0.8448647       363.0967    
     446    -0.125    5046    -0.219  363.09674   0.000081   0.000070  -0.000007
 r_peak,r_snr =   0.8165970       277.5336    
     546    -0.125    5046    -0.219  277.53360   0.000105   0.000092  -0.000009
 r_peak,r_snr =   0.8757653       346.8748    
     646    -0.125    5046    -0.188  346.87479   0.000060   0.000057  -0.000005
 r_peak,r_snr =   0.8868907       404.4805    
     746    -0.094    5046    -0.156  404.48053   0.000053   0.000049  -0.000004
 r_peak,r_snr =   0.9035832       287.9693    
     846    -0.094    5046    -0.156  287.96927   0.000049   0.000042  -0.000004
 r_peak,r_snr =   0.8813797       331.7845    
     946    -0.094    5046    -0.156  331.78445   0.000061   0.000053  -0.000005
 r_peak,r_snr =   0.8587949       203.1103    
    1046    -0.125    5046    -0.156  203.11026   0.000080   0.000080  -0.000006
 r_peak,r_snr =   0.8908457       175.7041    
    1146    -0.094    5046    -0.125  175.70406   0.000058   0.000056  -0.000005
 r_peak,r_snr =   0.8438187       282.6061    
    1246    -0.094    5046    -0.094  282.60614   0.000084   0.000080  -0.000008
 r_peak,r_snr =   0.8592799       178.1881    
    1346    -0.063    5046    -0.094  178.18813   0.000083   0.000075  -0.000008
 r_peak,r_snr =   0.8776642       251.1255    
    1446    -0.094    5046    -0.125  251.12549   0.000062   0.000061  -0.000006
 r_peak,r_snr =   0.9464505       29.92530    
    1546    -0.094    5046    -0.094   29.92530   0.000045   0.000045  -0.000003
 r_peak,r_snr =   0.8213492       48.79969    
    1646    -0.094    5046    -0.125   48.79969   0.000129   0.000114  -0.000013
 r_peak,r_snr =   0.8039692       252.8605    
    1746    -0.125    5046    -0.125  252.86050   0.000121   0.000108  -0.000013
 r_peak,r_snr =   0.8081995       229.0877    
    1846    -0.125    5046    -0.125  229.08774   0.000118   0.000110  -0.000013
 r_peak,r_snr =   0.8413145       332.3091    
    1946    -0.094    5046    -0.125  332.30914   0.000088   0.000080  -0.000009
 r_peak,r_snr =   0.8393914       121.3960    
    2046    -0.094    5046    -0.094  121.39603   0.000117   0.000114  -0.000011
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.8451649       99.42250    
     146    -0.094    5446    -0.281   99.42250   0.000097   0.000081  -0.000008
 r_peak,r_snr =   0.8297426       392.0851    
     246    -0.125    5446    -0.281  392.08511   0.000088   0.000079  -0.000008
 r_peak,r_snr =   0.8884697       8.446835    
     346    -0.125    5446    -0.250    8.44683   0.000128   0.000121  -0.000009
 r_peak,r_snr =   0.8159999       346.2409    
     446    -0.125    5446    -0.219  346.24088   0.000101   0.000087  -0.000011
 r_peak,r_snr =   0.8385353       329.6511    
     546    -0.094    5446    -0.188  329.65109   0.000087   0.000073  -0.000006
 r_peak,r_snr =   0.8775407       226.3502    
     646    -0.125    5446    -0.188  226.35016   0.000069   0.000061  -0.000008
 r_peak,r_snr =   0.8851846       320.5131    
     746    -0.094    5446    -0.156  320.51306   0.000056   0.000049  -0.000005
 r_peak,r_snr =   0.8983029       276.2702    
     846    -0.094    5446    -0.125  276.27020   0.000052   0.000042  -0.000003
 r_peak,r_snr =   0.8795372       326.5080    
     946    -0.094    5446    -0.125  326.50800   0.000058   0.000050  -0.000005
 r_peak,r_snr =   0.8636763       260.7532    
    1046    -0.094    5446    -0.125  260.75323   0.000073   0.000067  -0.000007
 r_peak,r_snr =   0.8817923       253.1077    
    1146    -0.094    5446    -0.156  253.10774   0.000061   0.000059  -0.000007
 r_peak,r_snr =   0.8534529       456.2255    
    1246    -0.125    5446    -0.125  456.22549   0.000073   0.000063  -0.000006
 r_peak,r_snr =   0.8238288       175.1949    
    1346    -0.094    5446    -0.125  175.19495   0.000111   0.000100  -0.000012
 r_peak,r_snr =   0.8710141       246.0201    
    1446    -0.094    5446    -0.125  246.02010   0.000066   0.000062  -0.000007
 r_peak,r_snr =   0.9165766       65.67578    
    1546    -0.125    5446    -0.094   65.67578   0.000049   0.000045  -0.000005
 r_peak,r_snr =   0.8842857       80.96901    
    1646    -0.094    5446    -0.125   80.96901   0.000069   0.000066  -0.000006
 r_peak,r_snr =   0.7844337       90.33621    
    1746    -0.094    5446    -0.125   90.33621   0.000151   0.000140  -0.000014
 r_peak,r_snr =   0.7849702       359.9481    
    1846    -0.125    5446    -0.094  359.94812   0.000123   0.000110  -0.000013
 r_peak,r_snr =   0.7684447       281.7901    
    1946    -0.094    5446    -0.125  281.79010   0.000143   0.000125  -0.000016
 r_peak,r_snr =   0.8126955       216.3209    
    2046    -0.094    5446    -0.094  216.32092   0.000112   0.000112  -0.000010
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.7962337       216.1224    
     146    -0.094    5846    -0.281  216.12236   0.000118   0.000104  -0.000010
 r_peak,r_snr =   0.9052905       3.869801    
     246    -0.125    5846    -0.250    3.86980   0.000100   0.000090  -0.000010
 r_peak,r_snr =   0.8920555       3.649198    
     346    -0.156    5846    -0.219    3.64920   0.000162   0.000140  -0.000011
 r_peak,r_snr =   0.8781585       337.5026    
     446    -0.125    5846    -0.219  337.50256   0.000061   0.000054  -0.000005
 r_peak,r_snr =   0.8608626       75.10328    
     546    -0.125    5846    -0.188   75.10328   0.000089   0.000075  -0.000008
 r_peak,r_snr =   0.8349172       315.8133    
     646    -0.094    5846    -0.188  315.81332   0.000092   0.000077  -0.000007
 r_peak,r_snr =   0.8866850       340.5571    
     746    -0.094    5846    -0.156  340.55710   0.000057   0.000047  -0.000005
 r_peak,r_snr =   0.9022236       260.7517    
     846    -0.094    5846    -0.156  260.75174   0.000048   0.000041  -0.000004
 r_peak,r_snr =   0.8928136       410.4553    
     946    -0.094    5846    -0.125  410.45532   0.000053   0.000043  -0.000004
 r_peak,r_snr =   0.8763894       334.3512    
    1046    -0.094    5846    -0.125  334.35123   0.000062   0.000058  -0.000005
 r_peak,r_snr =   0.8740473       271.1761    
    1146    -0.094    5846    -0.125  271.17609   0.000067   0.000065  -0.000006
 r_peak,r_snr =   0.8616917       346.3920    
    1246    -0.094    5846    -0.125  346.39203   0.000070   0.000064  -0.000006
 r_peak,r_snr =   0.8523998       309.9916    
    1346    -0.094    5846    -0.125  309.99158   0.000081   0.000072  -0.000007
 r_peak,r_snr =   0.8795865       68.05370    
    1446    -0.094    5846    -0.125   68.05370   0.000084   0.000077  -0.000007
 r_peak,r_snr =   0.8883012       74.81778    
    1546    -0.094    5846    -0.094   74.81778   0.000072   0.000073  -0.000007
 r_peak,r_snr =   0.8328412       227.1976    
    1646    -0.063    5846    -0.094  227.19756   0.000089   0.000085  -0.000009
 r_peak,r_snr =   0.8402060       158.3974    
    1746    -0.094    5846    -0.063  158.39742   0.000096   0.000080  -0.000009
 r_peak,r_snr =   0.7965197       215.1927    
    1846    -0.094    5846    -0.125  215.19269   0.000122   0.000099  -0.000009
 r_peak,r_snr =   0.7993612       166.9156    
    1946    -0.063    5846    -0.125  166.91557   0.000120   0.000113  -0.000014
 r_peak,r_snr =   0.6893036       225.2851    
    2046    -0.156    5846    -0.156  225.28513   0.000228   0.000203  -0.000023
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Multi-look Program           ***** 
   *****                                        ***** 
   *****  This program creates a real multi-    ***** 
   *****  look file from a complex single look  ***** 
   *****  file.  The real values represent      ***** 
   *****  POWER, not amplitude.  Multi-looking  ***** 
   *****  is performed by summing POWER in the  ***** 
   *****  azimuth direction only.               ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the complex file.
  Enter the desired number of looks.
  Enter the output file name
  output azspace, azres:    4.629600       10.80000    
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
Mon Apr 15 15:06:54 PDT 2002
Mon Apr 15 15:06:54 PDT 2002
[1] 1612483
[1]  + Done                 chmod 777 batch_l_setup
[1] 1613016

 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay: -0.5025000    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/l.hdr                                                   
  Which frequency? (C,L or P) 
 frq:L
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:        6144
 total # of lines transferred: 
 total lines:       10240
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_l.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   22.50000    
 alt used in processor:   600.0000    
 idelay,chrp_delay,xdelay          85   32.45000     -0.5025000    
 near range delr windelay:   7952.369       3.331027               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   40.00000       43.59375    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   7952.370798972740      3.2450000000000003E-05
  
 >> start range =  7952.3708
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    7952.370798972740               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
 Problem with Honeywell data msg_1          33
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 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76302       93.57056       98.00354     0.1330836      0
 trc             90.63856       90.43887       91.06374     0.1515085      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70709      -50.19653        0.85693     0.1615192      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20225194    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323688      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/l.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117246
 gmt sec s e =    25520562.43200000       25520702.00007160    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596515814679627    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596515844085435    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_l.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 5.2892609708467633E-04
 Standard deviation of difference =   9.6251765806763822E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3955.138143396356    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage

 If a POLTOP mode then...:
 .mocomp  -> .mocomph & .mocompv
 .mocomph -> .mocomphU & .mocompvU
 .mocompv -> .mocomphL & .mocompvL
 Enter the name of the motion compensation file.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
 Name of the H-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_l.mocomph                    
 Name of the V-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_l.mocompv                   
 How many lines per polarization?
        10240
 +           1
 +       10001
 +       20001

  *********************************************
  *                                           *
  *         AIRSAR INTEGRATED PROCESSOR       *
  *                                           *
  *              CALTONE ESTIMATOR            *
  *                                           *
  *  This program estimates the CALTONE amp-  *
  *  litude and phase and writes the result   *
  *  into the parameter header.               *
  *                                           *
  *********************************************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LHH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_l.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/l_hh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_l_hh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_l_hh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_l_hh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_l_hh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (13.40051,0.0000000E+00) (44.66837,0.0000000E+00)
 (-13.40051,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.7089184E+08
 plot_x:         159
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   86.74116    Power RMS:  2.2097087E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   21729.91    Amp.  RMS:   36.66061    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -139.8085    Phase RMS:  0.1169268    
 Incoherent PH 1st:  -139.7733    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   86.73983    
 CalTone Power Coherently dB  :   86.74116    
 Incoherent PW  - Coherent PW : -1.3275146E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   21725.91    
 CalTone Amplitude Coherently   :   21729.91    
 Incoherent Amp.- Coherent Amp. :  -3.998047    
       ------------ *** ------------
 running time (sec):      4.38
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LHV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_l.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/l_hv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_l_hv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_l_hv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_l_hv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_l_hv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (0.0000000E+00,0.0000000E+00)
 (49.13520,0.0000000E+00) (-4.466836,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  8.4653350E+08
 plot_x:         159
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   89.27810    Power RMS:  6.9877125E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29100.86    Amp.  RMS:   25.29822    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   167.4788    Phase RMS:  6.2500000E-02
 Incoherent PH 1st:   167.4660    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.28300    
 CalTone Power Coherently dB  :   89.27810    
 Incoherent PW  - Coherent PW :  4.9057007E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29253.06    
 CalTone Amplitude Coherently   :   29100.86    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   152.2012    
       ------------ *** ------------
 running time (sec):      3.89
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LVH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_l.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/l_vh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_l_vh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_l_vh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_l_vh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_l_vh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (31.26785,0.0000000E+00) (49.13520,0.0000000E+00)
 (8.933673,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.7511514E+08
 plot_x:         159
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   86.78451    Power RMS:  6.2500000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   21838.68    Amp.  RMS:   37.09447    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -139.7128    Phase RMS:  6.2500000E-02
 Incoherent PH 1st:  -139.6938    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   86.78932    
 CalTone Power Coherently dB  :   86.78451    
 Incoherent PW  - Coherent PW :  4.8141479E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   22033.89    
 CalTone Amplitude Coherently   :   21838.68    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   195.2109    
       ------------ *** ------------
 running time (sec):      3.82
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LVV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_l.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/l_vv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_l_vv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_l_vv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_l_vv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_l_vv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (8.933673,0.0000000E+00) (98.27040,0.0000000E+00)
 (4.466836,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  8.4958560E+08
 plot_x:         159
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   89.29171    Power RMS:  2.2097087E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29146.43    Amp.  RMS:   45.25483    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   167.4296    Phase RMS:  0.1325825    
 Incoherent PH 1st:   167.4223    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.29157    
 CalTone Power Coherently dB  :   89.29171    
 Incoherent PW  - Coherent PW : -1.3732910E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29283.17    
 CalTone Amplitude Coherently   :   29146.43    
 Incoherent Amp.- Coherent Amp. :   136.7383    
       ------------ *** ------------
 running time (sec):      3.76
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            0

  ***************************************************
  *                                                 *
  *          AIRSAR INTEGRATED PROCESSOR            *
  *                                                 *
  *             Global Line Generator               *
  *                                                 *
  *  This program generates the global line to use  *
  *  in the single-look processors to resample the  *
  *  data.                                          *
  *                                                 *
  ***************************************************

  Please enter the name of the sensor file.
  Enter the name of the parameter file.
  Please enter the name of the mocomp file.
  Reading motion compensation data

 Global reference line calculation results:

  y fit: constant and linear terms: 
   -13.73315     -1.3658668E-04
  z fit: constant and linear terms: 
   4.4517256E-03 -2.7148863E-05
  y and z standard deviations (meters)  3.8800400E-02  5.7088103E-02
  Enter the name of the global line file.
  Enter the name of the motion compensation file.
 Enter the number of lines in the mocomp file & first one.
  Enter the patch size and the max reference fnc length.
  Enter the maximum Doppler error.
  Enter the doppler file name.
  Enter the wavelength and nominal azimuth pixel spacing
  Initial guess at number of patches =            1
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =   0.1814043      0.1823732      0.1814212      0.1792666    
 Differences =   2.8792024E-04  1.2568831E-03  3.0484796E-04 -1.8498003E-03
  PATCH NUMER            2
 First line =        3493
 last black mod_64:          52       10240        3493        8192
  Averages =   0.1817091      0.1797885      0.1790972      0.1789391    
 Differences =   1.8256158E-03 -9.4994903E-05 -7.8624487E-04 -9.4434619E-04

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.hh00l                  

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_l.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    2.400000    
  Radar wavelength (m)                 =   0.2422600    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.5548000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =  -7.0571043E-02   1.677678    
    1.921095    
  Receive leverarm x,y,z              =  -7.0571043E-02   1.677678    
    1.921095    



  Name of raw data file?
 /mnt/air118/airops/1381/l_hh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_l.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_l                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_l.hh_j                       
 *** ipol itop:           1           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lh                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0053996E-02
 reading motion compensation data
 WAYNE read motion compen   0.1839790    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1372200    
 start range comp, time =      0.335

 WAYNE PREV  0.3405460    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            2 by #            2
 ==w out           3       -1998
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            3 to            2 by #            3
 ==w out           3       -1998
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            3 to            2 by #            4
 ==w out           3       -1998
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            3 to            2 by #            5
 ==w out           3       -1998
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            3 to            2 by #            6
 ==w out           3       -1998
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            3 to            2 by #            7
 ==w out           3       -1998
Mon Apr 15 15:10:54 PDT 2002
Mon Apr 15 15:10:54 PDT 2002
Mon Apr 15 15:10:54 PDT 2002

 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay:  -1.027807    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/p.hdr                                                   
  Which frequency? (C,L or P) 
 frq:P
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:           0
 total # of lines transferred: 
 total lines:       10240
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_p.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   11.25000    
 alt used in processor:   600.0000    
  gen_par_aipt P-band fs ntapeid:   45.00000             104
 idelay,chrp_delay,xdelay          85   32.45000      -1.027807    
 near range delr windelay:   8031.111       6.662055               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   20.00000       21.44531    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   8031.112352849635      3.2450000000000003E-05
  
 >> start range =  8031.1124
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    8031.112352849635               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
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 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76299       93.57056       94.17480     0.1325191      0
 trc             90.63808       32.41976       91.06374     0.2263069      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70752        0.57678        0.85693     0.0669599      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20125879    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323687      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/p.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117247
 gmt sec s e =    25520562.43200000       25520702.00026885    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596493647435429    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596493676840986    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_p.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 3.8662989679022535E-04
 Standard deviation of difference =   2.9256191674929919E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           8031.112352849635    
 Start ground range =    4111.165532192598    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage

 If a POLTOP mode then...:
 .mocomp  -> .mocomph & .mocompv
 .mocomph -> .mocomphU & .mocompvU
 .mocompv -> .mocomphL & .mocompvL
 Enter the name of the motion compensation file.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
 Name of the H-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_p.mocomph                    
 Name of the V-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_p.mocompv                   
 How many lines per polarization?
        10240
 +           1
 +       10001
 +       20001

  *********************************************
  *                                           *
  *         AIRSAR INTEGRATED PROCESSOR       *
  *                                           *
  *              CALTONE ESTIMATOR            *
  *                                           *
  *  This program estimates the CALTONE amp-  *
  *  litude and phase and writes the result   *
  *  into the parameter header.               *
  *                                           *
  *********************************************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 PHH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_p.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/p_hh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_p_hh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_p_hh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_p_hh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_p_hh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    21.44530    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1073
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-3.162278,0.0000000E+00) (-37.94733,0.0000000E+00)
 (53.75872,0.0000000E+00)
 attenuation (dB):    10.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.3657085E+09
 plot_x:         159
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   93.73652    Power RMS:  4.4194173E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   48621.18    Amp.  RMS:   57.68882    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   1.609231    Phase RMS:  0.1393408    
 Incoherent PH 1st:   1.629667    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   93.73894    
 CalTone Power Coherently dB  :   93.73652    
 Incoherent PW  - Coherent PW :  2.4185181E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   48634.02    
 CalTone Amplitude Coherently   :   48621.18    
 Incoherent Amp.- Coherent Amp. :   12.83203    
       ------------ *** ------------
 running time (sec):     25.74
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 PHV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_p.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/p_hv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_p_hv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_p_hv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_p_hv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_p_hv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    21.44530    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1073
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-35.91472,0.0000000E+00) (29.92894,0.0000000E+00)
 (-31.92420,0.0000000E+00)
 attenuation (dB):    6.000001    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.9893949E+09
 plot_x:         159
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   94.75442    Power RMS:  4.4194173E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   54666.53    Amp.  RMS:   27.71281    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -139.1978    Phase RMS:  0.1593444    
 Incoherent PH 1st:  -139.2009    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   94.75514    
 CalTone Power Coherently dB  :   94.75442    
 Incoherent PW  - Coherent PW :  7.2479248E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   54976.73    
 CalTone Amplitude Coherently   :   54666.53    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   310.2070    
       ------------ *** ------------
 running time (sec):      4.86
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 PVH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_p.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/p_vh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_p_vh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_p_vh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_p_vh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_p_vh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    21.44530    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1073
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (55.47126,0.0000000E+00) (-50.71658,0.0000000E+00)
 (38.03744,0.0000000E+00)
 attenuation (dB):    4.000000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.3308708E+09
 plot_x:         159
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   93.67222    Power RMS:  8.8388346E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   48262.82    Amp.  RMS:   16.00000    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   1.692634    Phase RMS:  0.1342276    
 Incoherent PH 1st:   1.711072    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   93.67178    
 CalTone Power Coherently dB  :   93.67222    
 Incoherent PW  - Coherent PW : -4.3487549E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   48605.83    
 CalTone Amplitude Coherently   :   48262.82    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   343.0078    
       ------------ *** ------------
 running time (sec):      4.86
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 PVV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_p.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/p_vv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_p_vv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_p_vv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_p_vv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_p_vv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        10240
  How many lines to be processed?
        10240
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    21.44530    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1073
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-91.56465,0.0000000E+00) (27.86750,0.0000000E+00)
 (-31.84858,0.0000000E+00)
 attenuation (dB):    12.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  3.2772308E+09
 plot_x:         159
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   95.15445    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   57243.16    Amp.  RMS:   55.42562    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -140.7027    Phase RMS:  0.1397543    
 Incoherent PH 1st:  -140.7232    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   95.15498    
 CalTone Power Coherently dB  :   95.15445    
 Incoherent PW  - Coherent PW :  5.2642822E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   57551.08    
 CalTone Amplitude Coherently   :   57243.16    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   307.9219    
       ------------ *** ------------
 running time (sec):      5.12
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            0

  ***************************************************
  *                                                 *
  *          AIRSAR INTEGRATED PROCESSOR            *
  *                                                 *
  *             Global Line Generator               *
  *                                                 *
  *  This program generates the global line to use  *
  *  in the single-look processors to resample the  *
  *  data.                                          *
  *                                                 *
  ***************************************************

  Please enter the name of the sensor file.
  Enter the name of the parameter file.
  Please enter the name of the mocomp file.
  Reading motion compensation data

 Global reference line calculation results:

  y fit: constant and linear terms: 
   -13.73315     -1.3658554E-04
  z fit: constant and linear terms: 
   4.4516511E-03 -2.7148855E-05
  y and z standard deviations (meters)  3.8800396E-02  5.7088107E-02
  Enter the name of the global line file.
  Enter the name of the motion compensation file.
 Enter the number of lines in the mocomp file & first one.
  Enter the patch size and the max reference fnc length.
  Enter the maximum Doppler error.
  Enter the doppler file name.
  Enter the wavelength and nominal azimuth pixel spacing
  Initial guess at number of patches =            1
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =   6.4025037E-02  6.4367019E-02  6.4031012E-02  6.3270546E-02
 Differences =   1.0161847E-04  4.4360012E-04  1.0759383E-04 -6.5287203E-04
  PATCH NUMER            2
 First line =        3493
 last black mod_64:          52       10240        3493        8192
  Averages =   6.4132616E-02  6.3454755E-02  6.3210778E-02  6.3154981E-02
 Differences =   6.4433366E-04 -3.3527613E-05 -2.7750432E-04 -3.3330172E-04

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.pp_2000                

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_p.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8031.110    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   -2.060000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.437000       1.037000    
   8.9000002E-02
  Receive leverarm x,y,z              =    1.437000       1.037000    
   8.9000002E-02



  Name of raw data file?
 /mnt/air118/airops/1381/p_hh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_p.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_p                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_p.hh_j                       
 *** ipol itop:           1           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ph                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0081999E-02
 reading motion compensation data
 WAYNE read motion compen   0.1872570    
 write parameters ...
 bw f0 fc fslp dt npts pul:   20.00000       1.250000       11.25000    
    2.000000      2.2222223E-02         450   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   20.00000       11.25000    
    45.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1388720    
 start range comp, time =      0.341

 WAYNE PREV  0.3464250    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909440         274877974976
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            2 by #            2
 ==w out           3       -1998
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            3 to            2 by #            3
 ==w out           3       -1998
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            3 to            2 by #            4
 ==w out           3       -1998
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            3 to            2 by #            5
 ==w out           3       -1998
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            3 to            2 by #            6
 ==w out           3       -1998
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            3 to            2 by #            7
 ==w out           3       -1998
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         2048        10239 patch#            2
  reference line:  6143     0.520 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    33.87886500358582    
 ATTN ifrq ipol ln           4           1       10239   13.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991818    
  shift in azimuth *fractional pixel=  -0.4991818       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.3420276641845703E-03
 WAYNE Motion comp. added to patch, time =    11.95360600948334    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8630027770996094E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    124.6222369670868    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7859960794448853    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   171.2520620822906    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.510 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    33.89412903785706    
 ATTN ifrq ipol ln           4           1        8192   13.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=  -0.4991591       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.3290338516235352E-03
 TESTING  0.0000000E+00  -13.13973       2.055122    
 WAYNE Motion comp. added to patch, time =    11.96860301494598    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8908977508544922E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.13973       2.055122    
 HEY,dt,fract,ye,pe  -0.4991591       1.000000      5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    125.9895830154419    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7801589965820313    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   172.6434959173203    
 ==w out           2        4195
            1     1613195           0
            2     1612586           0
            3     1612570           0
            4     1612434           0
            5     1612657           0
            6     1612683           0
            7     1612699           0
            8     1613238           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             0
 gather image from processor #            3
             0
 gather image from processor #            4
             0
 gather image from processor #            5
             0
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    1.5218973159790039E-02
 WAYNE LOOP TIME:     181.0410399436951    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_l.hh_j                       
 /mnt/air119/airops/1381/ts1381_l.mocomph                    
 /mnt/air119/airops/1381/ts1381_l.dop                        
 /mnt/air119/airops/1381/ts1381_l.glb                                2560
         8384
 update intf hdr ha:   6899.100    
 UPDATE:        2560        8384   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_l.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_l.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_l.glb                        
 /mnt/air119/airops/1381/ts1381_l.glb                                  36
 deskew line ra ha trc:   290.8788             565   7952.424    
    6899.100       90.98126    
  after deskew line ra ha trc:   290.8788             565   7952.424    
    6899.100       90.98126    
 lat1 lon1:         565   63.75608      -144.9816            8384
 last ra n_ns ns:   7952.424               0           1        8948
         8384
 lati loni:        8948   63.75611      -144.8839            8948           1
 center ra n_ns ns:   12212.77            1279        1279        4756
         8384
 lati loni:        4756   63.79451      -144.9279            4756        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_l.hh_j                       
 WAYNE FINAL PROCESS   181.3978079557419    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_l.hh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_l.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lh                           
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air118/airops/1381/deskew.ch                           
  Enter N_AZ, NA_VALID and the ratio of the pixel
  spacing of the file to line up to relative to the
  current pixel spacing.
         4096        2208   1.000000    
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_l.TT                         
  Name of the line output file?
 /mnt/air119/airops/1381/l_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.677163004875183    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          565   564.9080       1663.265     -0.4991591     -0.4991591    
 patch iptc,sj,dgj,dgi,id:           1        1055         565         565
            0
  half line dmj dgc:           0        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1055           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1054

         1055        3151           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3151         565         565
         2096
  half line dmj dgc:           1        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3151        1055
   Zeroing lines in arrays 
  Total # of output lines =            1        3150

 Processing block number            2
 DEBUG          560   559.7010       1657.409     -0.4991818     -0.4991818    
         3151        3097          -5         -49
 patch iptc,sj,dgj,dgi,id:           2        3097         560         565
          -49
  half line dmj dgc:           0        4048        1657         567
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        3150

         3151        5193           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5193         560         560
         2096
  half line dmj dgc:           1        4048        1657         567
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5193        3151
   Zeroing lines in arrays 
  Total # of output lines =            2        5192

 ia dmi dgi:        5193        1657         560
   Writing the last         3193 lines
 last half sj>s1        8386        5193        5192
 WAYNE done patche    23.70832693576813    
  Total # of output lines =         8385

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8385
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    23.79665601253510    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.hv00l                  

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_l.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    2.400000    
  Radar wavelength (m)                 =   0.2422600    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.7274000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =  -7.0571043E-02   1.677678    
    1.921095    
  Receive leverarm x,y,z              =  -5.5424944E-02   1.026312    
   2.6845539E-02



  Name of raw data file?
 /mnt/air118/airops/1381/l_hv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_l.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_l                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_l.hv_j                       
 *** ipol itop:           2           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lh                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0224998E-02
 reading motion compensation data
 WAYNE read motion compen   0.1870110    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1394180    
 start range comp, time =      0.347

 WAYNE PREV  0.3472500    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            2 by #            2
 ==w out           3       -1998
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            3 to            2 by #            3
 ==w out           3       -1998
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            3 to            2 by #            4
 ==w out           3       -1998
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            3 to            2 by #            5
 ==w out           3       -1998
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            3 to            2 by #            6
 ==w out           3       -1998
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            3 to            2 by #            7
 ==w out           3       -1998
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         2048        10239 patch#            2
  reference line:  6143     0.360 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    33.92783010005951    
 ATTN ifrq ipol ln           0           1       10239   10.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991818    
  shift in azimuth *fractional pixel=  -0.4991818       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.3929300308227539E-03
 WAYNE Motion comp. added to patch, time =    11.95972001552582    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8930435180664063E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    135.0723910331726    
  Writing         4192 lines of data to file
 WAYNE write output data    1.006983041763306    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   181.9782680273056    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.350 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    33.93150198459625    
 ATTN ifrq ipol ln           0           1        8192   10.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=  -0.4991591       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1059932708740234E-03
 TESTING  0.0000000E+00  -13.88325      0.2481277    
 WAYNE Motion comp. added to patch, time =    12.30120301246643    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.9090175628662109E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.88325      0.2481277    
 HEY,dt,fract,ye,pe  -0.4991591       1.000000      5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    135.2043809890747    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9852160215377808    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   182.4333729743958    
 ==w out           2        4195
            1     1612726           0
            2     1612970           0
            3     1609167           0
            4     1612704           0
            5     1612529           0
            6     1613095           0
            7     1612893           0
            8     1613021           0
 PROCESSING COMPLETED
 POINTER          274877909440         274877974976
 icnt =        8384kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             0
 gather image from processor #            3
             0
 gather image from processor #            4
             0
 gather image from processor #            5
             0
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    1.1126995086669922E-02
 WAYNE LOOP TIME:     190.6695970296860    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_p.hh_j                       
 /mnt/air119/airops/1381/ts1381_p.mocomph                    
 /mnt/air119/airops/1381/ts1381_p.dop                        
 /mnt/air119/airops/1381/ts1381_p.glb                                2560
         8384
 update intf hdr ha:   6899.100    
 UPDATE:        2560        8384   6.662100      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_p.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_p.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_p.glb                        
 /mnt/air119/airops/1381/ts1381_p.glb                                  36
 deskew line ra ha trc:   298.8881             581   8031.165    
    6899.100       90.98126    
  after deskew line ra ha trc:   298.8881             581   8031.165    
    6899.100       90.98126    
 lat1 lon1:         581   63.75747      -144.9814            8384
 last ra n_ns ns:   8031.165               0           1        8964
         8384
 lati loni:        8964   63.75753      -144.8835            8964           1
 center ra n_ns ns:   16551.99            1279        1279        4772
         8384
 lati loni:        4772   63.83435      -144.9258            4772        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_p.hh_j                       
 WAYNE FINAL PROCESS   191.0255310535431    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_p.hh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_p.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ph                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_p.hh                         
  Name of the line output file?
 /mnt/air119/airops/1381/p_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.716901898384094    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          580   580.4778       2575.941     -0.4991591     -0.4991591    
 patch iptc,sj,dgj,dgi,id:           1           1         580         580
            0
  half line dmj dgc:           0        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097         580         580
         2096
  half line dmj dgc:           1        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG          575   575.2625       2569.535     -0.4991818     -0.4991818    
         2097        2043          -5         -49
 patch iptc,sj,dgj,dgi,id:           2        2043         575         580
          -49
  half line dmj dgc:           0        4048        2569         580
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        2096

         2097        4139           0        2096
 patch iptc,sj,dgj,dgi,id:           2        4139         575         575
         2096
  half line dmj dgc:           1        4048        2569         580
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        4139        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        4138

 ia dmi dgi:        4139        2569         575
   Writing the last         4090 lines
 last half sj>s1        8229        4139        4138
 WAYNE done patche    15.12912797927856    
  Total # of output lines =         8228

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8228
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    15.20704090595245    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.pp_2000                

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_p.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8031.110    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   -2.060000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.437000       1.037000    
   8.9000002E-02
  Receive leverarm x,y,z              =    1.437000       1.037000    
   8.9000002E-02



  Name of raw data file?
 /mnt/air118/airops/1381/p_hv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_p.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_p                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_p.hv_j                       
 *** ipol itop:           2           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ph                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0320999E-02
 reading motion compensation data
 WAYNE read motion compen   0.1882960    
 write parameters ...
 bw f0 fc fslp dt npts pul:   20.00000       1.250000       11.25000    
    2.000000      2.2222223E-02         450   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   20.00000       11.25000    
    45.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1390220    
 start range comp, time =      0.343

 WAYNE PREV  0.3480210    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            2 by #            2
 ==w out           3       -1998
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            3 to            2 by #            3
 ==w out           3       -1998
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            3 to            2 by #            4
 ==w out           3       -1998
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            3 to            2 by #            5
 ==w out           3       -1998
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            3 to            2 by #            6
 ==w out           3       -1998
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            3 to            2 by #            7
 ==w out           3       -1998
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         2048        10239 patch#            2
  reference line:  6143     0.591 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.14041602611542    
 ATTN ifrq ipol ln           4           2       10239   13.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991818    
  shift in azimuth *fractional pixel=  -0.4991818       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.7829828262329102E-03
 WAYNE Motion comp. added to patch, time =    12.46186006069183    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9739866256713867E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    142.4776319265366    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7579070329666138    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   189.8497080802917    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.578 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    34.08588004112244    
 ATTN ifrq ipol ln           4           2        8192   13.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=  -0.4991591       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5129737854003906E-03
 TESTING  7.5730495E-03  -13.46541       1.107997    
 WAYNE Motion comp. added to patch, time =    12.51266992092133    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9879341125488281E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  7.5730495E-03  -13.46541       1.107997    
 HEY,dt,fract,ye,pe  -0.4991591       1.000000      5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    143.8183039426804    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7761840820312500    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   191.2045960426331    
 ==w out           2        4195
            1     1613387           0
            2     1612850           0
            3     1613106           0
            4     1612849           0
            5     1612763           0
            6     1612859           0
            7     1611851           0
            8     1613363           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             0
 gather image from processor #            3
             0
 gather image from processor #            4
             0
 gather image from processor #            5
             0
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    0.1076279878616333    
 WAYNE LOOP TIME:     199.7656199932098    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_l.hv_j                       
 /mnt/air119/airops/1381/ts1381_l.mocomph                    
 /mnt/air119/airops/1381/ts1381_l.dop                        
 /mnt/air119/airops/1381/ts1381_l.glb                                2560
         8384
 update intf hdr ha:   6899.100    
 UPDATE:        2560        8384   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_l.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_l.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_l.glb                        
 /mnt/air119/airops/1381/ts1381_l.glb                                  36
 deskew line ra ha trc:   290.8788             565   7952.424    
    6899.100       90.98126    
  after deskew line ra ha trc:   290.8788             565   7952.424    
    6899.100       90.98126    
 lat1 lon1:         565   63.75608      -144.9816            8384
 last ra n_ns ns:   7952.424               0           1        8948
         8384
 lati loni:        8948   63.75611      -144.8839            8948           1
 center ra n_ns ns:   12212.77            1279        1279        4756
         8384
 lati loni:        4756   63.79451      -144.9279            4756        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_l.hv_j                       
 WAYNE FINAL PROCESS   200.1997659206390    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_l.hv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_l.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lh                           
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air118/airops/1381/deskew.ch                           
  Enter N_AZ, NA_VALID and the ratio of the pixel
  spacing of the file to line up to relative to the
  current pixel spacing.
         4096        2208   1.000000    
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_l.TB                         
  Name of the line output file?
 /mnt/air119/airops/1381/l_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.955432057380676    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          565   564.8932       1663.250     -0.4991591     -0.4991591    
 patch iptc,sj,dgj,dgi,id:           1        1055         565         565
            0
  half line dmj dgc:           0        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1055           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1054

         1055        3151           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3151         565         565
         2096
  half line dmj dgc:           1        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3151        1055
   Zeroing lines in arrays 
  Total # of output lines =            1        3150

 Processing block number            2
 DEBUG          560   559.6863       1657.394     -0.4991818     -0.4991818    
         3151        3097          -5         -49
 patch iptc,sj,dgj,dgi,id:           2        3097         560         565
          -49
  half line dmj dgc:           0        4048        1657         567
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        3150

         3151        5193           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5193         560         560
         2096
  half line dmj dgc:           1        4048        1657         567
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5193        3151
   Zeroing lines in arrays 
  Total # of output lines =            2        5192

 ia dmi dgi:        5193        1657         560
   Writing the last         3193 lines
 last half sj>s1        8386        5193        5192
 WAYNE done patche    18.24605298042297    
  Total # of output lines =         8385

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8385
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    18.33119797706604    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.vh00l                  

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_l.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    2.400000    
  Radar wavelength (m)                 =   0.2422600    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.7274000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =  -5.5424944E-02   1.026312    
   2.6845539E-02
  Receive leverarm x,y,z              =  -7.0571043E-02   1.677678    
    1.921095    



  Name of raw data file?
 /mnt/air118/airops/1381/l_vh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_l.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_l                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_l.vh_j                       
 *** ipol itop:           3           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0350000E-02
 reading motion compensation data
 WAYNE read motion compen   0.1866810    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1386320    
 start range comp, time =      0.387

 WAYNE PREV  0.3463410    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            2 by #            2
 ==w out           3       -1998
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            3 to            2 by #            3
 ==w out           3       -1998
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            3 to            2 by #            4
 ==w out           3       -1998
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            3 to            2 by #            5
 ==w out           3       -1998
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            3 to            2 by #            6
 ==w out           3       -1998
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            3 to            2 by #            7
 ==w out           3       -1998
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         2048        10239 patch#            2
  reference line:  6143     0.545 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.01650905609131    
 ATTN ifrq ipol ln           0           2       10239   6.000000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991818    
  shift in azimuth *fractional pixel=  -0.4991818       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5109472274780273E-03
 WAYNE Motion comp. added to patch, time =    11.94411909580231    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9390583038330078E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    133.0217549800873    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8554430007934570    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   179.8493670225143    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.529 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    34.00518000125885    
 ATTN ifrq ipol ln           0           2        8192   6.000000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=  -0.4991591       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1219673156738281E-03
 TESTING  0.0000000E+00  -13.88325      0.2481277    
 WAYNE Motion comp. added to patch, time =    11.93238890171051    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9320249557495117E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.88325      0.2481277    
 HEY,dt,fract,ye,pe  -0.4991591       1.000000      5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    133.8255289793015    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8614571094512939    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   180.6356010437012    
 ==w out           2        4195
            1     1611586           0
            2     1608087           0
            3     1613107           0
            4     1612936           0
            5     1612731           0
            6     1612220           0
            7     1612478           0
            8     1612757           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             0
 gather image from processor #            3
             0
 gather image from processor #            4
             0
 gather image from processor #            5
             0
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    5.0098896026611328E-03
 WAYNE LOOP TIME:     189.0454308986664    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_p.hv_j                       
 /mnt/air119/airops/1381/ts1381_p.mocomph                    
 /mnt/air119/airops/1381/ts1381_p.dop                        
 /mnt/air119/airops/1381/ts1381_p.glb                                2560
         8384
 update intf hdr ha:   6899.100    
 UPDATE:        2560        8384   6.662100      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_p.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_p.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_p.glb                        
 /mnt/air119/airops/1381/ts1381_p.glb                                  36
 deskew line ra ha trc:   298.8881             581   8031.165    
    6899.100       90.98126    
  after deskew line ra ha trc:   298.8881             581   8031.165    
    6899.100       90.98126    
 lat1 lon1:         581   63.75747      -144.9814            8384
 last ra n_ns ns:   8031.165               0           1        8964
         8384
 lati loni:        8964   63.75753      -144.8835            8964           1
 center ra n_ns ns:   16551.99            1279        1279        4772
         8384
 lati loni:        4772   63.83435      -144.9258            4772        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_p.hv_j                       
 WAYNE FINAL PROCESS   189.3946700096130    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_p.hv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_p.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ph                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_p.hv                         
  Name of the line output file?
 /mnt/air119/airops/1381/p_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.939631938934326    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          580   580.4778       2575.941     -0.4991591     -0.4991591    
 patch iptc,sj,dgj,dgi,id:           1           1         580         580
            0
  half line dmj dgc:           0        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097         580         580
         2096
  half line dmj dgc:           1        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG          575   575.2625       2569.535     -0.4991818     -0.4991818    
         2097        2043          -5         -49
 patch iptc,sj,dgj,dgi,id:           2        2043         575         580
          -49
  half line dmj dgc:           0        4048        2569         580
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        2096

         2097        4139           0        2096
 patch iptc,sj,dgj,dgi,id:           2        4139         575         575
         2096
  half line dmj dgc:           1        4048        2569         580
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        4139        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        4138

 ia dmi dgi:        4139        2569         575
   Writing the last         4090 lines
 last half sj>s1        8229        4139        4138
 WAYNE done patche    18.25148093700409    
  Total # of output lines =         8228

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8228
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    18.32406795024872    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.pp_2000                

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_p.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8031.110    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   -2.060000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.437000       1.037000    
   8.9000002E-02
  Receive leverarm x,y,z              =    1.437000       1.037000    
   8.9000002E-02



  Name of raw data file?
 /mnt/air118/airops/1381/p_vh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_p.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_p                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_p.vh_j                       
 *** ipol itop:           3           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.pv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0044999E-02
 reading motion compensation data
 WAYNE read motion compen   0.1866110    
 write parameters ...
 bw f0 fc fslp dt npts pul:   20.00000       1.250000       11.25000    
    2.000000      2.2222223E-02         450   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   20.00000       11.25000    
    45.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1381220    
 start range comp, time =      0.351

 WAYNE PREV  0.3447140    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            2 by #            2
 ==w out           3       -1998
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            3 to            2 by #            3
 ==w out           3       -1998
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            3 to            2 by #            4
 ==w out           3       -1998
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            3 to            2 by #            5
 ==w out           3       -1998
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            3 to            2 by #            6
 ==w out           3       -1998
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            3 to            2 by #            7
 ==w out           3       -1998
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         2048        10239 patch#            2
  reference line:  6143     0.582 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.17707896232605    
 ATTN ifrq ipol ln           4           3       10239   13.00000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   8.8090896606445313E-03
 WAYNE Motion comp. added to patch, time =    12.48583602905273    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9530057907104492E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    140.1849299669266    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7265650033950806    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   187.5863850116730    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.571 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    34.03655290603638    
 ATTN ifrq ipol ln           4           3        8192   13.00000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.3159208297729492E-03
 TESTING -7.5730495E-03  -13.48199       1.114187    
 WAYNE Motion comp. added to patch, time =    12.53539001941681    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.9429922103881836E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10 -7.5730495E-03  -13.48199       1.114187    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    141.5146249532700    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7986240386962891    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   188.8964940309525    
 ==w out           2        4195
            1     1612780           0
            2     1612900           0
            3     1612692           0
            4     1613211           0
            5     1612774           0
            6     1607672           0
            7     1613381           0
            8     1612648           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             0
 gather image from processor #            3
             0
 gather image from processor #            4
             0
 gather image from processor #            5
             0
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    1.2894988059997559E-02
 WAYNE LOOP TIME:     197.3201569318771    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_l.vh_j                       
 /mnt/air119/airops/1381/ts1381_l.mocompv                    
 /mnt/air119/airops/1381/ts1381_l.dop                        
 /mnt/air119/airops/1381/ts1381_l.glb                                2560
         8384
 update intf hdr ha:   6899.100    
 UPDATE:        2560        8384   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_l.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_l.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_l.glb                        
 /mnt/air119/airops/1381/ts1381_l.glb                                  36
 deskew line ra ha trc:   290.8788             565   7952.424    
    6899.100       90.98126    
  after deskew line ra ha trc:   290.8788             565   7952.424    
    6899.100       90.98126    
 lat1 lon1:         565   63.75608      -144.9816            8384
 last ra n_ns ns:   7952.424               0           1        8948
         8384
 lati loni:        8948   63.75611      -144.8839            8948           1
 center ra n_ns ns:   12212.77            1279        1279        4756
         8384
 lati loni:        4756   63.79451      -144.9279            4756        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_l.vh_j                       
 WAYNE FINAL PROCESS   197.7413960695267    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_l.vh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_l.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lv                           
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air118/airops/1381/deskew.ch                           
  Enter N_AZ, NA_VALID and the ratio of the pixel
  spacing of the file to line up to relative to the
  current pixel spacing.
         4096        2208   1.000000    
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_l.BT                         
  Name of the line output file?
 /mnt/air119/airops/1381/l_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.101428985595703    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          565   565.4218       1663.779      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1055         565         565
            0
  half line dmj dgc:           0        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1055           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1054

         1055        3151           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3151         565         565
         2096
  half line dmj dgc:           1        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3151        1055
   Zeroing lines in arrays 
  Total # of output lines =            1        3150

 Processing block number            2
 DEBUG          560   560.2150       1657.923      0.0000000E+00  0.0000000E+00
         3151        3097          -5         -49
 patch iptc,sj,dgj,dgi,id:           2        3097         560         565
          -49
  half line dmj dgc:           0        4048        1657         567
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        3150

         3151        5193           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5193         560         560
         2096
  half line dmj dgc:           1        4048        1657         567
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5193        3151
   Zeroing lines in arrays 
  Total # of output lines =            2        5192

 ia dmi dgi:        5193        1657         560
   Writing the last         3193 lines
 last half sj>s1        8386        5193        5192
 WAYNE done patche    18.53790104389191    
  Total # of output lines =         8385

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8385
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    18.61510396003723    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.vv00l                  

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_l.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    2.400000    
  Radar wavelength (m)                 =   0.2422600    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.9000000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =  -5.5424944E-02   1.026312    
   2.6845539E-02
  Receive leverarm x,y,z              =  -5.5424944E-02   1.026312    
   2.6845539E-02



  Name of raw data file?
 /mnt/air118/airops/1381/l_vv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_l.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_l                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_l.vv_j                       
 *** ipol itop:           4           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lv                           
 WAYNE init fft, calc slant range, load unpack, interpo   8.8299960E-03
 reading motion compensation data
 WAYNE read motion compen   0.1814170    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1396680    
 start range comp, time =      0.343

 WAYNE PREV  0.3386530    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            2 by #            2
 ==w out           3       -1998
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            3 to            2 by #            3
 ==w out           3       -1998
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            3 to            2 by #            4
 ==w out           3       -1998
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            3 to            2 by #            5
 ==w out           3       -1998
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            3 to            2 by #            6
 ==w out           3       -1998
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            3 to            2 by #            7
 ==w out           3       -1998
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         2048        10239 patch#            2
  reference line:  6143     0.517 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    33.73661398887634    
 ATTN ifrq ipol ln           0           3       10239   4.000000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   8.1949234008789063E-03
 WAYNE Motion comp. added to patch, time =    11.88289093971252    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8739700317382813E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    124.2834420204163    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7573189735412598    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   170.6715149879456    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.504 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    33.92680501937866    
 ATTN ifrq ipol ln           0           3        8192   4.000000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.2069635391235352E-03
 TESTING  0.0000000E+00  -13.88335      0.2481865    
 WAYNE Motion comp. added to patch, time =    11.80285596847534    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8550157546997070E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.88335      0.2481865    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    130.3672460317612    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8729660511016846    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   176.9808529615402    
 ==w out           2        4195
            1     1612947           0
            2     1612915           0
            3     1612449           0
            4     1612972           0
            5     1613341           0
            6     1613271           0
            7     1613169           0
            8     1613093           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             0
 gather image from processor #            3
             0
 gather image from processor #            4
             0
 gather image from processor #            5
             0
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    1.6149044036865234E-02
 WAYNE LOOP TIME:     185.3642749786377    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_p.vh_j                       
 /mnt/air119/airops/1381/ts1381_p.mocompv                    
 /mnt/air119/airops/1381/ts1381_p.dop                        
 /mnt/air119/airops/1381/ts1381_p.glb                                2560
         8384
 update intf hdr ha:   6899.100    
 UPDATE:        2560        8384   6.662100      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_p.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_p.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_p.glb                        
 /mnt/air119/airops/1381/ts1381_p.glb                                  36
 deskew line ra ha trc:   298.8881             581   8031.165    
    6899.100       90.98126    
  after deskew line ra ha trc:   298.8881             581   8031.165    
    6899.100       90.98126    
 lat1 lon1:         581   63.75747      -144.9814            8384
 last ra n_ns ns:   8031.165               0           1        8964
         8384
 lati loni:        8964   63.75753      -144.8835            8964           1
 center ra n_ns ns:   16551.99            1279        1279        4772
         8384
 lati loni:        4772   63.83435      -144.9258            4772        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_p.vh_j                       
 WAYNE FINAL PROCESS   185.7219959497452    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_p.vh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_p.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.pv                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_p.vh                         
  Name of the line output file?
 /mnt/air119/airops/1381/p_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.003075957298279    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          580   580.9769       2576.441      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         580         580
            0
  half line dmj dgc:           0        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097         580         580
         2096
  half line dmj dgc:           1        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG          575   575.7617       2570.034      0.0000000E+00  0.0000000E+00
         2097        2043          -5         -49
 patch iptc,sj,dgj,dgi,id:           2        2043         575         580
          -49
  half line dmj dgc:           0        4048        2569         580
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        2096

         2097        4139           0        2096
 patch iptc,sj,dgj,dgi,id:           2        4139         575         575
         2096
  half line dmj dgc:           1        4048        2569         580
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        4139        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        4138

 ia dmi dgi:        4139        2569         575
   Writing the last         4090 lines
 last half sj>s1        8229        4139        4138
 WAYNE done patche    14.77775895595551    
  Total # of output lines =         8228

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8228
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    14.85933697223663    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor_setup.pp_2000                

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_p.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        10240 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8031.110    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   -2.060000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.437000       1.037000    
   8.9000002E-02
  Receive leverarm x,y,z              =    1.437000       1.037000    
   8.9000002E-02



  Name of raw data file?
 /mnt/air118/airops/1381/p_vv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_p.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_p                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_p.vv_j                       
 *** ipol itop:           4           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.pv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0182999E-02
 reading motion compensation data
 WAYNE read motion compen   0.1856500    
 write parameters ...
 bw f0 fc fslp dt npts pul:   20.00000       1.250000       11.25000    
    2.000000      2.2222223E-02         450   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   20.00000       11.25000    
    45.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.1373110    
 start range comp, time =      0.337

 WAYNE PREV  0.3432840    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            3 to            2 by #            2
 ==w out           3       -1998
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            3 to            2 by #            3
 ==w out           3       -1998
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            3 to            2 by #            4
 ==w out           3       -1998
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            3 to            2 by #            5
 ==w out           3       -1998
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            3 to            2 by #            6
 ==w out           3       -1998
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing            3 to            2 by #            7
 ==w out           3       -1998
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.531 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    33.82190501689911    
 ATTN ifrq ipol ln           4           4        8192   13.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.0670118331909180E-03
 TESTING  0.0000000E+00  -13.80768      0.1670621    
 WAYNE Motion comp. added to patch, time =    11.93823599815369    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8899440765380859E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.80768      0.1670621    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    130.9861850738525    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8962830305099487    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   177.6534000635147    
 ==w out           2        4195
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         2048        10239 patch#            2
  reference line:  6143     0.544 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.26349902153015    
 ATTN ifrq ipol ln           4           4       10239   13.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   8.9139938354492188E-03
 WAYNE Motion comp. added to patch, time =    12.76934301853180    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0419359207153320E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    150.4270060062408    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7451139688491821    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   198.2172449827194    
 ==w out           3        4195
            1     1613143           0
            2     1613083           0
            3     1613134           0
            4     1613119           0
            5     1613117           0
            6     1612848           0
            7     1612829           0
            8     1612827           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             0
 gather image from processor #            3
             0
 gather image from processor #            4
             0
 gather image from processor #            5
             0
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    2.7773022651672363E-02
 WAYNE LOOP TIME:     206.6894190311432    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_l.vv_j                       
 /mnt/air119/airops/1381/ts1381_l.mocompv                    
 /mnt/air119/airops/1381/ts1381_l.dop                        
 /mnt/air119/airops/1381/ts1381_l.glb                                2560
         8384
 update intf hdr ha:   6899.100    
 UPDATE:        2560        8384   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_l.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_l.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_l.glb                        
 /mnt/air119/airops/1381/ts1381_l.glb                                  36
 deskew line ra ha trc:   290.8788             565   7952.424    
    6899.100       90.98126    
  after deskew line ra ha trc:   290.8788             565   7952.424    
    6899.100       90.98126    
 lat1 lon1:         565   63.75608      -144.9816            8384
 last ra n_ns ns:   7952.424               0           1        8948
         8384
 lati loni:        8948   63.75611      -144.8839            8948           1
 center ra n_ns ns:   12212.77            1279        1279        4756
         8384
 lati loni:        4756   63.79451      -144.9279            4756        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_l.vv_j                       
 WAYNE FINAL PROCESS   207.0545510053635    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_l.vv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_l.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lv                           
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air118/airops/1381/deskew.ch                           
  Enter N_AZ, NA_VALID and the ratio of the pixel
  spacing of the file to line up to relative to the
  current pixel spacing.
         4096        2208   1.000000    
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_l.BB                         
  Name of the line output file?
 /mnt/air119/airops/1381/l_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.801012992858887    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          565   565.4071       1663.764      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1055         565         565
            0
  half line dmj dgc:           0        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1055           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1054

         1055        3151           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3151         565         565
         2096
  half line dmj dgc:           1        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3151        1055
   Zeroing lines in arrays 
  Total # of output lines =            1        3150

 Processing block number            2
 DEBUG          560   560.2003       1657.908      0.0000000E+00  0.0000000E+00
         3151        3097          -5         -49
 patch iptc,sj,dgj,dgi,id:           2        3097         560         565
          -49
  half line dmj dgc:           0        4048        1657         567
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        3150

         3151        5193           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5193         560         560
         2096
  half line dmj dgc:           1        4048        1657         567
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5193        3151
   Zeroing lines in arrays 
  Total # of output lines =            2        5192

 ia dmi dgi:        5193        1657         560
   Writing the last         3193 lines
 last half sj>s1        8386        5193        5192
 WAYNE done patche    15.11957299709320    
  Total # of output lines =         8385

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8385
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    15.19409298896790    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9695490       71.49557    
     146    -0.031    3046     0.094   71.49557   0.000017   0.000060  -0.000003
 r_peak,r_snr =   0.9779058       53.60061    
     246    -0.031    3046     0.094   53.60061   0.000013   0.000050  -0.000003
 r_peak,r_snr =   0.9661072       99.13113    
     346    -0.031    3046     0.063   99.13113   0.000017   0.000060  -0.000001
 r_peak,r_snr =   0.9792776       95.43348    
     446    -0.031    3046     0.063   95.43348   0.000010   0.000041  -0.000001
 r_peak,r_snr =   0.9674531       99.08260    
     546    -0.031    3046     0.063   99.08260   0.000016   0.000062  -0.000004
 r_peak,r_snr =   0.9637634       91.18732    
     646    -0.031    3046     0.031   91.18732   0.000018   0.000072  -0.000003
 r_peak,r_snr =   0.9777868       86.47069    
     746    -0.031    3046     0.031   86.47069   0.000012   0.000041  -0.000002
 r_peak,r_snr =   0.9741765       100.0757    
     846    -0.031    3046     0.031  100.07568   0.000012   0.000046  -0.000003
 r_peak,r_snr =   0.9849531       81.81361    
     946    -0.031    3046     0.031   81.81361   0.000008   0.000029  -0.000002
 r_peak,r_snr =   0.9840000       74.74203    
    1046    -0.031    3046     0.031   74.74203   0.000009   0.000030  -0.000002
 r_peak,r_snr =   0.9738399       87.73926    
    1146    -0.031    3046     0.063   87.73926   0.000014   0.000052  -0.000001
 r_peak,r_snr =   0.9767588       73.59835    
    1246    -0.031    3046     0.031   73.59835   0.000012   0.000046  -0.000002
 r_peak,r_snr =   0.9799170       85.49986    
    1346    -0.031    3046     0.031   85.49986   0.000010   0.000042  -0.000002
 r_peak,r_snr =   0.9777479       88.25323    
    1446    -0.031    3046     0.000   88.25323   0.000011   0.000044  -0.000002
 r_peak,r_snr =   0.9754570       94.27484    
    1546    -0.031    3046     0.000   94.27484   0.000013   0.000045  -0.000002
 r_peak,r_snr =   0.9827462       39.82915    
    1646    -0.031    3046     0.000   39.82915   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9737293       98.96525    
    1746    -0.031    3046     0.031   98.96525   0.000013   0.000050  -0.000002
 r_peak,r_snr =   0.9563804       49.91333    
    1846    -0.031    3046     0.000   49.91333   0.000024   0.000086  -0.000004
 r_peak,r_snr =   0.9799268       113.8562    
    1946    -0.031    3046     0.000  113.85616   0.000009   0.000034  -0.000002
 r_peak,r_snr =   0.9508089       73.74687    
    2046    -0.063    3046     0.000   73.74687   0.000027   0.000093  -0.000002
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9777985       30.72121    
     146    -0.031    3446     0.094   30.72121   0.000014   0.000056  -0.000003
 r_peak,r_snr =   0.9778481       84.52897    
     246    -0.031    3446     0.094   84.52897   0.000011   0.000047  -0.000001
 r_peak,r_snr =   0.9715200       109.1579    
     346    -0.031    3446     0.063  109.15794   0.000013   0.000051  -0.000001
 r_peak,r_snr =   0.9761518       88.29675    
     446    -0.031    3446     0.063   88.29675   0.000012   0.000044  -0.000001
 r_peak,r_snr =   0.9741926       65.07906    
     546    -0.031    3446     0.063   65.07906   0.000013   0.000044  -0.000001
 r_peak,r_snr =   0.9615258       101.4801    
     646    -0.031    3446     0.063  101.48009   0.000018   0.000069  -0.000002
 r_peak,r_snr =   0.9674457       106.3949    
     746    -0.031    3446     0.031  106.39486   0.000016   0.000057  -0.000002
 r_peak,r_snr =   0.9700466       93.08464    
     846    -0.031    3446     0.063   93.08464   0.000016   0.000054  -0.000002
 r_peak,r_snr =   0.9847327       79.44817    
     946    -0.031    3446     0.063   79.44817   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9789944       97.91206    
    1046    -0.031    3446     0.031   97.91206   0.000010   0.000038  -0.000002
 r_peak,r_snr =   0.9824709       49.46268    
    1146    -0.031    3446     0.031   49.46268   0.000009   0.000038  -0.000001
 r_peak,r_snr =   0.9630577       87.61246    
    1246    -0.031    3446     0.031   87.61246   0.000019   0.000070  -0.000003
 r_peak,r_snr =   0.9845953       25.13034    
    1346    -0.031    3446     0.063   25.13034   0.000011   0.000037  -0.000002
 r_peak,r_snr =   0.9783597       99.08107    
    1446    -0.031    3446     0.031   99.08107   0.000011   0.000041  -0.000001
 r_peak,r_snr =   0.9798331       90.12206    
    1546    -0.031    3446     0.000   90.12206   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9785210       46.52157    
    1646    -0.031    3446     0.031   46.52157   0.000012   0.000049  -0.000001
 r_peak,r_snr =   0.9664581       104.5304    
    1746    -0.031    3446     0.000  104.53042   0.000017   0.000059  -0.000002
 r_peak,r_snr =   0.9594839       63.75516    
    1846    -0.031    3446    -0.031   63.75516   0.000023   0.000079  -0.000003
 r_peak,r_snr =   0.9704954       95.05152    
    1946    -0.063    3446     0.000   95.05152   0.000014   0.000052  -0.000003
 r_peak,r_snr =   0.9414538       101.0040    
    2046    -0.031    3446     0.000  101.00398   0.000030   0.000109  -0.000003
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9791451       88.85839    
     146    -0.031    3846     0.125   88.85839   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9834464       34.73743    
     246    -0.031    3846     0.063   34.73743   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9790082       79.00120    
     346    -0.031    3846     0.031   79.00120   0.000011   0.000039   0.000000
 r_peak,r_snr =   0.9774333       84.48829    
     446    -0.031    3846     0.031   84.48829   0.000012   0.000041   0.000000
 r_peak,r_snr =   0.9751187       108.8906    
     546    -0.031    3846     0.094  108.89063   0.000012   0.000043  -0.000002
 r_peak,r_snr =   0.9700788       83.52628    
     646    -0.031    3846     0.063   83.52628   0.000016   0.000054  -0.000003
 r_peak,r_snr =   0.9752091       46.36703    
     746    -0.031    3846     0.031   46.36703   0.000014   0.000056  -0.000002
 r_peak,r_snr =   0.9750814       62.25536    
     846    -0.031    3846     0.031   62.25536   0.000014   0.000047  -0.000003
 r_peak,r_snr =   0.9768950       74.91718    
     946    -0.031    3846     0.031   74.91718   0.000012   0.000045  -0.000002
 r_peak,r_snr =   0.9813285       96.16400    
    1046    -0.031    3846     0.031   96.16400   0.000009   0.000035  -0.000002
 r_peak,r_snr =   0.9850103       61.08369    
    1146    -0.031    3846     0.000   61.08369   0.000009   0.000030   0.000000
 r_peak,r_snr =   0.9714510       113.0384    
    1246    -0.031    3846     0.063  113.03836   0.000014   0.000048  -0.000001
 r_peak,r_snr =   0.9650036       93.57288    
    1346    -0.031    3846     0.000   93.57288   0.000017   0.000068  -0.000002
 r_peak,r_snr =   0.9856187       36.88141    
    1446    -0.031    3846     0.031   36.88141   0.000008   0.000030  -0.000001
 r_peak,r_snr =   0.9828199       66.64398    
    1546    -0.031    3846     0.000   66.64398   0.000010   0.000035  -0.000001
 r_peak,r_snr =   0.9797372       86.74290    
    1646    -0.031    3846     0.000   86.74290   0.000010   0.000038   0.000000
 r_peak,r_snr =   0.9745113       33.08961    
    1746    -0.031    3846     0.000   33.08961   0.000014   0.000055  -0.000001
 r_peak,r_snr =   0.9638658       99.00551    
    1846    -0.031    3846     0.031   99.00551   0.000018   0.000066  -0.000003
 r_peak,r_snr =   0.9570621       23.01781    
    1946    -0.031    3846    -0.031   23.01781   0.000025   0.000092  -0.000002
 r_peak,r_snr =   0.9152417       104.2406    
    2046    -0.031    3846     0.031  104.24065   0.000044   0.000185  -0.000006
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9811024       71.39087    
     146     0.000    4246     0.094   71.39087   0.000010   0.000038  -0.000002
 r_peak,r_snr =   0.9743878       60.01107    
     246    -0.031    4246     0.094   60.01107   0.000014   0.000049   0.000000
 r_peak,r_snr =   0.9731500       113.4813    
     346    -0.031    4246     0.094  113.48130   0.000013   0.000046  -0.000002
 r_peak,r_snr =   0.9808620       66.74157    
     446    -0.031    4246     0.063   66.74157   0.000010   0.000039  -0.000001
 r_peak,r_snr =   0.9801012       45.71136    
     546    -0.031    4246     0.031   45.71136   0.000011   0.000041  -0.000002
 r_peak,r_snr =   0.9658988       85.73462    
     646    -0.031    4246     0.063   85.73462   0.000017   0.000069  -0.000002
 r_peak,r_snr =   0.9639467       101.7959    
     746    -0.031    4246     0.031  101.79591   0.000017   0.000064  -0.000002
 r_peak,r_snr =   0.9647045       108.6592    
     846    -0.031    4246     0.031  108.65917   0.000016   0.000065  -0.000002
 r_peak,r_snr =   0.9787257       26.41422    
     946    -0.031    4246     0.031   26.41422   0.000013   0.000054  -0.000002
 r_peak,r_snr =   0.9854263       84.91830    
    1046    -0.031    4246     0.031   84.91830   0.000007   0.000029  -0.000001
 r_peak,r_snr =   0.9828201       77.57485    
    1146    -0.031    4246     0.063   77.57485   0.000009   0.000035   0.000000
 r_peak,r_snr =   0.9718342       96.41922    
    1246    -0.031    4246     0.031   96.41922   0.000014   0.000049  -0.000002
 r_peak,r_snr =   0.9706853       80.58665    
    1346    -0.031    4246     0.031   80.58665   0.000016   0.000055  -0.000003
 r_peak,r_snr =   0.9875738       18.41685    
    1446    -0.031    4246     0.000   18.41685   0.000008   0.000033  -0.000001
 r_peak,r_snr =   0.9858156       47.89141    
    1546    -0.031    4246     0.000   47.89141   0.000009   0.000031  -0.000002
 r_peak,r_snr =   0.9837750       72.75022    
    1646    -0.031    4246     0.000   72.75022   0.000009   0.000038  -0.000001
 r_peak,r_snr =   0.9538544       101.1956    
    1746    -0.031    4246     0.031  101.19558   0.000024   0.000083  -0.000003
 r_peak,r_snr =   0.9716081       73.27127    
    1846    -0.031    4246     0.000   73.27127   0.000014   0.000056  -0.000003
 r_peak,r_snr =   0.9694703       87.32719    
    1946    -0.063    4246     0.000   87.32719   0.000016   0.000063  -0.000002
 r_peak,r_snr =   0.9760154       94.99992    
    2046    -0.063    4246    -0.031   94.99992   0.000012   0.000045  -0.000001
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9751078       63.76618    
     146    -0.031    4646     0.063   63.76618   0.000013   0.000044  -0.000001
 r_peak,r_snr =   0.9655532       104.6692    
     246     0.000    4646     0.094  104.66921   0.000017   0.000058  -0.000001
 r_peak,r_snr =   0.9759637       70.06033    
     346    -0.031    4646     0.094   70.06033   0.000011   0.000048  -0.000002
 r_peak,r_snr =   0.9812954       79.69940    
     446    -0.031    4646     0.063   79.69940   0.000009   0.000043  -0.000002
 r_peak,r_snr =   0.9702502       81.01694    
     546    -0.031    4646     0.063   81.01694   0.000015   0.000060  -0.000002
 r_peak,r_snr =   0.9734478       84.83299    
     646    -0.031    4646     0.031   84.83299   0.000013   0.000049  -0.000001
 r_peak,r_snr =   0.9724532       91.68654    
     746    -0.031    4646     0.000   91.68654   0.000014   0.000054   0.000000
 r_peak,r_snr =   0.9677659       93.27274    
     846    -0.031    4646     0.063   93.27274   0.000016   0.000060  -0.000002
 r_peak,r_snr =   0.9658185       45.08678    
     946    -0.063    4646     0.031   45.08678   0.000021   0.000074  -0.000002
 r_peak,r_snr =   0.9844207       67.10646    
    1046    -0.031    4646     0.000   67.10646   0.000009   0.000029  -0.000001
 r_peak,r_snr =   0.9812895       77.76885    
    1146    -0.031    4646     0.031   77.76885   0.000010   0.000036  -0.000002
 r_peak,r_snr =   0.9814950       28.93249    
    1246    -0.031    4646     0.031   28.93249   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9734929       85.01871    
    1346    -0.031    4646     0.063   85.01871   0.000014   0.000050  -0.000002
 r_peak,r_snr =   0.9704290       75.04410    
    1446    -0.031    4646     0.000   75.04410   0.000016   0.000062  -0.000002
 r_peak,r_snr =   0.9833522       24.29310    
    1546    -0.063    4646     0.000   24.29310   0.000012   0.000046  -0.000001
 r_peak,r_snr =   0.9872628       90.67581    
    1646    -0.031    4646     0.031   90.67581   0.000007   0.000024  -0.000001
 r_peak,r_snr =   0.9784694       48.41839    
    1746    -0.031    4646     0.031   48.41839   0.000011   0.000045  -0.000002
 r_peak,r_snr =   0.9702013       109.6085    
    1846    -0.063    4646     0.031  109.60854   0.000015   0.000049  -0.000003
 r_peak,r_snr =   0.9728999       92.72379    
    1946    -0.031    4646     0.031   92.72379   0.000013   0.000055  -0.000001
 r_peak,r_snr =   0.9758571       102.5112    
    2046    -0.063    4646     0.000  102.51121   0.000012   0.000044  -0.000002
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9764822       63.17743    
     146    -0.031    5046     0.094   63.17743   0.000012   0.000046  -0.000002
 r_peak,r_snr =   0.9756238       68.67662    
     246    -0.031    5046     0.063   68.67662   0.000013   0.000051  -0.000002
 r_peak,r_snr =   0.9811256       54.83911    
     346    -0.031    5046     0.063   54.83911   0.000011   0.000037  -0.000002
 r_peak,r_snr =   0.9760863       84.63947    
     446    -0.031    5046     0.063   84.63947   0.000012   0.000046  -0.000002
 r_peak,r_snr =   0.9727058       64.41201    
     546    -0.031    5046     0.031   64.41201   0.000015   0.000051  -0.000003
 r_peak,r_snr =   0.9740770       104.0438    
     646    -0.031    5046     0.063  104.04385   0.000012   0.000047  -0.000002
 r_peak,r_snr =   0.9749119       85.18951    
     746    -0.031    5046     0.031   85.18951   0.000013   0.000048  -0.000001
 r_peak,r_snr =   0.9729008       57.91129    
     846    -0.031    5046     0.000   57.91129   0.000015   0.000056  -0.000002
 r_peak,r_snr =   0.9643847       69.51049    
     946    -0.031    5046     0.031   69.51049   0.000020   0.000070  -0.000001
 r_peak,r_snr =   0.9837914       63.05206    
    1046    -0.031    5046     0.031   63.05206   0.000009   0.000034  -0.000002
 r_peak,r_snr =   0.9834766       66.05605    
    1146    -0.031    5046     0.031   66.05605   0.000009   0.000035  -0.000002
 r_peak,r_snr =   0.9800348       91.76527    
    1246    -0.031    5046     0.031   91.76527   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9858836       44.21629    
    1346    -0.031    5046     0.031   44.21629   0.000008   0.000033  -0.000002
 r_peak,r_snr =   0.9771097       74.76516    
    1446    -0.031    5046     0.031   74.76516   0.000014   0.000044  -0.000003
 r_peak,r_snr =   0.9939417       12.30775    
    1546    -0.031    5046    -0.031   12.30775   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9696764       25.79586    
    1646    -0.031    5046     0.000   25.79586   0.000020   0.000074  -0.000006
 r_peak,r_snr =   0.9745876       57.78541    
    1746    -0.031    5046     0.031   57.78541   0.000014   0.000059  -0.000002
 r_peak,r_snr =   0.9796419       83.80325    
    1846    -0.031    5046     0.031   83.80325   0.000011   0.000038  -0.000001
 r_peak,r_snr =   0.9794503       49.20028    
    1946    -0.031    5046     0.000   49.20028   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9869117       65.02280    
    2046    -0.031    5046    -0.031   65.02280   0.000007   0.000028  -0.000001
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9786770       44.03478    
     146     0.000    5446     0.094   44.03478   0.000011   0.000044  -0.000001
 r_peak,r_snr =   0.9736936       101.9409    
     246    -0.031    5446     0.094  101.94094   0.000013   0.000048  -0.000002
 r_peak,r_snr =   0.9931975       10.58265    
     346    -0.031    5446     0.063   10.58265   0.000006   0.000027  -0.000001
 r_peak,r_snr =   0.9770810       80.63723    
     446    -0.031    5446     0.063   80.63723   0.000012   0.000044  -0.000001
 r_peak,r_snr =   0.9750819       97.64024    
     546    -0.031    5446     0.031   97.64024   0.000012   0.000044  -0.000002
 r_peak,r_snr =   0.9802113       60.70612    
     646    -0.031    5446     0.031   60.70612   0.000012   0.000044  -0.000001
 r_peak,r_snr =   0.9729606       96.24641    
     746    -0.031    5446     0.031   96.24641   0.000014   0.000051  -0.000001
 r_peak,r_snr =   0.9649278       61.46499    
     846    -0.031    5446     0.063   61.46499   0.000017   0.000065  -0.000004
 r_peak,r_snr =   0.9607043       91.92575    
     946    -0.031    5446     0.031   91.92575   0.000020   0.000068  -0.000002
 r_peak,r_snr =   0.9798556       43.98842    
    1046    -0.031    5446     0.000   43.98842   0.000012   0.000044  -0.000001
 r_peak,r_snr =   0.9707941       102.1198    
    1146    -0.031    5446     0.063  102.11983   0.000013   0.000054  -0.000002
 r_peak,r_snr =   0.9652085       91.05009    
    1246    -0.031    5446     0.031   91.05009   0.000018   0.000068  -0.000003
 r_peak,r_snr =   0.9819676       111.8540    
    1346    -0.031    5446     0.000  111.85400   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9819009       81.40145    
    1446    -0.031    5446     0.031   81.40145   0.000010   0.000034  -0.000001
 r_peak,r_snr =   0.9688442       65.13499    
    1546    -0.031    5446     0.031   65.13499   0.000017   0.000061  -0.000003
 r_peak,r_snr =   0.9578922       87.13787    
    1646    -0.031    5446    -0.031   87.13787   0.000023   0.000082  -0.000002
 r_peak,r_snr =   0.9556983       82.78137    
    1746    -0.031    5446    -0.031   82.78137   0.000022   0.000090  -0.000004
 r_peak,r_snr =   0.9724757       89.07870    
    1846    -0.031    5446     0.000   89.07870   0.000014   0.000052  -0.000003
 r_peak,r_snr =   0.9638676       95.36776    
    1946    -0.031    5446    -0.031   95.36776   0.000018   0.000069  -0.000003
 r_peak,r_snr =   0.9824509       30.98561    
    2046    -0.031    5446     0.000   30.98561   0.000011   0.000045  -0.000002
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9723309       95.24370    
     146     0.000    5846     0.125   95.24370   0.000013   0.000055  -0.000002
 r_peak,r_snr =   0.9827834       3.984086    
     246    -0.031    5846     0.094    3.98409   0.000020   0.000074  -0.000004
 r_peak,r_snr =   0.9904583       4.123452    
     346     0.000    5846     0.063    4.12345   0.000012   0.000046  -0.000003
 r_peak,r_snr =   0.9720548       83.15409    
     446    -0.031    5846     0.094   83.15409   0.000015   0.000052  -0.000001
 r_peak,r_snr =   0.9817367       56.51939    
     546    -0.031    5846     0.063   56.51939   0.000010   0.000039  -0.000002
 r_peak,r_snr =   0.9803553       75.36991    
     646    -0.031    5846     0.063   75.36991   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9742650       77.94026    
     746    -0.031    5846     0.063   77.94026   0.000013   0.000053  -0.000003
 r_peak,r_snr =   0.9670255       66.88847    
     846    -0.031    5846     0.031   66.88847   0.000019   0.000067  -0.000002
 r_peak,r_snr =   0.9600121       107.2352    
     946    -0.031    5846     0.031  107.23521   0.000020   0.000072  -0.000003
 r_peak,r_snr =   0.9693254       90.01846    
    1046    -0.031    5846     0.031   90.01846   0.000016   0.000054  -0.000002
 r_peak,r_snr =   0.9758910       82.85555    
    1146    -0.031    5846     0.031   82.85555   0.000013   0.000053  -0.000002
 r_peak,r_snr =   0.9786814       46.43253    
    1246    -0.031    5846     0.031   46.43253   0.000013   0.000045  -0.000002
 r_peak,r_snr =   0.9769487       75.65212    
    1346    -0.063    5846     0.000   75.65212   0.000012   0.000045  -0.000001
 r_peak,r_snr =   0.9865710       27.78585    
    1446    -0.031    5846     0.000   27.78585   0.000009   0.000038  -0.000001
 r_peak,r_snr =   0.9847371       22.10992    
    1546    -0.031    5846     0.000   22.10992   0.000012   0.000049  -0.000001
 r_peak,r_snr =   0.9560611       94.67800    
    1646    -0.031    5846     0.000   94.67800   0.000023   0.000078  -0.000006
 r_peak,r_snr =   0.9609731       108.1925    
    1746    -0.031    5846     0.031  108.19248   0.000019   0.000070  -0.000004
 r_peak,r_snr =   0.9617838       90.19898    
    1846    -0.031    5846     0.000   90.19898   0.000020   0.000074  -0.000004
 r_peak,r_snr =   0.9485618       115.3527    
    1946    -0.063    5846    -0.031  115.35271   0.000025   0.000094  -0.000002
 r_peak,r_snr =   0.9368511       88.03553    
    2046    -0.031    5846     0.000   88.03553   0.000032   0.000115  -0.000003
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9558300       71.40324    
     146     0.000    3046     0.250   71.40324   0.000026   0.000091  -0.000005
 r_peak,r_snr =   0.9662834       53.32620    
     246     0.000    3046     0.219   53.32620   0.000020   0.000080  -0.000004
 r_peak,r_snr =   0.9556535       99.92359    
     346    -0.031    3046     0.156   99.92359   0.000023   0.000080  -0.000002
 r_peak,r_snr =   0.9572750       93.04130    
     446    -0.031    3046     0.188   93.04130   0.000022   0.000090  -0.000003
 r_peak,r_snr =   0.9519676       97.57579    
     546     0.000    3046     0.188   97.57579   0.000025   0.000097  -0.000006
 r_peak,r_snr =   0.9506971       90.99500    
     646     0.000    3046     0.156   90.99500   0.000025   0.000102  -0.000004
 r_peak,r_snr =   0.9658647       85.05616    
     746     0.000    3046     0.125   85.05616   0.000018   0.000067  -0.000003
 r_peak,r_snr =   0.9624645       97.86380    
     846    -0.031    3046     0.125   97.86380   0.000018   0.000070  -0.000004
 r_peak,r_snr =   0.9714405       80.96496    
     946    -0.031    3046     0.094   80.96496   0.000016   0.000057  -0.000004
 r_peak,r_snr =   0.9714212       73.43521    
    1046    -0.031    3046     0.125   73.43521   0.000016   0.000056  -0.000003
 r_peak,r_snr =   0.9580561       84.77538    
    1146    -0.031    3046     0.125   84.77538   0.000023   0.000087  -0.000001
 r_peak,r_snr =   0.9624711       73.14602    
    1246    -0.031    3046     0.094   73.14602   0.000019   0.000077  -0.000004
 r_peak,r_snr =   0.9665387       84.07855    
    1346    -0.031    3046     0.125   84.07855   0.000018   0.000073  -0.000004
 r_peak,r_snr =   0.9594705       87.50212    
    1446    -0.031    3046     0.094   87.50212   0.000021   0.000083  -0.000004
 r_peak,r_snr =   0.9634600       93.74329    
    1546    -0.031    3046     0.063   93.74329   0.000019   0.000068  -0.000004
 r_peak,r_snr =   0.9715378       39.66531    
    1646    -0.031    3046     0.063   39.66531   0.000019   0.000071  -0.000001
 r_peak,r_snr =   0.9538898       100.4067    
    1746    -0.031    3046     0.063  100.40665   0.000023   0.000091  -0.000003
 r_peak,r_snr =   0.9395932       49.37042    
    1846    -0.031    3046     0.031   49.37042   0.000035   0.000126  -0.000005
 r_peak,r_snr =   0.9664295       111.1289    
    1946    -0.031    3046     0.063  111.12890   0.000016   0.000059  -0.000003
 r_peak,r_snr =   0.9330929       69.47907    
    2046    -0.063    3046     0.063   69.47907   0.000038   0.000133  -0.000003
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9696288       31.62197    
     146     0.031    3446     0.219   31.62197   0.000019   0.000078  -0.000004
 r_peak,r_snr =   0.9638801       82.26928    
     246     0.000    3446     0.219   82.26928   0.000019   0.000080  -0.000002
 r_peak,r_snr =   0.9596455       105.0067    
     346    -0.031    3446     0.156  105.00674   0.000019   0.000076  -0.000002
 r_peak,r_snr =   0.9642006       87.19082    
     446     0.000    3446     0.156   87.19082   0.000018   0.000068  -0.000001
 r_peak,r_snr =   0.9580920       67.28214    
     546    -0.031    3446     0.188   67.28214   0.000023   0.000075  -0.000002
 r_peak,r_snr =   0.9512927       98.51196    
     646     0.000    3446     0.156   98.51196   0.000023   0.000091  -0.000002
 r_peak,r_snr =   0.9548141       105.7831    
     746     0.000    3446     0.063  105.78310   0.000022   0.000082  -0.000003
 r_peak,r_snr =   0.9583873       90.55585    
     846    -0.031    3446     0.125   90.55585   0.000023   0.000077  -0.000003
 r_peak,r_snr =   0.9693575       78.87289    
     946     0.000    3446     0.125   78.87289   0.000016   0.000064  -0.000002
 r_peak,r_snr =   0.9580782       96.33541    
    1046    -0.031    3446     0.125   96.33541   0.000021   0.000080  -0.000004
 r_peak,r_snr =   0.9663361       49.98623    
    1146    -0.031    3446     0.156   49.98623   0.000018   0.000075  -0.000002
 r_peak,r_snr =   0.9479858       87.14714    
    1246    -0.031    3446     0.125   87.14714   0.000027   0.000102  -0.000004
 r_peak,r_snr =   0.9724965       24.94481    
    1346    -0.031    3446     0.156   24.94481   0.000020   0.000070  -0.000003
 r_peak,r_snr =   0.9597051       98.45669    
    1446    -0.031    3446     0.094   98.45669   0.000021   0.000079  -0.000003
 r_peak,r_snr =   0.9635487       89.93862    
    1546    -0.031    3446     0.063   89.93862   0.000018   0.000071  -0.000003
 r_peak,r_snr =   0.9631759       46.68556    
    1646    -0.031    3446     0.094   46.68556   0.000021   0.000088  -0.000003
 r_peak,r_snr =   0.9478136       106.0616    
    1746    -0.031    3446     0.094  106.06157   0.000027   0.000095  -0.000003
 r_peak,r_snr =   0.9402383       58.81319    
    1846    -0.031    3446    -0.031   58.81319   0.000035   0.000123  -0.000004
 r_peak,r_snr =   0.9554034       94.92838    
    1946    -0.031    3446     0.063   94.92838   0.000022   0.000084  -0.000005
 r_peak,r_snr =   0.9177366       95.93097    
    2046    -0.031    3446     0.063   95.93097   0.000044   0.000163  -0.000004
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9613393       84.55563    
     146     0.000    3846     0.281   84.55563   0.000019   0.000075  -0.000001
 r_peak,r_snr =   0.9710090       33.58001    
     246     0.000    3846     0.188   33.58001   0.000018   0.000071  -0.000002
 r_peak,r_snr =   0.9707356       79.69995    
     346     0.000    3846     0.156   79.69995   0.000015   0.000055  -0.000001
 r_peak,r_snr =   0.9659545       83.31548    
     446    -0.031    3846     0.156   83.31548   0.000019   0.000064  -0.000001
 r_peak,r_snr =   0.9647289       107.7437    
     546     0.000    3846     0.188  107.74374   0.000017   0.000063  -0.000003
 r_peak,r_snr =   0.9620943       81.24202    
     646    -0.031    3846     0.156   81.24202   0.000021   0.000069  -0.000003
 r_peak,r_snr =   0.9654221       45.68640    
     746    -0.031    3846     0.094   45.68640   0.000021   0.000080  -0.000003
 r_peak,r_snr =   0.9665410       62.37889    
     846    -0.031    3846     0.031   62.37889   0.000019   0.000065  -0.000004
 r_peak,r_snr =   0.9618679       72.58099    
     946     0.000    3846     0.125   72.58099   0.000020   0.000081  -0.000003
 r_peak,r_snr =   0.9588131       95.94717    
    1046    -0.031    3846     0.125   95.94717   0.000021   0.000080  -0.000004
 r_peak,r_snr =   0.9685056       61.08491    
    1146    -0.031    3846     0.094   61.08491   0.000019   0.000066   0.000000
 r_peak,r_snr =   0.9614596       110.1122    
    1246    -0.031    3846     0.094  110.11218   0.000019   0.000067  -0.000002
 r_peak,r_snr =   0.9490815       91.18324    
    1346    -0.031    3846     0.094   91.18324   0.000025   0.000106  -0.000004
 r_peak,r_snr =   0.9657399       37.51356    
    1446    -0.031    3846     0.094   37.51356   0.000019   0.000076  -0.000003
 r_peak,r_snr =   0.9671627       65.25898    
    1546    -0.031    3846     0.063   65.25898   0.000019   0.000071  -0.000003
 r_peak,r_snr =   0.9608039       84.27356    
    1646    -0.031    3846     0.063   84.27356   0.000021   0.000078  -0.000001
 r_peak,r_snr =   0.9567876       34.32922    
    1746    -0.063    3846     0.000   34.32922   0.000025   0.000099  -0.000003
 r_peak,r_snr =   0.9338275       98.82687    
    1846    -0.031    3846     0.063   98.82687   0.000034   0.000129  -0.000005
 r_peak,r_snr =   0.9288313       23.66766    
    1946    -0.063    3846     0.063   23.66766   0.000044   0.000166  -0.000005
 r_peak,r_snr =   0.8859978       101.8778    
    2046    -0.031    3846     0.031  101.87783   0.000062   0.000266  -0.000008
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9648288       70.39956    
     146     0.000    4246     0.219   70.39956   0.000019   0.000076  -0.000004
 r_peak,r_snr =   0.9636677       56.66242    
     246     0.000    4246     0.188   56.66242   0.000021   0.000073  -0.000001
 r_peak,r_snr =   0.9634272       109.5537    
     346    -0.031    4246     0.188  109.55373   0.000018   0.000066  -0.000003
 r_peak,r_snr =   0.9680442       66.24525    
     446     0.000    4246     0.156   66.24525   0.000018   0.000067  -0.000001
 r_peak,r_snr =   0.9695021       44.83599    
     546     0.000    4246     0.125   44.83599   0.000017   0.000065  -0.000003
 r_peak,r_snr =   0.9643191       84.95886    
     646    -0.031    4246     0.125   84.95886   0.000018   0.000073  -0.000002
 r_peak,r_snr =   0.9574059       101.2512    
     746    -0.031    4246     0.094  101.25117   0.000021   0.000077  -0.000003
 r_peak,r_snr =   0.9566574       110.5782    
     846     0.000    4246     0.094  110.57822   0.000021   0.000081  -0.000003
 r_peak,r_snr =   0.9706047       25.59898    
     946    -0.031    4246     0.094   25.59898   0.000019   0.000077  -0.000004
 r_peak,r_snr =   0.9694532       82.81203    
    1046    -0.031    4246     0.094   82.81203   0.000015   0.000062  -0.000002
 r_peak,r_snr =   0.9685543       75.88577    
    1146    -0.031    4246     0.125   75.88577   0.000017   0.000066  -0.000001
 r_peak,r_snr =   0.9620546       97.15388    
    1246    -0.031    4246     0.094   97.15388   0.000020   0.000068  -0.000003
 r_peak,r_snr =   0.9599084       77.97691    
    1346    -0.031    4246     0.094   77.97691   0.000022   0.000078  -0.000004
 r_peak,r_snr =   0.9703465       17.26054    
    1446    -0.031    4246     0.063   17.26054   0.000020   0.000086  -0.000003
 r_peak,r_snr =   0.9709978       47.05642    
    1546    -0.031    4246     0.063   47.05642   0.000019   0.000067  -0.000005
 r_peak,r_snr =   0.9666884       71.84624    
    1646    -0.031    4246     0.031   71.84624   0.000019   0.000082  -0.000003
 r_peak,r_snr =   0.9273641       98.23730    
    1746    -0.031    4246     0.094   98.23730   0.000040   0.000140  -0.000005
 r_peak,r_snr =   0.9466433       72.81824    
    1846    -0.031    4246     0.031   72.81824   0.000028   0.000112  -0.000005
 r_peak,r_snr =   0.9493564       85.30190    
    1946    -0.063    4246     0.031   85.30190   0.000028   0.000111  -0.000004
 r_peak,r_snr =   0.9584148       93.84494    
    2046    -0.031    4246     0.063   93.84494   0.000022   0.000081  -0.000002
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9582217       60.44996    
     146     0.000    4646     0.219   60.44996   0.000022   0.000080  -0.000002
 r_peak,r_snr =   0.9467406       102.6029    
     246     0.000    4646     0.250  102.60290   0.000028   0.000095  -0.000001
 r_peak,r_snr =   0.9631342       66.19920    
     346     0.000    4646     0.188   66.19920   0.000018   0.000079  -0.000003
 r_peak,r_snr =   0.9677127       77.40957    
     446     0.000    4646     0.188   77.40957   0.000017   0.000077  -0.000004
 r_peak,r_snr =   0.9602051       80.71310    
     546     0.000    4646     0.188   80.71310   0.000021   0.000083  -0.000003
 r_peak,r_snr =   0.9675905       82.56932    
     646    -0.031    4646     0.125   82.56932   0.000016   0.000061  -0.000001
 r_peak,r_snr =   0.9674242       91.30577    
     746    -0.031    4646     0.094   91.30577   0.000017   0.000064  -0.000001
 r_peak,r_snr =   0.9614077       89.85115    
     846    -0.031    4646     0.094   89.85115   0.000020   0.000073  -0.000002
 r_peak,r_snr =   0.9609919       44.64389    
     946    -0.031    4646     0.125   44.64389   0.000024   0.000086  -0.000002
 r_peak,r_snr =   0.9685352       68.14701    
    1046    -0.031    4646     0.063   68.14701   0.000018   0.000060  -0.000002
 r_peak,r_snr =   0.9630331       77.60303    
    1146    -0.031    4646     0.125   77.60303   0.000020   0.000075  -0.000003
 r_peak,r_snr =   0.9669759       29.57912    
    1246    -0.031    4646     0.094   29.57912   0.000020   0.000078  -0.000002
 r_peak,r_snr =   0.9647180       84.05478    
    1346    -0.031    4646     0.125   84.05478   0.000019   0.000069  -0.000003
 r_peak,r_snr =   0.9643843       73.50286    
    1446    -0.031    4646     0.063   73.50286   0.000019   0.000077  -0.000002
 r_peak,r_snr =   0.9665914       23.72098    
    1546    -0.063    4646     0.031   23.72098   0.000025   0.000098  -0.000003
 r_peak,r_snr =   0.9703631       89.24836    
    1646    -0.031    4646     0.094   89.24836   0.000016   0.000058  -0.000002
 r_peak,r_snr =   0.9518865       48.98688    
    1746    -0.063    4646     0.094   48.98688   0.000026   0.000108  -0.000004
 r_peak,r_snr =   0.9387445       103.1393    
    1846    -0.063    4646     0.094  103.13934   0.000032   0.000110  -0.000006
 r_peak,r_snr =   0.9506384       92.99869    
    1946    -0.063    4646     0.125   92.99869   0.000024   0.000105  -0.000002
 r_peak,r_snr =   0.9577360       99.44012    
    2046    -0.063    4646     0.031   99.44012   0.000022   0.000081  -0.000004
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9597927       63.25246    
     146     0.000    5046     0.281   63.25246   0.000022   0.000082  -0.000003
 r_peak,r_snr =   0.9590537       66.88596    
     246     0.000    5046     0.250   66.88596   0.000023   0.000090  -0.000003
 r_peak,r_snr =   0.9651221       54.96799    
     346     0.000    5046     0.188   54.96799   0.000020   0.000071  -0.000003
 r_peak,r_snr =   0.9616107       81.79582    
     446    -0.031    5046     0.156   81.79582   0.000021   0.000078  -0.000003
 r_peak,r_snr =   0.9606366       63.06168    
     546     0.000    5046     0.156   63.06168   0.000021   0.000078  -0.000004
 r_peak,r_snr =   0.9596778       101.6646    
     646    -0.031    5046     0.188  101.66464   0.000020   0.000076  -0.000003
 r_peak,r_snr =   0.9625643       81.65307    
     746    -0.031    5046     0.125   81.65307   0.000020   0.000075  -0.000001
 r_peak,r_snr =   0.9654592       55.33655    
     846     0.000    5046     0.125   55.33655   0.000020   0.000073  -0.000002
 r_peak,r_snr =   0.9549170       67.30693    
     946     0.000    5046     0.094   67.30693   0.000025   0.000090  -0.000002
 r_peak,r_snr =   0.9707150       59.79366    
    1046    -0.031    5046     0.125   59.79366   0.000017   0.000065  -0.000004
 r_peak,r_snr =   0.9678931       66.39420    
    1146    -0.031    5046     0.094   66.39420   0.000018   0.000071  -0.000005
 r_peak,r_snr =   0.9611425       89.64487    
    1246    -0.031    5046     0.125   89.64487   0.000020   0.000078  -0.000003
 r_peak,r_snr =   0.9708080       43.31136    
    1346    -0.031    5046     0.094   43.31136   0.000018   0.000073  -0.000004
 r_peak,r_snr =   0.9637989       74.38182    
    1446    -0.063    5046     0.063   74.38182   0.000022   0.000073  -0.000005
 r_peak,r_snr =   0.9887618       12.08896    
    1546    -0.031    5046     0.031   12.08896   0.000015   0.000060  -0.000002
 r_peak,r_snr =   0.9423539       24.50492    
    1646    -0.031    5046     0.063   24.50492   0.000041   0.000153  -0.000014
 r_peak,r_snr =   0.9426053       54.50314    
    1746    -0.031    5046     0.094   54.50314   0.000033   0.000150  -0.000005
 r_peak,r_snr =   0.9545678       81.75157    
    1846    -0.031    5046     0.094   81.75157   0.000025   0.000091  -0.000004
 r_peak,r_snr =   0.9599425       48.72653    
    1946    -0.031    5046     0.031   48.72653   0.000023   0.000085  -0.000001
 r_peak,r_snr =   0.9717176       63.97559    
    2046    -0.031    5046    -0.031   63.97559   0.000016   0.000063  -0.000002
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9618008       43.35105    
     146     0.000    5446     0.281   43.35105   0.000020   0.000085  -0.000001
 r_peak,r_snr =   0.9569181       99.30371    
     246     0.000    5446     0.219   99.30371   0.000022   0.000083  -0.000004
 r_peak,r_snr =   0.9869151       10.47540    
     346     0.000    5446     0.188   10.47540   0.000012   0.000055  -0.000002
 r_peak,r_snr =   0.9619635       79.44570    
     446     0.000    5446     0.156   79.44570   0.000021   0.000076  -0.000002
 r_peak,r_snr =   0.9581036       95.83138    
     546     0.000    5446     0.156   95.83138   0.000021   0.000078  -0.000004
 r_peak,r_snr =   0.9701563       58.94796    
     646    -0.031    5446     0.125   58.94796   0.000018   0.000069  -0.000001
 r_peak,r_snr =   0.9611346       96.65802    
     746     0.000    5446     0.125   96.65802   0.000020   0.000075  -0.000002
 r_peak,r_snr =   0.9515957       62.91569    
     846     0.000    5446     0.156   62.91569   0.000024   0.000091  -0.000006
 r_peak,r_snr =   0.9494386       87.58265    
     946    -0.031    5446     0.094   87.58265   0.000026   0.000092  -0.000003
 r_peak,r_snr =   0.9681105       45.09016    
    1046    -0.031    5446     0.094   45.09016   0.000019   0.000072  -0.000002
 r_peak,r_snr =   0.9497575       97.56268    
    1146    -0.031    5446     0.188   97.56268   0.000024   0.000097  -0.000003
 r_peak,r_snr =   0.9455631       88.78095    
    1246    -0.031    5446     0.125   88.78095   0.000030   0.000111  -0.000005
 r_peak,r_snr =   0.9597543       111.1559    
    1346    -0.031    5446     0.094  111.15594   0.000019   0.000074  -0.000003
 r_peak,r_snr =   0.9663632       81.20049    
    1446    -0.031    5446     0.125   81.20049   0.000018   0.000066  -0.000003
 r_peak,r_snr =   0.9532614       63.87557    
    1546    -0.031    5446     0.063   63.87557   0.000025   0.000094  -0.000004
 r_peak,r_snr =   0.9336921       82.39643    
    1646    -0.031    5446     0.063   82.39643   0.000037   0.000138  -0.000002
 r_peak,r_snr =   0.9199024       76.89016    
    1746    -0.031    5446     0.063   76.89016   0.000041   0.000181  -0.000008
 r_peak,r_snr =   0.9480261       86.82420    
    1846    -0.031    5446     0.063   86.82420   0.000028   0.000104  -0.000005
 r_peak,r_snr =   0.9360816       95.58291    
    1946    -0.063    5446     0.063   95.58291   0.000033   0.000130  -0.000005
 r_peak,r_snr =   0.9698088       30.76594    
    2046    -0.063    5446     0.031   30.76594   0.000020   0.000082  -0.000003
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9485537       88.87384    
     146     0.031    5846     0.313   88.87384   0.000026   0.000113  -0.000004
 r_peak,r_snr =   0.9793769       3.931440    
     246     0.000    5846     0.219    3.93144   0.000024   0.000094  -0.000004
 r_peak,r_snr =   0.9828889       4.071539    
     346     0.000    5846     0.219    4.07154   0.000022   0.000088  -0.000005
 r_peak,r_snr =   0.9627005       82.17725    
     446     0.000    5846     0.188   82.17725   0.000020   0.000072  -0.000002
 r_peak,r_snr =   0.9701834       55.58891    
     546     0.000    5846     0.188   55.58891   0.000017   0.000067  -0.000004
 r_peak,r_snr =   0.9680986       74.88374    
     646    -0.031    5846     0.188   74.88374   0.000018   0.000068  -0.000002
 r_peak,r_snr =   0.9679288       76.76554    
     746     0.000    5846     0.125   76.76554   0.000017   0.000068  -0.000003
 r_peak,r_snr =   0.9621652       63.17467    
     846     0.000    5846     0.125   63.17467   0.000022   0.000079  -0.000003
 r_peak,r_snr =   0.9476926       102.4055    
     946    -0.031    5846     0.156  102.40546   0.000028   0.000097  -0.000003
 r_peak,r_snr =   0.9521429       88.18005    
    1046    -0.031    5846     0.125   88.18005   0.000025   0.000088  -0.000003
 r_peak,r_snr =   0.9575222       78.76875    
    1146    -0.031    5846     0.156   78.76875   0.000024   0.000100  -0.000003
 r_peak,r_snr =   0.9605223       44.49646    
    1246    -0.031    5846     0.125   44.49646   0.000025   0.000088  -0.000003
 r_peak,r_snr =   0.9565548       76.67480    
    1346    -0.063    5846     0.125   76.67480   0.000023   0.000090  -0.000001
 r_peak,r_snr =   0.9749051       26.76364    
    1446    -0.031    5846     0.156   26.76364   0.000017   0.000075  -0.000001
 r_peak,r_snr =   0.9739472       22.25750    
    1546    -0.031    5846     0.063   22.25750   0.000020   0.000086  -0.000001
 r_peak,r_snr =   0.9357740       90.44915    
    1646    -0.063    5846     0.063   90.44915   0.000034   0.000123  -0.000009
 r_peak,r_snr =   0.9186366       104.1298    
    1746    -0.031    5846     0.156  104.12975   0.000042   0.000161  -0.000009
 r_peak,r_snr =   0.9312053       90.65796    
    1846    -0.031    5846     0.063   90.65796   0.000038   0.000142  -0.000008
 r_peak,r_snr =   0.9048235       114.7932    
    1946    -0.063    5846     0.000  114.79316   0.000048   0.000191  -0.000004
 r_peak,r_snr =   0.8947625       90.21889    
    2046    -0.031    5846     0.063   90.21889   0.000058   0.000209  -0.000005
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.524 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    33.84650301933289    
 ATTN ifrq ipol ln           0           4        8192   12.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.1049203872680664E-03
 TESTING  0.0000000E+00  -13.88335      0.2481865    
 WAYNE Motion comp. added to patch, time =    11.99073791503906    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.8569231033325195E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.88335      0.2481865    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    130.1958270072937    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7222039699554443    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   176.7660319805145    
 ==w out           2        4195
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            2 to            2 by #            1

 Processing block number            2
 WAYNE PATCHES:         2048        10239 patch#            2
  reference line:  6143     0.533 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.18893802165985    
 ATTN ifrq ipol ln           0           4       10239   12.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   9.1170072555541992E-03
 WAYNE Motion comp. added to patch, time =    12.45323693752289    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9249916076660156E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    143.8085759878159    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7206649780273438    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   191.1836949586868    
 ==w out           3        4195
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Multi-look Program           ***** 
   *****                                        ***** 
   *****  This program creates a real multi-    ***** 
   *****  look file from a complex single look  ***** 
   *****  file.  The real values represent      ***** 
   *****  POWER, not amplitude.  Multi-looking  ***** 
   *****  is performed by summing POWER in the  ***** 
   *****  azimuth direction only.               ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the complex file.
  Enter the desired number of looks.
  Enter the output file name
  output azspace, azres:    4.629600       21.60000    
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
            1     1613163           0
            2     1613029           0
            3     1613131           0
            4     1612284           0
            5     1612957           0
            6     1613375           0
            7     1612885           0
            8     1612993           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=            8

 Writing variable header...

 gather image from processor #            0
             1
 gather image from processor #            1
             1
 gather image from processor #            2
             0
 gather image from processor #            3
             0
 gather image from processor #            4
             0
 gather image from processor #            5
             0
 gather image from processor #            6
             0
 gather image from processor #            7
             0
 WAYNE gather images takes:    2.6945948600769043E-02
 WAYNE LOOP TIME:     199.6415460109711    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_p.vv_j                       
 /mnt/air119/airops/1381/ts1381_p.mocompv                    
 /mnt/air119/airops/1381/ts1381_p.dop                        
 /mnt/air119/airops/1381/ts1381_p.glb                                2560
         8384
 update intf hdr ha:   6899.100    
 UPDATE:        2560        8384   6.662100      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_p.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_p.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_p.glb                        
 /mnt/air119/airops/1381/ts1381_p.glb                                  36
 deskew line ra ha trc:   298.8881             581   8031.165    
    6899.100       90.98126    
  after deskew line ra ha trc:   298.8881             581   8031.165    
    6899.100       90.98126    
 lat1 lon1:         581   63.75747      -144.9814            8384
 last ra n_ns ns:   8031.165               0           1        8964
         8384
 lati loni:        8964   63.75753      -144.8835            8964           1
 center ra n_ns ns:   16551.99            1279        1279        4772
         8384
 lati loni:        4772   63.83435      -144.9258            4772        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_p.vv_j                       
 WAYNE FINAL PROCESS   199.9976949691772    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_p.vv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_p.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.pv                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_p.vv                         
  Name of the line output file?
 /mnt/air119/airops/1381/p_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.236351966857910    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          580   580.9769       2576.441      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         580         580
            0
  half line dmj dgc:           0        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097         580         580
         2096
  half line dmj dgc:           1        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG          575   575.7617       2570.034      0.0000000E+00  0.0000000E+00
         2097        2043          -5         -49
 patch iptc,sj,dgj,dgi,id:           2        2043         575         580
          -49
  half line dmj dgc:           0        4048        2569         580
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        2096

         2097        4139           0        2096
 patch iptc,sj,dgj,dgi,id:           2        4139         575         575
         2096
  half line dmj dgc:           1        4048        2569         580
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        4139        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        4138

 ia dmi dgi:        4139        2569         575
   Writing the last         4090 lines
 last half sj>s1        8229        4139        4138
 WAYNE done patche    10.62637591362000    
  Total # of output lines =         8228

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8228
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    10.71735298633575    
 Enter single look lines filename:  Enter single look image filename:  Enter output lines filename:  Enter number of looks:  ns np nlloks:        2560        8228          18
  Multi-looking lines.dat file...
  Total number of lines written to output file:                   457
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.2658156       9.280230    
     146    -0.063    3046    -2.219    9.28023   0.007161   0.630187   0.001411
 r_peak,r_snr =   0.1697744       6.842134    
     246     1.969    3046     2.906    6.84213   0.011980   1.832278  -0.016605
 r_peak,r_snr =   0.2041509       7.526088    
     346    -0.781    3046   -11.781    7.52609   0.054930   2.871556  -0.285830
 r_peak,r_snr =   0.3200415       7.478540    
     446    -0.531    3046     0.969    7.47854   0.006063   0.515619   0.015935
 r_peak,r_snr =   0.1435155       6.476160    
     846    17.906    3046    -8.844    6.47616   0.085697   1.189700  -0.154943
 r_peak,r_snr =   0.1569581       6.192330    
    1046   -12.875    3046    -3.188    6.19233   0.029014   5.578901   0.314546
 r_peak,r_snr =   0.1889671       6.402143    
    1146    -6.906    3046     4.156    6.40214   0.009459   0.268539  -0.017500
 r_peak,r_snr =   0.1252943       5.568629    
    1246    14.031    3046    -8.344    5.56863   0.028682   0.888075  -0.118723
 r_peak,r_snr =   0.1891202       6.634731    
    1346    -0.500    3046     2.781    6.63473   0.010982   1.275895  -0.043430
 r_peak,r_snr =   0.3339768       6.189499    
    1446     0.438    3046    -8.031    6.18950   0.010753   0.656817  -0.049028
 r_peak,r_snr =   0.3380511       6.773285    
    1546     0.563    3046    -2.688    6.77329   0.009339   2.165148   0.041577
 r_peak,r_snr =   0.1679651       8.977629    
    1646    -0.188    3046   -10.719    8.97763   0.005510   0.958750   0.002370
 r_peak,r_snr =   0.4120013       2.726517    
    1746    -0.469    3046    -3.750    2.72652   0.008818   1.576337   0.019420
 r_peak,r_snr =   0.1445008       5.602080    
    1846   -10.688    3046     3.250    5.60208   0.022286   0.981666  -0.086199
 r_peak,r_snr =   0.1653182       10.25233    
    1946    -0.063    3046     1.938   10.25233   0.006192   0.250268  -0.007504
 r_peak,r_snr =   0.1927091       9.271025    
    2046    11.906    3046     7.750    9.27102   0.004493   0.711321   0.009097
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.3597238       7.924498    
     146    -0.281    3446    -2.219    7.92450   0.004056   2.343996  -0.008357
 r_peak,r_snr =   0.1992201       6.907116    
     246    -3.063    3446     0.781    6.90712   0.013439   0.646261   0.032395
 r_peak,r_snr =   0.1797206       11.62780    
     346    -0.031    3446    -9.000   11.62780   0.007431   0.652841  -0.022389
 r_peak,r_snr =   0.3095962       6.705244    
     446     0.500    3446     1.219    6.70524   0.011796   3.547110   0.091952
 r_peak,r_snr =   0.1337318       4.428782    
     546     2.031    3446   -15.750    4.42878   0.113553  84.405441  -2.844115
 r_peak,r_snr =   0.5191368       3.915361    
     646    -0.500    3446    -5.781    3.91536   0.003957   2.244565   0.003638
 r_peak,r_snr =   0.4998437       2.395830    
     746     0.656    3446     8.844    2.39583   0.011810   2.408801  -0.121698
 r_peak,r_snr =   8.9271605E-02   5.124826    
     946    -5.906    3446   -12.781    5.12483   2.263345   2.227197   1.896528
 r_peak,r_snr =   0.1407051       9.294292    
    1046    -0.031    3446    -0.813    9.29429   0.030059   0.519112  -0.081790
 r_peak,r_snr =   0.1156901       5.756938    
    1146    -0.625    3446    12.250    5.75694   0.026312   0.966698   0.036097
 r_peak,r_snr =   0.4519184       2.148913    
    1246     0.156    3446    10.781    2.14891   0.004804   1.688441  -0.002580
 r_peak,r_snr =   0.3657098       3.371454    
    1346    -1.031    3446     2.250    3.37145   0.022489   0.700919  -0.001471
 r_peak,r_snr =   0.2773487       5.385172    
    1446    -0.625    3446     7.750    5.38517   0.093326   2.117170  -0.342648
 r_peak,r_snr =   0.1602447       5.787062    
    1546     5.094    3446    10.219    5.78706   0.032528   0.935819  -0.148463
 r_peak,r_snr =   0.1657369       7.779721    
    1646    -0.563    3446    13.563    7.77972   0.010374   2.495785   0.003726
 r_peak,r_snr =   0.1360700       5.967044    
    1746     0.031    3446     7.750    5.96704   0.008962   2.930330  -0.063922
 r_peak,r_snr =   0.1886760       5.007403    
    1846    -8.188    3446     3.125    5.00740   0.049959   3.046081  -0.301130
 r_peak,r_snr =   0.2449313       13.56637    
    1946    -0.406    3446     0.188   13.56637   0.006261   1.473171  -0.051813
 r_peak,r_snr =   0.1636516       9.691684    
    2046     0.688    3446     2.219    9.69168   0.011211   1.720163  -0.048839
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.2573995       7.692887    
     146    -1.031    3846    -3.781    7.69289   0.023934   0.543536  -0.061766
 r_peak,r_snr =   0.3079073       4.943687    
     346     0.188    3846    -3.719    4.94369   0.005501   1.512002  -0.028833
 r_peak,r_snr =   0.1509728       9.901291    
     546     0.594    3846     4.344    9.90129   0.044526   1.393833  -0.202039
 r_peak,r_snr =   0.5725908       1.604380    
     646     0.563    3846    15.813    1.60438   0.005892   0.700587   0.016651
 r_peak,r_snr =   0.7785141       8.293953    
     746     0.344    3846    -3.188    8.29395   0.000409   0.102547  -0.000696
 r_peak,r_snr =   0.2679995       3.072603    
     846    -7.813    3846    11.750    3.07260   0.023199   1.705646  -0.136994
 r_peak,r_snr =   0.3089658       2.337600    
     946    -0.313    3846    -1.219    2.33760   0.014569   0.620785  -0.016422
 r_peak,r_snr =   0.3669363       1.786086    
    1146     5.250    3846    10.469    1.78609   0.014604   1.089607   0.039573
 r_peak,r_snr =   0.4365000       6.644677    
    1246    -0.125    3846    -1.781    6.64468   0.003914   0.243742  -0.018911
 r_peak,r_snr =   0.6077984       2.902646    
    1346    -0.094    3846    -2.438    2.90265   0.002460   0.297502  -0.006470
 r_peak,r_snr =   0.2064502       7.831232    
    1446    -1.156    3846     6.656    7.83123   0.022214   3.511001   0.204328
 r_peak,r_snr =   0.2158095       8.321653    
    1546    -0.250    3846    -0.625    8.32165   0.005948   0.751183  -0.009243
 r_peak,r_snr =   0.2183267       11.34722    
    1646     0.063    3846    -1.656   11.34722   0.023939   4.196970  -0.266024
 r_peak,r_snr =   0.2216932       6.191900    
    1746     1.313    3846   -13.781    6.19190   0.036751   0.689167  -0.088278
 r_peak,r_snr =   0.2028590       5.136810    
    1846    -2.844    3846    12.813    5.13681   0.044486   1.827247   0.142583
 r_peak,r_snr =   0.1470819       7.147897    
    1946    -0.688    3846    -4.750    7.14790   0.023759   0.664845  -0.021084
 r_peak,r_snr =   0.2359203       5.055449    
    2046     2.094    3846     8.781    5.05545   0.036561   3.002652   0.196451
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.4613054       5.168761    
     146     0.781    4246    11.781    5.16876   0.013528   2.556316  -0.156479
 r_peak,r_snr =   0.2276255       8.142302    
     246     0.063    4246    -3.031    8.14230   0.064023   5.307871  -0.553355
 r_peak,r_snr =   0.1645503       5.517168    
     346    -0.281    4246    -7.594    5.51717   0.017840   0.756845  -0.000940
 r_peak,r_snr =   0.2561075       7.002182    
     446    -0.250    4246     6.469    7.00218   0.006523   2.231042  -0.041392
 r_peak,r_snr =   0.2110271       11.79766    
     546    -0.250    4246    -0.594   11.79766   0.008075   0.632188  -0.037244
 r_peak,r_snr =   0.1501756       6.866477    
     646    -2.094    4246     5.063    6.86648   0.024834   1.195668  -0.050707
 r_peak,r_snr =   0.1602701       7.028842    
     846   -10.656    4246     1.219    7.02884   0.015134   0.723698  -0.049381
 r_peak,r_snr =   0.4039248       3.058628    
     946    -0.094    4246    -1.813    3.05863   0.005892   2.214308  -0.049561
 r_peak,r_snr =   0.4611639       4.416652    
    1146    -0.031    4246     3.188    4.41665   0.007112   1.907850  -0.081991
 r_peak,r_snr =   0.5068398       3.922704    
    1246    -0.375    4246    -3.250    3.92270   0.006602   2.361337   0.086551
 r_peak,r_snr =   0.4040173       6.554587    
    1346    -0.188    4246     1.125    6.55459   0.004878   1.651891  -0.007222
 r_peak,r_snr =   0.3053272       5.842065    
    1446    -1.000    4246     1.781    5.84207   0.014230   0.312754  -0.018226
 r_peak,r_snr =   0.1987701       4.917890    
    1546     1.063    4246     7.219    4.91789   0.025411   2.440549  -0.181198
 r_peak,r_snr =   0.2041788       5.369481    
    1646     0.125    4246    -1.219    5.36948   0.014783   8.484286   0.106911
 r_peak,r_snr =   0.2146144       8.960126    
    1746    -0.906    4246     8.781    8.96013   0.016641   2.066840   0.128160
 r_peak,r_snr =   0.1631937       4.180096    
    1846    -0.469    4246     2.406    4.18010   0.059204   0.422804  -0.076971
 r_peak,r_snr =   0.1836699       4.948327    
    1946     1.313    4246    -2.781    4.94833   0.637347  16.407560   3.091936
 r_peak,r_snr =   0.1131566       10.40753    
    2046    -6.906    4246    14.531   10.40753   0.016476   0.425022  -0.014225
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.6802650       3.414096    
     146     0.594    4646   -14.750    3.41410   0.003304   1.316473  -0.041289
 r_peak,r_snr =   0.2111448       3.676533    
     246    -0.063    4646     2.781    3.67653   0.065974   2.491873  -0.370544
 r_peak,r_snr =   0.2497001       4.971598    
     346    -0.156    4646     7.625    4.97160   0.017590   0.848458  -0.058010
 r_peak,r_snr =   0.2462808       7.129641    
     546     0.188    4646     7.781    7.12964   0.007285   1.267015   0.024660
 r_peak,r_snr =   0.2347607       4.579161    
     646    -1.531    4646   -15.781    4.57916   0.083917   4.851844  -0.572564
 r_peak,r_snr =   0.4818025       4.043505    
     746     0.031    4646    -9.969    4.04351   0.006141   0.417860  -0.030258
 r_peak,r_snr =   0.1518734       4.407501    
     846    -1.156    4646    14.000    4.40750   0.225762   2.098230  -0.483233
 r_peak,r_snr =   0.5959779       2.704741    
    1046    -0.281    4646    -0.094    2.70474   0.009275   0.321768  -0.029621
 r_peak,r_snr =   0.1267520       8.311869    
    1146     0.031    4646    -2.813    8.31187   0.013685  13.770602  -0.167162
 r_peak,r_snr =   0.4877391       4.323166    
    1246     0.594    4646    -1.063    4.32317   0.006923   0.328519   0.012107
 r_peak,r_snr =   0.3361787       4.181813    
    1346    -0.625    4646     2.125    4.18181   0.081063   1.926898  -0.323184
 r_peak,r_snr =   0.1495837       8.177817    
    1746     0.438    4646    11.813    8.17782   0.049835 100.618828  -1.039875
 r_peak,r_snr =   0.1003770       5.738323    
    1946    -0.281    4646    -0.969    5.73832   0.868638   3.396886  -1.370703
 r_peak,r_snr =   0.2373520       8.627110    
    2046    -0.031    4646    -3.469    8.62711   0.007798   0.777862  -0.016167
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.6359586       2.199246    
     146    -0.063    5046     8.781    2.19925   0.010756   0.642287   0.010834
 r_peak,r_snr =   0.2222241       5.142122    
     246     0.438    5046    -2.188    5.14212   0.008887   4.017765  -0.019534
 r_peak,r_snr =   0.3085705       2.733678    
     346    -0.188    5046   -12.188    2.73368   0.018254   1.231385   0.059326
 r_peak,r_snr =   0.1499933       5.646361    
     446     0.125    5046   -11.031    5.64636   0.017106   1.226041   0.033446
 r_peak,r_snr =   0.3451573       2.809826    
     546     0.156    5046    -2.844    2.80983   0.016786   1.206750   0.080430
 r_peak,r_snr =   0.4204617       6.520448    
     646     0.125    5046    -3.438    6.52045   0.004287   0.462430  -0.016682
 r_peak,r_snr =   0.1445329       5.481360    
     746    11.219    5046     7.875    5.48136   0.019471   0.871025  -0.084283
 r_peak,r_snr =   0.5287755       1.879366    
     846     0.406    5046    -8.781    1.87937   0.053482   1.516390   0.234702
 r_peak,r_snr =   0.1474465       12.28245    
     946    -0.188    5046     0.625   12.28245   0.027235   0.337642   0.013138
 r_peak,r_snr =   0.1840943       5.396616    
    1046    -0.125    5046     0.688    5.39662   0.011589   2.478443  -0.021927
 r_peak,r_snr =   0.1368965       6.299409    
    1146     5.188    5046    12.844    6.29941   0.013806   1.523226  -0.097607
 r_peak,r_snr =   0.5388562       5.037285    
    1246     0.156    5046    -0.781    5.03729   0.002646   1.581677   0.033468
 r_peak,r_snr =   0.1916674       7.291742    
    1346    -0.281    5046    -6.219    7.29174   0.020222   1.335022  -0.111640
 r_peak,r_snr =   0.1738315       5.916338    
    1546    -0.469    5046    -2.813    5.91634   0.116377   2.618082  -0.447457
 r_peak,r_snr =   0.2923144       5.673284    
    1846     1.469    5046    -3.969    5.67328   0.007260   1.334366   0.026279
 r_peak,r_snr =   0.2375052       6.893501    
    1946    -0.063    5046    -6.625    6.89350   0.007864   0.736471   0.000507
 r_peak,r_snr =   0.2581593       5.737643    
    2046     0.688    5046     5.281    5.73764   0.022098   0.955588  -0.111407
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.2713539       7.384941    
     146    -0.094    5446    -3.781    7.38494   0.009533   1.755381  -0.072500
 r_peak,r_snr =   0.1699352       8.792440    
     246     0.281    5446    -4.875    8.79244   0.012994   1.003547  -0.020605
 r_peak,r_snr =   0.2080097       4.086606    
     346    -0.313    5446    -1.750    4.08661   0.013789   3.336116  -0.058933
 r_peak,r_snr =   0.2224905       5.794248    
     446     0.594    5446    -4.813    5.79425   0.021203   1.581362  -0.068613
 r_peak,r_snr =   0.2178558       4.784364    
     546    -4.938    5446    10.250    4.78436   0.013699   1.020312  -0.030592
 r_peak,r_snr =   0.3716686       8.619733    
     646    -0.063    5446     2.219    8.61973   0.008725   0.504995  -0.034145
 r_peak,r_snr =   0.2561153       4.550501    
     746    -9.344    5446     3.531    4.55050   0.005621   0.520507  -0.007360
 r_peak,r_snr =   0.1784991       8.159616    
     846    -0.719    5446     1.188    8.15962   0.054680   0.525533  -0.096537
 r_peak,r_snr =   0.1045746       6.602446    
     946    -6.875    5446     0.344    6.60245   0.011343   0.478548   0.014469
 r_peak,r_snr =   0.1684535       7.098866    
    1046     0.313    5446     7.813    7.09887   1.518296  86.354454 -11.422482
 r_peak,r_snr =   0.2655263       6.850036    
    1146    -0.438    5446    -1.250    6.85004   0.009256   0.985757  -0.005529
 r_peak,r_snr =   0.5042338       4.439991    
    1246    -0.219    5446    -2.781    4.43999   0.004882   0.753060  -0.043408
 r_peak,r_snr =   0.4301241       2.633220    
    1346     0.031    5446    -0.188    2.63322   0.008240   1.145931  -0.077098
 r_peak,r_snr =   0.3563657       9.517803    
    1446    -0.063    5446     0.125    9.51780   0.005661   0.413882   0.017707
 r_peak,r_snr =   0.1777499       8.192821    
    1646     0.031    5446     3.813    8.19282   0.014855   1.347122  -0.064012
 r_peak,r_snr =   0.1898907       10.07668    
    1746    -0.750    5446     2.188   10.07668   0.015982   2.577989   0.079183
 r_peak,r_snr =   0.1302918       8.623971    
    1946    -5.063    5446     2.719    8.62397   0.012528   0.805277  -0.033086
 r_peak,r_snr =   0.1095399       5.875487    
    2046     3.063    5446     6.969    5.87549   0.038054   6.031476  -0.123567
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.3620815       10.91719    
     146     0.281    5846   -13.063   10.91719   0.003503   0.377452  -0.007057
 r_peak,r_snr =   0.2178879       6.713092    
     246     0.469    5846    -3.469    6.71309   0.019345   1.928958  -0.088889
 r_peak,r_snr =   0.2939791       7.710203    
     346    -0.406    5846    -0.781    7.71020   0.006419   3.075964   0.070054
 r_peak,r_snr =   0.2677920       12.15715    
     446     0.625    5846     3.313   12.15715   0.009062   0.226874  -0.022123
 r_peak,r_snr =   9.7254783E-02   3.884508    
     546    13.563    5846     3.781    3.88451   0.016153   2.132936  -0.132387
 r_peak,r_snr =   0.1959471       9.504650    
     646    -0.594    5846   -10.250    9.50465   0.010507   0.700808  -0.017448
 r_peak,r_snr =   0.2740552       2.076809    
     746    -6.969    5846     9.781    2.07681   0.024178   0.700689  -0.083101
 r_peak,r_snr =   0.2299074       2.524729    
     846   -14.719    5846    12.688    2.52473   0.026003   0.619570  -0.021261
 r_peak,r_snr =   0.2881462       4.856861    
     946     0.094    5846     0.313    4.85686   0.023907   0.516793  -0.050629
 r_peak,r_snr =   0.1589895       8.130230    
    1046     1.250    5846     4.281    8.13023   0.027624   0.720684  -0.050007
 r_peak,r_snr =   0.1877024       3.196633    
    1146     9.875    5846    -9.188    3.19663   0.050762   3.253016   0.249805
 r_peak,r_snr =   0.6098363       1.745970    
    1246    -0.031    5846     5.469    1.74597   0.002723   0.371520  -0.007449
 r_peak,r_snr =   0.4566002       2.902416    
    1346    -0.469    5846     2.781    2.90242   0.014656   1.386784  -0.096479
 r_peak,r_snr =   0.3457610       6.721941    
    1446     0.688    5846    -1.250    6.72194   0.011637   0.632241  -0.068726
 r_peak,r_snr =   9.2887133E-02   6.052505    
    1546     2.594    5846     5.781    6.05250   0.032621   0.978091  -0.103849
 r_peak,r_snr =   0.1831106       9.795208    
    1646     0.219    5846     2.531    9.79521   0.008230   1.194505  -0.048111
 r_peak,r_snr =   0.1732303       6.052586    
    1746     7.313    5846     4.813    6.05259   0.143610   4.836335   0.515050
 r_peak,r_snr =   0.1288285       6.157234    
    1846    -5.219    5846    14.500    6.15723   0.016690   1.082777   0.078960
 r_peak,r_snr =   0.1598271       7.141929    
    1946    -1.438    5846     7.750    7.14193   0.032223   0.477312   0.004699
 r_peak,r_snr =   0.1945190       12.36652    
    2046     0.844    5846     5.813   12.36652   0.010620   1.523092  -0.078429
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.4296159       13.00205    
     146     0.063    3046     0.406   13.00205   0.001664   0.046254  -0.000609
 r_peak,r_snr =   0.2188306       17.48863    
     246     0.188    3046    -0.063   17.48863   0.004586   0.259244  -0.017476
 r_peak,r_snr =   0.3048644       16.82571    
     346    -0.031    3046    -0.281   16.82571   0.004126   0.064267  -0.009291
 r_peak,r_snr =   0.4272026       8.110354    
     446     0.063    3046    -0.125    8.11035   0.001907   0.232320  -0.008690
 r_peak,r_snr =   0.3184442       13.06314    
     546     0.344    3046    -0.156   13.06314   0.005397   0.181882  -0.020399
 r_peak,r_snr =   0.4437733       33.62821    
     646    -0.031    3046    -0.031   33.62821   0.000857   0.022142  -0.000982
 r_peak,r_snr =   0.3190270       7.906867    
     746    -0.438    3046    -0.625    7.90687   0.007451   0.216310  -0.020623
 r_peak,r_snr =   0.2717190       24.95630    
     846     0.031    3046    -0.625   24.95630   0.001905   0.086576  -0.002065
 r_peak,r_snr =   0.1804143       14.19338    
     946     0.031    3046    -0.063   14.19338   0.003442   0.115443  -0.003066
 r_peak,r_snr =   0.3810061       22.70903    
    1046    -0.031    3046    -0.281   22.70903   0.001629   0.026646  -0.002536
 r_peak,r_snr =   0.2906019       7.805601    
    1146     0.063    3046     0.719    7.80560   0.003639   0.196608  -0.011378
 r_peak,r_snr =   0.2562707       11.58241    
    1246    -0.094    3046     0.188   11.58241   0.003606   0.223775  -0.012604
 r_peak,r_snr =   0.1839539       6.247544    
    1346     0.000    3046    -0.094    6.24754   0.006839   0.714009   0.023239
 r_peak,r_snr =   0.3841076       10.18396    
    1446     0.281    3046    -0.438   10.18396   0.003572   0.197181  -0.005906
 r_peak,r_snr =   0.4204379       15.04482    
    1546     0.125    3046    -0.219   15.04482   0.001553   0.077666  -0.001859
 r_peak,r_snr =   0.1474064       5.688035    
    1646    10.063    3046     6.313    5.68803   0.157584   1.244334  -0.263278
 r_peak,r_snr =   0.1251770       3.005300    
    1746     0.063    3046     0.219    3.00530   0.008415   0.219656   0.007455
 r_peak,r_snr =   0.2668208       6.318360    
    1846     0.531    3046    -9.219    6.31836   0.011225   1.723223  -0.088095
 r_peak,r_snr =   0.2372335       12.55013    
    1946    -0.125    3046    -0.750   12.55013   0.004046   0.938338   0.004078
 r_peak,r_snr =   0.2420573       6.982128    
    2046     0.281    3046     0.750    6.98213   0.011403   0.380515  -0.000196
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.5734869       15.88448    
     146    -0.094    3446    -0.719   15.88448   0.000819   0.039191  -0.001889
 r_peak,r_snr =   0.2017980       14.27828    
     246     0.219    3446    -0.688   14.27828   0.006411   0.430902  -0.013734
 r_peak,r_snr =   0.2701886       30.39465    
     346    -0.031    3446     0.000   30.39465   0.003014   0.082856  -0.004061
 r_peak,r_snr =   0.3451087       8.156901    
     446    -0.250    3446    -0.656    8.15690   0.006449   0.513272  -0.008099
 r_peak,r_snr =   0.3010745       23.25223    
     546    -0.063    3446    -0.063   23.25223   0.002165   0.111537  -0.005074
 r_peak,r_snr =   0.5759407       9.484851    
     646    -0.031    3446    -0.125    9.48485   0.000812   0.024671  -0.002048
 r_peak,r_snr =   0.5267765       5.921734    
     746    -0.063    3446    -1.625    5.92173   0.001973   1.765081   0.021853
 r_peak,r_snr =   0.2983750       5.855132    
     846     0.313    3446    -1.031    5.85513   0.006750   0.285751  -0.012073
 r_peak,r_snr =   0.1224871       11.38876    
     946    -0.219    3446     0.438   11.38876   0.011002   0.488374  -0.010215
 r_peak,r_snr =   0.1617125       12.38656    
    1046     0.281    3446     0.438   12.38656   0.011814   0.246930  -0.001311
 r_peak,r_snr =   0.1205534       8.798000    
    1146     0.156    3446    -0.750    8.79800   0.009532   0.405197   0.015111
 r_peak,r_snr =   0.5113876       2.788876    
    1246    -0.781    3446     5.031    2.78888   0.013871   0.645692   0.003102
 r_peak,r_snr =   0.5146276       5.359406    
    1346    -0.156    3446    -0.219    5.35941   0.002152   0.087006  -0.000456
 r_peak,r_snr =   0.3093648       6.366234    
    1446     0.406    3446    10.844    6.36623   0.007089   0.542931  -0.013948
 r_peak,r_snr =   0.1670883       12.19284    
    1546     0.094    3446     1.781   12.19284   0.008134   2.152211   0.058299
 r_peak,r_snr =   0.1636535       8.774137    
    1646     0.469    3446     2.219    8.77414   0.009329   2.529354  -0.026186
 r_peak,r_snr =   0.2178327       17.05114    
    1746     0.000    3446     0.281   17.05114   0.004745   0.133246   0.000049
 r_peak,r_snr =   0.2699703       6.680599    
    1846     0.125    3446    -1.063    6.68060   0.005326   0.865061  -0.001317
 r_peak,r_snr =   0.3326192       15.38874    
    1946     0.031    3446    -0.938   15.38874   0.001909   0.194091  -0.004763
 r_peak,r_snr =   0.2266577       15.93118    
    2046    -0.469    3446     3.719   15.93118   0.005895   0.579866   0.026452
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.4057737       17.01266    
     146     0.125    3846     0.031   17.01266   0.001725   0.067989  -0.001288
 r_peak,r_snr =   0.2383971       11.25067    
     246     0.188    3846     0.156   11.25067   0.005332   0.256372  -0.007753
 r_peak,r_snr =   0.3145799       6.006929    
     346     0.313    3846     0.094    6.00693   0.008650   0.252465   0.004752
 r_peak,r_snr =   0.3152046       13.36912    
     446     0.094    3846    -0.344   13.36912   0.003364   0.137685  -0.006007
 r_peak,r_snr =   0.2205453       18.45584    
     546    -0.156    3846    -0.781   18.45584   0.004130   0.157653   0.000336
 r_peak,r_snr =   0.5534947       1.915482    
     646     0.031    3846    -1.125    1.91548   0.003941   0.601321  -0.002259
 r_peak,r_snr =   0.7094706       9.850385    
     746    -0.063    3846    -4.188    9.85038   0.000625   0.104141   0.001845
 r_peak,r_snr =   0.2241089       3.872858    
     846     0.125    3846     0.250    3.87286   0.013478   1.029641  -0.042008
 r_peak,r_snr =   0.2404575       4.079391    
     946     0.313    3846    -0.781    4.07939   0.052698   1.332262  -0.219797
 r_peak,r_snr =   0.1958061       9.174460    
    1046    -0.125    3846    -1.219    9.17446   0.006376   0.329371  -0.006162
 r_peak,r_snr =   0.3908885       2.618615    
    1146    -1.719    3846    10.813    2.61862   0.007246   0.634115   0.025307
 r_peak,r_snr =   0.3592141       5.963438    
    1246    -0.031    3846     0.906    5.96344   0.003785   0.390318  -0.010877
 r_peak,r_snr =   0.5878765       2.398073    
    1346     0.375    3846    -3.781    2.39807   0.008361   2.858876  -0.102773
 r_peak,r_snr =   0.1792585       7.350986    
    1446     0.125    3846    -1.219    7.35099   0.016717   1.820801   0.108218
 r_peak,r_snr =   0.3277938       6.676553    
    1546     0.125    3846    -0.094    6.67655   0.003723   0.133919  -0.008969
 r_peak,r_snr =   0.2572607       18.23719    
    1646    -0.063    3846     1.531   18.23719   0.004622   0.462962  -0.024554
 r_peak,r_snr =   0.3642696       4.323999    
    1746    -0.219    3846     1.750    4.32400   0.004564   0.617288  -0.021073
 r_peak,r_snr =   0.3050539       7.850574    
    1846    -0.313    3846     0.406    7.85057   0.005176   0.241615  -0.000475
 r_peak,r_snr =   0.3092377       20.29174    
    1946    -0.031    3846     0.188   20.29174   0.002694   0.177106  -0.006967
 r_peak,r_snr =   0.4742449       7.004626    
    2046     0.031    3846    -0.406    7.00463   0.002075   0.103644  -0.006647
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.6058900       9.150759    
     146    -0.031    4246     0.219    9.15076   0.000987   0.061809  -0.000833
 r_peak,r_snr =   0.3401189       12.40496    
     246     0.031    4246    -0.875   12.40496   0.002835   0.146068  -0.007641
 r_peak,r_snr =   0.2455833       10.09918    
     346    -0.094    4246     0.938   10.09918   0.007714   0.228893  -0.026788
 r_peak,r_snr =   0.3778622       12.41978    
     446    -0.125    4246    -0.313   12.41978   0.002380   0.176486  -0.003724
 r_peak,r_snr =   0.2619606       11.14148    
     546    -0.250    4246    -0.281   11.14148   0.004566   0.148864  -0.006551
 r_peak,r_snr =   0.2649453       14.51666    
     646     0.000    4246    -0.094   14.51666   0.004792   0.194743  -0.011622
 r_peak,r_snr =   0.7329313       9.280828    
     746    -0.313    4246     4.781    9.28083   0.000532   0.176651   0.000598
 r_peak,r_snr =   0.3309635       38.56324    
     846     0.063    4246    -0.594   38.56324   0.001380   0.046047  -0.001513
 r_peak,r_snr =   0.3164024       3.165437    
     946    -1.000    4246     2.781    3.16544   0.106089   5.830052   0.653160
 r_peak,r_snr =   0.4496545       5.345936    
    1146     0.125    4246    -1.719    5.34594   0.002275   0.157729  -0.000208
 r_peak,r_snr =   0.4992854       3.786034    
    1246    -0.813    4246    -1.500    3.78603   0.004797   0.380071  -0.012580
 r_peak,r_snr =   0.4105748       7.001199    
    1346     0.063    4246    -1.781    7.00120   0.003553   0.600071   0.006092
 r_peak,r_snr =   0.2999307       11.56830    
    1546     0.000    4246     0.000   11.56830   0.003979   0.165701  -0.010818
 r_peak,r_snr =   0.1939587       6.892529    
    1646    -0.063    4246    -0.719    6.89253   0.002770   0.483091  -0.001714
 r_peak,r_snr =   0.2610881       9.711291    
    1746     0.000    4246     1.250    9.71129   0.004645   0.215986  -0.008812
 r_peak,r_snr =   0.2479349       6.104473    
    1846     0.375    4246    -0.094    6.10447   0.007033   1.095825  -0.028899
 r_peak,r_snr =   0.2831326       3.902791    
    1946     0.344    4246     2.469    3.90279   0.011120   0.886525  -0.032674
 r_peak,r_snr =   0.1002577       6.458525    
    2046    10.000    4246    14.156    6.45853   0.024639   1.417923  -0.111386
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.7770715       4.863489    
     146     0.031    4646     1.781    4.86349   0.000562   0.184007  -0.000521
 r_peak,r_snr =   0.1663334       10.61393    
     246     0.094    4646     0.094   10.61393   0.005100   0.391753  -0.019750
 r_peak,r_snr =   0.3452939       9.524715    
     346     0.000    4646     0.406    9.52472   0.005120   0.074541  -0.005038
 r_peak,r_snr =   0.2227781       9.328680    
     446     0.281    4646     0.719    9.32868   0.011451   0.245408  -0.000133
 r_peak,r_snr =   0.1902353       9.512490    
     546    -8.781    4646    12.781    9.51249   0.007808   0.700287   0.011845
 r_peak,r_snr =   0.2829511       3.246658    
     646    -3.875    4646    -3.781    3.24666   0.003700   0.212571  -0.003412
 r_peak,r_snr =   0.5064862       6.792790    
     746     0.094    4646    -0.188    6.79279   0.001212   0.035350  -0.000779
 r_peak,r_snr =   0.4411969       32.76537    
     846    -0.094    4646     0.063   32.76537   0.001056   0.022339  -0.000179
 r_peak,r_snr =   0.4202870       25.51237    
     946     0.031    4646     0.781   25.51237   0.001025   0.025239  -0.000376
 r_peak,r_snr =   0.5503682       3.150924    
    1046    -0.250    4646    -0.500    3.15092   0.003475   0.331025   0.008145
 r_peak,r_snr =   0.5289912       4.535059    
    1246     0.344    4646    -0.750    4.53506   0.003404   0.199502   0.010094
 r_peak,r_snr =   0.4527692       5.791616    
    1346     0.219    4646     0.313    5.79162   0.002724   0.206631  -0.010575
 r_peak,r_snr =   0.2425085       15.25671    
    1446     0.063    4646    -0.656   15.25671   0.004639   0.240559  -0.005067
 r_peak,r_snr =   0.1559844       6.110104    
    1546    -1.000    4646    10.688    6.11010   0.025534   0.817151   0.035330
 r_peak,r_snr =   0.3500924       9.976626    
    1646    -0.250    4646     0.469    9.97663   0.002545   0.430614  -0.005260
 r_peak,r_snr =   0.1849864       13.10692    
    1746     0.000    4646     0.688   13.10692   0.009207   0.373120  -0.037044
 r_peak,r_snr =   0.2947452       7.147621    
    1846     0.719    4646     0.750    7.14762   0.008330   0.460151  -0.027620
 r_peak,r_snr =   0.2391222       6.822022    
    1946     1.188    4646   -12.563    6.82202   0.054500   0.404558  -0.078322
 r_peak,r_snr =   0.2446484       8.303051    
    2046    -0.063    4646    -0.250    8.30305   0.004814   0.338852  -0.009921
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.6750730       2.784082    
     146    -0.156    5046     2.625    2.78408   0.002001   0.118904  -0.001936
 r_peak,r_snr =   0.2055354       10.48532    
     246    -0.281    5046    -0.188   10.48532   0.009922   0.258165  -0.028069
 r_peak,r_snr =   0.2902042       5.709373    
     346     0.063    5046    -1.188    5.70937   0.003366   0.552967  -0.012177
 r_peak,r_snr =   0.2842709       8.841383    
     446    -0.344    5046    -0.031    8.84138   0.011864   0.285879   0.025634
 r_peak,r_snr =   0.4966194       4.076385    
     546    -0.063    5046     0.781    4.07638   0.001862   0.090298  -0.006707
 r_peak,r_snr =   0.3576267       6.012078    
     646    -0.031    5046     0.438    6.01208   0.003339   0.163125  -0.005855
 r_peak,r_snr =   0.2537075       15.23615    
     746    -0.219    5046     0.000   15.23615   0.006088   0.624375  -0.033591
 r_peak,r_snr =   0.5807266       2.588451    
     846     0.250    5046     2.781    2.58845   0.002031   0.382007   0.005459
 r_peak,r_snr =   0.4325526       45.22435    
     946     0.031    5046     0.188   45.22435   0.000896   0.020126  -0.001437
 r_peak,r_snr =   0.3703402       21.40070    
    1046     0.125    5046    -0.031   21.40070   0.001289   0.071702  -0.000999
 r_peak,r_snr =   0.2774427       13.75446    
    1146     0.063    5046     1.031   13.75446   0.003479   0.199957   0.011596
 r_peak,r_snr =   0.4885814       4.768466    
    1246     0.063    5046     0.250    4.76847   0.003858   0.923278  -0.036393
 r_peak,r_snr =   0.1459287       9.023678    
    1346    -0.063    5046     0.250    9.02368   0.008266   0.665622  -0.036225
 r_peak,r_snr =   0.2469616       12.28096    
    1446     0.250    5046    -0.406   12.28096   0.003759   0.111410  -0.004844
 r_peak,r_snr =   0.2570680       8.395662    
    1546     0.781    5046    -2.813    8.39566   0.006063   0.405057   0.008484
 r_peak,r_snr =   0.3196421       17.38389    
    1646     0.094    5046     0.094   17.38389   0.002277   0.079474   0.000861
 r_peak,r_snr =   0.1952475       4.429339    
    1746    -0.344    5046    -1.531    4.42934   0.053346   1.263621  -0.230245
 r_peak,r_snr =   0.3398805       5.082778    
    2046    -0.094    5046     0.781    5.08278   0.003670   0.683401   0.008578
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.5227498       14.48925    
     146    -0.031    5446    -0.156   14.48925   0.000841   0.052940  -0.000949
 r_peak,r_snr =   0.1589404       11.30755    
     246     0.063    5446    -1.281   11.30755   0.015189   1.281820   0.075386
 r_peak,r_snr =   0.2715990       12.14840    
     346    -0.031    5446     0.375   12.14840   0.002992   0.153899  -0.000973
 r_peak,r_snr =   0.3312174       15.88526    
     446     0.094    5446    -0.563   15.88526   0.002268   0.090666   0.001140
 r_peak,r_snr =   0.2299925       6.658288    
     546    -0.156    5446     0.469    6.65829   0.010677   3.083969  -0.098002
 r_peak,r_snr =   0.4124558       10.85593    
     646    -0.063    5446    -0.250   10.85593   0.001591   0.075646  -0.000331
 r_peak,r_snr =   0.2472915       5.174129    
     746     0.469    5446     1.219    5.17413   0.020208   0.794045  -0.091719
 r_peak,r_snr =   0.1983573       6.629668    
     846     0.000    5446    -1.281    6.62967   0.014907   1.843237  -0.088248
 r_peak,r_snr =   0.2647561       11.10450    
    1046    -0.156    5446     0.438   11.10450   0.002950   0.175227  -0.001482
 r_peak,r_snr =   0.3353217       8.770080    
    1146    -0.031    5446    -1.531    8.77008   0.006653   1.775741  -0.057140
 r_peak,r_snr =   0.4714915       4.299083    
    1246    -0.188    5446    -2.188    4.29908   0.007044   1.801604   0.072334
 r_peak,r_snr =   0.4535547       2.525815    
    1346     0.000    5446     0.438    2.52582   0.002698   0.216012  -0.010103
 r_peak,r_snr =   0.3044780       8.410870    
    1446    -0.344    5446     0.781    8.41087   0.003603   0.476110   0.002831
 r_peak,r_snr =   0.1983937       12.99190    
    1546    -0.063    5446     0.813   12.99190   0.003627   0.809742  -0.002035
 r_peak,r_snr =   0.2118012       15.46339    
    1646     0.125    5446     0.875   15.46339   0.003446   0.194211  -0.004413
 r_peak,r_snr =   0.2285885       10.48153    
    1746     2.594    5446    -0.750   10.48153   0.004284   0.517611  -0.011667
 r_peak,r_snr =   0.1301067       8.260079    
    1946     0.219    5446   -11.719    8.26008   0.020701   1.045462  -0.116075
 r_peak,r_snr =   0.2983337       11.43360    
    2046    -0.250    5446    -0.031   11.43360   0.003980   0.191078  -0.003352
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.4379095       14.00986    
     146    -0.094    5846    -0.781   14.00986   0.001171   0.135176  -0.003172
 r_peak,r_snr =   0.3047031       12.95825    
     246     0.313    5846     0.281   12.95825   0.002729   0.149737  -0.005819
 r_peak,r_snr =   0.3265505       9.056631    
     346    -0.500    5846    -0.219    9.05663   0.004891   0.292471   0.005469
 r_peak,r_snr =   0.2714773       14.84779    
     446     0.063    5846    -0.125   14.84779   0.004268   0.132980  -0.008746
 r_peak,r_snr =   0.2005445       11.89135    
     546    -0.031    5846    -1.250   11.89135   0.007380   0.388254  -0.029737
 r_peak,r_snr =   0.3630321       17.79021    
     646     0.000    5846    -0.219   17.79021   0.001703   0.094503  -0.004610
 r_peak,r_snr =   0.3000468       8.020863    
     746     0.063    5846    -0.250    8.02086   0.002665   0.260411  -0.004757
 r_peak,r_snr =   0.3276197       3.235241    
     846     0.063    5846    -0.250    3.23524   0.021622   1.702567  -0.158395
 r_peak,r_snr =   0.3089823       3.756082    
     946    -1.656    5846    14.281    3.75608   0.011004   0.330541  -0.013583
 r_peak,r_snr =   0.2302820       15.96475    
    1046    -0.094    5846    -0.719   15.96475   0.003470   0.165294  -0.000559
 r_peak,r_snr =   0.3735007       6.804643    
    1146     0.094    5846    -0.250    6.80464   0.003189   0.131945   0.001218
 r_peak,r_snr =   0.6189183       1.822862    
    1246     0.000    5846    -1.781    1.82286   0.007879   0.810090   0.041159
 r_peak,r_snr =   0.4941655       2.832412    
    1346    -0.125    5846     0.750    2.83241   0.004345   0.151807  -0.017018
 r_peak,r_snr =   0.2510377       8.625903    
    1446     0.031    5846    -0.250    8.62590   0.008179   0.456337   0.007201
 r_peak,r_snr =   0.1924894       17.13137    
    1546     0.156    5846     0.031   17.13137   0.003642   0.294538  -0.014099
 r_peak,r_snr =   0.1254374       9.034535    
    1646    -1.344    5846    -8.094    9.03454   0.012911   0.437796  -0.036874
 r_peak,r_snr =   0.1597416       5.546829    
    1746     5.188    5846    -1.813    5.54683   0.202024   5.907789  -0.849586
 r_peak,r_snr =   7.4250609E-02   3.127174    
    1846    -7.125    5846    14.281    3.12717   0.046429   2.002012  -0.202600
 r_peak,r_snr =   0.1561188       11.27981    
    2046     0.094    5846    -3.188   11.27981   0.010472   3.036704  -0.080862
   *************************************** 
   *****                             ***** 
   ***** Integrated AIRSAR Processor ***** 
   *****                             ***** 
   *****     Multi-look Program      ***** 
   *****                             ***** 
   *************************************** 

 Enter the name of the Shh input file.
 fd for hh:           3
 Enter the name of the complex HV file.
 fd for hv:           4
 Enter the name of the complex VH file.
 fd for vh:           5
 Enter the name of the complex VV file.
 fd for vv:           6
 Procmode 0=polsar,1=xti1,2=xti2,3=xti1p,4=xti2p,5=poltop
 Proc mode:           4
  min. window size :        5949
 MIN window samp:        2750   45.00000       10.00000             450
         2560
 MIN window samp:        2560   45.00000       10.00000             450
         2560
  Calculating the ratio of HV and VH....
 amvh,amhv   6.925189       8.566049    
 Enter the name of the <Shh Shh*> file.
 Enter the name of the <Shh Shv*> file.
 Enter the name of the <Shh Svv*> file.
 Enter the name of the <Shv Shv*> file.
 Enter the name of the <Shv Svv*> file.
 Enter the name of the <Svv Svv*> file.
 Enter the number of looks in azimuth.
  amplitude ratio and phase =    1.112178       28.19624    
  40/20 MHz:        2560       10240
  40/20 MHz MHz complex:        2560       20480
         8226         457          18
[1]  + Done                 batch_l_setup
Mon Apr 15 15:26:51 PDT 2002
Co-registration QA: Range processing sensor.hh00c(offset,rms) -0.108919 0.019902  
Co-registration QA: Within Criteria abs(rg) > 0.01 and abs(rms) < 0.5 to modify sensor.hh00c
Co-registration QA: Updating sensor.hh00c
Co-registration QA: Update from    -1.087600     to -1.196519
Co-registration QA: Range processing sensor.vh00c(offset,rms) 0.037437 0.015421  
Co-registration QA: Within Criteria abs(rg) > 0.01 and abs(rms) < 0.5 to modify sensor.vh00c
Co-registration QA: Updating sensor.vh00c
Co-registration QA: Update from   -0.5438000     to -0.506363
Co-registration QA: Range processing sensor.hh00l(offset,rms) -0.024700 0.019200  
Co-registration QA: Within Criteria abs(rg) > 0.01 and abs(rms) < 0.5 to modify sensor.hh00l
Co-registration QA: Updating sensor.hh00l
Co-registration QA: Update from   -0.5548000     to -0.5795
Co-registration QA: Range processing sensor.vh00l(offset,rms) -0.032031 0.009642  
Co-registration QA: Within Criteria abs(rg) > 0.01 and abs(rms) < 0.5 to modify sensor.vh00l
Co-registration QA: Updating sensor.vh00l
Co-registration QA: Update from   -0.7274000     to -0.759431
Co-registration QA: Azimuth processing processor_chh.com(offset,rms) -0.158050 0.053111  
Co-registration QA: Within Criteria abs(az) > 0.01 and abs(rms) < 0.5 to modify processor_chh.com
Co-registration QA: Updating processor_chh.com
Co-registration QA: Update from   1.00000 to 1.31679695329725
Co-registration QA: Azimuth processing processor_cvh.com(offset,rms) 0.080106 0.033757  
Co-registration QA: Within Criteria abs(az) > 0.01 and abs(rms) < 0.5 to modify processor_cvh.com
Co-registration QA: Updating processor_cvh.com
Co-registration QA: Update from   0.00000 to -0.160565243535779
Co-registration QA: Azimuth processing processor_lhh.com(offset,rms) 0.119300 0.062588  
Co-registration QA: Within Criteria abs(az) > 0.01 and abs(rms) < 0.5 to modify processor_lhh.com
Co-registration QA: Updating processor_lhh.com
Co-registration QA: Update from   1.00000 to 0.760873922629786
Co-registration QA: Azimuth processing processor_lvh.com(offset,rms) 0.034031 0.033696  
Co-registration QA: Within Criteria abs(az) > 0.01 and abs(rms) < 0.5 to modify processor_lvh.com
Co-registration QA: Updating processor_lvh.com
Co-registration QA: Update from   0.00000 to -0.0682120665464021

cd   /mnt/air119/airops/1381;am_misreg *_c.vvvv *_l.vvvv  2>&1 |  
-0.105
/mnt/air119/airops/1381/ts1381.log
Mis-registration QA: No sensor file update required.   The Mis-registration check is completed
Mis-registration QA:  L-C:  -0.105     0.0714     ; -3.27      0.0276     
[1] 1610102 1613267
[1] 1613553















































































































































































































































































Mon Apr 15 22:55:27 PDT 2002

 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay: -0.5025000    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/c.hdr                                                   
  Which frequency? (C,L or P) 
 frq:C
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:        6144
 total # of lines transferred: 
 total lines:       60000
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_c.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   22.50000    
 alt used in processor:   600.0000    
 idelay,chrp_delay,xdelay          85   32.45000     -0.5025000    
 near range delr windelay:   7952.369       3.331027               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   40.00000       43.59375    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   7952.370798972740      3.2450000000000003E-05
  
 >> start range =  7952.3708
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    7952.370798972740               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
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 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76299       93.57056       94.17480     0.1325191      0
 trc             90.63744      -43.73261       91.06374     0.4165300      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70752        0.57678        0.85693     0.0669599      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20000638    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323687      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chhReading from stdin
_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/c.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117248
 gmt sec s e =    25520562.43200000       25520702.00020684    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596471480569725    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596471509975031    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_c.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                -6.1429059228952664E-04
 Standard deviation of difference =   2.6131363370560204E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3955.138143396356    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage

 If a POLTOP mode then...:
 .mocomp  -> .mocomph & .mocompv
 .mocomph -> .mocomphU & .mocompvU
 .mocompv -> .mocomphL & .mocompvL
 Enter the name of the motion compensation file.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
 Name of the H-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_c.mocomph                    
 Name of the V-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_c.mocompv                   
 How many lines per polarization?
        60000
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001

  *********************************************
  *                                           *
  *         AIRSAR INTEGRATED PROCESSOR       *
  *                                           *
  *              CALTONE ESTIMATOR            *
  *                                           *
  *  This program estimates the CALTONE amp-  *
  *  litude and phase and writes the result   *
  *  into the parameter header.               *
  *                                           *
  *********************************************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 CHH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_c.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/c_hh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_c_hh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_c_hh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_c_hh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_c_hh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-79.43283,0.0000000E+00) (174.7522,0.0000000E+00)
 (-103.2627,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9594086E+09
 plot_x:         936
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   96.96563    Power RMS:  0.1325825    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   70515.38    Amp.  RMS:   84.66404    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -144.1389    Phase RMS:  0.1976424    
 Incoherent PH 1st:  -144.1204    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.96754    
 CalTone Power Coherently dB  :   96.96563    
 Incoherent PW  - Coherent PW :  1.9073486E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   70528.11    
 CalTone Amplitude Coherently   :   70515.38    
 Incoherent Amp.- Coherent Amp. :   12.72656    
       ------------ *** ------------
 running time (sec):     23.65
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 CHV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_c.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/c_hv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_c_hv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_c_hv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_c_hv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_c_hv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-47.65970,0.0000000E+00) (158.8657,0.0000000E+00)
 (23.82985,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  5.6549181E+09
 plot_x:         936
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   97.53384    Power RMS:  0.1465755    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   75282.95    Amp.  RMS:   39.19184    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -108.1184    Phase RMS:  0.1465755    
 Incoherent PH 1st:  -108.1219    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   97.53288    
 CalTone Power Coherently dB  :   97.53384    
 Incoherent PW  - Coherent PW : -9.6130371E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   75346.84    
 CalTone Amplitude Coherently   :   75282.95    
 Incoherent Amp.- Coherent Amp. :   63.88281    
       ------------ *** ------------
 running time (sec):     22.59
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 CVH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_c.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/c_vh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_c_vh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_c_vh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_c_vh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_c_vh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-150.9224,0.0000000E+00) (55.60298,0.0000000E+00)
 (47.65970,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9849477E+09
 plot_x:         936
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   96.97311    Power RMS:  7.6546557E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   70575.76    Amp.  RMS:   87.63561    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -144.3888    Phase RMS:  0.2931510    
 Incoherent PH 1st:  -144.4012    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.97346    
 CalTone Power Coherently dB  :   96.97311    
 Incoherent PW  - Coherent PW :  3.5095215E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   70656.54    
 CalTone Amplitude Coherently   :   70575.76    
 Incoherent Amp.- Coherent Amp. :   80.78125    
       ------------ *** ------------
 running time (sec):     20.85
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 CVV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_c.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/c_vv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_c.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_c_vv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_c_vv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_c_vv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_c_vv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-7.943283,0.0000000E+00) (15.88657,0.0000000E+00)
 (31.77313,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  5.6408330E+09
 plot_x:         936
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   97.50581    Power RMS:  8.2679726E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   75039.53    Amp.  RMS:   67.88225    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -108.1027    Phase RMS:  0.2576941    
 Incoherent PH 1st:  -108.0878    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   97.50462    
 CalTone Power Coherently dB  :   97.50581    
 Incoherent PW  - Coherent PW : -1.1901855E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   75102.13    
 CalTone Amplitude Coherently   :   75039.53    
 Incoherent Amp.- Coherent Amp. :   62.59375    
       ------------ *** ------------
 running time (sec):     22.41
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            0

  ***************************************************
  *                                                 *
  *          AIRSAR INTEGRATED PROCESSOR            *
  *                                                 *
  *             Global Line Generator               *
  *                                                 *
  *  This program generates the global line to use  *
  *  in the single-look processors to resample the  *
  *  data.                                          *
  *                                                 *
  ***************************************************

  Please enter the name of the sensor file.
  Enter the name of the parameter file.
  Please enter the name of the mocomp file.
  Reading motion compensation data

 Global reference line calculation results:

  y fit: constant and linear terms: 
   -18.40985      2.9921060E-04
  z fit: constant and linear terms: 
  -0.9177204      6.6162298E-05
  y and z standard deviations (meters)   1.727791      0.9947911    
  Enter the name of the global line file.
  Enter the name of the motion compensation file.
 Enter the number of lines in the mocomp file & first one.
  Enter the patch size and the max reference fnc length.
  Enter the maximum Doppler error.
  Enter the doppler file name.
  Enter the wavelength and nominal azimuth pixel spacing
  Initial guess at number of patches =           37
  Step size =         1512
  PATCH NUMER            1
 First line =           1
  Averages =   0.7597104      0.7682161      0.7699499      0.7655444    
 Differences =  -6.1448812E-03  2.3608208E-03  4.0946007E-03 -3.1089783E-04
  PATCH NUMER            2
 First line =        1513
  Averages =   0.7698007      0.7681285      0.7650387      0.7650555    
 Differences =   2.7948022E-03  1.1225343E-03 -1.9672513E-03 -1.9503832E-03
  PATCH NUMER            3
 First line =        3025
  Averages =   0.7658759      0.7652712      0.7628081      0.7551437    
 Differences =   3.6011338E-03  2.9964447E-03  5.3340197E-04 -7.1310401E-03
  PATCH NUMER            4
 First line =        4537
  Averages =   0.7650945      0.7585979      0.7546704      0.7551892    
 Differences =   6.7067146E-03  2.1004677E-04 -3.7173629E-03 -3.1985641E-03
  PATCH NUMER            5
 First line =        6049
  Averages =   0.7552923      0.7551556      0.7550928      0.7501020    
 Differences =   1.3816357E-03  1.2449622E-03  1.1821389E-03 -3.8086772E-03
  PATCH NUMER            6
 First line =        7561
  Averages =   0.7551832      0.7533030      0.7489058      0.7474387    
 Differences =   3.9755106E-03  2.0952821E-03 -2.3018718E-03 -3.7690401E-03
  PATCH NUMER            7
 First line =        9073
  Averages =   0.7503784      0.7482673      0.7466966      0.7490063    
 Differences =   1.7912388E-03 -3.1983852E-04 -1.8905401E-03  4.1919947E-04
  PATCH NUMER            8
 First line =       10585
  Averages =   0.7475445      0.7474497      0.7510455      0.7609222    
 Differences =  -4.1959882E-03 -4.2907596E-03 -6.9493055E-04  9.1817379E-03
  PATCH NUMER            9
 First line =       12097
  Averages =   0.7489865      0.7547764      0.7638327      0.7645482    
 Differences =  -9.0493560E-03 -3.2595396E-03  5.7968497E-03  6.5123439E-03
  PATCH NUMER           10
 First line =       13609
  Averages =   0.7602022      0.7642404      0.7654896      0.7645478    
 Differences =  -3.4178495E-03  6.2036514E-04  1.8694997E-03  9.2774630E-04
  PATCH NUMER           11
 First line =       15121
  Averages =   0.7643905      0.7657365      0.7593874      0.7467918    
 Differences =   5.3138137E-03  6.6598654E-03  3.1071901E-04 -1.2284815E-02
  PATCH NUMER           12
 First line =       16633
  Averages =   0.7647385      0.7523825      0.7438398      0.7382132    
 Differences =   1.4944792E-02  2.5888085E-03 -5.9539080E-03 -1.1580467E-02
  PATCH NUMER           13
 First line =       18145
  Averages =   0.7472311      0.7425199      0.7329838      0.7285810    
 Differences =   9.4021559E-03  4.6909451E-03 -4.8451424E-03 -9.2479587E-03
  PATCH NUMER           14
 First line =       19657
  Averages =   0.7388372      0.7298373      0.7293845      0.7320448    
 Differences =   6.3111782E-03 -2.6887655E-03 -3.1415224E-03 -4.8124790E-04
  PATCH NUMER           15
 First line =       21169
  Averages =   0.7286233      0.7311158      0.7320064      0.7255969    
 Differences =  -7.1227551E-04  1.7801523E-03  2.6707649E-03 -3.7387013E-03
  PATCH NUMER           16
 First line =       22681
  Averages =   0.7319903      0.7297918      0.7240543      0.7263569    
 Differences =   3.9420724E-03  1.7434955E-03 -3.9939284E-03 -1.6914010E-03
  PATCH NUMER           17
 First line =       24193
  Averages =   0.7259136      0.7250245      0.7262580      0.7319673    
 Differences =  -1.3772845E-03 -2.2663474E-03 -1.0328293E-03  4.6764612E-03
  PATCH NUMER           18
 First line =       25705
  Averages =   0.7262960      0.7266728      0.7386377      0.7442436    
 Differences =  -7.6667070E-03 -7.2899461E-03  4.6750307E-03  1.0280907E-02
  PATCH NUMER           19
 First line =       27217
  Averages =   0.7311308      0.7425410      0.7466547      0.7555230    
 Differences =  -1.2831807E-02 -1.4216900E-03  2.6921034E-03  1.1560321E-02
  PATCH NUMER           20
 First line =       28729
  Averages =   0.7440291      0.7503533      0.7640952      0.7839663    
 Differences =  -1.6582489E-02 -1.0258257E-02  3.4836531E-03  2.3354709E-02
  PATCH NUMER           21
 First line =       30241
  Averages =   0.7548348      0.7735966      0.7955942      0.8156701    
 Differences =  -3.0090392E-02 -1.1328638E-02  1.0668993E-02  3.0744851E-02
  PATCH NUMER           22
 First line =       31753
  Averages =   0.7830216      0.8073059      0.8194716      0.8300280    
 Differences =  -2.6935875E-02 -2.6515722E-03  9.5141530E-03  2.0070553E-02
  PATCH NUMER           23
 First line =       33265
  Averages =   0.8151652      0.8250256      0.8279353      0.8216332    
 Differences =  -7.2745085E-03  2.5859475E-03  5.4956675E-03 -8.0651045E-04
  PATCH NUMER           24
 First line =       34777
  Averages =   0.8299947      0.8243859      0.8181576      0.8101717    
 Differences =   9.3171597E-03  3.7083626E-03 -2.5200248E-03 -1.0505915E-02
  PATCH NUMER           25
 First line =       36289
  Averages =   0.8220562      0.8142092      0.8070081      0.7987795    
 Differences =   1.1542797E-02  3.6957860E-03 -3.5053492E-03 -1.1733890E-02
  PATCH NUMER           26
 First line =       37801
  Averages =   0.8104050      0.8045057      0.7926208      0.7818182    
 Differences =   1.3067305E-02  7.1679950E-03 -4.7169328E-03 -1.5519559E-02
  PATCH NUMER           27
 First line =       39313
  Averages =   0.7993174      0.7872829      0.7772127      0.7728536    
 Differences =   1.5150487E-02  3.1160116E-03 -6.9541931E-03 -1.1313319E-02
  PATCH NUMER           28
 First line =       40825
  Averages =   0.7822518      0.7739181      0.7742161      0.7837880    
 Differences =   3.7083030E-03 -4.6254396E-03 -4.3274760E-03  5.2444935E-03
  PATCH NUMER           29
 First line =       42337
  Averages =   0.7727621      0.7787185      0.7864770      0.7855906    
 Differences =  -8.1251264E-03 -2.1687150E-03  5.5898428E-03  4.7034025E-03
  PATCH NUMER           30
 First line =       43849
  Averages =   0.7833440      0.7863309      0.7868620      0.7902511    
 Differences =  -3.3529997E-03 -3.6615133E-04  1.6492605E-04  3.5541058E-03
  PATCH NUMER           31
 First line =       45361
  Averages =   0.7854123      0.7898274      0.7886338      0.7866902    
 Differences =  -2.2286177E-03  2.1865368E-03  9.9295378E-04 -9.5069408E-04
  PATCH NUMER           32
 First line =       46873
  Averages =   0.7904153      0.7868488      0.7872933      0.7857069    
 Differences =   2.8492808E-03 -7.1728230E-04 -2.7275085E-04 -1.8591285E-03
  PATCH NUMER           33
 First line =       48385
  Averages =   0.7866185      0.7830333      0.7927900      0.8025237    
 Differences =  -4.6229959E-03 -8.2082152E-03  1.5485287E-03  1.1282265E-02
  PATCH NUMER           34
 First line =       49897
  Averages =   0.7846220      0.7949979      0.8079530      0.8125972    
 Differences =  -1.5420854E-02 -5.0449371E-03  7.9101920E-03  1.2554348E-02
  PATCH NUMER           35
 First line =       51409
  Averages =   0.8017742      0.8063552      0.8219405      0.8422258    
 Differences =  -1.6300619E-02 -1.1719644E-02  3.8656592E-03  2.4151027E-02
  PATCH NUMER           36
 First line =       52921
  Averages =   0.8115193      0.8299229      0.8470905      0.8618711    
 Differences =  -2.6082754E-02 -7.6791644E-03  9.4885230E-03  2.4269104E-02
  PATCH NUMER           37
 First line =       54433
  Averages =   0.8414632      0.8500029      0.8748742      0.9019380    
 Differences =  -2.5608182E-02 -1.7068505E-02  7.8028440E-03  3.4866631E-02
  PATCH NUMER           38
 First line =       55945
 last black mod_64:          63       60000       55945        4096
  Averages =   0.8608742      0.8895400      0.9045846      0.8991731    
 Differences =  -2.7669728E-02  9.9611282E-04  1.6040683E-02  1.0629237E-02

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            0
 AZ patch size:        4096
  What is the desired az fract (def=1.0)?
 fract #:   1.316797    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.hh00c                        

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_c.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.200000    
  Radar wavelength (m)                 =   5.6699999E-02
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =   -1.196519    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.872000      0.6771000    
  -0.3541000    
  Receive leverarm x,y,z              =    1.872000      0.6771000    
  -0.3541000    



  Name of raw data file?
 /mnt/air118/airops/1381/c_hh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_c.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_c                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_c.hh_j                       
 *** ipol itop:           1           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ch                           
 WAYNE init fft, calc slant range, load unpack, interpo   9.5949993E-03
 reading motion compensation data
 WAYNE read motion compen    1.063865    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3727061    
 start range comp, time =      1.521

 WAYNE PREV   1.455936    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  5.1410500E-02  1.2900600E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     1.715 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    17.38794505596161    
 ATTN ifrq ipol ln           8           1        4096   18.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991394    
  shift in azimuth *fractional pixel=  -0.6572652       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.5510530471801758E-03
 TESTING  0.0000000E+00  -13.71605     -0.4429821    
 WAYNE Motion comp. added to patch, time =    6.318719029426575    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9159317016601563E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.71605     -0.4429821    
 HEY,dt,fract,ye,pe  -0.6572652       1.316797      5.1410500E-02
   1.2900600E-02
 WAYNE Azimuth compression done, time =    77.27700591087341    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4895780086517334    
 ==w out           1           0         945                    0
 WAYNE PROCESS   101.4809110164642    

 Processing block number            2
 TESTING WHY  5.1385298E-02  1.3010500E-02        1512           2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560   103.196 seconds.
 TESTING        1513
 before reading
 done reading
 WAYNE load raw data , time =    17.83814704418182    
 ATTN ifrq ipol ln           8           1        5608   18.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991515    
  shift in azimuth *fractional pixel=  -0.6572812       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   3.9150714874267578E-03
 TESTING  0.0000000E+00  -14.14153     -0.4773858    
 WAYNE Motion comp. added to patch, time =    5.936580061912537    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   7.9373955726623535E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.14153     -0.4773858    
 HEY,dt,fract,ye,pe  -0.6572812       1.316797      5.1385298E-02
   1.3010500E-02
 WAYNE Azimuth compression done, time =    75.55377602577209    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5333710908889771    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   99.94580709934235    

 Processing block number            3
 TESTING WHY  5.1130898E-02  1.2874600E-02        1512           3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072   203.142 seconds.
 TESTING        3025
 before reading
 done reading
 WAYNE load raw data , time =    20.57592809200287    
 ATTN ifrq ipol ln           8           1        7120   18.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4991659    
  shift in azimuth *fractional pixel=  -0.6573001       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.3410062789916992E-03
 TESTING  0.0000000E+00  -14.59252     -0.2377296    
 WAYNE Motion comp. added to patch, time =    6.048638939857483    
 WAYNE Doppler estimation done, time =   7.987 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           31 to           34 by #            6

 Processing block number           31
 WAYNE PATCHES:        45361        49456 patch#           31
  reference line: 47408     1.769 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.35311901569366    
 ATTN ifrq ipol ln           8           1       49456   18.00000    
 IPOL, ITOP nblock            1           0          31
  ****shift in azimuth (fractional pixel)=  -0.4992462    
  shift in azimuth *fractional pixel=  -0.6574058       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.6279430389404297E-03
 WAYNE Motion comp. added to patch, time =    6.449601054191589    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9919872283935547E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.01704394817352    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4814599752426147    
 ==w out          31           0         945                    0
 WAYNE PROCESS   99.30894792079926    

 Processing block number           32
 WAYNE PATCHES:        46873        50968 patch#           32
  reference line: 48920   101.078 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.24476408958435    
 ATTN ifrq ipol ln           8           1       50968   18.00000    
 IPOL, ITOP nblock            1           0          32
  ****shift in azimuth (fractional pixel)=  -0.4992680    
  shift in azimuth *fractional pixel=  -0.6574346       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.2409896850585938E-03
 WAYNE Motion comp. added to patch, time =    5.794963002204895    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   5.3939938545227051E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.56156301498413    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4023309946060181    
 ==w out          32        2208         945             45219840
 WAYNE PROCESS   98.06272697448730    

 Processing block number           33
 WAYNE PATCHES:        48385        52480 patch#           33
  reference line: 50432   199.141 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.55976402759552    
 ATTN ifrq ipol ln           8           1       52480   18.00000    
 IPOL, ITOP nblock            1           0          33
  ****shift in azimuth (fractional pixel)=  -0.4992692    
  shift in azimuth *fractional pixel=  -0.6574361       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1658878326416016E-03
 WAYNE Motion comp. added to patch, time =    5.912508010864258    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.6690492630004883E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.73992395401001    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4521510601043701    
 ==w out          33        4416         945             90439680
 WAYNE PROCESS   97.67086207866669    

 Processing block number           34
 WAYNE PATCHES:        49897        53992 p PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           26 to           30 by #            5

 Processing block number           26
 WAYNE PATCHES:        37801        41896 patch#           26
  reference line: 39848     1.761 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.52305400371552    
 ATTN ifrq ipol ln           8           1       41896   18.00000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4992238    
  shift in azimuth *fractional pixel=  -0.6573763       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.6279430389404297E-03
 WAYNE Motion comp. added to patch, time =    6.361870050430298    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   2.1020174026489258E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.57565093040466    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4118930101394653    
 ==w out          26           0         945                    0
 WAYNE PROCESS   98.88018691539764    

 Processing block number           27
 WAYNE PATCHES:        39313        43408 patch#           27
  reference line: 41360   100.641 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.84494590759277    
 ATTN ifrq ipol ln           8           1       43408   18.00000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4992602    
  shift in azimuth *fractional pixel=  -0.6574243       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0960311889648438E-03
 WAYNE Motion comp. added to patch, time =    5.693789005279541    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.3357987403869629E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.14186501502991    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4134249687194824    
 ==w out          27        2208         945             45219840
 WAYNE PROCESS   99.12250101566315    

 Processing block number           28
 WAYNE PATCHES:        40825        44920 patch#           28
  reference line: 42872   199.764 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.66114199161530    
 ATTN ifrq ipol ln           8           1       44920   18.00000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4992834    
  shift in azimuth *fractional pixel=  -0.6574548       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1390657424926758E-03
 WAYNE Motion comp. added to patch, time =    6.044173955917358    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6800165176391602E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.81418097019196    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4241160154342651    
 ==w out          28        4416         945             90439680
 WAYNE PROCESS   100.9501661062241    

 Processing block number           29
 WAYNE PATCHES:        42337        46432 p PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           11 to           15 by #            2

 Processing block number           11
 WAYNE PATCHES:        15121        19216 patch#           11
  reference line: 17168     1.731 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.47828996181488    
 ATTN ifrq ipol ln           8           1       19216   18.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992575    
  shift in azimuth *fractional pixel=  -0.6574208       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.6730041503906250E-03
 WAYNE Motion comp. added to patch, time =    6.449046015739441    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9170045852661133E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.06316196918488    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4616129398345947    
 ==w out          11           0         945                    0
 WAYNE PROCESS   99.45961701869965    

 Processing block number           12
 WAYNE PATCHES:        16633        20728 patch#           12
  reference line: 18680   101.191 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.57501995563507    
 ATTN ifrq ipol ln           8           1       20728   18.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992891    
  shift in azimuth *fractional pixel=  -0.6574623       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.3059587478637695E-03
 WAYNE Motion comp. added to patch, time =    5.924936056137085    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   6.5819025039672852E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.35075199604034    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4594479799270630    
 ==w out          12        2208         945             45219840
 WAYNE PROCESS   99.38120794296265    

 Processing block number           13
 WAYNE PATCHES:        18145        22240 patch#           13
  reference line: 20192   200.572 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.97469496726990    
 ATTN ifrq ipol ln           8           1       22240   18.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992851    
  shift in azimuth *fractional pixel=  -0.6574571       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0510892868041992E-03
 WAYNE Motion comp. added to patch, time =    5.756937980651855    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.6989707946777344E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.83751690387726    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4567539691925049    
 ==w out          13        4416         945             90439680
 WAYNE PROCESS   102.0322959423065    

 Processing block number           14
 WAYNE PATCHES:        19657        23752 p PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to           10 by #            1

 Processing block number            6
 WAYNE PATCHES:         7561        11656 patch#            6
  reference line:  9608     1.724 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.54154300689697    
 ATTN ifrq ipol ln           8           1       11656   18.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4991946    
  shift in azimuth *fractional pixel=  -0.6573378       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.7899484634399414E-03
 WAYNE Motion comp. added to patch, time =    6.583439946174622    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0039081573486328E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.93887996673584    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4575879573822021    
 ==w out           6           0         945                    0
 WAYNE PROCESS   100.5293380022049    

 Processing block number            7
 WAYNE PATCHES:         9073        13168 patch#            7
  reference line: 11120   102.254 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.80960011482239    
 ATTN ifrq ipol ln           8           1       13168   18.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4992226    
  shift in azimuth *fractional pixel=  -0.6573748       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1379928588867188E-03
 WAYNE Motion comp. added to patch, time =    6.026904940605164    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   9.3078970909118652E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.54526305198669    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4204870462417603    
 ==w out           7        2208         945             45219840
 WAYNE PROCESS   98.90050804615021    

 Processing block number            8
 WAYNE PATCHES:        10585        14680 patch#            8
  reference line: 12632   201.154 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.02502095699310    
 ATTN ifrq ipol ln           8           1       14680   18.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4992377    
  shift in azimuth *fractional pixel=  -0.6573946       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0900707244873047E-03
 WAYNE Motion comp. added to patch, time =    5.712828993797302    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8079280853271484E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.60685610771179    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4564139842987061    
 ==w out           8        4416         945             90439680
 WAYNE PROCESS   101.8076939582825    

 Processing block number            9
 WAYNE PATCHES:        12097        16192 p PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           16 to           20 by #            3

 Processing block number           16
 WAYNE PATCHES:        22681        26776 patch#           16
  reference line: 24728     1.744 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.63517498970032    
 ATTN ifrq ipol ln           8           1       26776   18.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993093    
  shift in azimuth *fractional pixel=  -0.6574890       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.8869848251342773E-03
 WAYNE Motion comp. added to patch, time =    6.561402916908264    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1409988403320313E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.73095595836639    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4597049951553345    
 ==w out          16           0         945                    0
 WAYNE PROCESS   100.3953400850296    

 Processing block number           17
 WAYNE PATCHES:        24193        28288 patch#           17
  reference line: 26240   102.140 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.71142792701721    
 ATTN ifrq ipol ln           8           1       28288   18.00000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=  -0.6574737       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1769742965698242E-03
 WAYNE Motion comp. added to patch, time =    5.855548024177551    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   3.4283041954040527E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.33424794673920    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4338380098342896    
 ==w out          17        2208         945             45219840
 WAYNE PROCESS   100.3745319843292    

 Processing block number           18
 WAYNE PATCHES:        25705        29800 patch#           18
  reference line: 27752   202.514 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.18108201026917    
 ATTN ifrq ipol ln           8           1       29800   18.00000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4992844    
  shift in azimuth *fractional pixel=  -0.6574561       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0489435195922852E-03
 WAYNE Motion comp. added to patch, time =    5.717531085014343    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7180442810058594E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.21755206584930    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4288839101791382    
 ==w out          18        4416         945             90439680
 WAYNE PROCESS   102.5515038967133    

 Processing block number           19
 WAYNE PATCHES:        27217        31312 p PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           35 to           38 by #            7

 Processing block number           35
 WAYNE PATCHES:        51409        55504 patch#           35
  reference line: 53456     1.781 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.48872697353363    
 ATTN ifrq ipol ln           8           1       55504   18.00000    
 IPOL, ITOP nblock            1           0          35
  ****shift in azimuth (fractional pixel)=  -0.4992070    
  shift in azimuth *fractional pixel=  -0.6573542       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.7090053558349609E-03
 WAYNE Motion comp. added to patch, time =    6.545500040054321    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1630525588989258E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.50450897216797    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4765559434890747    
 ==w out          35           0         945                    0
 WAYNE PROCESS   101.0231699943542    

 Processing block number           36
 WAYNE PATCHES:        52921        57016 patch#           36
  reference line: 54968   102.805 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.12331199645996    
 ATTN ifrq ipol ln           8           1       57016   18.00000    
 IPOL, ITOP nblock            1           0          36
  ****shift in azimuth (fractional pixel)=  -0.4991597    
  shift in azimuth *fractional pixel=  -0.6572919       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   3.9329528808593750E-03
 WAYNE Motion comp. added to patch, time =    5.866721034049988    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   5.1521062850952148E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.70713305473328    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4296259880065918    
 ==w out          36        2208         945             45219840
 WAYNE PROCESS   99.18320798873901    

 Processing block number           37
 WAYNE PATCHES:        54433        58528 patch#           37
  reference line: 56480   201.988 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.35134601593018    
 ATTN ifrq ipol ln           8           1       58528   18.00000    
 IPOL, ITOP nblock            1           0          37
  ****shift in azimuth (fractional pixel)=  -0.4991306    
  shift in azimuth *fractional pixel=  -0.6572536       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0069818496704102E-03
 WAYNE Motion comp. added to patch, time =    5.727878093719482    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6978979110717773E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.93391895294189    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4767260551452637    
 ==w out          37        4416         945             90439680
 WAYNE PROCESS   103.4960969686508    

 Processing block number           38
 WAYNE PATCHES:        55904        59999 p PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           21 to           25 by #            4

 Processing block number           21
 WAYNE PATCHES:        30241        34336 patch#           21
  reference line: 32288     1.751 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.79131698608398    
 ATTN ifrq ipol ln           8           1       34336   18.00000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4991900    
  shift in azimuth *fractional pixel=  -0.6573318       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.8899650573730469E-03
 WAYNE Motion comp. added to patch, time =    6.597355961799622    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1759271621704102E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.42033398151398    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4765518903732300    
 ==w out          21           0         945                    0
 WAYNE PROCESS   101.2936959266663    

 Processing block number           22
 WAYNE PATCHES:        31753        35848 patch#           22
  reference line: 33800   103.045 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.60162293910980    
 ATTN ifrq ipol ln           8           1       35848   18.00000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4991561    
  shift in azimuth *fractional pixel=  -0.6572872       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1989088058471680E-03
 WAYNE Motion comp. added to patch, time =    6.033028960227966    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   6.8647027015686035E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.87147402763367    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4811940193176270    
 ==w out          22        2208         945             45219840
 WAYNE PROCESS   100.0613150596619    

 Processing block number           23
 WAYNE PATCHES:        33265        37360 patch#           23
  reference line: 35312   203.107 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.59772801399231    
 ATTN ifrq ipol ln           8           1       37360   18.00000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4991587    
  shift in azimuth *fractional pixel=  -0.6572906       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1929483413696289E-03
 WAYNE Motion comp. added to patch, time =    6.117590069770813    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7279386520385742E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.39610004425049    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4599770307540894    
 ==w out          23        4416         945             90439680
 WAYNE PROCESS   102.5781279802322    

 Processing block number           24
 WAYNE PATCHES:        34777        38872 patch#           34
  reference line: 51944   296.812 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.96414208412170    
 ATTN ifrq ipol ln           8           1       53992   18.00000    
 IPOL, ITOP nblock            1           0          34
  ****shift in azimuth (fractional pixel)=  -0.4992445    
  shift in azimuth *fractional pixel=  -0.6574035       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0440559387207031E-03
 WAYNE Motion comp. added to patch, time =    5.687842965126038    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7049312591552734E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.04361307621002    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5409409999847412    
 ==w out          34        6624         945            135659520
 WAYNE PROCESS   96.24320006370544    
 ==w out          35        8835
atch#           38
  reference line: 57951   305.484 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.84459996223450    
 ATTN ifrq ipol ln           8           1       59999   18.00000    
 IPOL, ITOP nblock            1           0          38
  ****shift in azimuth (fractional pixel)=  -0.4990267    
  shift in azimuth *fractional pixel=  -0.6571168       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0450096130371094E-03
 WAYNE Motion comp. added to patch, time =    5.992641091346741    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7589330673217773E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    77.46056401729584    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4255110025405884    
 ==w out          38        6624         945            135659520
 WAYNE PROCESS   101.7298020124435    
 ==w out          39        8835
atch#           29
  reference line: 44384   300.714 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.22527003288269    
 ATTN ifrq ipol ln           8           1       46432   18.00000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4992594    
  shift in azimuth *fractional pixel=  -0.6574231       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0739774703979492E-03
 WAYNE Motion comp. added to patch, time =    6.069622039794922    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.7570257186889648E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.67916703224182    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4787219762802124    
 ==w out          29        6624         945            135659520
 WAYNE PROCESS   100.4595360755920    

 Processing block number           30
 WAYNE PATCHES:        43849        47944 patch#           30
  reference line: 45896   401.174 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.85797095298767    
 ATTN ifrq ipol ln           8           1       47944   18.00000    
 IPOL, ITOP nblock            1           0          30
  ****shift in azimuth (fractional pixel)=  -0.4992605    
  shift in azimuth *fractional pixel=  -0.6574246       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1769742965698242E-03
 WAYNE Motion comp. added to patch, time =    5.739047050476074    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.6709566116333008E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    60.66235601902008    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4371269941329956    
 ==w out          30        8832         945            180879360
 WAYNE PROCESS   83.70303893089294    
 ==w out          31       11043
0223999023438E-06
 WAYNE write deskew done, time =   1.6109943389892578E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.59252     -0.2377296    
 HEY,dt,fract,ye,pe  -0.6573001       1.316797      5.1130898E-02
   1.2874600E-02
 WAYNE Azimuth compression done, time =    75.99658393859863    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4349099397659302    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   103.0630159378052    

 Processing block number            4
 TESTING WHY  5.1188100E-02  1.2528200E-02        1512           4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584   306.205 seconds.
 TESTING        4537
 before reading
 done reading
 WAYNE load raw data , time =    17.47130095958710    
 ATTN ifrq ipol ln           8           1        8632   18.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4991831    
  shift in azimuth *fractional pixel=  -0.6573227       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1400194168090820E-03
 TESTING  0.0000000E+00  -14.86932      0.2060252    
 WAYNE Motion comp. added to patch, time =    5.910246968269348    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.8459558486938477E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.86932      0.2060252    
 HEY,dt,fract,ye,pe  -0.6573227       1.316797      5.1188100E-02
   1.2528200E-02
 WAYNE Azimuth compression done, time =    74.94994604587555    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4478899240493774    
 ==w out           4        6624         945            135659520
 WAYNE PROCESS   98.78598201274872    

 Processing block number            5
 TESTING WHY  5.1258299E-02  1.2125300E-02        1512           5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096   404.991 seconds.
 TESTING        6049
 before reading
 done reading
 WAYNE load raw data , time =    16.70876395702362    
 ATTN ifrq ipol ln           8           1       10144   18.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4991716    
  shift in azimuth *fractional pixel=  -0.6573076       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0119886398315430E-03
 TESTING  0.0000000E+00  -14.71385      0.5221839    
 WAYNE Motion comp. added to patch, time =    5.601994037628174    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6839504241943359E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.71385      0.5221839    
 HEY,dt,fract,ye,pe  -0.6573076       1.316797      5.1258299E-02
   1.2125300E-02
 WAYNE Azimuth compression done, time =    60.99585998058319    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4379140138626099    
 ==w out           5        8832         945            180879360
 WAYNE PROCESS   83.75075304508209    
 ==w out           6       11043
atch#            9
  reference line: 14144   302.962 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.35326695442200    
 ATTN ifrq ipol ln           8           1       16192   18.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4992382    
  shift in azimuth *fractional pixel=  -0.6573953       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0320158004760742E-03
 WAYNE Motion comp. added to patch, time =    5.654304981231689    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.7849206924438477E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.67480099201202    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4903519153594971    
 ==w out           9        6624         945            135659520
 WAYNE PROCESS   98.17943000793457    

 Processing block number           10
 WAYNE PATCHES:        13609        17704 patch#           10
  reference line: 15656   401.142 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.73867905139923    
 ATTN ifrq ipol ln           8           1       17704   18.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4992514    
  shift in azimuth *fractional pixel=  -0.6574127       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0909051895141602E-03
 WAYNE Motion comp. added to patch, time =    5.780948996543884    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.7009973526000977E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.27621006965637    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3925349712371826    
 ==w out          10        8832         945            180879360
 WAYNE PROCESS   96.19489002227783    
 ==w out          11       11043
atch#           14
  reference line: 21704   302.605 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.20677697658539    
 ATTN ifrq ipol ln           8           1       23752   18.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=  -0.6574738       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0440559387207031E-03
 WAYNE Motion comp. added to patch, time =    5.775483965873718    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6460418701171875E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.01716709136963    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4249749183654785    
 ==w out          14        6624         945            135659520
 WAYNE PROCESS   99.43093192577362    

 Processing block number           15
 WAYNE PATCHES:        21169        25264 patch#           15
  reference line: 23216   402.036 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.71160602569580    
 ATTN ifrq ipol ln           8           1       25264   18.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992915    
  shift in azimuth *fractional pixel=  -0.6574655       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.0990114212036133E-03
 WAYNE Motion comp. added to patch, time =    5.908581018447876    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.7930269241333008E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.24203109741211    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3860909938812256    
 ==w out          15        8832         945            180879360
 WAYNE PROCESS   96.25494801998138    
 ==w out          16       11043
atch#           24
  reference line: 36824   305.685 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.70248210430145    
 ATTN ifrq ipol ln           8           1       38872   18.00000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4992012    
  shift in azimuth *fractional pixel=  -0.6573467       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1888952255249023E-03
 WAYNE Motion comp. added to patch, time =    6.176469087600708    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8329620361328125E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.14507901668549    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4605679512023926    
 ==w out          24        6624         945            135659520
 WAYNE PROCESS   99.49152398109436    

 Processing block number           25
 WAYNE PATCHES:        36289        40384 patch#           25
  reference line: 38336   405.177 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.89764392375946    
 ATTN ifrq ipol ln           8           1       40384   18.00000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4992144    
  shift in azimuth *fractional pixel=  -0.6573640       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1270256042480469E-03
 WAYNE Motion comp. added to patch, time =    5.760738968849182    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7129182815551758E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.91233098506927    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3806749582290649    
 ==w out          25        8832         945            180879360
 WAYNE PROCESS   96.95796895027161    
 ==w out          26       11043
atch#           19
  reference line: 29264   305.066 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.65213096141815    
 ATTN ifrq ipol ln           8           1       31312   18.00000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4992518    
  shift in azimuth *fractional pixel=  -0.6574132       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1149854660034180E-03
 WAYNE Motion comp. added to patch, time =    5.963371038436890    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8059015274047852E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    77.54065191745758    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4127210378646851    
 ==w out          19        6624         945            135659520
 WAYNE PROCESS   101.5757260322571    

 Processing block number           20
 WAYNE PATCHES:        28729        32824 patch#           20
  reference line: 30776   406.642 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.97513806819916    
 ATTN ifrq ipol ln           8           1       32824   18.00000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4992289    
  shift in azimuth *fractional pixel=  -0.6573830       1.316797    
 WAYNE Motion comp. coeff. calculated, time =   4.1400194168090820E-03
 WAYNE Motion comp. added to patch, time =    5.892189025878906    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.7579793930053711E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.99610400199890    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3792819976806641    
 ==w out          20        8832         945            180879360
 WAYNE PROCESS   97.24943101406097    
 ==w out          21       11043
            1     1793896           0
            2     1793777           0
            3     1794029           0
            4     1794227           0
            5     1790423           0
            6     1793854           0
            7     1793851           0
            8     1793889           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       83904kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             5
 gather image from processor #            2
             5
 gather image from processor #            3
             5
 gather image from processor #            4
             5
 gather image from processor #            5
             5
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    9.6771001815795898E-02
 WAYNE LOOP TIME:     510.6106270551682    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_c.hh_j                       
 /mnt/air119/airops/1381/ts1381_c.mocomph                    
 /mnt/air119/airops/1381/ts1381_c.dop                        
 /mnt/air119/airops/1381/ts1381_c.glb                                2560
        83904
 update intf hdr ha:   6899.100    
 UPDATE:        2560       83904   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_c.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_c.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_c.glb                        
 /mnt/air119/airops/1381/ts1381_c.glb                                  36
 deskew line ra ha trc:   292.2784             568   7949.298    
    6899.100       90.98126    
  after deskew line ra ha trc:   292.2784             568   7949.298    
    6899.100       90.98126    
 lat1 lon1:         568   63.75602      -144.9816           83904
 last ra n_ns ns:   7949.298              -1           1       84471
        83904
 lati loni:       84471   63.75605      -144.0585           84471           1
 center ra n_ns ns:   12209.65            1278        1278       42519
        83904
 lati loni:       42519   63.79443      -144.5152           42519        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_c.hh_j                       
 WAYNE FINAL PROCESS   512.1845690011978    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
        11040           5
        11040           5
        11040           5
        11040           5
        11040           5
        11040           5
         8832           4
         8832           4
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_c.hh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_c.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ch                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_c.BB                         
  Name of the line output file?
 /mnt/air119/airops/1381/c_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.331951022148132    

  Deskewing           38 patches
 Processing block number            1
 DEBUG          568   567.5130       1668.990     -0.6572652     -0.6572652    
 patch iptc,sj,dgj,dgi,id:           1           1         568         568
            0
  half line dmj dgc:           0         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           0        1104
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        1105           0        1104
 patch iptc,sj,dgj,dgi,id:           1        1105         568         568
         1104
  half line dmj dgc:           1         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           1        2208
   Writing data negflag .eq. 0
 sj>s1:        1105           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1104

 Processing block number            2
 DEBUG          569   568.7981       1669.734     -0.6572812     -0.6572812    
         1105        1514           1         408
 patch iptc,sj,dgj,dgi,id:           2        1514         569         568
          408
  half line dmj dgc:           0        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1514        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1513

         1514        2618           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2618         569         569
         1104
  half line dmj dgc:           1        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2618        1514
   Zeroing lines in arrays 
  Total # of output lines =            2        2617

 Processing block number            3
 DEBUG          565   564.9858       1660.484     -0.6573001     -0.6573001    
         2618        3022          -4         408
 patch iptc,sj,dgj,dgi,id:           3        3022         565         569
          408
  half line dmj dgc:           0        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3022        2618
   Zeroing lines in arrays 
  Total # of output lines =            3        3021

         3022        4126           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4126         565         565
         1104
  half line dmj dgc:           1        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4126        3022
   Zeroing lines in arrays 
  Total # of output lines =            3        4125

 Processing block number            4
 DEBUG          561   560.7144       1657.485     -0.6573227     -0.6573227    
         4126        4530          -4         408
 patch iptc,sj,dgj,dgi,id:           4        4530         561         565
          408
  half line dmj dgc:           0        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4530        4126
   Zeroing lines in arrays 
  Total # of output lines =            4        4529

         4530        5634           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5634         561         561
         1104
  half line dmj dgc:           1        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5634        4530
   Zeroing lines in arrays 
  Total # of output lines =            4        5633

 Processing block number            5
 DEBUG          556   555.8035       1654.107     -0.6573076     -0.6573076    
         5634        6037          -5         408
 patch iptc,sj,dgj,dgi,id:           5        6037         556         561
          408
  half line dmj dgc:           0        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6037        5634
   Zeroing lines in arrays 
  Total # of output lines =            5        6036

         6037        7141           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7141         556         556
         1104
  half line dmj dgc:           1        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7141        6037
   Zeroing lines in arrays 
  Total # of output lines =            5        7140

 Processing block number            6
 DEBUG          554   554.1008       1646.914     -0.6573378     -0.6573378    
         7141        7547          -2         408
 patch iptc,sj,dgj,dgi,id:           6        7547         554         556
          408
  half line dmj dgc:           0        8505        1647         568
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        7547        7141
   Zeroing lines in arrays 
  Total # of output lines =            6        7546

         7547        8651           0        1104
 patch iptc,sj,dgj,dgi,id:           6        8651         554         554
         1104
  half line dmj dgc:           1        8505        1647         568
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        8651        7547
   Zeroing lines in arrays 
  Total # of output lines =            6        8650

 Processing block number            7
 DEBUG          554   554.3135       1632.369     -0.6573748     -0.6573748    
         8651        9059           0         408
 patch iptc,sj,dgj,dgi,id:           7        9059         554         554
          408
  half line dmj dgc:           0       10017        1632         568
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:        9059        8651
   Zeroing lines in arrays 
  Total # of output lines =            7        9058

         9059       10163           0        1104
 patch iptc,sj,dgj,dgi,id:           7       10163         554         554
         1104
  half line dmj dgc:           1       10017        1632         568
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 sj>s1:       10163        9059
   Zeroing lines in arrays 
  Total # of output lines =            7       10162

 Processing block number            8
 DEBUG          560   559.6299       1627.237     -0.6573946     -0.6573946    
        10163       10577           6         408
 patch iptc,sj,dgj,dgi,id:           8       10577         560         554
          408
  half line dmj dgc:           0       11529        1627         568
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:       10577       10163
   Zeroing lines in arrays 
  Total # of output lines =            8       10576

        10577       11681           0        1104
 patch iptc,sj,dgj,dgi,id:           8       11681         560         560
         1104
  half line dmj dgc:           1       11529        1627         568
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:       11681       10577
   Zeroing lines in arrays 
  Total # of output lines =            8       11680

 Processing block number            9
 DEBUG          567   567.3535       1628.700     -0.6573953     -0.6573953    
        11681       12096           7         408
 patch iptc,sj,dgj,dgi,id:           9       12096         567         560
          408
  half line dmj dgc:           0       13041        1629         568
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:       12096       11681
   Zeroing lines in arrays 
  Total # of output lines =            9       12095

        12096       13200           0        1104
 patch iptc,sj,dgj,dgi,id:           9         912         567         567
         1104
  half line dmj dgc:           1       13041        1629         568
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 s1>sj:       12096         912
   Zeroing lines in arrays 
  Total # of output lines =            9       13199

 Processing block number           10
 DEBUG          574   573.5821       1632.332     -0.6574127     -0.6574127    
          912        1327           7         408
 patch iptc,sj,dgj,dgi,id:          10        1327         574         567
          408
  half line dmj dgc:           0       14553        1632         568
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        1327         912
   Zeroing lines in arrays 
  Total # of output lines =           10       13614

         1327        2431           0        1104
 patch iptc,sj,dgj,dgi,id:          10        2431         574         574
         1104
  half line dmj dgc:           1       14553        1632         568
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        2431        1327
   Zeroing lines in arrays 
  Total # of output lines =           10       14718

 Processing block number           11
 DEBUG          570   570.3065       1621.646     -0.6574208     -0.6574208    
         2431        2835          -4         408
 patch iptc,sj,dgj,dgi,id:          11        2835         570         574
          408
  half line dmj dgc:           0       16065        1622         568
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        2835        2431
   Zeroing lines in arrays 
  Total # of output lines =           11       15122

         2835        3939           0        1104
 patch iptc,sj,dgj,dgi,id:          11        3939         570         570
         1104
  half line dmj dgc:           1       16065        1622         568
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        3939        2835
   Zeroing lines in arrays 
  Total # of output lines =           11       16226

 Processing block number           12
 DEBUG          561   560.9562       1611.000     -0.6574623     -0.6574623    
         3939        4338          -9         408
 patch iptc,sj,dgj,dgi,id:          12        4338         561         570
          408
  half line dmj dgc:           0       17577        1611         568
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        4338        3939
   Zeroing lines in arrays 
  Total # of output lines =           12       16625

         4338        5442           0        1104
 patch iptc,sj,dgj,dgi,id:          12        5442         561         561
         1104
  half line dmj dgc:           1       17577        1611         568
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        5442        4338
   Zeroing lines in arrays 
  Total # of output lines =           12       17729

 Processing block number           13
 DEBUG          549   548.6666       1598.463     -0.6574571     -0.6574571    
         5442        5838         -12         408
 patch iptc,sj,dgj,dgi,id:          13        5838         549         561
          408
  half line dmj dgc:           0       19089        1599         568
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:        5838        5442
   Zeroing lines in arrays 
  Total # of output lines =           13       18125

         5838        6942           0        1104
 patch iptc,sj,dgj,dgi,id:          13        6942         549         549
         1104
  half line dmj dgc:           1       19089        1599         568
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:        6942        5838
   Zeroing lines in arrays 
  Total # of output lines =           13       19229

 Processing block number           14
 DEBUG          542   541.6094       1599.475     -0.6574738     -0.6574738    
         6942        7343          -7         408
 patch iptc,sj,dgj,dgi,id:          14        7343         542         549
          408
  half line dmj dgc:           0       20601        1600         568
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:        7343        6942
   Zeroing lines in arrays 
  Total # of output lines =           14       19630

         7343        8447           0        1104
 patch iptc,sj,dgj,dgi,id:          14        8447         542         542
         1104
  half line dmj dgc:           1       20601        1600         568
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 sj>s1:        8447        7343
   Zeroing lines in arrays 
  Total # of output lines =           14       20734

 Processing block number           15
 DEBUG          538   537.6931       1598.655     -0.6574655     -0.6574655    
         8447        8851          -4         408
 patch iptc,sj,dgj,dgi,id:          15        8851         538         542
          408
  half line dmj dgc:           0       22113        1599         568
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        8851        8447
   Zeroing lines in arrays 
  Total # of output lines =           15       21138

         8851        9955           0        1104
 patch iptc,sj,dgj,dgi,id:          15        9955         538         538
         1104
  half line dmj dgc:           1       22113        1599         568
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:        9955        8851
   Zeroing lines in arrays 
  Total # of output lines =           15       22242

 Processing block number           16
 DEBUG          536   535.4563       1600.962     -0.6574890     -0.6574890    
         9955       10361          -2         408
 patch iptc,sj,dgj,dgi,id:          16       10361         536         538
          408
  half line dmj dgc:           0       23625        1601         568
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:       10361        9955
   Zeroing lines in arrays 
  Total # of output lines =           16       22648

        10361       11465           0        1104
 patch iptc,sj,dgj,dgi,id:          16       11465         536         536
         1104
  half line dmj dgc:           1       23625        1601         568
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:       11465       10361
   Zeroing lines in arrays 
  Total # of output lines =           16       23752

 Processing block number           17
 DEBUG          533   533.2117       1606.164     -0.6574737     -0.6574737    
        11465       11870          -3         408
 patch iptc,sj,dgj,dgi,id:          17       11870         533         536
          408
  half line dmj dgc:           0       25137        1606         568
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:       11870       11465
   Zeroing lines in arrays 
  Total # of output lines =           17       24157

        11870       12974           0        1104
 patch iptc,sj,dgj,dgi,id:          17         686         533         533
         1104
  half line dmj dgc:           1       25137        1606         568
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 s1>sj:       11870         686
   Zeroing lines in arrays 
  Total # of output lines =           17       25261

 Processing block number           18
 DEBUG          536   535.5013       1631.666     -0.6574561     -0.6574561    
          686        1097           3         408
 patch iptc,sj,dgj,dgi,id:          18        1097         536         533
          408
  half line dmj dgc:           0       26649        1632         568
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        1097         686
   Zeroing lines in arrays 
  Total # of output lines =           18       25672

         1097        2201           0        1104
 patch iptc,sj,dgj,dgi,id:          18        2201         536         536
         1104
  half line dmj dgc:           1       26649        1632         568
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        2201        1097
   Zeroing lines in arrays 
  Total # of output lines =           18       26776

 Processing block number           19
 DEBUG          540   540.4194       1663.940     -0.6574132     -0.6574132    
         2201        2613           4         408
 patch iptc,sj,dgj,dgi,id:          19        2613         540         536
          408
  half line dmj dgc:           0       28161        1664         568
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        2613        2201
   Zeroing lines in arrays 
  Total # of output lines =           19       27188

         2613        3717           0        1104
 patch iptc,sj,dgj,dgi,id:          19        3717         540         540
         1104
  half line dmj dgc:           1       28161        1664         568
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:        3717        2613
   Zeroing lines in arrays 
  Total # of output lines =           19       28292

 Processing block number           20
 DEBUG          552   551.7819       1704.951     -0.6573830     -0.6573830    
         3717        4137          12         408
 patch iptc,sj,dgj,dgi,id:          20        4137         552         540
          408
  half line dmj dgc:           0       29673        1705         568
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:        4137        3717
   Zeroing lines in arrays 
  Total # of output lines =           20       28712

         4137        5241           0        1104
 patch iptc,sj,dgj,dgi,id:          20        5241         552         552
         1104
  half line dmj dgc:           1       29673        1705         568
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:        5241        4137
   Zeroing lines in arrays 
  Total # of output lines =           20       29816

 Processing block number           21
 DEBUG          572   571.7932       1750.920     -0.6573318     -0.6573318    
         5241        5669          20         408
 patch iptc,sj,dgj,dgi,id:          21        5669         572         552
          408
  half line dmj dgc:           0       31185        1751         568
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 sj>s1:        5669        5241
   Zeroing lines in arrays 
  Total # of output lines =           21       30244

         5669        6773           0        1104
 patch iptc,sj,dgj,dgi,id:          21        6773         572         572
         1104
  half line dmj dgc:           1       31185        1751         568
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        6773        5669
   Zeroing lines in arrays 
  Total # of output lines =           21       31348

 Processing block number           22
 DEBUG          595   594.4504       1789.614     -0.6572872     -0.6572872    
         6773        7204          23         408
 patch iptc,sj,dgj,dgi,id:          22        7204         595         572
          408
  half line dmj dgc:           0       32697        1790         568
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        7204        6773
   Zeroing lines in arrays 
  Total # of output lines =           22       31779

         7204        8308           0        1104
 patch iptc,sj,dgj,dgi,id:          22        8308         595         595
         1104
  half line dmj dgc:           1       32697        1790         568
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        8308        7204
   Zeroing lines in arrays 
  Total # of output lines =           22       32883

 Processing block number           23
 DEBUG          608   607.9013       1799.810     -0.6572906     -0.6572906    
         8308        8729          13         408
 patch iptc,sj,dgj,dgi,id:          23        8729         608         595
          408
  half line dmj dgc:           0       34209        1800         568
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        8729        8308
   Zeroing lines in arrays 
  Total # of output lines =           23       33304

         8729        9833           0        1104
 patch iptc,sj,dgj,dgi,id:          23        9833         608         608
         1104
  half line dmj dgc:           1       34209        1800         568
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        9833        8729
   Zeroing lines in arrays 
  Total # of output lines =           23       34408

 Processing block number           24
 DEBUG          608   608.0427       1789.537     -0.6573467     -0.6573467    
         9833       10241           0         408
 patch iptc,sj,dgj,dgi,id:          24       10241         608         608
          408
  half line dmj dgc:           0       35721        1790         568
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:       10241        9833
   Zeroing lines in arrays 
  Total # of output lines =           24       34816

        10241       11345           0        1104
 patch iptc,sj,dgj,dgi,id:          24       11345         608         608
         1104
  half line dmj dgc:           1       35721        1790         568
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:       11345       10241
   Zeroing lines in arrays 
  Total # of output lines =           24       35920

 Processing block number           25
 DEBUG          599   598.9492       1772.972     -0.6573640     -0.6573640    
        11345       11744          -9         408
 patch iptc,sj,dgj,dgi,id:          25       11744         599         608
          408
  half line dmj dgc:           0       37233        1773         568
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:       11744       11345
   Zeroing lines in arrays 
  Total # of output lines =           25       36319

        11744       12848           0        1104
 patch iptc,sj,dgj,dgi,id:          25         560         599         599
         1104
  half line dmj dgc:           1       37233        1773         568
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 s1>sj:       11744         560
   Zeroing lines in arrays 
  Total # of output lines =           25       37423

 Processing block number           26
 DEBUG          587   586.5535       1754.272     -0.6573763     -0.6573763    
          560         956         -12         408
 patch iptc,sj,dgj,dgi,id:          26         956         587         599
          408
  half line dmj dgc:           0       38745        1754         568
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:         956         560
   Zeroing lines in arrays 
  Total # of output lines =           26       37819

          956        2060           0        1104
 patch iptc,sj,dgj,dgi,id:          26        2060         587         587
         1104
  half line dmj dgc:           1       38745        1754         568
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:        2060         956
   Zeroing lines in arrays 
  Total # of output lines =           26       38923

 Processing block number           27
 DEBUG          575   575.1761       1731.658     -0.6574243     -0.6574243    
         2060        2456         -12         408
 patch iptc,sj,dgj,dgi,id:          27        2456         575         587
          408
  half line dmj dgc:           0       40257        1732         568
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:        2456        2060
   Zeroing lines in arrays 
  Total # of output lines =           27       39319

         2456        3560           0        1104
 patch iptc,sj,dgj,dgi,id:          27        3560         575         575
         1104
  half line dmj dgc:           1       40257        1732         568
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 sj>s1:        3560        2456
   Zeroing lines in arrays 
  Total # of output lines =           27       40423

 Processing block number           28
 DEBUG          570   570.2367       1722.272     -0.6574548     -0.6574548    
         3560        3963          -5         408
 patch iptc,sj,dgj,dgi,id:          28        3963         570         575
          408
  half line dmj dgc:           0       41769        1722         568
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        3963        3560
   Zeroing lines in arrays 
  Total # of output lines =           28       40826

         3963        5067           0        1104
 patch iptc,sj,dgj,dgi,id:          28        5067         570         570
         1104
  half line dmj dgc:           1       41769        1722         568
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        5067        3963
   Zeroing lines in arrays 
  Total # of output lines =           28       41930

 Processing block number           29
 DEBUG          571   570.9254       1731.494     -0.6574231     -0.6574231    
         5067        5476           1         408
 patch iptc,sj,dgj,dgi,id:          29        5476         571         570
          408
  half line dmj dgc:           0       43281        1732         568
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        5476        5067
   Zeroing lines in arrays 
  Total # of output lines =           29       42339

         5476        6580           0        1104
 patch iptc,sj,dgj,dgi,id:          29        6580         571         571
         1104
  half line dmj dgc:           1       43281        1732         568
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        6580        5476
   Zeroing lines in arrays 
  Total # of output lines =           29       43443

 Processing block number           30
 DEBUG          574   573.8393       1749.676     -0.6574246     -0.6574246    
         6580        6991           3         408
 patch iptc,sj,dgj,dgi,id:          30        6991         574         571
          408
  half line dmj dgc:           0       44793        1750         568
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        6991        6580
   Zeroing lines in arrays 
  Total # of output lines =           30       43854

         6991        8095           0        1104
 patch iptc,sj,dgj,dgi,id:          30        8095         574         574
         1104
  half line dmj dgc:           1       44793        1750         568
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        8095        6991
   Zeroing lines in arrays 
  Total # of output lines =           30       44958

 Processing block number           31
 DEBUG          574   573.8793       1754.220     -0.6574058     -0.6574058    
         8095        8503           0         408
 patch iptc,sj,dgj,dgi,id:          31        8503         574         574
          408
  half line dmj dgc:           0       46305        1754         568
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        8503        8095
   Zeroing lines in arrays 
  Total # of output lines =           31       45366

         8503        9607           0        1104
 patch iptc,sj,dgj,dgi,id:          31        9607         574         574
         1104
  half line dmj dgc:           1       46305        1754         568
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        9607        8503
   Zeroing lines in arrays 
  Total # of output lines =           31       46470

 Processing block number           32
 DEBUG          573   573.0336       1757.143     -0.6574346     -0.6574346    
         9607       10014          -1         408
 patch iptc,sj,dgj,dgi,id:          32       10014         573         574
          408
  half line dmj dgc:           0       47817        1757         568
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:       10014        9607
   Zeroing lines in arrays 
  Total # of output lines =           32       46877

        10014       11118           0        1104
 patch iptc,sj,dgj,dgi,id:          32       11118         573         573
         1104
  half line dmj dgc:           1       47817        1757         568
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       11118       10014
   Zeroing lines in arrays 
  Total # of output lines =           32       47981

 Processing block number           33
 DEBUG          575   575.1763       1767.462     -0.6574361     -0.6574361    
        11118       11528           2         408
 patch iptc,sj,dgj,dgi,id:          33       11528         575         573
          408
  half line dmj dgc:           0       49329        1768         568
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11528       11118
   Zeroing lines in arrays 
  Total # of output lines =           33       48391

        11528       12632           0        1104
 patch iptc,sj,dgj,dgi,id:          33         344         575         575
         1104
  half line dmj dgc:           1       49329        1768         568
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 s1>sj:       11528         344
   Zeroing lines in arrays 
  Total # of output lines =           33       49495

 Processing block number           34
 DEBUG          580   579.9952       1793.857     -0.6574035     -0.6574035    
          344         757           5         408
 patch iptc,sj,dgj,dgi,id:          34         757         580         575
          408
  half line dmj dgc:           0       50841        1794         568
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 sj>s1:         757         344
   Zeroing lines in arrays 
  Total # of output lines =           34       49908

          757        1861           0        1104
 patch iptc,sj,dgj,dgi,id:          34        1861         580         580
         1104
  half line dmj dgc:           1       50841        1794         568
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        1861         757
   Zeroing lines in arrays 
  Total # of output lines =           34       51012

 Processing block number           35
 DEBUG          593   592.9255       1835.405     -0.6573542     -0.6573542    
         1861        2282          13         408
 patch iptc,sj,dgj,dgi,id:          35        2282         593         580
          408
  half line dmj dgc:           0       52353        1835         568
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2282        1861
   Zeroing lines in arrays 
  Total # of output lines =           35       51433

         2282        3386           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3386         593         593
         1104
  half line dmj dgc:           1       52353        1835         568
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3386        2282
   Zeroing lines in arrays 
  Total # of output lines =           35       52537

 Processing block number           36
 DEBUG          607   606.7791       1881.018     -0.6572919     -0.6572919    
         3386        3808          14         408
 patch iptc,sj,dgj,dgi,id:          36        3808         607         593
          408
  half line dmj dgc:           0       53865        1881         568
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        3808        3386
   Zeroing lines in arrays 
  Total # of output lines =           36       52959

         3808        4912           0        1104
 patch iptc,sj,dgj,dgi,id:          36        4912         607         607
         1104
  half line dmj dgc:           1       53865        1881         568
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        4912        3808
   Zeroing lines in arrays 
  Total # of output lines =           36       54063

 Processing block number           37
 DEBUG          628   627.5070       1950.222     -0.6572536     -0.6572536    
         4912        5341          21         408
 patch iptc,sj,dgj,dgi,id:          37        5341         628         607
          408
  half line dmj dgc:           0       55377        1950         568
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        5341        4912
   Zeroing lines in arrays 
  Total # of output lines =           37       54492

         5341        6445           0        1104
 patch iptc,sj,dgj,dgi,id:          37        6445         628         628
         1104
  half line dmj dgc:           1       55377        1950         568
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        6445        5341
   Zeroing lines in arrays 
  Total # of output lines =           37       55596

 Processing block number           38
 DEBUG          641   641.3620       2005.632     -0.6571168     -0.6571168    
         6445        6825          13         367
 patch iptc,sj,dgj,dgi,id:          38        6825         641         628
          367
  half line dmj dgc:           0       56848        2006         568
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        6825        6445
   Zeroing lines in arrays 
  Total # of output lines =           38       55976

         6825        7929           0        1104
 patch iptc,sj,dgj,dgi,id:          38        7929         641         641
         1104
  half line dmj dgc:           1       56848        2006         568
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        7929        6825
   Zeroing lines in arrays 
  Total # of output lines =           38       57080

 ia dmi dgi:        7929        2006         641
   Writing the last         2469 lines
 last half sj>s1       10398        7929       57080
 WAYNE done patche    164.2990310192108    
  Total # of output lines =        59549

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   59549
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    164.9434859752655    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            0
 AZ patch size:        4096
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.hv00c                        

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_c.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.200000    
  Radar wavelength (m)                 =   5.6699999E-02
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.5438000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.872000      0.6771000    
  -0.3541000    
  Receive leverarm x,y,z              =    1.889000       1.726800    
    1.912000    



  Name of raw data file?
 /mnt/air118/airops/1381/c_hv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_c.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_c                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_c.hv_j                       
 *** ipol itop:           2           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ch                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.1153001E-02
 reading motion compensation data
 WAYNE read motion compen    1.078107    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3741490    
 start range comp, time =      2.534

 WAYNE PREV   1.473837    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  5.1410500E-02  1.2900600E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     2.734 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    18.33566796779633    
 ATTN ifrq ipol ln           8           2        4096   18.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991394    
  shift in azimuth *fractional pixel=  -0.4991394       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.4809579849243164E-03
 TESTING  8.5000396E-03  -13.19120      0.6900679    
 WAYNE Motion comp. added to patch, time =    6.368939042091370    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9539594650268555E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  8.5000396E-03  -13.19120      0.6900679    
 HEY,dt,fract,ye,pe  -0.4991394       1.000000      5.1410500E-02
   1.2900600E-02
 WAYNE Azimuth compression done, time =    75.62129795551300    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4755160808563232    
 ==w out           1           0         945                    0
 WAYNE PROCESS   100.8089820146561    

 Processing block number            2
 TESTING WHY  5.1385298E-02  1.3010500E-02        1512           2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560   103.543 seconds.
 TESTING        1513
 before reading
 done reading
 WAYNE load raw data , time =    21.66072094440460    
 ATTN ifrq ipol ln           8           2        5608   18.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991515    
  shift in azimuth *fractional pixel=  -0.4991515       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   3.9290189743041992E-03
 TESTING  8.5000396E-03  -13.61668      0.6556642    
 WAYNE Motion comp. added to patch, time =    6.082607030868530    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.8424959182739258E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  8.5000396E-03  -13.61668      0.6556642    
 HEY,dt,fract,ye,pe  -0.4991515       1.000000      5.1385298E-02
   1.3010500E-02
 WAYNE Azimuth compression done, time =    75.46783590316772    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3899959325790405    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   103.6542780399323    

 Processing block number            3
 TESTING WHY  5.1130898E-02  1.2874600E-02        1512           3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072   207.198 seconds.
 TESTING        3025
 before reading
 done reading
 WAYNE load raw data , time =    21.31044399738312    
 ATTN ifrq ipol ln           8           2        7120   18.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4991659    
  shift in azimuth *fractional pixel=  -0.4991659       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0100812911987305E-03
 TESTING  8.5000396E-03  -14.06767      0.8953204    
 WAYNE Motion comp. added to patch, time =    5.829883933067322    
 WAYNE Doppler estimation done, time =   8.106 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           16 to           20 by #            3

 Processing block number           16
 WAYNE PATCHES:        22681        26776 patch#           16
  reference line: 24728     2.757 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.44268298149109    
 ATTN ifrq ipol ln           8           2       26776   18.00000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993093    
  shift in azimuth *fractional pixel=  -0.4993093       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7349929809570313E-03
 WAYNE Motion comp. added to patch, time =    6.421906948089600    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8889904022216797E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.63684606552124    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6212819814682007    
 ==w out          16           0         945                    0
 WAYNE PROCESS   101.1304470300674    

 Processing block number           17
 WAYNE PATCHES:        24193        28288 patch#           17
  reference line: 26240   103.888 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.75535500049591    
 ATTN ifrq ipol ln           8           2       28288   18.00000    
 IPOL, ITOP nblock            2           0          17
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=  -0.4992978       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1509866714477539E-03
 WAYNE Motion comp. added to patch, time =    5.893399953842163    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   6.1918020248413086E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.66499805450439    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4394969940185547    
 ==w out          17        2208         945             45219840
 WAYNE PROCESS   102.8203619718552    

 Processing block number           18
 WAYNE PATCHES:        25705        29800 patch#           18
  reference line: 27752   206.709 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.42771899700165    
 ATTN ifrq ipol ln           8           2       29800   18.00000    
 IPOL, ITOP nblock            2           0          18
  ****shift in azimuth (fractional pixel)=  -0.4992844    
  shift in azimuth *fractional pixel=  -0.4992844       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1279792785644531E-03
 WAYNE Motion comp. added to patch, time =    5.806419968605042    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6809701919555664E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.97020196914673    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3883090019226074    
 ==w out          18        4416         945             90439680
 WAYNE PROCESS   100.5991001129150    

 Processing block number           19
 WAYNE PATCHES:        27217        31312 p PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           26 to           30 by #            5

 Processing block number           26
 WAYNE PATCHES:        37801        41896 patch#           26
  reference line: 39848     2.776 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.64613401889801    
 ATTN ifrq ipol ln           8           2       41896   18.00000    
 IPOL, ITOP nblock            2           0          26
  ****shift in azimuth (fractional pixel)=  -0.4992238    
  shift in azimuth *fractional pixel=  -0.4992238       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7749280929565430E-03
 WAYNE Motion comp. added to patch, time =    6.460344910621643    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.0419359207153320E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.41551399230957    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5518789291381836    
 ==w out          26           0         945                    0
 WAYNE PROCESS   101.0815199613571    

 Processing block number           27
 WAYNE PATCHES:        39313        43408 patch#           27
  reference line: 41360   103.858 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.91730499267578    
 ATTN ifrq ipol ln           8           2       43408   18.00000    
 IPOL, ITOP nblock            2           0          27
  ****shift in azimuth (fractional pixel)=  -0.4992602    
  shift in azimuth *fractional pixel=  -0.4992602       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1719675064086914E-03
 WAYNE Motion comp. added to patch, time =    6.174962997436523    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   5.2936077117919922E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.18172693252563    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4344799518585205    
 ==w out          27        2208         945             45219840
 WAYNE PROCESS   102.7666219472885    

 Processing block number           28
 WAYNE PATCHES:        40825        44920 patch#           28
  reference line: 42872   206.625 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.44128501415253    
 ATTN ifrq ipol ln           8           2       44920   18.00000    
 IPOL, ITOP nblock            2           0          28
  ****shift in azimuth (fractional pixel)=  -0.4992834    
  shift in azimuth *fractional pixel=  -0.4992834       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0880441665649414E-03
 WAYNE Motion comp. added to patch, time =    6.045598983764648    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6839504241943359E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.34086000919342    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4015510082244873    
 ==w out          28        4416         945             90439680
 WAYNE PROCESS   102.2356129884720    

 Processing block number           29
 WAYNE PATCHES:        42337        46432 p PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           31 to           34 by #            6

 Processing block number           31
 WAYNE PATCHES:        45361        49456 patch#           31
  reference line: 47408     2.787 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.62376201152802    
 ATTN ifrq ipol ln           8           2       49456   18.00000    
 IPOL, ITOP nblock            2           0          31
  ****shift in azimuth (fractional pixel)=  -0.4992462    
  shift in azimuth *fractional pixel=  -0.4992462       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7450065612792969E-03
 WAYNE Motion comp. added to patch, time =    6.570213079452515    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1950006484985352E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.77269005775452    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3921380043029785    
 ==w out          31           0         945                    0
 WAYNE PROCESS   100.3667449951172    

 Processing block number           32
 WAYNE PATCHES:        46873        50968 patch#           32
  reference line: 48920   103.155 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    22.19141602516174    
 ATTN ifrq ipol ln           8           2       50968   18.00000    
 IPOL, ITOP nblock            2           0          32
  ****shift in azimuth (fractional pixel)=  -0.4992680    
  shift in azimuth *fractional pixel=  -0.4992680       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1340589523315430E-03
 WAYNE Motion comp. added to patch, time =    6.251078009605408    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   0.1097339391708374    
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    77.56289792060852    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4486970901489258    
 ==w out          32        2208         945             45219840
 WAYNE PROCESS   106.5689020156860    

 Processing block number           33
 WAYNE PATCHES:        48385        52480 patch#           33
  reference line: 50432   209.723 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.69841301441193    
 ATTN ifrq ipol ln           8           2       52480   18.00000    
 IPOL, ITOP nblock            2           0          33
  ****shift in azimuth (fractional pixel)=  -0.4992692    
  shift in azimuth *fractional pixel=  -0.4992692       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1749477386474609E-03
 WAYNE Motion comp. added to patch, time =    6.191776990890503    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.8060207366943359E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.17665898799896    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4185949563980103    
 ==w out          33        4416         945             90439680
 WAYNE PROCESS   99.49212396144867    

 Processing block number           34
 WAYNE PATCHES:        49897        53992 p PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           35 to           38 by #            7

 Processing block number           35
 WAYNE PATCHES:        51409        55504 patch#           35
  reference line: 53456     2.806 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.42955708503723    
 ATTN ifrq ipol ln           8           2       55504   18.00000    
 IPOL, ITOP nblock            2           0          35
  ****shift in azimuth (fractional pixel)=  -0.4992070    
  shift in azimuth *fractional pixel=  -0.4992070       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.5330524444580078E-03
 WAYNE Motion comp. added to patch, time =    6.503497958183289    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1629333496093750E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.59309101104736    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6707930564880371    
 ==w out          35           0         945                    0
 WAYNE PROCESS   101.2048449516296    

 Processing block number           36
 WAYNE PATCHES:        52921        57016 patch#           36
  reference line: 54968   104.011 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.38308799266815    
 ATTN ifrq ipol ln           8           2       57016   18.00000    
 IPOL, ITOP nblock            2           0          36
  ****shift in azimuth (fractional pixel)=  -0.4991597    
  shift in azimuth *fractional pixel=  -0.4991597       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0190219879150391E-03
 WAYNE Motion comp. added to patch, time =    5.779828071594238    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   5.8760046958923340E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.93679392337799    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3864440917968750    
 ==w out          36        2208         945             45219840
 WAYNE PROCESS   103.5499560832977    

 Processing block number           37
 WAYNE PATCHES:        54433        58528 patch#           37
  reference line: 56480   207.561 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.71445298194885    
 ATTN ifrq ipol ln           8           2       58528   18.00000    
 IPOL, ITOP nblock            2           0          37
  ****shift in azimuth (fractional pixel)=  -0.4991306    
  shift in azimuth *fractional pixel=  -0.4991306       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   3.9460659027099609E-03
 WAYNE Motion comp. added to patch, time =    5.821846008300781    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.6859769821166992E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.01988005638123    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3941100835800171    
 ==w out          37        4416         945             90439680
 WAYNE PROCESS   101.9566290378571    

 Processing block number           38
 WAYNE PATCHES:        55904        59999 p PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           21 to           25 by #            4

 Processing block number           21
 WAYNE PATCHES:        30241        34336 patch#           21
  reference line: 32288     2.766 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.01365494728088    
 ATTN ifrq ipol ln           8           2       34336   18.00000    
 IPOL, ITOP nblock            2           0          21
  ****shift in azimuth (fractional pixel)=  -0.4991900    
  shift in azimuth *fractional pixel=  -0.4991900       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6379566192626953E-03
 WAYNE Motion comp. added to patch, time =    6.531851053237915    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1539926528930664E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.94523596763611    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3925349712371826    
 ==w out          21           0         945                    0
 WAYNE PROCESS   101.8911459445953    

 Processing block number           22
 WAYNE PATCHES:        31753        35848 patch#           22
  reference line: 33800   104.658 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    22.07753896713257    
 ATTN ifrq ipol ln           8           2       35848   18.00000    
 IPOL, ITOP nblock            2           0          22
  ****shift in azimuth (fractional pixel)=  -0.4991561    
  shift in azimuth *fractional pixel=  -0.4991561       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1149854660034180E-03
 WAYNE Motion comp. added to patch, time =    6.435263037681580    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.2258052825927734E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.53162693977356    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3793950080871582    
 ==w out          22        2208         945             45219840
 WAYNE PROCESS   103.4411410093307    

 Processing block number           23
 WAYNE PATCHES:        33265        37360 patch#           23
  reference line: 35312   208.099 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.75118792057037    
 ATTN ifrq ipol ln           8           2       37360   18.00000    
 IPOL, ITOP nblock            2           0          23
  ****shift in azimuth (fractional pixel)=  -0.4991587    
  shift in azimuth *fractional pixel=  -0.4991587       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1500329971313477E-03
 WAYNE Motion comp. added to patch, time =    6.100290060043335    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7739534378051758E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.77018499374390    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3836859464645386    
 ==w out          23        4416         945             90439680
 WAYNE PROCESS   103.0120799541473    

 Processing block number           24
 WAYNE PATCHES:        34777        38872 p PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           11 to           15 by #            2

 Processing block number           11
 WAYNE PATCHES:        15121        19216 patch#           11
  reference line: 17168     2.750 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.52419900894165    
 ATTN ifrq ipol ln           8           2       19216   18.00000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992575    
  shift in azimuth *fractional pixel=  -0.4992575       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.5920610427856445E-03
 WAYNE Motion comp. added to patch, time =    6.412655949592590    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9559860229492188E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.05701303482056    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5171689987182617    
 ==w out          11           0         945                    0
 WAYNE PROCESS   101.5187360048294    

 Processing block number           12
 WAYNE PATCHES:        16633        20728 patch#           12
  reference line: 18680   104.270 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    22.10284602642059    
 ATTN ifrq ipol ln           8           2       20728   18.00000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992891    
  shift in azimuth *fractional pixel=  -0.4992891       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1409730911254883E-03
 WAYNE Motion comp. added to patch, time =    6.195984959602356    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   5.8570027351379395E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.73040294647217    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4301589727401733    
 ==w out          12        2208         945             45219840
 WAYNE PROCESS   105.5232590436935    

 Processing block number           13
 WAYNE PATCHES:        18145        22240 patch#           13
  reference line: 20192   209.793 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.71300101280212    
 ATTN ifrq ipol ln           8           2       22240   18.00000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992851    
  shift in azimuth *fractional pixel=  -0.4992851       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0719509124755859E-03
 WAYNE Motion comp. added to patch, time =    6.084056973457336    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.7189979553222656E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.99266993999481    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3791519403457642    
 ==w out          13        4416         945             90439680
 WAYNE PROCESS   102.1755299568176    

 Processing block number           14
 WAYNE PATCHES:        19657        23752 p PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to           10 by #            1

 Processing block number            6
 WAYNE PATCHES:         7561        11656 patch#            6
  reference line:  9608     2.741 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.67538404464722    
 ATTN ifrq ipol ln           8           2       11656   18.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4991946    
  shift in azimuth *fractional pixel=  -0.4991946       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.5720338821411133E-03
 WAYNE Motion comp. added to patch, time =    6.252807974815369    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.0189285278320313E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.80638504028320    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5859569311141968    
 ==w out           6           0         945                    0
 WAYNE PROCESS   101.3280689716339    

 Processing block number            7
 WAYNE PATCHES:         9073        13168 patch#            7
  reference line: 11120   104.070 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.79752206802368    
 ATTN ifrq ipol ln           8           2       13168   18.00000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4992226    
  shift in azimuth *fractional pixel=  -0.4992226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1350126266479492E-03
 WAYNE Motion comp. added to patch, time =    5.991057038307190    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   6.9377899169921875E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.66665089130402    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3806430101394653    
 ==w out           7        2208         945             45219840
 WAYNE PROCESS   104.9105359315872    

 Processing block number            8
 WAYNE PATCHES:        10585        14680 patch#            8
  reference line: 12632   208.980 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.76965701580048    
 ATTN ifrq ipol ln           8           2       14680   18.00000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4992377    
  shift in azimuth *fractional pixel=  -0.4992377       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0159225463867188E-03
 WAYNE Motion comp. added to patch, time =    5.995724916458130    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.6939640045166016E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.39614307880402    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3790949583053589    
 ==w out           8        4416         945             90439680
 WAYNE PROCESS   103.5470590591431    

 Processing block number            9
 WAYNE PATCHES:        12097        16192 patch#           34
  reference line: 51944   309.216 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.11410593986511    
 ATTN ifrq ipol ln           8           2       53992   18.00000    
 IPOL, ITOP nblock            2           0          34
  ****shift in azimuth (fractional pixel)=  -0.4992445    
  shift in azimuth *fractional pixel=  -0.4992445       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1519403457641602E-03
 WAYNE Motion comp. added to patch, time =    5.775897979736328    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8929243087768555E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.43100607395172    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3807200193405151    
 ==w out          34        6624         945            135659520
 WAYNE PROCESS   97.70870792865753    
 ==w out          35        8835
atch#           38
  reference line: 57951   309.518 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.54535400867462    
 ATTN ifrq ipol ln           8           2       59999   18.00000    
 IPOL, ITOP nblock            2           0          38
  ****shift in azimuth (fractional pixel)=  -0.4990267    
  shift in azimuth *fractional pixel=  -0.4990267       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   3.9440393447875977E-03
 WAYNE Motion comp. added to patch, time =    5.735645055770874    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7070770263671875E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.71391391754150    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4300359487533569    
 ==w out          38        6624         945            135659520
 WAYNE PROCESS   98.43153095245361    
 ==w out          39        8835
atch#           29
  reference line: 44384   308.861 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.07622599601746    
 ATTN ifrq ipol ln           8           2       46432   18.00000    
 IPOL, ITOP nblock            2           0          29
  ****shift in azimuth (fractional pixel)=  -0.4992594    
  shift in azimuth *fractional pixel=  -0.4992594       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1610002517700195E-03
 WAYNE Motion comp. added to patch, time =    5.713399052619934    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7210245132446289E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.34997904300690    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3858770132064819    
 ==w out          29        6624         945            135659520
 WAYNE PROCESS   97.53213095664978    

 Processing block number           30
 WAYNE PATCHES:        43849        47944 patch#           30
  reference line: 45896   406.393 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.08837294578552    
 ATTN ifrq ipol ln           8           2       47944   18.00000    
 IPOL, ITOP nblock            2           0          30
  ****shift in azimuth (fractional pixel)=  -0.4992605    
  shift in azimuth *fractional pixel=  -0.4992605       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1899681091308594E-03
 WAYNE Motion comp. added to patch, time =    5.807091951370239    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.6570091247558594E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    60.71023392677307    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4260569810867310    
 ==w out          30        8832         945            180879360
 WAYNE PROCESS   84.03814995288849    
 ==w out          31       11043
2316894531250E-06
 WAYNE write deskew done, time =   1.5550851821899414E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  8.5000396E-03  -14.06767      0.8953204    
 HEY,dt,fract,ye,pe  -0.4991659       1.000000      5.1130898E-02
   1.2874600E-02
 WAYNE Azimuth compression done, time =    75.62942302227020    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3773429393768311    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   103.1536120176315    

 Processing block number            4
 TESTING WHY  5.1188100E-02  1.2528200E-02        1512           4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584   310.352 seconds.
 TESTING        4537
 before reading
 done reading
 WAYNE load raw data , time =    17.10931599140167    
 ATTN ifrq ipol ln           8           2        8632   18.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4991831    
  shift in azimuth *fractional pixel=  -0.4991831       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   3.9420127868652344E-03
 TESTING  8.5000396E-03  -14.34447       1.339075    
 WAYNE Motion comp. added to patch, time =    5.758250951766968    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   1.8330812454223633E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  8.5000396E-03  -14.34447       1.339075    
 HEY,dt,fract,ye,pe  -0.4991831       1.000000      5.1188100E-02
   1.2528200E-02
 WAYNE Azimuth compression done, time =    74.93295109272003    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3994439840316772    
 ==w out           4        6624         945            135659520
 WAYNE PROCESS   98.20650196075439    

 Processing block number            5
 TESTING WHY  5.1258299E-02  1.2125300E-02        1512           5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096   408.558 seconds.
 TESTING        6049
 before reading
 done reading
 WAYNE load raw data , time =    16.89050698280334    
 ATTN ifrq ipol ln           8           2       10144   18.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4991716    
  shift in azimuth *fractional pixel=  -0.4991716       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0529966354370117E-03
 TESTING  8.5000396E-03  -14.18900       1.655234    
 WAYNE Motion comp. added to patch, time =    5.748206973075867    
 WAYNE Doppler estimation done, time =   4.0531158447265625E-06
 WAYNE write deskew done, time =   1.6570091247558594E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  8.5000396E-03  -14.18900       1.655234    
 HEY,dt,fract,ye,pe  -0.4991716       1.000000      5.1258299E-02
   1.2125300E-02
 WAYNE Azimuth compression done, time =    61.19583702087402    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4006669521331787    
 ==w out           5        8832         945            180879360
 WAYNE PROCESS   84.24158692359924    
 ==w out           6       11043
atch#           19
  reference line: 29264   307.308 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.93047606945038    
 ATTN ifrq ipol ln           8           2       31312   18.00000    
 IPOL, ITOP nblock            2           0          19
  ****shift in azimuth (fractional pixel)=  -0.4992518    
  shift in azimuth *fractional pixel=  -0.4992518       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1490793228149414E-03
 WAYNE Motion comp. added to patch, time =    5.672085046768188    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7349720001220703E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    72.87195408344269    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3866399526596069    
 ==w out          19        6624         945            135659520
 WAYNE PROCESS   95.86783993244171    

 Processing block number           20
 WAYNE PATCHES:        28729        32824 patch#           20
  reference line: 30776   403.176 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.91594099998474    
 ATTN ifrq ipol ln           8           2       32824   18.00000    
 IPOL, ITOP nblock            2           0          20
  ****shift in azimuth (fractional pixel)=  -0.4992289    
  shift in azimuth *fractional pixel=  -0.4992289       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1450262069702148E-03
 WAYNE Motion comp. added to patch, time =    5.911151051521301    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6750097274780273E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    71.42507195472717    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4342039823532104    
 ==w out          20        8832         945            180879360
 WAYNE PROCESS   94.69283199310303    
 ==w out          21       11043
atch#           24
  reference line: 36824   311.111 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.80379796028137    
 ATTN ifrq ipol ln           8           2       38872   18.00000    
 IPOL, ITOP nblock            2           0          24
  ****shift in azimuth (fractional pixel)=  -0.4992012    
  shift in azimuth *fractional pixel=  -0.4992012       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.2669773101806641E-03
 WAYNE Motion comp. added to patch, time =    5.948222994804382    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.8470287322998047E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.99593102931976    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3885500431060791    
 ==w out          24        6624         945            135659520
 WAYNE PROCESS   98.14357900619507    

 Processing block number           25
 WAYNE PATCHES:        36289        40384 patch#           25
  reference line: 38336   409.255 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.52491307258606    
 ATTN ifrq ipol ln           8           2       40384   18.00000    
 IPOL, ITOP nblock            2           0          25
  ****shift in azimuth (fractional pixel)=  -0.4992144    
  shift in azimuth *fractional pixel=  -0.4992144       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.2839050292968750E-03
 WAYNE Motion comp. added to patch, time =    5.901171088218689    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7609596252441406E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    72.53398001194000    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3815640211105347    
 ==w out          25        8832         945            180879360
 WAYNE PROCESS   96.34843003749847    
 ==w out          26       11043
atch#           14
  reference line: 21704   311.969 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.38250303268433    
 ATTN ifrq ipol ln           8           2       23752   18.00000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=  -0.4992978       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0670633316040039E-03
 WAYNE Motion comp. added to patch, time =    5.870936036109924    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8270015716552734E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.59502792358398    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3900669813156128    
 ==w out          14        6624         945            135659520
 WAYNE PROCESS   99.24532997608185    

 Processing block number           15
 WAYNE PATCHES:        21169        25264 patch#           15
  reference line: 23216   411.214 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.21359097957611    
 ATTN ifrq ipol ln           8           2       25264   18.00000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992915    
  shift in azimuth *fractional pixel=  -0.4992915       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0359497070312500E-03
 WAYNE Motion comp. added to patch, time =    5.850450038909912    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6950368881225586E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.75745689868927    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3838759660720825    
 ==w out          15        8832         945            180879360
 WAYNE PROCESS   98.21182799339294    
 ==w out          16       11043
atch#            9
  reference line: 14144   312.528 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.22523498535156    
 ATTN ifrq ipol ln           8           2       16192   18.00000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4992382    
  shift in azimuth *fractional pixel=  -0.4992382       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1680335998535156E-03
 WAYNE Motion comp. added to patch, time =    5.949774026870728    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9040107727050781E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.00032198429108    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3902639150619507    
 ==w out           9        6624         945            135659520
 WAYNE PROCESS   99.57262992858887    

 Processing block number           10
 WAYNE PATCHES:        13609        17704 patch#           10
  reference line: 15656   412.100 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.99014794826508    
 ATTN ifrq ipol ln           8           2       17704   18.00000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4992514    
  shift in azimuth *fractional pixel=  -0.4992514       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.3779611587524414E-03
 WAYNE Motion comp. added to patch, time =    5.924825906753540    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   1.7800331115722656E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.75243997573853    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3744820356369019    
 ==w out          10        8832         945            180879360
 WAYNE PROCESS   98.04882097244263    
 ==w out          11       11043
            1     1798431           0
            2     1798634           0
            3     1798695           0
            4     1798590           0
            5     1798061           0
            6     1798477           0
            7     1798166           0
            8     1798256           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       83904kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             5
 gather image from processor #            2
             5
 gather image from processor #            3
             5
 gather image from processor #            4
             5
 gather image from processor #            5
             5
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    4.4203996658325195E-02
 WAYNE LOOP TIME:     515.8104699850082    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_c.hv_j                       
 /mnt/air119/airops/1381/ts1381_c.mocomph                    
 /mnt/air119/airops/1381/ts1381_c.dop                        
 /mnt/air119/airops/1381/ts1381_c.glb                                2560
        83904
 update intf hdr ha:   6899.100    
 UPDATE:        2560       83904   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_c.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_c.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_c.glb                        
 /mnt/air119/airops/1381/ts1381_c.glb                                  36
 deskew line ra ha trc:   292.2784             568   7949.298    
    6899.100       90.98126    
  after deskew line ra ha trc:   292.2784             568   7949.298    
    6899.100       90.98126    
 lat1 lon1:         568   63.75602      -144.9816           83904
 last ra n_ns ns:   7949.298              -1           1       84471
        83904
 lati loni:       84471   63.75605      -144.0585           84471           1
 center ra n_ns ns:   12209.65            1278        1278       42519
        83904
 lati loni:       42519   63.79443      -144.5152           42519        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_c.hv_j                       
 WAYNE FINAL PROCESS   518.3943920135498    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
        11040           5
        11040           5
        11040           5
        11040           5
        11040           5
        11040           5
         8832           4
         8832           4
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_c.hv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_c.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ch                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_c.BT                         
  Name of the line output file?
 /mnt/air119/airops/1381/c_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.350018024444580    

  Deskewing           38 patches
 Processing block number            1
 DEBUG          568   567.6546       1669.132     -0.4991394     -0.4991394    
 patch iptc,sj,dgj,dgi,id:           1           1         568         568
            0
  half line dmj dgc:           0         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           0        1104
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        1105           0        1104
 patch iptc,sj,dgj,dgi,id:           1        1105         568         568
         1104
  half line dmj dgc:           1         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           1        2208
   Writing data negflag .eq. 0
 sj>s1:        1105           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1104

 Processing block number            2
 DEBUG          569   568.9397       1669.875     -0.4991515     -0.4991515    
         1105        1514           1         408
 patch iptc,sj,dgj,dgi,id:           2        1514         569         568
          408
  half line dmj dgc:           0        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1514        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1513

         1514        2618           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2618         569         569
         1104
  half line dmj dgc:           1        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2618        1514
   Zeroing lines in arrays 
  Total # of output lines =            2        2617

 Processing block number            3
 DEBUG          565   565.1274       1660.626     -0.4991659     -0.4991659    
         2618        3022          -4         408
 patch iptc,sj,dgj,dgi,id:           3        3022         565         569
          408
  half line dmj dgc:           0        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3022        2618
   Zeroing lines in arrays 
  Total # of output lines =            3        3021

         3022        4126           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4126         565         565
         1104
  half line dmj dgc:           1        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4126        3022
   Zeroing lines in arrays 
  Total # of output lines =            3        4125

 Processing block number            4
 DEBUG          561   560.8560       1657.627     -0.4991831     -0.4991831    
         4126        4530          -4         408
 patch iptc,sj,dgj,dgi,id:           4        4530         561         565
          408
  half line dmj dgc:           0        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4530        4126
   Zeroing lines in arrays 
  Total # of output lines =            4        4529

         4530        5634           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5634         561         561
         1104
  half line dmj dgc:           1        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5634        4530
   Zeroing lines in arrays 
  Total # of output lines =            4        5633

 Processing block number            5
 DEBUG          556   555.9451       1654.249     -0.4991716     -0.4991716    
         5634        6037          -5         408
 patch iptc,sj,dgj,dgi,id:           5        6037         556         561
          408
  half line dmj dgc:           0        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6037        5634
   Zeroing lines in arrays 
  Total # of output lines =            5        6036

         6037        7141           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7141         556         556
         1104
  half line dmj dgc:           1        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7141        6037
   Zeroing lines in arrays 
  Total # of output lines =            5        7140

 Processing block number            6
 DEBUG          554   554.2424       1647.055     -0.4991946     -0.4991946    
         7141        7547          -2         408
 patch iptc,sj,dgj,dgi,id:           6        7547         554         556
          408
  half line dmj dgc:           0        8505        1647         568
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        7547        7141
   Zeroing lines in arrays 
  Total # of output lines =            6        7546

         7547        8651           0        1104
 patch iptc,sj,dgj,dgi,id:           6        8651         554         554
         1104
  half line dmj dgc:           1        8505        1647         568
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        8651        7547
   Zeroing lines in arrays 
  Total # of output lines =            6        8650

 Processing block number            7
 DEBUG          554   554.4551       1632.511     -0.4992226     -0.4992226    
         8651        9059           0         408
 patch iptc,sj,dgj,dgi,id:           7        9059         554         554
          408
  half line dmj dgc:           0       10017        1632         568
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:        9059        8651
   Zeroing lines in arrays 
  Total # of output lines =            7        9058

         9059       10163           0        1104
 patch iptc,sj,dgj,dgi,id:           7       10163         554         554
         1104
  half line dmj dgc:           1       10017        1632         568
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 sj>s1:       10163        9059
   Zeroing lines in arrays 
  Total # of output lines =            7       10162

 Processing block number            8
 DEBUG          560   559.7715       1627.379     -0.4992377     -0.4992377    
        10163       10577           6         408
 patch iptc,sj,dgj,dgi,id:           8       10577         560         554
          408
  half line dmj dgc:           0       11529        1627         568
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:       10577       10163
   Zeroing lines in arrays 
  Total # of output lines =            8       10576

        10577       11681           0        1104
 patch iptc,sj,dgj,dgi,id:           8       11681         560         560
         1104
  half line dmj dgc:           1       11529        1627         568
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:       11681       10577
   Zeroing lines in arrays 
  Total # of output lines =            8       11680

 Processing block number            9
 DEBUG          567   567.4951       1628.841     -0.4992382     -0.4992382    
        11681       12096           7         408
 patch iptc,sj,dgj,dgi,id:           9       12096         567         560
          408
  half line dmj dgc:           0       13041        1629         568
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:       12096       11681
   Zeroing lines in arrays 
  Total # of output lines =            9       12095

        12096       13200           0        1104
 patch iptc,sj,dgj,dgi,id:           9         912         567         567
         1104
  half line dmj dgc:           1       13041        1629         568
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 s1>sj:       12096         912
   Zeroing lines in arrays 
  Total # of output lines =            9       13199

 Processing block number           10
 DEBUG          574   573.7237       1632.474     -0.4992514     -0.4992514    
          912        1327           7         408
 patch iptc,sj,dgj,dgi,id:          10        1327         574         567
          408
  half line dmj dgc:           0       14553        1632         568
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        1327         912
   Zeroing lines in arrays 
  Total # of output lines =           10       13614

         1327        2431           0        1104
 patch iptc,sj,dgj,dgi,id:          10        2431         574         574
         1104
  half line dmj dgc:           1       14553        1632         568
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        2431        1327
   Zeroing lines in arrays 
  Total # of output lines =           10       14718

 Processing block number           11
 DEBUG          570   570.4481       1621.787     -0.4992575     -0.4992575    
         2431        2835          -4         408
 patch iptc,sj,dgj,dgi,id:          11        2835         570         574
          408
  half line dmj dgc:           0       16065        1622         568
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        2835        2431
   Zeroing lines in arrays 
  Total # of output lines =           11       15122

         2835        3939           0        1104
 patch iptc,sj,dgj,dgi,id:          11        3939         570         570
         1104
  half line dmj dgc:           1       16065        1622         568
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        3939        2835
   Zeroing lines in arrays 
  Total # of output lines =           11       16226

 Processing block number           12
 DEBUG          561   561.0979       1611.142     -0.4992891     -0.4992891    
         3939        4338          -9         408
 patch iptc,sj,dgj,dgi,id:          12        4338         561         570
          408
  half line dmj dgc:           0       17577        1611         568
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        4338        3939
   Zeroing lines in arrays 
  Total # of output lines =           12       16625

         4338        5442           0        1104
 patch iptc,sj,dgj,dgi,id:          12        5442         561         561
         1104
  half line dmj dgc:           1       17577        1611         568
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        5442        4338
   Zeroing lines in arrays 
  Total # of output lines =           12       17729

 Processing block number           13
 DEBUG          549   548.8082       1598.605     -0.4992851     -0.4992851    
         5442        5838         -12         408
 patch iptc,sj,dgj,dgi,id:          13        5838         549         561
          408
  half line dmj dgc:           0       19089        1599         568
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:        5838        5442
   Zeroing lines in arrays 
  Total # of output lines =           13       18125

         5838        6942           0        1104
 patch iptc,sj,dgj,dgi,id:          13        6942         549         549
         1104
  half line dmj dgc:           1       19089        1599         568
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:        6942        5838
   Zeroing lines in arrays 
  Total # of output lines =           13       19229

 Processing block number           14
 DEBUG          542   541.7510       1599.617     -0.4992978     -0.4992978    
         6942        7343          -7         408
 patch iptc,sj,dgj,dgi,id:          14        7343         542         549
          408
  half line dmj dgc:           0       20601        1600         568
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:        7343        6942
   Zeroing lines in arrays 
  Total # of output lines =           14       19630

         7343        8447           0        1104
 patch iptc,sj,dgj,dgi,id:          14        8447         542         542
         1104
  half line dmj dgc:           1       20601        1600         568
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 sj>s1:        8447        7343
   Zeroing lines in arrays 
  Total # of output lines =           14       20734

 Processing block number           15
 DEBUG          538   537.8348       1598.797     -0.4992915     -0.4992915    
         8447        8851          -4         408
 patch iptc,sj,dgj,dgi,id:          15        8851         538         542
          408
  half line dmj dgc:           0       22113        1599         568
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        8851        8447
   Zeroing lines in arrays 
  Total # of output lines =           15       21138

         8851        9955           0        1104
 patch iptc,sj,dgj,dgi,id:          15        9955         538         538
         1104
  half line dmj dgc:           1       22113        1599         568
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:        9955        8851
   Zeroing lines in arrays 
  Total # of output lines =           15       22242

 Processing block number           16
 DEBUG          535   535.5979       1601.104     -0.4993093     -0.4993093    
         9955       10360          -3         408
 patch iptc,sj,dgj,dgi,id:          16       10360         535         538
          408
  half line dmj dgc:           0       23625        1601         568
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:       10360        9955
   Zeroing lines in arrays 
  Total # of output lines =           16       22647

        10360       11464           0        1104
 patch iptc,sj,dgj,dgi,id:          16       11464         535         535
         1104
  half line dmj dgc:           1       23625        1601         568
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:       11464       10360
   Zeroing lines in arrays 
  Total # of output lines =           16       23751

 Processing block number           17
 DEBUG          533   533.3533       1606.306     -0.4992978     -0.4992978    
        11464       11870          -2         408
 patch iptc,sj,dgj,dgi,id:          17       11870         533         535
          408
  half line dmj dgc:           0       25137        1606         568
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:       11870       11464
   Zeroing lines in arrays 
  Total # of output lines =           17       24157

        11870       12974           0        1104
 patch iptc,sj,dgj,dgi,id:          17         686         533         533
         1104
  half line dmj dgc:           1       25137        1606         568
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 s1>sj:       11870         686
   Zeroing lines in arrays 
  Total # of output lines =           17       25261

 Processing block number           18
 DEBUG          536   535.6429       1631.808     -0.4992844     -0.4992844    
          686        1097           3         408
 patch iptc,sj,dgj,dgi,id:          18        1097         536         533
          408
  half line dmj dgc:           0       26649        1632         568
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        1097         686
   Zeroing lines in arrays 
  Total # of output lines =           18       25672

         1097        2201           0        1104
 patch iptc,sj,dgj,dgi,id:          18        2201         536         536
         1104
  half line dmj dgc:           1       26649        1632         568
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        2201        1097
   Zeroing lines in arrays 
  Total # of output lines =           18       26776

 Processing block number           19
 DEBUG          540   540.5610       1664.082     -0.4992518     -0.4992518    
         2201        2613           4         408
 patch iptc,sj,dgj,dgi,id:          19        2613         540         536
          408
  half line dmj dgc:           0       28161        1664         568
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        2613        2201
   Zeroing lines in arrays 
  Total # of output lines =           19       27188

         2613        3717           0        1104
 patch iptc,sj,dgj,dgi,id:          19        3717         540         540
         1104
  half line dmj dgc:           1       28161        1664         568
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:        3717        2613
   Zeroing lines in arrays 
  Total # of output lines =           19       28292

 Processing block number           20
 DEBUG          552   551.9236       1705.092     -0.4992289     -0.4992289    
         3717        4137          12         408
 patch iptc,sj,dgj,dgi,id:          20        4137         552         540
          408
  half line dmj dgc:           0       29673        1705         568
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:        4137        3717
   Zeroing lines in arrays 
  Total # of output lines =           20       28712

         4137        5241           0        1104
 patch iptc,sj,dgj,dgi,id:          20        5241         552         552
         1104
  half line dmj dgc:           1       29673        1705         568
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:        5241        4137
   Zeroing lines in arrays 
  Total # of output lines =           20       29816

 Processing block number           21
 DEBUG          572   571.9348       1751.062     -0.4991900     -0.4991900    
         5241        5669          20         408
 patch iptc,sj,dgj,dgi,id:          21        5669         572         552
          408
  half line dmj dgc:           0       31185        1751         568
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 sj>s1:        5669        5241
   Zeroing lines in arrays 
  Total # of output lines =           21       30244

         5669        6773           0        1104
 patch iptc,sj,dgj,dgi,id:          21        6773         572         572
         1104
  half line dmj dgc:           1       31185        1751         568
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        6773        5669
   Zeroing lines in arrays 
  Total # of output lines =           21       31348

 Processing block number           22
 DEBUG          594   594.5920       1789.756     -0.4991561     -0.4991561    
         6773        7203          22         408
 patch iptc,sj,dgj,dgi,id:          22        7203         594         572
          408
  half line dmj dgc:           0       32697        1790         568
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        7203        6773
   Zeroing lines in arrays 
  Total # of output lines =           22       31778

         7203        8307           0        1104
 patch iptc,sj,dgj,dgi,id:          22        8307         594         594
         1104
  half line dmj dgc:           1       32697        1790         568
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        8307        7203
   Zeroing lines in arrays 
  Total # of output lines =           22       32882

 Processing block number           23
 DEBUG          608   608.0429       1799.952     -0.4991587     -0.4991587    
         8307        8729          14         408
 patch iptc,sj,dgj,dgi,id:          23        8729         608         594
          408
  half line dmj dgc:           0       34209        1800         568
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        8729        8307
   Zeroing lines in arrays 
  Total # of output lines =           23       33304

         8729        9833           0        1104
 patch iptc,sj,dgj,dgi,id:          23        9833         608         608
         1104
  half line dmj dgc:           1       34209        1800         568
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        9833        8729
   Zeroing lines in arrays 
  Total # of output lines =           23       34408

 Processing block number           24
 DEBUG          608   608.1843       1789.679     -0.4992012     -0.4992012    
         9833       10241           0         408
 patch iptc,sj,dgj,dgi,id:          24       10241         608         608
          408
  half line dmj dgc:           0       35721        1790         568
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:       10241        9833
   Zeroing lines in arrays 
  Total # of output lines =           24       34816

        10241       11345           0        1104
 patch iptc,sj,dgj,dgi,id:          24       11345         608         608
         1104
  half line dmj dgc:           1       35721        1790         568
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:       11345       10241
   Zeroing lines in arrays 
  Total # of output lines =           24       35920

 Processing block number           25
 DEBUG          599   599.0908       1773.114     -0.4992144     -0.4992144    
        11345       11744          -9         408
 patch iptc,sj,dgj,dgi,id:          25       11744         599         608
          408
  half line dmj dgc:           0       37233        1773         568
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:       11744       11345
   Zeroing lines in arrays 
  Total # of output lines =           25       36319

        11744       12848           0        1104
 patch iptc,sj,dgj,dgi,id:          25         560         599         599
         1104
  half line dmj dgc:           1       37233        1773         568
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 s1>sj:       11744         560
   Zeroing lines in arrays 
  Total # of output lines =           25       37423

 Processing block number           26
 DEBUG          587   586.6951       1754.414     -0.4992238     -0.4992238    
          560         956         -12         408
 patch iptc,sj,dgj,dgi,id:          26         956         587         599
          408
  half line dmj dgc:           0       38745        1754         568
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:         956         560
   Zeroing lines in arrays 
  Total # of output lines =           26       37819

          956        2060           0        1104
 patch iptc,sj,dgj,dgi,id:          26        2060         587         587
         1104
  half line dmj dgc:           1       38745        1754         568
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:        2060         956
   Zeroing lines in arrays 
  Total # of output lines =           26       38923

 Processing block number           27
 DEBUG          575   575.3177       1731.800     -0.4992602     -0.4992602    
         2060        2456         -12         408
 patch iptc,sj,dgj,dgi,id:          27        2456         575         587
          408
  half line dmj dgc:           0       40257        1732         568
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:        2456        2060
   Zeroing lines in arrays 
  Total # of output lines =           27       39319

         2456        3560           0        1104
 patch iptc,sj,dgj,dgi,id:          27        3560         575         575
         1104
  half line dmj dgc:           1       40257        1732         568
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 sj>s1:        3560        2456
   Zeroing lines in arrays 
  Total # of output lines =           27       40423

 Processing block number           28
 DEBUG          570   570.3784       1722.413     -0.4992834     -0.4992834    
         3560        3963          -5         408
 patch iptc,sj,dgj,dgi,id:          28        3963         570         575
          408
  half line dmj dgc:           0       41769        1722         568
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        3963        3560
   Zeroing lines in arrays 
  Total # of output lines =           28       40826

         3963        5067           0        1104
 patch iptc,sj,dgj,dgi,id:          28        5067         570         570
         1104
  half line dmj dgc:           1       41769        1722         568
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        5067        3963
   Zeroing lines in arrays 
  Total # of output lines =           28       41930

 Processing block number           29
 DEBUG          571   571.0670       1731.636     -0.4992594     -0.4992594    
         5067        5476           1         408
 patch iptc,sj,dgj,dgi,id:          29        5476         571         570
          408
  half line dmj dgc:           0       43281        1732         568
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        5476        5067
   Zeroing lines in arrays 
  Total # of output lines =           29       42339

         5476        6580           0        1104
 patch iptc,sj,dgj,dgi,id:          29        6580         571         571
         1104
  half line dmj dgc:           1       43281        1732         568
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        6580        5476
   Zeroing lines in arrays 
  Total # of output lines =           29       43443

 Processing block number           30
 DEBUG          574   573.9809       1749.818     -0.4992605     -0.4992605    
         6580        6991           3         408
 patch iptc,sj,dgj,dgi,id:          30        6991         574         571
          408
  half line dmj dgc:           0       44793        1750         568
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        6991        6580
   Zeroing lines in arrays 
  Total # of output lines =           30       43854

         6991        8095           0        1104
 patch iptc,sj,dgj,dgi,id:          30        8095         574         574
         1104
  half line dmj dgc:           1       44793        1750         568
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        8095        6991
   Zeroing lines in arrays 
  Total # of output lines =           30       44958

 Processing block number           31
 DEBUG          574   574.0209       1754.362     -0.4992462     -0.4992462    
         8095        8503           0         408
 patch iptc,sj,dgj,dgi,id:          31        8503         574         574
          408
  half line dmj dgc:           0       46305        1754         568
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        8503        8095
   Zeroing lines in arrays 
  Total # of output lines =           31       45366

         8503        9607           0        1104
 patch iptc,sj,dgj,dgi,id:          31        9607         574         574
         1104
  half line dmj dgc:           1       46305        1754         568
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        9607        8503
   Zeroing lines in arrays 
  Total # of output lines =           31       46470

 Processing block number           32
 DEBUG          573   573.1752       1757.284     -0.4992680     -0.4992680    
         9607       10014          -1         408
 patch iptc,sj,dgj,dgi,id:          32       10014         573         574
          408
  half line dmj dgc:           0       47817        1757         568
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:       10014        9607
   Zeroing lines in arrays 
  Total # of output lines =           32       46877

        10014       11118           0        1104
 patch iptc,sj,dgj,dgi,id:          32       11118         573         573
         1104
  half line dmj dgc:           1       47817        1757         568
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       11118       10014
   Zeroing lines in arrays 
  Total # of output lines =           32       47981

 Processing block number           33
 DEBUG          575   575.3179       1767.603     -0.4992692     -0.4992692    
        11118       11528           2         408
 patch iptc,sj,dgj,dgi,id:          33       11528         575         573
          408
  half line dmj dgc:           0       49329        1768         568
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11528       11118
   Zeroing lines in arrays 
  Total # of output lines =           33       48391

        11528       12632           0        1104
 patch iptc,sj,dgj,dgi,id:          33         344         575         575
         1104
  half line dmj dgc:           1       49329        1768         568
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 s1>sj:       11528         344
   Zeroing lines in arrays 
  Total # of output lines =           33       49495

 Processing block number           34
 DEBUG          580   580.1368       1793.999     -0.4992445     -0.4992445    
          344         757           5         408
 patch iptc,sj,dgj,dgi,id:          34         757         580         575
          408
  half line dmj dgc:           0       50841        1794         568
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 sj>s1:         757         344
   Zeroing lines in arrays 
  Total # of output lines =           34       49908

          757        1861           0        1104
 patch iptc,sj,dgj,dgi,id:          34        1861         580         580
         1104
  half line dmj dgc:           1       50841        1794         568
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        1861         757
   Zeroing lines in arrays 
  Total # of output lines =           34       51012

 Processing block number           35
 DEBUG          593   593.0671       1835.546     -0.4992070     -0.4992070    
         1861        2282          13         408
 patch iptc,sj,dgj,dgi,id:          35        2282         593         580
          408
  half line dmj dgc:           0       52353        1835         568
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2282        1861
   Zeroing lines in arrays 
  Total # of output lines =           35       51433

         2282        3386           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3386         593         593
         1104
  half line dmj dgc:           1       52353        1835         568
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3386        2282
   Zeroing lines in arrays 
  Total # of output lines =           35       52537

 Processing block number           36
 DEBUG          607   606.9207       1881.159     -0.4991597     -0.4991597    
         3386        3808          14         408
 patch iptc,sj,dgj,dgi,id:          36        3808         607         593
          408
  half line dmj dgc:           0       53865        1881         568
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        3808        3386
   Zeroing lines in arrays 
  Total # of output lines =           36       52959

         3808        4912           0        1104
 patch iptc,sj,dgj,dgi,id:          36        4912         607         607
         1104
  half line dmj dgc:           1       53865        1881         568
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        4912        3808
   Zeroing lines in arrays 
  Total # of output lines =           36       54063

 Processing block number           37
 DEBUG          628   627.6485       1950.363     -0.4991306     -0.4991306    
         4912        5341          21         408
 patch iptc,sj,dgj,dgi,id:          37        5341         628         607
          408
  half line dmj dgc:           0       55377        1950         568
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        5341        4912
   Zeroing lines in arrays 
  Total # of output lines =           37       54492

         5341        6445           0        1104
 patch iptc,sj,dgj,dgi,id:          37        6445         628         628
         1104
  half line dmj dgc:           1       55377        1950         568
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        6445        5341
   Zeroing lines in arrays 
  Total # of output lines =           37       55596

 Processing block number           38
 DEBUG          641   641.5035       2005.774     -0.4990267     -0.4990267    
         6445        6825          13         367
 patch iptc,sj,dgj,dgi,id:          38        6825         641         628
          367
  half line dmj dgc:           0       56848        2006         568
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        6825        6445
   Zeroing lines in arrays 
  Total # of output lines =           38       55976

         6825        7929           0        1104
 patch iptc,sj,dgj,dgi,id:          38        7929         641         641
         1104
  half line dmj dgc:           1       56848        2006         568
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        7929        6825
   Zeroing lines in arrays 
  Total # of output lines =           38       57080

 ia dmi dgi:        7929        2006         641
   Writing the last         2469 lines
 last half sj>s1       10398        7929       57080
 WAYNE done patche    157.0346300601959    
  Total # of output lines =        59549

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   59549
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    157.7395080327988    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            0
 AZ patch size:        4096
  What is the desired az fract (def=1.0)?
 fract #: -0.1605652    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.vh00c                        

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_c.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.200000    
  Radar wavelength (m)                 =   5.6699999E-02
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.5063630    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.889000       1.726800    
    1.912000    
  Receive leverarm x,y,z              =    1.872000      0.6771000    
  -0.3541000    



  Name of raw data file?
 /mnt/air118/airops/1381/c_vh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_c.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_c                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_c.vh_j                       
 *** ipol itop:           3           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.cv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.1130001E-02
 reading motion compensation data
 WAYNE read motion compen    1.087029    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3756500    
 start range comp, time =      1.968

 WAYNE PREV   1.484265    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  5.1410500E-02  1.2900600E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     2.199 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    18.68338692188263    
 ATTN ifrq ipol ln           8           3        4096   18.00000    
 IPOL, ITOP nblock            3           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991394    
  shift in azimuth *fractional pixel=   8.0144435E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.5599937438964844E-03
 TESTING -8.5000396E-03  -13.17645      0.6826864    
 WAYNE Motion comp. added to patch, time =    6.078729033470154    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.9129514694213867E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10 -8.5000396E-03  -13.17645      0.6826864    
 HEY,dt,fract,ye,pe   8.0144435E-02 -0.1605652      5.1410500E-02
   1.2900600E-02
 WAYNE Azimuth compression done, time =    75.74654006958008    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6463079452514648    
 ==w out           1           0         945                    0
 WAYNE PROCESS   101.1624979972839    

 Processing block number            2
 TESTING WHY  5.1385298E-02  1.3010500E-02        1512           2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560   103.361 seconds.
 TESTING        1513
 before reading
 done reading
 WAYNE load raw data , time =    22.09468102455139    
 ATTN ifrq ipol ln           8           3        5608   18.00000    
 IPOL, ITOP nblock            3           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991515    
  shift in azimuth *fractional pixel=   8.0146387E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   3.9319992065429688E-03
 TESTING -8.5000396E-03  -13.59999      0.6476319    
 WAYNE Motion comp. added to patch, time =    5.811045885086060    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   3.8793921470642090E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10 -8.5000396E-03  -13.59999      0.6476319    
 HEY,dt,fract,ye,pe   8.0146387E-02 -0.1605652      5.1385298E-02
   1.3010500E-02
 WAYNE Azimuth compression done, time =    75.90087199211121    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3820619583129883    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   104.2321050167084    

 Processing block number            3
 TESTING WHY  5.1130898E-02  1.2874600E-02        1512           3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072   207.594 seconds.
 TESTING        3025
 before reading
 done reading
 WAYNE load raw data , time =    19.99154806137085    
 ATTN ifrq ipol ln           8           3        7120   18.00000    
 IPOL, ITOP nblock            3           0           3
  ****shift in azimuth (fractional pixel)=  -0.4991659    
  shift in azimuth *fractional pixel=   8.0148689E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   3.9579868316650391E-03
 TESTING -8.5000396E-03  -14.04821      0.8859332    
 WAYNE Motion comp. added to patch, time =    5.808876991271973    
 WAYNE Doppler estimation done, time =   7.987 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to           10 by #            1

 Processing block number            6
 WAYNE PATCHES:         7561        11656 patch#            6
  reference line:  9608     2.206 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.79493701457977    
 ATTN ifrq ipol ln           8           3       11656   18.00000    
 IPOL, ITOP nblock            3           0           6
  ****shift in azimuth (fractional pixel)=  -0.4991946    
  shift in azimuth *fractional pixel=   8.0153294E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.6010017395019531E-03
 WAYNE Motion comp. added to patch, time =    6.074507951736450    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9940137863159180E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.56913197040558    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6963559389114380    
 ==w out           6           0         945                    0
 WAYNE PROCESS   101.1425019502640    

 Processing block number            7
 WAYNE PATCHES:         9073        13168 patch#            7
  reference line: 11120   103.350 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    22.63137590885162    
 ATTN ifrq ipol ln           8           3       13168   18.00000    
 IPOL, ITOP nblock            3           0           7
  ****shift in azimuth (fractional pixel)=  -0.4992226    
  shift in azimuth *fractional pixel=   8.0157802E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1790008544921875E-03
 WAYNE Motion comp. added to patch, time =    5.834477901458740    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   4.5534968376159668E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.64144301414490    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3803570270538330    
 ==w out           7        2208         945             45219840
 WAYNE PROCESS   103.5385680198669    

 Processing block number            8
 WAYNE PATCHES:        10585        14680 patch#            8
  reference line: 12632   206.888 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.06649506092072    
 ATTN ifrq ipol ln           8           3       14680   18.00000    
 IPOL, ITOP nblock            3           0           8
  ****shift in azimuth (fractional pixel)=  -0.4992377    
  shift in azimuth *fractional pixel=   8.0160223E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.2719841003417969E-03
 WAYNE Motion comp. added to patch, time =    5.751088023185730    
 WAYNE Doppler estimation done, time =   4.8875808715820313E-06
 WAYNE write deskew done, time =   1.7139911651611328E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.09872698783875    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3776440620422363    
 ==w out           8        4416         945             90439680
 WAYNE PROCESS   100.3005980253220    

 Processing block number            9
 WAYNE PATCHES:        12097        16192 p PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           31 to           34 by #            6

 Processing block number           31
 WAYNE PATCHES:        45361        49456 patch#           31
  reference line: 47408     2.258 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.77407598495483    
 ATTN ifrq ipol ln           8           3       49456   18.00000    
 IPOL, ITOP nblock            3           0          31
  ****shift in azimuth (fractional pixel)=  -0.4992462    
  shift in azimuth *fractional pixel=   8.0161579E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.6919584274291992E-03
 WAYNE Motion comp. added to patch, time =    6.234197974205017    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1439790725708008E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.47733199596405    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6796530485153198    
 ==w out          31           0         945                    0
 WAYNE PROCESS   101.1732950210571    

 Processing block number           32
 WAYNE PATCHES:        46873        50968 patch#           32
  reference line: 48920   103.432 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    22.87285602092743    
 ATTN ifrq ipol ln           8           3       50968   18.00000    
 IPOL, ITOP nblock            3           0          32
  ****shift in azimuth (fractional pixel)=  -0.4992680    
  shift in azimuth *fractional pixel=   8.0165088E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.0210485458374023E-03
 WAYNE Motion comp. added to patch, time =    5.836152911186218    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   6.3140988349914551E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    78.14088904857635    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6066670417785645    
 ==w out          32        2208         945             45219840
 WAYNE PROCESS   107.5247590541840    

 Processing block number           33
 WAYNE PATCHES:        48385        52480 patch#           33
  reference line: 50432   210.956 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.40302896499634    
 ATTN ifrq ipol ln           8           3       52480   18.00000    
 IPOL, ITOP nblock            3           0          33
  ****shift in azimuth (fractional pixel)=  -0.4992692    
  shift in azimuth *fractional pixel=   8.0165274E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1619539260864258E-03
 WAYNE Motion comp. added to patch, time =    5.729086041450500    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6880035400390625E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.82185995578766    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3807820081710815    
 ==w out          33        4416         945             90439680
 WAYNE PROCESS   99.34116399288177    

 Processing block number           34
 WAYNE PATCHES:        49897        53992 p PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           35 to           38 by #            7

 Processing block number           35
 WAYNE PATCHES:        51409        55504 patch#           35
  reference line: 53456     2.265 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.05020391941071    
 ATTN ifrq ipol ln           8           3       55504   18.00000    
 IPOL, ITOP nblock            3           0          35
  ****shift in azimuth (fractional pixel)=  -0.4992070    
  shift in azimuth *fractional pixel=   8.0155283E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.4380426406860352E-03
 WAYNE Motion comp. added to patch, time =    6.159498929977417    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.1229982376098633E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.54871296882629    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6154470443725586    
 ==w out          35           0         945                    0
 WAYNE PROCESS   101.3815450668335    

 Processing block number           36
 WAYNE PATCHES:        52921        57016 patch#           36
  reference line: 54968   103.647 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    22.96485197544098    
 ATTN ifrq ipol ln           8           3       57016   18.00000    
 IPOL, ITOP nblock            3           0          36
  ****shift in azimuth (fractional pixel)=  -0.4991597    
  shift in azimuth *fractional pixel=   8.0147699E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   3.9989948272705078E-03
 WAYNE Motion comp. added to patch, time =    5.937425971031189    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   5.9368014335632324E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.51807403564453    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3787720203399658    
 ==w out          36        2208         945             45219840
 WAYNE PROCESS   104.8634630441666    

 Processing block number           37
 WAYNE PATCHES:        54433        58528 patch#           37
  reference line: 56480   208.511 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.26168096065521    
 ATTN ifrq ipol ln           8           3       58528   18.00000    
 IPOL, ITOP nblock            3           0          37
  ****shift in azimuth (fractional pixel)=  -0.4991306    
  shift in azimuth *fractional pixel=   8.0143020E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.2960643768310547E-03
 WAYNE Motion comp. added to patch, time =    6.002093911170959    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.7579793930053711E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.66617798805237    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3793219327926636    
 ==w out          37        4416         945             90439680
 WAYNE PROCESS   102.3160279989243    

 Processing block number           38
 WAYNE PATCHES:        55904        59999 p PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           21 to           25 by #            4

 Processing block number           21
 WAYNE PATCHES:        30241        34336 patch#           21
  reference line: 32288     2.231 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.71524107456207    
 ATTN ifrq ipol ln           8           3       34336   18.00000    
 IPOL, ITOP nblock            3           0          21
  ****shift in azimuth (fractional pixel)=  -0.4991900    
  shift in azimuth *fractional pixel=   8.0152564E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.6269893646240234E-03
 WAYNE Motion comp. added to patch, time =    6.184761047363281    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.0130872726440430E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.84976196289063    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6621109247207642    
 ==w out          21           0         945                    0
 WAYNE PROCESS   101.4196369647980    

 Processing block number           22
 WAYNE PATCHES:        31753        35848 patch#           22
  reference line: 33800   103.651 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    22.54969501495361    
 ATTN ifrq ipol ln           8           3       35848   18.00000    
 IPOL, ITOP nblock            3           0          22
  ****shift in azimuth (fractional pixel)=  -0.4991561    
  shift in azimuth *fractional pixel=   8.0147125E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.0559768676757813E-03
 WAYNE Motion comp. added to patch, time =    5.883657097816467    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   4.2191982269287109E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.83047997951508    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3859848976135254    
 ==w out          22        2208         945             45219840
 WAYNE PROCESS   105.6970639228821    

 Processing block number           23
 WAYNE PATCHES:        33265        37360 patch#           23
  reference line: 35312   209.348 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.53390800952911    
 ATTN ifrq ipol ln           8           3       37360   18.00000    
 IPOL, ITOP nblock            3           0          23
  ****shift in azimuth (fractional pixel)=  -0.4991587    
  shift in azimuth *fractional pixel=   8.0147542E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.3159723281860352E-03
 WAYNE Motion comp. added to patch, time =    5.880043983459473    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.7110109329223633E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.44866394996643    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3829200267791748    
 ==w out          23        4416         945             90439680
 WAYNE PROCESS   102.2522690296173    

 Processing block number           24
 WAYNE PATCHES:        34777        38872 p PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           26 to           30 by #            5

 Processing block number           26
 WAYNE PATCHES:        37801        41896 patch#           26
  reference line: 39848     2.241 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.64325511455536    
 ATTN ifrq ipol ln           8           3       41896   18.00000    
 IPOL, ITOP nblock            3           0          26
  ****shift in azimuth (fractional pixel)=  -0.4992238    
  shift in azimuth *fractional pixel=   8.0157988E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.5839548110961914E-03
 WAYNE Motion comp. added to patch, time =    6.218631982803345    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9929409027099609E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.49922192096710    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6216720342636108    
 ==w out          26           0         945                    0
 WAYNE PROCESS   100.9901920557022    

 Processing block number           27
 WAYNE PATCHES:        39313        43408 patch#           27
  reference line: 41360   103.232 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    23.33235907554626    
 ATTN ifrq ipol ln           8           3       43408   18.00000    
 IPOL, ITOP nblock            3           0          27
  ****shift in azimuth (fractional pixel)=  -0.4992602    
  shift in azimuth *fractional pixel=   8.0163836E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.0379762649536133E-03
 WAYNE Motion comp. added to patch, time =    5.771365046501160    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   6.4494967460632324E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    77.94320392608643    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5974969863891602    
 ==w out          27        2208         945             45219840
 WAYNE PROCESS   107.7139359712601    

 Processing block number           28
 WAYNE PATCHES:        40825        44920 patch#           28
  reference line: 42872   210.946 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.20593094825745    
 ATTN ifrq ipol ln           8           3       44920   18.00000    
 IPOL, ITOP nblock            3           0          28
  ****shift in azimuth (fractional pixel)=  -0.4992834    
  shift in azimuth *fractional pixel=   8.0167562E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.3590068817138672E-03
 WAYNE Motion comp. added to patch, time =    6.505741953849792    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.6980171203613281E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.81255805492401    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4627380371093750    
 ==w out          28        4416         945             90439680
 WAYNE PROCESS   101.9937059879303    

 Processing block number           29
 WAYNE PATCHES:        42337        46432 p PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           16 to           20 by #            3

 Processing block number           16
 WAYNE PATCHES:        22681        26776 patch#           16
  reference line: 24728     2.222 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.86597990989685    
 ATTN ifrq ipol ln           8           3       26776   18.00000    
 IPOL, ITOP nblock            3           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993093    
  shift in azimuth *fractional pixel=   8.0171727E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.6960115432739258E-03
 WAYNE Motion comp. added to patch, time =    6.144322037696838    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.3100376129150391E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.92509591579437    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5978870391845703    
 ==w out          16           0         945                    0
 WAYNE PROCESS   101.5414489507675    

 Processing block number           17
 WAYNE PATCHES:        24193        28288 patch#           17
  reference line: 26240   103.764 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    22.98023200035095    
 ATTN ifrq ipol ln           8           3       28288   18.00000    
 IPOL, ITOP nblock            3           0          17
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=   8.0169864E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1049718856811523E-03
 WAYNE Motion comp. added to patch, time =    5.892067074775696    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   3.9196014404296875E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    77.70918703079224    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5345689058303833    
 ==w out          17        2208         945             45219840
 WAYNE PROCESS   107.1604079008102    

 Processing block number           18
 WAYNE PATCHES:        25705        29800 patch#           18
  reference line: 27752   210.924 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.94796693325043    
 ATTN ifrq ipol ln           8           3       29800   18.00000    
 IPOL, ITOP nblock            3           0          18
  ****shift in azimuth (fractional pixel)=  -0.4992844    
  shift in azimuth *fractional pixel=   8.0167711E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1310787200927734E-03
 WAYNE Motion comp. added to patch, time =    5.920804023742676    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.7529726028442383E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.72937607765198    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4765720367431641    
 ==w out          18        4416         945             90439680
 WAYNE PROCESS   102.0813549757004    

 Processing block number           19
 WAYNE PATCHES:        27217        31312 p PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           11 to           15 by #            2

 Processing block number           11
 WAYNE PATCHES:        15121        19216 patch#           11
  reference line: 17168     2.215 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.87597692012787    
 ATTN ifrq ipol ln           8           3       19216   18.00000    
 IPOL, ITOP nblock            3           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992575    
  shift in azimuth *fractional pixel=   8.0163404E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.6690702438354492E-03
 WAYNE Motion comp. added to patch, time =    6.216866970062256    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.1219253540039063E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.41087496280670    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6918200254440308    
 ==w out          11           0         945                    0
 WAYNE PROCESS   101.2035350799561    

 Processing block number           12
 WAYNE PATCHES:        16633        20728 patch#           12
  reference line: 18680   103.419 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    23.01007401943207    
 ATTN ifrq ipol ln           8           3       20728   18.00000    
 IPOL, ITOP nblock            3           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992891    
  shift in azimuth *fractional pixel=   8.0168471E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.3120384216308594E-03
 WAYNE Motion comp. added to patch, time =    6.004881024360657    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   3.8033008575439453E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    79.32898700237274    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3944599628448486    
 ==w out          12        2208         945             45219840
 WAYNE PROCESS   108.7818510532379    

 Processing block number           13
 WAYNE PATCHES:        18145        22240 patch#           13
  reference line: 20192   212.201 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.66562294960022    
 ATTN ifrq ipol ln           8           3       22240   18.00000    
 IPOL, ITOP nblock            3           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992851    
  shift in azimuth *fractional pixel=   8.0167830E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.2849779129028320E-03
 WAYNE Motion comp. added to patch, time =    6.351663947105408    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7939805984497070E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.38009202480316    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4589819908142090    
 ==w out          13        4416         945             90439680
 WAYNE PROCESS   100.8632930517197    

 Processing block number           14
 WAYNE PATCHES:        19657        23752 patch#           34
  reference line: 51944   310.298 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.27656304836273    
 ATTN ifrq ipol ln           8           3       53992   18.00000    
 IPOL, ITOP nblock            3           0          34
  ****shift in azimuth (fractional pixel)=  -0.4992445    
  shift in azimuth *fractional pixel=   8.0161303E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1129589080810547E-03
 WAYNE Motion comp. added to patch, time =    6.324429988861084    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7050504684448242E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    77.08971810340881    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4711821079254150    
 ==w out          34        6624         945            135659520
 WAYNE PROCESS   101.1683810949326    
 ==w out          35        8835
atch#           38
  reference line: 57951   310.827 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.59781205654144    
 ATTN ifrq ipol ln           8           3       59999   18.00000    
 IPOL, ITOP nblock            3           0          38
  ****shift in azimuth (fractional pixel)=  -0.4990267    
  shift in azimuth *fractional pixel=   8.0126338E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.3098926544189453E-03
 WAYNE Motion comp. added to patch, time =    6.489860892295837    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8599033355712891E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.10796391963959    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4653379917144775    
 ==w out          38        6624         945            135659520
 WAYNE PROCESS   100.6679829359055    
 ==w out          39        8835
0223999023438E-06
 WAYNE write deskew done, time =   1.5480518341064453E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10 -8.5000396E-03  -14.04821      0.8859332    
 HEY,dt,fract,ye,pe   8.0148689E-02 -0.1605652      5.1130898E-02
   1.2874600E-02
 WAYNE Azimuth compression done, time =    75.10174202919006    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3821799755096436    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   101.2907779216766    

 Processing block number            4
 TESTING WHY  5.1188100E-02  1.2528200E-02        1512           4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584   308.884 seconds.
 TESTING        4537
 before reading
 done reading
 WAYNE load raw data , time =    17.16627597808838    
 ATTN ifrq ipol ln           8           3        8632   18.00000    
 IPOL, ITOP nblock            3           0           4
  ****shift in azimuth (fractional pixel)=  -0.4991831    
  shift in azimuth *fractional pixel=   8.0151446E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.0899515151977539E-03
 TESTING -8.5000396E-03  -14.32050       1.327320    
 WAYNE Motion comp. added to patch, time =    5.723093032836914    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7139911651611328E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10 -8.5000396E-03  -14.32050       1.327320    
 HEY,dt,fract,ye,pe   8.0151446E-02 -0.1605652      5.1188100E-02
   1.2528200E-02
 WAYNE Azimuth compression done, time =    74.94249498844147    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3922649621963501    
 ==w out           4        6624         945            135659520
 WAYNE PROCESS   98.23052299022675    

 Processing block number            5
 TESTING WHY  5.1258299E-02  1.2125300E-02        1512           5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096   407.115 seconds.
 TESTING        6049
 before reading
 done reading
 WAYNE load raw data , time =    17.90083801746368    
 ATTN ifrq ipol ln           8           3       10144   18.00000    
 IPOL, ITOP nblock            3           0           5
  ****shift in azimuth (fractional pixel)=  -0.4991716    
  shift in azimuth *fractional pixel=   8.0149606E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.0299892425537109E-03
 TESTING -8.5000396E-03  -14.16303       1.642588    
 WAYNE Motion comp. added to patch, time =    5.609271049499512    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6560554504394531E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10 -8.5000396E-03  -14.16303       1.642588    
 HEY,dt,fract,ye,pe   8.0149606E-02 -0.1605652      5.1258299E-02
   1.2125300E-02
 WAYNE Azimuth compression done, time =    60.92684495449066    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4420549869537354    
 ==w out           5        8832         945            180879360
 WAYNE PROCESS   84.88528096675873    
 ==w out           6       11043
atch#           29
  reference line: 44384   312.940 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.12986004352570    
 ATTN ifrq ipol ln           8           3       46432   18.00000    
 IPOL, ITOP nblock            3           0          29
  ****shift in azimuth (fractional pixel)=  -0.4992594    
  shift in azimuth *fractional pixel=   8.0163702E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.2569637298583984E-03
 WAYNE Motion comp. added to patch, time =    6.100700974464417    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9010305404663086E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.56240701675415    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3948929309844971    
 ==w out          29        6624         945            135659520
 WAYNE PROCESS   100.1947859525681    

 Processing block number           30
 WAYNE PATCHES:        43849        47944 patch#           30
  reference line: 45896   413.135 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.86052203178406    
 ATTN ifrq ipol ln           8           3       47944   18.00000    
 IPOL, ITOP nblock            3           0          30
  ****shift in azimuth (fractional pixel)=  -0.4992605    
  shift in azimuth *fractional pixel=   8.0163874E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1979551315307617E-03
 WAYNE Motion comp. added to patch, time =    5.762228012084961    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7119646072387695E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    60.77318906784058    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4489389657974243    
 ==w out          30        8832         945            180879360
 WAYNE PROCESS   84.85131502151489    
 ==w out          31       11043
atch#            9
  reference line: 14144   307.189 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.26194095611572    
 ATTN ifrq ipol ln           8           3       16192   18.00000    
 IPOL, ITOP nblock            3           0           9
  ****shift in azimuth (fractional pixel)=  -0.4992382    
  shift in azimuth *fractional pixel=   8.0160305E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1729211807250977E-03
 WAYNE Motion comp. added to patch, time =    5.697919964790344    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.7060041427612305E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.95781993865967    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3902169466018677    
 ==w out           9        6624         945            135659520
 WAYNE PROCESS   100.3145779371262    

 Processing block number           10
 WAYNE PATCHES:        13609        17704 patch#           10
  reference line: 15656   407.503 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.74737691879272    
 ATTN ifrq ipol ln           8           3       17704   18.00000    
 IPOL, ITOP nblock            3           0          10
  ****shift in azimuth (fractional pixel)=  -0.4992513    
  shift in azimuth *fractional pixel=   8.0162413E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1069984436035156E-03
 WAYNE Motion comp. added to patch, time =    5.805948019027710    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.7219781875610352E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    72.24869799613953    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3959300518035889    
 ==w out          10        8832         945            180879360
 WAYNE PROCESS   96.20446598529816    
 ==w out          11       11043
atch#           14
  reference line: 21704   313.064 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.89353108406067    
 ATTN ifrq ipol ln           8           3       23752   18.00000    
 IPOL, ITOP nblock            3           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=   8.0169871E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.4080018997192383E-03
 WAYNE Motion comp. added to patch, time =    6.277861952781677    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8349885940551758E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.28377902507782    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3827160596847534    
 ==w out          14        6624         945            135659520
 WAYNE PROCESS   98.84506499767303    

 Processing block number           15
 WAYNE PATCHES:        21169        25264 patch#           15
  reference line: 23216   411.909 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.67952704429626    
 ATTN ifrq ipol ln           8           3       25264   18.00000    
 IPOL, ITOP nblock            3           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992915    
  shift in azimuth *fractional pixel=   8.0168866E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1940212249755859E-03
 WAYNE Motion comp. added to patch, time =    6.236333966255188    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.7670392990112305E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    72.69999492168427    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3943469524383545    
 ==w out          15        8832         945            180879360
 WAYNE PROCESS   98.01687705516815    
 ==w out          16       11043
atch#           24
  reference line: 36824   311.601 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.49065101146698    
 ATTN ifrq ipol ln           8           3       38872   18.00000    
 IPOL, ITOP nblock            3           0          24
  ****shift in azimuth (fractional pixel)=  -0.4992012    
  shift in azimuth *fractional pixel=   8.0154367E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.1899681091308594E-03
 WAYNE Motion comp. added to patch, time =    6.048422932624817    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.7440319061279297E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.73898804187775    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4514060020446777    
 ==w out          24        6624         945            135659520
 WAYNE PROCESS   99.73621892929077    

 Processing block number           25
 WAYNE PATCHES:        36289        40384 patch#           25
  reference line: 38336   411.337 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.55375099182129    
 ATTN ifrq ipol ln           8           3       40384   18.00000    
 IPOL, ITOP nblock            3           0          25
  ****shift in azimuth (fractional pixel)=  -0.4992144    
  shift in azimuth *fractional pixel=   8.0156475E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.2220354080200195E-03
 WAYNE Motion comp. added to patch, time =    5.867802977561951    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6880035400390625E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.06584703922272    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3983418941497803    
 ==w out          25        8832         945            180879360
 WAYNE PROCESS   98.89238500595093    
 ==w out          26       11043
atch#           19
  reference line: 29264   313.006 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.98082304000854    
 ATTN ifrq ipol ln           8           3       31312   18.00000    
 IPOL, ITOP nblock            3           0          19
  ****shift in azimuth (fractional pixel)=  -0.4992518    
  shift in azimuth *fractional pixel=   8.0162480E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.2659044265747070E-03
 WAYNE Motion comp. added to patch, time =    6.261398077011108    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7620325088500977E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.96677792072296    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3815680742263794    
 ==w out          19        6624         945            135659520
 WAYNE PROCESS   99.59749805927277    

 Processing block number           20
 WAYNE PATCHES:        28729        32824 patch#           20
  reference line: 30776   412.603 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.34434700012207    
 ATTN ifrq ipol ln           8           3       32824   18.00000    
 IPOL, ITOP nblock            3           0          20
  ****shift in azimuth (fractional pixel)=  -0.4992289    
  shift in azimuth *fractional pixel=   8.0158800E-02 -0.1605652    
 WAYNE Motion comp. coeff. calculated, time =   4.2710304260253906E-03
 WAYNE Motion comp. added to patch, time =    5.921884894371033    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8310546875000000E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.95125901699066    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3757009506225586    
 ==w out          20        8832         945            180879360
 WAYNE PROCESS   98.59997797012329    
 ==w out          21       11043
            1     1802555           0
            2     1802476           0
            3     1802320           0
            4     1802067           0
            5     1802306           0
            6     1802642           0
            7     1802581           0
            8     1797321           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       83904kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             5
 gather image from processor #            2
             5
 gather image from processor #            3
             5
 gather image from processor #            4
             5
 gather image from processor #            5
             5
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    5.1944017410278320E-02
 WAYNE LOOP TIME:     517.4367040395737    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_c.vh_j                       
 /mnt/air119/airops/1381/ts1381_c.mocompv                    
 /mnt/air119/airops/1381/ts1381_c.dop                        
 /mnt/air119/airops/1381/ts1381_c.glb                                2560
        83904
 update intf hdr ha:   6899.100    
 UPDATE:        2560       83904   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_c.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_c.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_c.glb                        
 /mnt/air119/airops/1381/ts1381_c.glb                                  36
 deskew line ra ha trc:   292.2784             568   7949.298    
    6899.100       90.98126    
  after deskew line ra ha trc:   292.2784             568   7949.298    
    6899.100       90.98126    
 lat1 lon1:         568   63.75602      -144.9816           83904
 last ra n_ns ns:   7949.298              -1           1       84471
        83904
 lati loni:       84471   63.75605      -144.0585           84471           1
 center ra n_ns ns:   12209.65            1278        1278       42519
        83904
 lati loni:       42519   63.79443      -144.5152           42519        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_c.vh_j                       
 WAYNE FINAL PROCESS   519.4706469774246    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
        11040           5
        11040           5
        11040           5
        11040           5
        11040           5
        11040           5
         8832           4
         8832           4
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_c.vh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_c.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.cv                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_c.TB                         
  Name of the line output file?
 /mnt/air119/airops/1381/c_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.338095068931580    

  Deskewing           38 patches
 Processing block number            1
 DEBUG          568   568.2670       1669.744      8.0144435E-02  8.0144435E-02
 patch iptc,sj,dgj,dgi,id:           1           1         568         568
            0
  half line dmj dgc:           0         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           0        1104
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        1105           0        1104
 patch iptc,sj,dgj,dgi,id:           1        1105         568         568
         1104
  half line dmj dgc:           1         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           1        2208
   Writing data negflag .eq. 0
 sj>s1:        1105           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1104

 Processing block number            2
 DEBUG          569   569.5521       1670.488      8.0146387E-02  8.0146387E-02
         1105        1514           1         408
 patch iptc,sj,dgj,dgi,id:           2        1514         569         568
          408
  half line dmj dgc:           0        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1514        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1513

         1514        2618           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2618         569         569
         1104
  half line dmj dgc:           1        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2618        1514
   Zeroing lines in arrays 
  Total # of output lines =            2        2617

 Processing block number            3
 DEBUG          565   565.7397       1661.239      8.0148689E-02  8.0148689E-02
         2618        3022          -4         408
 patch iptc,sj,dgj,dgi,id:           3        3022         565         569
          408
  half line dmj dgc:           0        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3022        2618
   Zeroing lines in arrays 
  Total # of output lines =            3        3021

         3022        4126           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4126         565         565
         1104
  half line dmj dgc:           1        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4126        3022
   Zeroing lines in arrays 
  Total # of output lines =            3        4125

 Processing block number            4
 DEBUG          561   561.4684       1658.239      8.0151446E-02  8.0151446E-02
         4126        4530          -4         408
 patch iptc,sj,dgj,dgi,id:           4        4530         561         565
          408
  half line dmj dgc:           0        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4530        4126
   Zeroing lines in arrays 
  Total # of output lines =            4        4529

         4530        5634           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5634         561         561
         1104
  half line dmj dgc:           1        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5634        4530
   Zeroing lines in arrays 
  Total # of output lines =            4        5633

 Processing block number            5
 DEBUG          556   556.5576       1654.861      8.0149606E-02  8.0149606E-02
         5634        6037          -5         408
 patch iptc,sj,dgj,dgi,id:           5        6037         556         561
          408
  half line dmj dgc:           0        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6037        5634
   Zeroing lines in arrays 
  Total # of output lines =            5        6036

         6037        7141           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7141         556         556
         1104
  half line dmj dgc:           1        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7141        6037
   Zeroing lines in arrays 
  Total # of output lines =            5        7140

 Processing block number            6
 DEBUG          554   554.8549       1647.668      8.0153294E-02  8.0153294E-02
         7141        7547          -2         408
 patch iptc,sj,dgj,dgi,id:           6        7547         554         556
          408
  half line dmj dgc:           0        8505        1647         568
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        7547        7141
   Zeroing lines in arrays 
  Total # of output lines =            6        7546

         7547        8651           0        1104
 patch iptc,sj,dgj,dgi,id:           6        8651         554         554
         1104
  half line dmj dgc:           1        8505        1647         568
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        8651        7547
   Zeroing lines in arrays 
  Total # of output lines =            6        8650

 Processing block number            7
 DEBUG          554   555.0676       1633.123      8.0157802E-02  8.0157802E-02
         8651        9059           0         408
 patch iptc,sj,dgj,dgi,id:           7        9059         554         554
          408
  half line dmj dgc:           0       10017        1632         568
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:        9059        8651
   Zeroing lines in arrays 
  Total # of output lines =            7        9058

         9059       10163           0        1104
 patch iptc,sj,dgj,dgi,id:           7       10163         554         554
         1104
  half line dmj dgc:           1       10017        1632         568
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 sj>s1:       10163        9059
   Zeroing lines in arrays 
  Total # of output lines =            7       10162

 Processing block number            8
 DEBUG          560   560.3841       1627.991      8.0160223E-02  8.0160223E-02
        10163       10577           6         408
 patch iptc,sj,dgj,dgi,id:           8       10577         560         554
          408
  half line dmj dgc:           0       11529        1627         568
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:       10577       10163
   Zeroing lines in arrays 
  Total # of output lines =            8       10576

        10577       11681           0        1104
 patch iptc,sj,dgj,dgi,id:           8       11681         560         560
         1104
  half line dmj dgc:           1       11529        1627         568
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:       11681       10577
   Zeroing lines in arrays 
  Total # of output lines =            8       11680

 Processing block number            9
 DEBUG          567   568.1077       1629.454      8.0160305E-02  8.0160305E-02
        11681       12096           7         408
 patch iptc,sj,dgj,dgi,id:           9       12096         567         560
          408
  half line dmj dgc:           0       13041        1629         568
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:       12096       11681
   Zeroing lines in arrays 
  Total # of output lines =            9       12095

        12096       13200           0        1104
 patch iptc,sj,dgj,dgi,id:           9         912         567         567
         1104
  half line dmj dgc:           1       13041        1629         568
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 s1>sj:       12096         912
   Zeroing lines in arrays 
  Total # of output lines =            9       13199

 Processing block number           10
 DEBUG          574   574.3361       1633.086      8.0162413E-02  8.0162413E-02
          912        1327           7         408
 patch iptc,sj,dgj,dgi,id:          10        1327         574         567
          408
  half line dmj dgc:           0       14553        1632         568
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        1327         912
   Zeroing lines in arrays 
  Total # of output lines =           10       13614

         1327        2431           0        1104
 patch iptc,sj,dgj,dgi,id:          10        2431         574         574
         1104
  half line dmj dgc:           1       14553        1632         568
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        2431        1327
   Zeroing lines in arrays 
  Total # of output lines =           10       14718

 Processing block number           11
 DEBUG          570   571.0605       1622.400      8.0163404E-02  8.0163404E-02
         2431        2835          -4         408
 patch iptc,sj,dgj,dgi,id:          11        2835         570         574
          408
  half line dmj dgc:           0       16065        1622         568
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        2835        2431
   Zeroing lines in arrays 
  Total # of output lines =           11       15122

         2835        3939           0        1104
 patch iptc,sj,dgj,dgi,id:          11        3939         570         570
         1104
  half line dmj dgc:           1       16065        1622         568
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        3939        2835
   Zeroing lines in arrays 
  Total # of output lines =           11       16226

 Processing block number           12
 DEBUG          561   561.7103       1611.754      8.0168471E-02  8.0168471E-02
         3939        4338          -9         408
 patch iptc,sj,dgj,dgi,id:          12        4338         561         570
          408
  half line dmj dgc:           0       17577        1611         568
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        4338        3939
   Zeroing lines in arrays 
  Total # of output lines =           12       16625

         4338        5442           0        1104
 patch iptc,sj,dgj,dgi,id:          12        5442         561         561
         1104
  half line dmj dgc:           1       17577        1611         568
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        5442        4338
   Zeroing lines in arrays 
  Total # of output lines =           12       17729

 Processing block number           13
 DEBUG          549   549.4207       1599.217      8.0167830E-02  8.0167830E-02
         5442        5838         -12         408
 patch iptc,sj,dgj,dgi,id:          13        5838         549         561
          408
  half line dmj dgc:           0       19089        1599         568
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:        5838        5442
   Zeroing lines in arrays 
  Total # of output lines =           13       18125

         5838        6942           0        1104
 patch iptc,sj,dgj,dgi,id:          13        6942         549         549
         1104
  half line dmj dgc:           1       19089        1599         568
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:        6942        5838
   Zeroing lines in arrays 
  Total # of output lines =           13       19229

 Processing block number           14
 DEBUG          542   542.3636       1600.229      8.0169871E-02  8.0169871E-02
         6942        7343          -7         408
 patch iptc,sj,dgj,dgi,id:          14        7343         542         549
          408
  half line dmj dgc:           0       20601        1600         568
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:        7343        6942
   Zeroing lines in arrays 
  Total # of output lines =           14       19630

         7343        8447           0        1104
 patch iptc,sj,dgj,dgi,id:          14        8447         542         542
         1104
  half line dmj dgc:           1       20601        1600         568
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 sj>s1:        8447        7343
   Zeroing lines in arrays 
  Total # of output lines =           14       20734

 Processing block number           15
 DEBUG          538   538.4473       1599.410      8.0168866E-02  8.0168866E-02
         8447        8851          -4         408
 patch iptc,sj,dgj,dgi,id:          15        8851         538         542
          408
  half line dmj dgc:           0       22113        1599         568
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        8851        8447
   Zeroing lines in arrays 
  Total # of output lines =           15       21138

         8851        9955           0        1104
 patch iptc,sj,dgj,dgi,id:          15        9955         538         538
         1104
  half line dmj dgc:           1       22113        1599         568
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:        9955        8851
   Zeroing lines in arrays 
  Total # of output lines =           15       22242

 Processing block number           16
 DEBUG          536   536.2105       1601.716      8.0171727E-02  8.0171727E-02
         9955       10361          -2         408
 patch iptc,sj,dgj,dgi,id:          16       10361         536         538
          408
  half line dmj dgc:           0       23625        1601         568
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:       10361        9955
   Zeroing lines in arrays 
  Total # of output lines =           16       22648

        10361       11465           0        1104
 patch iptc,sj,dgj,dgi,id:          16       11465         536         536
         1104
  half line dmj dgc:           1       23625        1601         568
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:       11465       10361
   Zeroing lines in arrays 
  Total # of output lines =           16       23752

 Processing block number           17
 DEBUG          533   533.9659       1606.918      8.0169864E-02  8.0169864E-02
        11465       11870          -3         408
 patch iptc,sj,dgj,dgi,id:          17       11870         533         536
          408
  half line dmj dgc:           0       25137        1606         568
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:       11870       11465
   Zeroing lines in arrays 
  Total # of output lines =           17       24157

        11870       12974           0        1104
 patch iptc,sj,dgj,dgi,id:          17         686         533         533
         1104
  half line dmj dgc:           1       25137        1606         568
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 s1>sj:       11870         686
   Zeroing lines in arrays 
  Total # of output lines =           17       25261

 Processing block number           18
 DEBUG          536   536.2554       1632.420      8.0167711E-02  8.0167711E-02
          686        1097           3         408
 patch iptc,sj,dgj,dgi,id:          18        1097         536         533
          408
  half line dmj dgc:           0       26649        1632         568
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        1097         686
   Zeroing lines in arrays 
  Total # of output lines =           18       25672

         1097        2201           0        1104
 patch iptc,sj,dgj,dgi,id:          18        2201         536         536
         1104
  half line dmj dgc:           1       26649        1632         568
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        2201        1097
   Zeroing lines in arrays 
  Total # of output lines =           18       26776

 Processing block number           19
 DEBUG          540   541.1735       1664.695      8.0162480E-02  8.0162480E-02
         2201        2613           4         408
 patch iptc,sj,dgj,dgi,id:          19        2613         540         536
          408
  half line dmj dgc:           0       28161        1664         568
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        2613        2201
   Zeroing lines in arrays 
  Total # of output lines =           19       27188

         2613        3717           0        1104
 patch iptc,sj,dgj,dgi,id:          19        3717         540         540
         1104
  half line dmj dgc:           1       28161        1664         568
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:        3717        2613
   Zeroing lines in arrays 
  Total # of output lines =           19       28292

 Processing block number           20
 DEBUG          552   552.5361       1705.705      8.0158800E-02  8.0158800E-02
         3717        4137          12         408
 patch iptc,sj,dgj,dgi,id:          20        4137         552         540
          408
  half line dmj dgc:           0       29673        1705         568
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:        4137        3717
   Zeroing lines in arrays 
  Total # of output lines =           20       28712

         4137        5241           0        1104
 patch iptc,sj,dgj,dgi,id:          20        5241         552         552
         1104
  half line dmj dgc:           1       29673        1705         568
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:        5241        4137
   Zeroing lines in arrays 
  Total # of output lines =           20       29816

 Processing block number           21
 DEBUG          572   572.5473       1751.674      8.0152564E-02  8.0152564E-02
         5241        5669          20         408
 patch iptc,sj,dgj,dgi,id:          21        5669         572         552
          408
  half line dmj dgc:           0       31185        1751         568
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 sj>s1:        5669        5241
   Zeroing lines in arrays 
  Total # of output lines =           21       30244

         5669        6773           0        1104
 patch iptc,sj,dgj,dgi,id:          21        6773         572         572
         1104
  half line dmj dgc:           1       31185        1751         568
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        6773        5669
   Zeroing lines in arrays 
  Total # of output lines =           21       31348

 Processing block number           22
 DEBUG          595   595.2044       1790.368      8.0147125E-02  8.0147125E-02
         6773        7204          23         408
 patch iptc,sj,dgj,dgi,id:          22        7204         595         572
          408
  half line dmj dgc:           0       32697        1790         568
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        7204        6773
   Zeroing lines in arrays 
  Total # of output lines =           22       31779

         7204        8308           0        1104
 patch iptc,sj,dgj,dgi,id:          22        8308         595         595
         1104
  half line dmj dgc:           1       32697        1790         568
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        8308        7204
   Zeroing lines in arrays 
  Total # of output lines =           22       32883

 Processing block number           23
 DEBUG          608   608.6553       1800.564      8.0147542E-02  8.0147542E-02
         8308        8729          13         408
 patch iptc,sj,dgj,dgi,id:          23        8729         608         595
          408
  half line dmj dgc:           0       34209        1800         568
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        8729        8308
   Zeroing lines in arrays 
  Total # of output lines =           23       33304

         8729        9833           0        1104
 patch iptc,sj,dgj,dgi,id:          23        9833         608         608
         1104
  half line dmj dgc:           1       34209        1800         568
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        9833        8729
   Zeroing lines in arrays 
  Total # of output lines =           23       34408

 Processing block number           24
 DEBUG          608   608.7968       1790.291      8.0154367E-02  8.0154367E-02
         9833       10241           0         408
 patch iptc,sj,dgj,dgi,id:          24       10241         608         608
          408
  half line dmj dgc:           0       35721        1790         568
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:       10241        9833
   Zeroing lines in arrays 
  Total # of output lines =           24       34816

        10241       11345           0        1104
 patch iptc,sj,dgj,dgi,id:          24       11345         608         608
         1104
  half line dmj dgc:           1       35721        1790         568
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:       11345       10241
   Zeroing lines in arrays 
  Total # of output lines =           24       35920

 Processing block number           25
 DEBUG          599   599.7031       1773.726      8.0156475E-02  8.0156475E-02
        11345       11744          -9         408
 patch iptc,sj,dgj,dgi,id:          25       11744         599         608
          408
  half line dmj dgc:           0       37233        1773         568
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:       11744       11345
   Zeroing lines in arrays 
  Total # of output lines =           25       36319

        11744       12848           0        1104
 patch iptc,sj,dgj,dgi,id:          25         560         599         599
         1104
  half line dmj dgc:           1       37233        1773         568
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 s1>sj:       11744         560
   Zeroing lines in arrays 
  Total # of output lines =           25       37423

 Processing block number           26
 DEBUG          587   587.3076       1755.026      8.0157988E-02  8.0157988E-02
          560         956         -12         408
 patch iptc,sj,dgj,dgi,id:          26         956         587         599
          408
  half line dmj dgc:           0       38745        1754         568
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:         956         560
   Zeroing lines in arrays 
  Total # of output lines =           26       37819

          956        2060           0        1104
 patch iptc,sj,dgj,dgi,id:          26        2060         587         587
         1104
  half line dmj dgc:           1       38745        1754         568
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:        2060         956
   Zeroing lines in arrays 
  Total # of output lines =           26       38923

 Processing block number           27
 DEBUG          575   575.9301       1732.412      8.0163836E-02  8.0163836E-02
         2060        2456         -12         408
 patch iptc,sj,dgj,dgi,id:          27        2456         575         587
          408
  half line dmj dgc:           0       40257        1732         568
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:        2456        2060
   Zeroing lines in arrays 
  Total # of output lines =           27       39319

         2456        3560           0        1104
 patch iptc,sj,dgj,dgi,id:          27        3560         575         575
         1104
  half line dmj dgc:           1       40257        1732         568
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 sj>s1:        3560        2456
   Zeroing lines in arrays 
  Total # of output lines =           27       40423

 Processing block number           28
 DEBUG          570   570.9908       1723.026      8.0167562E-02  8.0167562E-02
         3560        3963          -5         408
 patch iptc,sj,dgj,dgi,id:          28        3963         570         575
          408
  half line dmj dgc:           0       41769        1722         568
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        3963        3560
   Zeroing lines in arrays 
  Total # of output lines =           28       40826

         3963        5067           0        1104
 patch iptc,sj,dgj,dgi,id:          28        5067         570         570
         1104
  half line dmj dgc:           1       41769        1722         568
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        5067        3963
   Zeroing lines in arrays 
  Total # of output lines =           28       41930

 Processing block number           29
 DEBUG          571   571.6795       1732.248      8.0163702E-02  8.0163702E-02
         5067        5476           1         408
 patch iptc,sj,dgj,dgi,id:          29        5476         571         570
          408
  half line dmj dgc:           0       43281        1732         568
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        5476        5067
   Zeroing lines in arrays 
  Total # of output lines =           29       42339

         5476        6580           0        1104
 patch iptc,sj,dgj,dgi,id:          29        6580         571         571
         1104
  half line dmj dgc:           1       43281        1732         568
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        6580        5476
   Zeroing lines in arrays 
  Total # of output lines =           29       43443

 Processing block number           30
 DEBUG          574   574.5934       1750.430      8.0163874E-02  8.0163874E-02
         6580        6991           3         408
 patch iptc,sj,dgj,dgi,id:          30        6991         574         571
          408
  half line dmj dgc:           0       44793        1750         568
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        6991        6580
   Zeroing lines in arrays 
  Total # of output lines =           30       43854

         6991        8095           0        1104
 patch iptc,sj,dgj,dgi,id:          30        8095         574         574
         1104
  half line dmj dgc:           1       44793        1750         568
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        8095        6991
   Zeroing lines in arrays 
  Total # of output lines =           30       44958

 Processing block number           31
 DEBUG          574   574.6335       1754.974      8.0161579E-02  8.0161579E-02
         8095        8503           0         408
 patch iptc,sj,dgj,dgi,id:          31        8503         574         574
          408
  half line dmj dgc:           0       46305        1754         568
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        8503        8095
   Zeroing lines in arrays 
  Total # of output lines =           31       45366

         8503        9607           0        1104
 patch iptc,sj,dgj,dgi,id:          31        9607         574         574
         1104
  half line dmj dgc:           1       46305        1754         568
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        9607        8503
   Zeroing lines in arrays 
  Total # of output lines =           31       46470

 Processing block number           32
 DEBUG          573   573.7875       1757.897      8.0165088E-02  8.0165088E-02
         9607       10014          -1         408
 patch iptc,sj,dgj,dgi,id:          32       10014         573         574
          408
  half line dmj dgc:           0       47817        1757         568
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:       10014        9607
   Zeroing lines in arrays 
  Total # of output lines =           32       46877

        10014       11118           0        1104
 patch iptc,sj,dgj,dgi,id:          32       11118         573         573
         1104
  half line dmj dgc:           1       47817        1757         568
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       11118       10014
   Zeroing lines in arrays 
  Total # of output lines =           32       47981

 Processing block number           33
 DEBUG          575   575.9304       1768.216      8.0165274E-02  8.0165274E-02
        11118       11528           2         408
 patch iptc,sj,dgj,dgi,id:          33       11528         575         573
          408
  half line dmj dgc:           0       49329        1768         568
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11528       11118
   Zeroing lines in arrays 
  Total # of output lines =           33       48391

        11528       12632           0        1104
 patch iptc,sj,dgj,dgi,id:          33         344         575         575
         1104
  half line dmj dgc:           1       49329        1768         568
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 s1>sj:       11528         344
   Zeroing lines in arrays 
  Total # of output lines =           33       49495

 Processing block number           34
 DEBUG          580   580.7493       1794.611      8.0161303E-02  8.0161303E-02
          344         757           5         408
 patch iptc,sj,dgj,dgi,id:          34         757         580         575
          408
  half line dmj dgc:           0       50841        1794         568
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 sj>s1:         757         344
   Zeroing lines in arrays 
  Total # of output lines =           34       49908

          757        1861           0        1104
 patch iptc,sj,dgj,dgi,id:          34        1861         580         580
         1104
  half line dmj dgc:           1       50841        1794         568
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        1861         757
   Zeroing lines in arrays 
  Total # of output lines =           34       51012

 Processing block number           35
 DEBUG          593   593.6796       1836.159      8.0155283E-02  8.0155283E-02
         1861        2282          13         408
 patch iptc,sj,dgj,dgi,id:          35        2282         593         580
          408
  half line dmj dgc:           0       52353        1835         568
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2282        1861
   Zeroing lines in arrays 
  Total # of output lines =           35       51433

         2282        3386           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3386         593         593
         1104
  half line dmj dgc:           1       52353        1835         568
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3386        2282
   Zeroing lines in arrays 
  Total # of output lines =           35       52537

 Processing block number           36
 DEBUG          607   607.5331       1881.772      8.0147699E-02  8.0147699E-02
         3386        3808          14         408
 patch iptc,sj,dgj,dgi,id:          36        3808         607         593
          408
  half line dmj dgc:           0       53865        1881         568
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        3808        3386
   Zeroing lines in arrays 
  Total # of output lines =           36       52959

         3808        4912           0        1104
 patch iptc,sj,dgj,dgi,id:          36        4912         607         607
         1104
  half line dmj dgc:           1       53865        1881         568
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        4912        3808
   Zeroing lines in arrays 
  Total # of output lines =           36       54063

 Processing block number           37
 DEBUG          628   628.2609       1950.976      8.0143020E-02  8.0143020E-02
         4912        5341          21         408
 patch iptc,sj,dgj,dgi,id:          37        5341         628         607
          408
  half line dmj dgc:           0       55377        1950         568
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        5341        4912
   Zeroing lines in arrays 
  Total # of output lines =           37       54492

         5341        6445           0        1104
 patch iptc,sj,dgj,dgi,id:          37        6445         628         628
         1104
  half line dmj dgc:           1       55377        1950         568
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        6445        5341
   Zeroing lines in arrays 
  Total # of output lines =           37       55596

 Processing block number           38
 DEBUG          641   642.1157       2006.386      8.0126338E-02  8.0126338E-02
         6445        6825          13         367
 patch iptc,sj,dgj,dgi,id:          38        6825         641         628
          367
  half line dmj dgc:           0       56848        2006         568
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        6825        6445
   Zeroing lines in arrays 
  Total # of output lines =           38       55976

         6825        7929           0        1104
 patch iptc,sj,dgj,dgi,id:          38        7929         641         641
         1104
  half line dmj dgc:           1       56848        2006         568
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        7929        6825
   Zeroing lines in arrays 
  Total # of output lines =           38       57080

 ia dmi dgi:        7929        2006         641
   Writing the last         2469 lines
 last half sj>s1       10398        7929       57080
 WAYNE done patche    151.8384810686111    
  Total # of output lines =        59549

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   59549
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    152.4657510519028    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            0
 AZ patch size:        4096
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.vv00c                        

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_c.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.200000    
  Radar wavelength (m)                 =   5.6699999E-02
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.889000       1.726800    
    1.912000    
  Receive leverarm x,y,z              =    1.889000       1.726800    
    1.912000    



  Name of raw data file?
 /mnt/air118/airops/1381/c_vv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_c.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_c                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_c.vv_j                       
 *** ipol itop:           4           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.cv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0668002E-02
 reading motion compensation data
 WAYNE read motion compen    1.078525    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3737531    
 start range comp, time =      1.856

 WAYNE PREV   1.473278    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  5.1410500E-02  1.2900600E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     2.057 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    18.49497103691101    
 ATTN ifrq ipol ln           8           4        4096   18.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   4.5800209045410156E-03
 TESTING  0.0000000E+00  -12.65160       1.815736    
 WAYNE Motion comp. added to patch, time =    6.059391975402832    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.9130706787109375E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -12.65160       1.815736    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1410500E-02
   1.2900600E-02
 WAYNE Azimuth compression done, time =    75.79352700710297    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3847299814224243    
 ==w out           1           0         945                    0
 WAYNE PROCESS   100.7399519681931    

 Processing block number            2
 TESTING WHY  5.1385298E-02  1.3010500E-02        1512           2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560   102.798 seconds.
 TESTING        1513
 before reading
 done reading
 WAYNE load raw data , time =    20.39486598968506    
 ATTN ifrq ipol ln           8           4        5608   18.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   3.9770603179931641E-03
 TESTING  0.0000000E+00  -13.07514       1.780682    
 WAYNE Motion comp. added to patch, time =    5.967850089073181    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   4.0367960929870605E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.07514       1.780682    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1385298E-02
   1.3010500E-02
 WAYNE Azimuth compression done, time =    74.37221300601959    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3822660446166992    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   101.1621899604797    

 Processing block number            3
 TESTING WHY  5.1130898E-02  1.2874600E-02        1512           3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072   203.960 seconds.
 TESTING        3025
 before reading
 done reading
 WAYNE load raw data , time =    19.03283607959747    
 ATTN ifrq ipol ln           8           4        7120   18.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   3.9510726928710938E-03
 TESTING  0.0000000E+00  -13.52336       2.018983    
 WAYNE Motion comp. added to patch, time =    5.622455954551697    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.7390251159667969E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z1 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           11 to           15 by #            2

 Processing block number           11
 WAYNE PATCHES:        15121        19216 patch#           11
  reference line: 17168     2.071 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.07669901847839    
 ATTN ifrq ipol ln           8           4       19216   18.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   4.5200586318969727E-03
 WAYNE Motion comp. added to patch, time =    6.193045020103455    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0320415496826172E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.32903707027435    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4263939857482910    
 ==w out          11           0         945                    0
 WAYNE PROCESS   100.0325570106506    

 Processing block number           12
 WAYNE PATCHES:        16633        20728 patch#           12
  reference line: 18680   102.104 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.65224099159241    
 ATTN ifrq ipol ln           8           4       20728   18.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   4.0950775146484375E-03
 WAYNE Motion comp. added to patch, time =    5.974259018898010    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   3.7945985794067383E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.58742797374725    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3931130170822144    
 ==w out          12        2208         945             45219840
 WAYNE PROCESS   99.64984309673309    

 Processing block number           13
 WAYNE PATCHES:        18145        22240 patch#           13
  reference line: 20192   201.754 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.19318795204163    
 ATTN ifrq ipol ln           8           4       22240   18.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   4.0299892425537109E-03
 WAYNE Motion comp. added to patch, time =    5.672441005706787    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.6649961471557617E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    72.89727199077606    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4190239906311035    
 ==w out          13        4416         945             90439680
 WAYNE PROCESS   97.18815004825592    

 Processing block number           14
 WAYNE PATCHES:        19657        23752 patch#           14
  reference line: 21704   298.942 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.25096607208252    
 ATTN ifrq ipol ln           8           4       23752   18.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   3.9829015731811523E-03
 WAYNE Motion comp. added to patch, time PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           31 to           34 by #            6

 Processing block number           31
 WAYNE PATCHES:        45361        49456 patch#           31
  reference line: 47408     2.107 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.74176502227783    
 ATTN ifrq ipol ln           8           4       49456   18.00000    
 IPOL, ITOP nblock            4           0          31
 WAYNE Motion comp. coeff. calculated, time =   4.6039819717407227E-03
 WAYNE Motion comp. added to patch, time =    6.329571008682251    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9980669021606445E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.68335402011871    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4279329776763916    
 ==w out          31           0         945                    0
 WAYNE PROCESS   100.1903309822083    

 Processing block number           32
 WAYNE PATCHES:        46873        50968 patch#           32
  reference line: 48920   102.297 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.31049191951752    
 ATTN ifrq ipol ln           8           4       50968   18.00000    
 IPOL, ITOP nblock            4           0          32
 WAYNE Motion comp. coeff. calculated, time =   4.0040016174316406E-03
 WAYNE Motion comp. added to patch, time =    5.943318963050842    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   3.8228988647460938E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.59232604503632    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3832720518112183    
 ==w out          32        2208         945             45219840
 WAYNE PROCESS   103.2725710868835    

 Processing block number           33
 WAYNE PATCHES:        48385        52480 patch#           33
  reference line: 50432   205.570 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.83625197410583    
 ATTN ifrq ipol ln           8           4       52480   18.00000    
 IPOL, ITOP nblock            4           0          33
 WAYNE Motion comp. coeff. calculated, time =   4.0769577026367188E-03
 WAYNE Motion comp. added to patch, time =    5.833351969718933    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.7139911651611328E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.72733998298645    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3831510543823242    
 ==w out          33        4416         945             90439680
 WAYNE PROCESS   98.78661799430847    

 Processing block number           34
 WAYNE PATCHES:        49897        53992 patch#           34
  reference line: 51944   304.357 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.12090408802032    
 ATTN ifrq ipol ln           8           4       53992   18.00000    
 IPOL, ITOP nblock            4           0          34
 WAYNE Motion comp. coeff. calculated, time =   4.0929317474365234E-03
 WAYNE Motion comp. added to patch, time PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to           10 by #            1

 Processing block number            6
 WAYNE PATCHES:         7561        11656 patch#            6
  reference line:  9608     2.065 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.71785402297974    
 ATTN ifrq ipol ln           8           4       11656   18.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   4.5080184936523438E-03
 WAYNE Motion comp. added to patch, time =    6.324527025222778    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9550323486328125E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    78.78784108161926    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4297519922256470    
 ==w out           6           0         945                    0
 WAYNE PROCESS   104.2672200202942    

 Processing block number            7
 WAYNE PATCHES:         9073        13168 patch#            7
  reference line: 11120   106.332 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.42702400684357    
 ATTN ifrq ipol ln           8           4       13168   18.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   4.2030811309814453E-03
 WAYNE Motion comp. added to patch, time =    6.356454014778137    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   9.2010498046875000E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.30509495735168    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3815350532531738    
 ==w out           7        2208         945             45219840
 WAYNE PROCESS   101.4844679832458    

 Processing block number            8
 WAYNE PATCHES:        10585        14680 patch#            8
  reference line: 12632   207.817 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.44807803630829    
 ATTN ifrq ipol ln           8           4       14680   18.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   4.2779445648193359E-03
 WAYNE Motion comp. added to patch, time =    6.397323966026306    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8219947814941406E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.15714597702026    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3862209320068359    
 ==w out           8        4416         945             90439680
 WAYNE PROCESS   99.39545893669128    

 Processing block number            9
 WAYNE PATCHES:        12097        16192 patch#            9
  reference line: 14144   307.213 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.09323096275330    
 ATTN ifrq ipol ln           8           4       16192   18.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   4.3349266052246094E-03
 WAYNE Motion comp. added to patch, time PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           26 to           30 by #            5

 Processing block number           26
 WAYNE PATCHES:        37801        41896 patch#           26
  reference line: 39848     2.099 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.61093401908875    
 ATTN ifrq ipol ln           8           4       41896   18.00000    
 IPOL, ITOP nblock            4           0          26
 WAYNE Motion comp. coeff. calculated, time =   4.6310424804687500E-03
 WAYNE Motion comp. added to patch, time =    6.247174978256226    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9170045852661133E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    77.64940500259399    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3808740377426147    
 ==w out          26           0         945                    0
 WAYNE PROCESS   102.8961000442505    

 Processing block number           27
 WAYNE PATCHES:        39313        43408 patch#           27
  reference line: 41360   104.995 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.53297793865204    
 ATTN ifrq ipol ln           8           4       43408   18.00000    
 IPOL, ITOP nblock            4           0          27
 WAYNE Motion comp. coeff. calculated, time =   4.1810274124145508E-03
 WAYNE Motion comp. added to patch, time =    6.165359973907471    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   3.2052993774414063E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.91075801849365    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3993089199066162    
 ==w out          27        2208         945             45219840
 WAYNE PROCESS   102.0456129312515    

 Processing block number           28
 WAYNE PATCHES:        40825        44920 patch#           28
  reference line: 42872   207.041 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.65931797027588    
 ATTN ifrq ipol ln           8           4       44920   18.00000    
 IPOL, ITOP nblock            4           0          28
 WAYNE Motion comp. coeff. calculated, time =   4.0550231933593750E-03
 WAYNE Motion comp. added to patch, time =    6.223083972930908    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.8088817596435547E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    74.86652600765228    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3779530525207520    
 ==w out          28        4416         945             90439680
 WAYNE PROCESS   101.1335080862045    

 Processing block number           29
 WAYNE PATCHES:        42337        46432 patch#           29
  reference line: 44384   308.175 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.16465198993683    
 ATTN ifrq ipol ln           8           4       46432   18.00000    
 IPOL, ITOP nblock            4           0          29
 WAYNE Motion comp. coeff. calculated, time =   4.0900707244873047E-03
 WAYNE Motion comp. added to patch, time PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           21 to           25 by #            4

 Processing block number           21
 WAYNE PATCHES:        30241        34336 patch#           21
  reference line: 32288     2.090 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.99095594882965    
 ATTN ifrq ipol ln           8           4       34336   18.00000    
 IPOL, ITOP nblock            4           0          21
 WAYNE Motion comp. coeff. calculated, time =   4.6910047531127930E-03
 WAYNE Motion comp. added to patch, time =    6.294765949249268    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.1619796752929688E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.98740494251251    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3908150196075439    
 ==w out          21           0         945                    0
 WAYNE PROCESS   101.6719440221786    

 Processing block number           22
 WAYNE PATCHES:        31753        35848 patch#           22
  reference line: 33800   103.762 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.75328707695007    
 ATTN ifrq ipol ln           8           4       35848   18.00000    
 IPOL, ITOP nblock            4           0          22
 WAYNE Motion comp. coeff. calculated, time =   4.2589902877807617E-03
 WAYNE Motion comp. added to patch, time =    6.285348057746887    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   6.3300967216491699E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.02069902420044    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4099519252777100    
 ==w out          22        2208         945             45219840
 WAYNE PROCESS   103.5377869606018    

 Processing block number           23
 WAYNE PATCHES:        33265        37360 patch#           23
  reference line: 35312   207.300 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.65701198577881    
 ATTN ifrq ipol ln           8           4       37360   18.00000    
 IPOL, ITOP nblock            4           0          23
 WAYNE Motion comp. coeff. calculated, time =   4.1459798812866211E-03
 WAYNE Motion comp. added to patch, time =    6.751663088798523    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7230510711669922E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.24047303199768    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4027179479598999    
 ==w out          23        4416         945             90439680
 WAYNE PROCESS   103.0585980415344    

 Processing block number           24
 WAYNE PATCHES:        34777        38872 patch#           24
  reference line: 36824   310.358 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.31391191482544    
 ATTN ifrq ipol ln           8           4       38872   18.00000    
 IPOL, ITOP nblock            4           0          24
 WAYNE Motion comp. coeff. calculated, time =   4.2510032653808594E-03
 WAYNE Motion comp. added to patch, time PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           35 to           38 by #            7

 Processing block number           35
 WAYNE PATCHES:        51409        55504 patch#           35
  reference line: 53456     2.116 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.71096599102020    
 ATTN ifrq ipol ln           8           4       55504   18.00000    
 IPOL, ITOP nblock            4           0          35
 WAYNE Motion comp. coeff. calculated, time =   4.4419765472412109E-03
 WAYNE Motion comp. added to patch, time =    6.313273072242737    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.2679567337036133E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    78.90086197853088    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4244250059127808    
 ==w out          35           0         945                    0
 WAYNE PROCESS   104.3573780059814    

 Processing block number           36
 WAYNE PATCHES:        52921        57016 patch#           36
  reference line: 54968   106.473 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.67870199680328    
 ATTN ifrq ipol ln           8           4       57016   18.00000    
 IPOL, ITOP nblock            4           0          36
 WAYNE Motion comp. coeff. calculated, time =   4.2669773101806641E-03
 WAYNE Motion comp. added to patch, time =    6.064945101737976    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   4.4959783554077148E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.68492496013641    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3796240091323853    
 ==w out          36        2208         945             45219840
 WAYNE PROCESS   102.8178849220276    

 Processing block number           37
 WAYNE PATCHES:        54433        58528 patch#           37
  reference line: 56480   209.291 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.25396597385406    
 ATTN ifrq ipol ln           8           4       58528   18.00000    
 IPOL, ITOP nblock            4           0          37
 WAYNE Motion comp. coeff. calculated, time =   4.0420293807983398E-03
 WAYNE Motion comp. added to patch, time =    6.438058972358704    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8090009689331055E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.21847295761108    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4027190208435059    
 ==w out          37        4416         945             90439680
 WAYNE PROCESS   101.3198519945145    

 Processing block number           38
 WAYNE PATCHES:        55904        59999 patch#           38
  reference line: 57951   310.611 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.34136998653412    
 ATTN ifrq ipol ln           8           4       59999   18.00000    
 IPOL, ITOP nblock            4           0          38
 WAYNE Motion comp. coeff. calculated, time =   4.2790174484252930E-03
 WAYNE Motion comp. added to patch, time PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           16 to           20 by #            3

 Processing block number           16
 WAYNE PATCHES:        22681        26776 patch#           16
  reference line: 24728     2.079 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.91851198673248    
 ATTN ifrq ipol ln           8           4       26776   18.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   4.5109987258911133E-03
 WAYNE Motion comp. added to patch, time =    6.385396003723145    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0780563354492188E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    79.44696700572968    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3767489194869995    
 ==w out          16           0         945                    0
 WAYNE PROCESS   105.1354519128799    

 Processing block number           17
 WAYNE PATCHES:        24193        28288 patch#           17
  reference line: 26240   107.214 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.42344307899475    
 ATTN ifrq ipol ln           8           4       28288   18.00000    
 IPOL, ITOP nblock            4           0          17
 WAYNE Motion comp. coeff. calculated, time =   4.1739940643310547E-03
 WAYNE Motion comp. added to patch, time =    5.957154989242554    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.2816071510314941E-02
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.38157105445862    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3794209957122803    
 ==w out          17        2208         945             45219840
 WAYNE PROCESS   103.1595979928970    

 Processing block number           18
 WAYNE PATCHES:        25705        29800 patch#           18
  reference line: 27752   210.374 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.90673410892487    
 ATTN ifrq ipol ln           8           4       29800   18.00000    
 IPOL, ITOP nblock            4           0          18
 WAYNE Motion comp. coeff. calculated, time =   4.2409896850585938E-03
 WAYNE Motion comp. added to patch, time =    6.261090993881226    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.8340349197387695E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    76.40863299369812    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3786540031433105    
 ==w out          18        4416         945             90439680
 WAYNE PROCESS   101.9620609283447    

 Processing block number           19
 WAYNE PATCHES:        27217        31312 patch#           19
  reference line: 29264   312.337 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.25744903087616    
 ATTN ifrq ipol ln           8           4       31312   18.00000    
 IPOL, ITOP nblock            4           0          19
 WAYNE Motion comp. coeff. calculated, time =   4.2179822921752930E-03
 WAYNE Motion comp. added to patch, time =    6.052417039871216    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6160011291503906E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.17343294620514    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3884290456771851    
 ==w out          34        6624         945            135659520
 WAYNE PROCESS   98.74188601970673    
 ==w out          35        8835
 =    6.172162055969238    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.6989707946777344E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.74480497837067    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3790910243988037    
 ==w out          38        6624         945            135659520
 WAYNE PROCESS   97.64446198940277    
 ==w out          39        8835
0  0.0000000E+00  -13.52336       2.018983    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1130898E-02
   1.2874600E-02
 WAYNE Azimuth compression done, time =    73.55645799636841    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3930780887603760    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   98.61111402511597    

 Processing block number            4
 TESTING WHY  5.1188100E-02  1.2528200E-02        1512           4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584   302.571 seconds.
 TESTING        4537
 before reading
 done reading
 WAYNE load raw data , time =    17.31265699863434    
 ATTN ifrq ipol ln           8           4        8632   18.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   4.3150186538696289E-03
 TESTING  0.0000000E+00  -13.79565       2.460370    
 WAYNE Motion comp. added to patch, time =    6.012770056724548    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7809867858886719E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.79565       2.460370    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1188100E-02
   1.2528200E-02
 WAYNE Azimuth compression done, time =    72.81582593917847    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4976090192794800    
 ==w out           4        6624         945            135659520
 WAYNE PROCESS   96.64555895328522    

 Processing block number            5
 TESTING WHY  5.1258299E-02  1.2125300E-02        1512           5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096   399.217 seconds.
 TESTING        6049
 before reading
 done reading
 WAYNE load raw data , time =    16.94997298717499    
 ATTN ifrq ipol ln           8           4       10144   18.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   3.8729906082153320E-03
 TESTING  0.0000000E+00  -13.63818       2.775638    
 WAYNE Motion comp. added to patch, time =    5.656641006469727    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6540288925170898E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.63818       2.775638    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1258299E-02
   1.2125300E-02
 WAYNE Azimuth compression done, time =    61.35257899761200    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4147099256515503    
 ==w out           5        8832         945            180879360
 WAYNE PROCESS   84.38004899024963    
 ==w out           6       11043
 =    5.836819052696228    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.6340017318725586E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    72.88094902038574    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4659889936447144    
 ==w out          14        6624         945            135659520
 WAYNE PROCESS   96.44121706485748    

 Processing block number           15
 WAYNE PATCHES:        21169        25264 patch#           15
  reference line: 23216   395.383 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.97164797782898    
 ATTN ifrq ipol ln           8           4       25264   18.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   4.1099786758422852E-03
 WAYNE Motion comp. added to patch, time =    5.815253019332886    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6720294952392578E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    70.72341191768646    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5057419538497925    
 ==w out          15        8832         945            180879360
 WAYNE PROCESS   94.02244198322296    
 ==w out          16       11043
 =    5.998702049255371    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6421079635620117E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.34127891063690    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3854489326477051    
 ==w out          29        6624         945            135659520
 WAYNE PROCESS   98.89696502685547    

 Processing block number           30
 WAYNE PATCHES:        43849        47944 patch#           30
  reference line: 45896   407.072 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.89326202869415    
 ATTN ifrq ipol ln           8           4       47944   18.00000    
 IPOL, ITOP nblock            4           0          30
 WAYNE Motion comp. coeff. calculated, time =   4.1880607604980469E-03
 WAYNE Motion comp. added to patch, time =    5.839401960372925    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.6920566558837891E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    61.01382005214691    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3971129655838013    
 ==w out          30        8832         945            180879360
 WAYNE PROCESS   84.15027296543121    
 ==w out          31       11043
 =    6.119419932365417    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.5969276428222656E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.40983796119690    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3773549795150757    
 ==w out           9        6624         945            135659520
 WAYNE PROCESS   97.00689005851746    

 Processing block number           10
 WAYNE PATCHES:        13609        17704 patch#           10
  reference line: 15656   404.220 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.73218393325806    
 ATTN ifrq ipol ln           8           4       17704   18.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   4.2480230331420898E-03
 WAYNE Motion comp. added to patch, time =    6.123046040534973    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.6729831695556641E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    71.31942200660706    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3890109062194824    
 ==w out          10        8832         945            180879360
 WAYNE PROCESS   94.57017898559570    
 ==w out          11       11043
 =    5.891782045364380    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6850233078002930E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.58478105068207    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3874599933624268    
 ==w out          24        6624         945            135659520
 WAYNE PROCESS   99.18488907814026    

 Processing block number           25
 WAYNE PATCHES:        36289        40384 patch#           25
  reference line: 38336   409.544 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    16.84569895267487    
 ATTN ifrq ipol ln           8           4       40384   18.00000    
 IPOL, ITOP nblock            4           0          25
 WAYNE Motion comp. coeff. calculated, time =   4.2150020599365234E-03
 WAYNE Motion comp. added to patch, time =    5.815678954124451    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.7329454421997070E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.48750507831573    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3828810453414917    
 ==w out          25        8832         945            180879360
 WAYNE PROCESS   96.53845906257629    
 ==w out          26       11043
 =    6.090102076530457    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7049312591552734E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    75.65154898166656    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4011260271072388    
 ==w out          19        6624         945            135659520
 WAYNE PROCESS   99.40712404251099    

 Processing block number           20
 WAYNE PATCHES:        28729        32824 patch#           20
  reference line: 30776   411.744 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.07659900188446    
 ATTN ifrq ipol ln           8           4       32824   18.00000    
 IPOL, ITOP nblock            4           0          20
 WAYNE Motion comp. coeff. calculated, time =   4.2120218276977539E-03
 WAYNE Motion comp. added to patch, time =    5.941367030143738    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7579793930053711E-03
 PacRimII:C-wavl Br hddt:  5.6699999E-02   40.00000             104
   4.5923717E-02
 AZ Wavl Br:  5.6699999E-02   40.00000      4.5923717E-02   365.2024    
    756.6607    
  range migration lines:            1        2584
  range migration lines:         2585        4096
  Back projection
 WAYNE Azimuth compression done, time =    73.93266892433167    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3755189180374146    
 ==w out          20        8832         945            180879360
 WAYNE PROCESS   97.33298194408417    
 ==w out          21       11043
            1     1804072           0
            2     1806806           0
            3     1804840           0
            4     1803550           0
            5     1807350           0
            6     1807218           0
            7     1807320           0
            8     1797031           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       83904kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             5
 gather image from processor #            2
             5
 gather image from processor #            3
             5
 gather image from processor #            4
             5
 gather image from processor #            5
             5
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.3042320013046265    
 WAYNE LOOP TIME:     515.6770830154419    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_c.vv_j                       
 /mnt/air119/airops/1381/ts1381_c.mocompv                    
 /mnt/air119/airops/1381/ts1381_c.dop                        
 /mnt/air119/airops/1381/ts1381_c.glb                                2560
        83904
 update intf hdr ha:   6899.100    
 UPDATE:        2560       83904   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_c.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_c.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_c.glb                        
 /mnt/air119/airops/1381/ts1381_c.glb                                  36
 deskew line ra ha trc:   292.2784             568   7949.298    
    6899.100       90.98126    
  after deskew line ra ha trc:   292.2784             568   7949.298    
    6899.100       90.98126    
 lat1 lon1:         568   63.75602      -144.9816           83904
 last ra n_ns ns:   7949.298              -1           1       84471
        83904
 lati loni:       84471   63.75605      -144.0585           84471           1
 center ra n_ns ns:   12209.65            1278        1278       42519
        83904
 lati loni:       42519   63.79443      -144.5152           42519        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_c.vv_j                       
 WAYNE FINAL PROCESS   517.6350569725037    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
        11040           5
        11040           5
        11040           5
        11040           5
        11040           5
        11040           5
         8832           4
         8832           4
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_c.vv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_c.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.cv                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_c.TT                         
  Name of the line output file?
 /mnt/air119/airops/1381/c_lines.dat                         
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.369605064392090    

  Deskewing           38 patches
 Processing block number            1
 DEBUG          568   568.1703       1669.648      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         568         568
            0
  half line dmj dgc:           0         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           0        1104
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        1105           0        1104
 patch iptc,sj,dgj,dgi,id:           1        1105         568         568
         1104
  half line dmj dgc:           1         945        1669         568
   Actual deskew ireclen:       20480
 **           1        1104           1        2208
   Writing data negflag .eq. 0
 sj>s1:        1105           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1104

 Processing block number            2
 DEBUG          569   569.4554       1670.391      0.0000000E+00  0.0000000E+00
         1105        1514           1         408
 patch iptc,sj,dgj,dgi,id:           2        1514         569         568
          408
  half line dmj dgc:           0        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1514        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1513

         1514        2618           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2618         569         569
         1104
  half line dmj dgc:           1        2457        1670         568
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2618        1514
   Zeroing lines in arrays 
  Total # of output lines =            2        2617

 Processing block number            3
 DEBUG          565   565.6431       1661.142      0.0000000E+00  0.0000000E+00
         2618        3022          -4         408
 patch iptc,sj,dgj,dgi,id:           3        3022         565         569
          408
  half line dmj dgc:           0        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3022        2618
   Zeroing lines in arrays 
  Total # of output lines =            3        3021

         3022        4126           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4126         565         565
         1104
  half line dmj dgc:           1        3969        1661         568
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4126        3022
   Zeroing lines in arrays 
  Total # of output lines =            3        4125

 Processing block number            4
 DEBUG          561   561.3717       1658.142      0.0000000E+00  0.0000000E+00
         4126        4530          -4         408
 patch iptc,sj,dgj,dgi,id:           4        4530         561         565
          408
  half line dmj dgc:           0        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4530        4126
   Zeroing lines in arrays 
  Total # of output lines =            4        4529

         4530        5634           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5634         561         561
         1104
  half line dmj dgc:           1        5481        1658         568
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5634        4530
   Zeroing lines in arrays 
  Total # of output lines =            4        5633

 Processing block number            5
 DEBUG          556   556.4608       1654.764      0.0000000E+00  0.0000000E+00
         5634        6037          -5         408
 patch iptc,sj,dgj,dgi,id:           5        6037         556         561
          408
  half line dmj dgc:           0        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6037        5634
   Zeroing lines in arrays 
  Total # of output lines =            5        6036

         6037        7141           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7141         556         556
         1104
  half line dmj dgc:           1        6993        1654         568
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7141        6037
   Zeroing lines in arrays 
  Total # of output lines =            5        7140

 Processing block number            6
 DEBUG          554   554.7582       1647.571      0.0000000E+00  0.0000000E+00
         7141        7547          -2         408
 patch iptc,sj,dgj,dgi,id:           6        7547         554         556
          408
  half line dmj dgc:           0        8505        1647         568
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        7547        7141
   Zeroing lines in arrays 
  Total # of output lines =            6        7546

         7547        8651           0        1104
 patch iptc,sj,dgj,dgi,id:           6        8651         554         554
         1104
  half line dmj dgc:           1        8505        1647         568
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        8651        7547
   Zeroing lines in arrays 
  Total # of output lines =            6        8650

 Processing block number            7
 DEBUG          554   554.9709       1633.027      0.0000000E+00  0.0000000E+00
         8651        9059           0         408
 patch iptc,sj,dgj,dgi,id:           7        9059         554         554
          408
  half line dmj dgc:           0       10017        1632         568
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:        9059        8651
   Zeroing lines in arrays 
  Total # of output lines =            7        9058

         9059       10163           0        1104
 patch iptc,sj,dgj,dgi,id:           7       10163         554         554
         1104
  half line dmj dgc:           1       10017        1632         568
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 sj>s1:       10163        9059
   Zeroing lines in arrays 
  Total # of output lines =            7       10162

 Processing block number            8
 DEBUG          560   560.2874       1627.894      0.0000000E+00  0.0000000E+00
        10163       10577           6         408
 patch iptc,sj,dgj,dgi,id:           8       10577         560         554
          408
  half line dmj dgc:           0       11529        1627         568
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:       10577       10163
   Zeroing lines in arrays 
  Total # of output lines =            8       10576

        10577       11681           0        1104
 patch iptc,sj,dgj,dgi,id:           8       11681         560         560
         1104
  half line dmj dgc:           1       11529        1627         568
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:       11681       10577
   Zeroing lines in arrays 
  Total # of output lines =            8       11680

 Processing block number            9
 DEBUG          567   568.0110       1629.357      0.0000000E+00  0.0000000E+00
        11681       12096           7         408
 patch iptc,sj,dgj,dgi,id:           9       12096         567         560
          408
  half line dmj dgc:           0       13041        1629         568
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:       12096       11681
   Zeroing lines in arrays 
  Total # of output lines =            9       12095

        12096       13200           0        1104
 patch iptc,sj,dgj,dgi,id:           9         912         567         567
         1104
  half line dmj dgc:           1       13041        1629         568
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 s1>sj:       12096         912
   Zeroing lines in arrays 
  Total # of output lines =            9       13199

 Processing block number           10
 DEBUG          574   574.2394       1632.990      0.0000000E+00  0.0000000E+00
          912        1327           7         408
 patch iptc,sj,dgj,dgi,id:          10        1327         574         567
          408
  half line dmj dgc:           0       14553        1632         568
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        1327         912
   Zeroing lines in arrays 
  Total # of output lines =           10       13614

         1327        2431           0        1104
 patch iptc,sj,dgj,dgi,id:          10        2431         574         574
         1104
  half line dmj dgc:           1       14553        1632         568
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        2431        1327
   Zeroing lines in arrays 
  Total # of output lines =           10       14718

 Processing block number           11
 DEBUG          570   570.9639       1622.303      0.0000000E+00  0.0000000E+00
         2431        2835          -4         408
 patch iptc,sj,dgj,dgi,id:          11        2835         570         574
          408
  half line dmj dgc:           0       16065        1622         568
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        2835        2431
   Zeroing lines in arrays 
  Total # of output lines =           11       15122

         2835        3939           0        1104
 patch iptc,sj,dgj,dgi,id:          11        3939         570         570
         1104
  half line dmj dgc:           1       16065        1622         568
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        3939        2835
   Zeroing lines in arrays 
  Total # of output lines =           11       16226

 Processing block number           12
 DEBUG          561   561.6136       1611.657      0.0000000E+00  0.0000000E+00
         3939        4338          -9         408
 patch iptc,sj,dgj,dgi,id:          12        4338         561         570
          408
  half line dmj dgc:           0       17577        1611         568
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        4338        3939
   Zeroing lines in arrays 
  Total # of output lines =           12       16625

         4338        5442           0        1104
 patch iptc,sj,dgj,dgi,id:          12        5442         561         561
         1104
  half line dmj dgc:           1       17577        1611         568
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        5442        4338
   Zeroing lines in arrays 
  Total # of output lines =           12       17729

 Processing block number           13
 DEBUG          549   549.3240       1599.121      0.0000000E+00  0.0000000E+00
         5442        5838         -12         408
 patch iptc,sj,dgj,dgi,id:          13        5838         549         561
          408
  half line dmj dgc:           0       19089        1599         568
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:        5838        5442
   Zeroing lines in arrays 
  Total # of output lines =           13       18125

         5838        6942           0        1104
 patch iptc,sj,dgj,dgi,id:          13        6942         549         549
         1104
  half line dmj dgc:           1       19089        1599         568
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:        6942        5838
   Zeroing lines in arrays 
  Total # of output lines =           13       19229

 Processing block number           14
 DEBUG          542   542.2669       1600.132      0.0000000E+00  0.0000000E+00
         6942        7343          -7         408
 patch iptc,sj,dgj,dgi,id:          14        7343         542         549
          408
  half line dmj dgc:           0       20601        1600         568
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:        7343        6942
   Zeroing lines in arrays 
  Total # of output lines =           14       19630

         7343        8447           0        1104
 patch iptc,sj,dgj,dgi,id:          14        8447         542         542
         1104
  half line dmj dgc:           1       20601        1600         568
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 sj>s1:        8447        7343
   Zeroing lines in arrays 
  Total # of output lines =           14       20734

 Processing block number           15
 DEBUG          538   538.3506       1599.313      0.0000000E+00  0.0000000E+00
         8447        8851          -4         408
 patch iptc,sj,dgj,dgi,id:          15        8851         538         542
          408
  half line dmj dgc:           0       22113        1599         568
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        8851        8447
   Zeroing lines in arrays 
  Total # of output lines =           15       21138

         8851        9955           0        1104
 patch iptc,sj,dgj,dgi,id:          15        9955         538         538
         1104
  half line dmj dgc:           1       22113        1599         568
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:        9955        8851
   Zeroing lines in arrays 
  Total # of output lines =           15       22242

 Processing block number           16
 DEBUG          536   536.1138       1601.619      0.0000000E+00  0.0000000E+00
         9955       10361          -2         408
 patch iptc,sj,dgj,dgi,id:          16       10361         536         538
          408
  half line dmj dgc:           0       23625        1601         568
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:       10361        9955
   Zeroing lines in arrays 
  Total # of output lines =           16       22648

        10361       11465           0        1104
 patch iptc,sj,dgj,dgi,id:          16       11465         536         536
         1104
  half line dmj dgc:           1       23625        1601         568
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:       11465       10361
   Zeroing lines in arrays 
  Total # of output lines =           16       23752

 Processing block number           17
 DEBUG          533   533.8691       1606.822      0.0000000E+00  0.0000000E+00
        11465       11870          -3         408
 patch iptc,sj,dgj,dgi,id:          17       11870         533         536
          408
  half line dmj dgc:           0       25137        1606         568
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:       11870       11465
   Zeroing lines in arrays 
  Total # of output lines =           17       24157

        11870       12974           0        1104
 patch iptc,sj,dgj,dgi,id:          17         686         533         533
         1104
  half line dmj dgc:           1       25137        1606         568
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 s1>sj:       11870         686
   Zeroing lines in arrays 
  Total # of output lines =           17       25261

 Processing block number           18
 DEBUG          536   536.1588       1632.324      0.0000000E+00  0.0000000E+00
          686        1097           3         408
 patch iptc,sj,dgj,dgi,id:          18        1097         536         533
          408
  half line dmj dgc:           0       26649        1632         568
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        1097         686
   Zeroing lines in arrays 
  Total # of output lines =           18       25672

         1097        2201           0        1104
 patch iptc,sj,dgj,dgi,id:          18        2201         536         536
         1104
  half line dmj dgc:           1       26649        1632         568
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        2201        1097
   Zeroing lines in arrays 
  Total # of output lines =           18       26776

 Processing block number           19
 DEBUG          540   541.0768       1664.598      0.0000000E+00  0.0000000E+00
         2201        2613           4         408
 patch iptc,sj,dgj,dgi,id:          19        2613         540         536
          408
  half line dmj dgc:           0       28161        1664         568
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        2613        2201
   Zeroing lines in arrays 
  Total # of output lines =           19       27188

         2613        3717           0        1104
 patch iptc,sj,dgj,dgi,id:          19        3717         540         540
         1104
  half line dmj dgc:           1       28161        1664         568
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:        3717        2613
   Zeroing lines in arrays 
  Total # of output lines =           19       28292

 Processing block number           20
 DEBUG          552   552.4394       1705.608      0.0000000E+00  0.0000000E+00
         3717        4137          12         408
 patch iptc,sj,dgj,dgi,id:          20        4137         552         540
          408
  half line dmj dgc:           0       29673        1705         568
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:        4137        3717
   Zeroing lines in arrays 
  Total # of output lines =           20       28712

         4137        5241           0        1104
 patch iptc,sj,dgj,dgi,id:          20        5241         552         552
         1104
  half line dmj dgc:           1       29673        1705         568
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:        5241        4137
   Zeroing lines in arrays 
  Total # of output lines =           20       29816

 Processing block number           21
 DEBUG          572   572.4506       1751.578      0.0000000E+00  0.0000000E+00
         5241        5669          20         408
 patch iptc,sj,dgj,dgi,id:          21        5669         572         552
          408
  half line dmj dgc:           0       31185        1751         568
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 sj>s1:        5669        5241
   Zeroing lines in arrays 
  Total # of output lines =           21       30244

         5669        6773           0        1104
 patch iptc,sj,dgj,dgi,id:          21        6773         572         572
         1104
  half line dmj dgc:           1       31185        1751         568
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        6773        5669
   Zeroing lines in arrays 
  Total # of output lines =           21       31348

 Processing block number           22
 DEBUG          595   595.1077       1790.272      0.0000000E+00  0.0000000E+00
         6773        7204          23         408
 patch iptc,sj,dgj,dgi,id:          22        7204         595         572
          408
  half line dmj dgc:           0       32697        1790         568
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        7204        6773
   Zeroing lines in arrays 
  Total # of output lines =           22       31779

         7204        8308           0        1104
 patch iptc,sj,dgj,dgi,id:          22        8308         595         595
         1104
  half line dmj dgc:           1       32697        1790         568
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        8308        7204
   Zeroing lines in arrays 
  Total # of output lines =           22       32883

 Processing block number           23
 DEBUG          608   608.5586       1800.467      0.0000000E+00  0.0000000E+00
         8308        8729          13         408
 patch iptc,sj,dgj,dgi,id:          23        8729         608         595
          408
  half line dmj dgc:           0       34209        1800         568
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        8729        8308
   Zeroing lines in arrays 
  Total # of output lines =           23       33304

         8729        9833           0        1104
 patch iptc,sj,dgj,dgi,id:          23        9833         608         608
         1104
  half line dmj dgc:           1       34209        1800         568
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        9833        8729
   Zeroing lines in arrays 
  Total # of output lines =           23       34408

 Processing block number           24
 DEBUG          608   608.7001       1790.194      0.0000000E+00  0.0000000E+00
         9833       10241           0         408
 patch iptc,sj,dgj,dgi,id:          24       10241         608         608
          408
  half line dmj dgc:           0       35721        1790         568
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:       10241        9833
   Zeroing lines in arrays 
  Total # of output lines =           24       34816

        10241       11345           0        1104
 patch iptc,sj,dgj,dgi,id:          24       11345         608         608
         1104
  half line dmj dgc:           1       35721        1790         568
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:       11345       10241
   Zeroing lines in arrays 
  Total # of output lines =           24       35920

 Processing block number           25
 DEBUG          599   599.6064       1773.630      0.0000000E+00  0.0000000E+00
        11345       11744          -9         408
 patch iptc,sj,dgj,dgi,id:          25       11744         599         608
          408
  half line dmj dgc:           0       37233        1773         568
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:       11744       11345
   Zeroing lines in arrays 
  Total # of output lines =           25       36319

        11744       12848           0        1104
 patch iptc,sj,dgj,dgi,id:          25         560         599         599
         1104
  half line dmj dgc:           1       37233        1773         568
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 s1>sj:       11744         560
   Zeroing lines in arrays 
  Total # of output lines =           25       37423

 Processing block number           26
 DEBUG          587   587.2109       1754.930      0.0000000E+00  0.0000000E+00
          560         956         -12         408
 patch iptc,sj,dgj,dgi,id:          26         956         587         599
          408
  half line dmj dgc:           0       38745        1754         568
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:         956         560
   Zeroing lines in arrays 
  Total # of output lines =           26       37819

          956        2060           0        1104
 patch iptc,sj,dgj,dgi,id:          26        2060         587         587
         1104
  half line dmj dgc:           1       38745        1754         568
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:        2060         956
   Zeroing lines in arrays 
  Total # of output lines =           26       38923

 Processing block number           27
 DEBUG          575   575.8334       1732.316      0.0000000E+00  0.0000000E+00
         2060        2456         -12         408
 patch iptc,sj,dgj,dgi,id:          27        2456         575         587
          408
  half line dmj dgc:           0       40257        1732         568
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:        2456        2060
   Zeroing lines in arrays 
  Total # of output lines =           27       39319

         2456        3560           0        1104
 patch iptc,sj,dgj,dgi,id:          27        3560         575         575
         1104
  half line dmj dgc:           1       40257        1732         568
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 sj>s1:        3560        2456
   Zeroing lines in arrays 
  Total # of output lines =           27       40423

 Processing block number           28
 DEBUG          570   570.8942       1722.929      0.0000000E+00  0.0000000E+00
         3560        3963          -5         408
 patch iptc,sj,dgj,dgi,id:          28        3963         570         575
          408
  half line dmj dgc:           0       41769        1722         568
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        3963        3560
   Zeroing lines in arrays 
  Total # of output lines =           28       40826

         3963        5067           0        1104
 patch iptc,sj,dgj,dgi,id:          28        5067         570         570
         1104
  half line dmj dgc:           1       41769        1722         568
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        5067        3963
   Zeroing lines in arrays 
  Total # of output lines =           28       41930

 Processing block number           29
 DEBUG          571   571.5828       1732.151      0.0000000E+00  0.0000000E+00
         5067        5476           1         408
 patch iptc,sj,dgj,dgi,id:          29        5476         571         570
          408
  half line dmj dgc:           0       43281        1732         568
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        5476        5067
   Zeroing lines in arrays 
  Total # of output lines =           29       42339

         5476        6580           0        1104
 patch iptc,sj,dgj,dgi,id:          29        6580         571         571
         1104
  half line dmj dgc:           1       43281        1732         568
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        6580        5476
   Zeroing lines in arrays 
  Total # of output lines =           29       43443

 Processing block number           30
 DEBUG          574   574.4967       1750.334      0.0000000E+00  0.0000000E+00
         6580        6991           3         408
 patch iptc,sj,dgj,dgi,id:          30        6991         574         571
          408
  half line dmj dgc:           0       44793        1750         568
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        6991        6580
   Zeroing lines in arrays 
  Total # of output lines =           30       43854

         6991        8095           0        1104
 patch iptc,sj,dgj,dgi,id:          30        8095         574         574
         1104
  half line dmj dgc:           1       44793        1750         568
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        8095        6991
   Zeroing lines in arrays 
  Total # of output lines =           30       44958

 Processing block number           31
 DEBUG          574   574.5367       1754.878      0.0000000E+00  0.0000000E+00
         8095        8503           0         408
 patch iptc,sj,dgj,dgi,id:          31        8503         574         574
          408
  half line dmj dgc:           0       46305        1754         568
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        8503        8095
   Zeroing lines in arrays 
  Total # of output lines =           31       45366

         8503        9607           0        1104
 patch iptc,sj,dgj,dgi,id:          31        9607         574         574
         1104
  half line dmj dgc:           1       46305        1754         568
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        9607        8503
   Zeroing lines in arrays 
  Total # of output lines =           31       46470

 Processing block number           32
 DEBUG          573   573.6909       1757.800      0.0000000E+00  0.0000000E+00
         9607       10014          -1         408
 patch iptc,sj,dgj,dgi,id:          32       10014         573         574
          408
  half line dmj dgc:           0       47817        1757         568
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:       10014        9607
   Zeroing lines in arrays 
  Total # of output lines =           32       46877

        10014       11118           0        1104
 patch iptc,sj,dgj,dgi,id:          32       11118         573         573
         1104
  half line dmj dgc:           1       47817        1757         568
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       11118       10014
   Zeroing lines in arrays 
  Total # of output lines =           32       47981

 Processing block number           33
 DEBUG          575   575.8337       1768.119      0.0000000E+00  0.0000000E+00
        11118       11528           2         408
 patch iptc,sj,dgj,dgi,id:          33       11528         575         573
          408
  half line dmj dgc:           0       49329        1768         568
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11528       11118
   Zeroing lines in arrays 
  Total # of output lines =           33       48391

        11528       12632           0        1104
 patch iptc,sj,dgj,dgi,id:          33         344         575         575
         1104
  half line dmj dgc:           1       49329        1768         568
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 s1>sj:       11528         344
   Zeroing lines in arrays 
  Total # of output lines =           33       49495

 Processing block number           34
 DEBUG          580   580.6526       1794.514      0.0000000E+00  0.0000000E+00
          344         757           5         408
 patch iptc,sj,dgj,dgi,id:          34         757         580         575
          408
  half line dmj dgc:           0       50841        1794         568
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 sj>s1:         757         344
   Zeroing lines in arrays 
  Total # of output lines =           34       49908

          757        1861           0        1104
 patch iptc,sj,dgj,dgi,id:          34        1861         580         580
         1104
  half line dmj dgc:           1       50841        1794         568
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        1861         757
   Zeroing lines in arrays 
  Total # of output lines =           34       51012

 Processing block number           35
 DEBUG          593   593.5828       1836.062      0.0000000E+00  0.0000000E+00
         1861        2282          13         408
 patch iptc,sj,dgj,dgi,id:          35        2282         593         580
          408
  half line dmj dgc:           0       52353        1835         568
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2282        1861
   Zeroing lines in arrays 
  Total # of output lines =           35       51433

         2282        3386           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3386         593         593
         1104
  half line dmj dgc:           1       52353        1835         568
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3386        2282
   Zeroing lines in arrays 
  Total # of output lines =           35       52537

 Processing block number           36
 DEBUG          607   607.4364       1881.675      0.0000000E+00  0.0000000E+00
         3386        3808          14         408
 patch iptc,sj,dgj,dgi,id:          36        3808         607         593
          408
  half line dmj dgc:           0       53865        1881         568
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        3808        3386
   Zeroing lines in arrays 
  Total # of output lines =           36       52959

         3808        4912           0        1104
 patch iptc,sj,dgj,dgi,id:          36        4912         607         607
         1104
  half line dmj dgc:           1       53865        1881         568
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        4912        3808
   Zeroing lines in arrays 
  Total # of output lines =           36       54063

 Processing block number           37
 DEBUG          628   628.1642       1950.879      0.0000000E+00  0.0000000E+00
         4912        5341          21         408
 patch iptc,sj,dgj,dgi,id:          37        5341         628         607
          408
  half line dmj dgc:           0       55377        1950         568
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        5341        4912
   Zeroing lines in arrays 
  Total # of output lines =           37       54492

         5341        6445           0        1104
 patch iptc,sj,dgj,dgi,id:          37        6445         628         628
         1104
  half line dmj dgc:           1       55377        1950         568
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        6445        5341
   Zeroing lines in arrays 
  Total # of output lines =           37       55596

 Processing block number           38
 DEBUG          641   642.0190       2006.289      0.0000000E+00  0.0000000E+00
         6445        6825          13         367
 patch iptc,sj,dgj,dgi,id:          38        6825         641         628
          367
  half line dmj dgc:           0       56848        2006         568
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        6825        6445
   Zeroing lines in arrays 
  Total # of output lines =           38       55976

         6825        7929           0        1104
 patch iptc,sj,dgj,dgi,id:          38        7929         641         641
         1104
  half line dmj dgc:           1       56848        2006         568
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        7929        6825
   Zeroing lines in arrays 
  Total # of output lines =           38       57080

 ia dmi dgi:        7929        2006         641
   Writing the last         2469 lines
 last half sj>s1       10398        7929       57080
 WAYNE done patche    153.1702660322189    
  Total # of output lines =        59549

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   59549
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    153.7948230504990    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9497124       460.3142    
     146    -0.031    3046    -0.031  460.31418   0.000023   0.000019  -0.000001
 r_peak,r_snr =   0.9415213       94.02109    
     246    -0.031    3046    -0.031   94.02109   0.000029   0.000024  -0.000002
 r_peak,r_snr =   0.9508168       408.8172    
     346    -0.031    3046    -0.031  408.81723   0.000023   0.000019  -0.000001
 r_peak,r_snr =   0.9225978       410.1470    
     446    -0.031    3046    -0.063  410.14703   0.000037   0.000032  -0.000003
 r_peak,r_snr =   0.9470108       451.9592    
     546    -0.031    3046    -0.063  451.95917   0.000022   0.000020  -0.000001
 r_peak,r_snr =   0.9496377       480.4321    
     646    -0.031    3046    -0.063  480.43210   0.000022   0.000019  -0.000001
 r_peak,r_snr =   0.9482648       464.6905    
     746    -0.031    3046    -0.063  464.69052   0.000023   0.000019  -0.000002
 r_peak,r_snr =   0.9328160       388.4387    
     846    -0.031    3046    -0.063  388.43869   0.000030   0.000027  -0.000002
 r_peak,r_snr =   0.9336707       255.9971    
     946    -0.063    3046    -0.094  255.99715   0.000031   0.000031  -0.000003
 r_peak,r_snr =   0.9368519       290.3775    
    1046    -0.031    3046    -0.094  290.37747   0.000030   0.000028  -0.000002
 r_peak,r_snr =   0.9282058       260.1635    
    1146    -0.031    3046    -0.063  260.16351   0.000034   0.000032  -0.000003
 r_peak,r_snr =   0.9242367       276.6239    
    1246    -0.031    3046    -0.094  276.62393   0.000037   0.000033  -0.000003
 r_peak,r_snr =   0.9186397       294.7817    
    1346    -0.063    3046    -0.094  294.78174   0.000040   0.000038  -0.000003
 r_peak,r_snr =   0.9049677       388.4097    
    1446    -0.063    3046    -0.094  388.40973   0.000044   0.000040  -0.000003
 r_peak,r_snr =   0.9062651       401.3100    
    1546    -0.031    3046    -0.094  401.31000   0.000043   0.000039  -0.000004
 r_peak,r_snr =   0.8953105       167.5135    
    1646    -0.031    3046    -0.094  167.51347   0.000055   0.000048  -0.000004
 r_peak,r_snr =   0.8669845       413.4080    
    1746    -0.031    3046    -0.094  413.40802   0.000063   0.000055  -0.000006
 r_peak,r_snr =   0.7788078       273.7920    
    1846    -0.031    3046    -0.094  273.79199   0.000129   0.000107  -0.000010
 r_peak,r_snr =   0.7633378       516.2075    
    1946    -0.031    3046    -0.063  516.20746   0.000131   0.000113  -0.000012
 r_peak,r_snr =   0.7366289       434.2790    
    2046    -0.031    3046    -0.125  434.27902   0.000156   0.000138  -0.000012
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9591335       27.40602    
     146    -0.031    3446    -0.031   27.40602   0.000027   0.000022  -0.000002
 r_peak,r_snr =   0.9374189       350.2260    
     246    -0.031    3446    -0.031  350.22604   0.000028   0.000024  -0.000002
 r_peak,r_snr =   0.9485332       491.7662    
     346    -0.031    3446    -0.031  491.76624   0.000022   0.000019  -0.000002
 r_peak,r_snr =   0.9556934       411.3838    
     446    -0.031    3446    -0.063  411.38379   0.000020   0.000018  -0.000002
 r_peak,r_snr =   0.9498978       145.2736    
     546    -0.031    3446    -0.063  145.27361   0.000025   0.000020  -0.000002
 r_peak,r_snr =   0.9429732       556.7767    
     646    -0.031    3446    -0.063  556.77673   0.000025   0.000020  -0.000002
 r_peak,r_snr =   0.9454355       374.2512    
     746    -0.031    3446    -0.063  374.25122   0.000025   0.000021  -0.000002
 r_peak,r_snr =   0.9362398       354.5812    
     846    -0.031    3446    -0.063  354.58118   0.000029   0.000025  -0.000002
 r_peak,r_snr =   0.9404252       285.2485    
     946    -0.031    3446    -0.063  285.24850   0.000028   0.000026  -0.000002
 r_peak,r_snr =   0.9332219       341.3968    
    1046    -0.063    3446    -0.094  341.39682   0.000032   0.000028  -0.000003
 r_peak,r_snr =   0.9486538       86.26546    
    1146    -0.063    3446    -0.094   86.26546   0.000029   0.000026  -0.000003
 r_peak,r_snr =   0.9163844       420.2695    
    1246    -0.031    3446    -0.094  420.26947   0.000039   0.000033  -0.000003
 r_peak,r_snr =   0.9311165       93.79516    
    1346    -0.031    3446    -0.094   93.79516   0.000039   0.000037  -0.000004
 r_peak,r_snr =   0.9053411       337.9811    
    1446    -0.031    3446    -0.094  337.98111   0.000046   0.000044  -0.000004
 r_peak,r_snr =   0.9109702       306.0264    
    1546    -0.031    3446    -0.094  306.02637   0.000043   0.000040  -0.000004
 r_peak,r_snr =   0.8982969       164.4348    
    1646    -0.063    3446    -0.125  164.43483   0.000051   0.000049  -0.000005
 r_peak,r_snr =   0.8196443       455.0608    
    1746    -0.031    3446    -0.094  455.06076   0.000093   0.000081  -0.000007
 r_peak,r_snr =   0.7542884       303.0148    
    1846    -0.031    3446    -0.094  303.01477   0.000145   0.000123  -0.000015
 r_peak,r_snr =   0.7410065       507.9611    
    1946    -0.031    3446    -0.094  507.96112   0.000147   0.000121  -0.000010
 r_peak,r_snr =   0.7089555       432.1182    
    2046    -0.031    3446    -0.094  432.11823   0.000178   0.000147  -0.000013
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9502105       461.1268    
     146    -0.031    3846    -0.031  461.12680   0.000022   0.000018  -0.000001
 r_peak,r_snr =   0.9604701       49.04144    
     246    -0.031    3846    -0.031   49.04144   0.000023   0.000018  -0.000002
 r_peak,r_snr =   0.9476082       595.6727    
     346    -0.031    3846    -0.031  595.67273   0.000023   0.000018  -0.000001
 r_peak,r_snr =   0.9446952       447.7180    
     446    -0.031    3846    -0.063  447.71799   0.000025   0.000020  -0.000002
 r_peak,r_snr =   0.9496238       491.2430    
     546    -0.031    3846    -0.063  491.24298   0.000021   0.000018  -0.000002
 r_peak,r_snr =   0.9454879       357.3181    
     646    -0.031    3846    -0.063  357.31808   0.000025   0.000022  -0.000002
 r_peak,r_snr =   0.9492980       280.1238    
     746    -0.031    3846    -0.063  280.12378   0.000023   0.000020  -0.000002
 r_peak,r_snr =   0.9366723       212.0669    
     846    -0.031    3846    -0.063  212.06689   0.000029   0.000024  -0.000002
 r_peak,r_snr =   0.9337428       279.4341    
     946    -0.031    3846    -0.063  279.43411   0.000032   0.000029  -0.000002
 r_peak,r_snr =   0.9295887       291.9557    
    1046    -0.063    3846    -0.094  291.95572   0.000034   0.000031  -0.000002
 r_peak,r_snr =   0.9301324       127.5482    
    1146    -0.063    3846    -0.094  127.54817   0.000038   0.000035  -0.000004
 r_peak,r_snr =   0.9127769       478.4400    
    1246    -0.031    3846    -0.094  478.44003   0.000038   0.000034  -0.000003
 r_peak,r_snr =   0.9060189       373.2763    
    1346    -0.063    3846    -0.094  373.27628   0.000042   0.000039  -0.000004
 r_peak,r_snr =   0.9227562       247.7877    
    1446    -0.063    3846    -0.094  247.78766   0.000039   0.000037  -0.000004
 r_peak,r_snr =   0.9030960       262.5191    
    1546    -0.031    3846    -0.094  262.51913   0.000047   0.000042  -0.000004
 r_peak,r_snr =   0.8938938       314.1266    
    1646    -0.031    3846    -0.094  314.12656   0.000052   0.000046  -0.000005
 r_peak,r_snr =   0.8365249       85.01237    
    1746    -0.063    3846    -0.094   85.01237   0.000093   0.000083  -0.000007
 r_peak,r_snr =   0.7380707       546.4423    
    1846     0.000    3846    -0.094  546.44232   0.000145   0.000127  -0.000009
 r_peak,r_snr =   0.7208979       337.0157    
    1946    -0.031    3846    -0.063  337.01569   0.000177   0.000139  -0.000012
 r_peak,r_snr =   0.7249977       374.5274    
    2046    -0.031    3846    -0.094  374.52744   0.000169   0.000144  -0.000012
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9471307       282.5027    
     146    -0.031    4246    -0.031  282.50266   0.000025   0.000021  -0.000002
 r_peak,r_snr =   0.9557890       70.88588    
     246    -0.031    4246    -0.031   70.88588   0.000021   0.000018  -0.000001
 r_peak,r_snr =   0.9492621       428.5899    
     346    -0.031    4246    -0.031  428.58987   0.000022   0.000020  -0.000002
 r_peak,r_snr =   0.9456923       227.4448    
     446    -0.031    4246    -0.031  227.44484   0.000027   0.000023  -0.000002
 r_peak,r_snr =   0.9486139       464.7068    
     546    -0.031    4246    -0.063  464.70685   0.000022   0.000020  -0.000001
 r_peak,r_snr =   0.9405603       299.9348    
     646    -0.063    4246    -0.063  299.93484   0.000026   0.000023  -0.000002
 r_peak,r_snr =   0.9438468       359.3290    
     746    -0.031    4246    -0.063  359.32901   0.000025   0.000022  -0.000002
 r_peak,r_snr =   0.9425882       212.1940    
     846    -0.031    4246    -0.063  212.19402   0.000027   0.000024  -0.000002
 r_peak,r_snr =   0.9328658       174.6756    
     946    -0.063    4246    -0.094  174.67555   0.000034   0.000031  -0.000004
 r_peak,r_snr =   0.9310778       184.0822    
    1046    -0.063    4246    -0.094  184.08223   0.000035   0.000032  -0.000002
 r_peak,r_snr =   0.9271727       350.8171    
    1146    -0.063    4246    -0.094  350.81711   0.000033   0.000032  -0.000002
 r_peak,r_snr =   0.9018944       348.2992    
    1246    -0.031    4246    -0.094  348.29916   0.000048   0.000042  -0.000004
 r_peak,r_snr =   0.9107112       330.6539    
    1346    -0.031    4246    -0.094  330.65390   0.000044   0.000036  -0.000003
 r_peak,r_snr =   0.9175097       43.01532    
    1446    -0.031    4246    -0.094   43.01532   0.000050   0.000045  -0.000004
 r_peak,r_snr =   0.9078537       115.9693    
    1546    -0.031    4246    -0.094  115.96926   0.000050   0.000052  -0.000005
 r_peak,r_snr =   0.9021148       170.1797    
    1646    -0.063    4246    -0.094  170.17967   0.000052   0.000047  -0.000005
 r_peak,r_snr =   0.8369970       385.1916    
    1746    -0.031    4246    -0.094  385.19162   0.000083   0.000071  -0.000007
 r_peak,r_snr =   0.8451554       410.0283    
    1846    -0.031    4246    -0.094  410.02826   0.000079   0.000072  -0.000007
 r_peak,r_snr =   0.8507493       442.3968    
    1946    -0.031    4246    -0.094  442.39682   0.000074   0.000069  -0.000006
 r_peak,r_snr =   0.8158496       426.7437    
    2046    -0.063    4246    -0.125  426.74374   0.000096   0.000088  -0.000008
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9559901       566.7440    
     146    -0.031    4646    -0.031  566.74402   0.000019   0.000015  -0.000001
 r_peak,r_snr =   0.9490178       311.8043    
     246    -0.031    4646    -0.031  311.80432   0.000024   0.000018  -0.000002
 r_peak,r_snr =   0.9546553       235.7392    
     346    -0.031    4646    -0.031  235.73921   0.000021   0.000018  -0.000002
 r_peak,r_snr =   0.9491268       264.0815    
     446    -0.031    4646    -0.063  264.08145   0.000024   0.000021  -0.000002
 r_peak,r_snr =   0.9538281       422.5946    
     546    -0.031    4646    -0.063  422.59457   0.000020   0.000018  -0.000001
 r_peak,r_snr =   0.9470622       420.3194    
     646    -0.031    4646    -0.063  420.31943   0.000023   0.000020  -0.000002
 r_peak,r_snr =   0.9372702       391.3084    
     746    -0.063    4646    -0.094  391.30844   0.000030   0.000024  -0.000002
 r_peak,r_snr =   0.9446520       220.8794    
     846    -0.063    4646    -0.094  220.87938   0.000026   0.000024  -0.000002
 r_peak,r_snr =   0.9288228       315.4891    
     946    -0.063    4646    -0.094  315.48911   0.000034   0.000029  -0.000002
 r_peak,r_snr =   0.9269582       336.2410    
    1046    -0.031    4646    -0.063  336.24097   0.000034   0.000031  -0.000002
 r_peak,r_snr =   0.9352753       267.3374    
    1146    -0.031    4646    -0.094  267.33737   0.000030   0.000029  -0.000002
 r_peak,r_snr =   0.9227880       61.98571    
    1246    -0.031    4646    -0.094   61.98571   0.000045   0.000044  -0.000005
 r_peak,r_snr =   0.9281998       168.7561    
    1346    -0.031    4646    -0.094  168.75610   0.000035   0.000031  -0.000003
 r_peak,r_snr =   0.8883690       437.3269    
    1446    -0.031    4646    -0.094  437.32687   0.000050   0.000045  -0.000004
 r_peak,r_snr =   0.9176175       67.94887    
    1546    -0.031    4646    -0.094   67.94887   0.000048   0.000046  -0.000005
 r_peak,r_snr =   0.8970509       245.3971    
    1646    -0.063    4646    -0.094  245.39706   0.000052   0.000049  -0.000004
 r_peak,r_snr =   0.8876026       332.2867    
    1746    -0.031    4646    -0.094  332.28665   0.000056   0.000053  -0.000005
 r_peak,r_snr =   0.8638596       364.3566    
    1846    -0.031    4646    -0.094  364.35663   0.000072   0.000063  -0.000006
 r_peak,r_snr =   0.8466330       325.4475    
    1946    -0.063    4646    -0.094  325.44751   0.000081   0.000071  -0.000007
 r_peak,r_snr =   0.8374113       407.3473    
    2046    -0.031    4646    -0.125  407.34732   0.000082   0.000076  -0.000006
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9547339       211.7224    
     146    -0.031    5046    -0.031  211.72235   0.000021   0.000016  -0.000001
 r_peak,r_snr =   0.9527703       288.7459    
     246    -0.031    5046    -0.031  288.74588   0.000021   0.000017  -0.000001
 r_peak,r_snr =   0.9433694       320.5779    
     346    -0.031    5046    -0.031  320.57794   0.000028   0.000023  -0.000002
 r_peak,r_snr =   0.9530423       455.3403    
     446    -0.031    5046    -0.031  455.34027   0.000020   0.000018  -0.000001
 r_peak,r_snr =   0.9443960       391.7091    
     546    -0.031    5046    -0.063  391.70911   0.000025   0.000021  -0.000002
 r_peak,r_snr =   0.9484748       428.8125    
     646    -0.031    5046    -0.063  428.81250   0.000023   0.000020  -0.000001
 r_peak,r_snr =   0.9395194       468.5705    
     746    -0.031    5046    -0.063  468.57053   0.000026   0.000023  -0.000002
 r_peak,r_snr =   0.9375113       301.6852    
     846    -0.063    5046    -0.094  301.68524   0.000030   0.000026  -0.000002
 r_peak,r_snr =   0.9278924       391.4182    
     946    -0.063    5046    -0.094  391.41821   0.000035   0.000029  -0.000002
 r_peak,r_snr =   0.9433008       221.5251    
    1046    -0.031    5046    -0.063  221.52512   0.000028   0.000027  -0.000002
 r_peak,r_snr =   0.9403179       206.7036    
    1146    -0.031    5046    -0.094  206.70361   0.000029   0.000027  -0.000002
 r_peak,r_snr =   0.9191636       343.4814    
    1246    -0.031    5046    -0.094  343.48138   0.000037   0.000036  -0.000003
 r_peak,r_snr =   0.9231048       214.3143    
    1346    -0.063    5046    -0.094  214.31429   0.000040   0.000035  -0.000003
 r_peak,r_snr =   0.9176121       271.9120    
    1446    -0.031    5046    -0.094  271.91199   0.000039   0.000037  -0.000003
 r_peak,r_snr =   0.9692284       30.24038    
    1546    -0.063    5046    -0.094   30.24038   0.000024   0.000023  -0.000002
 r_peak,r_snr =   0.8828745       64.28346    
    1646    -0.063    5046    -0.094   64.28346   0.000071   0.000058  -0.000005
 r_peak,r_snr =   0.8672416       296.9459    
    1746    -0.031    5046    -0.094  296.94589   0.000070   0.000063  -0.000007
 r_peak,r_snr =   0.8817091       275.9412    
    1846    -0.031    5046    -0.094  275.94122   0.000062   0.000057  -0.000006
 r_peak,r_snr =   0.8804632       341.3896    
    1946    -0.063    5046    -0.094  341.38965   0.000061   0.000057  -0.000006
 r_peak,r_snr =   0.8830757       127.6527    
    2046    -0.063    5046    -0.125  127.65266   0.000076   0.000074  -0.000007
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9616796       105.7666    
     146    -0.063    5446    -0.031  105.76660   0.000020   0.000016  -0.000001
 r_peak,r_snr =   0.9523551       543.7463    
     246    -0.031    5446    -0.031  543.74628   0.000021   0.000017  -0.000001
 r_peak,r_snr =   0.9668756       10.01890    
     346    -0.031    5446    -0.031   10.01890   0.000030   0.000025  -0.000001
 r_peak,r_snr =   0.9438627       444.3227    
     446    -0.031    5446    -0.063  444.32272   0.000025   0.000021  -0.000002
 r_peak,r_snr =   0.9454898       393.8358    
     546    -0.063    5446    -0.063  393.83578   0.000026   0.000020  -0.000002
 r_peak,r_snr =   0.9557393       262.4116    
     646    -0.031    5446    -0.063  262.41159   0.000022   0.000018  -0.000002
 r_peak,r_snr =   0.9413462       363.0905    
     746    -0.031    5446    -0.063  363.09055   0.000026   0.000023  -0.000002
 r_peak,r_snr =   0.9324415       303.9949    
     846    -0.063    5446    -0.094  303.99487   0.000033   0.000027  -0.000002
 r_peak,r_snr =   0.9221525       369.2566    
     946    -0.031    5446    -0.063  369.25662   0.000035   0.000030  -0.000003
 r_peak,r_snr =   0.9243693       288.7607    
    1046    -0.063    5446    -0.094  288.76074   0.000036   0.000033  -0.000003
 r_peak,r_snr =   0.9402283       287.6808    
    1146    -0.063    5446    -0.094  287.68079   0.000029   0.000026  -0.000003
 r_peak,r_snr =   0.9108096       507.7154    
    1246    -0.031    5446    -0.094  507.71536   0.000041   0.000034  -0.000003
 r_peak,r_snr =   0.9129055       215.3367    
    1346    -0.031    5446    -0.094  215.33667   0.000045   0.000041  -0.000004
 r_peak,r_snr =   0.9247893       273.1159    
    1446    -0.063    5446    -0.094  273.11591   0.000035   0.000033  -0.000003
 r_peak,r_snr =   0.9342672       59.02404    
    1546    -0.031    5446    -0.094   59.02404   0.000038   0.000035  -0.000003
 r_peak,r_snr =   0.9184398       90.93346    
    1646    -0.063    5446    -0.094   90.93346   0.000044   0.000040  -0.000003
 r_peak,r_snr =   0.8449903       102.8853    
    1746    -0.031    5446    -0.063  102.88528   0.000095   0.000079  -0.000007
 r_peak,r_snr =   0.8189084       426.7704    
    1846    -0.031    5446    -0.094  426.77039   0.000095   0.000082  -0.000008
 r_peak,r_snr =   0.8020082       326.8546    
    1946    -0.063    5446    -0.094  326.85455   0.000113   0.000095  -0.000011
 r_peak,r_snr =   0.8623956       247.5957    
    2046    -0.031    5446    -0.125  247.59572   0.000073   0.000071  -0.000006
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9482394       289.9602    
     146    -0.063    5846    -0.031  289.96017   0.000024   0.000020  -0.000002
 r_peak,r_snr =   0.9694290       4.567471    
     246    -0.031    5846    -0.031    4.56747   0.000027   0.000021  -0.000002
 r_peak,r_snr =   0.9606512       4.289134    
     346    -0.031    5846    -0.063    4.28913   0.000045   0.000037  -0.000003
 r_peak,r_snr =   0.9532127       393.5723    
     446    -0.031    5846    -0.063  393.57233   0.000021   0.000018  -0.000001
 r_peak,r_snr =   0.9496210       94.74358    
     546    -0.031    5846    -0.063   94.74358   0.000027   0.000023  -0.000002
 r_peak,r_snr =   0.9444341       399.3484    
     646    -0.031    5846    -0.063  399.34845   0.000026   0.000021  -0.000002
 r_peak,r_snr =   0.9425704       377.8629    
     746    -0.031    5846    -0.063  377.86288   0.000027   0.000021  -0.000002
 r_peak,r_snr =   0.9406014       259.1282    
     846    -0.031    5846    -0.063  259.12817   0.000028   0.000023  -0.000002
 r_peak,r_snr =   0.9331249       441.0625    
     946    -0.031    5846    -0.094  441.06247   0.000031   0.000025  -0.000002
 r_peak,r_snr =   0.9346533       364.7374    
    1046    -0.031    5846    -0.094  364.73740   0.000030   0.000028  -0.000002
 r_peak,r_snr =   0.9317164       340.1632    
    1146    -0.063    5846    -0.094  340.16321   0.000033   0.000029  -0.000003
 r_peak,r_snr =   0.9239172       396.0901    
    1246    -0.031    5846    -0.094  396.09012   0.000034   0.000030  -0.000003
 r_peak,r_snr =   0.9071317       346.0260    
    1346    -0.063    5846    -0.125  346.02603   0.000045   0.000040  -0.000003
 r_peak,r_snr =   0.9293525       76.25588    
    1446    -0.063    5846    -0.094   76.25588   0.000043   0.000040  -0.000003
 r_peak,r_snr =   0.9129161       80.76731    
    1546    -0.031    5846    -0.094   80.76731   0.000052   0.000051  -0.000004
 r_peak,r_snr =   0.8691545       260.9039    
    1646    -0.063    5846    -0.094  260.90393   0.000063   0.000060  -0.000006
 r_peak,r_snr =   0.8329760       143.6358    
    1746    -0.031    5846    -0.125  143.63577   0.000102   0.000088  -0.000011
 r_peak,r_snr =   0.8173938       232.4140    
    1846    -0.063    5846    -0.094  232.41403   0.000103   0.000088  -0.000008
 r_peak,r_snr =   0.8239771       195.4550    
    1946    -0.063    5846    -0.094  195.45496   0.000100   0.000089  -0.000010
 r_peak,r_snr =   0.7426018       267.6338    
    2046    -0.031    5846    -0.094  267.63382   0.000164   0.000137  -0.000014
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.8912337       413.7332    
     146     0.000    3046    -0.063  413.73315   0.000054   0.000044  -0.000003
 r_peak,r_snr =   0.8886613       101.6217    
     246     0.000    3046    -0.063  101.62173   0.000060   0.000048  -0.000005
 r_peak,r_snr =   0.9094847       394.6541    
     346    -0.031    3046    -0.063  394.65414   0.000045   0.000037  -0.000003
 r_peak,r_snr =   0.8010067       359.6222    
     446    -0.031    3046    -0.031  359.62219   0.000116   0.000099  -0.000011
 r_peak,r_snr =   0.8739260       406.0313    
     546    -0.031    3046     0.000  406.03131   0.000060   0.000055  -0.000004
 r_peak,r_snr =   0.8952129       434.0294    
     646    -0.031    3046     0.000  434.02939   0.000049   0.000044  -0.000003
 r_peak,r_snr =   0.8873705       424.3628    
     746     0.000    3046     0.000  424.36282   0.000055   0.000047  -0.000004
 r_peak,r_snr =   0.8785894       358.3993    
     846     0.000    3046     0.031  358.39932   0.000059   0.000053  -0.000005
 r_peak,r_snr =   0.8722835       237.8113    
     946     0.000    3046     0.031  237.81131   0.000067   0.000066  -0.000007
 r_peak,r_snr =   0.8679493       265.2046    
    1046     0.000    3046     0.063  265.20456   0.000072   0.000068  -0.000005
 r_peak,r_snr =   0.8841180       230.1780    
    1146     0.000    3046     0.031  230.17804   0.000060   0.000059  -0.000005
 r_peak,r_snr =   0.8855727       257.4390    
    1246    -0.031    3046     0.031  257.43896   0.000060   0.000055  -0.000005
 r_peak,r_snr =   0.8563190       279.6675    
    1346     0.000    3046     0.063  279.66748   0.000078   0.000077  -0.000007
 r_peak,r_snr =   0.8504040       345.7404    
    1446     0.000    3046     0.063  345.74045   0.000077   0.000072  -0.000005
 r_peak,r_snr =   0.8575774       363.0556    
    1546    -0.031    3046     0.063  363.05557   0.000071   0.000068  -0.000008
 r_peak,r_snr =   0.8268878       137.0209    
    1646     0.000    3046     0.094  137.02090   0.000106   0.000100  -0.000010
 r_peak,r_snr =   0.8127339       358.8804    
    1746     0.000    3046     0.063  358.88040   0.000099   0.000091  -0.000011
 r_peak,r_snr =   0.7027565       186.4114    
    1846     0.000    3046     0.094  186.41138   0.000211   0.000200  -0.000025
 r_peak,r_snr =   0.6903055       372.9832    
    1946     0.000    3046     0.063  372.98325   0.000206   0.000191  -0.000024
 r_peak,r_snr =   0.6734043       331.7361    
    2046     0.000    3046     0.094  331.73615   0.000234   0.000233  -0.000028
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9167256       24.57027    
     146     0.000    3446    -0.063   24.57027   0.000059   0.000049  -0.000004
 r_peak,r_snr =   0.8615867       311.8105    
     246     0.000    3446    -0.063  311.81052   0.000071   0.000061  -0.000005
 r_peak,r_snr =   0.8975170       445.8513    
     346    -0.031    3446    -0.031  445.85129   0.000049   0.000041  -0.000004
 r_peak,r_snr =   0.8845205       370.2962    
     446    -0.031    3446    -0.031  370.29620   0.000058   0.000053  -0.000005
 r_peak,r_snr =   0.8871332       134.5234    
     546     0.000    3446     0.000  134.52341   0.000062   0.000050  -0.000005
 r_peak,r_snr =   0.8762928       512.0507    
     646     0.000    3446     0.000  512.05066   0.000060   0.000050  -0.000005
 r_peak,r_snr =   0.9000920       351.0784    
     746    -0.031    3446     0.000  351.07837   0.000048   0.000041  -0.000004
 r_peak,r_snr =   0.8831335       327.0978    
     846     0.000    3446     0.031  327.09784   0.000058   0.000050  -0.000006
 r_peak,r_snr =   0.8771429       259.4314    
     946     0.000    3446     0.031  259.43140   0.000064   0.000062  -0.000005
 r_peak,r_snr =   0.8565491       297.9774    
    1046     0.000    3446     0.063  297.97739   0.000077   0.000071  -0.000007
 r_peak,r_snr =   0.9014632       74.60374    
    1146     0.000    3446     0.031   74.60374   0.000062   0.000057  -0.000006
 r_peak,r_snr =   0.8573166       362.1242    
    1246     0.000    3446     0.063  362.12424   0.000076   0.000064  -0.000006
 r_peak,r_snr =   0.8950243       87.38725    
    1346     0.000    3446     0.063   87.38725   0.000064   0.000061  -0.000007
 r_peak,r_snr =   0.8392893       294.1610    
    1446     0.000    3446     0.094  294.16101   0.000088   0.000087  -0.000008
 r_peak,r_snr =   0.8478872       257.8608    
    1546    -0.031    3446     0.063  257.86078   0.000082   0.000083  -0.000008
 r_peak,r_snr =   0.8508379       150.8819    
    1646     0.031    3446     0.094  150.88191   0.000082   0.000082  -0.000009
 r_peak,r_snr =   0.7598030       376.4820    
    1746     0.000    3446     0.094  376.48203   0.000141   0.000127  -0.000014
 r_peak,r_snr =   0.6859494       268.7022    
    1846    -0.031    3446     0.094  268.70218   0.000221   0.000206  -0.000030
 r_peak,r_snr =   0.6429599       395.4653    
    1946     0.031    3446     0.125  395.46533   0.000254   0.000235  -0.000028
 r_peak,r_snr =   0.6264567       328.4215    
    2046     0.000    3446     0.125  328.42154   0.000269   0.000273  -0.000032
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9072287       431.8865    
     146     0.000    3846    -0.094  431.88647   0.000045   0.000037  -0.000002
 r_peak,r_snr =   0.9072242       41.75304    
     246     0.000    3846    -0.063   41.75304   0.000061   0.000049  -0.000006
 r_peak,r_snr =   0.9132658       552.4879    
     346    -0.031    3846    -0.031  552.48785   0.000040   0.000032  -0.000002
 r_peak,r_snr =   0.8702052       382.9541    
     446    -0.031    3846    -0.031  382.95413   0.000067   0.000056  -0.000005
 r_peak,r_snr =   0.8901241       442.2630    
     546     0.000    3846     0.000  442.26300   0.000051   0.000044  -0.000004
 r_peak,r_snr =   0.9068012       327.8488    
     646    -0.031    3846     0.000  327.84875   0.000045   0.000040  -0.000004
 r_peak,r_snr =   0.8868383       244.6328    
     746    -0.031    3846     0.031  244.63281   0.000057   0.000051  -0.000005
 r_peak,r_snr =   0.8849293       204.4624    
     846     0.000    3846     0.031  204.46236   0.000058   0.000048  -0.000004
 r_peak,r_snr =   0.8721949       251.7069    
     946     0.000    3846     0.031  251.70692   0.000069   0.000064  -0.000006
 r_peak,r_snr =   0.8538242       250.7526    
    1046     0.000    3846     0.063  250.75261   0.000081   0.000078  -0.000006
 r_peak,r_snr =   0.8671473       114.0875    
    1146     0.031    3846     0.063  114.08754   0.000083   0.000079  -0.000009
 r_peak,r_snr =   0.8548493       413.3179    
    1246     0.000    3846     0.063  413.31787   0.000070   0.000067  -0.000006
 r_peak,r_snr =   0.8424751       335.6285    
    1346     0.000    3846     0.063  335.62848   0.000078   0.000079  -0.000009
 r_peak,r_snr =   0.8678426       206.7380    
    1446     0.000    3846     0.031  206.73801   0.000075   0.000073  -0.000009
 r_peak,r_snr =   0.8388458       223.3595    
    1546    -0.031    3846     0.063  223.35953   0.000087   0.000083  -0.000008
 r_peak,r_snr =   0.8638885       304.4095    
    1646     0.000    3846     0.094  304.40945   0.000069   0.000064  -0.000007
 r_peak,r_snr =   0.7995815       71.75444    
    1746     0.031    3846     0.094   71.75444   0.000124   0.000118  -0.000011
 r_peak,r_snr =   0.6984569       429.0342    
    1846    -0.063    3846     0.063  429.03424   0.000186   0.000174  -0.000016
 r_peak,r_snr =   0.6672581       319.6140    
    1946    -0.031    3846     0.063  319.61395   0.000229   0.000201  -0.000023
 r_peak,r_snr =   0.6473994       289.1740    
    2046     0.000    3846     0.125  289.17398   0.000261   0.000238  -0.000027
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.8859934       251.8154    
     146     0.000    4246    -0.063  251.81537   0.000059   0.000049  -0.000004
 r_peak,r_snr =   0.9091811       65.33045    
     246     0.000    4246    -0.063   65.33045   0.000047   0.000041  -0.000002
 r_peak,r_snr =   0.9167060       451.3044    
     346    -0.031    4246    -0.031  451.30444   0.000038   0.000033  -0.000003
 r_peak,r_snr =   0.8647453       187.1180    
     446    -0.031    4246    -0.063  187.11798   0.000076   0.000067  -0.000006
 r_peak,r_snr =   0.8644285       404.6413    
     546     0.000    4246    -0.031  404.64127   0.000067   0.000061  -0.000005
 r_peak,r_snr =   0.9040232       280.9307    
     646     0.000    4246     0.000  280.93073   0.000046   0.000039  -0.000003
 r_peak,r_snr =   0.9064357       315.1128    
     746     0.000    4246     0.031  315.11279   0.000044   0.000039  -0.000003
 r_peak,r_snr =   0.8981584       200.3629    
     846     0.000    4246     0.031  200.36285   0.000052   0.000046  -0.000004
 r_peak,r_snr =   0.8812059       159.7968    
     946     0.000    4246     0.031  159.79684   0.000067   0.000062  -0.000007
 r_peak,r_snr =   0.8596272       162.1069    
    1046     0.000    4246     0.063  162.10687   0.000081   0.000076  -0.000006
 r_peak,r_snr =   0.8449278       304.8735    
    1146     0.000    4246     0.063  304.87350   0.000081   0.000080  -0.000006
 r_peak,r_snr =   0.8482267       313.5041    
    1246     0.000    4246     0.063  313.50412   0.000082   0.000074  -0.000008
 r_peak,r_snr =   0.8612432       290.4287    
    1346     0.000    4246     0.063  290.42871   0.000075   0.000065  -0.000006
 r_peak,r_snr =   0.8562959       37.74434    
    1446     0.000    4246     0.094   37.74434   0.000100   0.000093  -0.000010
 r_peak,r_snr =   0.8434201       98.38780    
    1546    -0.031    4246     0.063   98.38780   0.000098   0.000103  -0.000010
 r_peak,r_snr =   0.8506685       149.3606    
    1646     0.000    4246     0.063  149.36057   0.000088   0.000083  -0.000009
 r_peak,r_snr =   0.7811980       321.1967    
    1746     0.000    4246     0.094  321.19672   0.000127   0.000112  -0.000014
 r_peak,r_snr =   0.8012581       369.1177    
    1846    -0.031    4246     0.094  369.11768   0.000109   0.000103  -0.000010
 r_peak,r_snr =   0.8275971       387.3945    
    1946     0.000    4246     0.094  387.39447   0.000091   0.000086  -0.000009
 r_peak,r_snr =   0.7997996       406.1613    
    2046     0.031    4246     0.094  406.16125   0.000109   0.000101  -0.000008
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.8993593       530.1212    
     146     0.000    4646    -0.094  530.12122   0.000049   0.000038  -0.000003
 r_peak,r_snr =   0.9083155       311.2589    
     246     0.000    4646    -0.031  311.25891   0.000047   0.000034  -0.000003
 r_peak,r_snr =   0.9126236       227.8146    
     346     0.000    4646    -0.031  227.81461   0.000044   0.000037  -0.000003
 r_peak,r_snr =   0.8875541       233.4300    
     446    -0.031    4646    -0.031  233.42996   0.000059   0.000049  -0.000004
 r_peak,r_snr =   0.8948448       395.0176    
     546     0.000    4646     0.000  395.01761   0.000051   0.000045  -0.000004
 r_peak,r_snr =   0.9058343       391.3979    
     646    -0.031    4646     0.000  391.39795   0.000044   0.000038  -0.000004
 r_peak,r_snr =   0.9180990       378.1858    
     746    -0.031    4646     0.000  378.18576   0.000041   0.000032  -0.000003
 r_peak,r_snr =   0.9228257       212.8157    
     846     0.000    4646     0.031  212.81569   0.000038   0.000035  -0.000003
 r_peak,r_snr =   0.8887351       283.9464    
     946     0.000    4646     0.063  283.94641   0.000057   0.000050  -0.000003
 r_peak,r_snr =   0.8472640       305.2111    
    1046     0.000    4646     0.031  305.21109   0.000083   0.000074  -0.000006
 r_peak,r_snr =   0.8701071       253.0376    
    1146     0.000    4646     0.031  253.03757   0.000068   0.000066  -0.000005
 r_peak,r_snr =   0.8581212       52.64779    
    1246     0.000    4646     0.063   52.64779   0.000094   0.000095  -0.000012
 r_peak,r_snr =   0.8968507       156.3388    
    1346     0.000    4646     0.063  156.33878   0.000054   0.000050  -0.000006
 r_peak,r_snr =   0.8272775       347.5360    
    1446     0.000    4646     0.063  347.53598   0.000088   0.000084  -0.000008
 r_peak,r_snr =   0.8612989       57.39731    
    1546     0.000    4646     0.063   57.39731   0.000095   0.000099  -0.000012
 r_peak,r_snr =   0.8117826       217.7787    
    1646     0.031    4646     0.094  217.77872   0.000114   0.000109  -0.000010
 r_peak,r_snr =   0.8446245       307.0946    
    1746     0.000    4646     0.094  307.09460   0.000084   0.000083  -0.000008
 r_peak,r_snr =   0.8240255       330.2634    
    1846    -0.031    4646     0.094  330.26337   0.000100   0.000092  -0.000009
 r_peak,r_snr =   0.8020561       302.0860    
    1946     0.000    4646     0.063  302.08600   0.000115   0.000103  -0.000011
 r_peak,r_snr =   0.8093749       361.6013    
    2046     0.000    4646     0.094  361.60132   0.000101   0.000100  -0.000009
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.8898484       196.7339    
     146     0.000    5046    -0.094  196.73387   0.000056   0.000043  -0.000003
 r_peak,r_snr =   0.9130484       308.9846    
     246     0.000    5046    -0.063  308.98456   0.000041   0.000034  -0.000003
 r_peak,r_snr =   0.8503256       281.7045    
     346     0.000    5046    -0.031  281.70453   0.000086   0.000070  -0.000006
 r_peak,r_snr =   0.8932007       413.3228    
     446    -0.031    5046    -0.031  413.32281   0.000051   0.000045  -0.000004
 r_peak,r_snr =   0.8610439       332.8412    
     546    -0.031    5046    -0.031  332.84119   0.000072   0.000062  -0.000005
 r_peak,r_snr =   0.9025885       391.5934    
     646    -0.031    5046     0.000  391.59341   0.000046   0.000042  -0.000003
 r_peak,r_snr =   0.9211350       476.9884    
     746     0.000    5046     0.000  476.98840   0.000035   0.000030  -0.000002
 r_peak,r_snr =   0.9257376       308.7498    
     846    -0.031    5046     0.000  308.74976   0.000036   0.000031  -0.000003
 r_peak,r_snr =   0.8949979       358.0363    
     946     0.000    5046     0.031  358.03635   0.000054   0.000045  -0.000004
 r_peak,r_snr =   0.8751904       200.4488    
    1046    -0.031    5046     0.031  200.44879   0.000070   0.000069  -0.000005
 r_peak,r_snr =   0.8960159       181.6575    
    1146     0.031    5046     0.063  181.65747   0.000054   0.000053  -0.000004
 r_peak,r_snr =   0.8477390       298.4600    
    1246     0.000    5046     0.063  298.46002   0.000080   0.000077  -0.000007
 r_peak,r_snr =   0.8653037       184.3932    
    1346     0.031    5046     0.094  184.39319   0.000079   0.000070  -0.000007
 r_peak,r_snr =   0.8838563       257.6968    
    1446     0.031    5046     0.063  257.69684   0.000058   0.000057  -0.000005
 r_peak,r_snr =   0.9536576       29.52433    
    1546     0.000    5046     0.094   29.52433   0.000038   0.000037  -0.000002
 r_peak,r_snr =   0.8241511       55.90874    
    1646     0.000    5046     0.063   55.90874   0.000122   0.000105  -0.000011
 r_peak,r_snr =   0.8036337       245.5312    
    1746     0.000    5046     0.094  245.53120   0.000119   0.000111  -0.000013
 r_peak,r_snr =   0.8113105       236.6937    
    1846     0.000    5046     0.094  236.69373   0.000113   0.000108  -0.000012
 r_peak,r_snr =   0.8432527       324.2549    
    1946     0.000    5046     0.063  324.25491   0.000086   0.000081  -0.000009
 r_peak,r_snr =   0.8375692       116.5204    
    2046     0.031    5046     0.094  116.52042   0.000119   0.000123  -0.000012
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9016030       100.5322    
     146     0.000    5446    -0.094  100.53224   0.000057   0.000045  -0.000004
 r_peak,r_snr =   0.8943247       480.7410    
     246     0.000    5446    -0.063  480.74100   0.000051   0.000042  -0.000003
 r_peak,r_snr =   0.9130191       8.857035    
     346    -0.031    5446    -0.063    8.85703   0.000093   0.000082  -0.000004
 r_peak,r_snr =   0.8557829       395.6617    
     446    -0.031    5446    -0.031  395.66168   0.000073   0.000063  -0.000007
 r_peak,r_snr =   0.8743005       368.0212    
     546     0.000    5446     0.000  368.02118   0.000065   0.000053  -0.000004
 r_peak,r_snr =   0.9040657       245.8756    
     646     0.000    5446     0.000  245.87560   0.000052   0.000044  -0.000005
 r_peak,r_snr =   0.9082025       349.7152    
     746     0.000    5446     0.031  349.71521   0.000043   0.000037  -0.000003
 r_peak,r_snr =   0.9218782       308.2191    
     846     0.000    5446     0.031  308.21912   0.000039   0.000031  -0.000002
 r_peak,r_snr =   0.8933903       357.1490    
     946     0.000    5446     0.031  357.14896   0.000051   0.000043  -0.000004
 r_peak,r_snr =   0.8755488       266.6979    
    1046     0.000    5446     0.063  266.69794   0.000065   0.000060  -0.000006
 r_peak,r_snr =   0.8937481       261.9651    
    1146     0.000    5446     0.031  261.96509   0.000055   0.000052  -0.000006
 r_peak,r_snr =   0.8623528       460.5425    
    1246     0.000    5446     0.063  460.54248   0.000068   0.000059  -0.000005
 r_peak,r_snr =   0.8280649       179.0541    
    1346     0.031    5446     0.063  179.05414   0.000106   0.000095  -0.000011
 r_peak,r_snr =   0.8725538       246.7195    
    1446     0.000    5446     0.063  246.71945   0.000065   0.000063  -0.000007
 r_peak,r_snr =   0.9190730       60.01395    
    1546    -0.031    5446     0.094   60.01395   0.000048   0.000045  -0.000005
 r_peak,r_snr =   0.8875113       82.52536    
    1646     0.031    5446     0.094   82.52536   0.000066   0.000063  -0.000006
 r_peak,r_snr =   0.7974323       97.05227    
    1746     0.031    5446     0.094   97.05227   0.000139   0.000121  -0.000011
 r_peak,r_snr =   0.7904965       360.2810    
    1846     0.000    5446     0.094  360.28098   0.000118   0.000108  -0.000012
 r_peak,r_snr =   0.7761213       285.0862    
    1946     0.031    5446     0.094  285.08621   0.000137   0.000121  -0.000015
 r_peak,r_snr =   0.8136756       219.3675    
    2046     0.000    5446     0.094  219.36749   0.000110   0.000111  -0.000010
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.8606564       270.0960    
     146     0.000    5846    -0.094  270.09598   0.000072   0.000061  -0.000005
 r_peak,r_snr =   0.9346004       4.210053    
     246     0.000    5846    -0.063    4.21005   0.000064   0.000052  -0.000005
 r_peak,r_snr =   0.9049612       3.669469    
     346    -0.063    5846    -0.031    3.66947   0.000140   0.000114  -0.000008
 r_peak,r_snr =   0.9196610       384.4500    
     446    -0.031    5846    -0.031  384.45001   0.000037   0.000032  -0.000003
 r_peak,r_snr =   0.8897126       81.36592    
     546     0.000    5846     0.000   81.36592   0.000065   0.000055  -0.000005
 r_peak,r_snr =   0.8677739       355.2829    
     646     0.000    5846     0.000  355.28287   0.000071   0.000057  -0.000005
 r_peak,r_snr =   0.9111978       368.0137    
     746     0.000    5846     0.031  368.01373   0.000044   0.000034  -0.000004
 r_peak,r_snr =   0.9264542       270.6000    
     846     0.000    5846     0.031  270.60004   0.000036   0.000029  -0.000003
 r_peak,r_snr =   0.9079063       415.7444    
     946     0.000    5846     0.031  415.74435   0.000045   0.000037  -0.000003
 r_peak,r_snr =   0.8934626       344.3365    
    1046     0.000    5846     0.063  344.33646   0.000052   0.000049  -0.000004
 r_peak,r_snr =   0.8833416       289.3625    
    1146     0.031    5846     0.063  289.36252   0.000062   0.000057  -0.000005
 r_peak,r_snr =   0.8697241       371.5996    
    1246     0.000    5846     0.063  371.59961   0.000065   0.000058  -0.000006
 r_peak,r_snr =   0.8565564       313.9216    
    1346     0.000    5846     0.063  313.92160   0.000077   0.000069  -0.000006
 r_peak,r_snr =   0.8831306       67.51878    
    1446     0.000    5846     0.063   67.51878   0.000079   0.000075  -0.000006
 r_peak,r_snr =   0.8878874       74.96302    
    1546     0.000    5846     0.094   74.96302   0.000072   0.000072  -0.000007
 r_peak,r_snr =   0.8332526       223.5990    
    1646     0.031    5846     0.094  223.59895   0.000088   0.000086  -0.000009
 r_peak,r_snr =   0.8493397       151.0838    
    1746     0.000    5846     0.094  151.08379   0.000088   0.000074  -0.000008
 r_peak,r_snr =   0.8193613       230.6271    
    1846     0.000    5846     0.031  230.62714   0.000102   0.000085  -0.000007
 r_peak,r_snr =   0.8064669       172.8251    
    1946     0.031    5846     0.094  172.82515   0.000115   0.000107  -0.000013
 r_peak,r_snr =   0.6852732       218.4484    
    2046    -0.031    5846     0.063  218.44841   0.000234   0.000212  -0.000026
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Correlation Coefficient Program     ***** 
   *****                                        ***** 
   *****  This program creates a byte file      ***** 
   *****  that contains the correlation         ***** 
   *****  coeficient of two complex single      ***** 
   *****  look files.                           ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the first complex file.
 /mnt/air119/airops/1381/ts1381_c.TB                                             
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air119/airops/1381/ts1381_c.BT                                             
 /mnt/air119/airops/1381/ts1381_c.TB                                            
        59549
 /mnt/air119/airops/1381/ts1381_c.BT                                            
        59549
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air119/airops/1381/ts1381_c.cor0                                           
  number of input lines:         59549
  number of output lines:         6616
  Reading data and doing multi-looking.
+     1
+   577
+  1153
+  1729
+  2305
+  2881
+  3457
+  4033
+  4609
+  5185
+  5761
+  6337
+  6913
+  7489
+  8065
+  8641
+  9217
+  9793
+ 10369
+ 10945
+ 11521
+ 12097
+ 12673
+ 13249
+ 13825
+ 14401
+ 14977
+ 15553
+ 16129
+ 16705
+ 17281
+ 17857
+ 18433
+ 19009
+ 19585
+ 20161
+ 20737
+ 21313
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+ 22465
+ 23041
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+ 24193
+ 24769
+ 25345
+ 25921
+ 26497
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+ 27649
+ 28225
+ 28801
+ 29377
+ 29953
+ 30529
+ 31105
+ 31681
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+ 33985
+ 34561
+ 35137
+ 35713
+ 36289
+ 36865
+ 37441
+ 38017
+ 38593
+ 39169
+ 39745
+ 40321
+ 40897
+ 41473
+ 42049
+ 42625
+ 43201
+ 43777
+ 44353
+ 44929
+ 45505
+ 46081
+ 46657
+ 47233
+ 47809
+ 48385
+ 48961
+ 49537
+ 50113
+ 50689
+ 51265
+ 51841
+ 52417
+ 52993
+ 53569
+ 54145
+ 54721
+ 55297
+ 55873
+ 56449
+ 57025
+ 57601
+ 58177
+ 58753
+ 59329
 *** Filtering. o/p nlines:        6616
+   256
+   512
+   768
+  1024
+  1280
+  1536
+  1792
+  2048
+  2304
+  2560
+  2816
+  3072
+  3328
+  3584
+  3840
+  4096
+  4352
+  4608
+  4864
+  5120
+  5376
+  5632
+  5888
+  6144
+  6400
  Writing data out.
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Correlation Coefficient Program     ***** 
   *****                                        ***** 
   *****  This program creates a byte file      ***** 
   *****  that contains the correlation         ***** 
   *****  coeficient of two complex single      ***** 
   *****  look files.                           ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the first complex file.
 /mnt/air119/airops/1381/ts1381_c.BT                                             
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air119/airops/1381/ts1381_c.BB                                             
 /mnt/air119/airops/1381/ts1381_c.BT                                            
        59549
 /mnt/air119/airops/1381/ts1381_c.BB                                            
        59549
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air119/airops/1381/ts1381_c.cor1                                           
  number of input lines:         59549
  number of output lines:         6616
  Reading data and doing multi-looking.
+     1
+   577
+  1153
+  1729
+  2305
+  2881
+  3457
+  4033
+  4609
+  5185
+  5761
+  6337
+  6913
+  7489
+  8065
+  8641
+  9217
+  9793
+ 10369
+ 10945
+ 11521
+ 12097
+ 12673
+ 13249
+ 13825
+ 14401
+ 14977
+ 15553
+ 16129
+ 16705
+ 17281
+ 17857
+ 18433
+ 19009
+ 19585
+ 20161
+ 20737
+ 21313
+ 21889
+ 22465
+ 23041
+ 23617
+ 24193
+ 24769
+ 25345
+ 25921
+ 26497
+ 27073
+ 27649
+ 28225
+ 28801
+ 29377
+ 29953
+ 30529
+ 31105
+ 31681
+ 32257
+ 32833
+ 33409
+ 33985
+ 34561
+ 35137
+ 35713
+ 36289
+ 36865
+ 37441
+ 38017
+ 38593
+ 39169
+ 39745
+ 40321
+ 40897
+ 41473
+ 42049
+ 42625
+ 43201
+ 43777
+ 44353
+ 44929
+ 45505
+ 46081
+ 46657
+ 47233
+ 47809
+ 48385
+ 48961
+ 49537
+ 50113
+ 50689
+ 51265
+ 51841
+ 52417
+ 52993
+ 53569
+ 54145
+ 54721
+ 55297
+ 55873
+ 56449
+ 57025
+ 57601
+ 58177
+ 58753
+ 59329
 *** Filtering. o/p nlines:        6616
+   256
+   512
+   768
+  1024
+  1280
+  1536
+  1792
+  2048
+  2304
+  2560
+  2816
+  3072
+  3328
+  3584
+  3840
+  4096
+  4352
+  4608
+  4864
+  5120
+  5376
+  5632
+  5888
+  6144
+  6400
  Writing data out.
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Correlation Coefficient Program     ***** 
   *****                                        ***** 
   *****  This program creates a byte file      ***** 
   *****  that contains the correlation         ***** 
   *****  coeficient of two complex single      ***** 
   *****  look files.                           ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the first complex file.
 /mnt/air119/airops/1381/ts1381_c.TT                                             
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air119/airops/1381/ts1381_c.BB                                             
 /mnt/air119/airops/1381/ts1381_c.TT                                            
        59549
 /mnt/air119/airops/1381/ts1381_c.BB                                            
        59549
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air119/airops/1381/ts1381_c.cor                                            
  number of input lines:         59549
  number of output lines:         6616
  Reading data and doing multi-looking.
+     1
+   577
+  1153
+  1729
+  2305
+  2881
+  3457
+  4033
+  4609
+  5185
+  5761
+  6337
+  6913
+  7489
+  8065
+  8641
+  9217
+  9793
+ 10369
+ 10945
+ 11521
+ 12097
+ 12673
+ 13249
+ 13825
+ 14401
+ 14977
+ 15553
+ 16129
+ 16705
+ 17281
+ 17857
+ 18433
+ 19009
+ 19585
+ 20161
+ 20737
+ 21313
+ 21889
+ 22465
+ 23041
+ 23617
+ 24193
+ 24769
+ 25345
+ 25921
+ 26497
+ 27073
+ 27649
+ 28225
+ 28801
+ 29377
+ 29953
+ 30529
+ 31105
+ 31681
+ 32257
+ 32833
+ 33409
+ 33985
+ 34561
+ 35137
+ 35713
+ 36289
+ 36865
+ 37441
+ 38017
+ 38593
+ 39169
+ 39745
+ 40321
+ 40897
+ 41473
+ 42049
+ 42625
+ 43201
+ 43777
+ 44353
+ 44929
+ 45505
+ 46081
+ 46657
+ 47233
+ 47809
+ 48385
+ 48961
+ 49537
+ 50113
+ 50689
+ 51265
+ 51841
+ 52417
+ 52993
+ 53569
+ 54145
+ 54721
+ 55297
+ 55873
+ 56449
+ 57025
+ 57601
+ 58177
+ 58753
+ 59329
 *** Filtering. o/p nlines:        6616
+   256
+   512
+   768
+  1024
+  1280
+  1536
+  1792
+  2048
+  2304
+  2560
+  2816
+  3072
+  3328
+  3584
+  3840
+  4096
+  4352
+  4608
+  4864
+  5120
+  5376
+  5632
+  5888
+  6144
+  6400
  Writing data out.
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Multi-look Program           ***** 
   *****                                        ***** 
   *****  This program creates a real multi-    ***** 
   *****  look file from a complex single look  ***** 
   *****  file.  The real values represent      ***** 
   *****  POWER, not amplitude.  Multi-looking  ***** 
   *****  is performed by summing POWER in the  ***** 
   *****  azimuth direction only.               ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the complex file.
  Enter the desired number of looks.
  Enter the output file name
  output azspace, azres:    4.629600       10.80000    
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
+ 6500
+ 6600
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Interferometric Phase Generation    ***** 
   *****                                        ***** 
   *****       This program calculates          ***** 
   *****         unwrapped phase from           ***** 
   *****     two complex single look files.     ***** 
   *****                                        ***** 
   ************************************************** 
  Enter the name of the top antenna complex file.
 size:        2560       59549
  Enter number of looks 
  Enter the name of the bottom antenna file.
  Enter the name of the correlation image file.
  Enter the cut-off for the correlation.
  Enter the maximum branch length.
  Enter the maximum phase noise in radians.
  Enter the name of the output phase file.
 size:        2560        6616       59549
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
+ 6500
+ 6600
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3308
  Identifying neutrons..
  I found            0 neutrons.
  I found        10367 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6616
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Interferometric Phase Generation    ***** 
   *****                                        ***** 
   *****       This program calculates          ***** 
   *****         unwrapped phase from           ***** 
   *****     two complex single look files.     ***** 
   *****                                        ***** 
   ************************************************** 
  Enter the name of the top antenna complex file.
 size:        2560       59549
  Enter number of looks 
  Enter the name of the bottom antenna file.
  Enter the name of the correlation image file.
  Enter the cut-off for the correlation.
  Enter the maximum branch length.
  Enter the maximum phase noise in radians.
  Enter the name of the output phase file.
 size:        2560        6616       59549
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
+ 6500
+ 6600
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3308
  Identifying neutrons..
  I found            0 neutrons.
  I found        12140 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6616
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Interferometric Phase Generation    ***** 
   *****                                        ***** 
   *****       This program calculates          ***** 
   *****         unwrapped phase from           ***** 
   *****     two complex single look files.     ***** 
   *****                                        ***** 
   ************************************************** 
  Enter the name of the top antenna complex file.
 size:        2560       59549
  Enter number of looks 
  Enter the name of the bottom antenna file.
  Enter the name of the correlation image file.
  Enter the cut-off for the correlation.
  Enter the maximum branch length.
  Enter the maximum phase noise in radians.
  Enter the name of the output phase file.
 size:        2560        6616       59549
 Reading data and doing multi-looking.
+  100
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+  800
+  900
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+ 3600
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+ 4000
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+ 4400
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+ 5000
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+ 5400
+ 5500
+ 5600
+ 5700
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+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
+ 6500
+ 6600
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3308
  Identifying neutrons..
  I found            0 neutrons.
  I found        16085 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6616
  Enter the name of the top antenna SLC-1 file.
 /mnt/air119/airops/1381/ts1381_c.BT                         
 Enter the name of the bottom antenna SLC-2 file.
 /mnt/air119/airops/1381/ts1381_c.BB                         
  Enter the name of the packed amplitude (c1,c2) file.
 /mnt/air119/airops/1381/ts1381_c.amp                        
  Enter the name of the output interferogram file.
 /mnt/air119/airops/1381/ts1381_c.phase                      
  Enter number of looks 
            9
 Reading new header..STARTING at            0
 after write new header !
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
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+ 1500
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+ 2200
+ 2300
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+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
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+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
+ 6500
+ 6600
 ***Writing interf. and amp. files, total lines:         6616
  Enter the name of the top antenna SLC-1 file.
 /mnt/air119/airops/1381/ts1381_c.TT                         
 Enter the name of the bottom antenna SLC-2 file.
 /mnt/air119/airops/1381/ts1381_c.BB                         
  Enter the name of the packed amplitude (c1,c2) file.
 /mnt/air119/airops/1381/ts1381_c.amp                        
  Enter the name of the output interferogram file.
 /mnt/air119/airops/1381/ts1381_c.phase                      
  Enter number of looks 
            9
 Reading new header..STARTING at            0
 after write new header !
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
+ 6500
+ 6600
 ***Writing interf. and amp. files, total lines:         6616

 << PS filtering and unwrapping with random trees 3-Nov-98 CW/PAR/SH >>

 Error file = SCREEN
 Reading from: ts1381_c.rdf

 interferogram width:  2560  number of lines/patch:   256
 start line:        3  number of lines:    6615
 start sample:      1  end sample:         2550

 Interferogram File:                  /mnt/air119/airops/1381/ts1381_c.phase
 SLC Amplitudes File:                 /mnt/air119/airops/1381/ts1381_c.amp
 Filtered Interferogram File:         filt_int
 Phase Gradient File:                 phase_slp
 Gradient Corrected Corr. File:       gradient_cc
 Unwrapped Phase File:                /mnt/air119/airops/1381/ts1381_c.unw_phase_mag
 Unwrapping Flag File:                unwrap_flag

 Branch Cut Tree Type:             GZW
 number of realizations of the trees:                3
 minimum unwrap correlation threshold:          0.5000
 maximum unwrap correlation threshold:          0.9000
 bootstrap phase variance threshold:            2.0000
 min. points overlap for the bootstrap:             16

 phase gradient neutron flag:                        0
 phase gradient neutron threshold (radians):    0.5000
 intensity neutron flag:                             1
 intensity neutron thres. (sigma above mean):  10.0000
 maximum correlation for intensity neutrons:    0.8000

 azimuth buffer size:                              256
 overlap between azimuth patches:                   64
 total overlap between azimuth patches:            128
 offset in overlap region for phase  bootstrap:     64
 lines to increment for the next patch:            128
 number of patches:                                 51

 PATCH:   1   starting line:     2    lines read:  256
 starting output line:    1   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 INIT_UNW_RT: correlation threshold:       0.5000000
 GEN_NEUTRONS: average image intensity:             2.69696E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.39787E-03
 GEN_NEUTRONS: image intensity neutrons:      62
 INIT_UNW_RT: number of residues:           11
 INIT_UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 INIT_UNW_RT: patch residual charge:      0
 INIT_UNW_RT: number of unwrapping seeds:          157

 seed:    1  range:        12  azimuth:        64
 points unwrapped:  470658  area fraction:  0.7466
 average correlation of component:   0.8970

 INIT_UNW_RT: largest component area:  0.7466   seed range:    12
 INIT_UNW_RT: number of points for phase bootstrap:  7590

 PATCH:   2   starting line:   130    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.87114E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.21297E-03
 GEN_NEUTRONS: image intensity neutrons:      68
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     627238 area fraction:  0.99496
 average correlation of connected component:   0.8896
 number of points for phase bootstrap:        7590
 bootstrap phase variance :                 0.0083
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  627238  area fraction:  0.9950
 UNW_RT: phase bootstrap points for next patch:       7591

 PATCH:   3   starting line:   258    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.85376E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.16290E-03
 GEN_NEUTRONS: image intensity neutrons:      38
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     627887 area fraction:  0.99599
 average correlation of connected component:   0.8947
 number of points for phase bootstrap:        7591
 bootstrap phase variance :                 0.0083
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  627887  area fraction:  0.9960
 UNW_RT: phase bootstrap points for next patch:       7590

 PATCH:   4   starting line:   386    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.82016E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.03796E-03
 GEN_NEUTRONS: image intensity neutrons:      30
 UNW_RT: number of residues:           39
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     626207 area fraction:  0.99332
 average correlation of connected component:   0.9099
 number of points for phase bootstrap:        7590
 bootstrap phase variance :                 0.0083
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  626207  area fraction:  0.9933
 UNW_RT: phase bootstrap points for next patch:       7589

 PATCH:   5   starting line:   514    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.83675E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.29327E-03
 GEN_NEUTRONS: image intensity neutrons:      38
 UNW_RT: number of residues:           98
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     620561 area fraction:  0.98437
 average correlation of connected component:   0.9156
 number of points for phase bootstrap:        7589
 bootstrap phase variance :                 0.0083
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  620561  area fraction:  0.9844
 UNW_RT: phase bootstrap points for next patch:       7470

 PATCH:   6   starting line:   642    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.84939E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.36897E-03
 GEN_NEUTRONS: image intensity neutrons:     122
 UNW_RT: number of residues:           57
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     620469 area fraction:  0.98422
 average correlation of connected component:   0.9133
 number of points for phase bootstrap:        7470
 bootstrap phase variance :                 0.0326
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 seed:   17  range:       268  azimuth:        64
 points unwrapped:         53 area fraction:  0.00008
 average correlation of connected component:   0.6525
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  620469  area fraction:  0.9842
 UNW_RT: phase bootstrap points for next patch:       7574

 PATCH:   7   starting line:   770    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.88816E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.34744E-03
 GEN_NEUTRONS: image intensity neutrons:     270
 UNW_RT: number of residues:            4
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     624596 area fraction:  0.99077
 average correlation of connected component:   0.9132
 number of points for phase bootstrap:        7574
 bootstrap phase variance :                 0.0329
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  624596  area fraction:  0.9908
 UNW_RT: phase bootstrap points for next patch:       7592

 PATCH:   8   starting line:   898    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.12855E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.11742E-03
 GEN_NEUTRONS: image intensity neutrons:     415
 UNW_RT: number of residues:           18
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     628359 area fraction:  0.99674
 average correlation of connected component:   0.9154
 number of points for phase bootstrap:        7592
 bootstrap phase variance :                 0.0330
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  628359  area fraction:  0.9967
 UNW_RT: phase bootstrap points for next patch:       7617

 PATCH:   9   starting line:  1026    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.27876E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.35424E-03
 GEN_NEUTRONS: image intensity neutrons:     271
 UNW_RT: number of residues:           18
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     629152 area fraction:  0.99799
 average correlation of connected component:   0.9140
 number of points for phase bootstrap:        7617
 bootstrap phase variance :                 0.0331
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  629152  area fraction:  0.9980
 UNW_RT: phase bootstrap points for next patch:       7622

 PATCH:  10   starting line:  1154    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.26307E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.97202E-03
 GEN_NEUTRONS: image intensity neutrons:     176
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     629008 area fraction:  0.99777
 average correlation of connected component:   0.9155
 number of points for phase bootstrap:        7622
 bootstrap phase variance :                 0.0331
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  629008  area fraction:  0.9978
 UNW_RT: phase bootstrap points for next patch:       7608

 PATCH:  11   starting line:  1282    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.13618E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.46217E-03
 GEN_NEUTRONS: image intensity neutrons:      51
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     628316 area fraction:  0.99667
 average correlation of connected component:   0.9192
 number of points for phase bootstrap:        7608
 bootstrap phase variance :                 0.0331
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  628316  area fraction:  0.9967
 UNW_RT: phase bootstrap points for next patch:       7576

 PATCH:  12   starting line:  1410    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.07129E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.46649E-03
 GEN_NEUTRONS: image intensity neutrons:      98
 UNW_RT: number of residues:            2
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     627705 area fraction:  0.99570
 average correlation of connected component:   0.9200
 number of points for phase bootstrap:        7576
 bootstrap phase variance :                 0.0330
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  627705  area fraction:  0.9957
 UNW_RT: phase bootstrap points for next patch:       7592

 PATCH:  13   starting line:  1538    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.07862E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.53037E-03
 GEN_NEUTRONS: image intensity neutrons:     123
 UNW_RT: number of residues:            2
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     627831 area fraction:  0.99590
 average correlation of connected component:   0.9207
 number of points for phase bootstrap:        7592
 bootstrap phase variance :                 0.0330
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  627831  area fraction:  0.9959
 UNW_RT: phase bootstrap points for next patch:       7592

 PATCH:  14   starting line:  1666    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.14902E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.75643E-03
 GEN_NEUTRONS: image intensity neutrons:     157
 UNW_RT: number of residues:           79
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     621531 area fraction:  0.98591
 average correlation of connected component:   0.9197
 number of points for phase bootstrap:        7592
 bootstrap phase variance :                 0.0330
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  621531  area fraction:  0.9859
 UNW_RT: phase bootstrap points for next patch:       7360

 PATCH:  15   starting line:  1794    lines read:  256
 starting output line:   65   ending output line:  192
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    3     3     0.44933
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.20555E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.03501E-03
 GEN_NEUTRONS: image intensity neutrons:     230
 UNW_RT: number of residues:          386
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     599341 area fraction:  0.95071
 average correlation of connected component:   0.9136
 number of points for phase bootstrap:        7360
 bootstrap phase variance :                 0.0322
 bootstrap phase difference:              -12.5653
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  599341  area fraction:  0.9507
 UNW_RT: phase bootstrap points for next patch:       7269

 PATCH:  16   starting line:  1922    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    2     2     1.00000
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    3     2     0.67032
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.24168E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.26932E-03
 GEN_NEUTRONS: image intensity neutrons:     226
 UNW_RT: number of residues:          429
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     574956 area fraction:  0.91203
 average correlation of connected component:   0.9094
 number of points for phase bootstrap:        6914
 bootstrap phase variance :                 0.0305
 bootstrap phase difference:              -12.5654
 phase difference (multiples of 2PI):      -2.0000

 seed:  152  range:      2428  azimuth:        64
 points unwrapped:      17235 area fraction:  0.02734
 average correlation of connected component:   0.9005
 number of points for phase bootstrap:         355
 bootstrap phase variance :                -0.0003
 bootstrap phase difference:              -12.5664
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  592191  area fraction:  0.9394
 UNW_RT: phase bootstrap points for next patch:       7296

 PATCH:  17   starting line:  2050    lines read:  256
 starting output line:   65   ending output line:  192
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    2     2     1.00000
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.25759E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.28450E-03
 GEN_NEUTRONS: image intensity neutrons:     219
 UNW_RT: number of residues:          162
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     608661 area fraction:  0.96549
 average correlation of connected component:   0.9078
 number of points for phase bootstrap:        7296
 bootstrap phase variance :                 0.0320
 bootstrap phase difference:              -12.5653
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  608661  area fraction:  0.9655
 UNW_RT: phase bootstrap points for next patch:       7506

 PATCH:  18   starting line:  2178    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    1     0     0.13534
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    2     2     1.00000
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    4     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.39299E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.49754E-03
 GEN_NEUTRONS: image intensity neutrons:     201
 UNW_RT: number of residues:           56
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     620778 area fraction:  0.98471
 average correlation of connected component:   0.9012
 number of points for phase bootstrap:        7506
 bootstrap phase variance :                 0.0327
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  620778  area fraction:  0.9847
 UNW_RT: phase bootstrap points for next patch:       7533

 PATCH:  19   starting line:  2306    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    2     2     1.00000
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    4     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.46490E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.69629E-03
 GEN_NEUTRONS: image intensity neutrons:     154
 UNW_RT: number of residues:           56
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     619632 area fraction:  0.98289
 average correlation of connected component:   0.8970
 number of points for phase bootstrap:        7533
 bootstrap phase variance :                -0.0336
 bootstrap phase difference:              -18.8496
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  619632  area fraction:  0.9829
 UNW_RT: phase bootstrap points for next patch:       7471

 PATCH:  20   starting line:  2434    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    1     0     0.13534
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    4     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.47814E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.75407E-03
 GEN_NEUTRONS: image intensity neutrons:     150
 UNW_RT: number of residues:           88
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     615886 area fraction:  0.97695
 average correlation of connected component:   0.8965
 number of points for phase bootstrap:        7471
 bootstrap phase variance :                -0.0353
 bootstrap phase difference:              -18.8497
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  615886  area fraction:  0.9770
 UNW_RT: phase bootstrap points for next patch:       7417

 PATCH:  21   starting line:  2562    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     3     0.13534
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    1     0     0.13534
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    4     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.44329E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.85690E-03
 GEN_NEUTRONS: image intensity neutrons:     274
 UNW_RT: number of residues:           68
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     614521 area fraction:  0.97479
 average correlation of connected component:   0.8953
 number of points for phase bootstrap:        7417
 bootstrap phase variance :                -0.0367
 bootstrap phase difference:              -18.8497
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  614521  area fraction:  0.9748
 UNW_RT: phase bootstrap points for next patch:       7536

 PATCH:  22   starting line:  2690    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    1     0     0.13534
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    2     0     0.20190
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    3     0     0.13534
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    4     0     0.04076
    4     1     0.13534
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.52357E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.92613E-03
 GEN_NEUTRONS: image intensity neutrons:     231
 UNW_RT: number of residues:           36
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     612773 area fraction:  0.97201
 average correlation of connected component:   0.8946
 number of points for phase bootstrap:        7536
 bootstrap phase variance :                -0.0336
 bootstrap phase difference:              -18.8496
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  612773  area fraction:  0.9720
 UNW_RT: phase bootstrap points for next patch:       7350

 PATCH:  23   starting line:  2818    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.45041E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.76827E-03
 GEN_NEUTRONS: image intensity neutrons:     227
 UNW_RT: number of residues:          188
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     603342 area fraction:  0.95705
 average correlation of connected component:   0.8995
 number of points for phase bootstrap:        7350
 bootstrap phase variance :                -0.0386
 bootstrap phase difference:              -18.8498
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  603342  area fraction:  0.9571
 UNW_RT: phase bootstrap points for next patch:       7245

 PATCH:  24   starting line:  2946    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.42660E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.01742E-03
 GEN_NEUTRONS: image intensity neutrons:     225
 UNW_RT: number of residues:          676
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     318580 area fraction:  0.50535
 average correlation of connected component:   0.9237
 number of points for phase bootstrap:        3738
 bootstrap phase variance :                 0.0200
 bootstrap phase difference:              -18.8488
 phase difference (multiples of 2PI):      -3.0000

 seed:   82  range:      1308  azimuth:        64
 points unwrapped:     261516 area fraction:  0.41483
 average correlation of connected component:   0.8832
 number of points for phase bootstrap:        3507
 bootstrap phase variance :                -0.0048
 bootstrap phase difference:              -12.5664
 phase difference (multiples of 2PI):      -2.0000

 seed:  134  range:      2140  azimuth:        64
 points unwrapped:         12 area fraction:  0.00002
 average correlation of connected component:   0.5523
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  580096  area fraction:  0.9202
 UNW_RT: phase bootstrap points for next patch:       6987

 PATCH:  25   starting line:  3074    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    2     1     0.67032
    2     2     1.00000
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    3     4     0.13534
    4     0     0.04076
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.64228E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.21331E-03
 GEN_NEUTRONS: image intensity neutrons:     177
 UNW_RT: number of residues:          549
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     334500 area fraction:  0.53060
 average correlation of connected component:   0.9218
 number of points for phase bootstrap:        3962
 bootstrap phase variance :                -0.0064
 bootstrap phase difference:              -25.1328
 phase difference (multiples of 2PI):      -4.0000

 seed:   96  range:      1532  azimuth:        64
 points unwrapped:     249519 area fraction:  0.39580
 average correlation of connected component:   0.8800
 number of points for phase bootstrap:        3025
 bootstrap phase variance :                -0.0061
 bootstrap phase difference:              -12.5664
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  584019  area fraction:  0.9264
 UNW_RT: phase bootstrap points for next patch:       7348

 PATCH:  26   starting line:  3202    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
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    3     0     0.13534
    3     1     0.44933
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    4     0     0.04076
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    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.65479E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.66894E-03
 GEN_NEUTRONS: image intensity neutrons:     145
 UNW_RT: number of residues:           66
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     609614 area fraction:  0.96700
 average correlation of connected component:   0.9043
 number of points for phase bootstrap:        7348
 bootstrap phase variance :                 0.1287
 bootstrap phase difference:              -25.1305
 phase difference (multiples of 2PI):      -4.0000

 seed:   89  range:      1420  azimuth:        64
 points unwrapped:         16 area fraction:  0.00003
 average correlation of connected component:   0.5424
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  609614  area fraction:  0.9670
 UNW_RT: phase bootstrap points for next patch:       7575

 PATCH:  27   starting line:  3330    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
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    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
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    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.57538E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.05444E-03
 GEN_NEUTRONS: image intensity neutrons:      48
 UNW_RT: number of residues:           22
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     620606 area fraction:  0.98444
 average correlation of connected component:   0.9059
 number of points for phase bootstrap:        7575
 bootstrap phase variance :                 0.1319
 bootstrap phase difference:              -25.1304
 phase difference (multiples of 2PI):      -4.0000

 UNW_RT: points unwrapped:  620606  area fraction:  0.9844
 UNW_RT: phase bootstrap points for next patch:       7568

 PATCH:  28   starting line:  3458    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
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    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.78046E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.44385E-03
 GEN_NEUTRONS: image intensity neutrons:      15
 UNW_RT: number of residues:           36
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     620189 area fraction:  0.98378
 average correlation of connected component:   0.8971
 number of points for phase bootstrap:        7568
 bootstrap phase variance :                 0.1318
 bootstrap phase difference:              -25.1304
 phase difference (multiples of 2PI):      -4.0000

 UNW_RT: points unwrapped:  620189  area fraction:  0.9838
 UNW_RT: phase bootstrap points for next patch:       7562

 PATCH:  29   starting line:  3586    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
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    0     4     0.04076
    1     0     0.13534
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    2     0     0.20190
    2     1     0.67032
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    3     0     0.13534
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    3     4     0.13534
    4     0     0.04076
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.97321E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.01163E-03
 GEN_NEUTRONS: image intensity neutrons:      11
 UNW_RT: number of residues:          210
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     603686 area fraction:  0.95760
 average correlation of connected component:   0.8881
 number of points for phase bootstrap:        7562
 bootstrap phase variance :                 0.1317
 bootstrap phase difference:              -25.1304
 phase difference (multiples of 2PI):      -4.0000

 UNW_RT: points unwrapped:  603686  area fraction:  0.9576
 UNW_RT: phase bootstrap points for next patch:       7192

 PATCH:  30   starting line:  3714    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     4     0.04076
    1     0     0.13534
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    2     0     0.20190
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    4     0     0.04076
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.95779E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.18393E-03
 GEN_NEUTRONS: image intensity neutrons:      15
 UNW_RT: number of residues:          283
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     591123 area fraction:  0.93767
 average correlation of connected component:   0.8885
 number of points for phase bootstrap:        7192
 bootstrap phase variance :                 0.1264
 bootstrap phase difference:              -25.1307
 phase difference (multiples of 2PI):      -4.0000

 UNW_RT: points unwrapped:  591123  area fraction:  0.9377
 UNW_RT: phase bootstrap points for next patch:       7346

 PATCH:  31   starting line:  3842    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
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    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
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    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
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    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
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    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.80049E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.15684E-03
 GEN_NEUTRONS: image intensity neutrons:      17
 UNW_RT: number of residues:          782
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     577608 area fraction:  0.91623
 average correlation of connected component:   0.8888
 number of points for phase bootstrap:        7346
 bootstrap phase variance :                 0.1287
 bootstrap phase difference:              -25.1305
 phase difference (multiples of 2PI):      -4.0000

 UNW_RT: points unwrapped:  577608  area fraction:  0.9162
 UNW_RT: phase bootstrap points for next patch:       6711

 PATCH:  32   starting line:  3970    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
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    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
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    3     0     0.13534
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    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.16603E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.35071E-03
 GEN_NEUTRONS: image intensity neutrons:     147
 UNW_RT: number of residues:         1998
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     103441 area fraction:  0.16408
 average correlation of connected component:   0.8701
 number of points for phase bootstrap:        1366
 bootstrap phase variance :                -0.0140
 bootstrap phase difference:              -25.1328
 phase difference (multiples of 2PI):      -4.0000

 seed:   44  range:       700  azimuth:        64
 points unwrapped:     411905 area fraction:  0.65339
 average correlation of connected component:   0.8805
 number of points for phase bootstrap:        5345
 bootstrap phase variance :                -0.0256
 bootstrap phase difference:              -18.8497
 phase difference (multiples of 2PI):      -3.0000

 seed:  145  range:      2316  azimuth:        64
 points unwrapped:        127 area fraction:  0.00020
 average correlation of connected component:   0.7334
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:  146  range:      2332  azimuth:        64
 points unwrapped:          4 area fraction:  0.00001
 average correlation of connected component:   0.5345
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  515346  area fraction:  0.8175
 UNW_RT: phase bootstrap points for next patch:       5636

 PATCH:  33   starting line:  4098    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
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    1     3     0.44933
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    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
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    3     0     0.13534
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    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.53377E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.98336E-03
 GEN_NEUTRONS: image intensity neutrons:     323
 UNW_RT: number of residues:         2093
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:      89584 area fraction:  0.14210
 average correlation of connected component:   0.8512
 number of points for phase bootstrap:        1104
 bootstrap phase variance :                -0.0095
 bootstrap phase difference:              -25.1328
 phase difference (multiples of 2PI):      -4.0000

 seed:   28  range:       444  azimuth:        64
 points unwrapped:       1426 area fraction:  0.00226
 average correlation of connected component:   0.9006
 number of points for phase bootstrap:          31
 bootstrap phase variance :                 0.0001
 bootstrap phase difference:              -18.8496
 phase difference (multiples of 2PI):      -3.0000

 seed:   36  range:       572  azimuth:        64
 points unwrapped:        614 area fraction:  0.00097
 average correlation of connected component:   0.8132
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   37  range:       588  azimuth:        64
 points unwrapped:        165 area fraction:  0.00026
 average correlation of connected component:   0.6679
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   39  range:       620  azimuth:        64
 points unwrapped:        511 area fraction:  0.00081
 average correlation of connected component:   0.8636
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   58  range:       924  azimuth:        64
 points unwrapped:     390451 area fraction:  0.61935
 average correlation of connected component:   0.8772
 number of points for phase bootstrap:        4501
 bootstrap phase variance :                -0.0057
 bootstrap phase difference:              -18.8493
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  481461  area fraction:  0.7637
 UNW_RT: phase bootstrap points for next patch:       5927

 PATCH:  34   starting line:  4226    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
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    1     3     0.44933
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    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.75685E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.44162E-03
 GEN_NEUTRONS: image intensity neutrons:     355
 UNW_RT: number of residues:         1384
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:      83809 area fraction:  0.13294
 average correlation of connected component:   0.8370
 number of points for phase bootstrap:        1062
 bootstrap phase variance :                -0.0085
 bootstrap phase difference:              -25.1328
 phase difference (multiples of 2PI):      -4.0000

 seed:   14  range:       220  azimuth:        64
 points unwrapped:         44 area fraction:  0.00007
 average correlation of connected component:   0.6729
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   22  range:       348  azimuth:        64
 points unwrapped:         11 area fraction:  0.00002
 average correlation of connected component:   0.5739
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   35  range:       556  azimuth:        64
 points unwrapped:        265 area fraction:  0.00042
 average correlation of connected component:   0.6050
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   41  range:       652  azimuth:        64
 points unwrapped:     392636 area fraction:  0.62282
 average correlation of connected component:   0.8738
 number of points for phase bootstrap:        4864
 bootstrap phase variance :                -0.0151
 bootstrap phase difference:              -18.8495
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  476445  area fraction:  0.7558
 UNW_RT: phase bootstrap points for next patch:       5642

 PATCH:  35   starting line:  4354    lines read:  256
 starting output line:   65   ending output line:  192
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    0     2     0.20190
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    0     4     0.04076
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    1     4     0.13534
    2     0     0.20190
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    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.45618E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.62653E-03
 GEN_NEUTRONS: image intensity neutrons:     722
 UNW_RT: number of residues:         1351
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:      80035 area fraction:  0.12696
 average correlation of connected component:   0.8449
 number of points for phase bootstrap:         849
 bootstrap phase variance :                -0.0023
 bootstrap phase difference:              -25.1328
 phase difference (multiples of 2PI):      -4.0000

 seed:   14  range:       220  azimuth:        64
 points unwrapped:       1541 area fraction:  0.00244
 average correlation of connected component:   0.7597
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   16  range:       252  azimuth:        64
 points unwrapped:        105 area fraction:  0.00017
 average correlation of connected component:   0.6597
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   33  range:       524  azimuth:        64
 points unwrapped:         15 area fraction:  0.00002
 average correlation of connected component:   0.5572
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   34  range:       540  azimuth:        64
 points unwrapped:         17 area fraction:  0.00003
 average correlation of connected component:   0.5620
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   38  range:       604  azimuth:        64
 points unwrapped:       5240 area fraction:  0.00831
 average correlation of connected component:   0.8335
 number of points for phase bootstrap:         122
 bootstrap phase variance :                -0.0009
 bootstrap phase difference:              -18.8496
 phase difference (multiples of 2PI):      -3.0000

 seed:   48  range:       764  azimuth:        64
 points unwrapped:       1442 area fraction:  0.00229
 average correlation of connected component:   0.7296
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   58  range:       924  azimuth:        64
 points unwrapped:     396969 area fraction:  0.62969
 average correlation of connected component:   0.8720
 number of points for phase bootstrap:        4671
 bootstrap phase variance :                -0.0103
 bootstrap phase difference:              -18.8494
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  482244  area fraction:  0.7650
 UNW_RT: phase bootstrap points for next patch:       6174

 PATCH:  36   starting line:  4482    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.02334E-03
 GEN_NEUTRONS: image intensity standard deviation:  8.05094E-03
 GEN_NEUTRONS: image intensity neutrons:     821
 UNW_RT: number of residues:          941
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     107579 area fraction:  0.17065
 average correlation of connected component:   0.8321
 number of points for phase bootstrap:        1207
 bootstrap phase variance :                -0.0115
 bootstrap phase difference:              -25.1328
 phase difference (multiples of 2PI):      -4.0000

 seed:   40  range:       636  azimuth:        64
 points unwrapped:          6 area fraction:  0.00001
 average correlation of connected component:   0.6791
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   47  range:       748  azimuth:        64
 points unwrapped:         31 area fraction:  0.00005
 average correlation of connected component:   0.6872
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   55  range:       876  azimuth:        64
 points unwrapped:     407746 area fraction:  0.64679
 average correlation of connected component:   0.8728
 number of points for phase bootstrap:        4953
 bootstrap phase variance :                -0.0172
 bootstrap phase difference:              -18.8495
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  515325  area fraction:  0.8174
 UNW_RT: phase bootstrap points for next patch:       6377

 PATCH:  37   starting line:  4610    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.70996E-03
 GEN_NEUTRONS: image intensity standard deviation:  9.92455E-03
 GEN_NEUTRONS: image intensity neutrons:    1106
 UNW_RT: number of residues:          623
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     115651 area fraction:  0.18345
 average correlation of connected component:   0.8285
 number of points for phase bootstrap:        1421
 bootstrap phase variance :                -0.0148
 bootstrap phase difference:              -25.1328
 phase difference (multiples of 2PI):      -4.0000

 seed:   24  range:       380  azimuth:        64
 points unwrapped:         55 area fraction:  0.00009
 average correlation of connected component:   0.7003
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   26  range:       412  azimuth:        64
 points unwrapped:        519 area fraction:  0.00082
 average correlation of connected component:   0.7309
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   34  range:       540  azimuth:        64
 points unwrapped:         23 area fraction:  0.00004
 average correlation of connected component:   0.5805
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   46  range:       732  azimuth:        64
 points unwrapped:        397 area fraction:  0.00063
 average correlation of connected component:   0.6503
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   47  range:       748  azimuth:        64
 points unwrapped:         29 area fraction:  0.00005
 average correlation of connected component:   0.5305
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   52  range:       828  azimuth:        64
 points unwrapped:     411568 area fraction:  0.65285
 average correlation of connected component:   0.8744
 number of points for phase bootstrap:        4956
 bootstrap phase variance :                -0.0172
 bootstrap phase difference:              -18.8495
 phase difference (multiples of 2PI):      -3.0000

 seed:  149  range:      2380  azimuth:        64
 points unwrapped:         23 area fraction:  0.00004
 average correlation of connected component:   0.5669
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  527219  area fraction:  0.8363
 UNW_RT: phase bootstrap points for next patch:       6513

 PATCH:  38   starting line:  4738    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.17739E-03
 GEN_NEUTRONS: image intensity standard deviation:  9.09585E-03
 GEN_NEUTRONS: image intensity neutrons:    1124
 UNW_RT: number of residues:         1455
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     108765 area fraction:  0.17253
 average correlation of connected component:   0.8501
 number of points for phase bootstrap:        1510
 bootstrap phase variance :                -0.0158
 bootstrap phase difference:              -25.1328
 phase difference (multiples of 2PI):      -4.0000

 seed:   41  range:       652  azimuth:        64
 points unwrapped:       1248 area fraction:  0.00198
 average correlation of connected component:   0.7291
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   54  range:       860  azimuth:        64
 points unwrapped:     395038 area fraction:  0.62663
 average correlation of connected component:   0.8847
 number of points for phase bootstrap:        5003
 bootstrap phase variance :                -0.0183
 bootstrap phase difference:              -18.8495
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  503803  area fraction:  0.7992
 UNW_RT: phase bootstrap points for next patch:       5674

 PATCH:  39   starting line:  4866    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.88330E-03
 GEN_NEUTRONS: image intensity standard deviation:  7.92969E-03
 GEN_NEUTRONS: image intensity neutrons:    1023
 UNW_RT: number of residues:         3446
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     105301 area fraction:  0.16703
 average correlation of connected component:   0.8401
 number of points for phase bootstrap:        1093
 bootstrap phase variance :                 0.0024
 bootstrap phase difference:              -18.8496
 phase difference (multiples of 2PI):      -3.0000

 seed:    8  range:       124  azimuth:        64
 points unwrapped:         17 area fraction:  0.00003
 average correlation of connected component:   0.5514
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   26  range:       412  azimuth:        64
 points unwrapped:        340 area fraction:  0.00054
 average correlation of connected component:   0.7707
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   31  range:       492  azimuth:        64
 points unwrapped:         34 area fraction:  0.00005
 average correlation of connected component:   0.6832
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   32  range:       508  azimuth:        64
 points unwrapped:         95 area fraction:  0.00015
 average correlation of connected component:   0.6947
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   37  range:       588  azimuth:        64
 points unwrapped:         17 area fraction:  0.00003
 average correlation of connected component:   0.6957
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   40  range:       636  azimuth:        64
 points unwrapped:       2138 area fraction:  0.00339
 average correlation of connected component:   1.1037
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   61  range:       972  azimuth:        64
 points unwrapped:     362974 area fraction:  0.57577
 average correlation of connected component:   0.8914
 number of points for phase bootstrap:        4581
 bootstrap phase variance :                -0.0079
 bootstrap phase difference:              -18.8493
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  468275  area fraction:  0.7428
 UNW_RT: phase bootstrap points for next patch:       5530

 PATCH:  40   starting line:  4994    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.68703E-03
 GEN_NEUTRONS: image intensity standard deviation:  7.03913E-03
 GEN_NEUTRONS: image intensity neutrons:    1135
 UNW_RT: number of residues:         5382
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     116144 area fraction:  0.18423
 average correlation of connected component:   0.8396
 number of points for phase bootstrap:        1259
 bootstrap phase variance :                -0.0031
 bootstrap phase difference:              -12.5664
 phase difference (multiples of 2PI):      -2.0000

 seed:   32  range:       508  azimuth:        64
 points unwrapped:         96 area fraction:  0.00015
 average correlation of connected component:   0.7866
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   54  range:       860  azimuth:        64
 points unwrapped:        422 area fraction:  0.00067
 average correlation of connected component:   0.7533
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   69  range:      1100  azimuth:        64
 points unwrapped:     346403 area fraction:  0.54948
 average correlation of connected component:   0.8917
 number of points for phase bootstrap:        4271
 bootstrap phase variance :                 0.0002
 bootstrap phase difference:              -12.5664
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  462547  area fraction:  0.7337
 UNW_RT: phase bootstrap points for next patch:       5628

 PATCH:  41   starting line:  5122    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.24271E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.84917E-03
 GEN_NEUTRONS: image intensity neutrons:    1438
 UNW_RT: number of residues:         5566
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     127371 area fraction:  0.20204
 average correlation of connected component:   0.8767
 number of points for phase bootstrap:        1418
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   48  range:       764  azimuth:        64
 points unwrapped:          4 area fraction:  0.00001
 average correlation of connected component:   0.6227
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   72  range:      1148  azimuth:        64
 points unwrapped:     324721 area fraction:  0.51509
 average correlation of connected component:   0.9012
 number of points for phase bootstrap:        4210
 bootstrap phase variance :                -0.0002
 bootstrap phase difference:              -12.5664
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  452092  area fraction:  0.7171
 UNW_RT: phase bootstrap points for next patch:       5392

 PATCH:  42   starting line:  5250    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.51881E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.77512E-03
 GEN_NEUTRONS: image intensity neutrons:     739
 UNW_RT: number of residues:         3866
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     182005 area fraction:  0.28871
 average correlation of connected component:   0.8986
 number of points for phase bootstrap:        1623
 bootstrap phase variance :                -0.0043
 bootstrap phase difference:               12.5664
 phase difference (multiples of 2PI):       2.0000

 seed:   34  range:       540  azimuth:        64
 points unwrapped:         39 area fraction:  0.00006
 average correlation of connected component:   0.6268
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   57  range:       908  azimuth:        64
 points unwrapped:        453 area fraction:  0.00072
 average correlation of connected component:   0.9194
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   81  range:      1292  azimuth:        64
 points unwrapped:     311769 area fraction:  0.49454
 average correlation of connected component:   0.9071
 number of points for phase bootstrap:        3769
 bootstrap phase variance :                -0.0029
 bootstrap phase difference:              -12.5664
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  493774  area fraction:  0.7833
 UNW_RT: phase bootstrap points for next patch:       6522

 PATCH:  43   starting line:  5378    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             2.90276E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.60418E-03
 GEN_NEUTRONS: image intensity neutrons:     477
 UNW_RT: number of residues:         1549
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     568173 area fraction:  0.90127
 average correlation of connected component:   0.9001
 number of points for phase bootstrap:        6522
 bootstrap phase variance :                 0.0277
 bootstrap phase difference:               12.5656
 phase difference (multiples of 2PI):       2.0000

 UNW_RT: points unwrapped:  568173  area fraction:  0.9013
 UNW_RT: phase bootstrap points for next patch:       7125

 PATCH:  44   starting line:  5506    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.30768E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.60954E-03
 GEN_NEUTRONS: image intensity neutrons:    1153
 UNW_RT: number of residues:          506
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     600882 area fraction:  0.95315
 average correlation of connected component:   0.8952
 number of points for phase bootstrap:        7125
 bootstrap phase variance :                -0.0449
 bootstrap phase difference:               18.8499
 phase difference (multiples of 2PI):       3.0000

 UNW_RT: points unwrapped:  600882  area fraction:  0.9532
 UNW_RT: phase bootstrap points for next patch:       7340

 PATCH:  45   starting line:  5634    lines read:  256
 starting output line:   65   ending output line:  192
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    0     2     0.20190
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.80463E-03
 GEN_NEUTRONS: image intensity standard deviation:  8.41687E-03
 GEN_NEUTRONS: image intensity neutrons:     972
 UNW_RT: number of residues:          427
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     607091 area fraction:  0.96300
 average correlation of connected component:   0.8925
 number of points for phase bootstrap:        7272
 bootstrap phase variance :                 0.0080
 bootstrap phase difference:                6.2827
 phase difference (multiples of 2PI):       1.0000

 seed:    4  range:        60  azimuth:        64
 points unwrapped:          2 area fraction:  0.00000
 average correlation of connected component:   0.5164
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  607091  area fraction:  0.9630
 UNW_RT: phase bootstrap points for next patch:       7374

 PATCH:  46   starting line:  5762    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
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    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
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    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
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    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             4.01745E-03
 GEN_NEUTRONS: image intensity standard deviation:  8.25973E-03
 GEN_NEUTRONS: image intensity neutrons:     592
 UNW_RT: number of residues:          230
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     615819 area fraction:  0.97685
 average correlation of connected component:   0.8903
 number of points for phase bootstrap:        7374
 bootstrap phase variance :                 0.0323
 bootstrap phase difference:              -12.5653
 phase difference (multiples of 2PI):      -2.0000

 UNW_RT: points unwrapped:  615819  area fraction:  0.9768
 UNW_RT: phase bootstrap points for next patch:       7496

 PATCH:  47   starting line:  5890    lines read:  256
 starting output line:   65   ending output line:  192
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    4     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             4.05762E-03
 GEN_NEUTRONS: image intensity standard deviation:  8.06774E-03
 GEN_NEUTRONS: image intensity neutrons:     415
 UNW_RT: number of residues:           96
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     620778 area fraction:  0.98471
 average correlation of connected component:   0.8899
 number of points for phase bootstrap:        7496
 bootstrap phase variance :                 0.0327
 bootstrap phase difference:              -12.5652
 phase difference (multiples of 2PI):      -2.0000

 seed:   14  range:       220  azimuth:        64
 points unwrapped:     620778 area fraction:  0.98471
 average correlation of connected component:   0.0000
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  620778  area fraction:  0.9847
 UNW_RT: phase bootstrap points for next patch:       7552

 PATCH:  48   starting line:  6018    lines read:  256
 starting output line:   65   ending output line:  192
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    4     0     0.04076
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.98541E-03
 GEN_NEUTRONS: image intensity standard deviation:  7.45908E-03
 GEN_NEUTRONS: image intensity neutrons:     503
 UNW_RT: number of residues:           57
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     623880 area fraction:  0.98963
 average correlation of connected component:   0.8883
 number of points for phase bootstrap:        7552
 bootstrap phase variance :                -0.0331
 bootstrap phase difference:              -18.8496
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  623880  area fraction:  0.9896
 UNW_RT: phase bootstrap points for next patch:       7539

 PATCH:  49   starting line:  6146    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.98859E-03
 GEN_NEUTRONS: image intensity standard deviation:  7.88333E-03
 GEN_NEUTRONS: image intensity neutrons:     643
 UNW_RT: number of residues:           44
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     623475 area fraction:  0.98899
 average correlation of connected component:   0.8892
 number of points for phase bootstrap:        7539
 bootstrap phase variance :                -0.0335
 bootstrap phase difference:              -18.8496
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  623475  area fraction:  0.9890
 UNW_RT: phase bootstrap points for next patch:       7549

 PATCH:  50   starting line:  6274    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     2     0.20190
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             3.65155E-03
 GEN_NEUTRONS: image intensity standard deviation:  8.00963E-03
 GEN_NEUTRONS: image intensity neutrons:     766
 UNW_RT: number of residues:           80
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     601215 area fraction:  0.95368
 average correlation of connected component:   0.9096
 number of points for phase bootstrap:        7549
 bootstrap phase variance :                -0.0333
 bootstrap phase difference:              -18.8496
 phase difference (multiples of 2PI):      -3.0000

 UNW_RT: points unwrapped:  601215  area fraction:  0.9537
 UNW_RT: phase bootstrap points for next patch:       7387

 PATCH:  51   starting line:  6402    lines read:  215
 starting output line:   65   ending output line:  215
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   211
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.78393E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.93912E-03
 GEN_NEUTRONS: image intensity neutrons:     824
 UNW_RT: number of residues:           74
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:         17 area fraction:  0.00003
 average correlation of connected component:   1.3392
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:    2  range:        28  azimuth:        64
 points unwrapped:        153 area fraction:  0.00029
 average correlation of connected component:   3.1176
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:    6  range:        92  azimuth:        64
 points unwrapped:      21456 area fraction:  0.04078
 average correlation of connected component:   1.1019
 number of points for phase bootstrap:         779
 bootstrap phase variance :                -0.0001
 bootstrap phase difference:               -6.2832
 phase difference (multiples of 2PI):      -1.0000

 seed:   23  range:       364  azimuth:        64
 points unwrapped:     336870 area fraction:  0.64020
 average correlation of connected component:   0.9967
 number of points for phase bootstrap:        6566
 bootstrap phase variance :                 0.0071
 bootstrap phase difference:               -6.2828
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  358326  area fraction:  0.6810
 UNW_RT: phase bootstrap points for next patch:       3731

*** Normal Completion  ***

 enter I/P file name (unw_phase_mag)
 /mnt/air119/airops/1381/ts1381_c.unw_phase_mag              
 enter I/P file name for hdr (amp_file)
 /mnt/air119/airops/1381/ts1381_c.amp                        
 enter O/P file name for magitude file:
 /mnt/air119/airops/1381/ts1381_c.unw_vvvv                   
 enter O/P file name for phase file:
 /mnt/air119/airops/1381/ts1381_c.unw_intf                   
 Reading new header..STARTING at            0
 r_new_hdr
 r_param_hdr
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         6000             61440000             30740480
         6001             61450240             30740480
         6100             62464000             31252480
         6101             62474240             31252480
         6200             63488000             31764480
         6201             63498240             31764480
         6300             64512000             32276480
         6301             64522240             32276480
         6400             65536000             32788480
         6401             65546240             32788480
         6500             66560000             33300480
         6501             66570240             33300480
         6600             67584000             33812480
         6601             67594240             33812480
         6700             68608000             34324480
         6701             68618240             34324480
         6800             69632000             34836480
         6801             69642240             34836480
         6900             70656000             35348480
         6901             70666240             35348480
         7000             71680000             35860480
         7001             71690240             35860480
         7100             72704000             36372480
         7101             72714240             36372480
         7200             73728000             36884480
         7201             73738240             36884480
         7300             74752000             37396480
         7301             74762240             37396480
         7400             75776000             37908480
         7401             75786240             37908480
         7500             76800000             38420480
         7501             76810240             38420480
         7600             77824000             38932480
         7601             77834240             38932480
         7700             78848000             39444480
         7701             78858240             39444480
         7800             79872000             39956480
         7801             79882240             39956480
         7900             80896000             40468480
         7901             80906240             40468480
         8000             81920000             40980480
         8001             81930240             40980480
         8100             82944000             41492480
         8101             82954240             41492480
         8200             83968000             42004480
         8201             83978240             42004480
         8300             84992000             42516480
         8301             85002240             42516480
         8400             86016000             43028480
         8401             86026240             43028480
         8500             87040000             43540480
         8501             87050240             43540480
         8600             88064000             44052480
         8601             88074240             44052480
         8700             89088000             44564480
         8701             89098240             44564480
         8800             90112000             45076480
         8801             90122240             45076480
         8900             91136000             45588480
         8901             91146240             45588480
         9000             92160000             46100480
         9001             92170240             46100480
         9100             93184000             46612480
         9101             93194240             46612480
         9200             94208000             47124480
         9201             94218240             47124480
         9300             95232000             47636480
         9301             95242240             47636480
         9400             96256000             48148480
         9401             96266240             48148480
         9500             97280000             48660480
         9501             97290240             48660480
         9600             98304000             49172480
         9601             98314240             49172480
         9700             99328000             49684480
         9701             99338240             49684480
         9800            100352000             50196480
         9801            100362240             50196480
         9900            101376000             50708480
         9901            101386240             50708480
        10000            102400000             51220480
        10001            102410240             51220480
        10100            103424000             51732480
        10101            103434240             51732480
        10200            104448000             52244480
        10201            104458240             52244480
        10300            105472000             52756480
        10301            105482240             52756480
        10400            106496000             53268480
        10401            106506240             53268480
        10500            107520000             53780480
        10501            107530240             53780480
        10600            108544000             54292480
        10601            108554240             54292480
        10700            109568000             54804480
        10701            109578240             54804480
        10800            110592000             55316480
        10801            110602240             55316480
        10900            111616000             55828480
        10901            111626240             55828480
        11000            112640000             56340480
        11001            112650240             56340480
        11100            113664000             56852480
        11101            113674240             56852480
        11200            114688000             57364480
        11201            114698240             57364480
        11300            115712000             57876480
        11301            115722240             57876480
        11400            116736000             58388480
        11401            116746240             58388480
        11500            117760000             58900480
        11501            117770240             58900480
        11600            118784000             59412480
        11601            118794240             59412480
        11700            119808000             59924480
        11701            119818240             59924480
        11800            120832000             60436480
        11801            120842240             60436480
        11900            121856000             60948480
        11901            121866240             60948480
        12000            122880000             61460480
        12001            122890240             61460480
        12100            123904000             61972480
        12101            123914240             61972480
        12200            124928000             62484480
        12201            124938240             62484480
        12300            125952000             62996480
        12301            125962240             62996480
        12400            126976000             63508480
        12401            126986240             63508480
        12500            128000000             64020480
        12501            128010240             64020480
        12600            129024000             64532480
        12601            129034240             64532480
        12700            130048000             65044480
        12701            130058240             65044480
        12800            131072000             65556480
        12801            131082240             65556480
        12900            132096000             66068480
        12901            132106240             66068480
        13000            133120000             66580480
        13001            133130240             66580480
        13100            134144000             67092480
        13101            134154240             67092480
        13200            135168000             67604480
        13201            135178240             67604480
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****     Phase Screen Generation Program    ***** 
   *****                                        ***** 
   *****        This program calculates         ***** 
   *****            a phase screen              ***** 
   *****        using flat terrain area         ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the interferogram file.
  Enter the name of the raw lines file.
  Enter the name of the output averaged lines file.
  Enter the file with the global line
  Without the extension.
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.vh00c                        
  Number of lines in mocomp file:        60000
  Transmit leverarm:   1.889000       1.726800       1.912000    
  Receive levararm:    1.872000      0.6771000     -0.3541000    
  Enter the motion compensation file name.
  Enter the name of the angle file.
  Enter the name of the output phase screen file
  Is this pingpong (long baseline) data (def=y)? 
 Reading unwrapped phase
 Reading mask
 Ave phase (rad), standard dev:        11.00049       4.221719    
 Total number of pixels averaged:     30674172
 Phase Adjustment in cycles:         1.750782    
 Multi-looking lines        6616
 read lines.dat:           1                40960
 read lines.dat:        1001             92200960
 read lines.dat:        2001            184360960
 read lines.dat:        3001            276520960
 read lines.dat:        4001            368680960
 read lines.dat:        5001            460840960
 read lines.dat:        6001            553000960
 Cosine angle calculation
 Writing cos(angle) out.
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****         DEM Generation Program         ***** 
   *****                                        ***** 
   *****     This program creates DEM from      ***** 
   *****          unwrapped phase file.         ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the heoght  bias:
   0.0000000E+00
  Enter the phase  bias (# of 2pi) :
   0.0000000E+00
  Enter the name of the unwrapped phase file.
 ns np:        2560        6616
 ***del_cp del_hp:  0.0000000E+00  0.0000000E+00
  Enter the name of the raw lines file.
  Enter the file with the global line
  Please enter the name of the sensor file.
  sensor file:/mnt/air118/airops/1381/sensor.vh00c                        
  Transmit leverarm:   1.889000       1.726800       1.912000    
  Receive levararm:    1.872000      0.6771000     -0.3541000    
 1st &total # lines:           1       60000
  How many transmitting antennas for this combination?
  ping - pong mode long baseline = 2; 1 otherwise.
  Enter the phase screen filename.
  Enter the name of the peg point file.
  Enter the motion compensation file name.
 xv0,h_p c s xv:           1   7499.064       7499.069      -13.84263    
    215.9219      5.3628297E-03
 1)xr yr zr:   1.908290      0.5784537     -0.3347467    
 xv0 ,h_p c s xv:         100   7499.064       7499.063      -13.84695    
    215.9219     -8.1388123E-04
 100)xr yr zr:   1.908381      0.5782577     -0.3345668      -14976.93    
   -22.70430       7499.063    
  Enter the interf. calibration file name.
 HDDT:  104
 ==xv0 h_a==   7499.064       6899.100       599.9639    
 ==r0 bw wavl dx dr==   7952.370       40.00000      5.6699999E-02
   0.5100000       3.331000    
 ==phbt phtp calf==band  -144.1000      -108.1000       43.59380    C
   5.6699999E-02   40.00000    
 C-band 2
            3
 blocks , lines:          11           5
 hddt ash cln cph0:         104   1.101000      0.0000000E+00   61.76000    
 ==ph0 cal-dph cph0:   97.76001      -36.00001       61.76000    
  Enter the name of the DEM file.
  Enter the name of the s,c file.
 CP write NewHead:                    0        1000
 CP write ParHead:                10240        5000
  Ambiguity number =   0.0000000E+00
  Do I use this (y/n)
  Enter the ambiguity to use.
  Enter the flag for calibration output yes=1:
            0
 Reading unwrapped phase        6616           3
 Reading mask
 Reading  line files
 Translating the phases to height.
 ==look_agl==:           1        1840  0.5217265    
 xv ha cos(p): -5.6951895E-02  0.7949915      0.9999148    
 xv0 maphgt rf:   7499.064       599.9639       7957.807    
 **Bliine(100) dy dz:**   1.064787       2.258716    
 plane sch  0.0000000E+00  0.0000000E+00  0.0000000E+00
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
  Along-track offset =   -14219.96    
 Writing map out.
 cal_cp lines:        2560        6616       30720
 file cal_cp.dat:        2560        6616       30720
  ********************************************************
  *****                                              *****
  *****         Integrated AIRSAR Processor          *****
  *****                                              *****
  *****      Scattering area and Incidence Angle     *****
  *****                 Calculations                 *****
  *****                                              *****
  *****  This program usdes the DEM to calculate the *****
  *****  size of the scattering area to be used in   *****
  *****  data calibration.  It also calculates the   *****
  *****  local incidence angle for each pixel.       *****
  *****                                              *****
  ********************************************************


  Enter the name of the dem input file.
  Enter the name of the correlation file.
  What is the lowest correlation to use?
  Enter the name of the scattering area file.
  Enter the name of the incidence angle file.
  Enter the global reference line filename
  headers_sgi:           3        5000                10240
                 10240
  headers_sgi:           3        5000                10240
                  2560
  Reading height information
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Calculating slopes...
  Range direction..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
  Azimuth direction..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Incidence angle and scattering area..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
  Filtering the results.
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
  Writing files out.
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 ANTENNA_DIR:/u/sartor0/airops/OPS/data_proc/                  
   **************************************************** 
   *****                                          ***** 
   *****        Integrated AIRSAR Processor       ***** 
   *****                                          ***** 
   *****  Single Channel Radiometric Correction   ***** 
   *****                                          ***** 
   *****  This program performs the radiometric   ***** 
   *****  correction on single channel data.  It  ***** 
   *****  is intended to replace the old synoptic ***** 
   *****  data.  When topography is available,    ***** 
   *****  it is used when corrections are         ***** 
   *****  performed.                              ***** 
   *****                                          ***** 
   **************************************************** 

 Enter the name of the input file.
 intf lun:           3
 inunitvvvv lun:           3
  Enter the name of output file.
 Select the polarization combination:

   (1) HH 
   (2) HV 
   (3) VH 
   (4) VV 
 Is this TOPSAR data?
 parhead(296:300):  104
 HDDT:         104
  Enter the name of the calibration file.
 attenuation:   11.00000       11.00000       11.00000       11.00000    
 +base diff: -0.8500000      0.0000000E+00 -0.8500000      0.0000000E+00
 C-band dhh dhv dhh_l dcal_l:   88.31000       96.80000       139.6400    
    89.40000    
 topsar C-band: gain caltone:   88.31000       96.80000      -196.1100    
 ipol ahh,ahv,avh,AVV:           4  -11.85000      -11.00000      -11.85000    
   -196.1100    
 C-band ANT:
 /u/sartor0/airops/OPS/data_proc/TOPSAR_C.ANT                                    
  Enter the name of the motion compensation file.
 motion lun:           5
  How many lines of raw data?
 cal vv gain, rosa cal:   97.50000      -196.1100    
  Input ground spacing ?
  cross-track ground spacing:   5.000000    
  Radiometric Correction Vectors file:
 /mnt/air119/airops/1381/ts1381_c.rad_vec                                        
 vec_len Rn ha y0out dyout:       17608   16476.40       6899.100    
    3955.074       5.000000       3.331000    
 NSAMP vec_len rg_len nbytes:        2560        2201       17608
  Enter the file with the data lines per pixel.
 lines lun:           6
  Is there a DEM available?
  Enter the name of the DEM file.
 dem lun:           7
  Byte offset to DEM data:            0       20480
  Enter the name of the global reference file
  Enter the scattering area file name.
 sca lun:           8
  Now doing the actual calibration
          250        6616
          500        6616
          750        6616
         1000        6616
         1250        6616
         1500        6616
         1750        6616
         2000        6616
         2250        6616
         2500        6616
         2750        6616
         3000        6616
         3250        6616
         3500        6616
         3750        6616
         4000        6616
         4250        6616
         4500        6616
         4750        6616
         5000        6616
         5250        6616
         5500        6616
         5750        6616
         6000        6616
         6250        6616
         6500        6616
 peg points:    63.71950      -144.6855       90.70913       63.71950    
   -144.6855       90.70913    
GERSTLERIVER90-1 
NAME OF HEADER                           PARAMETER
SITE NAME                         GerstleRiver90-1
LATITUDE OF SITE (DEGREES)                 63.8000
LONGITUDE OF SITE (DEGREES)              -144.7667
IMAGE TITLE                       GERSTLERIVER90-1
HDDT ID                                        104
FREQUENCY                                        C
POLARIZATION                                    VV
CCT TYPE                                        TS
CCT ID                                        1381
ARCHIVAL FLAG                                    0
TRANSFER START FRAMECOUNT                 11615554
PROCESSOR START FRAMECOUNT                11615554
LATITUDE AT START OF SCENE (DEGREES)       63.7560
LONGITUDE AT START OF SCENE (DEGREES)    -144.9816
LATITUDE AT END OF SCENE (DEGREES)         63.7561
LONGITUDE AT END OF SCENE (DEGREES)      -144.0585
APPROXIMATE STARTING HDDT FOOTAGE            71669
DATE OF ACQUISITION (GMT)                22-OCT-00
TIME OF ACQUISITION: GMT DAY                   296
TIME OF ACQUISITION: SECONDS IN DAY        75762.0
RECORD WINDOW DURATION (MICROSECONDS)           65
FREQUENCIES COLLECTED                          PLC
DIGITAL DELAY (MICROSECONDS)                  85.0
CHIRP DELAY (MICROSECONDS)                    32.5
PROCESSOR DELAY (RAW SAMPLES)                    0
PRF AT START OF TRANSFER (HZ)                839.1
SAMPLING RATE (MHZ)                          90.00
CENTER FREQUENCY AT VIDEO (MHZ)              22.50
CHIRP BANDWIDTH (MHZ)                        40.00
TYPE OF CHIRP USED (ANALOG OR DIGITAL)     DIGITAL
PULSE LENGTH (MICROSECONDS)                  10.00
PROCESSOR WAVELENGTH (METERS)              0.05670
BAROMETRIC ALTITUDE (METERS)                7923.1
RADAR ALTITUDE (METERS)                     6899.1
ALTITUDE USED IN PROCESSOR (METERS)         6899.1
ELEVATION OF INVESTIGATOR SITE (METERS)        600
AIRCRAFT TRACK ANGLE (DEGREES)                91.0
AIRCRAFT YAW ANGLE (DEGREES)                   2.9
AIRCRAFT PITCH ANGLE (DEGREES)                 0.7
AIRCRAFT ROLL ANGLE (DEGREES)                 -0.4
PROCESSOR YAW ANGLE USED (DEGREES)        VARIABLE
PROCESSOR PITCH ANGLE USED (DEGREES)      VARIABLE
PROCESSOR ROLL ANGLE USED (DEGREES)       VARIABLE
NOMINAL PRF RATIO (HZ/KNOT)                  1.000
NOMINAL PRF RATIO (1/METERS)                 1.944
PRF RATIO CORRECTION FACTOR USED            1.0000
RANGE FFT SIZE                                8192
AZIMUTH FFT SIZE                              4096
FRAME SIZE (RANGE LINES)                      2208
NUMBER OF FRAMES PROCESSED                      38
RANGE ALIGNMENT DELAY USED,HH (MICROSEC)    0.0000
RANGE ALIGNMENT DELAY USED,HV (MICROSEC)    0.0000
RANGE ALIGNMENT DELAY USED,VH (MICROSEC)    0.0000
RANGE ALIGNMENT DELAY USED,VV (MICROSEC)    0.0000
NEAR SLANT RANGE (METERS)                  7952.37
FAR SLANT RANGE (METERS)                  16476.47
NEAR LOOK ANGLE (DEGREES)                     29.8
FAR LOOK ANGLE (DEGEES)                       65.2
NUMBER OF LOOKS PROCESSED IN AZIMUTH             9
NUMBER OF LOOKS PROCESSED IN RANGE               1
RANGE WEIGHTING USED                          COS2
RANGE WEIGHTING COEFFICIENT                  0.100
AZIMUTH WEIGHTING USED                        NONE
AZIMUTH WEIGHTING COEFFICIENT                1.000
PERCENT OF PRF BANDWIDTH PROCESSED            42.9
DESKEW FLAG (1=DESKEWED, 2=NOT DESKEWED)         1
SLANT RANGE SAMPLE SPACING (METERS)         3.3300
NOMINAL SLANT RANGE RESOLUTION (METERS)        5.5
AZIMUTH SAMPLE SPACING (METERS)             0.5100
NOMINAL AZIMUTH RESOLUTION (METERS)           10.8
NUMBER OF INTERPOLATION PNTS USED IN RMC         8
AZIMUTH REFERENCE SIZE/LOOK, NEAR RANGE   VARIABLE
AZIMUTH REFERENCE SIZE/LOOK, FAR RANGE    VARIABLE
IMAGE CENTER LATITUDE (DEGREES)            63.7944
IMAGE CENTER LONGITUDE (DEGREES)         -144.5152
CALTONE VIDEO FREQUENCY                    43.5938
CALTONE POWER MEASURED, DB, HH                97.0
CALTONE POWER MEASURED, DB, HV                97.5
CALTONE POWER MEASURED, DB, VH                97.0
CALTONE POWER MEASURED, DB, VV                97.5
CALIBRATION FACTOR APPLIED, DB, HH               0
CALIBRATION FACTOR APPLIED, DB, HV               0
CALIBRATION FACTOR APPLIED, DB, VH               0
CALIBRATION FACTOR APPLIED, DB, VV             -99
MEASURED AND CORRECTED HV/VH POWER RATIO     0.000
MEASURED AND CORRECTED HV/VH PHASE (DEG)       0.0
CALTONE PHASE MEASURED, DEG, HH             -144.1
CALTONE PHASE MEASURED, DEG, HV             -108.1
CALTONE PHASE MEASURED, DEG, VH             -144.4
CALTONE PHASE MEASURED, DEG, VV             -108.1
GENERAL SCALE FACTOR                           0.0
GPS ALTITUDE, M                             7477.6
LATITUDE OF PEG POINT                   63.7195015
LONGITUDE OF PEG POINT                -144.6854858
HEADING AT PEG POINT                    90.7091293
P-BAND RFI FILTER APPLIED FLAG                  NO
P-BAND RFI FILTER ALGORITHM                       
ALONG-TRACK OFFSET S0  (M)                    0.00
CROSS-TRACK OFFSET C0  (M)                    0.00
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting real*4 data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 proj4 nsampr        2201   15280.57       6899.100       3955.074    
    5.000000       7952.370    
  # header output no1 no2 no3:            3           1           1           1
  Byte offset to cali header out:             0
  Byte offset to calheader in:             0
  Byte offset to dem header        17608
  Byte offset to first data line:            26412
  Peg point parameters:
    63.71950      -144.6855       90.70913    
  
  Offset Parameters:
     s0 (m) =   -14220.00    
     c0 (m) =    3955.074    

 Reading data.       10240        2201        6616
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Resampling the data:  one pass (DEM version).
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Normalizing feathers
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
+ 6656
+ 6912
+ 7168
+ 7424
+ 7680
+ 7936
+ 8192
+ 8448
+ 8704
+ 8960
+ 9216
+ 9472
+ 9728
+ 9984
+10240
+10496
+10752
+11008
+11264
+11520
+11776
+12032
+12288
+12544
+12800
+13056
+13312
+13568
+13824
+14080
+14336
+14592
+14848
+15104
+15360
  Filling in 1 and 2 pixel holes.
   Number of pixels without data =               1409005
         2201         6125   -10000.00    
    Number of holes filled by WAYNE (real*4) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting real*4 data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6899.100       3955.074    
    5.000000    
  # header output no1 no2 no3:            2           1           1           0
  Byte offset to cali header out:             0
  Byte offset to calheader in:             0
  Byte offset to dem header            0
  Byte offset to first data line:            17608
 Reading data.       10240        2201        6616
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Near Range =    3955.074    
  Resampling the data:  first pass.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Resampling the data:  second pass.        2560        6616
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Normalizing feathers
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
+ 6656
+ 6912
+ 7168
+ 7424
+ 7680
+ 7936
+ 8192
+ 8448
+ 8704
+ 8960
+ 9216
+ 9472
+ 9728
+ 9984
+10240
+10496
+10752
+11008
+11264
+11520
+11776
+12032
+12288
+12544
+12800
+13056
+13312
+13568
+13824
+14080
+14336
+14592
+14848
+15104
+15360
  Filling in 1 and 2 pixel holes.
   Number of pixels without data =               1388675
         2201         6125   0.0000000E+00
    Number of holes filled by WAYNE (real*4) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting real*4 data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6899.100       3955.074    
    5.000000    
  # header output no1 no2 no3:            5           1           1           3
  Byte offset to cali header out:         17608
  Byte offset to calheader in:         20480
  Byte offset to dem header            0
  Byte offset to first data line:            44020
  headers_sgi:           3       17608                30720
                 26412
 projcr4 cal vector VV:ireclenr,nsampr,nbytes,calvecr
 VV cal vector:        8804        2201       17608       26412
 Reading data.       10240        2201        6616
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Near Range =    3955.074    
  Resampling the data:  first pass.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Resampling the data:  second pass.        2560        6616
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Normalizing feathers
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
+ 6656
+ 6912
+ 7168
+ 7424
+ 7680
+ 7936
+ 8192
+ 8448
+ 8704
+ 8960
+ 9216
+ 9472
+ 9728
+ 9984
+10240
+10496
+10752
+11008
+11264
+11520
+11776
+12032
+12288
+12544
+12800
+13056
+13312
+13568
+13824
+14080
+14336
+14592
+14848
+15104
+15360
  Filling in 1 and 2 pixel holes.
   Number of pixels without data =               1388675
         2201         6125   0.0000000E+00
    Number of holes filled by WAYNE (real*4) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting BYTE data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6899.100       3955.074    
    5.000000    
  Number of header no123:            4           1           3           0
  Byte offset to calibration header:             0
  Byte offset to dem header:                     0
  Byte offset to first data line:             8804
 Reading data.        2560        2201        6616
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Near Range =    3955.074    
  Resampling the data:  first pass.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Resampling the data:  second pass--fill only.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
    Number of holes filled by WAYNE (byte) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting BYTE data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6899.100       3955.074    
    5.000000    
  Number of header no123:            4           1           3           0
  Byte offset to calibration header:             0
  Byte offset to dem header:                     0
  Byte offset to first data line:             8804
 Reading data.        2560        2201        6616
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Near Range =    3955.074    
  Resampling the data:  first pass.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Resampling the data:  second pass--fill only.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
    Number of holes filled by WAYNE (byte) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
  frequency that is currently being worked on 
  Enter filename (c band demgr): 
  Enter  filename (l band demgr): 
  Enter filename (c band vvgr): 
  Enter  filename (l band vvgr): 
  Enter filename (c band incgr): 
  Enter  filename (l band incgr): 
  Enter filename (c band corgr): 
  Enter  filename (l band corgr): 
 working on c band now
 working on dem
 load values from dem & update param header
 working on vv
 load values update param header only from passing in parameters
 working on inc
 load values update param header only from passing in parameters
 working on cor
 load values update param header only from passing in parameters
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           DEM Format Program           ***** 
   *****                                        ***** 
   *****  This program outputs heights in       ***** 
   *****  16 bit numbers.                       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the file to be formatted.
 ibytesdemheadin:       17608
  Reading the data ..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
  Enter the output file name.
 ibytesdemheadin:       17608
  Finding the maximum and minimum heights..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
  Minimum, Maximum heights:   220.4649       780.9518    
  Suggest we use   3.4209408E-02 as increment.
  Do you agree?
  Changing to INTEGER*2 format...
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           CVV Format Program           ***** 
   *****                                        ***** 
   *****  This program outputs C-band RCS in    ***** 
   *****  16 bit numbers.                       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the file to be formatted.
 ns np offset:        2201        6125       44020
 ns np offset:        2201        6125       44020
 ibytesvectorin nvector:       26412       17608
  Reading the data ..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
  Finding the average RCS..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
  Average RCS (dB) =   -23.86225    
  Enter the output file name.
 cal offset:       13206           1           2
 data offset:       35216           1           2           1           4
        17608
  Changing to INTEGER*2 format...
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
 ***  Convert real*4 to Byte image  ***
  
 Enter data file to be converted:  /mnt/air119/airops/1381/ts1381_c.vvgr                                           
 channel=           3
  Reading the header.
  New header present.
  Record length =         8804
  Number of samples per line =         2201
  Number of lines in image =         6125
  Offset to data =        44020
  Status =            0
  New header is OK
 nsamp,nlines,ioff        2201        6125       44020
 Enter data file for saving byte output:            33  9.1907240E-02  0.0000000E+00
           65  0.1326808      0.0000000E+00
           97  0.1954462      0.0000000E+00
          129  0.1954462      0.0000000E+00
          161  0.1954462      0.0000000E+00
          193  0.1954462      0.0000000E+00
          225  0.1954462      0.0000000E+00
          257  0.1954462      0.0000000E+00
          289  0.1975100      0.0000000E+00
          321  0.1975100      0.0000000E+00
          353  0.1975100      0.0000000E+00
          385  0.1975100      0.0000000E+00
          417  0.2307060      0.0000000E+00
          449  0.2352782      0.0000000E+00
          481  0.2352782      0.0000000E+00
          513  0.2527341      0.0000000E+00
          545  0.2913575      0.0000000E+00
          577  0.2913575      0.0000000E+00
          609  0.2913575      0.0000000E+00
          641  0.4050623      0.0000000E+00
          673  0.4050623      0.0000000E+00
          705  0.4050623      0.0000000E+00
          737  0.4050623      0.0000000E+00
          769  0.4050623      0.0000000E+00
          801  0.4050623      0.0000000E+00
          833  0.4050623      0.0000000E+00
          865  0.4050623      0.0000000E+00
          897  0.4050623      0.0000000E+00
          929  0.4050623      0.0000000E+00
          961  0.4050623      0.0000000E+00
          993  0.4050623      0.0000000E+00
         1025  0.4050623      0.0000000E+00
         1057  0.4050623      0.0000000E+00
         1089  0.4050623      0.0000000E+00
         1121  0.4050623      0.0000000E+00
         1153  0.4050623      0.0000000E+00
         1185  0.4050623      0.0000000E+00
         1217  0.4050623      0.0000000E+00
         1249  0.4050623      0.0000000E+00
         1281  0.4050623      0.0000000E+00
         1313  0.4050623      0.0000000E+00
         1345  0.4050623      0.0000000E+00
         1377  0.4050623      0.0000000E+00
         1409  0.4050623      0.0000000E+00
         1441  0.4050623      0.0000000E+00
         1473  0.4050623      0.0000000E+00
         1505  0.4050623      0.0000000E+00
         1537  0.4050623      0.0000000E+00
         1569  0.4050623      0.0000000E+00
         1601  0.4050623      0.0000000E+00
         1633  0.4050623      0.0000000E+00
         1665  0.4050623      0.0000000E+00
         1697  0.4050623      0.0000000E+00
         1729  0.4050623      0.0000000E+00
         1761  0.4050623      0.0000000E+00
         1793  0.4050623      0.0000000E+00
         1825  0.4050623      0.0000000E+00
         1857  0.4050623      0.0000000E+00
         1889  0.4050623      0.0000000E+00
         1921  0.4277135      0.0000000E+00
         1953  0.4277135      0.0000000E+00
         1985  0.4277135      0.0000000E+00
         2017  0.4277135      0.0000000E+00
         2049  0.4277135      0.0000000E+00
         2081  0.4277135      0.0000000E+00
         2113  0.4277135      0.0000000E+00
         2145  0.4277135      0.0000000E+00
         2177  0.4277135      0.0000000E+00
         2209  0.4277135      0.0000000E+00
         2241  0.4277135      0.0000000E+00
         2273  0.4277135      0.0000000E+00
         2305  0.4277135      0.0000000E+00
         2337  0.4277135      0.0000000E+00
         2369  0.4277135      0.0000000E+00
         2401  0.4277135      0.0000000E+00
         2433  0.4277135      0.0000000E+00
         2465  0.4277135      0.0000000E+00
         2497  0.4277135      0.0000000E+00
         2529  0.4277135      0.0000000E+00
         2561  0.4277135      0.0000000E+00
         2593  0.4277135      0.0000000E+00
         2625  0.4277135      0.0000000E+00
         2657  0.4277135      0.0000000E+00
         2689  0.4277135      0.0000000E+00
         2721  0.4277135      0.0000000E+00
         2753  0.4277135      0.0000000E+00
         2785  0.4277135      0.0000000E+00
         2817  0.4277135      0.0000000E+00
         2849  0.4277135      0.0000000E+00
         2881  0.4277135      0.0000000E+00
         2913  0.4277135      0.0000000E+00
         2945  0.4277135      0.0000000E+00
         2977  0.4277135      0.0000000E+00
         3009  0.4277135      0.0000000E+00
         3041  0.4277135      0.0000000E+00
         3073  0.4277135      0.0000000E+00
         3105  0.4277135      0.0000000E+00
         3137  0.4277135      0.0000000E+00
         3169  0.4277135      0.0000000E+00
         3201  0.4277135      0.0000000E+00
         3233  0.4277135      0.0000000E+00
         3265  0.4277135      0.0000000E+00
         3297  0.4277135      0.0000000E+00
         3329  0.4277135      0.0000000E+00
         3361  0.4277135      0.0000000E+00
         3393  0.4277135      0.0000000E+00
         3425  0.4277135      0.0000000E+00
         3457  0.4277135      0.0000000E+00
         3489  0.4277135      0.0000000E+00
         3521  0.4277135      0.0000000E+00
         3553  0.4277135      0.0000000E+00
         3585  0.4277135      0.0000000E+00
         3617  0.4277135      0.0000000E+00
         3649  0.4277135      0.0000000E+00
         3681  0.4277135      0.0000000E+00
         3713  0.4277135      0.0000000E+00
         3745  0.4277135      0.0000000E+00
         3777  0.4277135      0.0000000E+00
         3809  0.4277135      0.0000000E+00
         3841  0.4277135      0.0000000E+00
         3873  0.4277135      0.0000000E+00
         3905  0.4277135      0.0000000E+00
         3937  0.4277135      0.0000000E+00
         3969  0.4277135      0.0000000E+00
         4001  0.4277135      0.0000000E+00
         4033  0.4277135      0.0000000E+00
         4065  0.4277135      0.0000000E+00
         4097  0.4277135      0.0000000E+00
         4129  0.4277135      0.0000000E+00
         4161  0.4277135      0.0000000E+00
         4193  0.4277135      0.0000000E+00
         4225  0.4277135      0.0000000E+00
         4257  0.4277135      0.0000000E+00
         4289  0.4277135      0.0000000E+00
         4321  0.4277135      0.0000000E+00
         4353  0.4277135      0.0000000E+00
         4385  0.4277135      0.0000000E+00
         4417  0.4277135      0.0000000E+00
         4449  0.4277135      0.0000000E+00
         4481  0.4277135      0.0000000E+00
         4513  0.4277135      0.0000000E+00
         4545  0.4277135      0.0000000E+00
         4577  0.4277135      0.0000000E+00
         4609  0.4277135      0.0000000E+00
         4641  0.4277135      0.0000000E+00
         4673  0.4277135      0.0000000E+00
         4705  0.4277135      0.0000000E+00
         4737  0.4277135      0.0000000E+00
         4769  0.4277135      0.0000000E+00
         4801  0.4277135      0.0000000E+00
         4833  0.4277135      0.0000000E+00
         4865  0.4277135      0.0000000E+00
         4897  0.4277135      0.0000000E+00
         4929  0.4277135      0.0000000E+00
         4961  0.4277135      0.0000000E+00
         4993  0.4277135      0.0000000E+00
         5025  0.4277135      0.0000000E+00
         5057  0.4277135      0.0000000E+00
         5089  0.4277135      0.0000000E+00
         5121  0.4277135      0.0000000E+00
         5153  0.4277135      0.0000000E+00
         5185  0.4277135      0.0000000E+00
         5217  0.4277135      0.0000000E+00
         5249  0.4277135      0.0000000E+00
         5281  0.4277135      0.0000000E+00
         5313  0.4277135      0.0000000E+00
         5345  0.4277135      0.0000000E+00
         5377  0.4277135      0.0000000E+00
         5409  0.4277135      0.0000000E+00
         5441  0.4277135      0.0000000E+00
         5473  0.4277135      0.0000000E+00
         5505  0.4277135      0.0000000E+00
         5537  0.4277135      0.0000000E+00
         5569  0.4277135      0.0000000E+00
         5601  0.4277135      0.0000000E+00
         5633  0.4277135      0.0000000E+00
         5665  0.4277135      0.0000000E+00
         5697  0.4277135      0.0000000E+00
         5729  0.4277135      0.0000000E+00
         5761  0.4277135      0.0000000E+00
         5793  0.4277135      0.0000000E+00
         5825  0.4277135      0.0000000E+00
         5857  0.4277135      0.0000000E+00
         5889  0.4277135      0.0000000E+00
         5921  0.4277135      0.0000000E+00
         5953  0.4277135      0.0000000E+00
         5985  0.4277135      0.0000000E+00
         6017  0.4277135      0.0000000E+00
         6049  0.4277135      0.0000000E+00
         6081  0.4277135      0.0000000E+00
         6113  0.4277135      0.0000000E+00
  Min, Max r_scale =   0.0000000E+00  0.4277135      0.5000000    
 Do you want to change these variables? yes=1
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 done
Tue Apr 16 00:13:28 PDT 2002
Tue Apr 16 00:13:28 PDT 2002

 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay: -0.5025000    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/l.hdr                                                   
  Which frequency? (C,L or P) 
 frq:L
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:        6144
 total # of lines transferred: 
 total lines:       60000
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_l.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   22.50000    
 alt used in processor:   600.0000    
 idelay,chrp_delay,xdelay          85   32.45000     -0.5025000    
 near range delr windelay:   7952.369       3.331027               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   40.00000       43.59375    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   7952.370798972740      3.2450000000000003E-05
  
 >> start range =  7952.3708
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    7952.370798972740               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
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 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76302       93.57056       98.00354     0.1330836      0
 trc             90.63856       90.43887       91.06374     0.1515085      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70709      -50.19653        0.85693     0.1615192      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20225194    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323688      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chhReading from stdin
_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/l.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117246
 gmt sec s e =    25520562.43200000       25520702.00007160    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596515814679627    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596515844085435    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_l.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 5.2892609708467633E-04
 Standard deviation of difference =   9.6251765806763822E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3955.138143396356    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage

 If a POLTOP mode then...:
 .mocomp  -> .mocomph & .mocompv
 .mocomph -> .mocomphU & .mocompvU
 .mocompv -> .mocomphL & .mocompvL
 Enter the name of the motion compensation file.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
 Name of the H-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_l.mocomph                    
 Name of the V-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_l.mocompv                   
 How many lines per polarization?
        60000
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001

  *********************************************
  *                                           *
  *         AIRSAR INTEGRATED PROCESSOR       *
  *                                           *
  *              CALTONE ESTIMATOR            *
  *                                           *
  *  This program estimates the CALTONE amp-  *
  *  litude and phase and writes the result   *
  *  into the parameter header.               *
  *                                           *
  *********************************************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LHH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_l.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/l_hh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_l_hh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_l_hh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_l_hh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_l_hh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (13.40051,0.0000000E+00) (44.66837,0.0000000E+00)
 (-13.40051,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.7089184E+08
 plot_x:         936
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   86.75402    Power RMS:  3.1250000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   21761.98    Amp.  RMS:   43.08132    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -139.5281    Phase RMS:  0.2538762    
 Incoherent PH 1st:  -139.5288    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   86.75813    
 CalTone Power Coherently dB  :   86.75402    
 Incoherent PW  - Coherent PW :  4.1122437E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   21771.67    
 CalTone Amplitude Coherently   :   21761.98    
 Incoherent Amp.- Coherent Amp. :   9.691406    
       ------------ *** ------------
 running time (sec):     25.10
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LHV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_l.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/l_hv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_l_hv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_l_hv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_l_hv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_l_hv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (0.0000000E+00,0.0000000E+00)
 (49.13520,0.0000000E+00) (-4.466836,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  8.4653350E+08
 plot_x:         936
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   89.28352    Power RMS:  8.2679726E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29118.79    Amp.  RMS:   38.36665    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   167.5731    Phase RMS:  0.1653595    
 Incoherent PH 1st:   167.5727    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.28419    
 CalTone Power Coherently dB  :   89.28352    
 Incoherent PW  - Coherent PW :  6.6375732E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29143.40    
 CalTone Amplitude Coherently   :   29118.79    
 Incoherent Amp.- Coherent Amp. :   24.60352    
       ------------ *** ------------
 running time (sec):     21.42
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LVH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_l.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/l_vh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_l_vh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_l_vh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_l_vh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_l_vh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (31.26785,0.0000000E+00) (49.13520,0.0000000E+00)
 (8.933673,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.7511514E+08
 plot_x:         936
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   86.79628    Power RMS:  0.1432055    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   21868.48    Amp.  RMS:   11.31371    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -139.4339    Phase RMS:  0.2119478    
 Incoherent PH 1st:  -139.4361    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   86.79893    
 CalTone Power Coherently dB  :   86.79628    
 Incoherent PW  - Coherent PW :  2.6550293E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   21904.99    
 CalTone Amplitude Coherently   :   21868.48    
 Incoherent Amp.- Coherent Amp. :   36.51367    
       ------------ *** ------------
 running time (sec):     21.76
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LVV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_l.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/l_vv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_l.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_l_vv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_l_vv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_l_vv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_l_vv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    43.59380    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (8.933673,0.0000000E+00) (98.27040,0.0000000E+00)
 (4.466836,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  8.4958560E+08
 plot_x:         936
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   89.29758    Power RMS:  8.5581653E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29166.28    Amp.  RMS:   43.08132    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   167.5210    Phase RMS:  0.1653595    
 Incoherent PH 1st:   167.5426    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.29691    
 CalTone Power Coherently dB  :   89.29758    
 Incoherent PW  - Coherent PW : -6.7138672E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29185.47    
 CalTone Amplitude Coherently   :   29166.28    
 Incoherent Amp.- Coherent Amp. :   19.19336    
       ------------ *** ------------
 running time (sec):     22.75
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            0

  ***************************************************
  *                                                 *
  *          AIRSAR INTEGRATED PROCESSOR            *
  *                                                 *
  *             Global Line Generator               *
  *                                                 *
  *  This program generates the global line to use  *
  *  in the single-look processors to resample the  *
  *  data.                                          *
  *                                                 *
  ***************************************************

  Please enter the name of the sensor file.
  Enter the name of the parameter file.
  Please enter the name of the mocomp file.
  Reading motion compensation data

 Global reference line calculation results:

  y fit: constant and linear terms: 
   -18.40985      2.9921054E-04
  z fit: constant and linear terms: 
  -0.9177198      6.6162283E-05
  y and z standard deviations (meters)   1.727791      0.9947910    
  Enter the name of the global line file.
  Enter the name of the motion compensation file.
 Enter the number of lines in the mocomp file & first one.
  Enter the patch size and the max reference fnc length.
  Enter the maximum Doppler error.
  Enter the doppler file name.
  Enter the wavelength and nominal azimuth pixel spacing
  Initial guess at number of patches =           15
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =   0.1814043      0.1823732      0.1814212      0.1792666    
 Differences =   2.8792024E-04  1.2568831E-03  3.0484796E-04 -1.8498003E-03
  PATCH NUMER            2
 First line =        3493
  Averages =   0.1817091      0.1797885      0.1790972      0.1776585    
 Differences =   2.1457523E-03  2.2514164E-04 -4.6610832E-04 -1.9048005E-03
  PATCH NUMER            3
 First line =        6985
  Averages =   0.1793604      0.1780528      0.1775935      0.1803249    
 Differences =   5.2753091E-04 -7.8013539E-04 -1.2393594E-03  1.4920086E-03
  PATCH NUMER            4
 First line =       10477
  Averages =   0.1774956      0.1792619      0.1816291      0.1802536    
 Differences =  -2.1644086E-03 -3.9811432E-04  1.9690394E-03  5.9357285E-04
  PATCH NUMER            5
 First line =       13969
  Averages =   0.1813333      0.1813579      0.1770794      0.1737158    
 Differences =   2.9616803E-03  2.9862374E-03 -1.2922734E-03 -4.6559125E-03
  PATCH NUMER            6
 First line =       17461
  Averages =   0.1782016      0.1747565      0.1734053      0.1727476    
 Differences =   3.4238845E-03 -2.1278858E-05 -1.3723969E-03 -2.0301640E-03
  PATCH NUMER            7
 First line =       20953
  Averages =   0.1733034      0.1733132      0.1723052      0.1746743    
 Differences =  -9.5650554E-05 -8.5800886E-05 -1.0938048E-03  1.2752265E-03
  PATCH NUMER            8
 First line =       24445
  Averages =   0.1722052      0.1735171      0.1771415      0.1828218    
 Differences =  -4.2163432E-03 -2.9044896E-03  7.1989000E-04  6.4001977E-03
  PATCH NUMER            9
 First line =       27937
  Averages =   0.1763777      0.1804740      0.1900234      0.1960841    
 Differences =  -9.3627274E-03 -5.2663982E-03  4.2830110E-03  1.0343701E-02
  PATCH NUMER           10
 First line =       31429
  Averages =   0.1870086      0.1953181      0.1955890      0.1921410    
 Differences =  -5.5056810E-03  2.8038770E-03  3.0747354E-03 -3.7325919E-04
  PATCH NUMER           11
 First line =       34921
  Averages =   0.1964103      0.1931939      0.1892435      0.1844594    
 Differences =   5.5833161E-03  2.3669302E-03 -1.5834868E-03 -6.3675642E-03
  PATCH NUMER           12
 First line =       38413
  Averages =   0.1905712      0.1855547      0.1844139      0.1867218    
 Differences =   3.7557632E-03 -1.2607872E-03 -2.4015158E-03 -9.3638897E-05
  PATCH NUMER           13
 First line =       41905
  Averages =   0.1838688      0.1864499      0.1873278      0.1867909    
 Differences =  -2.2405982E-03  3.4052134E-04  1.2183934E-03  6.8150461E-04
  PATCH NUMER           14
 First line =       45397
  Averages =   0.1870607      0.1870574      0.1871544      0.1912464    
 Differences =  -1.0690689E-03 -1.0723770E-03 -9.7537041E-04  3.1166375E-03
  PATCH NUMER           15
 First line =       48889
  Averages =   0.1866705      0.1903122      0.1950780      0.2030797    
 Differences =  -7.1151108E-03 -3.4733564E-03  1.2923926E-03  9.2941821E-03
  PATCH NUMER           16
 First line =       52381
 last black mod_64:          59       60000       52381        8192
  Averages =   0.1931772      0.2007107      0.2108257      0.2114548    
 Differences =  -1.0865688E-02 -3.3321679E-03  6.7828149E-03  7.4119717E-03

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:  0.7608739    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.hh00l                        

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_l.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    2.400000    
  Radar wavelength (m)                 =   0.2422600    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.5795000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =  -7.0571043E-02   1.677678    
    1.921095    
  Receive leverarm x,y,z              =  -7.0571043E-02   1.677678    
    1.921095    



  Name of raw data file?
 /mnt/air118/airops/1381/l_hh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_l.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_l                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_l.hh_j                       
 *** ipol itop:           1           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lh                           
 WAYNE init fft, calc slant range, load unpack, interpo   9.7010024E-03
 reading motion compensation data
 WAYNE read motion compen    1.063369    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3729560    
 start range comp, time =      1.521

 WAYNE PREV   1.455573    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     1.698 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    34.93278205394745    
 ATTN ifrq ipol ln           4           1        8192   13.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=  -0.3797971      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.1919431686401367E-03
 TESTING  0.0000000E+00  -13.13973       2.055122    
 WAYNE Motion comp. added to patch, time =    12.85679793357849    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9190311431884766E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.13973       2.055122    
 HEY,dt,fract,ye,pe  -0.3797971      0.7608739      5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    157.7585539817810    
  Writing         4192 lines of data to file
 WAYNE write output data    1.148597002029419    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   206.7078719139099    

 Processing block number            2
 TESTING WHY  5.1048700E-02  1.2473600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   208.407 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    49.43450498580933    
 ATTN ifrq ipol ln           4           1       11684   13.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991752    
  shift in azimuth *fractional pixel=  -0.3798094      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   7.7960491180419922E-03
 TESTING  0.0000000E+00  -13.24714       2.457906    
 WAYNE Motion comp. added to patch, time =    11.81214010715485    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.3718008995056152E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.24714       2.457906    
 HEY,dt,fract,ye,pe  -0.3798094      0.7608739      5.1048700E-02
   1.2473600E-02
 WAYNE Azimuth compression done, time =    155.1728050708771    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7190580368041992    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   217.1607029438019    
 ==w out           3        8387
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           13 to           14 by #            6

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     1.756 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.83390498161316    
 ATTN ifrq ipol ln           4           1       50096   13.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992605    
  shift in azimuth *fractional pixel=  -0.3798743      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.5970163345336914E-03
 WAYNE Motion comp. added to patch, time =    12.93469607830048    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9310712814331055E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.2088750600815    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7928580045700073    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   204.7819759845734    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   206.538 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.70669603347778    
 ATTN ifrq ipol ln           4           1       53588   13.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992661    
  shift in azimuth *fractional pixel=  -0.3798785      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   7.8639984130859375E-03
 WAYNE Motion comp. added to patch, time =    11.93628108501434    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.3444066047668457E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.5114599466324    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9357990026473999    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   220.1122549772263    
 ==w out          15        8387
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            9 to           10 by #            4

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     1.739 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.80213904380798    
 ATTN ifrq ipol ln           4           1       36128   13.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991942    
  shift in azimuth *fractional pixel=  -0.3798238      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.5699558258056641E-03
 WAYNE Motion comp. added to patch, time =    12.74685108661652    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0899772644042969E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    158.1530159711838    
  Writing         4192 lines of data to file
 WAYNE write output data    1.065896987915039    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   206.7797540426254    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   208.519 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.31632399559021    
 ATTN ifrq ipol ln           4           1       39620   13.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991635    
  shift in azimuth *fractional pixel=  -0.3798005      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.0640316009521484E-03
 WAYNE Motion comp. added to patch, time =    11.77796208858490    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   9.6960067749023438E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    155.1356348991394    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9244480133056641    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   218.1728320121765    
 ==w out          11        8387
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            3 to            4 by #            1

 Processing block number            3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080     1.707 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.80384504795074    
 ATTN ifrq ipol ln           4           1       15176   13.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4992226    
  shift in azimuth *fractional pixel=  -0.3798455      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   2.9236912727355957E-02
 WAYNE Motion comp. added to patch, time =    12.64847207069397    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8910169601440430E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.9151300191879    
  Writing         4192 lines of data to file
 WAYNE write output data    1.036915063858032    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   206.4365600347519    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   208.144 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.64755892753601    
 ATTN ifrq ipol ln           4           1       18668   13.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4992387    
  shift in azimuth *fractional pixel=  -0.3798577      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.1239938735961914E-03
 WAYNE Motion comp. added to patch, time =    11.91817104816437    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9413948059082031E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.6261630058289    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8375970125198364    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   219.0579988956451    
 ==w out           5        8387
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           11 to           12 by #            5

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     1.747 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.02052700519562    
 ATTN ifrq ipol ln           4           1       43112   13.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992195    
  shift in azimuth *fractional pixel=  -0.3798431      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.6200237274169922E-03
 WAYNE Motion comp. added to patch, time =    12.63804996013641    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.9409656524658203E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    159.0142630338669    
  Writing         4192 lines of data to file
 WAYNE write output data    1.011276006698608    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   207.6957199573517    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   209.443 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.11695206165314    
 ATTN ifrq ipol ln           4           1       46604   13.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992804    
  shift in azimuth *fractional pixel=  -0.3798894      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.0239772796630859E-03
 WAYNE Motion comp. added to patch, time =    12.59679996967316    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.5119524002075195E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    155.6609550714493    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8110179901123047    
 ==w out          12        4192        2001             85852160
 WAYNE PROCESS   219.1991490125656    
 ==w out          13        8387
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            6 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     1.714 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.97292196750641    
 ATTN ifrq ipol ln           4           1       22160   13.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992803    
  shift in azimuth *fractional pixel=  -0.3798894      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.6009502410888672E-03
 WAYNE Motion comp. added to patch, time =    12.86734604835510    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.1280050277709961E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    160.1243739128113    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7870519161224365    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   208.7634099721909    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   210.477 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.03018200397491    
 ATTN ifrq ipol ln           4           1       25652   13.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=  -0.3799027      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   7.9169273376464844E-03
 WAYNE Motion comp. added to patch, time =    12.11737501621246    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5683999061584473E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.7726390361786    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8814229965209961    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   218.8362269401550    
 ==w out           7        8387
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           15 to           16 by #            7

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     1.765 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.02528202533722    
 ATTN ifrq ipol ln           4           1       57080   13.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992274    
  shift in azimuth *fractional pixel=  -0.3798491      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.3459615707397461E-03
 WAYNE Motion comp. added to patch, time =    12.84320497512817    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0980834960937500E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.1303780078888    
  Writing         4192 lines of data to file
 WAYNE write output data    1.005023956298828    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   206.0155639648438    

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903   207.781 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.11802792549133    
 ATTN ifrq ipol ln           4           1       59999   13.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991559    
  shift in azimuth *fractional pixel=  -0.3797947      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   7.7559947967529297E-03
 WAYNE Motion comp. added to patch, time =    12.10872209072113    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   9.3610286712646484E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.4335739612579    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9159440994262695    
 ==w out          16        4192        2001             85852160
 WAYNE PROCESS   221.5943191051483    
 ==w out          17        8387
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            7 to            8 by #            3

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     1.723 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.78870809078217    
 ATTN ifrq ipol ln           4           1       29144   13.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4993118    
  shift in azimuth *fractional pixel=  -0.3799134      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   2.8728961944580078E-02
 WAYNE Motion comp. added to patch, time =    12.69944596290588    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9019842147827148E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    159.3728410005569    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8934329748153687    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   207.7858990430832    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   209.509 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.47136902809143    
 ATTN ifrq ipol ln           4           1       32636   13.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4992607    
  shift in azimuth *fractional pixel=  -0.3798745      0.7608739    
 WAYNE Motion comp. coeff. calculated, time =   8.0379247665405273E-03
 WAYNE Motion comp. added to patch, time =    12.25698399543762    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.2243022918701172E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.4888160228729    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8537991046905518    
 ==w out           8        4192        2001             85852160
 WAYNE PROCESS   220.1021420955658    
 ==w out           9        8387
            1     1826382           0
            2     1827133           0
            3     1826875           0
            4     1826747           0
            5     1827144           0
            6     1826873           0
            7     1826841           0
            8     1826449           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=            8

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 gather image from processor #            2
             2
 gather image from processor #            3
             2
 gather image from processor #            4
             2
 gather image from processor #            5
             2
 gather image from processor #            6
             2
 gather image from processor #            7
             2
 WAYNE gather images takes:    0.1620360612869263    
 WAYNE LOOP TIME:     436.5964770317078    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_l.hh_j                       
 /mnt/air119/airops/1381/ts1381_l.mocomph                    
 /mnt/air119/airops/1381/ts1381_l.dop                        
 /mnt/air119/airops/1381/ts1381_l.glb                                2560
        67072
 update intf hdr ha:   6899.100    
 UPDATE:        2560       67072   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_l.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_l.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_l.glb                        
 /mnt/air119/airops/1381/ts1381_l.glb                                  36
 deskew line ra ha trc:   290.8788             565   7949.298    
    6899.100       90.98126    
  after deskew line ra ha trc:   290.8788             565   7949.298    
    6899.100       90.98126    
 lat1 lon1:         565   63.75602      -144.9816           67072
 last ra n_ns ns:   7949.298              -1           1       67636
        67072
 lati loni:       67636   63.75605      -144.2425           67636           1
 center ra n_ns ns:   12209.65            1278        1278       34100
        67072
 lati loni:       34100   63.79443      -144.6073           34100        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_l.hh_j                       
 WAYNE FINAL PROCESS   438.2347059249878    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_l.hh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_l.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lh                           
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air118/airops/1381/deskew.ch                           
  Enter N_AZ, NA_VALID and the ratio of the pixel
  spacing of the file to line up to relative to the
  current pixel spacing.
         4096        2208   1.000000    
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_l.TT                         
  Name of the line output file?
 /mnt/air119/airops/1381/l_lines.dat                         
 WAYNE before patch:    2.454777956008911    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          565   565.0273       1663.384     -0.3797971     -0.3797971    
 patch iptc,sj,dgj,dgi,id:           1        1055         565         565
            0
  half line dmj dgc:           0        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1055           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1054

         1055        3151           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3151         565         565
         2096
  half line dmj dgc:           1        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3151        1055
   Zeroing lines in arrays 
  Total # of output lines =            1        3150

 Processing block number            2
 DEBUG          559   559.1830       1652.964     -0.3798094     -0.3798094    
         3151        4541          -6        1396
 patch iptc,sj,dgj,dgi,id:           2        4541         559         565
         1396
  half line dmj dgc:           0        5493        1653         567
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4541        3151
   Zeroing lines in arrays 
  Total # of output lines =            2        4540

         4541        6637           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6637         559         559
         2096
  half line dmj dgc:           1        5493        1653         567
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6637        4541
   Zeroing lines in arrays 
  Total # of output lines =            2        6636

 Processing block number            3
 DEBUG          558   558.5565       1639.474     -0.3798455     -0.3798455    
         6637        8032          -1        1396
 patch iptc,sj,dgj,dgi,id:           3        8032         558         559
         1396
  half line dmj dgc:           0        8985        1639         567
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        8032        6637
   Zeroing lines in arrays 
  Total # of output lines =            3        8031

         8032       10128           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10128         558         558
         2096
  half line dmj dgc:           1        8985        1639         567
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10128        8032
   Zeroing lines in arrays 
  Total # of output lines =            3       10127

 Processing block number            4
 DEBUG          566   565.9843       1627.270     -0.3798577     -0.3798577    
        10128       11532           8        1396
 patch iptc,sj,dgj,dgi,id:           4       11532         566         558
         1396
  half line dmj dgc:           0       12477        1627         567
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11532       10128
   Zeroing lines in arrays 
  Total # of output lines =            4       11531

        11532       13628           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1340         566         566
         2096
  half line dmj dgc:           1       12477        1627         567
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11532        1340
   Zeroing lines in arrays 
  Total # of output lines =            4       13627

 Processing block number            5
 DEBUG          562   561.8665       1615.372     -0.3798894     -0.3798894    
         1340        2732          -4        1396
 patch iptc,sj,dgj,dgi,id:           5        2732         562         566
         1396
  half line dmj dgc:           0       15969        1615         567
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2732        1340
   Zeroing lines in arrays 
  Total # of output lines =            5       15019

         2732        4828           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4828         562         562
         2096
  half line dmj dgc:           1       15969        1615         567
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4828        2732
   Zeroing lines in arrays 
  Total # of output lines =            5       17115

 Processing block number            6
 DEBUG          546   545.8898       1601.050     -0.3799027     -0.3799027    
         4828        6208         -16        1396
 patch iptc,sj,dgj,dgi,id:           6        6208         546         562
         1396
  half line dmj dgc:           0       19461        1601         567
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6208        4828
   Zeroing lines in arrays 
  Total # of output lines =            6       18495

         6208        8304           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8304         546         546
         2096
  half line dmj dgc:           1       19461        1601         567
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8304        6208
   Zeroing lines in arrays 
  Total # of output lines =            6       20591

 Processing block number            7
 DEBUG          536   536.4911       1608.905     -0.3799134     -0.3799134    
         8304        9690         -10        1396
 patch iptc,sj,dgj,dgi,id:           7        9690         536         546
         1396
  half line dmj dgc:           0       22953        1609         567
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9690        8304
   Zeroing lines in arrays 
  Total # of output lines =            7       21977

         9690       11786           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11786         536         536
         2096
  half line dmj dgc:           1       22953        1609         567
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11786        9690
   Zeroing lines in arrays 
  Total # of output lines =            7       24073

 Processing block number            8
 DEBUG          542   541.7437       1654.110     -0.3798745     -0.3798745    
        11786       13188           6        1396
 patch iptc,sj,dgj,dgi,id:           8         900         542         536
         1396
  half line dmj dgc:           0       26445        1654         567
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11786         900
   Zeroing lines in arrays 
  Total # of output lines =            8       25475

          900        2996           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2996         542         542
         2096
  half line dmj dgc:           1       26445        1654         567
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2996         900
   Zeroing lines in arrays 
  Total # of output lines =            8       27571

 Processing block number            9
 DEBUG          571   571.5028       1738.292     -0.3798238     -0.3798238    
         2996        4421          29        1396
 patch iptc,sj,dgj,dgi,id:           9        4421         571         542
         1396
  half line dmj dgc:           0       29937        1738         567
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4421        2996
   Zeroing lines in arrays 
  Total # of output lines =            9       28996

         4421        6517           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6517         571         571
         2096
  half line dmj dgc:           1       29937        1738         567
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6517        4421
   Zeroing lines in arrays 
  Total # of output lines =            9       31092

 Processing block number           10
 DEBUG          597   597.3049       1782.172     -0.3798005     -0.3798005    
         6517        7939          26        1396
 patch iptc,sj,dgj,dgi,id:          10        7939         597         571
         1396
  half line dmj dgc:           0       33429        1782         567
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7939        6517
   Zeroing lines in arrays 
  Total # of output lines =           10       32514

         7939       10035           0        2096
 patch iptc,sj,dgj,dgi,id:          10       10035         597         597
         2096
  half line dmj dgc:           1       33429        1782         567
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:       10035        7939
   Zeroing lines in arrays 
  Total # of output lines =           10       34610

 Processing block number           11
 DEBUG          593   592.8090       1762.612     -0.3798431     -0.3798431    
        10035       11427          -4        1396
 patch iptc,sj,dgj,dgi,id:          11       11427         593         597
         1396
  half line dmj dgc:           0       36921        1762         567
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11427       10035
   Zeroing lines in arrays 
  Total # of output lines =           11       36002

        11427       13523           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1235         593         593
         2096
  half line dmj dgc:           1       36921        1762         567
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11427        1235
   Zeroing lines in arrays 
  Total # of output lines =           11       38098

 Processing block number           12
 DEBUG          576   576.7090       1739.311     -0.3798894     -0.3798894    
         1235        2614         -17        1396
 patch iptc,sj,dgj,dgi,id:          12        2614         576         593
         1396
  half line dmj dgc:           0       40413        1739         567
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2614        1235
   Zeroing lines in arrays 
  Total # of output lines =           12       39477

         2614        4710           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4710         576         576
         2096
  half line dmj dgc:           1       40413        1739         567
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4710        2614
   Zeroing lines in arrays 
  Total # of output lines =           12       41573

 Processing block number           13
 DEBUG          572   572.2628       1741.454     -0.3798743     -0.3798743    
         4710        6102          -4        1396
 patch iptc,sj,dgj,dgi,id:          13        6102         572         576
         1396
  half line dmj dgc:           0       43905        1741         567
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        6102        4710
   Zeroing lines in arrays 
  Total # of output lines =           13       42965

         6102        8198           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8198         572         572
         2096
  half line dmj dgc:           1       43905        1741         567
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8198        6102
   Zeroing lines in arrays 
  Total # of output lines =           13       45061

 Processing block number           14
 DEBUG          576   576.1768       1769.542     -0.3798785     -0.3798785    
         8198        9598           4        1396
 patch iptc,sj,dgj,dgi,id:          14        9598         576         572
         1396
  half line dmj dgc:           0       47397        1769         567
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9598        8198
   Zeroing lines in arrays 
  Total # of output lines =           14       46461

         9598       11694           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11694         576         576
         2096
  half line dmj dgc:           1       47397        1769         567
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11694        9598
   Zeroing lines in arrays 
  Total # of output lines =           14       48557

 Processing block number           15
 DEBUG          592   592.1817       1828.618     -0.3798491     -0.3798491    
        11694       13106          16        1396
 patch iptc,sj,dgj,dgi,id:          15         818         592         576
         1396
  half line dmj dgc:           0       50889        1828         567
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11694         818
   Zeroing lines in arrays 
  Total # of output lines =           15       49969

          818        2914           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2914         592         592
         2096
  half line dmj dgc:           1       50889        1828         567
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2914         818
   Zeroing lines in arrays 
  Total # of output lines =           15       52065

 Processing block number           16
 DEBUG          621   621.5242       1934.420     -0.3797947     -0.3797947    
         2914        3766          29         823
 patch iptc,sj,dgj,dgi,id:          16        3766         621         592
          823
  half line dmj dgc:           0       53808        1934         567
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3766        2914
   Zeroing lines in arrays 
  Total # of output lines =           16       52917

         3766        5862           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5862         621         621
         2096
  half line dmj dgc:           1       53808        1934         567
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5862        3766
   Zeroing lines in arrays 
  Total # of output lines =           16       55013

 ia dmi dgi:        5862        1934         621
   Writing the last         3409 lines
 last half sj>s1        9271        5862       55013
 WAYNE done patche    106.6199899911880    
  Total # of output lines =        58422

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58422
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    107.3413709402084    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.hv00l                        

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_l.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    2.400000    
  Radar wavelength (m)                 =   0.2422600    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.7274000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =  -7.0571043E-02   1.677678    
    1.921095    
  Receive leverarm x,y,z              =  -5.5424944E-02   1.026312    
   2.6845539E-02



  Name of raw data file?
 /mnt/air118/airops/1381/l_hv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_l.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_l                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_l.hv_j                       
 *** ipol itop:           2           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lh                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.1142001E-02
 reading motion compensation data
 WAYNE read motion compen    1.083923    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3752550    
 start range comp, time =      2.166

 WAYNE PREV   1.480747    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           11 to           12 by #            5

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.426 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.90883195400238    
 ATTN ifrq ipol ln           4           2       43112   13.00000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992195    
  shift in azimuth *fractional pixel=  -0.4992195       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6140632629394531E-03
 WAYNE Motion comp. added to patch, time =    12.62313699722290    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.0229816436767578E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.9691339731216    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7306960821151733    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   204.2438939809799    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   206.670 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.70730793476105    
 ATTN ifrq ipol ln           4           2       46604   13.00000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992804    
  shift in azimuth *fractional pixel=  -0.4992804       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.9510211944580078E-03
 WAYNE Motion comp. added to patch, time =    12.11153209209442    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   9.6389055252075195E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.7883809804916    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7060559988021851    
 ==w out          12        4192        2001             85852160
 WAYNE PROCESS   214.3316150903702    
 ==w out          13        8387
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            9 to           10 by #            4

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.417 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.17771995067596    
 ATTN ifrq ipol ln           4           2       36128   13.00000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991942    
  shift in azimuth *fractional pixel=  -0.4991942       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4339380264282227E-03
 WAYNE Motion comp. added to patch, time =    12.74136698246002    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9099712371826172E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.6046559810638    
  Writing         4192 lines of data to file
 WAYNE write output data   0.6995390653610229    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   203.2347990274429    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   205.652 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.21824800968170    
 ATTN ifrq ipol ln           4           2       39620   13.00000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991635    
  shift in azimuth *fractional pixel=  -0.4991635       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.9360008239746094E-03
 WAYNE Motion comp. added to patch, time =    12.53569495677948    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.5758991241455078E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.9371359348297    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7115579843521118    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   220.4271080493927    
 ==w out          11        8387
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            6 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.394 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.92362797260284    
 ATTN ifrq ipol ln           4           2       22160   13.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992803    
  shift in azimuth *fractional pixel=  -0.4992803       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5229873657226563E-03
 WAYNE Motion comp. added to patch, time =    12.72332692146301    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9850730895996094E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.5314809083939    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9644899368286133    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   207.1544359922409    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   209.548 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.12362098693848    
 ATTN ifrq ipol ln           4           2       25652   13.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=  -0.4992978       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.9079866409301758E-03
 WAYNE Motion comp. added to patch, time =    11.80004489421844    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.5254020690917969E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    155.1556370258331    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9929920434951782    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   218.0962530374527    
 ==w out           7        8387
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            3 to            4 by #            1

 Processing block number            3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080     2.379 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.10013794898987    
 ATTN ifrq ipol ln           4           2       15176   13.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4992226    
  shift in azimuth *fractional pixel=  -0.4992226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4860324859619141E-03
 WAYNE Motion comp. added to patch, time =    12.48010110855103    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9160509109497070E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.1660189628601    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7488499879837036    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   205.5064690113068    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   207.886 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.96642601490021    
 ATTN ifrq ipol ln           4           2       18668   13.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4992387    
  shift in azimuth *fractional pixel=  -0.4992387       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.8710317611694336E-03
 WAYNE Motion comp. added to patch, time =    12.39490592479706    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.2652039527893066E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.3508940935135    
  Writing         4192 lines of data to file
 WAYNE write output data    1.040596008300781    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   219.7740679979324    
 ==w out           5        8387
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     2.371 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    35.99084103107452    
 ATTN ifrq ipol ln           4           2        8192   13.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=  -0.4991591       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.0599784851074219E-03
 TESTING  7.5730495E-03  -13.46541       1.107997    
 WAYNE Motion comp. added to patch, time =    12.42393994331360    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9279718399047852E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  7.5730495E-03  -13.46541       1.107997    
 HEY,dt,fract,ye,pe  -0.4991591       1.000000      5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    156.9059990644455    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8635010719299316    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   206.1951349973679    

 Processing block number            2
 TESTING WHY  5.1048700E-02  1.2473600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   208.567 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    51.25965201854706    
 ATTN ifrq ipol ln           4           2       11684   13.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991752    
  shift in azimuth *fractional pixel=  -0.4991752       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.9280138015747070E-03
 TESTING  7.5730495E-03  -13.57282       1.510781    
 WAYNE Motion comp. added to patch, time =    11.76456701755524    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.2975931167602539E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  7.5730495E-03  -13.57282       1.510781    
 HEY,dt,fract,ye,pe  -0.4991752       1.000000      5.1048700E-02
   1.2473600E-02
 WAYNE Azimuth compression done, time =    155.2004510164261    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9106919765472412    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   219.1570270061493    
 ==w out           3        8387
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           15 to           16 by #            7

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.443 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.33779394626617    
 ATTN ifrq ipol ln           4           2       57080   13.00000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992274    
  shift in azimuth *fractional pixel=  -0.4992274       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.2199573516845703E-03
 WAYNE Motion comp. added to patch, time =    12.67427301406860    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0229816436767578E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.7251640558243    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9538969993591309    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   206.7025719881058    

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903   209.146 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.92807900905609    
 ATTN ifrq ipol ln           4           2       59999   13.00000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991559    
  shift in azimuth *fractional pixel=  -0.4991559       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.7730417251586914E-03
 WAYNE Motion comp. added to patch, time =    11.75660800933838    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.0092020034790039E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.0129230022430    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7800810337066650    
 ==w out          16        4192        2001             85852160
 WAYNE PROCESS   219.4962580204010    
 ==w out          17        8387
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            7 to            8 by #            3

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.405 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.46000194549561    
 ATTN ifrq ipol ln           4           2       29144   13.00000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4993118    
  shift in azimuth *fractional pixel=  -0.4993118       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6510181427001953E-03
 WAYNE Motion comp. added to patch, time =    12.64285397529602    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9220113754272461E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.7264349460602    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9045449495315552    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   207.7456630468369    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   210.151 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.79303109645844    
 ATTN ifrq ipol ln           4           2       32636   13.00000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4992607    
  shift in azimuth *fractional pixel=  -0.4992607       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1230401992797852E-03
 WAYNE Motion comp. added to patch, time =    11.89851605892181    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.4455080032348633E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    155.3753770589828    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7618110179901123    
 ==w out           8        4192        2001             85852160
 WAYNE PROCESS   218.8524860143661    
 ==w out           9        8387
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           13 to           14 by #            6

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.435 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.48166394233704    
 ATTN ifrq ipol ln           4           2       50096   13.00000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992605    
  shift in azimuth *fractional pixel=  -0.4992605       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5530281066894531E-03
 WAYNE Motion comp. added to patch, time =    12.82615494728088    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9090175628662109E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.6587849855423    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9296740293502808    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   207.9077800512314    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   210.342 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.06289398670197    
 ATTN ifrq ipol ln           4           2       53588   13.00000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992661    
  shift in azimuth *fractional pixel=  -0.4992661       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1440210342407227E-03
 WAYNE Motion comp. added to patch, time =    12.28324699401855    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.2932052612304688E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.6683750152588    
  Writing         4192 lines of data to file
 WAYNE write output data   0.6892750263214111    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   220.7358540296555    
 ==w out          15        8387
            1     1830998           0
            2     1830690           0
            3     1828017           0
            4     1830782           0
            5     1830981           0
            6     1830917           0
            7     1830693           0
            8     1830916           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=            8

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 gather image from processor #            2
             2
 gather image from processor #            3
             2
 gather image from processor #            4
             2
 gather image from processor #            5
             2
 gather image from processor #            6
             2
 gather image from processor #            7
             2
 WAYNE gather images takes:    0.1936759948730469    
 WAYNE LOOP TIME:     437.3348659276962    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_l.hv_j                       
 /mnt/air119/airops/1381/ts1381_l.mocomph                    
 /mnt/air119/airops/1381/ts1381_l.dop                        
 /mnt/air119/airops/1381/ts1381_l.glb                                2560
        67072
 update intf hdr ha:   6899.100    
 UPDATE:        2560       67072   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_l.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_l.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_l.glb                        
 /mnt/air119/airops/1381/ts1381_l.glb                                  36
 deskew line ra ha trc:   290.8788             565   7949.298    
    6899.100       90.98126    
  after deskew line ra ha trc:   290.8788             565   7949.298    
    6899.100       90.98126    
 lat1 lon1:         565   63.75602      -144.9816           67072
 last ra n_ns ns:   7949.298              -1           1       67636
        67072
 lati loni:       67636   63.75605      -144.2425           67636           1
 center ra n_ns ns:   12209.65            1278        1278       34100
        67072
 lati loni:       34100   63.79443      -144.6073           34100        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_l.hv_j                       
 WAYNE FINAL PROCESS   439.6036900281906    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_l.hv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_l.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lh                           
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air118/airops/1381/deskew.ch                           
  Enter N_AZ, NA_VALID and the ratio of the pixel
  spacing of the file to line up to relative to the
  current pixel spacing.
         4096        2208   1.000000    
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_l.TB                         
  Name of the line output file?
 /mnt/air119/airops/1381/l_lines.dat                         
 WAYNE before patch:    2.455989003181458    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          565   564.8932       1663.250     -0.4991591     -0.4991591    
 patch iptc,sj,dgj,dgi,id:           1        1055         565         565
            0
  half line dmj dgc:           0        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1055           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1054

         1055        3151           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3151         565         565
         2096
  half line dmj dgc:           1        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3151        1055
   Zeroing lines in arrays 
  Total # of output lines =            1        3150

 Processing block number            2
 DEBUG          559   559.0490       1652.829     -0.4991752     -0.4991752    
         3151        4541          -6        1396
 patch iptc,sj,dgj,dgi,id:           2        4541         559         565
         1396
  half line dmj dgc:           0        5493        1653         567
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4541        3151
   Zeroing lines in arrays 
  Total # of output lines =            2        4540

         4541        6637           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6637         559         559
         2096
  half line dmj dgc:           1        5493        1653         567
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6637        4541
   Zeroing lines in arrays 
  Total # of output lines =            2        6636

 Processing block number            3
 DEBUG          558   558.4224       1639.340     -0.4992226     -0.4992226    
         6637        8032          -1        1396
 patch iptc,sj,dgj,dgi,id:           3        8032         558         559
         1396
  half line dmj dgc:           0        8985        1639         567
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        8032        6637
   Zeroing lines in arrays 
  Total # of output lines =            3        8031

         8032       10128           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10128         558         558
         2096
  half line dmj dgc:           1        8985        1639         567
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10128        8032
   Zeroing lines in arrays 
  Total # of output lines =            3       10127

 Processing block number            4
 DEBUG          566   565.8502       1627.136     -0.4992387     -0.4992387    
        10128       11532           8        1396
 patch iptc,sj,dgj,dgi,id:           4       11532         566         558
         1396
  half line dmj dgc:           0       12477        1627         567
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11532       10128
   Zeroing lines in arrays 
  Total # of output lines =            4       11531

        11532       13628           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1340         566         566
         2096
  half line dmj dgc:           1       12477        1627         567
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11532        1340
   Zeroing lines in arrays 
  Total # of output lines =            4       13627

 Processing block number            5
 DEBUG          562   561.7324       1615.238     -0.4992803     -0.4992803    
         1340        2732          -4        1396
 patch iptc,sj,dgj,dgi,id:           5        2732         562         566
         1396
  half line dmj dgc:           0       15969        1615         567
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2732        1340
   Zeroing lines in arrays 
  Total # of output lines =            5       15019

         2732        4828           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4828         562         562
         2096
  half line dmj dgc:           1       15969        1615         567
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4828        2732
   Zeroing lines in arrays 
  Total # of output lines =            5       17115

 Processing block number            6
 DEBUG          546   545.7557       1600.916     -0.4992978     -0.4992978    
         4828        6208         -16        1396
 patch iptc,sj,dgj,dgi,id:           6        6208         546         562
         1396
  half line dmj dgc:           0       19461        1601         567
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6208        4828
   Zeroing lines in arrays 
  Total # of output lines =            6       18495

         6208        8304           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8304         546         546
         2096
  half line dmj dgc:           1       19461        1601         567
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8304        6208
   Zeroing lines in arrays 
  Total # of output lines =            6       20591

 Processing block number            7
 DEBUG          536   536.3571       1608.771     -0.4993118     -0.4993118    
         8304        9690         -10        1396
 patch iptc,sj,dgj,dgi,id:           7        9690         536         546
         1396
  half line dmj dgc:           0       22953        1609         567
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9690        8304
   Zeroing lines in arrays 
  Total # of output lines =            7       21977

         9690       11786           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11786         536         536
         2096
  half line dmj dgc:           1       22953        1609         567
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11786        9690
   Zeroing lines in arrays 
  Total # of output lines =            7       24073

 Processing block number            8
 DEBUG          542   541.6096       1653.976     -0.4992607     -0.4992607    
        11786       13188           6        1396
 patch iptc,sj,dgj,dgi,id:           8         900         542         536
         1396
  half line dmj dgc:           0       26445        1654         567
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11786         900
   Zeroing lines in arrays 
  Total # of output lines =            8       25475

          900        2996           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2996         542         542
         2096
  half line dmj dgc:           1       26445        1654         567
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2996         900
   Zeroing lines in arrays 
  Total # of output lines =            8       27571

 Processing block number            9
 DEBUG          571   571.3687       1738.157     -0.4991942     -0.4991942    
         2996        4421          29        1396
 patch iptc,sj,dgj,dgi,id:           9        4421         571         542
         1396
  half line dmj dgc:           0       29937        1738         567
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4421        2996
   Zeroing lines in arrays 
  Total # of output lines =            9       28996

         4421        6517           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6517         571         571
         2096
  half line dmj dgc:           1       29937        1738         567
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6517        4421
   Zeroing lines in arrays 
  Total # of output lines =            9       31092

 Processing block number           10
 DEBUG          597   597.1708       1782.038     -0.4991635     -0.4991635    
         6517        7939          26        1396
 patch iptc,sj,dgj,dgi,id:          10        7939         597         571
         1396
  half line dmj dgc:           0       33429        1782         567
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7939        6517
   Zeroing lines in arrays 
  Total # of output lines =           10       32514

         7939       10035           0        2096
 patch iptc,sj,dgj,dgi,id:          10       10035         597         597
         2096
  half line dmj dgc:           1       33429        1782         567
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:       10035        7939
   Zeroing lines in arrays 
  Total # of output lines =           10       34610

 Processing block number           11
 DEBUG          593   592.6749       1762.478     -0.4992195     -0.4992195    
        10035       11427          -4        1396
 patch iptc,sj,dgj,dgi,id:          11       11427         593         597
         1396
  half line dmj dgc:           0       36921        1762         567
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11427       10035
   Zeroing lines in arrays 
  Total # of output lines =           11       36002

        11427       13523           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1235         593         593
         2096
  half line dmj dgc:           1       36921        1762         567
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11427        1235
   Zeroing lines in arrays 
  Total # of output lines =           11       38098

 Processing block number           12
 DEBUG          576   576.5750       1739.177     -0.4992804     -0.4992804    
         1235        2614         -17        1396
 patch iptc,sj,dgj,dgi,id:          12        2614         576         593
         1396
  half line dmj dgc:           0       40413        1739         567
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2614        1235
   Zeroing lines in arrays 
  Total # of output lines =           12       39477

         2614        4710           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4710         576         576
         2096
  half line dmj dgc:           1       40413        1739         567
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4710        2614
   Zeroing lines in arrays 
  Total # of output lines =           12       41573

 Processing block number           13
 DEBUG          572   572.1287       1741.320     -0.4992605     -0.4992605    
         4710        6102          -4        1396
 patch iptc,sj,dgj,dgi,id:          13        6102         572         576
         1396
  half line dmj dgc:           0       43905        1741         567
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        6102        4710
   Zeroing lines in arrays 
  Total # of output lines =           13       42965

         6102        8198           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8198         572         572
         2096
  half line dmj dgc:           1       43905        1741         567
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8198        6102
   Zeroing lines in arrays 
  Total # of output lines =           13       45061

 Processing block number           14
 DEBUG          576   576.0427       1769.408     -0.4992661     -0.4992661    
         8198        9598           4        1396
 patch iptc,sj,dgj,dgi,id:          14        9598         576         572
         1396
  half line dmj dgc:           0       47397        1769         567
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9598        8198
   Zeroing lines in arrays 
  Total # of output lines =           14       46461

         9598       11694           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11694         576         576
         2096
  half line dmj dgc:           1       47397        1769         567
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11694        9598
   Zeroing lines in arrays 
  Total # of output lines =           14       48557

 Processing block number           15
 DEBUG          592   592.0476       1828.484     -0.4992274     -0.4992274    
        11694       13106          16        1396
 patch iptc,sj,dgj,dgi,id:          15         818         592         576
         1396
  half line dmj dgc:           0       50889        1828         567
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11694         818
   Zeroing lines in arrays 
  Total # of output lines =           15       49969

          818        2914           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2914         592         592
         2096
  half line dmj dgc:           1       50889        1828         567
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2914         818
   Zeroing lines in arrays 
  Total # of output lines =           15       52065

 Processing block number           16
 DEBUG          621   621.3901       1934.285     -0.4991559     -0.4991559    
         2914        3766          29         823
 patch iptc,sj,dgj,dgi,id:          16        3766         621         592
          823
  half line dmj dgc:           0       53808        1934         567
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3766        2914
   Zeroing lines in arrays 
  Total # of output lines =           16       52917

         3766        5862           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5862         621         621
         2096
  half line dmj dgc:           1       53808        1934         567
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5862        3766
   Zeroing lines in arrays 
  Total # of output lines =           16       55013

 ia dmi dgi:        5862        1934         621
   Writing the last         3409 lines
 last half sj>s1        9271        5862       55013
 WAYNE done patche    107.6140440702438    
  Total # of output lines =        58422

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58422
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    108.1569960117340    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #: -6.8212070E-02
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.vh00l                        

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_l.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    2.400000    
  Radar wavelength (m)                 =   0.2422600    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.7594310    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =  -5.5424944E-02   1.026312    
   2.6845539E-02
  Receive leverarm x,y,z              =  -7.0571043E-02   1.677678    
    1.921095    



  Name of raw data file?
 /mnt/air118/airops/1381/l_vh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_l.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_l                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_l.vh_j                       
 *** ipol itop:           3           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.1238001E-02
 reading motion compensation data
 WAYNE read motion compen    1.080893    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3747300    
 start range comp, time =      1.826

 WAYNE PREV   1.477042    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            7 to            8 by #            3

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.083 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.38527405261993    
 ATTN ifrq ipol ln           4           3       29144   13.00000    
 IPOL, ITOP nblock            3           0           7
  ****shift in azimuth (fractional pixel)=  -0.4993118    
  shift in azimuth *fractional pixel=   3.4059092E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.7859630584716797E-03
 WAYNE Motion comp. added to patch, time =    12.59089291095734    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   2.0209550857543945E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.8295239210129    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8708820343017578    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   204.6884189844131    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   206.772 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.99642693996429    
 ATTN ifrq ipol ln           4           3       32636   13.00000    
 IPOL, ITOP nblock            3           0           8
  ****shift in azimuth (fractional pixel)=  -0.4992606    
  shift in azimuth *fractional pixel=   3.4055598E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.1369876861572266E-03
 WAYNE Motion comp. added to patch, time =    11.83297598361969    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   2.9718041419982910E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.7060790061951    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7689359188079834    
 ==w out           8        4192        2001             85852160
 WAYNE PROCESS   217.3430060148239    
 ==w out           9        8387
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           11 to           12 by #            5

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.101 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.04969704151154    
 ATTN ifrq ipol ln           4           3       43112   13.00000    
 IPOL, ITOP nblock            3           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992195    
  shift in azimuth *fractional pixel=   3.4052797E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.4090232849121094E-03
 WAYNE Motion comp. added to patch, time =    12.66359996795654    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9389390945434570E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.9616839885712    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8685840368270874    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   204.5550700426102    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   206.656 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.42356407642365    
 ATTN ifrq ipol ln           4           3       46604   13.00000    
 IPOL, ITOP nblock            3           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992804    
  shift in azimuth *fractional pixel=   3.4056947E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.0139636993408203E-03
 WAYNE Motion comp. added to patch, time =    11.90407693386078    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.3840913772583008E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.5450550317764    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7751979827880859    
 ==w out          12        4192        2001             85852160
 WAYNE PROCESS   217.6704980134964    
 ==w out          13        8387
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           13 to           14 by #            6

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.109 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.60491800308228    
 ATTN ifrq ipol ln           4           3       50096   13.00000    
 IPOL, ITOP nblock            3           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992605    
  shift in azimuth *fractional pixel=   3.4055591E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.4679126739501953E-03
 WAYNE Motion comp. added to patch, time =    12.64690709114075    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0549297332763672E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.0698889493942    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8413850069046021    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   206.1746299266815    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   208.283 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.36959993839264    
 ATTN ifrq ipol ln           4           3       53588   13.00000    
 IPOL, ITOP nblock            3           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992661    
  shift in azimuth *fractional pixel=   3.4055971E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   7.9740285873413086E-03
 WAYNE Motion comp. added to patch, time =    12.08919596672058    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   4.3029785156250000E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.3371409177780    
  Writing         4192 lines of data to file
 WAYNE write output data   0.6818070411682129    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   218.4907940626144    
 ==w out          15        8387
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            9 to           10 by #            4

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.094 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.73939299583435    
 ATTN ifrq ipol ln           4           3       36128   13.00000    
 IPOL, ITOP nblock            3           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991942    
  shift in azimuth *fractional pixel=   3.4051068E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.6100101470947266E-03
 WAYNE Motion comp. added to patch, time =    13.05514097213745    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.1290779113769531E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.9668359756470    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9891270399093628    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   206.7625370025635    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   208.856 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.63031399250031    
 ATTN ifrq ipol ln           4           3       39620   13.00000    
 IPOL, ITOP nblock            3           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991635    
  shift in azimuth *fractional pixel=   3.4048975E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.2740783691406250E-03
 WAYNE Motion comp. added to patch, time =    11.90873897075653    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.4230222702026367E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    155.0279560089111    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9582700729370117    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   219.5389339923859    
 ==w out          11        8387
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           15 to           16 by #            7

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.189 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.76671707630157    
 ATTN ifrq ipol ln           4           3       57080   13.00000    
 IPOL, ITOP nblock            3           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992274    
  shift in azimuth *fractional pixel=   3.4053337E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.1479549407958984E-03
 WAYNE Motion comp. added to patch, time =    12.66405892372131    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1330118179321289E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.1963170766830    
  Writing         4192 lines of data to file
 WAYNE write output data    1.068070054054260    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   206.7064850330353    

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903   208.896 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.62394011020660    
 ATTN ifrq ipol ln           4           3       59999   13.00000    
 IPOL, ITOP nblock            3           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991559    
  shift in azimuth *fractional pixel=   3.4048457E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   7.7040195465087891E-03
 WAYNE Motion comp. added to patch, time =    11.99751806259155    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.2389631271362305E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    155.8260279893875    
  Writing         4192 lines of data to file
 WAYNE write output data    1.044732928276062    
 ==w out          16        4192        2001             85852160
 WAYNE PROCESS   219.5048389434814    
 ==w out          17        8387
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     2.058 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    36.11818301677704    
 ATTN ifrq ipol ln           4           3        8192   13.00000    
 IPOL, ITOP nblock            3           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=   3.4048673E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.2310438156127930E-03
 TESTING -7.5730495E-03  -13.48199       1.114187    
 WAYNE Motion comp. added to patch, time =    12.43008196353912    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9741058349609375E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10 -7.5730495E-03  -13.48199       1.114187    
 HEY,dt,fract,ye,pe   3.4048673E-02 -6.8212070E-02  5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    157.6521079540253    
  Writing         4192 lines of data to file
 WAYNE write output data    1.094122052192688    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   207.3055599927902    

 Processing block number            2
 TESTING WHY  5.1048700E-02  1.2473600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   209.364 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    50.96578097343445    
 ATTN ifrq ipol ln           4           3       11684   13.00000    
 IPOL, ITOP nblock            3           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991752    
  shift in azimuth *fractional pixel=   3.4049775E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   7.7600479125976563E-03
 TESTING -7.5730495E-03  -13.59157       1.517917    
 WAYNE Motion comp. added to patch, time =    12.13695394992828    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.3712048530578613E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10 -7.5730495E-03  -13.59157       1.517917    
 HEY,dt,fract,ye,pe   3.4049775E-02 -6.8212070E-02  5.1048700E-02
   1.2473600E-02
 WAYNE Azimuth compression done, time =    155.1742260456085    
  Writing         4192 lines of data to file
 WAYNE write output data    1.115407943725586    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   219.4146469831467    
 ==w out           3        8387
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            3 to            4 by #            1

 Processing block number            3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080     2.066 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.59305405616760    
 ATTN ifrq ipol ln           4           3       15176   13.00000    
 IPOL, ITOP nblock            3           0           3
  ****shift in azimuth (fractional pixel)=  -0.4992226    
  shift in azimuth *fractional pixel=   3.4053009E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.5889101028442383E-03
 WAYNE Motion comp. added to patch, time =    12.70097100734711    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9040107727050781E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.4819309711456    
  Writing         4192 lines of data to file
 WAYNE write output data    1.025891900062561    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   207.8134239912033    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   209.879 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.01474297046661    
 ATTN ifrq ipol ln           4           3       18668   13.00000    
 IPOL, ITOP nblock            3           0           4
  ****shift in azimuth (fractional pixel)=  -0.4992387    
  shift in azimuth *fractional pixel=   3.4054108E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.1019401550292969E-03
 WAYNE Motion comp. added to patch, time =    12.03167510032654    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.2702941894531250E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.8450280427933    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9879570007324219    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   218.9011989831924    
 ==w out           5        8387
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            6 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.076 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.36203205585480    
 ATTN ifrq ipol ln           4           3       22160   13.00000    
 IPOL, ITOP nblock            3           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992803    
  shift in azimuth *fractional pixel=   3.4056943E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   8.5569620132446289E-03
 WAYNE Motion comp. added to patch, time =    12.69130706787109    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0800828933715820E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.5657559633255    
  Writing         4192 lines of data to file
 WAYNE write output data    1.092983961105347    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   207.7238199710846    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   209.800 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.64524400234222    
 ATTN ifrq ipol ln           4           3       25652   13.00000    
 IPOL, ITOP nblock            3           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=   3.4058135E-02 -6.8212070E-02
 WAYNE Motion comp. coeff. calculated, time =   7.9770088195800781E-03
 WAYNE Motion comp. added to patch, time =    12.09081494808197    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.3399004936218262E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.1822130680084    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7578530311584473    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   219.6983309984207    
 ==w out           7        8387
            1     1834449           0
            2     1834419           0
            3     1835036           0
            4     1834608           0
            5     1834562           0
            6     1834828           0
            7     1833361           0
            8     1834690           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=            8

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 gather image from processor #            2
             2
 gather image from processor #            3
             2
 gather image from processor #            4
             2
 gather image from processor #            5
             2
 gather image from processor #            6
             2
 gather image from processor #            7
             2
 WAYNE gather images takes:    0.3885449171066284    
 WAYNE LOOP TIME:     436.3337259292603    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_l.vh_j                       
 /mnt/air119/airops/1381/ts1381_l.mocompv                    
 /mnt/air119/airops/1381/ts1381_l.dop                        
 /mnt/air119/airops/1381/ts1381_l.glb                                2560
        67072
 update intf hdr ha:   6899.100    
 UPDATE:        2560       67072   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_l.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_l.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_l.glb                        
 /mnt/air119/airops/1381/ts1381_l.glb                                  36
 deskew line ra ha trc:   290.8788             565   7949.298    
    6899.100       90.98126    
  after deskew line ra ha trc:   290.8788             565   7949.298    
    6899.100       90.98126    
 lat1 lon1:         565   63.75602      -144.9816           67072
 last ra n_ns ns:   7949.298              -1           1       67636
        67072
 lati loni:       67636   63.75605      -144.2425           67636           1
 center ra n_ns ns:   12209.65            1278        1278       34100
        67072
 lati loni:       34100   63.79443      -144.6073           34100        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_l.vh_j                       
 WAYNE FINAL PROCESS   438.2602750062943    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_l.vh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_l.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lv                           
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air118/airops/1381/deskew.ch                           
  Enter N_AZ, NA_VALID and the ratio of the pixel
  spacing of the file to line up to relative to the
  current pixel spacing.
         4096        2208   1.000000    
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_l.BT                         
  Name of the line output file?
 /mnt/air119/airops/1381/l_lines.dat                         
 WAYNE before patch:    2.419620990753174    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          565   565.4559       1663.813      3.4048673E-02  3.4048673E-02
 patch iptc,sj,dgj,dgi,id:           1        1055         565         565
            0
  half line dmj dgc:           0        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1055           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1054

         1055        3151           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3151         565         565
         2096
  half line dmj dgc:           1        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3151        1055
   Zeroing lines in arrays 
  Total # of output lines =            1        3150

 Processing block number            2
 DEBUG          559   559.6116       1653.392      3.4049775E-02  3.4049775E-02
         3151        4541          -6        1396
 patch iptc,sj,dgj,dgi,id:           2        4541         559         565
         1396
  half line dmj dgc:           0        5493        1653         567
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4541        3151
   Zeroing lines in arrays 
  Total # of output lines =            2        4540

         4541        6637           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6637         559         559
         2096
  half line dmj dgc:           1        5493        1653         567
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6637        4541
   Zeroing lines in arrays 
  Total # of output lines =            2        6636

 Processing block number            3
 DEBUG          558   558.9851       1639.903      3.4053009E-02  3.4053009E-02
         6637        8032          -1        1396
 patch iptc,sj,dgj,dgi,id:           3        8032         558         559
         1396
  half line dmj dgc:           0        8985        1639         567
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        8032        6637
   Zeroing lines in arrays 
  Total # of output lines =            3        8031

         8032       10128           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10128         558         558
         2096
  half line dmj dgc:           1        8985        1639         567
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10128        8032
   Zeroing lines in arrays 
  Total # of output lines =            3       10127

 Processing block number            4
 DEBUG          566   566.4130       1627.699      3.4054108E-02  3.4054108E-02
        10128       11532           8        1396
 patch iptc,sj,dgj,dgi,id:           4       11532         566         558
         1396
  half line dmj dgc:           0       12477        1627         567
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11532       10128
   Zeroing lines in arrays 
  Total # of output lines =            4       11531

        11532       13628           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1340         566         566
         2096
  half line dmj dgc:           1       12477        1627         567
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11532        1340
   Zeroing lines in arrays 
  Total # of output lines =            4       13627

 Processing block number            5
 DEBUG          562   562.2952       1615.801      3.4056943E-02  3.4056943E-02
         1340        2732          -4        1396
 patch iptc,sj,dgj,dgi,id:           5        2732         562         566
         1396
  half line dmj dgc:           0       15969        1615         567
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2732        1340
   Zeroing lines in arrays 
  Total # of output lines =            5       15019

         2732        4828           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4828         562         562
         2096
  half line dmj dgc:           1       15969        1615         567
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4828        2732
   Zeroing lines in arrays 
  Total # of output lines =            5       17115

 Processing block number            6
 DEBUG          546   546.3184       1601.479      3.4058135E-02  3.4058135E-02
         4828        6208         -16        1396
 patch iptc,sj,dgj,dgi,id:           6        6208         546         562
         1396
  half line dmj dgc:           0       19461        1601         567
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6208        4828
   Zeroing lines in arrays 
  Total # of output lines =            6       18495

         6208        8304           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8304         546         546
         2096
  half line dmj dgc:           1       19461        1601         567
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8304        6208
   Zeroing lines in arrays 
  Total # of output lines =            6       20591

 Processing block number            7
 DEBUG          536   536.9199       1609.333      3.4059092E-02  3.4059092E-02
         8304        9690         -10        1396
 patch iptc,sj,dgj,dgi,id:           7        9690         536         546
         1396
  half line dmj dgc:           0       22953        1609         567
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9690        8304
   Zeroing lines in arrays 
  Total # of output lines =            7       21977

         9690       11786           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11786         536         536
         2096
  half line dmj dgc:           1       22953        1609         567
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11786        9690
   Zeroing lines in arrays 
  Total # of output lines =            7       24073

 Processing block number            8
 DEBUG          542   542.1723       1654.538      3.4055598E-02  3.4055598E-02
        11786       13188           6        1396
 patch iptc,sj,dgj,dgi,id:           8         900         542         536
         1396
  half line dmj dgc:           0       26445        1654         567
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11786         900
   Zeroing lines in arrays 
  Total # of output lines =            8       25475

          900        2996           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2996         542         542
         2096
  half line dmj dgc:           1       26445        1654         567
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2996         900
   Zeroing lines in arrays 
  Total # of output lines =            8       27571

 Processing block number            9
 DEBUG          571   571.9314       1738.720      3.4051068E-02  3.4051068E-02
         2996        4421          29        1396
 patch iptc,sj,dgj,dgi,id:           9        4421         571         542
         1396
  half line dmj dgc:           0       29937        1738         567
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4421        2996
   Zeroing lines in arrays 
  Total # of output lines =            9       28996

         4421        6517           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6517         571         571
         2096
  half line dmj dgc:           1       29937        1738         567
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6517        4421
   Zeroing lines in arrays 
  Total # of output lines =            9       31092

 Processing block number           10
 DEBUG          597   597.7335       1782.600      3.4048975E-02  3.4048975E-02
         6517        7939          26        1396
 patch iptc,sj,dgj,dgi,id:          10        7939         597         571
         1396
  half line dmj dgc:           0       33429        1782         567
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7939        6517
   Zeroing lines in arrays 
  Total # of output lines =           10       32514

         7939       10035           0        2096
 patch iptc,sj,dgj,dgi,id:          10       10035         597         597
         2096
  half line dmj dgc:           1       33429        1782         567
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:       10035        7939
   Zeroing lines in arrays 
  Total # of output lines =           10       34610

 Processing block number           11
 DEBUG          593   593.2376       1763.041      3.4052797E-02  3.4052797E-02
        10035       11427          -4        1396
 patch iptc,sj,dgj,dgi,id:          11       11427         593         597
         1396
  half line dmj dgc:           0       36921        1762         567
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11427       10035
   Zeroing lines in arrays 
  Total # of output lines =           11       36002

        11427       13523           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1235         593         593
         2096
  half line dmj dgc:           1       36921        1762         567
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11427        1235
   Zeroing lines in arrays 
  Total # of output lines =           11       38098

 Processing block number           12
 DEBUG          577   577.1375       1739.739      3.4056947E-02  3.4056947E-02
         1235        2615         -16        1396
 patch iptc,sj,dgj,dgi,id:          12        2615         577         593
         1396
  half line dmj dgc:           0       40413        1739         567
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2615        1235
   Zeroing lines in arrays 
  Total # of output lines =           12       39478

         2615        4711           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4711         577         577
         2096
  half line dmj dgc:           1       40413        1739         567
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4711        2615
   Zeroing lines in arrays 
  Total # of output lines =           12       41574

 Processing block number           13
 DEBUG          572   572.6915       1741.883      3.4055591E-02  3.4055591E-02
         4711        6102          -5        1396
 patch iptc,sj,dgj,dgi,id:          13        6102         572         577
         1396
  half line dmj dgc:           0       43905        1741         567
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        6102        4711
   Zeroing lines in arrays 
  Total # of output lines =           13       42965

         6102        8198           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8198         572         572
         2096
  half line dmj dgc:           1       43905        1741         567
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8198        6102
   Zeroing lines in arrays 
  Total # of output lines =           13       45061

 Processing block number           14
 DEBUG          576   576.6055       1769.971      3.4055971E-02  3.4055971E-02
         8198        9598           4        1396
 patch iptc,sj,dgj,dgi,id:          14        9598         576         572
         1396
  half line dmj dgc:           0       47397        1769         567
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9598        8198
   Zeroing lines in arrays 
  Total # of output lines =           14       46461

         9598       11694           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11694         576         576
         2096
  half line dmj dgc:           1       47397        1769         567
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11694        9598
   Zeroing lines in arrays 
  Total # of output lines =           14       48557

 Processing block number           15
 DEBUG          592   592.6103       1829.047      3.4053337E-02  3.4053337E-02
        11694       13106          16        1396
 patch iptc,sj,dgj,dgi,id:          15         818         592         576
         1396
  half line dmj dgc:           0       50889        1828         567
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11694         818
   Zeroing lines in arrays 
  Total # of output lines =           15       49969

          818        2914           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2914         592         592
         2096
  half line dmj dgc:           1       50889        1828         567
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2914         818
   Zeroing lines in arrays 
  Total # of output lines =           15       52065

 Processing block number           16
 DEBUG          621   621.9528       1934.848      3.4048457E-02  3.4048457E-02
         2914        3766          29         823
 patch iptc,sj,dgj,dgi,id:          16        3766         621         592
          823
  half line dmj dgc:           0       53808        1934         567
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3766        2914
   Zeroing lines in arrays 
  Total # of output lines =           16       52917

         3766        5862           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5862         621         621
         2096
  half line dmj dgc:           1       53808        1934         567
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5862        3766
   Zeroing lines in arrays 
  Total # of output lines =           16       55013

 ia dmi dgi:        5862        1934         621
   Writing the last         3409 lines
 last half sj>s1        9271        5862       55013
 WAYNE done patche    109.6103259325027    
  Total # of output lines =        58422

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58422
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    110.3576469421387    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.vv00l                        

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_l.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    7952.370    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    2.400000    
  Radar wavelength (m)                 =   0.2422600    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =  -0.9000000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =  -5.5424944E-02   1.026312    
   2.6845539E-02
  Receive leverarm x,y,z              =  -5.5424944E-02   1.026312    
   2.6845539E-02



  Name of raw data file?
 /mnt/air118/airops/1381/l_vv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_l.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_l                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_l.vv_j                       
 *** ipol itop:           4           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.1427999E-02
 reading motion compensation data
 WAYNE read motion compen    1.083463    
 write parameters ...
 bw f0 fc fslp dt npts pul:   40.00000       2.500000       22.50000    
    4.000000      1.1111111E-02         900   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   40.00000       22.50000    
    90.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3739960    
 start range comp, time =      2.817

 WAYNE PREV   1.479841    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           13 to           14 by #            6

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.079 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.54873096942902    
 ATTN ifrq ipol ln           4           4       50096   13.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   8.3839893341064453E-03
 WAYNE Motion comp. added to patch, time =    12.76950991153717    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9589662551879883E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.8366469144821    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7221359014511108    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   204.8883999586105    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   207.968 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.74949598312378    
 ATTN ifrq ipol ln           4           4       53588   13.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   7.8699588775634766E-03
 WAYNE Motion comp. added to patch, time =    12.01383197307587    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.3067007064819336E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.0468869209290    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7276660203933716    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   207.5597660541534    
 ==w out          15        8387
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            9 to           10 by #            4

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.066 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.31279206275940    
 ATTN ifrq ipol ln           4           4       36128   13.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   8.3930492401123047E-03
 WAYNE Motion comp. added to patch, time =    12.72884392738342    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9640922546386719E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.4012329578400    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7198889255523682    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   204.1741689443588    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   207.240 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.03362798690796    
 ATTN ifrq ipol ln           4           4       39620   13.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   7.9079866409301758E-03
 WAYNE Motion comp. added to patch, time =    11.90730500221252    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8928050994873047E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.9741410017014    
  Writing         4192 lines of data to file
 WAYNE write output data   0.6956861019134521    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   209.6385060548782    
 ==w out          11        8387
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           11 to           12 by #            5

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     3.073 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.64237201213837    
 ATTN ifrq ipol ln           4           4       43112   13.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   8.5819959640502930E-03
 WAYNE Motion comp. added to patch, time =    12.58761799335480    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.0099878311157227E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    156.8229119777679    
  Writing         4192 lines of data to file
 WAYNE write output data    1.058586001396179    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   207.1231619119644    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   210.196 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.36981904506683    
 ATTN ifrq ipol ln           4           4       46604   13.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   7.9600811004638672E-03
 WAYNE Motion comp. added to patch, time =    12.11681091785431    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.6039819717407227E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.2309039831161    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8671439886093140    
 ==w out          12        4192        2001             85852160
 WAYNE PROCESS   212.5984050035477    
 ==w out          13        8387
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            7 to            8 by #            3

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     3.059 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.23057806491852    
 ATTN ifrq ipol ln           4           4       29144   13.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   8.4550380706787109E-03
 WAYNE Motion comp. added to patch, time =    12.64529693126678    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8650293350219727E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.1825699806213    
  Writing         4192 lines of data to file
 WAYNE write output data    1.064429998397827    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   207.1343259811401    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   210.194 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    45.92807495594025    
 ATTN ifrq ipol ln           4           4       32636   13.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   8.1239938735961914E-03
 WAYNE Motion comp. added to patch, time =    11.98012495040894    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   7.7769756317138672E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.0546849966049    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8550690412521362    
 ==w out           8        4192        2001             85852160
 WAYNE PROCESS   212.8349580764771    
 ==w out           9        8387
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            3 to            4 by #            1

 Processing block number            3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080     3.044 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.91986405849457    
 ATTN ifrq ipol ln           4           4       15176   13.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   8.3640813827514648E-03
 WAYNE Motion comp. added to patch, time =    12.45513999462128    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8579959869384766E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    158.0783100128174    
  Writing         4192 lines of data to file
 WAYNE write output data    1.112293958663940    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   207.5768189430237    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   210.621 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    44.60494196414948    
 ATTN ifrq ipol ln           4           4       18668   13.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   7.9190731048583984E-03
 WAYNE Motion comp. added to patch, time =    11.93476510047913    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.2384891510009766E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.3551670312881    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9135240316390991    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   214.8296329975128    
 ==w out           5        8387
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.036 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    35.93883204460144    
 ATTN ifrq ipol ln           4           4        8192   13.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.0829858779907227E-03
 TESTING  0.0000000E+00  -13.80768      0.1670621    
 WAYNE Motion comp. added to patch, time =    12.47327899932861    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9509792327880859E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.80768      0.1670621    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    157.6267580986023    
  Writing         4192 lines of data to file
 WAYNE write output data    1.099341988563538    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   207.1492069959641    

 Processing block number            2
 TESTING WHY  5.1048700E-02  1.2473600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   210.186 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    44.61305391788483    
 ATTN ifrq ipol ln           4           4       11684   13.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   7.8089237213134766E-03
 TESTING  0.0000000E+00  -13.91725      0.5707924    
 WAYNE Motion comp. added to patch, time =    11.72340798377991    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.6248941421508789E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.91725      0.5707924    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1048700E-02
   1.2473600E-02
 WAYNE Azimuth compression done, time =    158.0336729288101    
  Writing         4192 lines of data to file
 WAYNE write output data    1.032381892204285    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   215.4273999929428    
 ==w out           3        8387
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           15 to           16 by #            7

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     3.088 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.82367205619812    
 ATTN ifrq ipol ln           4           4       57080   13.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   8.2310438156127930E-03
 WAYNE Motion comp. added to patch, time =    12.72449803352356    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1530389785766602E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.0359710454941    
  Writing         4192 lines of data to file
 WAYNE write output data    1.108561992645264    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   207.7044409513474    

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903   210.793 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    45.40720403194427    
 ATTN ifrq ipol ln           4           4       59999   13.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   7.8570842742919922E-03
 WAYNE Motion comp. added to patch, time =    11.73834502696991    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.8520116806030273E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.0063390731812    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9510560035705566    
 ==w out          16        4192        2001             85852160
 WAYNE PROCESS   215.1304839849472    
 ==w out          17        8387
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            6 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.050 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.06144797801971    
 ATTN ifrq ipol ln           4           4       22160   13.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   8.5070133209228516E-03
 WAYNE Motion comp. added to patch, time =    12.60853898525238    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0240545272827148E-03
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    158.8554110527039    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8381229639053345    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   208.3751629590988    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   211.425 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    45.47037005424500    
 ATTN ifrq ipol ln           4           4       25652   13.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   7.8589916229248047E-03
 WAYNE Motion comp. added to patch, time =    11.88153696060181    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.4760971069335938E-02
 AZ Wavl Br:  0.2422600       40.00000      4.9054146E-02   390.0967    
    808.2391    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.2131819725037    
  Writing         4192 lines of data to file
 WAYNE write output data   0.6759979724884033    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   215.2647069692612    
 ==w out           7        8387
            1     1838633           0
            2     1838713           0
            3     1838433           0
            4     1838262           0
            5     1838296           0
            6     1838326           0
            7     1838243           0
            8     1838148           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=            8

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 gather image from processor #            2
             2
 gather image from processor #            3
             2
 gather image from processor #            4
             2
 gather image from processor #            5
             2
 gather image from processor #            6
             2
 gather image from processor #            7
             2
 WAYNE gather images takes:    0.3873389959335327    
 WAYNE LOOP TIME:     432.5547769069672    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_l.vv_j                       
 /mnt/air119/airops/1381/ts1381_l.mocompv                    
 /mnt/air119/airops/1381/ts1381_l.dop                        
 /mnt/air119/airops/1381/ts1381_l.glb                                2560
        67072
 update intf hdr ha:   6899.100    
 UPDATE:        2560       67072   3.331000      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_l.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_l.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_l.glb                        
 /mnt/air119/airops/1381/ts1381_l.glb                                  36
 deskew line ra ha trc:   290.8788             565   7949.298    
    6899.100       90.98126    
  after deskew line ra ha trc:   290.8788             565   7949.298    
    6899.100       90.98126    
 lat1 lon1:         565   63.75602      -144.9816           67072
 last ra n_ns ns:   7949.298              -1           1       67636
        67072
 lati loni:       67636   63.75605      -144.2425           67636           1
 center ra n_ns ns:   12209.65            1278        1278       34100
        67072
 lati loni:       34100   63.79443      -144.6073           34100        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_l.vv_j                       
 WAYNE FINAL PROCESS   435.4976159334183    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_l.vv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_l.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.lv                           
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air118/airops/1381/deskew.ch                           
  Enter N_AZ, NA_VALID and the ratio of the pixel
  spacing of the file to line up to relative to the
  current pixel spacing.
         4096        2208   1.000000    
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_l.BB                         
  Name of the line output file?
 /mnt/air119/airops/1381/l_lines.dat                         
 WAYNE before patch:    2.588455080986023    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          565   565.4071       1663.764      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1055         565         565
            0
  half line dmj dgc:           0        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1055           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1054

         1055        3151           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3151         565         565
         2096
  half line dmj dgc:           1        2001        1663         567
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3151        1055
   Zeroing lines in arrays 
  Total # of output lines =            1        3150

 Processing block number            2
 DEBUG          559   559.5629       1653.343      0.0000000E+00  0.0000000E+00
         3151        4541          -6        1396
 patch iptc,sj,dgj,dgi,id:           2        4541         559         565
         1396
  half line dmj dgc:           0        5493        1653         567
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4541        3151
   Zeroing lines in arrays 
  Total # of output lines =            2        4540

         4541        6637           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6637         559         559
         2096
  half line dmj dgc:           1        5493        1653         567
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6637        4541
   Zeroing lines in arrays 
  Total # of output lines =            2        6636

 Processing block number            3
 DEBUG          558   558.9363       1639.854      0.0000000E+00  0.0000000E+00
         6637        8032          -1        1396
 patch iptc,sj,dgj,dgi,id:           3        8032         558         559
         1396
  half line dmj dgc:           0        8985        1639         567
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        8032        6637
   Zeroing lines in arrays 
  Total # of output lines =            3        8031

         8032       10128           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10128         558         558
         2096
  half line dmj dgc:           1        8985        1639         567
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10128        8032
   Zeroing lines in arrays 
  Total # of output lines =            3       10127

 Processing block number            4
 DEBUG          566   566.3642       1627.650      0.0000000E+00  0.0000000E+00
        10128       11532           8        1396
 patch iptc,sj,dgj,dgi,id:           4       11532         566         558
         1396
  half line dmj dgc:           0       12477        1627         567
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11532       10128
   Zeroing lines in arrays 
  Total # of output lines =            4       11531

        11532       13628           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1340         566         566
         2096
  half line dmj dgc:           1       12477        1627         567
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11532        1340
   Zeroing lines in arrays 
  Total # of output lines =            4       13627

 Processing block number            5
 DEBUG          562   562.2464       1615.752      0.0000000E+00  0.0000000E+00
         1340        2732          -4        1396
 patch iptc,sj,dgj,dgi,id:           5        2732         562         566
         1396
  half line dmj dgc:           0       15969        1615         567
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2732        1340
   Zeroing lines in arrays 
  Total # of output lines =            5       15019

         2732        4828           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4828         562         562
         2096
  half line dmj dgc:           1       15969        1615         567
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4828        2732
   Zeroing lines in arrays 
  Total # of output lines =            5       17115

 Processing block number            6
 DEBUG          546   546.2696       1601.430      0.0000000E+00  0.0000000E+00
         4828        6208         -16        1396
 patch iptc,sj,dgj,dgi,id:           6        6208         546         562
         1396
  half line dmj dgc:           0       19461        1601         567
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6208        4828
   Zeroing lines in arrays 
  Total # of output lines =            6       18495

         6208        8304           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8304         546         546
         2096
  half line dmj dgc:           1       19461        1601         567
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8304        6208
   Zeroing lines in arrays 
  Total # of output lines =            6       20591

 Processing block number            7
 DEBUG          536   536.8711       1609.285      0.0000000E+00  0.0000000E+00
         8304        9690         -10        1396
 patch iptc,sj,dgj,dgi,id:           7        9690         536         546
         1396
  half line dmj dgc:           0       22953        1609         567
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9690        8304
   Zeroing lines in arrays 
  Total # of output lines =            7       21977

         9690       11786           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11786         536         536
         2096
  half line dmj dgc:           1       22953        1609         567
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11786        9690
   Zeroing lines in arrays 
  Total # of output lines =            7       24073

 Processing block number            8
 DEBUG          542   542.1235       1654.490      0.0000000E+00  0.0000000E+00
        11786       13188           6        1396
 patch iptc,sj,dgj,dgi,id:           8         900         542         536
         1396
  half line dmj dgc:           0       26445        1654         567
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11786         900
   Zeroing lines in arrays 
  Total # of output lines =            8       25475

          900        2996           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2996         542         542
         2096
  half line dmj dgc:           1       26445        1654         567
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2996         900
   Zeroing lines in arrays 
  Total # of output lines =            8       27571

 Processing block number            9
 DEBUG          571   571.8826       1738.671      0.0000000E+00  0.0000000E+00
         2996        4421          29        1396
 patch iptc,sj,dgj,dgi,id:           9        4421         571         542
         1396
  half line dmj dgc:           0       29937        1738         567
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4421        2996
   Zeroing lines in arrays 
  Total # of output lines =            9       28996

         4421        6517           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6517         571         571
         2096
  half line dmj dgc:           1       29937        1738         567
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6517        4421
   Zeroing lines in arrays 
  Total # of output lines =            9       31092

 Processing block number           10
 DEBUG          597   597.6847       1782.552      0.0000000E+00  0.0000000E+00
         6517        7939          26        1396
 patch iptc,sj,dgj,dgi,id:          10        7939         597         571
         1396
  half line dmj dgc:           0       33429        1782         567
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7939        6517
   Zeroing lines in arrays 
  Total # of output lines =           10       32514

         7939       10035           0        2096
 patch iptc,sj,dgj,dgi,id:          10       10035         597         597
         2096
  half line dmj dgc:           1       33429        1782         567
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:       10035        7939
   Zeroing lines in arrays 
  Total # of output lines =           10       34610

 Processing block number           11
 DEBUG          593   593.1888       1762.992      0.0000000E+00  0.0000000E+00
        10035       11427          -4        1396
 patch iptc,sj,dgj,dgi,id:          11       11427         593         597
         1396
  half line dmj dgc:           0       36921        1762         567
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11427       10035
   Zeroing lines in arrays 
  Total # of output lines =           11       36002

        11427       13523           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1235         593         593
         2096
  half line dmj dgc:           1       36921        1762         567
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11427        1235
   Zeroing lines in arrays 
  Total # of output lines =           11       38098

 Processing block number           12
 DEBUG          576   577.0887       1739.691      0.0000000E+00  0.0000000E+00
         1235        2614         -17        1396
 patch iptc,sj,dgj,dgi,id:          12        2614         576         593
         1396
  half line dmj dgc:           0       40413        1739         567
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2614        1235
   Zeroing lines in arrays 
  Total # of output lines =           12       39477

         2614        4710           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4710         576         576
         2096
  half line dmj dgc:           1       40413        1739         567
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4710        2614
   Zeroing lines in arrays 
  Total # of output lines =           12       41573

 Processing block number           13
 DEBUG          572   572.6427       1741.834      0.0000000E+00  0.0000000E+00
         4710        6102          -4        1396
 patch iptc,sj,dgj,dgi,id:          13        6102         572         576
         1396
  half line dmj dgc:           0       43905        1741         567
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        6102        4710
   Zeroing lines in arrays 
  Total # of output lines =           13       42965

         6102        8198           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8198         572         572
         2096
  half line dmj dgc:           1       43905        1741         567
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8198        6102
   Zeroing lines in arrays 
  Total # of output lines =           13       45061

 Processing block number           14
 DEBUG          576   576.5567       1769.922      0.0000000E+00  0.0000000E+00
         8198        9598           4        1396
 patch iptc,sj,dgj,dgi,id:          14        9598         576         572
         1396
  half line dmj dgc:           0       47397        1769         567
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9598        8198
   Zeroing lines in arrays 
  Total # of output lines =           14       46461

         9598       11694           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11694         576         576
         2096
  half line dmj dgc:           1       47397        1769         567
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11694        9598
   Zeroing lines in arrays 
  Total # of output lines =           14       48557

 Processing block number           15
 DEBUG          592   592.5615       1828.998      0.0000000E+00  0.0000000E+00
        11694       13106          16        1396
 patch iptc,sj,dgj,dgi,id:          15         818         592         576
         1396
  half line dmj dgc:           0       50889        1828         567
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11694         818
   Zeroing lines in arrays 
  Total # of output lines =           15       49969

          818        2914           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2914         592         592
         2096
  half line dmj dgc:           1       50889        1828         567
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2914         818
   Zeroing lines in arrays 
  Total # of output lines =           15       52065

 Processing block number           16
 DEBUG          621   621.9040       1934.799      0.0000000E+00  0.0000000E+00
         2914        3766          29         823
 patch iptc,sj,dgj,dgi,id:          16        3766         621         592
          823
  half line dmj dgc:           0       53808        1934         567
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3766        2914
   Zeroing lines in arrays 
  Total # of output lines =           16       52917

         3766        5862           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5862         621         621
         2096
  half line dmj dgc:           1       53808        1934         567
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5862        3766
   Zeroing lines in arrays 
  Total # of output lines =           16       55013

 ia dmi dgi:        5862        1934         621
   Writing the last         3409 lines
 last half sj>s1        9271        5862       55013
 WAYNE done patche    103.3319240808487    
  Total # of output lines =        58422

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58422
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    103.9073600769043    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9711145       72.24460    
     146     0.000    3046     0.063   72.24460   0.000017   0.000055  -0.000003
 r_peak,r_snr =   0.9779645       52.52385    
     246     0.031    3046     0.063   52.52385   0.000013   0.000048  -0.000003
 r_peak,r_snr =   0.9673535       100.6458    
     346     0.000    3046     0.031  100.64584   0.000016   0.000057  -0.000001
 r_peak,r_snr =   0.9812511       95.71339    
     446     0.000    3046     0.063   95.71339   0.000009   0.000036  -0.000001
 r_peak,r_snr =   0.9692789       99.33413    
     546     0.000    3046     0.031   99.33413   0.000015   0.000058  -0.000003
 r_peak,r_snr =   0.9654084       93.04941    
     646     0.000    3046     0.031   93.04941   0.000017   0.000068  -0.000002
 r_peak,r_snr =   0.9784222       84.97913    
     746     0.000    3046     0.000   84.97913   0.000011   0.000041  -0.000002
 r_peak,r_snr =   0.9754518       101.0299    
     846     0.000    3046     0.000  101.02987   0.000011   0.000044  -0.000002
 r_peak,r_snr =   0.9858371       81.29147    
     946     0.000    3046     0.000   81.29147   0.000008   0.000027  -0.000002
 r_peak,r_snr =   0.9852043       75.85570    
    1046     0.000    3046     0.000   75.85570   0.000008   0.000028  -0.000002
 r_peak,r_snr =   0.9747332       88.76678    
    1146     0.000    3046     0.031   88.76678   0.000013   0.000049  -0.000001
 r_peak,r_snr =   0.9768033       80.07301    
    1246     0.000    3046     0.000   80.07301   0.000011   0.000044  -0.000002
 r_peak,r_snr =   0.9806170       86.78787    
    1346     0.000    3046     0.000   86.78787   0.000010   0.000040  -0.000002
 r_peak,r_snr =   0.9787334       88.79180    
    1446     0.000    3046     0.000   88.79180   0.000011   0.000042  -0.000002
 r_peak,r_snr =   0.9768752       96.66052    
    1546     0.000    3046     0.000   96.66052   0.000012   0.000041  -0.000002
 r_peak,r_snr =   0.9833139       39.47520    
    1646     0.000    3046     0.000   39.47520   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9739308       99.27065    
    1746     0.000    3046     0.000   99.27065   0.000013   0.000049  -0.000002
 r_peak,r_snr =   0.9603207       43.35928    
    1846     0.000    3046     0.000   43.35928   0.000022   0.000082  -0.000004
 r_peak,r_snr =   0.9812710       114.2222    
    1946     0.000    3046    -0.031  114.22217   0.000009   0.000032  -0.000002
 r_peak,r_snr =   0.9501565       82.67693    
    2046     0.000    3046     0.000   82.67693   0.000026   0.000093  -0.000003
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9796059       30.49446    
     146     0.000    3446     0.063   30.49446   0.000013   0.000051  -0.000003
 r_peak,r_snr =   0.9784673       86.08533    
     246     0.000    3446     0.063   86.08533   0.000011   0.000044  -0.000001
 r_peak,r_snr =   0.9725759       106.1680    
     346     0.000    3446     0.031  106.16798   0.000013   0.000049  -0.000001
 r_peak,r_snr =   0.9772997       84.36938    
     446     0.000    3446     0.031   84.36938   0.000012   0.000041  -0.000001
 r_peak,r_snr =   0.9751990       62.20735    
     546     0.000    3446     0.031   62.20735   0.000013   0.000043  -0.000001
 r_peak,r_snr =   0.9617425       104.2604    
     646     0.000    3446     0.031  104.26044   0.000018   0.000068  -0.000002
 r_peak,r_snr =   0.9680048       105.7632    
     746     0.000    3446     0.000  105.76324   0.000016   0.000056  -0.000002
 r_peak,r_snr =   0.9709471       92.33825    
     846     0.000    3446     0.031   92.33825   0.000016   0.000052  -0.000002
 r_peak,r_snr =   0.9849917       79.58368    
     946     0.000    3446     0.031   79.58368   0.000007   0.000029  -0.000001
 r_peak,r_snr =   0.9796095       97.82327    
    1046     0.000    3446     0.000   97.82327   0.000010   0.000037  -0.000002
 r_peak,r_snr =   0.9837021       53.23690    
    1146     0.000    3446     0.031   53.23690   0.000008   0.000035  -0.000001
 r_peak,r_snr =   0.9639156       86.85445    
    1246     0.000    3446     0.000   86.85445   0.000018   0.000069  -0.000003
 r_peak,r_snr =   0.9854401       24.33305    
    1346     0.000    3446     0.031   24.33305   0.000010   0.000035  -0.000002
 r_peak,r_snr =   0.9791008       101.7002    
    1446     0.000    3446     0.000  101.70020   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9804621       91.48446    
    1546     0.000    3446     0.000   91.48446   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9804533       44.55657    
    1646     0.000    3446     0.000   44.55657   0.000011   0.000046  -0.000002
 r_peak,r_snr =   0.9679391       106.2807    
    1746     0.000    3446     0.000  106.28072   0.000016   0.000056  -0.000002
 r_peak,r_snr =   0.9601341       62.87030    
    1846     0.000    3446    -0.063   62.87030   0.000023   0.000078  -0.000003
 r_peak,r_snr =   0.9729932       97.06190    
    1946    -0.031    3446    -0.031   97.06190   0.000013   0.000048  -0.000003
 r_peak,r_snr =   0.9440362       100.9025    
    2046     0.000    3446    -0.031  100.90246   0.000028   0.000105  -0.000003
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9800204       88.78175    
     146     0.000    3846     0.094   88.78175   0.000010   0.000037   0.000000
 r_peak,r_snr =   0.9851357       32.21548    
     246     0.000    3846     0.063   32.21548   0.000010   0.000036  -0.000001
 r_peak,r_snr =   0.9797036       76.01604    
     346     0.000    3846     0.031   76.01604   0.000011   0.000037  -0.000001
 r_peak,r_snr =   0.9777759       83.23799    
     446     0.000    3846     0.000   83.23799   0.000012   0.000040   0.000000
 r_peak,r_snr =   0.9760598       111.9158    
     546     0.000    3846     0.063  111.91578   0.000011   0.000042  -0.000002
 r_peak,r_snr =   0.9722974       85.24915    
     646     0.000    3846     0.063   85.24915   0.000015   0.000049  -0.000002
 r_peak,r_snr =   0.9766327       47.90731    
     746     0.000    3846     0.000   47.90731   0.000013   0.000053  -0.000002
 r_peak,r_snr =   0.9753020       62.28334    
     846     0.000    3846     0.000   62.28334   0.000013   0.000047  -0.000003
 r_peak,r_snr =   0.9780952       74.31405    
     946     0.000    3846     0.031   74.31405   0.000011   0.000044  -0.000001
 r_peak,r_snr =   0.9827760       97.63507    
    1046     0.000    3846     0.031   97.63507   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9858052       60.53085    
    1146     0.000    3846     0.000   60.53085   0.000008   0.000029   0.000000
 r_peak,r_snr =   0.9723388       110.9579    
    1246     0.000    3846     0.031  110.95789   0.000013   0.000047  -0.000001
 r_peak,r_snr =   0.9657095       93.65596    
    1346     0.000    3846     0.000   93.65596   0.000016   0.000065  -0.000002
 r_peak,r_snr =   0.9868639       36.93112    
    1446     0.000    3846     0.000   36.93112   0.000007   0.000028  -0.000001
 r_peak,r_snr =   0.9834214       65.47130    
    1546     0.000    3846     0.000   65.47130   0.000009   0.000034  -0.000001
 r_peak,r_snr =   0.9808439       86.98200    
    1646     0.000    3846    -0.031   86.98200   0.000010   0.000037   0.000000
 r_peak,r_snr =   0.9750585       34.68306    
    1746     0.000    3846    -0.031   34.68306   0.000014   0.000054  -0.000001
 r_peak,r_snr =   0.9652351       94.86478    
    1846     0.000    3846     0.000   94.86478   0.000017   0.000063  -0.000002
 r_peak,r_snr =   0.9583430       23.19378    
    1946    -0.031    3846    -0.031   23.19378   0.000025   0.000089  -0.000002
 r_peak,r_snr =   0.9175665       105.7228    
    2046     0.000    3846     0.000  105.72276   0.000042   0.000180  -0.000006
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9817465       73.95580    
     146     0.031    4246     0.094   73.95580   0.000009   0.000036  -0.000002
 r_peak,r_snr =   0.9749920       64.62677    
     246     0.000    4246     0.063   64.62677   0.000014   0.000047  -0.000001
 r_peak,r_snr =   0.9753821       113.3476    
     346     0.000    4246     0.063  113.34762   0.000012   0.000042  -0.000002
 r_peak,r_snr =   0.9813771       66.82229    
     446     0.000    4246     0.031   66.82229   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9819623       44.32072    
     546     0.000    4246     0.031   44.32072   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9676659       84.91695    
     646     0.000    4246     0.031   84.91695   0.000016   0.000064  -0.000002
 r_peak,r_snr =   0.9648083       104.5929    
     746     0.000    4246     0.000  104.59295   0.000017   0.000061  -0.000002
 r_peak,r_snr =   0.9652863       108.3263    
     846     0.000    4246     0.000  108.32634   0.000016   0.000064  -0.000002
 r_peak,r_snr =   0.9797850       25.49573    
     946     0.000    4246     0.000   25.49573   0.000013   0.000051  -0.000002
 r_peak,r_snr =   0.9870457       84.58611    
    1046     0.000    4246     0.000   84.58611   0.000006   0.000025  -0.000001
 r_peak,r_snr =   0.9839133       77.32117    
    1146     0.000    4246     0.031   77.32117   0.000008   0.000033   0.000000
 r_peak,r_snr =   0.9736565       95.05024    
    1246     0.000    4246     0.000   95.05024   0.000013   0.000047  -0.000002
 r_peak,r_snr =   0.9726439       78.67701    
    1346     0.000    4246     0.031   78.67701   0.000015   0.000051  -0.000002
 r_peak,r_snr =   0.9883505       18.10641    
    1446     0.000    4246    -0.031   18.10641   0.000008   0.000032  -0.000001
 r_peak,r_snr =   0.9864858       49.55800    
    1546     0.000    4246     0.000   49.55800   0.000008   0.000030  -0.000002
 r_peak,r_snr =   0.9848537       71.52943    
    1646    -0.031    4246    -0.031   71.52943   0.000008   0.000036  -0.000001
 r_peak,r_snr =   0.9554946       101.2886    
    1746     0.000    4246     0.000  101.28856   0.000023   0.000080  -0.000004
 r_peak,r_snr =   0.9728713       73.44810    
    1846    -0.031    4246    -0.031   73.44810   0.000014   0.000054  -0.000003
 r_peak,r_snr =   0.9722883       86.96571    
    1946    -0.031    4246     0.000   86.96571   0.000014   0.000057  -0.000002
 r_peak,r_snr =   0.9780624       92.92730    
    2046     0.000    4246    -0.031   92.92730   0.000011   0.000042  -0.000001
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9760380       62.88361    
     146     0.000    4646     0.031   62.88361   0.000012   0.000043  -0.000001
 r_peak,r_snr =   0.9666176       106.1407    
     246     0.031    4646     0.094  106.14073   0.000016   0.000056   0.000000
 r_peak,r_snr =   0.9772653       69.17826    
     346     0.000    4646     0.063   69.17826   0.000011   0.000046  -0.000002
 r_peak,r_snr =   0.9823114       81.67304    
     446     0.000    4646     0.031   81.67304   0.000009   0.000039  -0.000002
 r_peak,r_snr =   0.9699920       81.28723    
     546     0.000    4646     0.031   81.28723   0.000015   0.000060  -0.000002
 r_peak,r_snr =   0.9741196       83.60982    
     646     0.000    4646     0.000   83.60982   0.000013   0.000047  -0.000001
 r_peak,r_snr =   0.9725212       92.13365    
     746     0.000    4646     0.000   92.13365   0.000014   0.000053  -0.000001
 r_peak,r_snr =   0.9685642       92.64414    
     846     0.031    4646     0.031   92.64414   0.000016   0.000058  -0.000002
 r_peak,r_snr =   0.9662169       45.67435    
     946     0.000    4646     0.031   45.67435   0.000020   0.000073  -0.000002
 r_peak,r_snr =   0.9850010       66.27273    
    1046     0.000    4646     0.000   66.27273   0.000009   0.000028  -0.000001
 r_peak,r_snr =   0.9825891       78.98518    
    1146     0.000    4646     0.000   78.98518   0.000009   0.000033  -0.000001
 r_peak,r_snr =   0.9827816       30.24670    
    1246     0.000    4646     0.000   30.24670   0.000010   0.000039  -0.000001
 r_peak,r_snr =   0.9755651       85.89067    
    1346     0.000    4646     0.031   85.89067   0.000013   0.000045  -0.000002
 r_peak,r_snr =   0.9707462       75.93104    
    1446     0.000    4646    -0.031   75.93104   0.000015   0.000061  -0.000001
 r_peak,r_snr =   0.9839243       24.14862    
    1546    -0.031    4646     0.000   24.14862   0.000012   0.000045  -0.000001
 r_peak,r_snr =   0.9880915       92.91956    
    1646     0.000    4646     0.000   92.91956   0.000006   0.000021  -0.000001
 r_peak,r_snr =   0.9793720       47.67944    
    1746     0.000    4646     0.000   47.67944   0.000011   0.000043  -0.000002
 r_peak,r_snr =   0.9712232       107.9598    
    1846    -0.031    4646     0.000  107.95982   0.000014   0.000048  -0.000003
 r_peak,r_snr =   0.9737899       94.00346    
    1946     0.000    4646     0.031   94.00346   0.000013   0.000052  -0.000001
 r_peak,r_snr =   0.9773180       103.8711    
    2046    -0.031    4646    -0.031  103.87106   0.000011   0.000041  -0.000002
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9776753       61.76082    
     146     0.000    5046     0.094   61.76082   0.000012   0.000043  -0.000002
 r_peak,r_snr =   0.9753903       67.89462    
     246     0.000    5046     0.063   67.89462   0.000013   0.000051  -0.000002
 r_peak,r_snr =   0.9825398       55.04784    
     346     0.000    5046     0.031   55.04784   0.000010   0.000034  -0.000002
 r_peak,r_snr =   0.9776816       82.98518    
     446     0.000    5046     0.031   82.98518   0.000012   0.000043  -0.000002
 r_peak,r_snr =   0.9737931       65.94534    
     546     0.000    5046     0.000   65.94534   0.000014   0.000050  -0.000003
 r_peak,r_snr =   0.9755175       103.5809    
     646     0.000    5046     0.031  103.58090   0.000012   0.000044  -0.000002
 r_peak,r_snr =   0.9761050       85.42336    
     746     0.000    5046     0.000   85.42336   0.000012   0.000045  -0.000001
 r_peak,r_snr =   0.9735358       59.10653    
     846     0.000    5046    -0.031   59.10653   0.000015   0.000054  -0.000002
 r_peak,r_snr =   0.9635973       83.76732    
     946     0.000    5046     0.000   83.76732   0.000019   0.000066  -0.000001
 r_peak,r_snr =   0.9848670       62.22710    
    1046     0.000    5046     0.000   62.22710   0.000009   0.000032  -0.000002
 r_peak,r_snr =   0.9846023       64.96680    
    1146     0.000    5046     0.000   64.96680   0.000009   0.000032  -0.000002
 r_peak,r_snr =   0.9810395       93.19967    
    1246     0.000    5046     0.031   93.19967   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9867557       45.73809    
    1346     0.000    5046     0.000   45.73809   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9781291       74.65805    
    1446     0.000    5046     0.031   74.65805   0.000013   0.000042  -0.000003
 r_peak,r_snr =   0.9951496       12.40953    
    1546    -0.031    5046    -0.063   12.40953   0.000006   0.000025  -0.000001
 r_peak,r_snr =   0.9671226       28.04877    
    1646     0.000    5046    -0.031   28.04877   0.000021   0.000080  -0.000006
 r_peak,r_snr =   0.9756869       60.97771    
    1746     0.000    5046     0.000   60.97771   0.000013   0.000055  -0.000002
 r_peak,r_snr =   0.9810174       84.44721    
    1846     0.000    5046     0.000   84.44721   0.000010   0.000035  -0.000001
 r_peak,r_snr =   0.9808519       45.16331    
    1946    -0.031    5046    -0.031   45.16331   0.000011   0.000039  -0.000001
 r_peak,r_snr =   0.9878113       68.27953    
    2046     0.000    5046    -0.031   68.27953   0.000007   0.000026  -0.000001
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9792286       40.77419    
     146     0.031    5446     0.063   40.77419   0.000011   0.000044  -0.000001
 r_peak,r_snr =   0.9747528       103.2994    
     246     0.000    5446     0.063  103.29939   0.000012   0.000045  -0.000002
 r_peak,r_snr =   0.9937139       10.35892    
     346     0.000    5446     0.031   10.35892   0.000006   0.000026  -0.000001
 r_peak,r_snr =   0.9785209       80.66241    
     446     0.000    5446     0.031   80.66241   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9752207       96.80584    
     546     0.000    5446     0.000   96.80584   0.000012   0.000044  -0.000002
 r_peak,r_snr =   0.9813910       62.20144    
     646     0.000    5446     0.000   62.20144   0.000011   0.000041  -0.000001
 r_peak,r_snr =   0.9726181       97.35934    
     746     0.000    5446     0.000   97.35934   0.000014   0.000052  -0.000001
 r_peak,r_snr =   0.9679148       55.24452    
     846     0.000    5446     0.031   55.24452   0.000016   0.000061  -0.000004
 r_peak,r_snr =   0.9615002       94.30464    
     946     0.000    5446     0.000   94.30464   0.000020   0.000066  -0.000002
 r_peak,r_snr =   0.9808473       43.18119    
    1046     0.000    5446    -0.031   43.18119   0.000011   0.000041  -0.000001
 r_peak,r_snr =   0.9721285       102.5481    
    1146     0.000    5446     0.031  102.54815   0.000013   0.000051  -0.000002
 r_peak,r_snr =   0.9654399       92.78057    
    1246     0.000    5446     0.000   92.78057   0.000018   0.000066  -0.000003
 r_peak,r_snr =   0.9833198       111.7789    
    1346     0.000    5446    -0.031  111.77891   0.000007   0.000029  -0.000001
 r_peak,r_snr =   0.9825667       83.97104    
    1446     0.000    5446     0.000   83.97104   0.000009   0.000033  -0.000001
 r_peak,r_snr =   0.9709098       64.53710    
    1546     0.000    5446     0.000   64.53710   0.000016   0.000056  -0.000002
 r_peak,r_snr =   0.9586444       87.62066    
    1646     0.000    5446    -0.031   87.62066   0.000022   0.000080  -0.000002
 r_peak,r_snr =   0.9560393       82.73311    
    1746     0.000    5446    -0.031   82.73311   0.000022   0.000088  -0.000004
 r_peak,r_snr =   0.9722893       91.10670    
    1846     0.000    5446    -0.031   91.10670   0.000014   0.000052  -0.000002
 r_peak,r_snr =   0.9629456       103.1192    
    1946     0.000    5446    -0.031  103.11918   0.000018   0.000070  -0.000002
 r_peak,r_snr =   0.9834731       28.86033    
    2046     0.000    5446    -0.031   28.86033   0.000011   0.000043  -0.000002
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9725242       92.90536    
     146     0.000    5846     0.094   92.90536   0.000013   0.000055  -0.000002
 r_peak,r_snr =   0.9835924       4.120711    
     246     0.031    5846     0.094    4.12071   0.000018   0.000070  -0.000003
 r_peak,r_snr =   0.9908220       4.140728    
     346     0.031    5846     0.063    4.14073   0.000011   0.000044  -0.000002
 r_peak,r_snr =   0.9727044       82.36613    
     446     0.000    5846     0.063   82.36613   0.000015   0.000050  -0.000002
 r_peak,r_snr =   0.9827642       57.59739    
     546     0.000    5846     0.031   57.59739   0.000009   0.000036  -0.000002
 r_peak,r_snr =   0.9817829       74.48701    
     646     0.000    5846     0.031   74.48701   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9752961       79.58300    
     746     0.000    5846     0.031   79.58300   0.000012   0.000050  -0.000002
 r_peak,r_snr =   0.9674507       69.04395    
     846     0.000    5846     0.000   69.04395   0.000019   0.000066  -0.000002
 r_peak,r_snr =   0.9619826       107.5210    
     946     0.000    5846     0.000  107.52097   0.000019   0.000068  -0.000003
 r_peak,r_snr =   0.9703618       91.74082    
    1046     0.000    5846     0.000   91.74082   0.000015   0.000052  -0.000002
 r_peak,r_snr =   0.9772028       84.06734    
    1146     0.000    5846     0.000   84.06734   0.000012   0.000049  -0.000002
 r_peak,r_snr =   0.9800429       45.23645    
    1246     0.000    5846     0.000   45.23645   0.000012   0.000042  -0.000002
 r_peak,r_snr =   0.9781912       73.32325    
    1346     0.000    5846    -0.031   73.32325   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9866642       28.04861    
    1446     0.000    5846    -0.031   28.04861   0.000009   0.000037  -0.000001
 r_peak,r_snr =   0.9858767       21.39029    
    1546     0.000    5846    -0.031   21.39029   0.000011   0.000045  -0.000001
 r_peak,r_snr =   0.9577174       96.91988    
    1646     0.000    5846     0.000   96.91988   0.000022   0.000075  -0.000005
 r_peak,r_snr =   0.9612792       105.7789    
    1746     0.000    5846     0.000  105.77886   0.000019   0.000070  -0.000003
 r_peak,r_snr =   0.9614972       92.46326    
    1846     0.000    5846    -0.031   92.46326   0.000020   0.000073  -0.000004
 r_peak,r_snr =   0.9484879       118.3515    
    1946     0.000    5846    -0.063  118.35146   0.000024   0.000094  -0.000002
 r_peak,r_snr =   0.9379677       84.92876    
    2046     0.000    5846     0.000   84.92876   0.000033   0.000115  -0.000004
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9615092       73.40401    
     146     0.031    3046     0.125   73.40401   0.000022   0.000075  -0.000004
 r_peak,r_snr =   0.9693491       53.25102    
     246     0.031    3046     0.125   53.25102   0.000018   0.000069  -0.000004
 r_peak,r_snr =   0.9599497       100.3489    
     346     0.000    3046     0.063  100.34887   0.000020   0.000072  -0.000002
 r_peak,r_snr =   0.9631174       93.71965    
     446     0.000    3046     0.094   93.71965   0.000019   0.000075  -0.000002
 r_peak,r_snr =   0.9550913       98.56970    
     546     0.031    3046     0.063   98.56970   0.000023   0.000089  -0.000005
 r_peak,r_snr =   0.9528776       94.09046    
     646     0.000    3046     0.031   94.09046   0.000023   0.000096  -0.000004
 r_peak,r_snr =   0.9685735       83.65085    
     746     0.031    3046     0.000   83.65085   0.000017   0.000063  -0.000003
 r_peak,r_snr =   0.9649244       99.32175    
     846     0.000    3046     0.000   99.32175   0.000017   0.000065  -0.000004
 r_peak,r_snr =   0.9730976       80.72527    
     946     0.031    3046     0.000   80.72527   0.000015   0.000054  -0.000004
 r_peak,r_snr =   0.9740765       74.54738    
    1046     0.000    3046     0.000   74.54738   0.000014   0.000050  -0.000003
 r_peak,r_snr =   0.9600902       86.30132    
    1146     0.000    3046     0.000   86.30132   0.000021   0.000081  -0.000001
 r_peak,r_snr =   0.9631431       80.17147    
    1246     0.000    3046    -0.031   80.17147   0.000019   0.000073  -0.000004
 r_peak,r_snr =   0.9695175       85.12999    
    1346    -0.031    3046     0.000   85.12999   0.000016   0.000065  -0.000003
 r_peak,r_snr =   0.9615855       88.12012    
    1446     0.000    3046     0.000   88.12012   0.000020   0.000078  -0.000004
 r_peak,r_snr =   0.9646980       96.15084    
    1546     0.000    3046    -0.031   96.15084   0.000018   0.000065  -0.000003
 r_peak,r_snr =   0.9725584       39.17535    
    1646     0.000    3046    -0.031   39.17535   0.000018   0.000068  -0.000001
 r_peak,r_snr =   0.9551899       100.7023    
    1746     0.000    3046    -0.031  100.70226   0.000023   0.000087  -0.000003
 r_peak,r_snr =   0.9428349       42.60347    
    1846     0.000    3046    -0.063   42.60347   0.000033   0.000126  -0.000006
 r_peak,r_snr =   0.9682666       111.7521    
    1946     0.000    3046    -0.031  111.75209   0.000015   0.000056  -0.000003
 r_peak,r_snr =   0.9317428       77.71924    
    2046    -0.031    3046    -0.063   77.71924   0.000037   0.000133  -0.000004
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9744811       31.56627    
     146     0.031    3446     0.094   31.56627   0.000017   0.000064  -0.000004
 r_peak,r_snr =   0.9673905       83.91470    
     246     0.031    3446     0.094   83.91470   0.000017   0.000070  -0.000002
 r_peak,r_snr =   0.9648527       102.9265    
     346     0.000    3446     0.063  102.92649   0.000016   0.000065  -0.000001
 r_peak,r_snr =   0.9679514       83.83769    
     446     0.000    3446     0.063   83.83769   0.000017   0.000059  -0.000002
 r_peak,r_snr =   0.9620370       64.65578    
     546     0.000    3446     0.063   64.65578   0.000021   0.000068  -0.000002
 r_peak,r_snr =   0.9544725       100.5468    
     646     0.000    3446     0.031  100.54677   0.000022   0.000082  -0.000002
 r_peak,r_snr =   0.9559979       105.4716    
     746     0.000    3446    -0.031  105.47159   0.000022   0.000079  -0.000003
 r_peak,r_snr =   0.9608328       89.75146    
     846     0.000    3446     0.000   89.75146   0.000022   0.000072  -0.000003
 r_peak,r_snr =   0.9705033       79.50375    
     946     0.031    3446     0.031   79.50375   0.000015   0.000060  -0.000002
 r_peak,r_snr =   0.9599204       96.98161    
    1046     0.000    3446     0.000   96.98161   0.000020   0.000075  -0.000004
 r_peak,r_snr =   0.9686154       54.00273    
    1146     0.000    3446     0.031   54.00273   0.000017   0.000069  -0.000002
 r_peak,r_snr =   0.9502625       86.47256    
    1246     0.000    3446     0.031   86.47256   0.000026   0.000098  -0.000004
 r_peak,r_snr =   0.9752763       24.19643    
    1346     0.000    3446     0.031   24.19643   0.000018   0.000062  -0.000003
 r_peak,r_snr =   0.9613334       101.1596    
    1446    -0.031    3446    -0.031  101.15963   0.000019   0.000073  -0.000002
 r_peak,r_snr =   0.9648799       91.35982    
    1546     0.000    3446    -0.031   91.35982   0.000018   0.000068  -0.000003
 r_peak,r_snr =   0.9650369       44.57568    
    1646     0.000    3446    -0.031   44.57568   0.000020   0.000084  -0.000003
 r_peak,r_snr =   0.9490240       107.7968    
    1746     0.000    3446    -0.031  107.79681   0.000026   0.000092  -0.000004
 r_peak,r_snr =   0.9400896       58.03466    
    1846     0.000    3446    -0.125   58.03466   0.000035   0.000124  -0.000005
 r_peak,r_snr =   0.9584059       96.28445    
    1946    -0.031    3446    -0.063   96.28445   0.000020   0.000078  -0.000005
 r_peak,r_snr =   0.9206142       96.59337    
    2046    -0.031    3446    -0.063   96.59337   0.000042   0.000157  -0.000004
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9677287       85.55404    
     146     0.031    3846     0.156   85.55404   0.000016   0.000062  -0.000001
 r_peak,r_snr =   0.9762653       31.51589    
     246     0.000    3846     0.063   31.51589   0.000016   0.000059  -0.000002
 r_peak,r_snr =   0.9749201       77.50442    
     346     0.000    3846     0.063   77.50442   0.000013   0.000047  -0.000001
 r_peak,r_snr =   0.9696374       82.50282    
     446     0.000    3846     0.063   82.50282   0.000017   0.000056  -0.000001
 r_peak,r_snr =   0.9688683       111.4320    
     546     0.031    3846     0.063  111.43201   0.000014   0.000055  -0.000002
 r_peak,r_snr =   0.9662489       83.47158    
     646     0.000    3846     0.063   83.47158   0.000018   0.000060  -0.000003
 r_peak,r_snr =   0.9672637       47.03090    
     746     0.000    3846     0.000   47.03090   0.000019   0.000076  -0.000003
 r_peak,r_snr =   0.9662125       62.21173    
     846     0.000    3846    -0.063   62.21173   0.000019   0.000067  -0.000004
 r_peak,r_snr =   0.9626110       72.94103    
     946     0.031    3846     0.000   72.94103   0.000020   0.000080  -0.000003
 r_peak,r_snr =   0.9627973       97.76151    
    1046     0.000    3846     0.000   97.76151   0.000019   0.000072  -0.000003
 r_peak,r_snr =   0.9702036       60.48230    
    1146     0.000    3846     0.000   60.48230   0.000018   0.000062  -0.000001
 r_peak,r_snr =   0.9642208       108.2407    
    1246    -0.031    3846    -0.031  108.24065   0.000018   0.000062  -0.000002
 r_peak,r_snr =   0.9515360       91.22767    
    1346     0.000    3846     0.000   91.22767   0.000024   0.000097  -0.000003
 r_peak,r_snr =   0.9679313       37.39254    
    1446     0.000    3846     0.000   37.39254   0.000018   0.000071  -0.000003
 r_peak,r_snr =   0.9676697       64.34599    
    1546     0.000    3846    -0.063   64.34599   0.000019   0.000070  -0.000003
 r_peak,r_snr =   0.9626351       84.02700    
    1646     0.000    3846    -0.063   84.02700   0.000020   0.000075  -0.000001
 r_peak,r_snr =   0.9563558       36.12099    
    1746    -0.031    3846    -0.094   36.12099   0.000025   0.000100  -0.000003
 r_peak,r_snr =   0.9337660       95.25972    
    1846     0.000    3846    -0.063   95.25972   0.000035   0.000129  -0.000005
 r_peak,r_snr =   0.9332182       23.30532    
    1946    -0.031    3846    -0.031   23.30532   0.000041   0.000153  -0.000004
 r_peak,r_snr =   0.8901653       103.4499    
    2046     0.000    3846    -0.063  103.44991   0.000059   0.000256  -0.000008
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9686549       73.80959    
     146     0.031    4246     0.125   73.80959   0.000017   0.000065  -0.000003
 r_peak,r_snr =   0.9668810       62.93343    
     246     0.031    4246     0.094   62.93343   0.000019   0.000064  -0.000001
 r_peak,r_snr =   0.9682758       110.5749    
     346     0.000    4246     0.094  110.57491   0.000016   0.000055  -0.000002
 r_peak,r_snr =   0.9712381       66.19157    
     446     0.031    4246     0.063   66.19157   0.000016   0.000060  -0.000001
 r_peak,r_snr =   0.9729061       43.81035    
     546     0.000    4246     0.031   43.81035   0.000015   0.000057  -0.000002
 r_peak,r_snr =   0.9674924       84.32568    
     646     0.000    4246     0.031   84.32568   0.000016   0.000065  -0.000002
 r_peak,r_snr =   0.9601688       104.4160    
     746     0.000    4246     0.000  104.41603   0.000019   0.000070  -0.000003
 r_peak,r_snr =   0.9567485       110.0919    
     846     0.000    4246    -0.031  110.09195   0.000020   0.000081  -0.000003
 r_peak,r_snr =   0.9729715       24.95149    
     946     0.000    4246    -0.031   24.95149   0.000018   0.000070  -0.000003
 r_peak,r_snr =   0.9721773       82.60025    
    1046     0.000    4246    -0.031   82.60025   0.000014   0.000056  -0.000001
 r_peak,r_snr =   0.9716651       75.96231    
    1146     0.000    4246     0.031   75.96231   0.000015   0.000059   0.000000
 r_peak,r_snr =   0.9647658       95.71438    
    1246     0.000    4246    -0.031   95.71438   0.000018   0.000064  -0.000003
 r_peak,r_snr =   0.9629726       76.20485    
    1346     0.000    4246    -0.031   76.20485   0.000020   0.000071  -0.000003
 r_peak,r_snr =   0.9724363       17.05548    
    1446     0.000    4246    -0.031   17.05548   0.000019   0.000081  -0.000003
 r_peak,r_snr =   0.9721034       48.70999    
    1546     0.000    4246    -0.031   48.70999   0.000018   0.000064  -0.000005
 r_peak,r_snr =   0.9672061       70.38789    
    1646    -0.031    4246    -0.094   70.38789   0.000019   0.000083  -0.000003
 r_peak,r_snr =   0.9292437       98.56396    
    1746     0.000    4246     0.000   98.56396   0.000039   0.000135  -0.000006
 r_peak,r_snr =   0.9480452       72.93605    
    1846    -0.031    4246    -0.063   72.93605   0.000027   0.000110  -0.000005
 r_peak,r_snr =   0.9514274       84.71768    
    1946    -0.031    4246    -0.063   84.71768   0.000026   0.000105  -0.000004
 r_peak,r_snr =   0.9605851       91.59240    
    2046    -0.031    4246    -0.063   91.59240   0.000020   0.000078  -0.000003
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9638972       60.75126    
     146     0.031    4646     0.125   60.75126   0.000019   0.000067  -0.000002
 r_peak,r_snr =   0.9529326       104.5143    
     246     0.031    4646     0.125  104.51433   0.000024   0.000082   0.000000
 r_peak,r_snr =   0.9668984       65.82265    
     346     0.031    4646     0.094   65.82265   0.000016   0.000070  -0.000003
 r_peak,r_snr =   0.9715263       79.75806    
     446     0.031    4646     0.063   79.75806   0.000015   0.000066  -0.000003
 r_peak,r_snr =   0.9638888       82.03455    
     546     0.031    4646     0.094   82.03455   0.000018   0.000074  -0.000003
 r_peak,r_snr =   0.9698607       82.02581    
     646     0.000    4646     0.000   82.02581   0.000015   0.000056  -0.000001
 r_peak,r_snr =   0.9681671       91.91699    
     746     0.000    4646    -0.031   91.91699   0.000016   0.000063  -0.000001
 r_peak,r_snr =   0.9629201       89.80964    
     846     0.000    4646    -0.031   89.80964   0.000019   0.000070  -0.000002
 r_peak,r_snr =   0.9622223       45.26567    
     946     0.000    4646     0.000   45.26567   0.000023   0.000082  -0.000002
 r_peak,r_snr =   0.9698546       67.88174    
    1046     0.000    4646    -0.031   67.88174   0.000017   0.000058  -0.000003
 r_peak,r_snr =   0.9660074       79.29932    
    1146     0.000    4646     0.031   79.29932   0.000018   0.000068  -0.000003
 r_peak,r_snr =   0.9690688       31.13993    
    1246    -0.031    4646    -0.031   31.13993   0.000019   0.000072  -0.000002
 r_peak,r_snr =   0.9682987       85.06248    
    1346     0.000    4646     0.031   85.06248   0.000017   0.000059  -0.000002
 r_peak,r_snr =   0.9640024       74.50960    
    1446     0.000    4646    -0.063   74.50960   0.000019   0.000078  -0.000002
 r_peak,r_snr =   0.9668277       23.53579    
    1546    -0.031    4646    -0.094   23.53579   0.000025   0.000098  -0.000003
 r_peak,r_snr =   0.9721911       91.61850    
    1646     0.000    4646     0.000   91.61850   0.000015   0.000053  -0.000002
 r_peak,r_snr =   0.9552832       47.88394    
    1746    -0.031    4646    -0.031   47.88394   0.000024   0.000097  -0.000004
 r_peak,r_snr =   0.9411309       101.5467    
    1846    -0.031    4646     0.000  101.54666   0.000031   0.000107  -0.000006
 r_peak,r_snr =   0.9533752       95.22346    
    1946    -0.031    4646     0.000   95.22346   0.000023   0.000097  -0.000002
 r_peak,r_snr =   0.9590150       101.4385    
    2046    -0.031    4646    -0.063  101.43847   0.000021   0.000078  -0.000005
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9668879       62.61867    
     146     0.031    5046     0.188   62.61867   0.000018   0.000066  -0.000003
 r_peak,r_snr =   0.9641875       66.81386    
     246     0.031    5046     0.125   66.81386   0.000020   0.000076  -0.000003
 r_peak,r_snr =   0.9703575       55.55019    
     346     0.000    5046     0.063   55.55019   0.000017   0.000059  -0.000003
 r_peak,r_snr =   0.9665124       81.51145    
     446     0.000    5046     0.063   81.51145   0.000018   0.000067  -0.000003
 r_peak,r_snr =   0.9638539       64.43027    
     546     0.000    5046     0.063   64.43027   0.000019   0.000071  -0.000004
 r_peak,r_snr =   0.9643968       101.9835    
     646     0.000    5046     0.063  101.98350   0.000017   0.000066  -0.000003
 r_peak,r_snr =   0.9659550       82.56531    
     746     0.000    5046     0.000   82.56531   0.000018   0.000067  -0.000001
 r_peak,r_snr =   0.9677188       56.60703    
     846     0.000    5046     0.000   56.60703   0.000018   0.000068  -0.000002
 r_peak,r_snr =   0.9525507       81.66712    
     946     0.000    5046    -0.031   81.66712   0.000025   0.000088  -0.000002
 r_peak,r_snr =   0.9741977       59.26087    
    1046     0.000    5046     0.031   59.26087   0.000016   0.000057  -0.000003
 r_peak,r_snr =   0.9703869       65.34382    
    1146     0.000    5046     0.000   65.34382   0.000017   0.000064  -0.000004
 r_peak,r_snr =   0.9637070       91.79295    
    1246    -0.031    5046     0.031   91.79295   0.000019   0.000070  -0.000003
 r_peak,r_snr =   0.9718921       45.25653    
    1346     0.000    5046    -0.031   45.25653   0.000017   0.000070  -0.000003
 r_peak,r_snr =   0.9656674       74.31306    
    1446    -0.031    5046    -0.063   74.31306   0.000021   0.000068  -0.000005
 r_peak,r_snr =   0.9908131       12.17333    
    1546    -0.031    5046    -0.094   12.17333   0.000012   0.000049  -0.000002
 r_peak,r_snr =   0.9398950       27.27553    
    1646     0.000    5046    -0.031   27.27553   0.000041   0.000156  -0.000013
 r_peak,r_snr =   0.9421986       57.15685    
    1746     0.000    5046    -0.031   57.15685   0.000033   0.000149  -0.000004
 r_peak,r_snr =   0.9563405       82.69818    
    1846     0.000    5046    -0.031   82.69818   0.000024   0.000087  -0.000003
 r_peak,r_snr =   0.9624495       44.78190    
    1946    -0.031    5046    -0.063   44.78190   0.000022   0.000080  -0.000002
 r_peak,r_snr =   0.9707459       66.76208    
    2046    -0.031    5046    -0.156   66.76208   0.000017   0.000065  -0.000003
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9692144       40.36858    
     146     0.031    5446     0.188   40.36858   0.000016   0.000067  -0.000001
 r_peak,r_snr =   0.9628448       102.0820    
     246     0.031    5446     0.125  102.08200   0.000019   0.000070  -0.000003
 r_peak,r_snr =   0.9893010       10.31458    
     346     0.031    5446     0.094   10.31458   0.000010   0.000045  -0.000001
 r_peak,r_snr =   0.9659736       79.96553    
     446     0.000    5446     0.031   79.96553   0.000019   0.000066  -0.000002
 r_peak,r_snr =   0.9608951       95.89898    
     546     0.031    5446     0.063   95.89898   0.000020   0.000072  -0.000004
 r_peak,r_snr =   0.9725344       60.75798    
     646     0.000    5446     0.000   60.75798   0.000016   0.000063  -0.000001
 r_peak,r_snr =   0.9628329       97.97128    
     746     0.031    5446     0.031   97.97128   0.000019   0.000071  -0.000002
 r_peak,r_snr =   0.9553934       56.88199    
     846     0.000    5446     0.031   56.88199   0.000022   0.000086  -0.000006
 r_peak,r_snr =   0.9508272       89.55280    
     946     0.000    5446    -0.031   89.55280   0.000026   0.000088  -0.000003
 r_peak,r_snr =   0.9703826       44.64900    
    1046     0.000    5446     0.000   44.64900   0.000018   0.000065  -0.000002
 r_peak,r_snr =   0.9548466       98.19294    
    1146     0.000    5446     0.063   98.19294   0.000022   0.000085  -0.000003
 r_peak,r_snr =   0.9467734       90.59787    
    1246     0.000    5446     0.000   90.59787   0.000029   0.000107  -0.000005
 r_peak,r_snr =   0.9624699       111.9309    
    1346    -0.031    5446    -0.031  111.93092   0.000017   0.000068  -0.000003
 r_peak,r_snr =   0.9682866       84.46595    
    1446     0.000    5446     0.000   84.46595   0.000017   0.000061  -0.000003
 r_peak,r_snr =   0.9559085       63.01496    
    1546     0.000    5446    -0.031   63.01496   0.000024   0.000087  -0.000004
 r_peak,r_snr =   0.9356555       83.18671    
    1646     0.000    5446    -0.031   83.18671   0.000036   0.000133  -0.000002
 r_peak,r_snr =   0.9209421       76.52444    
    1746     0.000    5446    -0.031   76.52444   0.000041   0.000174  -0.000007
 r_peak,r_snr =   0.9484360       89.18797    
    1846     0.000    5446    -0.063   89.18797   0.000028   0.000101  -0.000004
 r_peak,r_snr =   0.9338939       103.9892    
    1946    -0.031    5446    -0.031  103.98921   0.000033   0.000133  -0.000005
 r_peak,r_snr =   0.9714018       28.66865    
    2046    -0.031    5446    -0.063   28.66865   0.000019   0.000078  -0.000003
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9537703       87.97610    
     146     0.031    5846     0.219   87.97610   0.000024   0.000100  -0.000004
 r_peak,r_snr =   0.9822293       4.087787    
     246     0.031    5846     0.125    4.08779   0.000020   0.000078  -0.000004
 r_peak,r_snr =   0.9846575       4.102368    
     346     0.031    5846     0.125    4.10237   0.000019   0.000078  -0.000004
 r_peak,r_snr =   0.9664469       82.02483    
     446     0.000    5846     0.063   82.02483   0.000018   0.000063  -0.000002
 r_peak,r_snr =   0.9736329       57.38359    
     546     0.000    5846     0.063   57.38359   0.000015   0.000057  -0.000003
 r_peak,r_snr =   0.9719740       74.52922    
     646     0.000    5846     0.063   74.52922   0.000016   0.000059  -0.000001
 r_peak,r_snr =   0.9702061       78.85353    
     746     0.000    5846     0.000   78.85353   0.000015   0.000062  -0.000003
 r_peak,r_snr =   0.9644104       65.29620    
     846     0.000    5846     0.000   65.29620   0.000021   0.000074  -0.000002
 r_peak,r_snr =   0.9513451       102.4298    
     946     0.000    5846     0.031  102.42979   0.000025   0.000089  -0.000004
 r_peak,r_snr =   0.9556856       90.19469    
    1046     0.000    5846     0.031   90.19469   0.000023   0.000081  -0.000002
 r_peak,r_snr =   0.9614556       80.79659    
    1146     0.000    5846     0.031   80.79659   0.000022   0.000089  -0.000003
 r_peak,r_snr =   0.9640068       43.65355    
    1246     0.000    5846     0.031   43.65355   0.000023   0.000080  -0.000003
 r_peak,r_snr =   0.9604675       74.73077    
    1346    -0.031    5846     0.000   74.73077   0.000021   0.000080  -0.000002
 r_peak,r_snr =   0.9765593       27.16658    
    1446    -0.031    5846     0.031   27.16658   0.000016   0.000069  -0.000001
 r_peak,r_snr =   0.9757592       21.50133    
    1546     0.000    5846    -0.031   21.50133   0.000020   0.000080  -0.000001
 r_peak,r_snr =   0.9385903       94.02857    
    1646    -0.031    5846    -0.063   94.02857   0.000032   0.000116  -0.000008
 r_peak,r_snr =   0.9202254       102.8140    
    1746     0.000    5846     0.031  102.81400   0.000041   0.000157  -0.000008
 r_peak,r_snr =   0.9305922       92.57082    
    1846     0.000    5846    -0.063   92.57082   0.000038   0.000142  -0.000008
 r_peak,r_snr =   0.9040202       116.8999    
    1946    -0.031    5846    -0.094  116.89986   0.000048   0.000193  -0.000004
 r_peak,r_snr =   0.8977028       87.25232    
    2046     0.000    5846    -0.063   87.25232   0.000057   0.000206  -0.000005
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Correlation Coefficient Program     ***** 
   *****                                        ***** 
   *****  This program creates a byte file      ***** 
   *****  that contains the correlation         ***** 
   *****  coeficient of two complex single      ***** 
   *****  look files.                           ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the first complex file.
 /mnt/air119/airops/1381/ts1381_l.TB                                             
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air119/airops/1381/ts1381_l.BT                                             
 /mnt/air119/airops/1381/ts1381_l.TB                                            
        58422
 /mnt/air119/airops/1381/ts1381_l.BT                                            
        58422
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air119/airops/1381/ts1381_l.cor0                                           
  number of input lines:         58422
  number of output lines:         6491
  Reading data and doing multi-looking.
+     1
+   577
+  1153
+  1729
+  2305
+  2881
+  3457
+  4033
+  4609
+  5185
+  5761
+  6337
+  6913
+  7489
+  8065
+  8641
+  9217
+  9793
+ 10369
+ 10945
+ 11521
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+ 13249
+ 13825
+ 14401
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+ 15553
+ 16129
+ 16705
+ 17281
+ 17857
+ 18433
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+ 20161
+ 20737
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+ 36289
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+ 42625
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+ 44929
+ 45505
+ 46081
+ 46657
+ 47233
+ 47809
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+ 48961
+ 49537
+ 50113
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+ 51841
+ 52417
+ 52993
+ 53569
+ 54145
+ 54721
+ 55297
+ 55873
+ 56449
+ 57025
+ 57601
+ 58177
 *** Filtering. o/p nlines:        6491
+   256
+   512
+   768
+  1024
+  1280
+  1536
+  1792
+  2048
+  2304
+  2560
+  2816
+  3072
+  3328
+  3584
+  3840
+  4096
+  4352
+  4608
+  4864
+  5120
+  5376
+  5632
+  5888
+  6144
+  6400
  Writing data out.
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Correlation Coefficient Program     ***** 
   *****                                        ***** 
   *****  This program creates a byte file      ***** 
   *****  that contains the correlation         ***** 
   *****  coeficient of two complex single      ***** 
   *****  look files.                           ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the first complex file.
 /mnt/air119/airops/1381/ts1381_l.BT                                             
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air119/airops/1381/ts1381_l.BB                                             
 /mnt/air119/airops/1381/ts1381_l.BT                                            
        58422
 /mnt/air119/airops/1381/ts1381_l.BB                                            
        58422
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air119/airops/1381/ts1381_l.cor1                                           
  number of input lines:         58422
  number of output lines:         6491
  Reading data and doing multi-looking.
+     1
+   577
+  1153
+  1729
+  2305
+  2881
+  3457
+  4033
+  4609
+  5185
+  5761
+  6337
+  6913
+  7489
+  8065
+  8641
+  9217
+  9793
+ 10369
+ 10945
+ 11521
+ 12097
+ 12673
+ 13249
+ 13825
+ 14401
+ 14977
+ 15553
+ 16129
+ 16705
+ 17281
+ 17857
+ 18433
+ 19009
+ 19585
+ 20161
+ 20737
+ 21313
+ 21889
+ 22465
+ 23041
+ 23617
+ 24193
+ 24769
+ 25345
+ 25921
+ 26497
+ 27073
+ 27649
+ 28225
+ 28801
+ 29377
+ 29953
+ 30529
+ 31105
+ 31681
+ 32257
+ 32833
+ 33409
+ 33985
+ 34561
+ 35137
+ 35713
+ 36289
+ 36865
+ 37441
+ 38017
+ 38593
+ 39169
+ 39745
+ 40321
+ 40897
+ 41473
+ 42049
+ 42625
+ 43201
+ 43777
+ 44353
+ 44929
+ 45505
+ 46081
+ 46657
+ 47233
+ 47809
+ 48385
+ 48961
+ 49537
+ 50113
+ 50689
+ 51265
+ 51841
+ 52417
+ 52993
+ 53569
+ 54145
+ 54721
+ 55297
+ 55873
+ 56449
+ 57025
+ 57601
+ 58177
 *** Filtering. o/p nlines:        6491
+   256
+   512
+   768
+  1024
+  1280
+  1536
+  1792
+  2048
+  2304
+  2560
+  2816
+  3072
+  3328
+  3584
+  3840
+  4096
+  4352
+  4608
+  4864
+  5120
+  5376
+  5632
+  5888
+  6144
+  6400
  Writing data out.
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Correlation Coefficient Program     ***** 
   *****                                        ***** 
   *****  This program creates a byte file      ***** 
   *****  that contains the correlation         ***** 
   *****  coeficient of two complex single      ***** 
   *****  look files.                           ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the first complex file.
 /mnt/air119/airops/1381/ts1381_l.TT                                             
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air119/airops/1381/ts1381_l.BB                                             
 /mnt/air119/airops/1381/ts1381_l.TT                                            
        58422
 /mnt/air119/airops/1381/ts1381_l.BB                                            
        58422
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air119/airops/1381/ts1381_l.cor                                            
  number of input lines:         58422
  number of output lines:         6491
  Reading data and doing multi-looking.
+     1
+   577
+  1153
+  1729
+  2305
+  2881
+  3457
+  4033
+  4609
+  5185
+  5761
+  6337
+  6913
+  7489
+  8065
+  8641
+  9217
+  9793
+ 10369
+ 10945
+ 11521
+ 12097
+ 12673
+ 13249
+ 13825
+ 14401
+ 14977
+ 15553
+ 16129
+ 16705
+ 17281
+ 17857
+ 18433
+ 19009
+ 19585
+ 20161
+ 20737
+ 21313
+ 21889
+ 22465
+ 23041
+ 23617
+ 24193
+ 24769
+ 25345
+ 25921
+ 26497
+ 27073
+ 27649
+ 28225
+ 28801
+ 29377
+ 29953
+ 30529
+ 31105
+ 31681
+ 32257
+ 32833
+ 33409
+ 33985
+ 34561
+ 35137
+ 35713
+ 36289
+ 36865
+ 37441
+ 38017
+ 38593
+ 39169
+ 39745
+ 40321
+ 40897
+ 41473
+ 42049
+ 42625
+ 43201
+ 43777
+ 44353
+ 44929
+ 45505
+ 46081
+ 46657
+ 47233
+ 47809
+ 48385
+ 48961
+ 49537
+ 50113
+ 50689
+ 51265
+ 51841
+ 52417
+ 52993
+ 53569
+ 54145
+ 54721
+ 55297
+ 55873
+ 56449
+ 57025
+ 57601
+ 58177
 *** Filtering. o/p nlines:        6491
+   256
+   512
+   768
+  1024
+  1280
+  1536
+  1792
+  2048
+  2304
+  2560
+  2816
+  3072
+  3328
+  3584
+  3840
+  4096
+  4352
+  4608
+  4864
+  5120
+  5376
+  5632
+  5888
+  6144
+  6400
  Writing data out.
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Multi-look Program           ***** 
   *****                                        ***** 
   *****  This program creates a real multi-    ***** 
   *****  look file from a complex single look  ***** 
   *****  file.  The real values represent      ***** 
   *****  POWER, not amplitude.  Multi-looking  ***** 
   *****  is performed by summing POWER in the  ***** 
   *****  azimuth direction only.               ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the complex file.
  Enter the desired number of looks.
  Enter the output file name
  output azspace, azres:    4.629600       21.60000    
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Interferometric Phase Generation    ***** 
   *****                                        ***** 
   *****       This program calculates          ***** 
   *****         unwrapped phase from           ***** 
   *****     two complex single look files.     ***** 
   *****                                        ***** 
   ************************************************** 
  Enter the name of the top antenna complex file.
 size:        2560       58422
  Enter number of looks 
  Enter the name of the bottom antenna file.
  Enter the name of the correlation image file.
  Enter the cut-off for the correlation.
  Enter the maximum branch length.
  Enter the maximum phase noise in radians.
  Enter the name of the output phase file.
 size:        2560        6491       58422
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3245
  Identifying neutrons..
  I found            0 neutrons.
  I found        11571 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6491
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Interferometric Phase Generation    ***** 
   *****                                        ***** 
   *****       This program calculates          ***** 
   *****         unwrapped phase from           ***** 
   *****     two complex single look files.     ***** 
   *****                                        ***** 
   ************************************************** 
  Enter the name of the top antenna complex file.
 size:        2560       58422
  Enter number of looks 
  Enter the name of the bottom antenna file.
  Enter the name of the correlation image file.
  Enter the cut-off for the correlation.
  Enter the maximum branch length.
  Enter the maximum phase noise in radians.
  Enter the name of the output phase file.
 size:        2560        6491       58422
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3245
  Identifying neutrons..
  I found            0 neutrons.
  I found         3388 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6491
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Interferometric Phase Generation    ***** 
   *****                                        ***** 
   *****       This program calculates          ***** 
   *****         unwrapped phase from           ***** 
   *****     two complex single look files.     ***** 
   *****                                        ***** 
   ************************************************** 
  Enter the name of the top antenna complex file.
 size:        2560       58422
  Enter number of looks 
  Enter the name of the bottom antenna file.
  Enter the name of the correlation image file.
  Enter the cut-off for the correlation.
  Enter the maximum branch length.
  Enter the maximum phase noise in radians.
  Enter the name of the output phase file.
 size:        2560        6491       58422
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3245
  Identifying neutrons..
  I found            0 neutrons.
  I found         7556 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6491
  Enter the name of the top antenna SLC-1 file.
 /mnt/air119/airops/1381/ts1381_l.BT                         
 Enter the name of the bottom antenna SLC-2 file.
 /mnt/air119/airops/1381/ts1381_l.BB                         
  Enter the name of the packed amplitude (c1,c2) file.
 /mnt/air119/airops/1381/ts1381_l.amp                        
  Enter the name of the output interferogram file.
 /mnt/air119/airops/1381/ts1381_l.phase                      
  Enter number of looks 
            9
 Reading new header..STARTING at            0
 after write new header !
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
 ***Writing interf. and amp. files, total lines:         6491
  Enter the name of the top antenna SLC-1 file.
 /mnt/air119/airops/1381/ts1381_l.TT                         
 Enter the name of the bottom antenna SLC-2 file.
 /mnt/air119/airops/1381/ts1381_l.BB                         
  Enter the name of the packed amplitude (c1,c2) file.
 /mnt/air119/airops/1381/ts1381_l.amp                        
  Enter the name of the output interferogram file.
 /mnt/air119/airops/1381/ts1381_l.phase                      
  Enter number of looks 
            9
 Reading new header..STARTING at            0
 after write new header !
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
 ***Writing interf. and amp. files, total lines:         6491

 << PS filtering and unwrapping with random trees 3-Nov-98 CW/PAR/SH >>

 Error file = SCREEN
 Reading from: ts1381_l.rdf

 interferogram width:  2560  number of lines/patch:   256
 start line:        3  number of lines:    6490
 start sample:      1  end sample:         2550

 Interferogram File:                  /mnt/air119/airops/1381/ts1381_l.phase
 SLC Amplitudes File:                 /mnt/air119/airops/1381/ts1381_l.amp
 Filtered Interferogram File:         filt_int
 Phase Gradient File:                 phase_slp
 Gradient Corrected Corr. File:       gradient_cc
 Unwrapped Phase File:                /mnt/air119/airops/1381/ts1381_l.unw_phase_mag
 Unwrapping Flag File:                unwrap_flag

 Branch Cut Tree Type:             GZW
 number of realizations of the trees:                3
 minimum unwrap correlation threshold:          0.5000
 maximum unwrap correlation threshold:          0.9000
 bootstrap phase variance threshold:            2.0000
 min. points overlap for the bootstrap:             16

 phase gradient neutron flag:                        0
 phase gradient neutron threshold (radians):    0.5000
 intensity neutron flag:                             1
 intensity neutron thres. (sigma above mean):  10.0000
 maximum correlation for intensity neutrons:    0.8000

 azimuth buffer size:                              256
 overlap between azimuth patches:                   64
 total overlap between azimuth patches:            128
 offset in overlap region for phase  bootstrap:     64
 lines to increment for the next patch:            128
 number of patches:                                 50

 PATCH:   1   starting line:     2    lines read:  256
 starting output line:    1   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 INIT_UNW_RT: correlation threshold:       0.5000000
 GEN_NEUTRONS: average image intensity:             4.21035E-04
 GEN_NEUTRONS: image intensity standard deviation:  1.17880E-03
 GEN_NEUTRONS: image intensity neutrons:     139
 INIT_UNW_RT: number of residues:            0
 INIT_UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 INIT_UNW_RT: patch residual charge:      0
 INIT_UNW_RT: number of unwrapping seeds:          157

 INIT_UNW_RT: largest component area:  0.0000   seed range:    12

 WARNING: INIT_UNW_RT: no region of the patch could be unwrapped

 WARNING: INIT_UNW_RT: no unwrapped points available for phase bootstap

 PATCH:   2   starting line:   130    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 INIT_UNW_RT: correlation threshold:       0.5000000
 GEN_NEUTRONS: average image intensity:             1.06486E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.58643E-03
 GEN_NEUTRONS: image intensity neutrons:      77
 INIT_UNW_RT: number of residues:            0
 INIT_UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 INIT_UNW_RT: patch residual charge:      0
 INIT_UNW_RT: number of unwrapping seeds:          157

 seed:    1  range:        12  azimuth:        64
 points unwrapped:  499262  area fraction:  0.7920
 average correlation of component:   0.9899

 INIT_UNW_RT: largest component area:  0.7920   seed range:    12
 INIT_UNW_RT: number of points for phase bootstrap:  7606

 PATCH:   3   starting line:   258    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.13186E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.53645E-03
 GEN_NEUTRONS: image intensity neutrons:      80
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     629165 area fraction:  0.99802
 average correlation of connected component:   0.9895
 number of points for phase bootstrap:        7606
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  629165  area fraction:  0.9980
 UNW_RT: phase bootstrap points for next patch:       7604

 PATCH:   4   starting line:   386    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.10364E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.58838E-03
 GEN_NEUTRONS: image intensity neutrons:      71
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     628119 area fraction:  0.99636
 average correlation of connected component:   0.9932
 number of points for phase bootstrap:        7604
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  628119  area fraction:  0.9964
 UNW_RT: phase bootstrap points for next patch:       7608

 PATCH:   5   starting line:   514    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.09604E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.64984E-03
 GEN_NEUTRONS: image intensity neutrons:     106
 UNW_RT: number of residues:           24
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     624154 area fraction:  0.99007
 average correlation of connected component:   0.9940
 number of points for phase bootstrap:        7608
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  624154  area fraction:  0.9901
 UNW_RT: phase bootstrap points for next patch:       7594

 PATCH:   6   starting line:   642    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.09718E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.53974E-03
 GEN_NEUTRONS: image intensity neutrons:     112
 UNW_RT: number of residues:           24
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     625679 area fraction:  0.99249
 average correlation of connected component:   0.9929
 number of points for phase bootstrap:        7594
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  625679  area fraction:  0.9925
 UNW_RT: phase bootstrap points for next patch:       7582

 PATCH:   7   starting line:   770    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.10069E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.44386E-03
 GEN_NEUTRONS: image intensity neutrons:     114
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     629184 area fraction:  0.99805
 average correlation of connected component:   0.9940
 number of points for phase bootstrap:        7582
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  629184  area fraction:  0.9980
 UNW_RT: phase bootstrap points for next patch:       7625

 PATCH:   8   starting line:   898    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
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 GEN_NEUTRONS: average image intensity:             1.14159E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.53969E-03
 GEN_NEUTRONS: image intensity neutrons:     144
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     629919 area fraction:  0.99921
 average correlation of connected component:   0.9936
 number of points for phase bootstrap:        7625
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  629919  area fraction:  0.9992
 UNW_RT: phase bootstrap points for next patch:       7626

 PATCH:   9   starting line:  1026    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.19447E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.84954E-03
 GEN_NEUTRONS: image intensity neutrons:     113
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     630219 area fraction:  0.99969
 average correlation of connected component:   0.9941
 number of points for phase bootstrap:        7626
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  630219  area fraction:  0.9997
 UNW_RT: phase bootstrap points for next patch:       7624

 PATCH:  10   starting line:  1154    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.25280E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.69746E-03
 GEN_NEUTRONS: image intensity neutrons:     112
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     630201 area fraction:  0.99966
 average correlation of connected component:   0.9946
 number of points for phase bootstrap:        7624
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  630201  area fraction:  0.9997
 UNW_RT: phase bootstrap points for next patch:       7626

 PATCH:  11   starting line:  1282    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.24686E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.62630E-03
 GEN_NEUTRONS: image intensity neutrons:     139
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     630151 area fraction:  0.99958
 average correlation of connected component:   0.9945
 number of points for phase bootstrap:        7626
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  630151  area fraction:  0.9996
 UNW_RT: phase bootstrap points for next patch:       7625

 PATCH:  12   starting line:  1410    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.23721E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.74264E-03
 GEN_NEUTRONS: image intensity neutrons:     134
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     630120 area fraction:  0.99953
 average correlation of connected component:   0.9942
 number of points for phase bootstrap:        7625
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  630120  area fraction:  0.9995
 UNW_RT: phase bootstrap points for next patch:       7625

 PATCH:  13   starting line:  1538    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.28633E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.74485E-03
 GEN_NEUTRONS: image intensity neutrons:     137
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     629944 area fraction:  0.99925
 average correlation of connected component:   0.9953
 number of points for phase bootstrap:        7625
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  629944  area fraction:  0.9993
 UNW_RT: phase bootstrap points for next patch:       7621

 PATCH:  14   starting line:  1666    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.31167E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.78045E-03
 GEN_NEUTRONS: image intensity neutrons:     153
 UNW_RT: number of residues:            6
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     627433 area fraction:  0.99527
 average correlation of connected component:   0.9999
 number of points for phase bootstrap:        7621
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  627433  area fraction:  0.9953
 UNW_RT: phase bootstrap points for next patch:       7540

 PATCH:  15   starting line:  1794    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.27912E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.82177E-03
 GEN_NEUTRONS: image intensity neutrons:     163
 UNW_RT: number of residues:           68
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     619819 area fraction:  0.98319
 average correlation of connected component:   0.9991
 number of points for phase bootstrap:        7540
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  619819  area fraction:  0.9832
 UNW_RT: phase bootstrap points for next patch:       7509

 PATCH:  16   starting line:  1922    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.27152E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.89176E-03
 GEN_NEUTRONS: image intensity neutrons:     173
 UNW_RT: number of residues:           65
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     615308 area fraction:  0.97603
 average correlation of connected component:   0.9958
 number of points for phase bootstrap:        7509
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  615308  area fraction:  0.9760
 UNW_RT: phase bootstrap points for next patch:       7530

 PATCH:  17   starting line:  2050    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.26324E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.86862E-03
 GEN_NEUTRONS: image intensity neutrons:     202
 UNW_RT: number of residues:            5
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     622181 area fraction:  0.98694
 average correlation of connected component:   0.9954
 number of points for phase bootstrap:        7530
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  622181  area fraction:  0.9869
 UNW_RT: phase bootstrap points for next patch:       7585

 PATCH:  18   starting line:  2178    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.36717E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.00140E-03
 GEN_NEUTRONS: image intensity neutrons:     195
 UNW_RT: number of residues:            2
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     627098 area fraction:  0.99474
 average correlation of connected component:   0.9940
 number of points for phase bootstrap:        7585
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  627098  area fraction:  0.9947
 UNW_RT: phase bootstrap points for next patch:       7592

 PATCH:  19   starting line:  2306    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.43337E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.17032E-03
 GEN_NEUTRONS: image intensity neutrons:     151
 UNW_RT: number of residues:           38
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     625859 area fraction:  0.99277
 average correlation of connected component:   0.9944
 number of points for phase bootstrap:        7592
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  625859  area fraction:  0.9928
 UNW_RT: phase bootstrap points for next patch:       7533

 PATCH:  20   starting line:  2434    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    3     3     0.44933
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    4     1     0.13534
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.45896E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.32207E-03
 GEN_NEUTRONS: image intensity neutrons:      98
 UNW_RT: number of residues:           50
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     622802 area fraction:  0.98792
 average correlation of connected component:   0.9924
 number of points for phase bootstrap:        7533
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   67  range:      1068  azimuth:        64
 points unwrapped:         36 area fraction:  0.00006
 average correlation of connected component:   0.5720
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  622802  area fraction:  0.9879
 UNW_RT: phase bootstrap points for next patch:       7500

 PATCH:  21   starting line:  2562    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.43540E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.38656E-03
 GEN_NEUTRONS: image intensity neutrons:     157
 UNW_RT: number of residues:           19
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     620817 area fraction:  0.98477
 average correlation of connected component:   0.9893
 number of points for phase bootstrap:        7500
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  620817  area fraction:  0.9848
 UNW_RT: phase bootstrap points for next patch:       7604

 PATCH:  22   starting line:  2690    lines read:  256
 starting output line:   65   ending output line:  192
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    1     4     0.13534
    2     0     0.20190
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    2     2     1.00000
    2     3     0.67032
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    3     0     0.13534
    3     1     0.44933
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.48903E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.47298E-03
 GEN_NEUTRONS: image intensity neutrons:     195
 UNW_RT: number of residues:           47
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     617052 area fraction:  0.97880
 average correlation of connected component:   0.9860
 number of points for phase bootstrap:        7604
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  617052  area fraction:  0.9788
 UNW_RT: phase bootstrap points for next patch:       7389

 PATCH:  23   starting line:  2818    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     4     0.04076
    1     0     0.13534
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    4     0     0.04076
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    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.54256E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.92804E-03
 GEN_NEUTRONS: image intensity neutrons:     145
 UNW_RT: number of residues:          311
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     610383 area fraction:  0.96822
 average correlation of connected component:   0.9914
 number of points for phase bootstrap:        7389
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  610383  area fraction:  0.9682
 UNW_RT: phase bootstrap points for next patch:       7436

 PATCH:  24   starting line:  2946    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.56907E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.93789E-03
 GEN_NEUTRONS: image intensity neutrons:     170
 UNW_RT: number of residues:         1035
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     319688 area fraction:  0.50711
 average correlation of connected component:   0.9981
 number of points for phase bootstrap:        3776
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   82  range:      1308  azimuth:        64
 points unwrapped:     270170 area fraction:  0.42856
 average correlation of connected component:   0.9911
 number of points for phase bootstrap:        3660
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  589858  area fraction:  0.9357
 UNW_RT: phase bootstrap points for next patch:       7058

 PATCH:  25   starting line:  3074    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     2     0.20190
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    2     1     0.67032
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    3     0     0.13534
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    4     0     0.04076
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.60773E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.64791E-03
 GEN_NEUTRONS: image intensity neutrons:     181
 UNW_RT: number of residues:         1050
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     334247 area fraction:  0.53020
 average correlation of connected component:   0.9958
 number of points for phase bootstrap:        3970
 bootstrap phase variance :                -0.0004
 bootstrap phase difference:               -6.2832
 phase difference (multiples of 2PI):      -1.0000

 seed:   91  range:      1452  azimuth:        64
 points unwrapped:         13 area fraction:  0.00002
 average correlation of connected component:   0.6080
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   95  range:      1516  azimuth:        64
 points unwrapped:     255643 area fraction:  0.40551
 average correlation of connected component:   0.9879
 number of points for phase bootstrap:        3088
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  589890  area fraction:  0.9357
 UNW_RT: phase bootstrap points for next patch:       7391

 PATCH:  26   starting line:  3202    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
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    3     0     0.13534
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    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.52369E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.59092E-03
 GEN_NEUTRONS: image intensity neutrons:     174
 UNW_RT: number of residues:          434
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     611366 area fraction:  0.96978
 average correlation of connected component:   0.9924
 number of points for phase bootstrap:        7391
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 seed:   92  range:      1468  azimuth:        64
 points unwrapped:        197 area fraction:  0.00031
 average correlation of connected component:   0.6511
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  611366  area fraction:  0.9698
 UNW_RT: phase bootstrap points for next patch:       7617

 PATCH:  27   starting line:  3330    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
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    1     3     0.44933
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    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
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    3     0     0.13534
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    4     0     0.04076
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.45292E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.40770E-03
 GEN_NEUTRONS: image intensity neutrons:     170
 UNW_RT: number of residues:          175
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     623159 area fraction:  0.98849
 average correlation of connected component:   0.9929
 number of points for phase bootstrap:        7617
 bootstrap phase variance :                 0.0083
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  623159  area fraction:  0.9885
 UNW_RT: phase bootstrap points for next patch:       7616

 PATCH:  28   starting line:  3458    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     3     0.13534
    0     4     0.04076
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    2     2     1.00000
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    3     4     0.13534
    4     0     0.04076
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    4     3     0.13534
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.60662E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.28836E-03
 GEN_NEUTRONS: image intensity neutrons:     173
 UNW_RT: number of residues:           16
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     626812 area fraction:  0.99428
 average correlation of connected component:   0.9906
 number of points for phase bootstrap:        7616
 bootstrap phase variance :                 0.0083
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  626812  area fraction:  0.9943
 UNW_RT: phase bootstrap points for next patch:       7613

 PATCH:  29   starting line:  3586    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
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    3     0     0.13534
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    3     3     0.44933
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    4     0     0.04076
    4     1     0.13534
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.79296E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.53303E-03
 GEN_NEUTRONS: image intensity neutrons:     149
 UNW_RT: number of residues:          108
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     613404 area fraction:  0.97301
 average correlation of connected component:   0.9888
 number of points for phase bootstrap:        7613
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  613404  area fraction:  0.9730
 UNW_RT: phase bootstrap points for next patch:       7297

 PATCH:  30   starting line:  3714    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
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    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
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    3     3     0.44933
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    4     0     0.04076
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    4     3     0.13534
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.81997E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.62569E-03
 GEN_NEUTRONS: image intensity neutrons:     119
 UNW_RT: number of residues:          169
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     602213 area fraction:  0.95526
 average correlation of connected component:   0.9905
 number of points for phase bootstrap:        7297
 bootstrap phase variance :                 0.0080
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  602213  area fraction:  0.9553
 UNW_RT: phase bootstrap points for next patch:       7365

 PATCH:  31   starting line:  3842    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    1     0     0.13534
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    2     0     0.20190
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    2     3     0.67032
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    4     0     0.04076
    4     1     0.13534
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    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.67656E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.45978E-03
 GEN_NEUTRONS: image intensity neutrons:      96
 UNW_RT: number of residues:          152
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     593911 area fraction:  0.94209
 average correlation of connected component:   0.9914
 number of points for phase bootstrap:        7365
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  593911  area fraction:  0.9421
 UNW_RT: phase bootstrap points for next patch:       6972

 PATCH:  32   starting line:  3970    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
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    1     0     0.13534
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    4     0     0.04076
    4     1     0.13534
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    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.30395E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.37112E-03
 GEN_NEUTRONS: image intensity neutrons:     102
 UNW_RT: number of residues:          417
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     543274 area fraction:  0.86177
 average correlation of connected component:   0.9834
 number of points for phase bootstrap:        6972
 bootstrap phase variance :                 0.0077
 bootstrap phase difference:               -6.2827
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  543274  area fraction:  0.8618
 UNW_RT: phase bootstrap points for next patch:       5934

 PATCH:  33   starting line:  4098    lines read:  256
 starting output line:   65   ending output line:  192
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    0     4     0.04076
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    1     3     0.44933
    1     4     0.13534
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    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.16464E-03
 GEN_NEUTRONS: image intensity standard deviation:  8.23350E-03
 GEN_NEUTRONS: image intensity neutrons:      41
 UNW_RT: number of residues:          519
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     128891 area fraction:  0.20445
 average correlation of connected component:   0.9069
 number of points for phase bootstrap:        1195
 bootstrap phase variance :                -0.0007
 bootstrap phase difference:               -6.2832
 phase difference (multiples of 2PI):      -1.0000

 seed:   44  range:       700  azimuth:        64
 points unwrapped:         44 area fraction:  0.00007
 average correlation of connected component:   0.5833
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   57  range:       908  azimuth:        64
 points unwrapped:         26 area fraction:  0.00004
 average correlation of connected component:   0.5755
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   58  range:       924  azimuth:        64
 points unwrapped:     407238 area fraction:  0.64598
 average correlation of connected component:   0.9797
 number of points for phase bootstrap:        4739
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  536129  area fraction:  0.8504
 UNW_RT: phase bootstrap points for next patch:       6629

 PATCH:  34   starting line:  4226    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
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    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
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    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.00875E-03
 GEN_NEUTRONS: image intensity standard deviation:  7.92417E-03
 GEN_NEUTRONS: image intensity neutrons:      35
 UNW_RT: number of residues:          347
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     137606 area fraction:  0.21828
 average correlation of connected component:   0.8439
 number of points for phase bootstrap:        1519
 bootstrap phase variance :                -0.0010
 bootstrap phase difference:               -6.2832
 phase difference (multiples of 2PI):      -1.0000

 seed:   16  range:       252  azimuth:        64
 points unwrapped:         66 area fraction:  0.00010
 average correlation of connected component:   0.5643
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   44  range:       700  azimuth:        64
 points unwrapped:         37 area fraction:  0.00006
 average correlation of connected component:   0.7620
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   48  range:       764  azimuth:        64
 points unwrapped:        332 area fraction:  0.00053
 average correlation of connected component:   0.8178
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   52  range:       828  azimuth:        64
 points unwrapped:     408414 area fraction:  0.64785
 average correlation of connected component:   0.9803
 number of points for phase bootstrap:        5110
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  546020  area fraction:  0.8661
 UNW_RT: phase bootstrap points for next patch:       6584

 PATCH:  35   starting line:  4354    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             9.32520E-04
 GEN_NEUTRONS: image intensity standard deviation:  2.27077E-03
 GEN_NEUTRONS: image intensity neutrons:     201
 UNW_RT: number of residues:          345
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     137696 area fraction:  0.21842
 average correlation of connected component:   0.8386
 number of points for phase bootstrap:        1737
 bootstrap phase variance :                -0.0011
 bootstrap phase difference:               -6.2832
 phase difference (multiples of 2PI):      -1.0000

 seed:   13  range:       204  azimuth:        64
 points unwrapped:         15 area fraction:  0.00002
 average correlation of connected component:   0.5747
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   54  range:       860  azimuth:        64
 points unwrapped:          6 area fraction:  0.00001
 average correlation of connected component:   0.5927
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   55  range:       876  azimuth:        64
 points unwrapped:         12 area fraction:  0.00002
 average correlation of connected component:   0.5881
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   58  range:       924  azimuth:        64
 points unwrapped:     407587 area fraction:  0.64654
 average correlation of connected component:   0.9802
 number of points for phase bootstrap:        4847
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  545283  area fraction:  0.8650
 UNW_RT: phase bootstrap points for next patch:       6533

 PATCH:  36   starting line:  4482    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.34365E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.98004E-03
 GEN_NEUTRONS: image intensity neutrons:     195
 UNW_RT: number of residues:          557
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     539390 area fraction:  0.85561
 average correlation of connected component:   0.9532
 number of points for phase bootstrap:        6533
 bootstrap phase variance :                 0.0070
 bootstrap phase difference:               -6.2828
 phase difference (multiples of 2PI):      -1.0000

 seed:   47  range:       748  azimuth:        64
 points unwrapped:         65 area fraction:  0.00010
 average correlation of connected component:   0.6916
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   50  range:       796  azimuth:        64
 points unwrapped:        125 area fraction:  0.00020
 average correlation of connected component:   0.6539
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   52  range:       828  azimuth:        64
 points unwrapped:         75 area fraction:  0.00012
 average correlation of connected component:   0.5948
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  539390  area fraction:  0.8556
 UNW_RT: phase bootstrap points for next patch:       6401

 PATCH:  37   starting line:  4610    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.68140E-03
 GEN_NEUTRONS: image intensity standard deviation:  8.48435E-03
 GEN_NEUTRONS: image intensity neutrons:     212
 UNW_RT: number of residues:          404
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     564549 area fraction:  0.89552
 average correlation of connected component:   0.9570
 number of points for phase bootstrap:        6401
 bootstrap phase variance :                 0.0065
 bootstrap phase difference:               -6.2828
 phase difference (multiples of 2PI):      -1.0000

 seed:   24  range:       380  azimuth:        64
 points unwrapped:        110 area fraction:  0.00017
 average correlation of connected component:   0.6280
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   25  range:       396  azimuth:        64
 points unwrapped:         13 area fraction:  0.00002
 average correlation of connected component:   0.5943
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   26  range:       412  azimuth:        64
 points unwrapped:         10 area fraction:  0.00002
 average correlation of connected component:   0.6001
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   29  range:       460  azimuth:        64
 points unwrapped:          4 area fraction:  0.00001
 average correlation of connected component:   0.5393
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   50  range:       796  azimuth:        64
 points unwrapped:         19 area fraction:  0.00003
 average correlation of connected component:   0.7314
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   51  range:       812  azimuth:        64
 points unwrapped:          7 area fraction:  0.00001
 average correlation of connected component:   0.6318
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  564549  area fraction:  0.8955
 UNW_RT: phase bootstrap points for next patch:       7325

 PATCH:  38   starting line:  4738    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.54010E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.00442E-03
 GEN_NEUTRONS: image intensity neutrons:     211
 UNW_RT: number of residues:          456
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    2  range:        28  azimuth:        64
 points unwrapped:     569217 area fraction:  0.90292
 average correlation of connected component:   0.9641
 number of points for phase bootstrap:        7325
 bootstrap phase variance :                 0.0080
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  569217  area fraction:  0.9029
 UNW_RT: phase bootstrap points for next patch:       6549

 PATCH:  39   starting line:  4866    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.30385E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.85856E-03
 GEN_NEUTRONS: image intensity neutrons:     210
 UNW_RT: number of residues:         1743
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     146817 area fraction:  0.23289
 average correlation of connected component:   0.9353
 number of points for phase bootstrap:        1734
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   31  range:       492  azimuth:        64
 points unwrapped:          4 area fraction:  0.00001
 average correlation of connected component:   0.5818
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   33  range:       524  azimuth:        64
 points unwrapped:         22 area fraction:  0.00003
 average correlation of connected component:   0.7415
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   36  range:       572  azimuth:        64
 points unwrapped:        605 area fraction:  0.00096
 average correlation of connected component:   0.7031
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   51  range:       812  azimuth:        64
 points unwrapped:         40 area fraction:  0.00006
 average correlation of connected component:   0.5768
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   52  range:       828  azimuth:        64
 points unwrapped:          2 area fraction:  0.00000
 average correlation of connected component:   0.5427
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   58  range:       924  azimuth:        64
 points unwrapped:         54 area fraction:  0.00009
 average correlation of connected component:   0.6049
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   59  range:       940  azimuth:        64
 points unwrapped:     376825 area fraction:  0.59774
 average correlation of connected component:   0.9838
 number of points for phase bootstrap:        4815
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  523642  area fraction:  0.8306
 UNW_RT: phase bootstrap points for next patch:       5950

 PATCH:  40   starting line:  4994    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.25204E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.36249E-03
 GEN_NEUTRONS: image intensity neutrons:     199
 UNW_RT: number of residues:         2442
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     149574 area fraction:  0.23726
 average correlation of connected component:   0.9490
 number of points for phase bootstrap:        1552
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   48  range:       764  azimuth:        64
 points unwrapped:         95 area fraction:  0.00015
 average correlation of connected component:   0.6360
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   54  range:       860  azimuth:        64
 points unwrapped:         85 area fraction:  0.00013
 average correlation of connected component:   0.7643
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   56  range:       892  azimuth:        64
 points unwrapped:         13 area fraction:  0.00002
 average correlation of connected component:   0.7642
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   63  range:      1004  azimuth:        64
 points unwrapped:         11 area fraction:  0.00002
 average correlation of connected component:   0.5671
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   64  range:      1020  azimuth:        64
 points unwrapped:         16 area fraction:  0.00003
 average correlation of connected component:   0.5786
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   66  range:      1052  azimuth:        64
 points unwrapped:         30 area fraction:  0.00005
 average correlation of connected component:   0.5811
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   67  range:      1068  azimuth:        64
 points unwrapped:         14 area fraction:  0.00002
 average correlation of connected component:   0.5949
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   68  range:      1084  azimuth:        64
 points unwrapped:     354064 area fraction:  0.56164
 average correlation of connected component:   0.9855
 number of points for phase bootstrap:        4398
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  503638  area fraction:  0.7989
 UNW_RT: phase bootstrap points for next patch:       6189

 PATCH:  41   starting line:  5122    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.03446E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.86745E-03
 GEN_NEUTRONS: image intensity neutrons:     208
 UNW_RT: number of residues:         2208
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     169680 area fraction:  0.26916
 average correlation of connected component:   0.9401
 number of points for phase bootstrap:        1946
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   53  range:       844  azimuth:        64
 points unwrapped:         30 area fraction:  0.00005
 average correlation of connected component:   0.7568
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   57  range:       908  azimuth:        64
 points unwrapped:         10 area fraction:  0.00002
 average correlation of connected component:   0.5948
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   58  range:       924  azimuth:        64
 points unwrapped:        189 area fraction:  0.00030
 average correlation of connected component:   0.8895
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   66  range:      1052  azimuth:        64
 points unwrapped:         20 area fraction:  0.00003
 average correlation of connected component:   0.6151
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   70  range:      1116  azimuth:        64
 points unwrapped:     327216 area fraction:  0.51905
 average correlation of connected component:   0.9886
 number of points for phase bootstrap:        4243
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  496896  area fraction:  0.7882
 UNW_RT: phase bootstrap points for next patch:       6083

 PATCH:  42   starting line:  5250    lines read:  256
 starting output line:   65   ending output line:  192
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.16802E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.31309E-03
 GEN_NEUTRONS: image intensity neutrons:     181
 UNW_RT: number of residues:         1558
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     203090 area fraction:  0.32215
 average correlation of connected component:   0.9602
 number of points for phase bootstrap:        2303
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   37  range:       588  azimuth:        64
 points unwrapped:         55 area fraction:  0.00009
 average correlation of connected component:   0.6615
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   61  range:       972  azimuth:        64
 points unwrapped:        101 area fraction:  0.00016
 average correlation of connected component:   0.6102
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   69  range:      1100  azimuth:        64
 points unwrapped:          6 area fraction:  0.00001
 average correlation of connected component:   0.5629
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   73  range:      1164  azimuth:        64
 points unwrapped:        647 area fraction:  0.00103
 average correlation of connected component:   0.8313
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   81  range:      1292  azimuth:        64
 points unwrapped:     312726 area fraction:  0.49606
 average correlation of connected component:   0.9893
 number of points for phase bootstrap:        3780
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  515816  area fraction:  0.8182
 UNW_RT: phase bootstrap points for next patch:       6567

 PATCH:  43   starting line:  5378    lines read:  256
 starting output line:   65   ending output line:  192
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    1     3     0.44933
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    2     0     0.20190
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    2     2     1.00000
    2     3     0.67032
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    4     0     0.04076
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    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.48568E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.44972E-03
 GEN_NEUTRONS: image intensity neutrons:     170
 UNW_RT: number of residues:          720
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     577517 area fraction:  0.91609
 average correlation of connected component:   0.9828
 number of points for phase bootstrap:        6567
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   59  range:       940  azimuth:        64
 points unwrapped:        195 area fraction:  0.00031
 average correlation of connected component:   0.6252
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   66  range:      1052  azimuth:        64
 points unwrapped:        224 area fraction:  0.00036
 average correlation of connected component:   0.7625
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   69  range:      1100  azimuth:        64
 points unwrapped:         45 area fraction:  0.00007
 average correlation of connected component:   0.6464
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   74  range:      1180  azimuth:        64
 points unwrapped:        219 area fraction:  0.00035
 average correlation of connected component:   0.6094
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   89  range:      1420  azimuth:        64
 points unwrapped:          2 area fraction:  0.00000
 average correlation of connected component:   0.5970
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  577517  area fraction:  0.9161
 UNW_RT: phase bootstrap points for next patch:       7290

 PATCH:  44   starting line:  5506    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.73917E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.95779E-03
 GEN_NEUTRONS: image intensity neutrons:     230
 UNW_RT: number of residues:          281
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     616465 area fraction:  0.97787
 average correlation of connected component:   0.9818
 number of points for phase bootstrap:        7290
 bootstrap phase variance :                 0.0080
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 seed:   65  range:      1036  azimuth:        64
 points unwrapped:         35 area fraction:  0.00006
 average correlation of connected component:   0.6611
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  616465  area fraction:  0.9779
 UNW_RT: phase bootstrap points for next patch:       7495

 PATCH:  45   starting line:  5634    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.98814E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.71302E-03
 GEN_NEUTRONS: image intensity neutrons:     130
 UNW_RT: number of residues:           40
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     626038 area fraction:  0.99306
 average correlation of connected component:   0.9840
 number of points for phase bootstrap:        7495
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  626038  area fraction:  0.9931
 UNW_RT: phase bootstrap points for next patch:       7572

 PATCH:  46   starting line:  5762    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.98477E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.60753E-03
 GEN_NEUTRONS: image intensity neutrons:     103
 UNW_RT: number of residues:           22
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     628677 area fraction:  0.99724
 average correlation of connected component:   0.9839
 number of points for phase bootstrap:        7572
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  628677  area fraction:  0.9972
 UNW_RT: phase bootstrap points for next patch:       7624

 PATCH:  47   starting line:  5890    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
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    1     3     0.44933
    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
    2     3     0.67032
    2     4     0.20190
    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
    4     1     0.13534
    4     2     0.20190
    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.87846E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.48320E-03
 GEN_NEUTRONS: image intensity neutrons:     164
 UNW_RT: number of residues:            6
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     629622 area fraction:  0.99874
 average correlation of connected component:   0.9838
 number of points for phase bootstrap:        7624
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  629622  area fraction:  0.9987
 UNW_RT: phase bootstrap points for next patch:       7622

 PATCH:  48   starting line:  6018    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
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    1     3     0.44933
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    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
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    3     0     0.13534
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    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
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    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.87714E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.66337E-03
 GEN_NEUTRONS: image intensity neutrons:     177
 UNW_RT: number of residues:            0
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     630028 area fraction:  0.99938
 average correlation of connected component:   0.9858
 number of points for phase bootstrap:        7622
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  630028  area fraction:  0.9994
 UNW_RT: phase bootstrap points for next patch:       7626

 PATCH:  49   starting line:  6146    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     3     0.13534
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    2     1     0.67032
    2     2     1.00000
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    3     0     0.13534
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    3     3     0.44933
    3     4     0.13534
    4     0     0.04076
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    4     3     0.13534
    4     4     0.04076
 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   252
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.81886E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.84512E-03
 GEN_NEUTRONS: image intensity neutrons:     141
 UNW_RT: number of residues:            4
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     614013 area fraction:  0.97398
 average correlation of connected component:   1.0179
 number of points for phase bootstrap:        7626
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  614013  area fraction:  0.9740
 UNW_RT: phase bootstrap points for next patch:       7617

 PATCH:  50   starting line:  6274    lines read:  218
 starting output line:   65   ending output line:  218
    0     0     0.04076
    0     1     0.13534
    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
    1     0     0.13534
    1     1     0.44933
    1     2     0.67032
    1     3     0.44933
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    2     0     0.20190
    2     1     0.67032
    2     2     1.00000
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    3     3     0.44933
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    4     0     0.04076
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    4     3     0.13534
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   214
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             9.98532E-04
 GEN_NEUTRONS: image intensity standard deviation:  2.87932E-03
 GEN_NEUTRONS: image intensity neutrons:     136
 UNW_RT: number of residues:            6
 UNW_RT: GZW trees for unwrapping
 RT: generating random GZW trees
 RT: generating random GZW trees
 RT: generating random GZW trees
 UNW_RT: patch residual charge:          0

 UNW_RT: correlation threshold: 0.500000

 seed:    1  range:        12  azimuth:        64
 points unwrapped:     379576 area fraction:  0.71106
 average correlation of connected component:   1.1496
 number of points for phase bootstrap:        7617
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  379576  area fraction:  0.7111
 UNW_RT: phase bootstrap points for next patch:       3890

*** Normal Completion  ***

 enter I/P file name (unw_phase_mag)
 /mnt/air119/airops/1381/ts1381_l.unw_phase_mag              
 enter I/P file name for hdr (amp_file)
 /mnt/air119/airops/1381/ts1381_l.amp                        
 enter O/P file name for magitude file:
 /mnt/air119/airops/1381/ts1381_l.unw_vvvv                   
 enter O/P file name for phase file:
 /mnt/air119/airops/1381/ts1381_l.unw_intf                   
 Reading new header..STARTING at            0
 r_new_hdr
 r_param_hdr
 ns nl offset :        2560        6491       20480
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            1                10240                20480
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         3101             31754240             15892480
         3200             32768000             16404480
         3201             32778240             16404480
         3300             33792000             16916480
         3301             33802240             16916480
         3400             34816000             17428480
         3401             34826240             17428480
         3500             35840000             17940480
         3501             35850240             17940480
         3600             36864000             18452480
         3601             36874240             18452480
         3700             37888000             18964480
         3701             37898240             18964480
         3800             38912000             19476480
         3801             38922240             19476480
         3900             39936000             19988480
         3901             39946240             19988480
         4000             40960000             20500480
         4001             40970240             20500480
         4100             41984000             21012480
         4101             41994240             21012480
         4200             43008000             21524480
         4201             43018240             21524480
         4300             44032000             22036480
         4301             44042240             22036480
         4400             45056000             22548480
         4401             45066240             22548480
         4500             46080000             23060480
         4501             46090240             23060480
         4600             47104000             23572480
         4601             47114240             23572480
         4700             48128000             24084480
         4701             48138240             24084480
         4800             49152000             24596480
         4801             49162240             24596480
         4900             50176000             25108480
         4901             50186240             25108480
         5000             51200000             25620480
         5001             51210240             25620480
         5100             52224000             26132480
         5101             52234240             26132480
         5200             53248000             26644480
         5201             53258240             26644480
         5300             54272000             27156480
         5301             54282240             27156480
         5400             55296000             27668480
         5401             55306240             27668480
         5500             56320000             28180480
         5501             56330240             28180480
         5600             57344000             28692480
         5601             57354240             28692480
         5700             58368000             29204480
         5701             58378240             29204480
         5800             59392000             29716480
         5801             59402240             29716480
         5900             60416000             30228480
         5901             60426240             30228480
         6000             61440000             30740480
         6001             61450240             30740480
         6100             62464000             31252480
         6101             62474240             31252480
         6200             63488000             31764480
         6201             63498240             31764480
         6300             64512000             32276480
         6301             64522240             32276480
         6400             65536000             32788480
         6401             65546240             32788480
         6500             66560000             33300480
         6501             66570240             33300480
         6600             67584000             33812480
         6601             67594240             33812480
         6700             68608000             34324480
         6701             68618240             34324480
         6800             69632000             34836480
         6801             69642240             34836480
         6900             70656000             35348480
         6901             70666240             35348480
         7000             71680000             35860480
         7001             71690240             35860480
         7100             72704000             36372480
         7101             72714240             36372480
         7200             73728000             36884480
         7201             73738240             36884480
         7300             74752000             37396480
         7301             74762240             37396480
         7400             75776000             37908480
         7401             75786240             37908480
         7500             76800000             38420480
         7501             76810240             38420480
         7600             77824000             38932480
         7601             77834240             38932480
         7700             78848000             39444480
         7701             78858240             39444480
         7800             79872000             39956480
         7801             79882240             39956480
         7900             80896000             40468480
         7901             80906240             40468480
         8000             81920000             40980480
         8001             81930240             40980480
         8100             82944000             41492480
         8101             82954240             41492480
         8200             83968000             42004480
         8201             83978240             42004480
         8300             84992000             42516480
         8301             85002240             42516480
         8400             86016000             43028480
         8401             86026240             43028480
         8500             87040000             43540480
         8501             87050240             43540480
         8600             88064000             44052480
         8601             88074240             44052480
         8700             89088000             44564480
         8701             89098240             44564480
         8800             90112000             45076480
         8801             90122240             45076480
         8900             91136000             45588480
         8901             91146240             45588480
         9000             92160000             46100480
         9001             92170240             46100480
         9100             93184000             46612480
         9101             93194240             46612480
         9200             94208000             47124480
         9201             94218240             47124480
         9300             95232000             47636480
         9301             95242240             47636480
         9400             96256000             48148480
         9401             96266240             48148480
         9500             97280000             48660480
         9501             97290240             48660480
         9600             98304000             49172480
         9601             98314240             49172480
         9700             99328000             49684480
         9701             99338240             49684480
         9800            100352000             50196480
         9801            100362240             50196480
         9900            101376000             50708480
         9901            101386240             50708480
        10000            102400000             51220480
        10001            102410240             51220480
        10100            103424000             51732480
        10101            103434240             51732480
        10200            104448000             52244480
        10201            104458240             52244480
        10300            105472000             52756480
        10301            105482240             52756480
        10400            106496000             53268480
        10401            106506240             53268480
        10500            107520000             53780480
        10501            107530240             53780480
        10600            108544000             54292480
        10601            108554240             54292480
        10700            109568000             54804480
        10701            109578240             54804480
        10800            110592000             55316480
        10801            110602240             55316480
        10900            111616000             55828480
        10901            111626240             55828480
        11000            112640000             56340480
        11001            112650240             56340480
        11100            113664000             56852480
        11101            113674240             56852480
        11200            114688000             57364480
        11201            114698240             57364480
        11300            115712000             57876480
        11301            115722240             57876480
        11400            116736000             58388480
        11401            116746240             58388480
        11500            117760000             58900480
        11501            117770240             58900480
        11600            118784000             59412480
        11601            118794240             59412480
        11700            119808000             59924480
        11701            119818240             59924480
        11800            120832000             60436480
        11801            120842240             60436480
        11900            121856000             60948480
        11901            121866240             60948480
        12000            122880000             61460480
        12001            122890240             61460480
        12100            123904000             61972480
        12101            123914240             61972480
        12200            124928000             62484480
        12201            124938240             62484480
        12300            125952000             62996480
        12301            125962240             62996480
        12400            126976000             63508480
        12401            126986240             63508480
        12500            128000000             64020480
        12501            128010240             64020480
        12600            129024000             64532480
        12601            129034240             64532480
        12700            130048000             65044480
        12701            130058240             65044480
        12800            131072000             65556480
        12801            131082240             65556480
        12900            132096000             66068480
        12901            132106240             66068480
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****     Phase Screen Generation Program    ***** 
   *****                                        ***** 
   *****        This program calculates         ***** 
   *****            a phase screen              ***** 
   *****        using flat terrain area         ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the interferogram file.
  Enter the name of the raw lines file.
  Enter the name of the output averaged lines file.
  Enter the file with the global line
  Without the extension.
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.hv00l                        
  Number of lines in mocomp file:        60000
  Transmit leverarm: -7.0571043E-02   1.677678       1.921095    
  Receive levararm:  -5.5424944E-02   1.026312      2.6845539E-02
  Enter the motion compensation file name.
  Enter the name of the angle file.
  Enter the name of the output phase screen file
  Is this pingpong (long baseline) data (def=y)? 
 Reading unwrapped phase
 Reading mask
 Ave phase (rad), standard dev:       0.8022960      0.7572897    
 Total number of pixels averaged:     30173258
 Phase Adjustment in cycles:        0.1276894    
 Multi-looking lines        6491
 read lines.dat:           1                40960
 read lines.dat:        1001             92200960
 read lines.dat:        2001            184360960
 read lines.dat:        3001            276520960
 read lines.dat:        4001            368680960
 read lines.dat:        5001            460840960
 read lines.dat:        6001            553000960
 Cosine angle calculation
 Writing cos(angle) out.
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****         DEM Generation Program         ***** 
   *****                                        ***** 
   *****     This program creates DEM from      ***** 
   *****          unwrapped phase file.         ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the heoght  bias:
   0.0000000E+00
  Enter the phase  bias (# of 2pi) :
   0.0000000E+00
  Enter the name of the unwrapped phase file.
 ns np:        2560        6491
 ***del_cp del_hp:  0.0000000E+00  0.0000000E+00
  Enter the name of the raw lines file.
  Enter the file with the global line
  Please enter the name of the sensor file.
  sensor file:/mnt/air118/airops/1381/sensor.hv00l                        
  Transmit leverarm: -7.0571043E-02   1.677678       1.921095    
  Receive levararm:  -5.5424944E-02   1.026312      2.6845539E-02
 1st &total # lines:           1       60000
  How many transmitting antennas for this combination?
  ping - pong mode long baseline = 2; 1 otherwise.
  Enter the phase screen filename.
  Enter the name of the peg point file.
  Enter the motion compensation file name.
 xv0,h_p c s xv:           1   7499.064       7499.069      -13.84263    
    215.9219      5.3628297E-03
 1)xr yr zr: -3.3359192E-03   1.027963      1.9742530E-02
 xv0 ,h_p c s xv:         100   7499.064       7499.063      -13.84702    
    215.9219     -9.0630009E-04
 100)xr yr zr: -3.2330975E-03   1.027963      1.9737191E-02  -14976.93    
   -22.70430       7499.063    
  Enter the interf. calibration file name.
 HDDT:  104
 ==xv0 h_a==   7499.064       6899.100       599.9639    
 ==r0 bw wavl dx dr==   7952.370       40.00000      0.2422600    
   0.5100000       3.331000    
 ==phbt phtp calf==band  -139.5000       167.6000       43.59380    L
   0.2422600       40.00000    
 L-band 0
            1
 blocks , lines:          11           5
 hddt ash cln cph0:         104  0.4000000      0.0000000E+00   45.90000    
 L-band cal ph:   307.1000       167.6000      -139.5000    
 ==ph0 cal-dph cph0:   98.80000      -52.89999       45.90000    
  Enter the name of the DEM file.
  Enter the name of the s,c file.
 CP write NewHead:                    0        1000
 CP write ParHead:                10240        5000
  Ambiguity number =   0.0000000E+00
  Do I use this (y/n)
  Enter the ambiguity to use.
  Enter the flag for calibration output yes=1:
            0
 Reading unwrapped phase        6491           3
 Reading mask
 Reading  line files
 Translating the phases to height.
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
  Along-track offset =   -13347.81    
 Writing map out.
 cal_cp lines:        2560        6491       30720
 file cal_cp.dat:        2560        6491       30720
  ********************************************************
  *****                                              *****
  *****         Integrated AIRSAR Processor          *****
  *****                                              *****
  *****      Scattering area and Incidence Angle     *****
  *****                 Calculations                 *****
  *****                                              *****
  *****  This program usdes the DEM to calculate the *****
  *****  size of the scattering area to be used in   *****
  *****  data calibration.  It also calculates the   *****
  *****  local incidence angle for each pixel.       *****
  *****                                              *****
  ********************************************************


  Enter the name of the dem input file.
  Enter the name of the correlation file.
  What is the lowest correlation to use?
  Enter the name of the scattering area file.
  Enter the name of the incidence angle file.
  Enter the global reference line filename
  headers_sgi:           3        5000                10240
                 10240
  headers_sgi:           3        5000                10240
                  2560
  Reading height information
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Calculating slopes...
  Range direction..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
  Azimuth direction..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Incidence angle and scattering area..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
  Filtering the results.
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
  Writing files out.
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 ANTENNA_DIR:/u/sartor0/airops/OPS/data_proc/                  
   **************************************************** 
   *****                                          ***** 
   *****        Integrated AIRSAR Processor       ***** 
   *****                                          ***** 
   *****  Single Channel Radiometric Correction   ***** 
   *****                                          ***** 
   *****  This program performs the radiometric   ***** 
   *****  correction on single channel data.  It  ***** 
   *****  is intended to replace the old synoptic ***** 
   *****  data.  When topography is available,    ***** 
   *****  it is used when corrections are         ***** 
   *****  performed.                              ***** 
   *****                                          ***** 
   **************************************************** 

 Enter the name of the input file.
 intf lun:           3
 inunitvvvv lun:           3
  Enter the name of output file.
 Select the polarization combination:

   (1) HH 
   (2) HV 
   (3) VH 
   (4) VV 
 Is this TOPSAR data?
 parhead(296:300):  104
 HDDT:         104
  Enter the name of the calibration file.
 attenuation:   6.000000       6.000000       6.000000       6.000000    
 +base diff:  -1.190000      0.0000000E+00  -1.190000      0.0000000E+00
 L-band dhh dhv dhh_l dcal_l:   88.31000       96.80000       139.6400    
    89.40000    
 topsar L-band: gain caltone:   139.6400       89.40000      -235.0400    
 ipol ahh,ahv,avh,AVV:           4  -7.190000      -6.000000      -7.190000    
   -235.0400    
 L-band ANT:
 /u/sartor0/airops/OPS/data_proc/TOPSAR_LV98.ANT                                 
  Enter the name of the motion compensation file.
 motion lun:           5
  How many lines of raw data?
 cal vv gain, rosa cal:   89.30000      -235.0400    
  Input ground spacing ?
  cross-track ground spacing:   5.000000    
  Radiometric Correction Vectors file:
 /mnt/air119/airops/1381/ts1381_l.rad_vec                                        
 vec_len Rn ha y0out dyout:       17608   16476.40       6899.100    
    3955.074       5.000000       3.331000    
 NSAMP vec_len rg_len nbytes:        2560        2201       17608
  Enter the file with the data lines per pixel.
 lines lun:           6
  Is there a DEM available?
  Enter the name of the DEM file.
 dem lun:           7
  Byte offset to DEM data:            0       20480
  Enter the name of the global reference file
  Enter the scattering area file name.
 sca lun:           8
  Now doing the actual calibration
          250        6491
          500        6491
          750        6491
         1000        6491
         1250        6491
         1500        6491
         1750        6491
         2000        6491
         2250        6491
         2500        6491
         2750        6491
         3000        6491
         3250        6491
         3500        6491
         3750        6491
         4000        6491
         4250        6491
         4500        6491
         4750        6491
         5000        6491
         5250        6491
         5500        6491
         5750        6491
         6000        6491
         6250        6491
 peg points:    63.71950      -144.6855       90.70913       63.71950    
   -144.6855       90.70913    
GERSTLERIVER90-1 
NAME OF HEADER                           PARAMETER
SITE NAME                         GerstleRiver90-1
LATITUDE OF SITE (DEGREES)                 63.8000
LONGITUDE OF SITE (DEGREES)              -144.7667
IMAGE TITLE                       GERSTLERIVER90-1
HDDT ID                                        104
FREQUENCY                                        L
POLARIZATION                                    VV
CCT TYPE                                        TS
CCT ID                                        1381
ARCHIVAL FLAG                                    0
TRANSFER START FRAMECOUNT                 11615554
PROCESSOR START FRAMECOUNT                11615554
LATITUDE AT START OF SCENE (DEGREES)       63.7560
LONGITUDE AT START OF SCENE (DEGREES)    -144.9816
LATITUDE AT END OF SCENE (DEGREES)         63.7561
LONGITUDE AT END OF SCENE (DEGREES)      -144.2425
APPROXIMATE STARTING HDDT FOOTAGE            71669
DATE OF ACQUISITION (GMT)                22-OCT-00
TIME OF ACQUISITION: GMT DAY                   296
TIME OF ACQUISITION: SECONDS IN DAY        75762.0
RECORD WINDOW DURATION (MICROSECONDS)           65
FREQUENCIES COLLECTED                          PLC
DIGITAL DELAY (MICROSECONDS)                  85.0
CHIRP DELAY (MICROSECONDS)                    32.5
PROCESSOR DELAY (RAW SAMPLES)                    0
PRF AT START OF TRANSFER (HZ)                839.1
SAMPLING RATE (MHZ)                          90.00
CENTER FREQUENCY AT VIDEO (MHZ)              22.50
CHIRP BANDWIDTH (MHZ)                        40.00
TYPE OF CHIRP USED (ANALOG OR DIGITAL)     DIGITAL
PULSE LENGTH (MICROSECONDS)                  10.00
PROCESSOR WAVELENGTH (METERS)              0.24226
BAROMETRIC ALTITUDE (METERS)                7923.1
RADAR ALTITUDE (METERS)                     6899.1
ALTITUDE USED IN PROCESSOR (METERS)         6899.1
ELEVATION OF INVESTIGATOR SITE (METERS)        600
AIRCRAFT TRACK ANGLE (DEGREES)                91.0
AIRCRAFT YAW ANGLE (DEGREES)                   2.9
AIRCRAFT PITCH ANGLE (DEGREES)                 0.7
AIRCRAFT ROLL ANGLE (DEGREES)                 -0.4
PROCESSOR YAW ANGLE USED (DEGREES)        VARIABLE
PROCESSOR PITCH ANGLE USED (DEGREES)      VARIABLE
PROCESSOR ROLL ANGLE USED (DEGREES)       VARIABLE
NOMINAL PRF RATIO (HZ/KNOT)                  1.000
NOMINAL PRF RATIO (1/METERS)                 1.944
PRF RATIO CORRECTION FACTOR USED            1.0000
RANGE FFT SIZE                                8192
AZIMUTH FFT SIZE                              8192
FRAME SIZE (RANGE LINES)                      4192
NUMBER OF FRAMES PROCESSED                      16
RANGE ALIGNMENT DELAY USED,HH (MICROSEC)    0.0129
RANGE ALIGNMENT DELAY USED,HV (MICROSEC)    0.0000
RANGE ALIGNMENT DELAY USED,VH (MICROSEC)    0.0000
RANGE ALIGNMENT DELAY USED,VV (MICROSEC)    0.0000
NEAR SLANT RANGE (METERS)                  7952.37
FAR SLANT RANGE (METERS)                  16476.47
NEAR LOOK ANGLE (DEGREES)                     29.8
FAR LOOK ANGLE (DEGEES)                       65.2
NUMBER OF LOOKS PROCESSED IN AZIMUTH             9
NUMBER OF LOOKS PROCESSED IN RANGE               1
RANGE WEIGHTING USED                          COS2
RANGE WEIGHTING COEFFICIENT                  0.100
AZIMUTH WEIGHTING USED                        NONE
AZIMUTH WEIGHTING COEFFICIENT                1.000
PERCENT OF PRF BANDWIDTH PROCESSED            21.4
DESKEW FLAG (1=DESKEWED, 2=NOT DESKEWED)         1
SLANT RANGE SAMPLE SPACING (METERS)         3.3300
NOMINAL SLANT RANGE RESOLUTION (METERS)        5.5
AZIMUTH SAMPLE SPACING (METERS)             0.5100
NOMINAL AZIMUTH RESOLUTION (METERS)           21.6
NUMBER OF INTERPOLATION PNTS USED IN RMC         8
AZIMUTH REFERENCE SIZE/LOOK, NEAR RANGE   VARIABLE
AZIMUTH REFERENCE SIZE/LOOK, FAR RANGE    VARIABLE
IMAGE CENTER LATITUDE (DEGREES)            63.7944
IMAGE CENTER LONGITUDE (DEGREES)         -144.6073
CALTONE VIDEO FREQUENCY                    43.5938
CALTONE POWER MEASURED, DB, HH                86.8
CALTONE POWER MEASURED, DB, HV                89.3
CALTONE POWER MEASURED, DB, VH                86.8
CALTONE POWER MEASURED, DB, VV                89.3
CALIBRATION FACTOR APPLIED, DB, HH               0
CALIBRATION FACTOR APPLIED, DB, HV               0
CALIBRATION FACTOR APPLIED, DB, VH               0
CALIBRATION FACTOR APPLIED, DB, VV            -146
MEASURED AND CORRECTED HV/VH POWER RATIO     0.000
MEASURED AND CORRECTED HV/VH PHASE (DEG)       0.0
CALTONE PHASE MEASURED, DEG, HH             -139.5
CALTONE PHASE MEASURED, DEG, HV              167.6
CALTONE PHASE MEASURED, DEG, VH             -139.4
CALTONE PHASE MEASURED, DEG, VV              167.5
GENERAL SCALE FACTOR                           0.0
GPS ALTITUDE, M                             7477.6
LATITUDE OF PEG POINT                   63.7195015
LONGITUDE OF PEG POINT                -144.6854858
HEADING AT PEG POINT                    90.7091293
P-BAND RFI FILTER APPLIED FLAG                  NO
P-BAND RFI FILTER ALGORITHM                       
ALONG-TRACK OFFSET S0  (M)                    0.00
CROSS-TRACK OFFSET C0  (M)                    0.00
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting real*4 data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 proj4 nsampr        2201   15280.57       6899.100       3955.074    
    5.000000       7952.370    
  # header output no1 no2 no3:            3           1           1           1
  Byte offset to cali header out:             0
  Byte offset to calheader in:             0
  Byte offset to dem header        17608
  Byte offset to first data line:            26412
  Peg point parameters:
    63.71950      -144.6855       90.70913    
  
  Offset Parameters:
     s0 (m) =   -13347.80    
     c0 (m) =    3955.074    

 Reading data.       10240        2201        6491
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Resampling the data:  one pass (DEM version).
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Normalizing feathers
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
+ 6656
+ 6912
+ 7168
+ 7424
+ 7680
+ 7936
+ 8192
+ 8448
+ 8704
+ 8960
+ 9216
+ 9472
+ 9728
+ 9984
+10240
+10496
+10752
+11008
+11264
+11520
+11776
+12032
+12288
+12544
+12800
+13056
+13312
+13568
+13824
+14080
+14336
+14592
+14848
+15104
+15360
  Filling in 1 and 2 pixel holes.
   Number of pixels without data =               1702970
         2201         6010   -10000.00    
    Number of holes filled by WAYNE (real*4) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting real*4 data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6899.100       3955.074    
    5.000000    
  # header output no1 no2 no3:            2           1           1           0
  Byte offset to cali header out:             0
  Byte offset to calheader in:             0
  Byte offset to dem header            0
  Byte offset to first data line:            17608
 Reading data.       10240        2201        6491
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Near Range =    3955.074    
  Resampling the data:  first pass.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Resampling the data:  second pass.        2560        6491
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Normalizing feathers
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
+ 6656
+ 6912
+ 7168
+ 7424
+ 7680
+ 7936
+ 8192
+ 8448
+ 8704
+ 8960
+ 9216
+ 9472
+ 9728
+ 9984
+10240
+10496
+10752
+11008
+11264
+11520
+11776
+12032
+12288
+12544
+12800
+13056
+13312
+13568
+13824
+14080
+14336
+14592
+14848
+15104
+15360
  Filling in 1 and 2 pixel holes.
   Number of pixels without data =               1720027
         2201         6010   0.0000000E+00
    Number of holes filled by WAYNE (real*4) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting real*4 data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6899.100       3955.074    
    5.000000    
  # header output no1 no2 no3:            5           1           1           3
  Byte offset to cali header out:         17608
  Byte offset to calheader in:         20480
  Byte offset to dem header            0
  Byte offset to first data line:            44020
  headers_sgi:           3       17608                30720
                 26412
 projcr4 cal vector VV:ireclenr,nsampr,nbytes,calvecr
 VV cal vector:        8804        2201       17608       26412
 Reading data.       10240        2201        6491
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Near Range =    3955.074    
  Resampling the data:  first pass.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Resampling the data:  second pass.        2560        6491
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Normalizing feathers
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
+ 6656
+ 6912
+ 7168
+ 7424
+ 7680
+ 7936
+ 8192
+ 8448
+ 8704
+ 8960
+ 9216
+ 9472
+ 9728
+ 9984
+10240
+10496
+10752
+11008
+11264
+11520
+11776
+12032
+12288
+12544
+12800
+13056
+13312
+13568
+13824
+14080
+14336
+14592
+14848
+15104
+15360
  Filling in 1 and 2 pixel holes.
   Number of pixels without data =               1717188
         2201         6010   0.0000000E+00
    Number of holes filled by WAYNE (real*4) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting BYTE data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6899.100       3955.074    
    5.000000    
  Number of header no123:            4           1           3           0
  Byte offset to calibration header:             0
  Byte offset to dem header:                     0
  Byte offset to first data line:             8804
 Reading data.        2560        2201        6491
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Near Range =    3955.074    
  Resampling the data:  first pass.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Resampling the data:  second pass--fill only.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
    Number of holes filled by WAYNE (byte) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           Projection Program           ***** 
   *****                                        ***** 
   *****  This program projects from slant      ***** 
   *****  range to ground range.                ***** 
   *****                                        ***** 
   *****  It uses an array of values produced   ***** 
   *****  by the GENLOC program to perform a    ***** 
   *****  nearest neighbor interpolation.       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the input file.
  Projecting BYTE data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
 prf bw len:   839.1000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6899.100       3955.074    
    5.000000    
  Number of header no123:            4           1           3           0
  Byte offset to calibration header:             0
  Byte offset to dem header:                     0
  Byte offset to first data line:             8804
 Reading data.        2560        2201        6491
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Initializing output array.
  Near Range =    3955.074    
  Resampling the data:  first pass.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
  Resampling the data:  second pass--fill only.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
+ 6144
+ 6400
    Number of holes filled by WAYNE (byte) =                     0
    Neighborhood Pixel Distance Used =            0
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
+ 4864
+ 5120
+ 5376
+ 5632
+ 5888
  frequency that is currently being worked on 
  Enter filename (c band demgr): 
  Enter  filename (l band demgr): 
  Enter filename (c band vvgr): 
  Enter  filename (l band vvgr): 
  Enter filename (c band incgr): 
  Enter  filename (l band incgr): 
  Enter filename (c band corgr): 
  Enter  filename (l band corgr): 
 working on l band now
 working on dem
 Reading dem header..STARTING at        17608
 working on vv
 load values update param header only from passing in parameters
 working on inc
 load values update param header only from passing in parameters
 working on cor
 load values update param header only from passing in parameters
  Enter number of set to convert: 
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
         2201        2201
 dumping the rest            1
 dumping the rest            2
 dumping the rest            3
 dumping the rest            4
 dumping the rest            5
 dumping the rest            6
 dumping the rest            7
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 dumping the rest            9
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 dumping the rest           11
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 dumping the rest           15
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 dumping the rest           17
 dumping the rest           18
 dumping the rest           19
 dumping the rest           20
 dumping the rest           21
 dumping the rest           22
 dumping the rest           23
 dumping the rest           24
 dumping the rest           25
 dumping the rest           26
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 dumping the rest           28
 dumping the rest           29
 dumping the rest           30
 dumping the rest           31
 dumping the rest           32
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 dumping the rest           34
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 dumping the rest           45
 dumping the rest           46
 dumping the rest           47
 dumping the rest           48
 dumping the rest           49
 dumping the rest           50
 dumping the rest           51
 dumping the rest           52
 dumping the rest           53
 dumping the rest           54
 dumping the rest           55
 dumping the rest           56
 dumping the rest           57
 dumping the rest           58
 dumping the rest           59
 dumping the rest           60
 dumping the rest           61
 dumping the rest           62
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 dumping the rest           64
 dumping the rest           65
 dumping the rest           66
 dumping the rest           67
 dumping the rest           68
 dumping the rest           69
 dumping the rest           70
 dumping the rest           71
 dumping the rest           72
 dumping the rest           73
 dumping the rest           74
 dumping the rest           75
 dumping the rest           76
 dumping the rest           77
 dumping the rest           78
 dumping the rest           79
 dumping the rest           80
 dumping the rest           81
 dumping the rest           82
 dumping the rest           83
 dumping the rest           84
 dumping the rest           85
 dumping the rest           86
 dumping the rest           87
 dumping the rest           88
 dumping the rest           89
 dumping the rest           90
 dumping the rest           91
 dumping the rest           92
 dumping the rest           93
 dumping the rest           94
 dumping the rest           95
 dumping the rest           96
 dumping the rest           97
 dumping the rest           98
 dumping the rest           99
 dumping the rest          100
 dumping the rest          101
 dumping the rest          102
 dumping the rest          103
 dumping the rest          104
 dumping the rest          105
 dumping the rest          106
 dumping the rest          107
 dumping the rest          108
 dumping the rest          109
 dumping the rest          110
 dumping the rest          111
 dumping the rest          112
 dumping the rest          113
 dumping the rest          114
 dumping the rest          115
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
         2201        2201
 dumping the rest            1
 dumping the rest            2
 dumping the rest            3
 dumping the rest            4
 dumping the rest            5
 dumping the rest            6
 dumping the rest            7
 dumping the rest            8
 dumping the rest            9
 dumping the rest           10
 dumping the rest           11
 dumping the rest           12
 dumping the rest           13
 dumping the rest           14
 dumping the rest           15
 dumping the rest           16
 dumping the rest           17
 dumping the rest           18
 dumping the rest           19
 dumping the rest           20
 dumping the rest           21
 dumping the rest           22
 dumping the rest           23
 dumping the rest           24
 dumping the rest           25
 dumping the rest           26
 dumping the rest           27
 dumping the rest           28
 dumping the rest           29
 dumping the rest           30
 dumping the rest           31
 dumping the rest           32
 dumping the rest           33
 dumping the rest           34
 dumping the rest           35
 dumping the rest           36
 dumping the rest           37
 dumping the rest           38
 dumping the rest           39
 dumping the rest           40
 dumping the rest           41
 dumping the rest           42
 dumping the rest           43
 dumping the rest           44
 dumping the rest           45
 dumping the rest           46
 dumping the rest           47
 dumping the rest           48
 dumping the rest           49
 dumping the rest           50
 dumping the rest           51
 dumping the rest           52
 dumping the rest           53
 dumping the rest           54
 dumping the rest           55
 dumping the rest           56
 dumping the rest           57
 dumping the rest           58
 dumping the rest           59
 dumping the rest           60
 dumping the rest           61
 dumping the rest           62
 dumping the rest           63
 dumping the rest           64
 dumping the rest           65
 dumping the rest           66
 dumping the rest           67
 dumping the rest           68
 dumping the rest           69
 dumping the rest           70
 dumping the rest           71
 dumping the rest           72
 dumping the rest           73
 dumping the rest           74
 dumping the rest           75
 dumping the rest           76
 dumping the rest           77
 dumping the rest           78
 dumping the rest           79
 dumping the rest           80
 dumping the rest           81
 dumping the rest           82
 dumping the rest           83
 dumping the rest           84
 dumping the rest           85
 dumping the rest           86
 dumping the rest           87
 dumping the rest           88
 dumping the rest           89
 dumping the rest           90
 dumping the rest           91
 dumping the rest           92
 dumping the rest           93
 dumping the rest           94
 dumping the rest           95
 dumping the rest           96
 dumping the rest           97
 dumping the rest           98
 dumping the rest           99
 dumping the rest          100
 dumping the rest          101
 dumping the rest          102
 dumping the rest          103
 dumping the rest          104
 dumping the rest          105
 dumping the rest          106
 dumping the rest          107
 dumping the rest          108
 dumping the rest          109
 dumping the rest          110
 dumping the rest          111
 dumping the rest          112
 dumping the rest          113
 dumping the rest          114
 dumping the rest          115
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
             8804           0       26412
             8804           0       52824
             8804           0       79236
             8804           0       26412
             8804           0       52824
             8804           0       26412
             8804           0       52824
             8804           0       26412
             8804           0       52824
       105648       17608
         8804        8804
 dumping the rest            1
 dumping the rest            2
 dumping the rest            3
 dumping the rest            4
 dumping the rest            5
 dumping the rest            6
 dumping the rest            7
 dumping the rest            8
 dumping the rest            9
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 dumping the rest           11
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 dumping the rest           14
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 dumping the rest           23
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 dumping the rest           26
 dumping the rest           27
 dumping the rest           28
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 dumping the rest           31
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 dumping the rest           34
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 dumping the rest           41
 dumping the rest           42
 dumping the rest           43
 dumping the rest           44
 dumping the rest           45
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 dumping the rest           47
 dumping the rest           48
 dumping the rest           49
 dumping the rest           50
 dumping the rest           51
 dumping the rest           52
 dumping the rest           53
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 dumping the rest           61
 dumping the rest           62
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 dumping the rest           64
 dumping the rest           65
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 dumping the rest           68
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 dumping the rest           89
 dumping the rest           90
 dumping the rest           91
 dumping the rest           92
 dumping the rest           93
 dumping the rest           94
 dumping the rest           95
 dumping the rest           96
 dumping the rest           97
 dumping the rest           98
 dumping the rest           99
 dumping the rest          100
 dumping the rest          101
 dumping the rest          102
 dumping the rest          103
 dumping the rest          104
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  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
         8804        8804
 dumping the rest            1
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   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           DEM Format Program           ***** 
   *****                                        ***** 
   *****  This program outputs heights in       ***** 
   *****  16 bit numbers.                       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the file to be formatted.
 ibytesdemheadin:       17608
  Reading the data ..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
  Enter the output file name.
 ibytesdemheadin:       17608
  Finding the maximum and minimum heights..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
  Minimum, Maximum heights:   149.2843       769.2941    
  Suggest we use   3.7842393E-02 as increment.
  Do you agree?
  Changing to INTEGER*2 format...
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           CVV Format Program           ***** 
   *****                                        ***** 
   *****  This program outputs C-band RCS in    ***** 
   *****  16 bit numbers.                       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the file to be formatted.
 ns np offset:        2201        6125      105648
 ns np offset:        2201        6125      105648
 ibytesvectorin nvector:       79236       17608
  Reading the data ..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
  Finding the average RCS..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
  Average RCS (dB) =   -25.04486    
  Enter the output file name.
 cal offset:       13206           1           2
 data offset:       35216           1           2           1           4
        17608
  Changing to INTEGER*2 format...
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
 ***  Convert real*4 to Byte image  ***
  
 Enter data file to be converted:  /mnt/air119/airops/1381/ts1381_l.vvgr                                           
 channel=           3
  Reading the header.
  New header present.
  Record length =         8804
  Number of samples per line =         2201
  Number of lines in image =         6125
  Offset to data =       105648
  Status =            0
  New header is OK
 nsamp,nlines,ioff        2201        6125      105648
 Enter data file for saving byte output:            33  0.0000000E+00  0.0000000E+00
           65  0.0000000E+00  0.0000000E+00
           97  0.0000000E+00  0.0000000E+00
          129  0.0000000E+00  0.0000000E+00
          161  0.0000000E+00  0.0000000E+00
          193  0.2229488      0.0000000E+00
          225  0.2229488      0.0000000E+00
          257  0.2229488      0.0000000E+00
          289  0.2531117      0.0000000E+00
          321  0.2531117      0.0000000E+00
          353  0.2531117      0.0000000E+00
          385  0.2531117      0.0000000E+00
          417  0.2531117      0.0000000E+00
          449  0.2531117      0.0000000E+00
          481  0.2569041      0.0000000E+00
          513  0.2638131      0.0000000E+00
          545  0.3539846      0.0000000E+00
          577  0.3539846      0.0000000E+00
          609  0.3539846      0.0000000E+00
          641  0.3539846      0.0000000E+00
          673  0.3539846      0.0000000E+00
          705  0.3539846      0.0000000E+00
          737  0.5014032      0.0000000E+00
          769  0.5014032      0.0000000E+00
          801  0.5014032      0.0000000E+00
          833  0.5014032      0.0000000E+00
          865  0.5014032      0.0000000E+00
          897  0.5014032      0.0000000E+00
          929  0.5014032      0.0000000E+00
          961  0.5014032      0.0000000E+00
          993  0.5014032      0.0000000E+00
         1025  0.5014032      0.0000000E+00
         1057  0.5014032      0.0000000E+00
         1089  0.5014032      0.0000000E+00
         1121  0.5014032      0.0000000E+00
         1153  0.5014032      0.0000000E+00
         1185  0.5014032      0.0000000E+00
         1217  0.5014032      0.0000000E+00
         1249  0.5014032      0.0000000E+00
         1281  0.5014032      0.0000000E+00
         1313  0.5014032      0.0000000E+00
         1345  0.5014032      0.0000000E+00
         1377  0.5014032      0.0000000E+00
         1409  0.5014032      0.0000000E+00
         1441  0.5014032      0.0000000E+00
         1473  0.5014032      0.0000000E+00
         1505  0.5014032      0.0000000E+00
         1537  0.5014032      0.0000000E+00
         1569  0.5014032      0.0000000E+00
         1601  0.5014032      0.0000000E+00
         1633  0.5014032      0.0000000E+00
         1665  0.5014032      0.0000000E+00
         1697  0.5014032      0.0000000E+00
         1729  0.5014032      0.0000000E+00
         1761  0.5014032      0.0000000E+00
         1793  0.5014032      0.0000000E+00
         1825  0.5014032      0.0000000E+00
         1857  0.5014032      0.0000000E+00
         1889  0.6093372      0.0000000E+00
         1921  0.6093372      0.0000000E+00
         1953  0.6093372      0.0000000E+00
         1985  0.6093372      0.0000000E+00
         2017  0.6093372      0.0000000E+00
         2049  0.6093372      0.0000000E+00
         2081  0.6093372      0.0000000E+00
         2113  0.6093372      0.0000000E+00
         2145  0.6093372      0.0000000E+00
         2177  0.6093372      0.0000000E+00
         2209  0.6093372      0.0000000E+00
         2241  0.6093372      0.0000000E+00
         2273  0.6093372      0.0000000E+00
         2305  0.6093372      0.0000000E+00
         2337  0.6093372      0.0000000E+00
         2369  0.6093372      0.0000000E+00
         2401  0.6093372      0.0000000E+00
         2433  0.6093372      0.0000000E+00
         2465  0.6093372      0.0000000E+00
         2497  0.6093372      0.0000000E+00
         2529  0.6093372      0.0000000E+00
         2561  0.6093372      0.0000000E+00
         2593  0.6093372      0.0000000E+00
         2625  0.6093372      0.0000000E+00
         2657  0.6093372      0.0000000E+00
         2689  0.6093372      0.0000000E+00
         2721  0.6093372      0.0000000E+00
         2753  0.6093372      0.0000000E+00
         2785  0.6093372      0.0000000E+00
         2817  0.6093372      0.0000000E+00
         2849  0.6093372      0.0000000E+00
         2881  0.6093372      0.0000000E+00
         2913  0.6093372      0.0000000E+00
         2945  0.6093372      0.0000000E+00
         2977  0.6093372      0.0000000E+00
         3009  0.6093372      0.0000000E+00
         3041  0.6093372      0.0000000E+00
         3073  0.6093372      0.0000000E+00
         3105  0.6093372      0.0000000E+00
         3137  0.6093372      0.0000000E+00
         3169  0.6093372      0.0000000E+00
         3201  0.6093372      0.0000000E+00
         3233  0.6093372      0.0000000E+00
         3265  0.6093372      0.0000000E+00
         3297  0.6093372      0.0000000E+00
         3329  0.6093372      0.0000000E+00
         3361  0.6093372      0.0000000E+00
         3393  0.6093372      0.0000000E+00
         3425  0.6093372      0.0000000E+00
         3457  0.6093372      0.0000000E+00
         3489  0.6093372      0.0000000E+00
         3521  0.6093372      0.0000000E+00
         3553  0.6093372      0.0000000E+00
         3585  0.6093372      0.0000000E+00
         3617  0.6093372      0.0000000E+00
         3649  0.6093372      0.0000000E+00
         3681  0.6093372      0.0000000E+00
         3713  0.6093372      0.0000000E+00
         3745  0.6093372      0.0000000E+00
         3777  0.6093372      0.0000000E+00
         3809  0.6093372      0.0000000E+00
         3841  0.6093372      0.0000000E+00
         3873  0.6093372      0.0000000E+00
         3905  0.6093372      0.0000000E+00
         3937  0.6093372      0.0000000E+00
         3969  0.6093372      0.0000000E+00
         4001  0.6093372      0.0000000E+00
         4033  0.6093372      0.0000000E+00
         4065  0.6093372      0.0000000E+00
         4097  0.6093372      0.0000000E+00
         4129  0.6093372      0.0000000E+00
         4161  0.6093372      0.0000000E+00
         4193  0.6093372      0.0000000E+00
         4225  0.6093372      0.0000000E+00
         4257  0.6093372      0.0000000E+00
         4289  0.6093372      0.0000000E+00
         4321  0.6093372      0.0000000E+00
         4353  0.6093372      0.0000000E+00
         4385  0.6093372      0.0000000E+00
         4417  0.6093372      0.0000000E+00
         4449  0.6093372      0.0000000E+00
         4481  0.6093372      0.0000000E+00
         4513  0.6093372      0.0000000E+00
         4545  0.6093372      0.0000000E+00
         4577  0.6093372      0.0000000E+00
         4609  0.6093372      0.0000000E+00
         4641  0.6093372      0.0000000E+00
         4673  0.6093372      0.0000000E+00
         4705  0.6093372      0.0000000E+00
         4737  0.6093372      0.0000000E+00
         4769  0.6093372      0.0000000E+00
         4801  0.6093372      0.0000000E+00
         4833  0.6093372      0.0000000E+00
         4865  0.6093372      0.0000000E+00
         4897  0.6093372      0.0000000E+00
         4929  0.6093372      0.0000000E+00
         4961  0.6093372      0.0000000E+00
         4993  0.6093372      0.0000000E+00
         5025  0.6093372      0.0000000E+00
         5057  0.6093372      0.0000000E+00
         5089  0.6093372      0.0000000E+00
         5121  0.6093372      0.0000000E+00
         5153  0.6093372      0.0000000E+00
         5185  0.6093372      0.0000000E+00
         5217  0.6093372      0.0000000E+00
         5249  0.6093372      0.0000000E+00
         5281  0.6093372      0.0000000E+00
         5313  0.6093372      0.0000000E+00
         5345  0.6093372      0.0000000E+00
         5377  0.6093372      0.0000000E+00
         5409  0.6093372      0.0000000E+00
         5441  0.6093372      0.0000000E+00
         5473  0.6093372      0.0000000E+00
         5505  0.6093372      0.0000000E+00
         5537  0.6093372      0.0000000E+00
         5569  0.6093372      0.0000000E+00
         5601  0.6093372      0.0000000E+00
         5633  0.6093372      0.0000000E+00
         5665  0.6093372      0.0000000E+00
         5697  0.6093372      0.0000000E+00
         5729  0.6093372      0.0000000E+00
         5761  0.6093372      0.0000000E+00
         5793  0.6093372      0.0000000E+00
         5825  0.6093372      0.0000000E+00
         5857  0.6093372      0.0000000E+00
         5889  0.6093372      0.0000000E+00
         5921  0.6093372      0.0000000E+00
         5953  0.6093372      0.0000000E+00
         5985  0.6093372      0.0000000E+00
         6017  0.6093372      0.0000000E+00
         6049  0.6093372      0.0000000E+00
         6081  0.6093372      0.0000000E+00
         6113  0.6093372      0.0000000E+00
  Min, Max r_scale =   0.0000000E+00  0.6093372      0.5000000    
 Do you want to change these variables? yes=1
            0
           50
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         5300
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         5550
         5600
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         5700
         5750
         5800
         5850
         5900
         5950
         6000
         6050
         6100
 done
Tue Apr 16 01:23:27 PDT 2002
Tue Apr 16 01:23:27 PDT 2002
Tue Apr 16 01:23:27 PDT 2002
No match
No match

 *****************************************************
 *                                                   *
 *           AIRSAR INTEGRATED PROCESSOR             *
 *                                                   *
 *                HEADER PREPROCESSOR                *
 *                                                   *
 *  This program reads the raw data header and cal-  *
 *  culates the parameters necessary for the motion  *
 *  compensation in the integrated processor.        *
 *                                                   *
 *****************************************************

  02001 tape error DOY 40 instead of 268
 Enter command file name ==>  Opening command file...
 bias of roll yaw pitch: -3.7999999999999999E-02  0.0000000000000000E+00
   1.0000000000000000E-02
 xdelay:  -1.027807    
 hddt:         104


 Reading and decoding header file...
 Finished reading the header file...

  Data acquired after 1995 January.
 i_yearind subcomm mon i_1995 :           8           1
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 P-band RFI at start of run; EGI FOMs: 1,1-5,9 HDOP=2.5; MASTER r
 ecording, clear at start, then undercast; signals are OK; rack t
 emps have stablizeding well today (so far); some RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air118/airops/1381/p.hdr                                                   
  Which frequency? (C,L or P) 
 frq:P
 number of channels transferred: 
 # channels:           4
 number of bytes/chan: 
 # bytes:           0
 total # of lines transferred: 
 total lines:       60000
 window delay: 
 window delay           0
  enter the .par filename : 
 PAR filename:
 /mnt/air119/airops/1381/ts1381_p.par                                            
 enter first header to read: 
 the 1st line:           1
 enter year data taken: 
  year:           0
 enter HDDT ID for raw data: 
  SONY tapeid:          104
 enter HDDT TID  <0> : 
  Sony TID:        71669
 enter the title of image: 
  title image GERSTLERIVER90-1            
 enter the CCT (job) ID: 
 cct:        1381
 target:GerstleRiver90-1
 prod ID(cctid):1381
 chrp_delay from subcomm header tapeID:    32.45000             104
 HDR Version:  000214
 BW L C P:     404020
 fs:           909045
 Pulse W L C P:101010
 1998 P-band fc?   11.25000    
 alt used in processor:   600.0000    
  gen_par_aipt P-band fs ntapeid:   45.00000             104
 idelay,chrp_delay,xdelay          85   32.45000      -1.027807    
 near range delr windelay:   8031.111       6.662055               0
 azsamp iden inum 4/numsave:  0.5144445               1           1           4
  f_cal rf   1216.406       5266.406       428.5547    
  chrp_bndx f_cal   20.00000       21.44531    
  Parameter header created ..
 IGI lat:           1   63.72064193710685    
 IGI lon:           1  -144.9949376564473    
 *get_subcomm_aipt year*10+mon; i_yearind:       20008           8
  
 >> Record # :          128
 >> GPS Stuff =   0.00   0  0  0  0  0  0      
 startrng r_chirpdelay i_yearind   85.00000000000000    
   3.2450000000000003E-05           8
   3.2450000000000003E-05=chirp elec delays 2000
 digdelay startrng(us):85      85.00000000000000    
 startrng(m) elecdelay:   8031.112352849635      3.2450000000000003E-05
  
 >> start range =  8031.1124
 >> ccal_amp = -66.39999
 >> ccal_atn = 10
 >> ratn_phh = 0 10  0   
 >> ratn_phv = 0  6  0   
 >> ratn_pvh = 0  4  0   
 >> ratn_pvv = 0 12  0   
 >> ratn_lhh = 0 13  0   
 >> ratn_lhv = 0 13  0   
 >> ratn_lvh = 0 13  0   
 >> ratn_lvv = 0 13  0   
 >> ratn_chh = 0  8 10   
 >> ratn_chv = 0  8 10   
 >> ratn_cvh = 0  8 10   
 >> ratn_cvv = 0  8 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 1
 >> chrp_bnd = 40  
 >> chrp_len = 10 
 >> chrp_mod = DN
 rec,inu_lat,inu_lon,dads_lat,dads_lon,dads_balt
       119936   63.72064193710685      -144.9949376564473    
    63.72166666666666      -145.0050000000000       7923.885600000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6778.752000000000     -0.2000000000000000      0.8000000000000000    
    93.80000000000000      -3.700000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.72069549560547      -144.9993896484375      0.0000000000000000E+00
   0.0000000000000000E+00   25520562.00000000    
 ****gps_frame****
     11615304
 gps_hgt,gps_speed gps_heading(1):
   0.0000000000000000E+00  0.0000000000000000E+00  0.0000000000000000E+00
 startrng,srecsb,nrecsb,gpsdelay,records,year
    8031.112352849635               1         937
   0.00   0  0  0  0  0  0      
 
          128           0        2000
 Check for frame count time glitches
 Mean StD of Frames=   11675101.53681964       34622.20154250661    
 gpsT doy:         296          10          22
 gpsT:   25520562.29700000            2000          10          22          21
            2          42  0.2970000000000000    
week#           1    F51
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   75762.43217400000    
 EGI msg 1  msl alt(from eo17):   7471.062095654297    
 EGI msg 1  wander angle(from eo17):   89.67041015625000    
 EGI09 lat:   63.72064193710685    
 EGI09 lon:  -144.9949376564473    
 EGI09 alt:   6131.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   221.6158786285401    
 EGI-09 word12 gps Vel North m/s:  -5.145536794281006    
 EGI-09 word13 gps Vel Upper m/s:  0.2631409149169922    
 EGI-09  GPS Position FOM :   2.000000000000000    
 EGI-09 flag: for 4 satellites in operation:    1
 EGI-09 flag: for at least 1 satellite in operation:    0
 EGI-09 flag: for EGR invalid=1:    0
 EGI-09 flag: for EGR RPU fail=1:    0
 EGI-09 flag: for EGR AE fail=1:    0
 EGI-09 flag: for EGR Battery fail=1:    0
EO-17(13or26)blended FOM            1    129   DBB7
EO-9(17)nav FOM            1   8102    129
EO-16(30)Time FOM            1    300    129
 EGI-09 w21-22geod_utctime:   75748.06433105469    
 EGI-09 Time Valid:   3.418176000000000    
 EGI-18 dec32 Vel North m/s:  -3.111402988433838    
 EGI-18 dec32 Vel East m/s:   223.9776763916016    
 EGI-18 dec32 Vel Upper m/s:   15.76975917816162    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.875000000000000       2.000000000000000    
    3.000000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  8.9111328125000000E-03  9.1552734375000000E-03
   1.6845703125000000E-02
 EGI-13 GPS sigma roll/pitch/az:  4.3713210688081606E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:  0.3573760000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   14.28314561462402      -215.4630913970947    
  -9.7534744262695316E-02
 EO17 wrander az roll pitch az:   1.565043898840325     -0.4064941406250000    
   0.7305908203125000       93.90563964843750    
 EO17 r_cnexx/y/z:  0.4415417732670903      3.2665795646607876E-02
   0.8966460339725018    
 EO17 r_lon:  -144.9899987038225    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4893   F80F   EA36
dec64:   DC17   4893   F18F   EA36
 r_hwgpstime(1):   75760.12433515306    
 r_utctime_18:   75747.12433515367    
 EGI-18 dec32 lat:   63.72078137096241    
 EGI-18 dec32 lon:  -144.9991377393329    
 EGI-18 dec32 sea level alt:   7502.028320312500    
 EGI-18 dec32 WGS84 alt:   7509.312500000000    
 WGS84_alt-msl_alt:   7.284179687500000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      5
e22_msg(1) satellite 1:           6
e22_msg(3) satellite 2:           4
e22_msg(5) satellite 3:          16
e22_msg(7) satellite 4:           D
e22_msg(9) satellite 5:           6
 EGI-22 Tdop:   4.218750000000000       3.750000000000000    
    2.203125000000000       3.031250000000000       1.937500000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0  -3.060800000000000    
 geod_utctime time_tag_17 time_valid:   75748.06433105469    
    4.551640000000001       3.418176000000000    
  r_utc_ttag r_del_time_18:   75762.19779505469      0.0000000000000000E+00
  
 J2000 r_hwtime =    25520562.43217400    
 GPS J2000 time =    25520562.19779506    
  
 Message 1
 Time          =    25520562.43217400    
 INS Time      =   0.5917439999999999    
 Roll angle    =  -0.3955078125000000    
 Pitch angle   =   0.7305908203125000    
 Heading angle =    93.90014648437500    
 Long. acc     =   0.1400000000000000    
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.800000000000001    
 East vel.     =    215.9270000000000    
 North vel.    =   -1.660000000000000    
 Up vel.       =  -8.7000000000000008E-02
 True Grnd Spd =    215.9218750000000    
 Altitude      =    7478.000000000000    
 Latitude      =    63.72064311057329    
 Longitude     =   -144.9889758601785    
  
 Message 6
 Week          =           61
 GPS Time      =    25520562.19779506    
 GDOP          =    4.218750000000000    
 PDOP          =    3.750000000000000    
 HDOP          =    2.203125000000000    
 VDOP          =    3.031250000000000    
 TDOP          =    1.937500000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.72078137096241    
 GPS Lon       =   -144.9991377393329    
 GPS Alt       =    7509.312500000000    
 GPS East Vel  =    223.9776763916016    
 GPS North Vel =   -3.111402988433838    
 GPS Up Vel    =    15.76975917816162    
  
  
 Message 4
 Sigma Pos x   =    1.875000000000000    
 Sigma Pos y   =    2.000000000000000    
 Sigma Pos z   =    3.000000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   9.1552734375000000E-03
 Sigma Vel z   =   1.6845703125000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  6  0
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 Honeywell EGI98Fall for gps-hgt        9136       20008
    7477.964803231517    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25520562.2970     25520706.2000
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76299       93.57056       94.17480     0.1325191      0
 trc             90.63808       32.41976       91.06374     0.2263069      0
 tgs            215.95112      215.60938      216.20313     0.1890772      0
 roll            -0.46949       -0.98877        0.23621     0.2359631      0
 pitch            0.70752        0.57678        0.85693     0.0669599      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98897     -144.92516     0.0184409      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38000     0.1799938      0
 balt          7923.06846     7919.31360     7925.40960     1.4558767      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24397       -0.80000        0.50000     0.2470065      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41249       -3.70000       -3.20000     0.1404517      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.26849     7477.96480     0.2093074      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98897     -144.36609     0.1798163      0
 hwalt         7479.00878     7475.58469     7482.70778     2.0097213      0
 hwev           215.94396      215.60700      216.18600     0.1837431      0
 hwnv            -2.40739       -4.01300       -1.66000     0.5723427      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46966       -0.98877        0.23621     0.2359605      0
 hwpitch          0.70752        0.57678        0.85693     0.0669955      0
 hwhdg           93.76276       93.57056       94.17480     0.1324650      0
 hwtrc           90.63863       90.44047       91.06374     0.1513922      0
 hwtgs          215.95096      215.60938      216.20313     0.1891893      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
 startrec+1,startrec+nrec-1:           2      119936           1      119936
 hdrgpssec-1 t_prf-1      119936   25520705.20125879    
   1.1903999838978052E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25520705.00000000        11735320
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25520563.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25520562.29802991       25520562.29700000    
  
 New startrecT:   25520562.29802991       25520562.43217400               1
  
 New start and number of records =          114      119787
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  5.4931640625000000E-03  2.1972656250000000E-02
    93.90014648437500    
  
 GPS trend coefficients =   0.4901654729651548      -2.166557910565576    
    1.779943255883762    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.76274       93.57056       94.17480     0.1323687      0
 trc             90.63862       90.43887       91.06215     0.1513005      0
 tgs            215.95109      215.60938      216.20313     0.1891592      0
 roll            -0.46974       -0.98877        0.23621     0.2358660      0
 pitch            0.70751        0.57678        0.85693     0.0669912      0
 delx             0.25731        0.00000        0.25738     0.0007439      0
 lati            63.72052       63.72039       63.72064     0.0000729      0
 loni          -144.95706     -144.98890     -144.92523     0.0184407      0
 latd            63.72070       63.71833       63.72167     0.0009948      0
 lond          -144.69388     -145.00500     -144.38500     0.1799846      0
 balt          7923.06814     7919.31360     7925.40960     1.4557962      0
 ralt          6853.53697     6367.57680     7041.48960   192.7278599      0
 dpth             0.71580        0.60000        0.90000     0.0791243      0
 droll           -0.24408       -0.80000        0.40000     0.2467064      0
 thd             93.67503       93.40000       94.10000     0.1245510      0
 dad             -3.41259       -3.70000       -3.20000     0.1405561      0
 latg            63.71932       63.71764       63.72070     0.0008942      0
 long          -144.68819     -144.99939     -144.37531     0.1800268      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7477.61176     7477.42288     7477.84743     0.1177759      0
 phh_aten        10.00000       10.00000       10.00000     0.0000000      0
 phv_aten         6.00000        6.00000        6.00000     0.0000000      0
 pvh_aten         4.00000        4.00000        4.00000     0.0000000      0
 pvv_aten        12.00000       12.00000       12.00000     0.0000000      0
 lhh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lhv_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvh_aten        13.00000       13.00000       13.00000     0.0000000      0
 lvv_aten        13.Reading from stdin
00000       13.00000       13.00000     0.0000000      0
 chh_aten        18.00000       18.00000       18.00000     0.0000000      0
 chv_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvh_aten        18.00000       18.00000       18.00000     0.0000000      0
 cvv_aten        18.00000       18.00000       18.00000     0.0000000      0
 hwlat           63.71925       63.71756       63.72064     0.0008959      0
 hwlon         -144.67762     -144.98890     -144.36616     0.1798162      0
 hwalt         7479.00878     7475.58471     7482.70684     2.0097212      0
 hwev           215.94396      215.60700      216.18600     0.1837432      0
 hwnv            -2.40739       -4.01100       -1.66000     0.5723421      0
 hwuv             0.01514       -0.53800        0.42300     0.1948748      0
 hwroll          -0.46965       -0.98877        0.23071     0.2359655      0
 hwpitch          0.70753        0.57678        0.85693     0.0669884      0
 hwhdg           93.76279       93.57056       94.17480     0.1324569      0
 hwtrc           90.63862       90.44047       91.06321     0.1513885      0
 hwtgs          215.95102      215.60938      216.20313     0.1892209      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7923.068137459921    
 Average Radar Altitude      =    6853.536973319110    
 Average GPS Altitude        =    7477.611758317427    
 >>Record # :          128
 >>GPS Stuff =   0.00   0  0  0  0  
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to OLD gps(+1) or
  bar(-1) or IGI (0)   ==>
 DGPS=2 OLDgps=1 0=EGI/igi -1=barometer            2
 i_yearind DGPS 2000 :       20008
  DGPS(PacRim2000) cmd_pbn:
 /u/sartor0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air118/airops/1381/p.hdr >  dgps.txyz              
 ->ngpslock dgps:           2
 ->Read DGPS & got txyz(trgps),gps_sch,peg point:
 dgps.txyz                                                                       
 DGPS file:
 dgps.txyz                                                                       
  
 Searching GPS data file for corresponding data...
  dgps_pacrim2k line:         937
  
 Number of valid data points =         937
 Start time GPS data =      25520560.99999719    
 End time GPS data =    25520703.99999652    
  
  Positions and Distances   
  
 Start position =    63.7201908 -144.8467962    7495.552
 End position   =    63.7185803 -144.5326432    7499.901
 Loxodromic Heading (deg) =    90.6624878
 Loxodromic Distance (km) =     15527.0650452
 Geodesic Heading (deg)   =    90.5216456
 Geodesic Distance (km)   =     15527.0492320
  
 Peg latitude and longitude =    63.7195000 -144.6854787
 Peg heading =    90.7091286
  
 Rotation matrix 
 First row =   -0.361293165  0.568965073  0.738746231
 Second row =  -0.255947317 -0.822343430  0.508175417
 Third row =    0.896637173 -0.005479811  0.442732144
  
 Translation vector 
 Vector =        -0.46761       -0.33126   -38386.60093
  
 Local Radius of Curvature =    6395368.871185152    
 startrec dgps_pacrim2k:         114      119787
 **i_ts:         114   25520562.43200000       25520560.99999719    
    1.432002805173397    
  
 Start and end pulse used =          114      117247
 gmt sec s e =    25520562.43200000       25520702.00026885    
 dgps sec s  =    25520560.99999719       25520701.99999652    
  r_tsv:  -2322032.685130364      -1626199.765394737    
    5702721.815977410    
  r_tev:  -2304679.663414866      -1651219.801803363    
    5702577.996522010    
 lat/lon r_geodis:   1.112136750605582      -2.530642179906936    
    1.112084411204093      -2.519902334535860       30413.50904050541    
 Ellipsoidal delta s (m) =   0.2596493647435429    
  DGPS... 
 lat/lon r_geodis: -2.1684674753600711E-06 -2.3928375051033533E-03
   4.2721570925174949E-06  2.3627101583460846E-03   30413.50938494152    
 Delta s on reference surface =   0.2596493676840986    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air119/airops/1381/ts1381_p.peg                                            
  
 DGPS Peg latitude and longitude =    63.7195000 -144.6854787
 DGPS Peg heading =    90.7091286
 == dgps_egi ==
 r_hwheadf:   93.90014648437500      1.0986328125000000E-02
   0.0000000000000000E+00         114
  
 Making final angle restore...Honeywell    93.90014648437500    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 3.8662989679022535E-04
 Standard deviation of difference =   2.9256191674929919E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7499.063776742099    
   3.9855351418992768E-02 -2.5471927408560191E-04
 Cross track fit coefficients =    8.883701695545598    
   5.2993945351577920E-02 -4.1156837063198318E-04
 Along track fit coefficients =   -10.21461812977403    
  -3.4185238436678034E-02  2.7245177755068676E-04
 avg alt (1):   7499.063776742099    
  alt r_avgrefh:   7501.225473106295    
 i_yearind p-hgt t-hgt:       20008   7499.063776742099       600.0000    
 avg_ralt tmp:   6899.063964843750       6899.064    
  enter proc_alt:  -1.000000    
 yaw:   2.918887       93.90014648437500       90.98125929526006    
          114
  tape #:         104
 PRF at the start of the run:   839.0669613744940       839.0670    
  
 Miscellaneous Information 
  
 Start range =           8031.112352849635    
 Start ground range =    4111.165532192598    
 Time orgin =            25520562.29802991    
 Pulse spacing =        0.2573050120938667    
 First frame  =           11615667

 Thank you for your patronage

 If a POLTOP mode then...:
 .mocomp  -> .mocomph & .mocompv
 .mocomph -> .mocomphU & .mocompvU
 .mocompv -> .mocomphL & .mocompvL
 Enter the name of the motion compensation file.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
 Name of the H-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_p.mocomph                    
 Name of the V-pol motion compensation file?
 /mnt/air119/airops/1381/ts1381_p.mocompv                   
 How many lines per polarization?
        60000
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001

  *********************************************
  *                                           *
  *         AIRSAR INTEGRATED PROCESSOR       *
  *                                           *
  *              CALTONE ESTIMATOR            *
  *                                           *
  *  This program estimates the CALTONE amp-  *
  *  litude and phase and writes the result   *
  *  into the parameter header.               *
  *                                           *
  *********************************************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 PHH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_p.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/p_hh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_p_hh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_p_hh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_p_hh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_p_hh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    21.44530    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1073
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-3.162278,0.0000000E+00) (-37.94733,0.0000000E+00)
 (53.75872,0.0000000E+00)
 attenuation (dB):    10.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.3657085E+09
 plot_x:         936
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   93.73565    Power RMS:  0.1036445    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   48616.66    Amp.  RMS:   32.00000    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   1.735330    Phase RMS:  0.1287489    
 Incoherent PH 1st:   1.749699    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   93.73666    
 CalTone Power Coherently dB  :   93.73565    
 Incoherent PW  - Coherent PW :  1.0147095E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   48621.61    
 CalTone Amplitude Coherently   :   48616.66    
 Incoherent Amp.- Coherent Amp. :   4.953125    
       ------------ *** ------------
 running time (sec):     25.06
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 PHV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_p.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/p_hv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_p_hv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_p_hv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_p_hv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_p_hv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    21.44530    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1073
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-35.91472,0.0000000E+00) (29.92894,0.0000000E+00)
 (-31.92420,0.0000000E+00)
 attenuation (dB):    6.000001    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.9893949E+09
 plot_x:         936
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   94.75178    Power RMS:  9.8821178E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   54649.70    Amp.  RMS:   39.19184    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -139.2010    Phase RMS:  0.1082532    
 Incoherent PH 1st:  -139.1887    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   94.75251    
 CalTone Power Coherently dB  :   94.75178    
 Incoherent PW  - Coherent PW :  7.3242188E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   54706.21    
 CalTone Amplitude Coherently   :   54649.70    
 Incoherent Amp.- Coherent Amp. :   56.50391    
       ------------ *** ------------
 running time (sec):     22.13
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 PVH
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_p.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/p_vh                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_p_vh.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_p_vh.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_p_vh.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_p_vh.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    21.44530    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1073
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (55.47126,0.0000000E+00) (-50.71658,0.0000000E+00)
 (38.03744,0.0000000E+00)
 attenuation (dB):    4.000000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.3308708E+09
 plot_x:         936
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   93.67013    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   48250.93    Amp.  RMS:   22.62742    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   1.840355    Phase RMS:  0.1293909    
 Incoherent PH 1st:   1.867679    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   93.67070    
 CalTone Power Coherently dB  :   93.67013    
 Incoherent PW  - Coherent PW :  5.7220459E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   48312.51    
 CalTone Amplitude Coherently   :   48250.93    
 Incoherent Amp.- Coherent Amp. :   61.58203    
       ------------ *** ------------
 running time (sec):     22.43
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 PVV
  Enter the paramater file name.
 /mnt/air119/airops/1381/ts1381_p.par                        
  Enter the raw data file name.
 /mnt/air118/airops/1381/p_vv                                
  Enter the motion compensation file name.
 /mnt/air119/airops/1381/ts1381_p.mocomp                     
  Enter a file name for the range spectrum:
 /mnt/air119/airops/1381/db_p_vv.dat                         
  Enter a file name for the sampled caltone power:
 /mnt/air119/airops/1381/1st_p_vv.dat                        
  Enter histogram of the caltone power file name:
 /mnt/air119/airops/1381/pw_hist_p_vv.dat                    
  Enter histogram of the caltone phase file name:
 /mnt/air119/airops/1381/ph_hist_p_vv.dat                    
  Enter start range line #:
            1
  How many lines of raw data?
        60000
  How many lines to be processed?
        60000
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Raw data samples per line =         6144
  Caltone frequency =    21.44530    
 Enter # of range line per loop:
           64
 Enter offset of range sample 0:512-2560; 2048:2560-4608:
            0
  start bin ,min. window size :        3773        5949
  Prediction cal_bin        1073
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-91.56465,0.0000000E+00) (27.86750,0.0000000E+00)
 (-31.84858,0.0000000E+00)
 attenuation (dB):    12.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  3.2772308E+09
 plot_x:         936
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   95.16391    Power RMS:  0.0000000E+00
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   57305.36    Amp.  RMS:   81.58431    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -140.7137    Phase RMS:  0.1711633    
 Incoherent PH 1st:  -140.6914    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   95.16459    
 CalTone Power Coherently dB  :   95.16391    
 Incoherent PW  - Coherent PW :  6.7901611E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   57360.69    
 CalTone Amplitude Coherently   :   57305.36    
 Incoherent Amp.- Coherent Amp. :   55.32422    
       ------------ *** ------------
 running time (sec):     21.33
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            0

  ***************************************************
  *                                                 *
  *          AIRSAR INTEGRATED PROCESSOR            *
  *                                                 *
  *             Global Line Generator               *
  *                                                 *
  *  This program generates the global line to use  *
  *  in the single-look processors to resample the  *
  *  data.                                          *
  *                                                 *
  ***************************************************

  Please enter the name of the sensor file.
  Enter the name of the parameter file.
  Please enter the name of the mocomp file.
  Reading motion compensation data

 Global reference line calculation results:

  y fit: constant and linear terms: 
   -18.40986      2.9921086E-04
  z fit: constant and linear terms: 
  -0.9177208      6.6162305E-05
  y and z standard deviations (meters)   1.727792      0.9947910    
  Enter the name of the global line file.
  Enter the name of the motion compensation file.
 Enter the number of lines in the mocomp file & first one.
  Enter the patch size and the max reference fnc length.
  Enter the maximum Doppler error.
  Enter the doppler file name.
  Enter the wavelength and nominal azimuth pixel spacing
  Initial guess at number of patches =           15
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =   6.4025037E-02  6.4367019E-02  6.4031012E-02  6.3270546E-02
 Differences =   1.0161847E-04  4.4360012E-04  1.0759383E-04 -6.5287203E-04
  PATCH NUMER            2
 First line =        3493
  Averages =   6.4132616E-02  6.3454755E-02  6.3210778E-02  6.2703006E-02
 Differences =   7.5732917E-04  7.9467893E-05 -1.6450882E-04 -6.7228079E-04
  PATCH NUMER            3
 First line =        6985
  Averages =   6.3303679E-02  6.2842146E-02  6.2680066E-02  6.3644081E-02
 Differences =   1.8619001E-04 -2.7534366E-04 -4.3742359E-04  5.2659214E-04
  PATCH NUMER            4
 First line =       10477
  Averages =   6.2645510E-02  6.3268907E-02  6.4104371E-02  6.3618913E-02
 Differences =  -7.6390803E-04 -1.4051050E-04  6.9495291E-04  2.0949543E-04
  PATCH NUMER            5
 First line =       13969
  Averages =   6.4000003E-02  6.4008668E-02  6.2498607E-02  6.1311442E-02
 Differences =   1.0453016E-03  1.0539666E-03 -4.5609474E-04 -1.6432591E-03
  PATCH NUMER            6
 First line =       17461
  Averages =   6.2894687E-02  6.1678749E-02  6.1201885E-02  6.0969733E-02
 Differences =   1.2084283E-03 -7.5101852E-06 -4.8437342E-04 -7.1652606E-04
  PATCH NUMER            7
 First line =       20953
  Averages =   6.1165903E-02  6.1169382E-02  6.0813610E-02  6.1649740E-02
 Differences =  -3.3758581E-05 -3.0279160E-05 -3.8605183E-04  4.5007840E-04
  PATCH NUMER            8
 First line =       24445
  Averages =   6.0778320E-02  6.1241321E-02  6.2520519E-02  6.4525329E-02
 Differences =  -1.4881194E-03 -1.0251179E-03  2.5407970E-04  2.2588894E-03
  PATCH NUMER            9
 First line =       27937
  Averages =   6.2250949E-02  6.3696712E-02  6.7067094E-02  6.9206156E-02
 Differences =  -3.3044964E-03 -1.8587336E-03  1.5116483E-03  3.6507100E-03
  PATCH NUMER           10
 First line =       31429
  Averages =   6.6003025E-02  6.8935819E-02  6.9031410E-02  6.7814469E-02
 Differences =  -1.9431859E-03  9.8960847E-04  1.0851994E-03 -1.3174117E-04
  PATCH NUMER           11
 First line =       34921
  Averages =   6.9321267E-02  6.8186074E-02  6.6791810E-02  6.5103307E-02
 Differences =   1.9705743E-03  8.3538145E-04 -5.5888295E-04 -2.2473857E-03
  PATCH NUMER           12
 First line =       38413
  Averages =   6.7260422E-02  6.5489873E-02  6.5087266E-02  6.5901808E-02
 Differences =   1.3255626E-03 -4.4498593E-04 -8.4759295E-04 -3.3050776E-05
  PATCH NUMER           13
 First line =       41905
  Averages =   6.4894855E-02  6.5805838E-02  6.6115677E-02  6.5926187E-02
 Differences =  -7.9079717E-04  1.2018532E-04  4.3002516E-04  2.4053454E-04
  PATCH NUMER           14
 First line =       45397
  Averages =   6.6021413E-02  6.6020243E-02  6.6054478E-02  6.7498721E-02
 Differences =  -3.7731975E-04 -3.7848949E-04 -3.4425408E-04  1.0999888E-03
  PATCH NUMER           15
 First line =       48889
  Averages =   6.5883689E-02  6.7169011E-02  6.8851039E-02  7.1675204E-02
 Differences =  -2.5112182E-03 -1.2258962E-03  4.5613199E-04  3.2802969E-03
  PATCH NUMER           16
 First line =       52381
 last black mod_64:          59       60000       52381        8192
  Averages =   6.8180174E-02  7.0839062E-02  7.4409060E-02  7.4631110E-02
 Differences =  -3.8349479E-03 -1.1760592E-03  2.3939386E-03  2.6159883E-03

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.pp_2000                      

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_p.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8031.110    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   -2.060000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.437000       1.037000    
   8.9000002E-02
  Receive leverarm x,y,z              =    1.437000       1.037000    
   8.9000002E-02



  Name of raw data file?
 /mnt/air118/airops/1381/p_hh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_p.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_p                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_p.hh_j                       
 *** ipol itop:           1           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ph                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.0219999E-02
 reading motion compensation data
 WAYNE read motion compen    1.069173    
 write parameters ...
 bw f0 fc fslp dt npts pul:   20.00000       1.250000       11.25000    
    2.000000      2.2222223E-02         450   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   20.00000       11.25000    
    45.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3733341    
 start range comp, time =      1.545

 WAYNE PREV   1.463764    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           13 to           14 by #            6

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     1.808 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.30275893211365    
 ATTN ifrq ipol ln           0           1       50096   10.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992605    
  shift in azimuth *fractional pixel=  -0.4992605       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5660219192504883E-03
 WAYNE Motion comp. added to patch, time =    12.64899706840515    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.0179748535156250E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.1087789535522    
  Writing         4192 lines of data to file
 WAYNE write output data    1.052684903144836    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   200.1249690055847    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   201.933 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.76422905921936    
 ATTN ifrq ipol ln           0           1       53588   10.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992661    
  shift in azimuth *fractional pixel=  -0.4992661       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1160068511962891E-03
 WAYNE Motion comp. added to patch, time =    12.01393103599548    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.0344028472900391E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.8298910856247    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7649149894714355    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   211.3922049999237    
 ==w out          15        8387
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            7 to            8 by #            3

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     1.773 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.02367901802063    
 ATTN ifrq ipol ln           0           1       29144   10.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4993118    
  shift in azimuth *fractional pixel=  -0.4993118       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6259841918945313E-03
 WAYNE Motion comp. added to patch, time =    12.91259098052979    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9570589065551758E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.2318348884583    
  Writing         4192 lines of data to file
 WAYNE write output data    1.139893054962158    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   200.3197560310364    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   202.093 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.17816495895386    
 ATTN ifrq ipol ln           0           1       32636   10.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4992607    
  shift in azimuth *fractional pixel=  -0.4992607       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.0330371856689453E-03
 WAYNE Motion comp. added to patch, time =    11.69258999824524    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.0294079780578613E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.5143809318542    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7878819704055786    
 ==w out           8        4192        2001             85852160
 WAYNE PROCESS   213.1920909881592    
 ==w out           9        8387
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            6 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     1.766 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.99635100364685    
 ATTN ifrq ipol ln           0           1       22160   10.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992803    
  shift in azimuth *fractional pixel=  -0.4992803       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5499286651611328E-03
 WAYNE Motion comp. added to patch, time =    12.62914693355560    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.9910335540771484E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.4268369674683    
  Writing         4192 lines of data to file
 WAYNE write output data    1.121649026870728    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   200.1855961084366    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   201.952 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.72296106815338    
 ATTN ifrq ipol ln           0           1       25652   10.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=  -0.4992978       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1039667129516602E-03
 WAYNE Motion comp. added to patch, time =    11.92915201187134    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   4.2530298233032227E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.4573529958725    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9022549390792847    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   214.0247789621353    
 ==w out           7        8387
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           11 to           12 by #            5

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     1.795 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.41696000099182    
 ATTN ifrq ipol ln           0           1       43112   10.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992195    
  shift in azimuth *fractional pixel=  -0.4992195       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6079835891723633E-03
 WAYNE Motion comp. added to patch, time =    13.36518001556396    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.0120143890380859E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.3860460519791    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8038120269775391    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   200.9838880300522    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   202.779 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.15882802009583    
 ATTN ifrq ipol ln           0           1       46604   10.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992804    
  shift in azimuth *fractional pixel=  -0.4992804       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.2390308380126953E-03
 WAYNE Motion comp. added to patch, time =    12.02929902076721    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.4819979667663574E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.3698320388794    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8638380765914917    
 ==w out          12        4192        2001             85852160
 WAYNE PROCESS   213.4457629919052    
 ==w out          13        8387
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            9 to           10 by #            4

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     1.788 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.78958296775818    
 ATTN ifrq ipol ln           0           1       36128   10.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991942    
  shift in azimuth *fractional pixel=  -0.4991942       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.4292001724243164E-02
 WAYNE Motion comp. added to patch, time =    13.49566495418549    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0650625228881836E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.0077279806137    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8314490318298340    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   204.1421560049057    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   205.931 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.29499900341034    
 ATTN ifrq ipol ln           0           1       39620   10.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991635    
  shift in azimuth *fractional pixel=  -0.4991635       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1689357757568359E-03
 WAYNE Motion comp. added to patch, time =    11.95495998859406    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.5091061592102051E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.5006200075150    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7504560947418213    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   211.5251830816269    
 ==w out          11        8387
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            3 to            4 by #            1

 Processing block number            3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080     1.752 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.76671802997589    
 ATTN ifrq ipol ln           0           1       15176   10.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4992226    
  shift in azimuth *fractional pixel=  -0.4992226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4710121154785156E-03
 WAYNE Motion comp. added to patch, time =    12.67996108531952    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9049644470214844E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.5876350402832    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9150029420852661    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   202.9609529972076    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   204.713 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.95838499069214    
 ATTN ifrq ipol ln           0           1       18668   10.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4992387    
  shift in azimuth *fractional pixel=  -0.4992387       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4940195083618164E-03
 WAYNE Motion comp. added to patch, time =    12.05592703819275    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   1.2784004211425781E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.3933949470520    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7582989931106567    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   213.1880459785461    
 ==w out           5        8387
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     1.738 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    34.92447602748871    
 ATTN ifrq ipol ln           0           1        8192   10.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=  -0.4991591       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4099769592285156E-03
 TESTING  0.0000000E+00  -13.88325      0.2481277    
 WAYNE Motion comp. added to patch, time =    12.83230996131897    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.0020008087158203E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.88325      0.2481277    
 HEY,dt,fract,ye,pe  -0.4991591       1.000000      5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    154.5611740350723    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9017230272293091    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   203.2310590744019    

 Processing block number            2
 TESTING WHY  5.1048700E-02  1.2473600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   204.969 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    48.26733410358429    
 ATTN ifrq ipol ln           0           1       11684   10.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991752    
  shift in azimuth *fractional pixel=  -0.4991752       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.8270435333251953E-03
 TESTING  0.0000000E+00  -13.99013      0.6514059    
 WAYNE Motion comp. added to patch, time =    11.86482203006744    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.6139955520629883E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.99013      0.6514059    
 HEY,dt,fract,ye,pe  -0.4991752       1.000000      5.1048700E-02
   1.2473600E-02
 WAYNE Azimuth compression done, time =    153.6523239612579    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7830570936203003    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   214.5808180570602    
 ==w out           3        8387
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           15 to           16 by #            7

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     1.820 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.81129002571106    
 ATTN ifrq ipol ln           0           1       57080   10.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992274    
  shift in azimuth *fractional pixel=  -0.4992274       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1189870834350586E-03
 WAYNE Motion comp. added to patch, time =    12.63525402545929    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9290447235107422E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.4548380374908    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8063529729843140    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   201.7188129425049    

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903   203.539 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.92713594436646    
 ATTN ifrq ipol ln           0           1       59999   10.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991559    
  shift in azimuth *fractional pixel=  -0.4991559       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.6650381088256836E-03
 WAYNE Motion comp. added to patch, time =    11.84524106979370    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   4.3339729309082031E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    155.0522339344025    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7617520093917847    
 ==w out          16        4192        2001             85852160
 WAYNE PROCESS   216.5991340875626    
 ==w out          17        8387
            1     1855063           0
            2     1853700           0
            3     1851664           0
            4     1857230           0
            5     1857010           0
            6     1856555           0
            7     1855877           0
            8     1857207           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=            8

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 gather image from processor #            2
             2
 gather image from processor #            3
             2
 gather image from processor #            4
             2
 gather image from processor #            5
             2
 gather image from processor #            6
             2
 gather image from processor #            7
             2
 WAYNE gather images takes:    0.1451919078826904    
 WAYNE LOOP TIME:     426.9745389223099    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_p.hh_j                       
 /mnt/air119/airops/1381/ts1381_p.mocomph                    
 /mnt/air119/airops/1381/ts1381_p.dop                        
 /mnt/air119/airops/1381/ts1381_p.glb                                2560
        67072
 update intf hdr ha:   6899.100    
 UPDATE:        2560       67072   6.662100      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_p.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_p.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_p.glb                        
 /mnt/air119/airops/1381/ts1381_p.glb                                  36
 deskew line ra ha trc:   298.8881             581   8027.979    
    6899.100       90.98126    
  after deskew line ra ha trc:   298.8881             581   8027.979    
    6899.100       90.98126    
 lat1 lon1:         581   63.75742      -144.9814           67072
 last ra n_ns ns:   8027.979               0           1       67652
        67072
 lati loni:       67652   63.75748      -144.2421           67652           1
 center ra n_ns ns:   16548.80            1279        1279       34116
        67072
 lati loni:       34116   63.83429      -144.6051           34116        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_p.hh_j                       
 WAYNE FINAL PROCESS   428.6334639787674    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_p.hh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_p.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ph                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_p.hh                         
  Name of the line output file?
 /mnt/air119/airops/1381/p_lines.dat                         
 WAYNE before patch:    2.307703971862793    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          580   580.4778       2575.941     -0.4991591     -0.4991591    
 patch iptc,sj,dgj,dgi,id:           1           1         580         580
            0
  half line dmj dgc:           0        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097         580         580
         2096
  half line dmj dgc:           1        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG          574   574.5703       2561.691     -0.4991752     -0.4991752    
         2097        3487          -6        1396
 patch iptc,sj,dgj,dgi,id:           2        3487         574         580
         1396
  half line dmj dgc:           0        5493        2562         580
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3487        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3486

         3487        5583           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5583         574         574
         2096
  half line dmj dgc:           1        5493        2562         580
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5583        3487
   Zeroing lines in arrays 
  Total # of output lines =            2        5582

 Processing block number            3
 DEBUG          574   573.7607       2537.529     -0.4992226     -0.4992226    
         5583        6979           0        1396
 patch iptc,sj,dgj,dgi,id:           3        6979         574         574
         1396
  half line dmj dgc:           0        8985        2537         580
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6979        5583
   Zeroing lines in arrays 
  Total # of output lines =            3        6978

         6979        9075           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9075         574         574
         2096
  half line dmj dgc:           1        8985        2537         580
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9075        6979
   Zeroing lines in arrays 
  Total # of output lines =            3        9074

 Processing block number            4
 DEBUG          581   580.9084       2509.040     -0.4992387     -0.4992387    
         9075       10478           7        1396
 patch iptc,sj,dgj,dgi,id:           4       10478         581         574
         1396
  half line dmj dgc:           0       12477        2509         580
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10478        9075
   Zeroing lines in arrays 
  Total # of output lines =            4       10477

        10478       12574           0        2096
 patch iptc,sj,dgj,dgi,id:           4         286         581         581
         2096
  half line dmj dgc:           1       12477        2509         580
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10478         286
   Zeroing lines in arrays 
  Total # of output lines =            4       12573

 Processing block number            5
 DEBUG          577   576.6835       2490.623     -0.4992803     -0.4992803    
          286        1678          -4        1396
 patch iptc,sj,dgj,dgi,id:           5        1678         577         581
         1396
  half line dmj dgc:           0       15969        2491         580
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1678         286
   Zeroing lines in arrays 
  Total # of output lines =            5       13965

         1678        3774           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3774         577         577
         2096
  half line dmj dgc:           1       15969        2491         580
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3774        1678
   Zeroing lines in arrays 
  Total # of output lines =            5       16061

 Processing block number            6
 DEBUG          561   560.7367       2477.566     -0.4992978     -0.4992978    
         3774        5154         -16        1396
 patch iptc,sj,dgj,dgi,id:           6        5154         561         577
         1396
  half line dmj dgc:           0       19461        2477         580
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        5154        3774
   Zeroing lines in arrays 
  Total # of output lines =            6       17441

         5154        7250           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7250         561         561
         2096
  half line dmj dgc:           1       19461        2477         580
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7250        5154
   Zeroing lines in arrays 
  Total # of output lines =            6       19537

 Processing block number            7
 DEBUG          551   551.5863       2499.695     -0.4993118     -0.4993118    
         7250        8636         -10        1396
 patch iptc,sj,dgj,dgi,id:           7        8636         551         561
         1396
  half line dmj dgc:           0       22953        2500         580
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8636        7250
   Zeroing lines in arrays 
  Total # of output lines =            7       20923

         8636       10732           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10732         551         551
         2096
  half line dmj dgc:           1       22953        2500         580
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10732        8636
   Zeroing lines in arrays 
  Total # of output lines =            7       23019

 Processing block number            8
 DEBUG          557   557.4050       2578.099     -0.4992607     -0.4992607    
        10732       12134           6        1396
 patch iptc,sj,dgj,dgi,id:           8       12134         557         551
         1396
  half line dmj dgc:           0       26445        2578         580
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       12134       10732
   Zeroing lines in arrays 
  Total # of output lines =            8       24421

        12134       14230           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1942         557         557
         2096
  half line dmj dgc:           1       26445        2578         580
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       12134        1942
   Zeroing lines in arrays 
  Total # of output lines =            8       26517

 Processing block number            9
 DEBUG          588   587.9286       2707.609     -0.4991942     -0.4991942    
         1942        3369          31        1396
 patch iptc,sj,dgj,dgi,id:           9        3369         588         557
         1396
  half line dmj dgc:           0       29937        2708         580
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3369        1942
   Zeroing lines in arrays 
  Total # of output lines =            9       27944

         3369        5465           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5465         588         588
         2096
  half line dmj dgc:           1       29937        2708         580
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5465        3369
   Zeroing lines in arrays 
  Total # of output lines =            9       30040

 Processing block number           10
 DEBUG          614   613.9825       2766.568     -0.4991635     -0.4991635    
         5465        6887          26        1396
 patch iptc,sj,dgj,dgi,id:          10        6887         614         588
         1396
  half line dmj dgc:           0       33429        2766         580
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6887        5465
   Zeroing lines in arrays 
  Total # of output lines =           10       31462

         6887        8983           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8983         614         614
         2096
  half line dmj dgc:           1       33429        2766         580
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8983        6887
   Zeroing lines in arrays 
  Total # of output lines =           10       33558

 Processing block number           11
 DEBUG          609   609.2790       2734.386     -0.4992195     -0.4992195    
         8983       10374          -5        1396
 patch iptc,sj,dgj,dgi,id:          11       10374         609         614
         1396
  half line dmj dgc:           0       36921        2734         580
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10374        8983
   Zeroing lines in arrays 
  Total # of output lines =           11       34949

        10374       12470           0        2096
 patch iptc,sj,dgj,dgi,id:          11         182         609         609
         2096
  half line dmj dgc:           1       36921        2734         580
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       10374         182
   Zeroing lines in arrays 
  Total # of output lines =           11       37045

 Processing block number           12
 DEBUG          593   593.0846       2704.973     -0.4992804     -0.4992804    
          182        1562         -16        1396
 patch iptc,sj,dgj,dgi,id:          12        1562         593         609
         1396
  half line dmj dgc:           0       40413        2705         580
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        1562         182
   Zeroing lines in arrays 
  Total # of output lines =           12       38425

         1562        3658           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3658         593         593
         2096
  half line dmj dgc:           1       40413        2705         580
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3658        1562
   Zeroing lines in arrays 
  Total # of output lines =           12       40521

 Processing block number           13
 DEBUG          589   588.7362       2712.516     -0.4992605     -0.4992605    
         3658        5050          -4        1396
 patch iptc,sj,dgj,dgi,id:          13        5050         589         593
         1396
  half line dmj dgc:           0       43905        2712         580
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5050        3658
   Zeroing lines in arrays 
  Total # of output lines =           13       41913

         5050        7146           0        2096
 patch iptc,sj,dgj,dgi,id:          13        7146         589         589
         2096
  half line dmj dgc:           1       43905        2712         580
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        7146        5050
   Zeroing lines in arrays 
  Total # of output lines =           13       44009

 Processing block number           14
 DEBUG          593   592.9960       2760.629     -0.4992661     -0.4992661    
         7146        8546           4        1396
 patch iptc,sj,dgj,dgi,id:          14        8546         593         589
         1396
  half line dmj dgc:           0       47397        2761         580
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8546        7146
   Zeroing lines in arrays 
  Total # of output lines =           14       45409

         8546       10642           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10642         593         593
         2096
  half line dmj dgc:           1       47397        2761         580
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10642        8546
   Zeroing lines in arrays 
  Total # of output lines =           14       47505

 Processing block number           15
 DEBUG          610   609.6109       2855.485     -0.4992274     -0.4992274    
        10642       12055          17        1396
 patch iptc,sj,dgj,dgi,id:          15       12055         610         593
         1396
  half line dmj dgc:           0       50889        2855         580
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       12055       10642
   Zeroing lines in arrays 
  Total # of output lines =           15       48918

        12055       14151           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1863         610         610
         2096
  half line dmj dgc:           1       50889        2855         580
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       12055        1863
   Zeroing lines in arrays 
  Total # of output lines =           15       51014

 Processing block number           16
 DEBUG          640   640.0372       3024.788     -0.4991559     -0.4991559    
         1863        2716          30         823
 patch iptc,sj,dgj,dgi,id:          16        2716         640         610
          823
  half line dmj dgc:           0       53808        3025         580
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        2716        1863
   Zeroing lines in arrays 
  Total # of output lines =           16       51867

         2716        4812           0        2096
 patch iptc,sj,dgj,dgi,id:          16        4812         640         640
         2096
  half line dmj dgc:           1       53808        3025         580
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        4812        2716
   Zeroing lines in arrays 
  Total # of output lines =           16       53963

 ia dmi dgi:        4812        3025         640
   Writing the last         4481 lines
 last half sj>s1        9293        4812       53963
 WAYNE done patche    111.6396309137344    
  Total # of output lines =        58444

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58444
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    112.1629589796066    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:   1.000000    
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.pp_2000                      

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_p.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8031.110    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   -2.060000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.437000       1.037000    
   8.9000002E-02
  Receive leverarm x,y,z              =    1.437000       1.037000    
   8.9000002E-02



  Name of raw data file?
 /mnt/air118/airops/1381/p_hv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_p.mocomph                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_p                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 hv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_p.hv_j                       
 *** ipol itop:           2           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ph                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.1260003E-02
 reading motion compensation data
 WAYNE read motion compen    1.082860    
 write parameters ...
 bw f0 fc fslp dt npts pul:   20.00000       1.250000       11.25000    
    2.000000      2.2222223E-02         450   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   20.00000       11.25000    
    45.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3741890    
 start range comp, time =      2.728

 WAYNE PREV   1.479279    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     2.916 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    36.27926695346832    
 ATTN ifrq ipol ln           0           2        8192   6.000000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4991591    
  shift in azimuth *fractional pixel=  -0.4991591       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1239938735961914E-03
 TESTING  0.0000000E+00  -13.88325      0.2481277    
 WAYNE Motion comp. added to patch, time =    12.47450900077820    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8960237503051758E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.88325      0.2481277    
 HEY,dt,fract,ye,pe  -0.4991591       1.000000      5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    150.8064570426941    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7453709840774536    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   200.3164290189743    

 Processing block number            2
 TESTING WHY  5.1048700E-02  1.2473600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   203.233 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    42.07103705406189    
 ATTN ifrq ipol ln           0           2       11684   6.000000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4991752    
  shift in azimuth *fractional pixel=  -0.4991752       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.9259872436523438E-03
 TESTING  0.0000000E+00  -13.99013      0.6514059    
 WAYNE Motion comp. added to patch, time =    11.71467006206512    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   4.2689919471740723E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.99013      0.6514059    
 HEY,dt,fract,ye,pe  -0.4991752       1.000000      5.1048700E-02
   1.2473600E-02
 WAYNE Azimuth compression done, time =    151.0248929262161    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7414050102233887    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   205.6032500267029    
 ==w out           3        8387
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            6 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.932 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.11550199985504    
 ATTN ifrq ipol ln           0           2       22160   6.000000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992803    
  shift in azimuth *fractional pixel=  -0.4992803       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.3409547805786133E-03
 WAYNE Motion comp. added to patch, time =    12.58715498447418    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1150112152099609E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.3315939903259    
  Writing         4192 lines of data to file
 WAYNE write output data    1.060692906379700    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   201.1066689491272    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   204.039 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.88427996635437    
 ATTN ifrq ipol ln           0           2       25652   6.000000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992978    
  shift in azimuth *fractional pixel=  -0.4992978       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.8879594802856445E-03
 WAYNE Motion comp. added to patch, time =    12.00897097587585    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.2401938438415527E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    149.7568529844284    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7611690759658813    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   205.4323430061340    
 ==w out           7        8387
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           15 to           16 by #            7

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.994 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.29373896121979    
 ATTN ifrq ipol ln           0           2       57080   6.000000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992274    
  shift in azimuth *fractional pixel=  -0.4992274       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.2290172576904297E-03
 WAYNE Motion comp. added to patch, time =    12.75002098083496    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0220279693603516E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.2337830066681    
  Writing         4192 lines of data to file
 WAYNE write output data    1.071608901023865    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   201.3605239391327    

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903   204.354 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.80423891544342    
 ATTN ifrq ipol ln           0           2       59999   6.000000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991559    
  shift in azimuth *fractional pixel=  -0.4991559       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.9549551010131836E-03
 WAYNE Motion comp. added to patch, time =    11.99721109867096    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.5041947364807129E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.7538319826126    
  Writing         4192 lines of data to file
 WAYNE write output data   0.6743869781494141    
 ==w out          16        4192        2001             85852160
 WAYNE PROCESS   207.2533580064774    
 ==w out          17        8387
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           11 to           12 by #            5

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.955 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.60528504848480    
 ATTN ifrq ipol ln           0           2       43112   6.000000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992195    
  shift in azimuth *fractional pixel=  -0.4992195       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4269046783447266E-03
 WAYNE Motion comp. added to patch, time =    12.56092798709869    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9470453262329102E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.6835669279099    
  Writing         4192 lines of data to file
 WAYNE write output data    1.159600019454956    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   202.0208059549332    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   204.976 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.12510001659393    
 ATTN ifrq ipol ln           0           2       46604   6.000000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992804    
  shift in azimuth *fractional pixel=  -0.4992804       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.0610513687133789E-03
 WAYNE Motion comp. added to patch, time =    12.08461403846741    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6161084175109863E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.7052190303802    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7358279228210449    
 ==w out          12        4192        2001             85852160
 WAYNE PROCESS   207.6758739948273    
 ==w out          13        8387
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            7 to            8 by #            3

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.940 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.43765997886658    
 ATTN ifrq ipol ln           0           2       29144   6.000000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4993118    
  shift in azimuth *fractional pixel=  -0.4993118       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4960460662841797E-03
 WAYNE Motion comp. added to patch, time =    12.62351799011230    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9179582595825195E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.4016159772873    
  Writing         4192 lines of data to file
 WAYNE write output data    1.153076052665710    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   201.6274509429932    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   204.567 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.07838904857635    
 ATTN ifrq ipol ln           0           2       32636   6.000000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4992607    
  shift in azimuth *fractional pixel=  -0.4992607       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.0380439758300781E-03
 WAYNE Motion comp. added to patch, time =    11.91721296310425    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.5771985054016113E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.8770040273666    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7893060445785522    
 ==w out           8        4192        2001             85852160
 WAYNE PROCESS   208.6865739822388    
 ==w out           9        8387
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           13 to           14 by #            6

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.961 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.84352505207062    
 ATTN ifrq ipol ln           0           2       50096   6.000000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992605    
  shift in azimuth *fractional pixel=  -0.4992605       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5690021514892578E-03
 WAYNE Motion comp. added to patch, time =    12.59063398838043    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9609928131103516E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.6755560636520    
  Writing         4192 lines of data to file
 WAYNE write output data    1.040772914886475    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   202.1623169183731    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   205.124 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.19923508167267    
 ATTN ifrq ipol ln           0           2       53588   6.000000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992661    
  shift in azimuth *fractional pixel=  -0.4992661       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.9470872879028320E-03
 WAYNE Motion comp. added to patch, time =    11.96292603015900    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   4.3263912200927734E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.5400109291077    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7833799123764038    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   208.5375900268555    
 ==w out          15        8387
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            3 to            4 by #            1

 Processing block number            3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080     2.923 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.16890799999237    
 ATTN ifrq ipol ln           0           2       15176   6.000000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4992226    
  shift in azimuth *fractional pixel=  -0.4992226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4809064865112305E-03
 WAYNE Motion comp. added to patch, time =    12.44421398639679    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8699169158935547E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.8932279348373    
  Writing         4192 lines of data to file
 WAYNE write output data    1.201431989669800    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   201.7191100120544    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   204.643 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.63307988643646    
 ATTN ifrq ipol ln           0           2       18668   6.000000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4992387    
  shift in azimuth *fractional pixel=  -0.4992387       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.3960294723510742E-03
 WAYNE Motion comp. added to patch, time =    12.50304293632507    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   3.6801934242248535E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.6738829612732    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7038960456848145    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   209.5600529909134    
 ==w out           5        8387
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            9 to           10 by #            4

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.948 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.74343192577362    
 ATTN ifrq ipol ln           0           2       36128   6.000000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991942    
  shift in azimuth *fractional pixel=  -0.4991942       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5130929946899414E-03
 WAYNE Motion comp. added to patch, time =    12.86493802070618    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.0200014114379883E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.2258250713348    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8035380840301514    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   202.6495059728622    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   205.597 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.04092395305634    
 ATTN ifrq ipol ln           0           2       39620   6.000000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991635    
  shift in azimuth *fractional pixel=  -0.4991635       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4359645843505859E-03
 WAYNE Motion comp. added to patch, time =    12.38536894321442    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8103957176208496E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.7782700061798    
  Writing         4192 lines of data to file
 WAYNE write output data   0.6751500368118286    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   209.9070440530777    
 ==w out          11        8387
            1     1860880           0
            2     1860496           0
            3     1860759           0
            4     1860794           0
            5     1859835           0
            6     1860588           0
            7     1860173           0
            8     1854718           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=            8

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 gather image from processor #            2
             2
 gather image from processor #            3
             2
 gather image from processor #            4
             2
 gather image from processor #            5
             2
 gather image from processor #            6
             2
 gather image from processor #            7
             2
 WAYNE gather images takes:    0.2147490978240967    
 WAYNE LOOP TIME:     421.2597380876541    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_p.hv_j                       
 /mnt/air119/airops/1381/ts1381_p.mocomph                    
 /mnt/air119/airops/1381/ts1381_p.dop                        
 /mnt/air119/airops/1381/ts1381_p.glb                                2560
        67072
 update intf hdr ha:   6899.100    
 UPDATE:        2560       67072   6.662100      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_p.mocomph                    
 dopfile /mnt/air119/airops/1381/ts1381_p.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_p.glb                        
 /mnt/air119/airops/1381/ts1381_p.glb                                  36
 deskew line ra ha trc:   298.8881             581   8027.979    
    6899.100       90.98126    
  after deskew line ra ha trc:   298.8881             581   8027.979    
    6899.100       90.98126    
 lat1 lon1:         581   63.75742      -144.9814           67072
 last ra n_ns ns:   8027.979               0           1       67652
        67072
 lati loni:       67652   63.75748      -144.2421           67652           1
 center ra n_ns ns:   16548.80            1279        1279       34116
        67072
 lati loni:       34116   63.83429      -144.6051           34116        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_p.hv_j                       
 WAYNE FINAL PROCESS   424.1434909105301    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_p.hv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_p.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.ph                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_p.hv                         
  Name of the line output file?
 /mnt/air119/airops/1381/p_lines.dat                         
 WAYNE before patch:    2.430530071258545    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          580   580.4778       2575.941     -0.4991591     -0.4991591    
 patch iptc,sj,dgj,dgi,id:           1           1         580         580
            0
  half line dmj dgc:           0        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097         580         580
         2096
  half line dmj dgc:           1        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG          574   574.5703       2561.691     -0.4991752     -0.4991752    
         2097        3487          -6        1396
 patch iptc,sj,dgj,dgi,id:           2        3487         574         580
         1396
  half line dmj dgc:           0        5493        2562         580
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3487        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3486

         3487        5583           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5583         574         574
         2096
  half line dmj dgc:           1        5493        2562         580
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5583        3487
   Zeroing lines in arrays 
  Total # of output lines =            2        5582

 Processing block number            3
 DEBUG          574   573.7607       2537.529     -0.4992226     -0.4992226    
         5583        6979           0        1396
 patch iptc,sj,dgj,dgi,id:           3        6979         574         574
         1396
  half line dmj dgc:           0        8985        2537         580
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6979        5583
   Zeroing lines in arrays 
  Total # of output lines =            3        6978

         6979        9075           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9075         574         574
         2096
  half line dmj dgc:           1        8985        2537         580
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9075        6979
   Zeroing lines in arrays 
  Total # of output lines =            3        9074

 Processing block number            4
 DEBUG          581   580.9084       2509.040     -0.4992387     -0.4992387    
         9075       10478           7        1396
 patch iptc,sj,dgj,dgi,id:           4       10478         581         574
         1396
  half line dmj dgc:           0       12477        2509         580
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10478        9075
   Zeroing lines in arrays 
  Total # of output lines =            4       10477

        10478       12574           0        2096
 patch iptc,sj,dgj,dgi,id:           4         286         581         581
         2096
  half line dmj dgc:           1       12477        2509         580
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10478         286
   Zeroing lines in arrays 
  Total # of output lines =            4       12573

 Processing block number            5
 DEBUG          577   576.6835       2490.623     -0.4992803     -0.4992803    
          286        1678          -4        1396
 patch iptc,sj,dgj,dgi,id:           5        1678         577         581
         1396
  half line dmj dgc:           0       15969        2491         580
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1678         286
   Zeroing lines in arrays 
  Total # of output lines =            5       13965

         1678        3774           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3774         577         577
         2096
  half line dmj dgc:           1       15969        2491         580
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3774        1678
   Zeroing lines in arrays 
  Total # of output lines =            5       16061

 Processing block number            6
 DEBUG          561   560.7367       2477.566     -0.4992978     -0.4992978    
         3774        5154         -16        1396
 patch iptc,sj,dgj,dgi,id:           6        5154         561         577
         1396
  half line dmj dgc:           0       19461        2477         580
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        5154        3774
   Zeroing lines in arrays 
  Total # of output lines =            6       17441

         5154        7250           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7250         561         561
         2096
  half line dmj dgc:           1       19461        2477         580
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7250        5154
   Zeroing lines in arrays 
  Total # of output lines =            6       19537

 Processing block number            7
 DEBUG          551   551.5863       2499.695     -0.4993118     -0.4993118    
         7250        8636         -10        1396
 patch iptc,sj,dgj,dgi,id:           7        8636         551         561
         1396
  half line dmj dgc:           0       22953        2500         580
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8636        7250
   Zeroing lines in arrays 
  Total # of output lines =            7       20923

         8636       10732           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10732         551         551
         2096
  half line dmj dgc:           1       22953        2500         580
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10732        8636
   Zeroing lines in arrays 
  Total # of output lines =            7       23019

 Processing block number            8
 DEBUG          557   557.4050       2578.099     -0.4992607     -0.4992607    
        10732       12134           6        1396
 patch iptc,sj,dgj,dgi,id:           8       12134         557         551
         1396
  half line dmj dgc:           0       26445        2578         580
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       12134       10732
   Zeroing lines in arrays 
  Total # of output lines =            8       24421

        12134       14230           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1942         557         557
         2096
  half line dmj dgc:           1       26445        2578         580
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       12134        1942
   Zeroing lines in arrays 
  Total # of output lines =            8       26517

 Processing block number            9
 DEBUG          588   587.9286       2707.609     -0.4991942     -0.4991942    
         1942        3369          31        1396
 patch iptc,sj,dgj,dgi,id:           9        3369         588         557
         1396
  half line dmj dgc:           0       29937        2708         580
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3369        1942
   Zeroing lines in arrays 
  Total # of output lines =            9       27944

         3369        5465           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5465         588         588
         2096
  half line dmj dgc:           1       29937        2708         580
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5465        3369
   Zeroing lines in arrays 
  Total # of output lines =            9       30040

 Processing block number           10
 DEBUG          614   613.9825       2766.568     -0.4991635     -0.4991635    
         5465        6887          26        1396
 patch iptc,sj,dgj,dgi,id:          10        6887         614         588
         1396
  half line dmj dgc:           0       33429        2766         580
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6887        5465
   Zeroing lines in arrays 
  Total # of output lines =           10       31462

         6887        8983           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8983         614         614
         2096
  half line dmj dgc:           1       33429        2766         580
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8983        6887
   Zeroing lines in arrays 
  Total # of output lines =           10       33558

 Processing block number           11
 DEBUG          609   609.2790       2734.386     -0.4992195     -0.4992195    
         8983       10374          -5        1396
 patch iptc,sj,dgj,dgi,id:          11       10374         609         614
         1396
  half line dmj dgc:           0       36921        2734         580
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10374        8983
   Zeroing lines in arrays 
  Total # of output lines =           11       34949

        10374       12470           0        2096
 patch iptc,sj,dgj,dgi,id:          11         182         609         609
         2096
  half line dmj dgc:           1       36921        2734         580
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       10374         182
   Zeroing lines in arrays 
  Total # of output lines =           11       37045

 Processing block number           12
 DEBUG          593   593.0846       2704.973     -0.4992804     -0.4992804    
          182        1562         -16        1396
 patch iptc,sj,dgj,dgi,id:          12        1562         593         609
         1396
  half line dmj dgc:           0       40413        2705         580
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        1562         182
   Zeroing lines in arrays 
  Total # of output lines =           12       38425

         1562        3658           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3658         593         593
         2096
  half line dmj dgc:           1       40413        2705         580
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3658        1562
   Zeroing lines in arrays 
  Total # of output lines =           12       40521

 Processing block number           13
 DEBUG          589   588.7362       2712.516     -0.4992605     -0.4992605    
         3658        5050          -4        1396
 patch iptc,sj,dgj,dgi,id:          13        5050         589         593
         1396
  half line dmj dgc:           0       43905        2712         580
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5050        3658
   Zeroing lines in arrays 
  Total # of output lines =           13       41913

         5050        7146           0        2096
 patch iptc,sj,dgj,dgi,id:          13        7146         589         589
         2096
  half line dmj dgc:           1       43905        2712         580
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        7146        5050
   Zeroing lines in arrays 
  Total # of output lines =           13       44009

 Processing block number           14
 DEBUG          593   592.9960       2760.629     -0.4992661     -0.4992661    
         7146        8546           4        1396
 patch iptc,sj,dgj,dgi,id:          14        8546         593         589
         1396
  half line dmj dgc:           0       47397        2761         580
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8546        7146
   Zeroing lines in arrays 
  Total # of output lines =           14       45409

         8546       10642           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10642         593         593
         2096
  half line dmj dgc:           1       47397        2761         580
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10642        8546
   Zeroing lines in arrays 
  Total # of output lines =           14       47505

 Processing block number           15
 DEBUG          610   609.6109       2855.485     -0.4992274     -0.4992274    
        10642       12055          17        1396
 patch iptc,sj,dgj,dgi,id:          15       12055         610         593
         1396
  half line dmj dgc:           0       50889        2855         580
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       12055       10642
   Zeroing lines in arrays 
  Total # of output lines =           15       48918

        12055       14151           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1863         610         610
         2096
  half line dmj dgc:           1       50889        2855         580
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       12055        1863
   Zeroing lines in arrays 
  Total # of output lines =           15       51014

 Processing block number           16
 DEBUG          640   640.0372       3024.788     -0.4991559     -0.4991559    
         1863        2716          30         823
 patch iptc,sj,dgj,dgi,id:          16        2716         640         610
          823
  half line dmj dgc:           0       53808        3025         580
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        2716        1863
   Zeroing lines in arrays 
  Total # of output lines =           16       51867

         2716        4812           0        2096
 patch iptc,sj,dgj,dgi,id:          16        4812         640         640
         2096
  half line dmj dgc:           1       53808        3025         580
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        4812        2716
   Zeroing lines in arrays 
  Total # of output lines =           16       53963

 ia dmi dgi:        4812        3025         640
   Writing the last         4481 lines
 last half sj>s1        9293        4812       53963
 WAYNE done patche    106.1803160905838    
  Total # of output lines =        58444

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58444
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    106.6452800035477    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.pp_2000                      

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_p.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8031.110    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   -2.060000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.437000       1.037000    
   8.9000002E-02
  Receive leverarm x,y,z              =    1.437000       1.037000    
   8.9000002E-02



  Name of raw data file?
 /mnt/air118/airops/1381/p_vh                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_p.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_p                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vh
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_p.vh_j                       
 *** ipol itop:           3           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.pv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.1104003E-02
 reading motion compensation data
 WAYNE read motion compen    1.083866    
 write parameters ...
 bw f0 fc fslp dt npts pul:   20.00000       1.250000       11.25000    
    2.000000      2.2222223E-02         450   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   20.00000       11.25000    
    45.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3742119    
 start range comp, time =      2.302

 WAYNE PREV   1.479395    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            7 to            8 by #            3

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.532 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.56736207008362    
 ATTN ifrq ipol ln           0           3       29144   4.000000    
 IPOL, ITOP nblock            3           0           7
 WAYNE Motion comp. coeff. calculated, time =   8.5879564285278320E-03
 WAYNE Motion comp. added to patch, time =    12.43421506881714    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8959045410156250E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    150.0068000555038    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7122310400009155    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   199.7322970628738    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   202.264 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    44.37335598468781    
 ATTN ifrq ipol ln           0           3       32636   4.000000    
 IPOL, ITOP nblock            3           0           8
 WAYNE Motion comp. coeff. calculated, time =   8.0438852310180664E-03
 WAYNE Motion comp. added to patch, time =    11.87650597095490    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6051054000854492E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    150.1822619438171    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7180759906768799    
 ==w out           8        4192        2001             85852160
 WAYNE PROCESS   207.1752780675888    
 ==w out           9        8387
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     2.502 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    35.80084204673767    
 ATTN ifrq ipol ln           0           3        8192   4.000000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.1490278244018555E-03
 TESTING  0.0000000E+00  -13.88335      0.2481865    
 WAYNE Motion comp. added to patch, time =    13.03234493732452    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0940303802490234E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.88335      0.2481865    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    151.2786109447479    
  Writing         4192 lines of data to file
 WAYNE write output data    1.130264043807983    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   201.2533249855042    

 Processing block number            2
 TESTING WHY  5.1048700E-02  1.2473600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   203.756 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    44.26023805141449    
 ATTN ifrq ipol ln           0           3       11684   4.000000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   7.8920125961303711E-03
 TESTING  0.0000000E+00  -13.99004      0.6514574    
 WAYNE Motion comp. added to patch, time =    11.94251799583435    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.0257005691528320E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.99004      0.6514574    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1048700E-02
   1.2473600E-02
 WAYNE Azimuth compression done, time =    150.6241790056229    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7162179946899414    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   207.5620760917664    
 ==w out           3        8387
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            3 to            4 by #            1

 Processing block number            3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080     2.510 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.22555899620056    
 ATTN ifrq ipol ln           0           3       15176   4.000000    
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   8.5270404815673828E-03
 WAYNE Motion comp. added to patch, time =    12.42264592647552    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8889904022216797E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.5133240222931    
  Writing         4192 lines of data to file
 WAYNE write output data    1.027855992317200    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   201.2008759975433    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   203.711 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.98214006423950    
 ATTN ifrq ipol ln           0           3       18668   4.000000    
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   7.9619884490966797E-03
 WAYNE Motion comp. added to patch, time =    11.78686404228210    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.5421032905578613E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.1063619852066    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9273810386657715    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   208.8271660804749    
 ==w out           5        8387
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            6 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.526 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.97559595108032    
 ATTN ifrq ipol ln           0           3       22160   4.000000    
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   8.5339546203613281E-03
 WAYNE Motion comp. added to patch, time =    13.12880194187164    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   2.0279884338378906E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.6598989963531    
  Writing         4192 lines of data to file
 WAYNE write output data    1.073565006256104    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   201.8497670888901    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   204.376 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    44.09136390686035    
 ATTN ifrq ipol ln           0           3       25652   4.000000    
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   8.1510543823242188E-03
 WAYNE Motion comp. added to patch, time =    11.92988097667694    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   7.4470043182373047E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.4468499422073    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9437220096588135    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   208.4287289381027    
 ==w out           7        8387
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           11 to           12 by #            5

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.546 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.05353391170502    
 ATTN ifrq ipol ln           0           3       43112   4.000000    
 IPOL, ITOP nblock            3           0          11
 WAYNE Motion comp. coeff. calculated, time =   8.2560777664184570E-03
 WAYNE Motion comp. added to patch, time =    12.78726792335510    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9179582595825195E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.1643829345703    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9750200510025024    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   201.9913409948349    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   204.537 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    44.35080599784851    
 ATTN ifrq ipol ln           0           3       46604   4.000000    
 IPOL, ITOP nblock            3           0          12
 WAYNE Motion comp. coeff. calculated, time =   8.1410408020019531E-03
 WAYNE Motion comp. added to patch, time =    11.70080399513245    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.1196970939636230E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.8590229749680    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8412250280380249    
 ==w out          12        4192        2001             85852160
 WAYNE PROCESS   209.7720890045166    
 ==w out          13        8387
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           15 to           16 by #            7

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.565 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.90762805938721    
 ATTN ifrq ipol ln           0           3       57080   4.000000    
 IPOL, ITOP nblock            3           0          15
 WAYNE Motion comp. coeff. calculated, time =   8.1620216369628906E-03
 WAYNE Motion comp. added to patch, time =    12.46164798736572    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.0040273666381836E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.8704510927200    
  Writing         4192 lines of data to file
 WAYNE write output data    1.194828987121582    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   201.4458849430084    

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903   204.011 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    45.27967000007629    
 ATTN ifrq ipol ln           0           3       59999   4.000000    
 IPOL, ITOP nblock            3           0          16
 WAYNE Motion comp. coeff. calculated, time =   7.9929828643798828E-03
 WAYNE Motion comp. added to patch, time =    12.05641710758209    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.4199228286743164E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.3852549791336    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9414740800857544    
 ==w out          16        4192        2001             85852160
 WAYNE PROCESS   210.6763319969177    
 ==w out          17        8387
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            9 to           10 by #            4

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.539 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.80555498600006    
 ATTN ifrq ipol ln           0           3       36128   4.000000    
 IPOL, ITOP nblock            3           0           9
 WAYNE Motion comp. coeff. calculated, time =   8.4609985351562500E-03
 WAYNE Motion comp. added to patch, time =    12.62545800209045    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.0149946212768555E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.6235510110855    
  Writing         4192 lines of data to file
 WAYNE write output data    1.048308968544006    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   203.1146800518036    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   205.654 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    44.28691792488098    
 ATTN ifrq ipol ln           0           3       39620   4.000000    
 IPOL, ITOP nblock            3           0          10
 WAYNE Motion comp. coeff. calculated, time =   8.2740783691406250E-03
 WAYNE Motion comp. added to patch, time =    11.97311806678772    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.3330192565917969E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.9773359298706    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9349780082702637    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   209.1862369775772    
 ==w out          11        8387
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           13 to           14 by #            6

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.557 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.62682390213013    
 ATTN ifrq ipol ln           0           3       50096   4.000000    
 IPOL, ITOP nblock            3           0          13
 WAYNE Motion comp. coeff. calculated, time =   8.6640119552612305E-03
 WAYNE Motion comp. added to patch, time =    13.42226707935333    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9249916076660156E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.6985810995102    
  Writing         4192 lines of data to file
 WAYNE write output data    1.001811027526855    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   202.7612719535828    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   205.319 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    44.72886300086975    
 ATTN ifrq ipol ln           0           3       53588   4.000000    
 IPOL, ITOP nblock            3           0          14
 WAYNE Motion comp. coeff. calculated, time =   8.1748962402343750E-03
 WAYNE Motion comp. added to patch, time =    11.59808206558228    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.4629573822021484E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.2690749168396    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9999020099639893    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   209.6095669269562    
 ==w out          15        8387
            1     1864608           0
            2     1864163           0
            3     1864623           0
            4     1864464           0
            5     1864650           0
            6     1859256           0
            7     1861729           0
            8     1862332           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=            8

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 gather image from processor #            2
             2
 gather image from processor #            3
             2
 gather image from processor #            4
             2
 gather image from processor #            5
             2
 gather image from processor #            6
             2
 gather image from processor #            7
             2
 WAYNE gather images takes:    0.2574089765548706    
 WAYNE LOOP TIME:     421.3011150360107    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_p.vh_j                       
 /mnt/air119/airops/1381/ts1381_p.mocompv                    
 /mnt/air119/airops/1381/ts1381_p.dop                        
 /mnt/air119/airops/1381/ts1381_p.glb                                2560
        67072
 update intf hdr ha:   6899.100    
 UPDATE:        2560       67072   6.662100      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_p.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_p.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_p.glb                        
 /mnt/air119/airops/1381/ts1381_p.glb                                  36
 deskew line ra ha trc:   298.8881             581   8027.979    
    6899.100       90.98126    
  after deskew line ra ha trc:   298.8881             581   8027.979    
    6899.100       90.98126    
 lat1 lon1:         581   63.75742      -144.9814           67072
 last ra n_ns ns:   8027.979               0           1       67652
        67072
 lati loni:       67652   63.75748      -144.2421           67652           1
 center ra n_ns ns:   16548.80            1279        1279       34116
        67072
 lati loni:       34116   63.83429      -144.6051           34116        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_p.vh_j                       
 WAYNE FINAL PROCESS   423.7377439737320    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_p.vh_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_p.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.pv                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_p.vh                         
  Name of the line output file?
 /mnt/air119/airops/1381/p_lines.dat                         
 WAYNE before patch:    2.460417032241821    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          580   580.9769       2576.441      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         580         580
            0
  half line dmj dgc:           0        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097         580         580
         2096
  half line dmj dgc:           1        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG          574   575.0695       2562.190      0.0000000E+00  0.0000000E+00
         2097        3487          -6        1396
 patch iptc,sj,dgj,dgi,id:           2        3487         574         580
         1396
  half line dmj dgc:           0        5493        2562         580
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3487        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3486

         3487        5583           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5583         574         574
         2096
  half line dmj dgc:           1        5493        2562         580
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5583        3487
   Zeroing lines in arrays 
  Total # of output lines =            2        5582

 Processing block number            3
 DEBUG          574   574.2599       2538.028      0.0000000E+00  0.0000000E+00
         5583        6979           0        1396
 patch iptc,sj,dgj,dgi,id:           3        6979         574         574
         1396
  half line dmj dgc:           0        8985        2537         580
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6979        5583
   Zeroing lines in arrays 
  Total # of output lines =            3        6978

         6979        9075           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9075         574         574
         2096
  half line dmj dgc:           1        8985        2537         580
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9075        6979
   Zeroing lines in arrays 
  Total # of output lines =            3        9074

 Processing block number            4
 DEBUG          581   581.4077       2509.540      0.0000000E+00  0.0000000E+00
         9075       10478           7        1396
 patch iptc,sj,dgj,dgi,id:           4       10478         581         574
         1396
  half line dmj dgc:           0       12477        2509         580
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10478        9075
   Zeroing lines in arrays 
  Total # of output lines =            4       10477

        10478       12574           0        2096
 patch iptc,sj,dgj,dgi,id:           4         286         581         581
         2096
  half line dmj dgc:           1       12477        2509         580
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10478         286
   Zeroing lines in arrays 
  Total # of output lines =            4       12573

 Processing block number            5
 DEBUG          577   577.1827       2491.123      0.0000000E+00  0.0000000E+00
          286        1678          -4        1396
 patch iptc,sj,dgj,dgi,id:           5        1678         577         581
         1396
  half line dmj dgc:           0       15969        2491         580
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1678         286
   Zeroing lines in arrays 
  Total # of output lines =            5       13965

         1678        3774           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3774         577         577
         2096
  half line dmj dgc:           1       15969        2491         580
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3774        1678
   Zeroing lines in arrays 
  Total # of output lines =            5       16061

 Processing block number            6
 DEBUG          561   561.2359       2478.065      0.0000000E+00  0.0000000E+00
         3774        5154         -16        1396
 patch iptc,sj,dgj,dgi,id:           6        5154         561         577
         1396
  half line dmj dgc:           0       19461        2477         580
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        5154        3774
   Zeroing lines in arrays 
  Total # of output lines =            6       17441

         5154        7250           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7250         561         561
         2096
  half line dmj dgc:           1       19461        2477         580
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7250        5154
   Zeroing lines in arrays 
  Total # of output lines =            6       19537

 Processing block number            7
 DEBUG          551   552.0856       2500.194      0.0000000E+00  0.0000000E+00
         7250        8636         -10        1396
 patch iptc,sj,dgj,dgi,id:           7        8636         551         561
         1396
  half line dmj dgc:           0       22953        2500         580
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8636        7250
   Zeroing lines in arrays 
  Total # of output lines =            7       20923

         8636       10732           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10732         551         551
         2096
  half line dmj dgc:           1       22953        2500         580
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10732        8636
   Zeroing lines in arrays 
  Total # of output lines =            7       23019

 Processing block number            8
 DEBUG          557   557.9042       2578.599      0.0000000E+00  0.0000000E+00
        10732       12134           6        1396
 patch iptc,sj,dgj,dgi,id:           8       12134         557         551
         1396
  half line dmj dgc:           0       26445        2578         580
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       12134       10732
   Zeroing lines in arrays 
  Total # of output lines =            8       24421

        12134       14230           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1942         557         557
         2096
  half line dmj dgc:           1       26445        2578         580
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       12134        1942
   Zeroing lines in arrays 
  Total # of output lines =            8       26517

 Processing block number            9
 DEBUG          588   588.4279       2708.108      0.0000000E+00  0.0000000E+00
         1942        3369          31        1396
 patch iptc,sj,dgj,dgi,id:           9        3369         588         557
         1396
  half line dmj dgc:           0       29937        2708         580
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3369        1942
   Zeroing lines in arrays 
  Total # of output lines =            9       27944

         3369        5465           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5465         588         588
         2096
  half line dmj dgc:           1       29937        2708         580
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5465        3369
   Zeroing lines in arrays 
  Total # of output lines =            9       30040

 Processing block number           10
 DEBUG          614   614.4817       2767.067      0.0000000E+00  0.0000000E+00
         5465        6887          26        1396
 patch iptc,sj,dgj,dgi,id:          10        6887         614         588
         1396
  half line dmj dgc:           0       33429        2766         580
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6887        5465
   Zeroing lines in arrays 
  Total # of output lines =           10       31462

         6887        8983           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8983         614         614
         2096
  half line dmj dgc:           1       33429        2766         580
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8983        6887
   Zeroing lines in arrays 
  Total # of output lines =           10       33558

 Processing block number           11
 DEBUG          609   609.7782       2734.886      0.0000000E+00  0.0000000E+00
         8983       10374          -5        1396
 patch iptc,sj,dgj,dgi,id:          11       10374         609         614
         1396
  half line dmj dgc:           0       36921        2734         580
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10374        8983
   Zeroing lines in arrays 
  Total # of output lines =           11       34949

        10374       12470           0        2096
 patch iptc,sj,dgj,dgi,id:          11         182         609         609
         2096
  half line dmj dgc:           1       36921        2734         580
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       10374         182
   Zeroing lines in arrays 
  Total # of output lines =           11       37045

 Processing block number           12
 DEBUG          593   593.5837       2705.472      0.0000000E+00  0.0000000E+00
          182        1562         -16        1396
 patch iptc,sj,dgj,dgi,id:          12        1562         593         609
         1396
  half line dmj dgc:           0       40413        2705         580
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        1562         182
   Zeroing lines in arrays 
  Total # of output lines =           12       38425

         1562        3658           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3658         593         593
         2096
  half line dmj dgc:           1       40413        2705         580
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3658        1562
   Zeroing lines in arrays 
  Total # of output lines =           12       40521

 Processing block number           13
 DEBUG          589   589.2355       2713.015      0.0000000E+00  0.0000000E+00
         3658        5050          -4        1396
 patch iptc,sj,dgj,dgi,id:          13        5050         589         593
         1396
  half line dmj dgc:           0       43905        2712         580
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5050        3658
   Zeroing lines in arrays 
  Total # of output lines =           13       41913

         5050        7146           0        2096
 patch iptc,sj,dgj,dgi,id:          13        7146         589         589
         2096
  half line dmj dgc:           1       43905        2712         580
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        7146        5050
   Zeroing lines in arrays 
  Total # of output lines =           13       44009

 Processing block number           14
 DEBUG          593   593.4952       2761.128      0.0000000E+00  0.0000000E+00
         7146        8546           4        1396
 patch iptc,sj,dgj,dgi,id:          14        8546         593         589
         1396
  half line dmj dgc:           0       47397        2761         580
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8546        7146
   Zeroing lines in arrays 
  Total # of output lines =           14       45409

         8546       10642           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10642         593         593
         2096
  half line dmj dgc:           1       47397        2761         580
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10642        8546
   Zeroing lines in arrays 
  Total # of output lines =           14       47505

 Processing block number           15
 DEBUG          610   610.1101       2855.984      0.0000000E+00  0.0000000E+00
        10642       12055          17        1396
 patch iptc,sj,dgj,dgi,id:          15       12055         610         593
         1396
  half line dmj dgc:           0       50889        2855         580
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       12055       10642
   Zeroing lines in arrays 
  Total # of output lines =           15       48918

        12055       14151           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1863         610         610
         2096
  half line dmj dgc:           1       50889        2855         580
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       12055        1863
   Zeroing lines in arrays 
  Total # of output lines =           15       51014

 Processing block number           16
 DEBUG          640   640.5363       3025.288      0.0000000E+00  0.0000000E+00
         1863        2716          30         823
 patch iptc,sj,dgj,dgi,id:          16        2716         640         610
          823
  half line dmj dgc:           0       53808        3025         580
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        2716        1863
   Zeroing lines in arrays 
  Total # of output lines =           16       51867

         2716        4812           0        2096
 patch iptc,sj,dgj,dgi,id:          16        4812         640         640
         2096
  half line dmj dgc:           1       53808        3025         580
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        4812        2716
   Zeroing lines in arrays 
  Total # of output lines =           16       53963

 ia dmi dgi:        4812        3025         640
   Writing the last         4481 lines
 last half sj>s1        9293        4812       53963
 WAYNE done patche    89.40223896503448    
  Total # of output lines =        58444

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58444
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    90.06224906444550    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 6.34            *****
  *****                                   *****
  *********************************************

 Enter L-band flag (1) otherwise for C-band:
            1
 AZ patch size:        8192
  What is the desired az fract (def=1.0)?
 fract #:  0.0000000E+00
  Please enter the name of the sensor file.
 /mnt/air118/airops/1381/sensor.pp_2000                      

  Please enter the name of the parameter file
 /mnt/air119/airops/1381/ts1381_p.par                        
 hddt:         104
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process        60000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8031.110    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   -2.060000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    600.0000    
  Transmit leverarm x,y,z             =    1.437000       1.037000    
   8.9000002E-02
  Receive leverarm x,y,z              =    1.437000       1.037000    
   8.9000002E-02



  Name of raw data file?
 /mnt/air118/airops/1381/p_vv                                

  Name of the mocomp data file?
 /mnt/air119/airops/1381/ts1381_p.mocompv                    

  Output file name w/o ext?
 /mnt/air119/airops/1381/ts1381_p                            

  Choose an extension for the output file:
    (1) HH
    (2) HV
    (3) VH
    (4) VV
    (5) TP
    (6) BT
  Enter the 2 letter extension.
 vv
 Raw DIR Path:/mnt/air118/airops/1381/
 output filename:/mnt/air118/airops/1381/ts1381_p.vv_j                       
 *** ipol itop:           4           0

  Read Doppler parameters & global line from a file?
  0 = No, 1 = Yes
            1

  Use Doppler tracker (0) or INU (1)? 
            1

  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.pv                           
 WAYNE init fft, calc slant range, load unpack, interpo   1.1068005E-02
 reading motion compensation data
 WAYNE read motion compen    1.081235    
 write parameters ...
 bw f0 fc fslp dt npts pul:   20.00000       1.250000       11.25000    
    2.000000      2.2222223E-02         450   10.00000    
 AnalogChirp>96032Br,fs,T,fc          104   20.00000       11.25000    
    45.00000       10.00000    
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.3746570    
 start range comp, time =      3.052

 WAYNE PREV   1.477248    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  5.1263701E-02  1.2781800E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.232 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    37.66877400875092    
 ATTN ifrq ipol ln           0           4        8192   12.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.0720186233520508E-03
 TESTING  0.0000000E+00  -13.88335      0.2481865    
 WAYNE Motion comp. added to patch, time =    12.41349899768829    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9029378890991211E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.88335      0.2481865    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1263701E-02
   1.2781800E-02
 WAYNE Azimuth compression done, time =    150.7092090845108    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9916930198669434    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   201.7939599752426    

 Processing block number            2
 TESTING WHY  5.1048700E-02  1.2473600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   205.026 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    43.89210295677185    
 ATTN ifrq ipol ln           0           4       11684   12.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   7.7069997787475586E-03
 TESTING  0.0000000E+00  -13.99004      0.6514574    
 WAYNE Motion comp. added to patch, time =    11.33637094497681    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   7.7140331268310547E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -13.99004      0.6514574    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  5.1048700E-02
   1.2473600E-02
 WAYNE Azimuth compression done, time =    150.7477170228958    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7202730178833008    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   206.7125300168991    
 ==w out           3        8387
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           15 to           16 by #            7

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     3.321 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.79508900642395    
 ATTN ifrq ipol ln           0           4       57080   12.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   8.2550048828125000E-03
 WAYNE Motion comp. added to patch, time =    12.77297198772430    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9949674606323242E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    150.4932579994202    
  Writing         4192 lines of data to file
 WAYNE write output data    1.046298027038574    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   202.1192489862442    

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903   205.440 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.35017597675323    
 ATTN ifrq ipol ln           0           4       59999   12.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   7.6410770416259766E-03
 WAYNE Motion comp. added to patch, time =    11.40779507160187    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.7274975776672363E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.7242789268494    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8023819923400879    
 ==w out          16        4192        2001             85852160
 WAYNE PROCESS   208.3103629350662    
 ==w out          17        8387
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           11 to           12 by #            5

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     3.270 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.84800696372986    
 ATTN ifrq ipol ln           0           4       43112   12.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   8.6100101470947266E-03
 WAYNE Motion comp. added to patch, time =    12.72253692150116    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0409822463989258E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    150.1477059125900    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8993990421295166    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   201.6297340393066    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   204.900 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.00871706008911    
 ATTN ifrq ipol ln           0           4       46604   12.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   8.1290006637573242E-03
 WAYNE Motion comp. added to patch, time =    11.68975198268890    
 WAYNE Doppler estimation done, time =   4.0531158447265625E-06
 WAYNE write deskew done, time =   2.5655984878540039E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.6036430597305    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8466850519180298    
 ==w out          12        4192        2001             85852160
 WAYNE PROCESS   209.1836479902267    
 ==w out          13        8387
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            6 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.245 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.45573592185974    
 ATTN ifrq ipol ln           0           4       22160   12.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   8.3540678024291992E-03
 WAYNE Motion comp. added to patch, time =    12.81257390975952    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9800662994384766E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.1805279254913    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8699378967285156    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   203.3302199840546    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   206.575 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.44137990474701    
 ATTN ifrq ipol ln           0           4       25652   12.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   8.0300569534301758E-03
 WAYNE Motion comp. added to patch, time =    11.88528692722321    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   4.8385024070739746E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.9535700082779    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9209629297256470    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   208.2586729526520    
 ==w out           7        8387
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            3 to            4 by #            1

 Processing block number            3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080     3.239 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.57188701629639    
 ATTN ifrq ipol ln           0           4       15176   12.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   8.3910226821899414E-03
 WAYNE Motion comp. added to patch, time =    12.23346006870270    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9069910049438477E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.4940309524536    
  Writing         4192 lines of data to file
 WAYNE write output data    1.076637029647827    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   202.3873050212860    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   205.626 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.30780398845673    
 ATTN ifrq ipol ln           0           4       18668   12.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   7.9060792922973633E-03
 WAYNE Motion comp. added to patch, time =    11.59142398834229    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   7.4219703674316406E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    153.5210490226746    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8318740129470825    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   209.2685790061951    
 ==w out           5        8387
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            7 to            8 by #            3

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     3.254 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.79502999782562    
 ATTN ifrq ipol ln           0           4       29144   12.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   8.5209608078002930E-03
 WAYNE Motion comp. added to patch, time =    12.65022003650665    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0680427551269531E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.0091279745102    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8147999048233032    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   205.2810399532318    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   208.536 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.84201991558075    
 ATTN ifrq ipol ln           0           4       32636   12.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   8.0280303955078125E-03
 WAYNE Motion comp. added to patch, time =    11.97492003440857    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   9.2660188674926758E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.9696700572968    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7202290296554565    
 ==w out           8        4192        2001             85852160
 WAYNE PROCESS   207.5253540277481    
 ==w out           9        8387
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           13 to           14 by #            6

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.315 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.79309701919556    
 ATTN ifrq ipol ln           0           4       50096   12.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   8.4829330444335938E-03
 WAYNE Motion comp. added to patch, time =    12.71718692779541    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.0079612731933594E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    154.1650559902191    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8216519355773926    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   205.5085970163345    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   208.823 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.84707701206207    
 ATTN ifrq ipol ln           0           4       53588   12.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   8.1890821456909180E-03
 WAYNE Motion comp. added to patch, time =    12.13916397094727    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.2464046478271484E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    152.0577780008316    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7114039659500122    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   207.7773480415344    
 ==w out          15        8387
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            9 to           10 by #            4

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.262 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.63367497920990    
 ATTN ifrq ipol ln           0           4       36128   12.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   8.4489583969116211E-03
 WAYNE Motion comp. added to patch, time =    12.67554807662964    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9398927688598633E-03
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    151.7823799848557    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9816800355911255    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   203.0847870111465    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   206.347 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    44.77734899520874    
 ATTN ifrq ipol ln           0           4       39620   12.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   7.9640150070190430E-03
 WAYNE Motion comp. added to patch, time =    11.86784899234772    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   2.1996021270751953E-02
 AZ Wavl Br:  0.6832900       20.00000      9.4872929E-02   761.9349    
    2379.347    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    157.8964389562607    
  Writing         4192 lines of data to file
 WAYNE write output data   0.6646590232849121    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   215.2373449802399    
 ==w out          11        8387
            1     1868237           0
            2     1867834           0
            3     1866687           0
            4     1868019           0
            5     1867712           0
            6     1867536           0
            7     1867855           0
            8     1867851           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=            8

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 gather image from processor #            2
             2
 gather image from processor #            3
             2
 gather image from processor #            4
             2
 gather image from processor #            5
             2
 gather image from processor #            6
             2
 gather image from processor #            7
             2
 WAYNE gather images takes:    0.2073431015014648    
 WAYNE LOOP TIME:     427.0088350772858    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air118/airops/1381/ts1381_p.vv_j                       
 /mnt/air119/airops/1381/ts1381_p.mocompv                    
 /mnt/air119/airops/1381/ts1381_p.dop                        
 /mnt/air119/airops/1381/ts1381_p.glb                                2560
        67072
 update intf hdr ha:   6899.100    
 UPDATE:        2560       67072   6.662100      0.5144000    
 mocompfile /mnt/air119/airops/1381/ts1381_p.mocompv                    
 dopfile /mnt/air119/airops/1381/ts1381_p.dop                        
 globalfile /mnt/air119/airops/1381/ts1381_p.glb                        
 /mnt/air119/airops/1381/ts1381_p.glb                                  36
 deskew line ra ha trc:   298.8881             581   8027.979    
    6899.100       90.98126    
  after deskew line ra ha trc:   298.8881             581   8027.979    
    6899.100       90.98126    
 lat1 lon1:         581   63.75742      -144.9814           67072
 last ra n_ns ns:   8027.979               0           1       67652
        67072
 lati loni:       67652   63.75748      -144.2421           67652           1
 center ra n_ns ns:   16548.80            1279        1279       34116
        67072
 lati loni:       34116   63.83429      -144.6051           34116        2560
  Updated paramater header in 
 /mnt/air118/airops/1381/ts1381_p.vv_j                       
 WAYNE FINAL PROCESS   430.1773649454117    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****           Deskew Program          *****
  *****                                   *****
  *****           Version 1.00            *****
  *****                                   *****
  *****  This program is used to deskew   *****
  *****  single-look data before multi-   *****
  *****  looking is performed.            *****
  *****                                   *****
  *********************************************

 NUMBER OF PROCESSOR USED =            8
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
         8384           2
  Name of data file to be deskewed?
 /mnt/air118/airops/1381/ts1381_p.vv_j                       
  Name of the doppler parameter file?
 /mnt/air119/airops/1381/ts1381_p.dop                        
  Name of the deskew file?
 /mnt/air118/airops/1381/deskew.pv                           
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air119/airops/1381/ts1381_p.vv                         
  Name of the line output file?
 /mnt/air119/airops/1381/p_lines.dat                         
 WAYNE before patch:    2.408855915069580    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          580   580.9769       2576.441      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         580         580
            0
  half line dmj dgc:           0        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097         580         580
         2096
  half line dmj dgc:           1        2001        2576         580
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG          574   575.0695       2562.190      0.0000000E+00  0.0000000E+00
         2097        3487          -6        1396
 patch iptc,sj,dgj,dgi,id:           2        3487         574         580
         1396
  half line dmj dgc:           0        5493        2562         580
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3487        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3486

         3487        5583           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5583         574         574
         2096
  half line dmj dgc:           1        5493        2562         580
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5583        3487
   Zeroing lines in arrays 
  Total # of output lines =            2        5582

 Processing block number            3
 DEBUG          574   574.2599       2538.028      0.0000000E+00  0.0000000E+00
         5583        6979           0        1396
 patch iptc,sj,dgj,dgi,id:           3        6979         574         574
         1396
  half line dmj dgc:           0        8985        2537         580
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6979        5583
   Zeroing lines in arrays 
  Total # of output lines =            3        6978

         6979        9075           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9075         574         574
         2096
  half line dmj dgc:           1        8985        2537         580
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9075        6979
   Zeroing lines in arrays 
  Total # of output lines =            3        9074

 Processing block number            4
 DEBUG          581   581.4077       2509.540      0.0000000E+00  0.0000000E+00
         9075       10478           7        1396
 patch iptc,sj,dgj,dgi,id:           4       10478         581         574
         1396
  half line dmj dgc:           0       12477        2509         580
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10478        9075
   Zeroing lines in arrays 
  Total # of output lines =            4       10477

        10478       12574           0        2096
 patch iptc,sj,dgj,dgi,id:           4         286         581         581
         2096
  half line dmj dgc:           1       12477        2509         580
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10478         286
   Zeroing lines in arrays 
  Total # of output lines =            4       12573

 Processing block number            5
 DEBUG          577   577.1827       2491.123      0.0000000E+00  0.0000000E+00
          286        1678          -4        1396
 patch iptc,sj,dgj,dgi,id:           5        1678         577         581
         1396
  half line dmj dgc:           0       15969        2491         580
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1678         286
   Zeroing lines in arrays 
  Total # of output lines =            5       13965

         1678        3774           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3774         577         577
         2096
  half line dmj dgc:           1       15969        2491         580
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3774        1678
   Zeroing lines in arrays 
  Total # of output lines =            5       16061

 Processing block number            6
 DEBUG          561   561.2359       2478.065      0.0000000E+00  0.0000000E+00
         3774        5154         -16        1396
 patch iptc,sj,dgj,dgi,id:           6        5154         561         577
         1396
  half line dmj dgc:           0       19461        2477         580
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        5154        3774
   Zeroing lines in arrays 
  Total # of output lines =            6       17441

         5154        7250           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7250         561         561
         2096
  half line dmj dgc:           1       19461        2477         580
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7250        5154
   Zeroing lines in arrays 
  Total # of output lines =            6       19537

 Processing block number            7
 DEBUG          551   552.0856       2500.194      0.0000000E+00  0.0000000E+00
         7250        8636         -10        1396
 patch iptc,sj,dgj,dgi,id:           7        8636         551         561
         1396
  half line dmj dgc:           0       22953        2500         580
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8636        7250
   Zeroing lines in arrays 
  Total # of output lines =            7       20923

         8636       10732           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10732         551         551
         2096
  half line dmj dgc:           1       22953        2500         580
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10732        8636
   Zeroing lines in arrays 
  Total # of output lines =            7       23019

 Processing block number            8
 DEBUG          557   557.9042       2578.599      0.0000000E+00  0.0000000E+00
        10732       12134           6        1396
 patch iptc,sj,dgj,dgi,id:           8       12134         557         551
         1396
  half line dmj dgc:           0       26445        2578         580
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       12134       10732
   Zeroing lines in arrays 
  Total # of output lines =            8       24421

        12134       14230           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1942         557         557
         2096
  half line dmj dgc:           1       26445        2578         580
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       12134        1942
   Zeroing lines in arrays 
  Total # of output lines =            8       26517

 Processing block number            9
 DEBUG          588   588.4279       2708.108      0.0000000E+00  0.0000000E+00
         1942        3369          31        1396
 patch iptc,sj,dgj,dgi,id:           9        3369         588         557
         1396
  half line dmj dgc:           0       29937        2708         580
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3369        1942
   Zeroing lines in arrays 
  Total # of output lines =            9       27944

         3369        5465           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5465         588         588
         2096
  half line dmj dgc:           1       29937        2708         580
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5465        3369
   Zeroing lines in arrays 
  Total # of output lines =            9       30040

 Processing block number           10
 DEBUG          614   614.4817       2767.067      0.0000000E+00  0.0000000E+00
         5465        6887          26        1396
 patch iptc,sj,dgj,dgi,id:          10        6887         614         588
         1396
  half line dmj dgc:           0       33429        2766         580
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6887        5465
   Zeroing lines in arrays 
  Total # of output lines =           10       31462

         6887        8983           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8983         614         614
         2096
  half line dmj dgc:           1       33429        2766         580
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8983        6887
   Zeroing lines in arrays 
  Total # of output lines =           10       33558

 Processing block number           11
 DEBUG          609   609.7782       2734.886      0.0000000E+00  0.0000000E+00
         8983       10374          -5        1396
 patch iptc,sj,dgj,dgi,id:          11       10374         609         614
         1396
  half line dmj dgc:           0       36921        2734         580
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10374        8983
   Zeroing lines in arrays 
  Total # of output lines =           11       34949

        10374       12470           0        2096
 patch iptc,sj,dgj,dgi,id:          11         182         609         609
         2096
  half line dmj dgc:           1       36921        2734         580
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       10374         182
   Zeroing lines in arrays 
  Total # of output lines =           11       37045

 Processing block number           12
 DEBUG          593   593.5837       2705.472      0.0000000E+00  0.0000000E+00
          182        1562         -16        1396
 patch iptc,sj,dgj,dgi,id:          12        1562         593         609
         1396
  half line dmj dgc:           0       40413        2705         580
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        1562         182
   Zeroing lines in arrays 
  Total # of output lines =           12       38425

         1562        3658           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3658         593         593
         2096
  half line dmj dgc:           1       40413        2705         580
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3658        1562
   Zeroing lines in arrays 
  Total # of output lines =           12       40521

 Processing block number           13
 DEBUG          589   589.2355       2713.015      0.0000000E+00  0.0000000E+00
         3658        5050          -4        1396
 patch iptc,sj,dgj,dgi,id:          13        5050         589         593
         1396
  half line dmj dgc:           0       43905        2712         580
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5050        3658
   Zeroing lines in arrays 
  Total # of output lines =           13       41913

         5050        7146           0        2096
 patch iptc,sj,dgj,dgi,id:          13        7146         589         589
         2096
  half line dmj dgc:           1       43905        2712         580
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        7146        5050
   Zeroing lines in arrays 
  Total # of output lines =           13       44009

 Processing block number           14
 DEBUG          593   593.4952       2761.128      0.0000000E+00  0.0000000E+00
         7146        8546           4        1396
 patch iptc,sj,dgj,dgi,id:          14        8546         593         589
         1396
  half line dmj dgc:           0       47397        2761         580
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8546        7146
   Zeroing lines in arrays 
  Total # of output lines =           14       45409

         8546       10642           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10642         593         593
         2096
  half line dmj dgc:           1       47397        2761         580
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10642        8546
   Zeroing lines in arrays 
  Total # of output lines =           14       47505

 Processing block number           15
 DEBUG          610   610.1101       2855.984      0.0000000E+00  0.0000000E+00
        10642       12055          17        1396
 patch iptc,sj,dgj,dgi,id:          15       12055         610         593
         1396
  half line dmj dgc:           0       50889        2855         580
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       12055       10642
   Zeroing lines in arrays 
  Total # of output lines =           15       48918

        12055       14151           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1863         610         610
         2096
  half line dmj dgc:           1       50889        2855         580
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       12055        1863
   Zeroing lines in arrays 
  Total # of output lines =           15       51014

 Processing block number           16
 DEBUG          640   640.5363       3025.288      0.0000000E+00  0.0000000E+00
         1863        2716          30         823
 patch iptc,sj,dgj,dgi,id:          16        2716         640         610
          823
  half line dmj dgc:           0       53808        3025         580
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        2716        1863
   Zeroing lines in arrays 
  Total # of output lines =           16       51867

         2716        4812           0        2096
 patch iptc,sj,dgj,dgi,id:          16        4812         640         640
         2096
  half line dmj dgc:           1       53808        3025         580
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        4812        2716
   Zeroing lines in arrays 
  Total # of output lines =           16       53963

 ia dmi dgi:        4812        3025         640
   Writing the last         4481 lines
 last half sj>s1        9293        4812       53963
 WAYNE done patche    112.6886559724808    
  Total # of output lines =        58444

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58444
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.34
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    113.1862668991089    
 Enter single look lines filename:  Enter single look image filename:  Enter output lines filename:  Enter number of looks:  ns np nlloks:        2560       58444          18
  Multi-looking lines.dat file...
  Total number of lines written to output file:                  3246
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.2644004       8.993504    
     146    -0.031    3046    -2.219    8.99350   0.008584   0.793119  -0.003200
 r_peak,r_snr =   0.1731750       6.760078    
     246     2.031    3046     3.094    6.76008   0.102643  10.541907  -0.658209
 r_peak,r_snr =   0.1909693       7.015583    
     346    -0.750    3046   -11.719    7.01558   0.135984   3.306255  -0.547018
 r_peak,r_snr =   0.3141717       7.343560    
     446    -0.500    3046     1.094    7.34356   0.006528   0.574926   0.015916
 r_peak,r_snr =   0.1587857       5.246732    
     846    -1.813    3046    -0.688    5.24673   0.012693   0.894006  -0.060593
 r_peak,r_snr =   0.1315808       7.908619    
     946    -1.094    3046    14.719    7.90862   0.116615   0.970361  -0.255458
 r_peak,r_snr =   0.1561496       6.431630    
    1046    -2.750    3046    11.875    6.43163   0.101358   3.163724  -0.527763
 r_peak,r_snr =   0.1788835       5.330936    
    1146    -6.969    3046     4.219    5.33094   0.016017   0.274573  -0.028237
 r_peak,r_snr =   0.1244369       7.776234    
    1246     6.500    3046    -5.219    7.77623   0.021250   0.709448  -0.037703
 r_peak,r_snr =   0.1939970       5.806292    
    1346    -0.500    3046     2.750    5.80629   0.010012   1.439280  -0.020165
 r_peak,r_snr =   0.3434450       6.167405    
    1446     0.406    3046    -7.719    6.16741   0.012981   0.691223  -0.058456
 r_peak,r_snr =   0.3479476       6.744656    
    1546     0.563    3046    -2.281    6.74466   0.007957   0.931741  -0.031988
 r_peak,r_snr =   0.1622052       8.416508    
    1646    -0.219    3046   -10.813    8.41651   0.006302   1.107203   0.015885
 r_peak,r_snr =   0.4253981       2.859178    
    1746    -0.438    3046    -3.781    2.85918   0.006175   0.618424  -0.006278
 r_peak,r_snr =   0.1457806       5.216924    
    1846   -10.625    3046     3.313    5.21692   0.028286   1.299824  -0.126427
 r_peak,r_snr =   0.1499555       9.176988    
    1946    -0.031    3046     2.156    9.17699   0.009213   0.403363  -0.013658
 r_peak,r_snr =   0.1945933       8.091612    
    2046     6.781    3046   -14.813    8.09161   0.022015   1.069009  -0.126964
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.3659061       7.844481    
     146    -0.281    3446    -2.219    7.84448   0.004189   3.045964  -0.007348
 r_peak,r_snr =   0.1917877       6.607224    
     246    -3.063    3446     0.813    6.60722   0.013679   0.679444   0.018019
 r_peak,r_snr =   0.1783354       10.62858    
     346     0.000    3446    -9.188   10.62858   0.007428   0.788636  -0.026115
 r_peak,r_snr =   0.3147092       6.864846    
     446     0.594    3446     2.219    6.86485   0.035912  12.449423   0.564752
 r_peak,r_snr =   0.1495247       5.645504    
     546     0.281    3446    -1.688    5.64550   0.017249   2.768411   0.120763
 r_peak,r_snr =   0.5242816       4.025319    
     646    -0.625    3446    -4.750    4.02532   0.008039   1.101190  -0.063829
 r_peak,r_snr =   0.5012112       2.706711    
     746    -0.188    3446    -1.719    2.70671   0.012551   3.138863  -0.119370
 r_peak,r_snr =   8.7653011E-02   5.068400    
     946    -5.844    3446   -12.813    5.06840   0.405000   1.416946   0.500373
 r_peak,r_snr =   0.1424067       8.870969    
    1046    -0.125    3446    -0.813    8.87097   0.018221   0.346025  -0.030098
 r_peak,r_snr =   0.1134458       4.952398    
    1146    -0.750    3446    12.375    4.95240   0.047927   1.068105   0.043898
 r_peak,r_snr =   0.4431878       2.156347    
    1246     0.125    3446    11.750    2.15635   0.006817   0.712468   0.011552
 r_peak,r_snr =   0.3595869       3.395743    
    1346    -0.906    3446     2.813    3.39574   0.027020   0.905728  -0.035241
 r_peak,r_snr =   0.2784803       5.568645    
    1446    -0.719    3446     7.719    5.56865   0.173555   3.052089  -0.654433
 r_peak,r_snr =   0.1738400       6.634213    
    1546     5.156    3446    10.250    6.63421   0.015495   0.608440  -0.075105
 r_peak,r_snr =   0.1718082       8.227651    
    1646    -0.563    3446    13.719    8.22765   0.010351   2.395682  -0.045902
 r_peak,r_snr =   0.1269513       5.736800    
    1746    -2.719    3446     6.781    5.73680   0.010409  20.250774   0.094241
 r_peak,r_snr =   0.1711929       4.455207    
    1846    -8.906    3446    -1.188    4.45521   0.025269   0.389584  -0.050515
 r_peak,r_snr =   0.2443165       13.82528    
    1946    -0.438    3446     0.219   13.82528   0.005184   1.499946  -0.046629
 r_peak,r_snr =   0.1564661       8.692368    
    2046     0.719    3446     2.219    8.69237   0.015292   1.900191  -0.055566
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.2506357       8.039203    
     146    -0.094    3846    17.813    8.03920   0.020394   2.417170  -0.170744
 r_peak,r_snr =   0.2900214       4.675136    
     346     0.156    3846    -4.156    4.67514   0.013848   1.689203  -0.096117
 r_peak,r_snr =   0.1547242       9.949937    
     546     0.625    3846     4.469    9.94994   0.015582   1.060212  -0.066072
 r_peak,r_snr =   0.5480369       1.530170    
     646     0.469    3846    15.813    1.53017   0.011356   2.645254   0.101209
 r_peak,r_snr =   0.7840819       8.294250    
     746     0.344    3846    -3.188    8.29425   0.000398   0.082566  -0.000563
 r_peak,r_snr =   0.2539487       3.160288    
     846    -3.469    3846    -0.875    3.16029   0.015482   2.051486  -0.044480
 r_peak,r_snr =   0.3228344       2.483927    
     946    -0.250    3846    -1.125    2.48393   0.008659   0.457925  -0.013783
 r_peak,r_snr =   0.3565706       1.744270    
    1146     2.625    3846    13.813    1.74427   0.017839   0.972179   0.017105
 r_peak,r_snr =   0.4338958       6.368694    
    1246    -0.219    3846    -1.781    6.36869   0.007185   0.300143  -0.033682
 r_peak,r_snr =   0.6051533       2.768356    
    1346    -0.031    3846    -2.625    2.76836   0.003069   0.323255  -0.013369
 r_peak,r_snr =   0.2105679       7.931228    
    1446    -1.281    3846     6.688    7.93123   0.014996   1.924510   0.093518
 r_peak,r_snr =   0.2094918       8.512684    
    1546    -0.250    3846    -0.813    8.51268   0.005777   0.688766  -0.009264
 r_peak,r_snr =   0.2239655       11.94913    
    1646     0.031    3846    -1.656   11.94913   0.015355   3.076193  -0.169664
 r_peak,r_snr =   0.2199338       6.739653    
    1746     1.500    3846   -13.719    6.73965   0.037947   0.628019  -0.094870
 r_peak,r_snr =   0.2054222       5.340533    
    1846     0.938    3846    11.250    5.34053   0.034393   1.824373   0.128954
 r_peak,r_snr =   0.1497208       7.349808    
    1946    -0.594    3846    -4.813    7.34981   0.019922   0.616697  -0.031278
 r_peak,r_snr =   0.2342400       4.643351    
    2046     2.156    3846     8.781    4.64335   0.049124   1.240945  -0.072861
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.4673001       5.279108    
     146     0.781    4246    11.813    5.27911   0.010958   0.864596  -0.065262
 r_peak,r_snr =   0.2182773       7.720554    
     246     0.000    4246    -3.281    7.72055   0.030642   3.345071  -0.261640
 r_peak,r_snr =   0.2443447       6.568151    
     446    -0.188    4246     6.906    6.56815   0.017250  10.373894  -0.353952
 r_peak,r_snr =   0.2112076       11.91381    
     546    -0.219    4246    -0.344   11.91381   0.008194   0.570211  -0.036781
 r_peak,r_snr =   0.1540434       7.535997    
     646    -2.125    4246     5.000    7.53600   0.018803   0.884520  -0.018814
 r_peak,r_snr =   0.1607073       7.851983    
     846   -10.625    4246     1.250    7.85198   0.009322   0.722092  -0.031041
 r_peak,r_snr =   0.4053832       2.957812    
     946    -0.063    4246    -1.750    2.95781   0.005449   1.256761  -0.038978
 r_peak,r_snr =   0.4662076       4.402730    
    1146    -0.063    4246     3.156    4.40273   0.006408   0.918485  -0.049899
 r_peak,r_snr =   0.4956584       3.891980    
    1246    -0.344    4246    -3.219    3.89198   0.015294   7.680093   0.296778
 r_peak,r_snr =   0.4100713       6.245592    
    1346    -0.188    4246     1.875    6.24559   0.005631   0.500139  -0.003968
 r_peak,r_snr =   0.3072743       6.242658    
    1446    -1.000    4246     1.906    6.24266   0.010242   0.323478  -0.020806
 r_peak,r_snr =   0.2115127       5.460601    
    1546     1.000    4246     6.750    5.46060   0.009509   1.267171  -0.042799
 r_peak,r_snr =   0.2008089       5.564713    
    1646     0.250    4246     3.188    5.56471   0.090333   5.541143   0.637365
 r_peak,r_snr =   0.2256936       9.401184    
    1746    -0.844    4246     8.750    9.40118   0.009795   1.553422   0.078197
 r_peak,r_snr =   0.1758811       4.597110    
    1846    -0.406    4246     2.344    4.59711   0.087709   0.331028  -0.106709
 r_peak,r_snr =   0.1853571       4.880458    
    1946     1.281    4246    -2.750    4.88046   1.905038  35.608204   8.055834
 r_peak,r_snr =   0.1070378       9.714631    
    2046     1.375    4246    -2.125    9.71463   0.015194   1.034518   0.004994
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.6752382       3.415005    
     146     0.563    4646   -14.813    3.41500   0.004379   2.155691  -0.069485
 r_peak,r_snr =   0.2095573       3.682771    
     246    -0.125    4646     2.781    3.68277   0.025904   2.409074  -0.203837
 r_peak,r_snr =   0.2556659       5.105609    
     346    -0.188    4646     7.469    5.10561   0.016733   0.655151  -0.055437
 r_peak,r_snr =   0.2485227       7.448998    
     546     0.188    4646     7.563    7.44900   0.005847   0.819250   0.006390
 r_peak,r_snr =   0.2295968       4.142468    
     646    -0.781    4646   -11.844    4.14247   0.331315   6.774938  -1.400766
 r_peak,r_snr =   0.5124229       3.808604    
     746     0.031    4646   -10.188    3.80860   0.006424   0.570903  -0.033658
 r_peak,r_snr =   0.1507685       5.289926    
     846    -0.219    4646     2.688    5.28993   0.026224   0.826187   0.057884
 r_peak,r_snr =   0.5988691       2.584292    
    1046    -0.344    4646    -0.406    2.58429   0.015545   0.293964  -0.028212
 r_peak,r_snr =   0.1365422       10.00676    
    1146    -0.063    4646    -4.219   10.00676   0.020666   2.475370   0.150781
 r_peak,r_snr =   0.4938628       4.361673    
    1246     0.594    4646    -1.125    4.36167   0.009106   0.401632   0.023906
 r_peak,r_snr =   0.3394530       3.890896    
    1346    -0.469    4646     2.313    3.89090   0.126234   2.423951  -0.469705
 r_peak,r_snr =   0.1508784       8.031539    
    1746     0.406    4646    10.813    8.03154   0.067208  43.629898  -1.030335
 r_peak,r_snr =   0.1079388       7.073020    
    1946    -0.406    4646    -0.813    7.07302   0.076585   1.874390  -0.296727
 r_peak,r_snr =   0.2277038       8.110791    
    2046    -0.156    4646    -3.094    8.11079   0.012684   1.246424  -0.036775
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.6352928       2.214006    
     146    -0.063    5046     8.781    2.21401   0.012470   0.814297   0.012892
 r_peak,r_snr =   0.2289783       5.540893    
     246     0.438    5046    -1.281    5.54089   0.007672   1.310316  -0.013609
 r_peak,r_snr =   0.3182663       2.772761    
     346    -0.188    5046   -12.188    2.77276   0.011072   1.154105   0.039380
 r_peak,r_snr =   0.1542892       5.880119    
     446     0.188    5046   -11.094    5.88012   0.013885   1.173808   0.039866
 r_peak,r_snr =   0.3492764       3.133185    
     546     0.000    5046    -3.156    3.13318   0.005966   0.654474   0.021350
 r_peak,r_snr =   0.4304222       6.808073    
     646     0.125    5046    -3.219    6.80807   0.003243   0.446694  -0.007638
 r_peak,r_snr =   0.1451772       5.297213    
     746    11.219    5046     7.875    5.29721   0.018413   0.910592  -0.080351
 r_peak,r_snr =   0.5285798       1.857165    
     846     0.406    5046    -8.781    1.85717   0.032605   0.484956   0.063904
 r_peak,r_snr =   0.1357855       12.36096    
     946    -0.250    5046     0.906   12.36096   0.018101   0.377070   0.018005
 r_peak,r_snr =   0.2088319       6.643477    
    1046    -0.219    5046     0.063    6.64348   0.007865   1.322420  -0.022680
 r_peak,r_snr =   0.5284039       5.115088    
    1246     0.156    5046    -0.781    5.11509   0.002684   1.746311   0.034979
 r_peak,r_snr =   0.1879231       7.348792    
    1346    -0.938    5046    -6.688    7.34879   0.035561   2.560652  -0.241372
 r_peak,r_snr =   0.1727421       5.523164    
    1546    -0.406    5046    -3.063    5.52316   0.089196   2.894200  -0.401269
 r_peak,r_snr =   0.2987805       5.449831    
    1846     1.563    5046    -3.781    5.44983   0.013008   1.995426   0.089116
 r_peak,r_snr =   0.2308204       6.107798    
    1946     0.063    5046    -6.250    6.10780   0.010799   0.959356  -0.010313
 r_peak,r_snr =   0.2544234       5.483858    
    2046     0.844    5046     6.688    5.48386   0.027091   0.962942  -0.128015
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.2840604       7.715358    
     146    -0.094    5446    -3.781    7.71536   0.007921   4.371585  -0.094139
 r_peak,r_snr =   0.1711072       8.847311    
     246     0.281    5446    -4.938    8.84731   0.013899   0.984315  -0.034127
 r_peak,r_snr =   0.1989775       4.056019    
     346    -0.313    5446    -1.813    4.05602   0.014246   4.066965  -0.098261
 r_peak,r_snr =   0.2146707       6.602562    
     446     0.844    5446    -5.813    6.60256   0.017541   1.174406  -0.082097
 r_peak,r_snr =   0.2205209       5.267639    
     546    -4.938    5446    10.188    5.26764   0.009672   0.936515  -0.013341
 r_peak,r_snr =   0.3681347       8.748579    
     646    -0.094    5446     2.219    8.74858   0.009402   0.508587  -0.041588
 r_peak,r_snr =   0.2645636       5.093949    
     746    -9.313    5446     3.813    5.09395   0.004046   0.380994  -0.002748
 r_peak,r_snr =   0.1832025       8.547105    
     846    -0.688    5446     1.188    8.54710   0.045231   0.589652  -0.104582
 r_peak,r_snr =   9.7402781E-02   7.292152    
     946    -1.906    5446    -9.656    7.29215   0.010346   1.822236  -0.011126
 r_peak,r_snr =   0.1631856       6.966753    
    1046     0.313    5446     7.813    6.96675   8.709137 599.837341 -72.247704
 r_peak,r_snr =   0.2707735       7.332637    
    1146    -0.375    5446    -0.906    7.33264   0.011128   5.342559  -0.165544
 r_peak,r_snr =   0.5061344       4.402342    
    1246    -0.188    5446    -1.781    4.40234   0.004169   0.781450  -0.034771
 r_peak,r_snr =   0.4270338       2.619182    
    1346     0.031    5446    -0.188    2.61918   0.007859   1.161036  -0.077340
 r_peak,r_snr =   0.3694128       10.15731    
    1446    -0.094    5446     0.125   10.15731   0.003942   0.346386   0.013992
 r_peak,r_snr =   0.1974042       9.548707    
    1646     0.063    5446     2.813    9.54871   0.006724   1.521348   0.014418
 r_peak,r_snr =   0.1974826       9.994666    
    1746    -0.813    5446     2.156    9.99467   0.027475   2.228107  -0.156498
 r_peak,r_snr =   0.1407721       9.814680    
    1946    -5.125    5446     2.594    9.81468   0.011965   0.527901  -0.033196
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.3657508       10.73488    
     146     0.281    5846   -12.906   10.73488   0.003609   0.334281  -0.007076
 r_peak,r_snr =   0.2286225       6.581934    
     246     0.469    5846    -3.594    6.58193   0.017810   2.094650  -0.054573
 r_peak,r_snr =   0.2905599       7.697765    
     346    -0.406    5846     0.188    7.69777   0.014101   5.430276   0.226990
 r_peak,r_snr =   0.2640682       12.25511    
     446     0.688    5846     3.688   12.25511   0.008022   0.217272  -0.021263
 r_peak,r_snr =   0.1035448       4.432726    
     546    13.500    5846     3.594    4.43273   0.017604   3.044285  -0.168723
 r_peak,r_snr =   0.1998859       10.26182    
     646    -0.625    5846   -10.313   10.26182   0.008035   0.689520  -0.021549
 r_peak,r_snr =   0.2280467       2.371286    
     846   -14.813    5846    12.375    2.37129   0.025896   0.575817   0.003803
 r_peak,r_snr =   0.2845597       4.640519    
     946     0.156    5846     0.313    4.64052   0.033095   0.516204  -0.057287
 r_peak,r_snr =   0.1630799       8.538642    
    1046     1.344    5846     4.344    8.53864   0.022135   0.840020  -0.029345
 r_peak,r_snr =   0.1973758       3.593492    
    1146     9.969    5846    -7.781    3.59349   0.071035   4.706892  -0.437790
 r_peak,r_snr =   0.5996774       1.639990    
    1246     1.188    5846    14.281    1.63999   0.016660   0.181367   0.003475
 r_peak,r_snr =   0.4549828       2.897391    
    1346    -0.469    5846     2.781    2.89739   0.019234   1.350892  -0.128601
 r_peak,r_snr =   0.3412361       6.779997    
    1446     0.813    5846    -0.219    6.78000   0.012588   0.669917  -0.073165
 r_peak,r_snr =   0.1790911       9.594745    
    1646     0.250    5846     2.531    9.59474   0.007150   1.684321  -0.051412
 r_peak,r_snr =   0.1793795       6.380476    
    1746     6.531    5846     4.219    6.38048   0.078963   1.352365   0.088279
 r_peak,r_snr =   0.1329973       6.362967    
    1846    -5.156    5846    14.469    6.36297   0.013263   0.896672   0.064054
 r_peak,r_snr =   0.1506760       6.636486    
    1946    -1.438    5846     7.719    6.63649   0.035619   0.772336   0.043746
 r_peak,r_snr =   0.1948009       12.04273    
    2046     0.875    5846     5.813   12.04273   0.007564   1.271306  -0.046913
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.4372450       13.47699    
     146     0.063    3046     0.438   13.47699   0.001630   0.044333  -0.000671
 r_peak,r_snr =   0.2353841       18.74051    
     246     0.188    3046    -0.063   18.74051   0.003051   0.203124  -0.010139
 r_peak,r_snr =   0.2953405       15.32092    
     346     0.000    3046    -0.250   15.32092   0.004218   0.071686  -0.010193
 r_peak,r_snr =   0.4172837       7.975055    
     446     0.063    3046    -0.031    7.97505   0.002094   0.247215  -0.009601
 r_peak,r_snr =   0.3119020       12.83981    
     546     0.375    3046    -0.094   12.83981   0.007204   0.234651  -0.029757
 r_peak,r_snr =   0.4398029       32.28025    
     646    -0.031    3046     0.000   32.28025   0.000867   0.023494  -0.001030
 r_peak,r_snr =   0.3252708       8.447311    
     746    -0.344    3046    -0.344    8.44731   0.005273   0.178089  -0.012981
 r_peak,r_snr =   0.2879098       25.81333    
     846     0.063    3046    -0.656   25.81333   0.001583   0.070054  -0.001839
 r_peak,r_snr =   0.1749421       13.71970    
     946     0.031    3046    -0.031   13.71970   0.004097   0.118977  -0.002482
 r_peak,r_snr =   0.3882027       23.39319    
    1046     0.031    3046    -0.250   23.39319   0.001456   0.025357  -0.002217
 r_peak,r_snr =   0.2949767       7.892706    
    1146     0.063    3046     0.688    7.89271   0.003978   0.186987  -0.011510
 r_peak,r_snr =   0.2566368       10.98498    
    1246    -0.031    3046     0.250   10.98498   0.004237   0.208575  -0.014408
 r_peak,r_snr =   0.1944735       6.043683    
    1346     0.063    3046    -0.156    6.04368   0.006252   0.668951   0.016613
 r_peak,r_snr =   0.3819017       9.674499    
    1446     0.250    3046    -0.188    9.67450   0.003753   0.256839  -0.006223
 r_peak,r_snr =   0.4325216       14.14578    
    1546     0.156    3046    -0.188   14.14578   0.001632   0.077607  -0.002321
 r_peak,r_snr =   0.1463960       9.624944    
    1646    -0.281    3046    -1.250    9.62494   0.010878   1.638647  -0.035100
 r_peak,r_snr =   0.1449019       3.986036    
    1746    -3.375    3046    -3.344    3.98604   0.005935   0.212091   0.006305
 r_peak,r_snr =   0.2652538       6.029384    
    1846     0.625    3046    -8.875    6.02938   0.011403   1.733517  -0.078564
 r_peak,r_snr =   0.2230370       12.03025    
    1946    -0.281    3046    -1.188   12.03025   0.005354   1.665625   0.017560
 r_peak,r_snr =   0.2389057       6.882585    
    2046     0.344    3046     0.250    6.88259   0.010085   0.430489   0.001471
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.5671795       16.05706    
     146    -0.094    3446    -0.719   16.05706   0.000855   0.040458  -0.002007
 r_peak,r_snr =   0.1957567       13.19821    
     246     0.219    3446    -0.344   13.19821   0.007599   0.377697  -0.012650
 r_peak,r_snr =   0.2586385       27.93777    
     346     0.031    3446     0.063   27.93777   0.003671   0.094070  -0.005843
 r_peak,r_snr =   0.3507708       8.438665    
     446    -0.313    3446    -0.750    8.43867   0.006784   0.397265  -0.002738
 r_peak,r_snr =   0.3063351       24.31915    
     546    -0.094    3446     0.031   24.31915   0.002042   0.117534  -0.006029
 r_peak,r_snr =   0.5571946       9.457535    
     646    -0.031    3446     0.063    9.45753   0.000956   0.028561  -0.002592
 r_peak,r_snr =   0.5290114       6.196076    
     746    -0.031    3446    -0.813    6.19608   0.001596   1.274485  -0.013593
 r_peak,r_snr =   0.3119898       5.957633    
     846     0.281    3446    -1.094    5.95763   0.005684   0.242939  -0.009219
 r_peak,r_snr =   0.1338810       12.97982    
     946    -0.188    3446     0.250   12.97982   0.010487   0.423162  -0.011303
 r_peak,r_snr =   0.1670013       12.49135    
    1046     0.188    3446     0.625   12.49135   0.009391   0.313784  -0.004134
 r_peak,r_snr =   0.1169197       8.350560    
    1146     0.156    3446    -0.406    8.35056   0.009212   0.447855   0.004132
 r_peak,r_snr =   0.5219663       2.917737    
    1246    -0.781    3446     4.969    2.91774   0.007418   0.626325  -0.004704
 r_peak,r_snr =   0.5144227       5.483067    
    1346    -0.188    3446    -0.219    5.48307   0.001998   0.084612   0.000363
 r_peak,r_snr =   0.3026907       6.124071    
    1446     0.438    3446    10.813    6.12407   0.007046   0.623697  -0.009552
 r_peak,r_snr =   0.1689022       11.91047    
    1546     0.156    3446     1.250   11.91047   0.006789   2.087672   0.019276
 r_peak,r_snr =   0.1623096       8.880339    
    1646     0.469    3446     2.094    8.88034   0.012063   3.549904  -0.057299
 r_peak,r_snr =   0.2069445       17.11134    
    1746     0.031    3446     0.344   17.11134   0.005551   0.152481  -0.000162
 r_peak,r_snr =   0.2739916       6.742541    
    1846     0.250    3446    -1.250    6.74254   0.004701   0.602546   0.000284
 r_peak,r_snr =   0.3143272       14.75466    
    1946     0.031    3446    -0.938   14.75466   0.002287   0.216023  -0.007016
 r_peak,r_snr =   0.2338334       16.12786    
    2046    -0.469    3446     3.719   16.12786   0.005617   0.495963   0.019801
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.4081557       17.64132    
     146     0.125    3846     0.063   17.64132   0.001578   0.068472  -0.001038
 r_peak,r_snr =   0.2363117       11.29795    
     246     0.156    3846     0.250   11.29795   0.005353   0.267772  -0.008073
 r_peak,r_snr =   0.3120561       6.073585    
     346     0.344    3846     0.406    6.07359   0.007719   0.224314  -0.004070
 r_peak,r_snr =   0.3103932       13.80910    
     446     0.031    3846    -0.250   13.80910   0.003577   0.134830  -0.006437
 r_peak,r_snr =   0.2311513       20.52888    
     546    -0.188    3846    -0.781   20.52888   0.003387   0.156577   0.001758
 r_peak,r_snr =   0.5551895       2.038319    
     646     0.031    3846    -1.219    2.03832   0.002092   0.455449  -0.002028
 r_peak,r_snr =   0.7138413       9.802843    
     746    -0.063    3846    -4.188    9.80284   0.000621   0.115349   0.002363
 r_peak,r_snr =   0.2418776       4.527509    
     846     0.188    3846    -0.188    4.52751   0.010064   0.580543  -0.006273
 r_peak,r_snr =   0.2535873       4.215183    
     946     0.469    3846    -1.781    4.21518   0.306360   9.784269  -1.681211
 r_peak,r_snr =   0.1999798       9.780209    
    1046    -0.125    3846    -1.188    9.78021   0.005673   0.265165  -0.006169
 r_peak,r_snr =   0.3911573       2.685956    
    1146    -4.250    3846     9.813    2.68596   0.005609   0.763081   0.022302
 r_peak,r_snr =   0.3675914       5.879214    
    1246     0.031    3846     0.844    5.87921   0.003806   0.445960  -0.016125
 r_peak,r_snr =   0.5915895       2.309698    
    1346     0.375    3846    -2.750    2.30970   0.006689   5.445024  -0.091900
 r_peak,r_snr =   0.1773256       7.168252    
    1446     0.063    3846    -0.875    7.16825   0.017836   2.076988   0.124346
 r_peak,r_snr =   0.3232202       6.866602    
    1546     0.000    3846    -0.094    6.86660   0.003355   0.137871  -0.007336
 r_peak,r_snr =   0.2558638       17.33085    
    1646    -0.031    3846     1.781   17.33085   0.005070   0.370717  -0.020852
 r_peak,r_snr =   0.3782400       4.745671    
    1746    -0.219    3846     1.313    4.74567   0.003828   1.200307  -0.035916
 r_peak,r_snr =   0.3156382       8.255172    
    1846    -0.313    3846     0.344    8.25517   0.004181   0.240630  -0.003292
 r_peak,r_snr =   0.3051821       19.35500    
    1946    -0.063    3846     0.219   19.35500   0.002840   0.189911  -0.005009
 r_peak,r_snr =   0.4744060       7.068690    
    2046     0.000    3846    -0.594    7.06869   0.002129   0.100286  -0.006093
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.6090723       8.881051    
     146    -0.031    4246     0.250    8.88105   0.001064   0.068882  -0.001191
 r_peak,r_snr =   0.3419503       12.42787    
     246     0.031    4246    -0.906   12.42787   0.002628   0.139347  -0.006386
 r_peak,r_snr =   0.2743124       11.97407    
     346    -0.063    4246     1.156   11.97407   0.004589   0.187458  -0.018947
 r_peak,r_snr =   0.3648679       12.56622    
     446    -0.094    4246    -0.250   12.56622   0.002324   0.168902  -0.002176
 r_peak,r_snr =   0.2599026       11.04727    
     546    -0.188    4246    -0.250   11.04727   0.004680   0.164104  -0.008541
 r_peak,r_snr =   0.2585623       15.08719    
     646     0.000    4246     0.000   15.08719   0.005696   0.180787  -0.011217
 r_peak,r_snr =   0.7377113       9.206177    
     746    -0.313    4246     4.438    9.20618   0.000544   0.312353   0.003657
 r_peak,r_snr =   0.3396934       40.05133    
     846     0.094    4246    -0.531   40.05133   0.001448   0.040609  -0.001070
 r_peak,r_snr =   0.3213265       2.942484    
     946    -1.063    4246     3.813    2.94248   0.189004  53.911282   3.055016
 r_peak,r_snr =   0.4524552       5.409608    
    1146     0.094    4246    -1.719    5.40961   0.002116   0.163993  -0.002018
 r_peak,r_snr =   0.5018361       3.946671    
    1246    -0.844    4246    -1.375    3.94667   0.003968   0.388563  -0.008362
 r_peak,r_snr =   0.4246081       7.026528    
    1346     0.063    4246    -1.750    7.02653   0.003856   0.700320   0.013248
 r_peak,r_snr =   0.2984652       10.82979    
    1546     0.063    4246     0.063   10.82979   0.004788   0.210544  -0.015653
 r_peak,r_snr =   0.1892463       6.770294    
    1646    -0.031    4246    -0.375    6.77029   0.003282   0.335345   0.000559
 r_peak,r_snr =   0.2661662       9.712668    
    1746     0.000    4246     1.281    9.71267   0.005461   0.198593  -0.006440
 r_peak,r_snr =   0.2371085       5.379413    
    1846     0.688    4246     2.188    5.37941   0.015198   0.468304  -0.040447
 r_peak,r_snr =   0.2695388       4.124085    
    1946     0.438    4246     2.688    4.12409   0.018195   1.184117  -0.087291
 r_peak,r_snr =   9.1212004E-02   5.900210    
    2046     4.875    4246    -9.094    5.90021   0.074092   1.112089  -0.158120
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.7823387       4.926568    
     146     0.031    4646     1.813    4.92657   0.000574   0.233973  -0.003199
 r_peak,r_snr =   0.1655502       10.65321    
     246     0.094    4646     0.156   10.65321   0.004939   0.361272  -0.021620
 r_peak,r_snr =   0.3638682       10.66913    
     346     0.031    4646     0.469   10.66913   0.003329   0.064941  -0.003705
 r_peak,r_snr =   0.2196814       9.947336    
     446     0.250    4646     0.781    9.94734   0.011604   0.221099  -0.000947
 r_peak,r_snr =   0.1896842       8.800358    
     546    -8.781    4646    12.906    8.80036   0.007097   0.633575   0.006363
 r_peak,r_snr =   0.2785490       3.130880    
     646    -3.875    4646    -3.781    3.13088   0.004058   0.240171  -0.001985
 r_peak,r_snr =   0.4982647       5.578494    
     746     0.063    4646    -0.188    5.57849   0.001332   0.046652  -0.000855
 r_peak,r_snr =   0.4504100       33.53363    
     846    -0.125    4646     0.031   33.53363   0.000972   0.021629  -0.000288
 r_peak,r_snr =   0.4131322       25.83651    
     946     0.031    4646     0.750   25.83651   0.001031   0.027439  -0.000082
 r_peak,r_snr =   0.5466221       2.967142    
    1046    -0.281    4646    -0.188    2.96714   0.004192   0.561705   0.004567
 r_peak,r_snr =   0.1633749       16.61477    
    1146     0.313    4646    -0.031   16.61477   0.007778   0.206612  -0.016742
 r_peak,r_snr =   0.5289145       4.380443    
    1246     0.375    4646    -1.781    4.38044   0.004069   0.260273   0.013425
 r_peak,r_snr =   0.4693058       5.956945    
    1346     0.250    4646     0.406    5.95695   0.002142   0.161046  -0.008338
 r_peak,r_snr =   0.2436879       15.62318    
    1446     0.031    4646    -0.563   15.62318   0.004597   0.290683  -0.008643
 r_peak,r_snr =   0.1570343       7.519356    
    1546    -0.344    4646     1.750    7.51936   0.034848   2.980083  -0.259139
 r_peak,r_snr =   0.3488091       10.12442    
    1646    -0.250    4646     0.531   10.12442   0.002856   0.418923  -0.006550
 r_peak,r_snr =   0.1853618       13.17773    
    1746     0.031    4646     0.563   13.17773   0.009756   0.355941  -0.037533
 r_peak,r_snr =   0.2686499       6.094241    
    1846     0.813    4646     0.656    6.09424   0.018942   0.787347  -0.011834
 r_peak,r_snr =   0.2290829       6.565179    
    1946     1.094    4646   -12.625    6.56518   0.126804   0.515836  -0.171078
 r_peak,r_snr =   0.2628776       9.620821    
    2046    -0.063    4646    -0.156    9.62082   0.003836   0.290061  -0.007666
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.6716932       2.777009    
     146    -0.156    5046     2.719    2.77701   0.002248   0.142927  -0.002700
 r_peak,r_snr =   0.2060344       11.37456    
     246    -0.188    5046    -0.188   11.37456   0.007732   0.246248  -0.023282
 r_peak,r_snr =   0.2879275       5.231810    
     346     0.031    5046    -1.219    5.23181   0.003848   0.565421  -0.012257
 r_peak,r_snr =   0.2985197       9.418349    
     446    -0.438    5046     0.125    9.41835   0.008496   0.229019   0.017316
 r_peak,r_snr =   0.4982957       4.344230    
     546    -0.063    5046     0.563    4.34423   0.001959   0.080751  -0.006533
 r_peak,r_snr =   0.3643901       6.169844    
     646    -0.063    5046     0.313    6.16984   0.003227   0.151952  -0.007750
 r_peak,r_snr =   0.2471556       14.55680    
     746    -0.156    5046     0.156   14.55680   0.006746   0.665778  -0.041133
 r_peak,r_snr =   0.5516862       2.448462    
     846     0.156    5046     1.813    2.44846   0.003850   0.580673  -0.014550
 r_peak,r_snr =   0.4227555       46.88587    
     946     0.031    5046     0.188   46.88587   0.000852   0.022346  -0.001349
 r_peak,r_snr =   0.3721977       21.26656    
    1046     0.094    5046     0.156   21.26656   0.001382   0.062392  -0.000877
 r_peak,r_snr =   0.3001907       14.24817    
    1146     0.063    5046     1.094   14.24817   0.002651   0.135750   0.004552
 r_peak,r_snr =   0.4699652       4.985952    
    1246     0.094    5046     1.219    4.98595   0.003385   0.690294  -0.026677
 r_peak,r_snr =   0.1425962       8.548770    
    1346    -0.094    5046     0.656    8.54877   0.013701   0.876111  -0.058487
 r_peak,r_snr =   0.2534837       12.08185    
    1446     0.250    5046    -0.344   12.08185   0.003301   0.108419  -0.004751
 r_peak,r_snr =   0.2625632       8.633696    
    1546     0.938    5046    -2.813    8.63370   0.004808   0.350180   0.001473
 r_peak,r_snr =   0.3112617       17.20246    
    1646     0.031    5046     0.188   17.20246   0.002290   0.099478   0.000305
 r_peak,r_snr =   0.1849817       4.389490    
    1746    -0.406    5046    -2.000    4.38949   0.075007   1.323626  -0.284532
 r_peak,r_snr =   0.3402564       4.740383    
    2046    -0.063    5046     0.781    4.74038   0.004173   0.744696   0.013196
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.5225476       13.79491    
     146    -0.031    5446    -0.156   13.79491   0.000893   0.056524  -0.001135
 r_peak,r_snr =   0.1713497       12.86242    
     246     0.031    5446    -1.250   12.86242   0.009300   0.878430   0.034852
 r_peak,r_snr =   0.2776262       11.97509    
     346    -0.031    5446     0.375   11.97509   0.002785   0.149470   0.000848
 r_peak,r_snr =   0.3165083       16.66374    
     446     0.125    5446    -0.594   16.66374   0.002551   0.109155   0.003415
 r_peak,r_snr =   0.4030486       10.45273    
     646    -0.063    5446    -0.219   10.45273   0.001687   0.088316  -0.000214
 r_peak,r_snr =   0.2361425       4.751518    
     746     0.469    5446     1.219    4.75152   0.032551   1.220230  -0.163402
 r_peak,r_snr =   0.2097687       6.384954    
     846     0.000    5446    -1.219    6.38495   0.011472   1.570020  -0.039658
 r_peak,r_snr =   0.2764942       11.48590    
    1046    -0.125    5446     0.469   11.48590   0.002823   0.159488  -0.001302
 r_peak,r_snr =   0.3378383       9.137316    
    1146    -0.094    5446    -1.125    9.13732   0.005065   0.844247  -0.022412
 r_peak,r_snr =   0.4700498       4.250612    
    1246    -0.125    5446    -2.188    4.25061   0.009937   2.166281   0.094991
 r_peak,r_snr =   0.4488890       2.498159    
    1346     0.000    5446     0.750    2.49816   0.002375   0.201037  -0.005973
 r_peak,r_snr =   0.3101469       8.333689    
    1446    -0.344    5446     0.781    8.33369   0.003742   0.540871   0.004568
 r_peak,r_snr =   0.1917217       13.14141    
    1546    -0.063    5446     0.781   13.14141   0.003608   0.811646  -0.000124
 r_peak,r_snr =   0.2293695       17.32477    
    1646     0.156    5446     0.906   17.32477   0.003002   0.148883  -0.003341
 r_peak,r_snr =   0.2133239       10.09649    
    1746     2.500    5446    -0.750   10.09649   0.004974   0.529630  -0.022142
 r_peak,r_snr =   0.1775915       2.767075    
    1846     2.156    5446    -3.281    2.76707   0.028728   6.728173  -0.236253
 r_peak,r_snr =   0.1194731       6.308861    
    1946    -2.219    5446    -0.031    6.30886   0.043037   0.935014  -0.152268
 r_peak,r_snr =   0.2872046       11.18539    
    2046    -0.219    5446     0.094   11.18539   0.004892   0.233707  -0.005655
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.4378382       14.38544    
     146    -0.094    5846    -0.781   14.38544   0.001150   0.126392  -0.003050
 r_peak,r_snr =   0.3093606       12.30163    
     246     0.344    5846     0.406   12.30163   0.003037   0.174939  -0.003513
 r_peak,r_snr =   0.3266860       9.173521    
     346    -0.438    5846    -0.188    9.17352   0.004112   0.295592   0.004902
 r_peak,r_snr =   0.2779199       16.05523    
     446     0.000    5846    -0.188   16.05523   0.003313   0.133240  -0.007482
 r_peak,r_snr =   0.1940862       14.18371    
     546    -0.063    5846    -1.219   14.18371   0.006933   0.331660  -0.023650
 r_peak,r_snr =   0.3614103       17.94393    
     646     0.000    5846    -0.219   17.94393   0.001787   0.096301  -0.005071
 r_peak,r_snr =   0.2910132       7.663704    
     746     0.094    5846    -0.219    7.66370   0.003023   0.238141   0.000492
 r_peak,r_snr =   0.3261175       3.340694    
     846     0.000    5846    -0.813    3.34069   0.013321   0.866955  -0.081996
 r_peak,r_snr =   0.2268821       15.93970    
    1046    -0.094    5846    -0.750   15.93970   0.003486   0.206732  -0.001399
 r_peak,r_snr =   0.3804640       6.947449    
    1146     0.063    5846    -0.219    6.94745   0.002931   0.119284  -0.000774
 r_peak,r_snr =   0.6211798       1.833946    
    1246     0.094    5846    -0.750    1.83395   0.005346   0.550514   0.008232
 r_peak,r_snr =   0.4891582       2.744834    
    1346    -0.156    5846     0.719    2.74483   0.005515   0.143201  -0.018974
 r_peak,r_snr =   0.2475321       8.927473    
    1446     0.125    5846    -0.281    8.92747   0.007822   0.594214   0.012370
 r_peak,r_snr =   0.2050385       18.14252    
    1546     0.125    5846     0.031   18.14252   0.003155   0.218588  -0.009874
 r_peak,r_snr =   0.1181182       7.638800    
    1646    -1.344    5846    -8.063    7.63880   0.022444   0.771285  -0.074430
 r_peak,r_snr =   0.1565695       5.818752    
    1746     4.469    5846     0.813    5.81875   0.045295   8.405566   0.454824
 r_peak,r_snr =   0.1658538       12.83937    
    2046     0.063    5846    -3.188   12.83937   0.007818   1.851895  -0.051495
   *************************************** 
   *****                             ***** 
   ***** Integrated AIRSAR Processor ***** 
   *****                             ***** 
   *****     Multi-look Program      ***** 
   *****                             ***** 
   *************************************** 

 Enter the name of the Shh input file.
 fd for hh:           3
 Enter the name of the complex HV file.
 fd for hv:           4
 Enter the name of the complex VH file.
 fd for vh:           5
 Enter the name of the complex VV file.
 fd for vv:           6
 Procmode 0=polsar,1=xti1,2=xti2,3=xti1p,4=xti2p,5=poltop
 Proc mode:           4
  min. window size :        5949
 MIN window samp:        2750   45.00000       10.00000             450
         2560
 MIN window samp:        2560   45.00000       10.00000             450
         2560
  Calculating the ratio of HV and VH....
 amvh,amhv   72.61488       89.83538    
 Enter the name of the <Shh Shh*> file.
 Enter the name of the <Shh Shv*> file.
 Enter the name of the <Shh Svv*> file.
 Enter the name of the <Shv Shv*> file.
 Enter the name of the <Shv Svv*> file.
 Enter the name of the <Svv Svv*> file.
 Enter the number of looks in azimuth.
  amplitude ratio and phase =    1.112272       28.16317    
  40/20 MHz:        2560       10240
  40/20 MHz MHz complex:        2560       20480
        58428        3246          18
 /u/sartor0/airops/OPS/data_proc/                  
  *************************************************
  *****      Integrated AIRSAR Processor      *****
  *****                                       *****
  *****    Radiometric Calibration Program    *****
  *****                                       *****
  *************************************************
  *****                                       *****
  *****  This program performs the following  *****
  *****  calibrations:                        *****
  *****                                       *****
  *****     (1)  Phase calibration             *****
  *****     (2)  Cross-talk removal           *****
  *****     (3)  Antenna pattern removal      *****
  *****     (4)  Scattering area removal      *****
  *****                                       *****
  *****  If available, the topography is used *****
  *****  when removing antenna patterns and   *****
  *****  scattering areas.  In all cases, the *****
  *****  aircraft roll is taken into account  *****
  *****  when the antenna pattern is removed. *****
  *****                                       *****
  *************************************************

  Enter the name of input <Shh Shh*> file.
 iline:        3246        2560
 hhhh i/p ch :           3
  Enter the name of input <Shh Shv*> file.
 hhhv i/p ch :           4
  Enter the name of input <Shh Svv*> file.
 hhvv i/p ch :           5
  Enter the name of input <Shv Shv*> file.
 hvhv i/p ch :           6
  Enter the name of input <Shv Svv*> file.
 hvvv i/p ch :           7
  Enter the name of input <Svv Svv*> file.
 vvvv i/p ch :           8
  Enter the name of output <Shh Shh*> file.
 hhhh o/p ch :           9
  Enter the name of output <Shh Shv*> file.
 hhhv o/p ch :          10
  Enter the name of output <Shh Svv*> file.
 hhvv o/p ch :          11
  Enter the name of output <Shv Shv*> file.
 hvhv o/p ch :          12
  Enter the name of output <Shv Svv*> file.
 hvvv o/p ch :          13
  Enter the name of output <Svv Svv*> file.
 vvvv o/p ch :          14
  Enter the name of the calibration file.
 calib file bw:
 /u/sartor0/airops/OPS/data_proc/recal0.dat                                      
    20.00000    
 abs gain:   130.1290       132.6900       130.1290       132.6900    
 caltone:   93.80000       94.80000       93.70000       95.20000    
 *** ifreq 0-p 1-L 2-c:           0           1
 *** ifreq 0-p 1-L 2-c:           0           2
  ifreq 0-p 1-L 2-c:           0           3
 cable phase P/L/C:  -161.7800       188.1500       303.5900    
 sigma zero:  0.0000000E+00  0.0000000E+00  0.0000000E+00  0.0000000E+00
 hddt bw ha T :         104   20.00000       6899.100       10.00000    
 $tphase,phasedat:   169.2000       28.20000    
 $rphase,phasevh,phasehv:   141.0000       1.800000      -139.2000    
  Reading data size.        3246        3246        2560        2560
 Enter H Ant pattern file:
 POLSAR H-ANT:
 /u/sartor0/airops/OPS/data_proc/AIRSAR.PH                                       
 Enter V Ant pattern file:
 POLSAR V-ANT:
 /u/sartor0/airops/OPS/data_proc/AIRSAR.PV                                       
  Enter the name of the motion compensation file.
 motion lun:          15
  How many lines of raw data?
 How many lines of raw data:       60000
   Cross pol phase difference is:   28.20 deg
   Receiver phase difference is  141.00 deg
   Transmitter phase difference is  169.20 deg
   Cable phase difference is -161.78 deg
 $ghv,phasedat,phi: (0.8813034,0.4725508)   28.20000       28.20000    
 $phico aphase:  -13.36000      -161.7800    
 $fhh,fhv,fvh: (0.9729375,0.2310687) (0.9916261,-0.1291418)
 (0.9349496,0.3547806)
  Input ground spacing ?
  cross-track ground spacing:   10.00000    
  Input file of Radiometric Correction Vectors:
  Radiometric Correction Vectors file:
 /mnt/air119/airops/1381/ts1381_p.rad_vec                                        
 Procmode 0=polsar,1=xti1,2=xti2,3=xti1p,4=xti2p,5=poltop
 Proc mode:           4
 NSAMP vec_len rg_len nbytes:        2560        2560       20480
 VEC Len 2450*8:        2560        2560       19600
  Reading data to estimate cross-talk.        3246        2560
          256
          512
          768
         1024
 in cross-talk estimation
   Estimating the cross-talk parameters.
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
 cross(1,100) 0=-100 dB: (5.7758433E-03,1.1920923E-02)
 (-8.3160680E-03,-6.2731700E-03)
   Finished estimating cross-talk.
  Enter the file with the lines per pixel.
 lines  lun:          19
  Is there a DEM available?
  Now doing the actual calibration nline.        3246        3246
  Absolute gain AChu(linear) :.  8.4732413E-08  5.8277323E-08  5.8277323E-08
 ahh hv vv chh hv vh vv:  -235.1390      -239.4900      -235.0390    
   -239.8900       93.70000       94.80000       93.70000       95.20000    
            1
          257
          513
          769
         1025
         1281
         1537
         1793
         2049
         2305
         2561
         2817
         3073
   *********************************************
   *****                                   ***** 
   *****    Integrated AIRSAR Processor    ***** 
   *****                                   ***** 
   *****        Compression Program        ***** 
   *****                                   ***** 
   *********************************************
   *****                                   ***** 
   *****  This prgram reads six input      ***** 
   *****  cross-product files and then     ***** 
   *****  compresses them into either the  ***** 
   *****  current AIRSAR compressed Stokes ***** 
   *****  matric format, or the SIR-C com- ***** 
   *****  pressed cross-product format.    ***** 
   *****                                   ***** 
   *********************************************

  Enter the name of input <Shh Shh*> file.
 inunithhhh:           3
  Enter the name of input <Shh Shv*> file.
 inunithhhv:           4
  Enter the name of input <Shh Svv*> file.
 inunithhvv:           5
  Enter the name of input <Shv Shv*> file.
 inunithvhv:           6
  Enter the name of input <Shv Svv*> file.
 inunithvvv:           7
  Enter the name of input <Svv Svv*> file.
 inunitvvvv:           8
  Enter the name of output file.
  Please choose the type of compression:
     (1)  Stokes matrix (AIRSAR standard)
     (2)  Cross-products (SIR-C standard)
 hddt:         104
  Finished writing headers.
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
/mnt/air119/airops/1381/ts1381_p.datgr - No such file or directory
  ***   Error opening  ***
: No such file or directory
  Enter number of set to convert: 
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
 /mnt/air119/airops/1381/ts1381_p.datgr
 -1
  *** Synthesize 2.5 - 11/30/90 ***
  Enter the name of input file.

  Stokes matrix data...

  Enter the name of the output byte file.
  Enter the relative scale factor.
 100
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 300
 400
 500
 600
 700
 800
 900
1000
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Tue Apr 16 02:09:42 PDT 2002
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin

cd   /mnt/air119/airops/1381;am_misreg *_c.vvvr *_l.vvvr  2>&1 |  
0.169
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
Reading from stdin
/mnt/air119/airops/1381/ts1381.log
Mis-registration QA: No sensor file update required.   The Mis-registration check is completed
Mis-registration QA:  L-C:  0.169      0.109      ; -3.45      0.129      
[1] 1876829 1877070
IDL. Version 4.0.1b (IRIX mipseb).
Copyright 1989-1996, Research Systems, Inc.
All rights reserved.  Unauthorized reproduction prohibited.
Installation number: 2972-1.
Licensed for use by: JPL Radar Science & Engr

% Compiled module: SPAWN_JOB_INFO.
[1] 1872283





















































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































GEO_PEG_MOD  original values( lat lon): 63.7195000 -144.6854787
GEO_PEG_MOD  applied  values( lat lon): -.000225 -.001775
GEO_PEG_MOD  resulted values( lat lon): 63.719275 -144.6872537
GEO_PEG_MOD  original values( lat lon): 63.719275 -144.6872537
GEO_PEG_MOD  applied  values( lat lon): 0 .003525
GEO_PEG_MOD  resulted values( lat lon): 63.719275 -144.6837287